TW408556B - An electric circuit protecting device against interface micro-discharges - Google Patents

An electric circuit protecting device against interface micro-discharges Download PDF

Info

Publication number
TW408556B
TW408556B TW86118032A TW86118032A TW408556B TW 408556 B TW408556 B TW 408556B TW 86118032 A TW86118032 A TW 86118032A TW 86118032 A TW86118032 A TW 86118032A TW 408556 B TW408556 B TW 408556B
Authority
TW
Taiwan
Prior art keywords
transformer
circuit
protection device
interconnected
primary
Prior art date
Application number
TW86118032A
Other languages
Chinese (zh)
Inventor
Pierre Johannet
Original Assignee
Electricite De France
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Electricite De France filed Critical Electricite De France
Application granted granted Critical
Publication of TW408556B publication Critical patent/TW408556B/en

Links

Classifications

    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
    • H01F27/00—Details of transformers or inductances, in general
    • H01F27/33—Arrangements for noise damping
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
    • H01F27/00—Details of transformers or inductances, in general
    • H01F27/28—Coils; Windings; Conductive connections
    • H01F27/288—Shielding
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K9/00—Screening of apparatus or components against electric or magnetic fields
    • H05K9/0066—Constructional details of transient suppressor

Landscapes

  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Microelectronics & Electronic Packaging (AREA)
  • Shielding Devices Or Components To Electric Or Magnetic Fields (AREA)
  • Semiconductor Integrated Circuits (AREA)

Abstract

The invention concerns a device for protecting an electric circuit against interface micro-discharges and corresponding radio interference, comprising, in the proximity of the electric circuit (10), an element (2, 20) attenuating/absorbing the electromagnetic wave generated by said micro-discharges and vibrations affecting the electric circuit. The invention is applicable to all types of electric circuits, in particular in the field of Hi Fi.

Description

40S5SG Δ 7 2351TWFDQC/002_Β7__ 五、發明説明（I ) 此項發明是有關於對抗介面微放電之電路的保護裝 置，及此特有電路裝置的應用。 在高傳真度成套唱機設備，聲音逼真度重現的品質顯 得退降的情形下，因而突顯了此微放電的現象。 在此設備中，當一個導體之絕緣介面是依順於可變的 電場時，一些微放電現象將產生於這個介面相同的水平 上，甚至每當弱値電壓大約是千分之一伏特，是一易於變 動的電壓値，在語音頻率（或音質）信號出現時，這些電場 就產生了。相對於語音頻率（或音質）信號，這些放電即使 非常的快速，在-80Db相對的水平上約O.l/zS，但很容易 引起一些被擴散不可忽視的可變電場。這些放電特別容易 以介面微放電的表現方式來表現。尤其是，這些放電表現 出一些屬於聲譜頻率的循環頻率，即與語音頻率信號連 結。這使得放電變得對聲音重現的品質及對此型設備有害 處。 經濟部中央標準局負工消費合作社印裝 (請先閲讀背面之注意事項再填寫本頁) 爲了製作一個較理想的逼真度，一些相關的技術性構 件（element)的製作方法，皆記載在1996年10月^ 96 12369的專利申請書，且倂入此項專利的申請書中，以作 爲參考。 如此，當一個絕緣的導體是依順於可變的電場，請參 照第〇a圖，根據最接近真實的假設，注意觀察鬆弛的過 程，這些放電產生於介電質/絕緣導體的介面。相對於此 設備參考的電壓或地線，這些放射出來的電場仍是非常重 要的，且不可忽視。 L___ 4 本紙張尺度適用中國國家樣準（CNS ) A4規格（210X297公釐） 經濟部中央標準局員工消費合作杜印製 4〇8556 a 7 "議2_B7 五、發明説明（> ) 如第Ob圖所示，在此現象所建構的模型中，建立在 直接與電的導體接觸之絕緣層的擊穿或爆發出來之放電的 假設上，q代表直接與電的導體接觸之絕緣層的電容，c2 代表導體的電容-參考的電壓或地線，e代表一個向微放 電現象”挑釁”的電花缺口（spank gap)。 直接與電的導體接觸之保護層電容的端子所記錄的 可變電壓，如圖所示。這個電壓證明了快速鬆弛之振盪的 存在，其中循環的頻率干擾了語音頻率之信號。 因此，微放電是一個起因，一個原來的狀態與作用使 微放電與在絕緣的高電壓方面眾所悉知的局部放電（DP)結 合；甚至於圚環（circlet)作用表現在圍繞於帶有高位能 之導體的氣體中。 在法國的實驗室中心內，由P.JOHANNET先生所領導 的相關於微放電現象所作的硏究與調查，能明確指出其中 的一些特點： •微放電對於一些介質非常弱的電壓表現得低於千分 之一伏特。且這些微放電看來並非由於極限作用。 •這些微放電擊穿的電壓是非常弱的，可能是介於1 // v與lmv之間。 •小於Ins之放電前端是非常快速的。 *這些微放電必定局部地產生電磁波，尤其是對電路 或電子的語音頻率，這個電磁波構成一個重要的干擾元 件。 此外，一些相同類型的放電出現在覆蓋著導體的絕緣 5 ^—^1 ^—^1 ^—^1 - - - - ^—^1 - ^—^1 .^—^1 ^—^1 - _ _ - 'yeJn^i ^—^1 ^—^1 ^—^1 I - - (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 408556 2351TWF.DOC/002 B7 五、發明説明（,） 體外部的表面，其實就是在絕緣體〜空氣的介面上。尤其 是，這種現象可由Maxwell-Wagner作用證明，根據這個 作用在兩層絕緣材料間介面的一些電荷聚焦則能產生。 從它們可幫助理解的力學的角度來看，一些輔助的硏 究調查皆指出，這些微放電在振盪的情形下是完全可感覺 到的，此外，這個現象因此使微放電現象類似於已知的摩 擦生電現象，還有一個或多個有害電磁波的補充存在，曲 於它們直接發生在由這些電路引起，傳導或處理之聽的頻 率的電子信號上的作用。 參照第0d圖’它們針對電導體支撐的作用力方式可 以用下列的方面來建立。 其實，相對於導體一絕緣體微擊穿的現象，這些微放 電在電導體的支撐中抽取電能，干擾傳導中的電流。當然， 這個干擾的重要性要視導體支撐介質的局部情形而定。了 解到有關連大幅縮減的電容値。極小數目的法拉，它們局 部作用的方式是微弱的。 經濟部中央標準局員工消资合作社印裝 (請先閲讀背面之注意事項再填寫本頁) 儘管如此，它們整體作用的方式仍不能忽視。事實上， 微放電現象完全由電磁波的方式表現出來，如同所有的放 電，可以由導體的部分所引導，與微放電現象結合的波長 在真空中介於1與30cm之間，這與介於3與30GHZ之間的 一些無線電頻率相符。 一個針對這些現象與上述特點的直接證明可經由以下 兩方面來獲得：一方面經由突顯如此一種電磁波的傳送， 經由存在於供電輸出端子與此供電連接於地面的盒子之間 本紙張尺度適用中國國家標準（CNS } A4规格（210X297公釐） 408556 A7 B7 235ITWFJXXV002 五、發明説明（w) 之幾毫米的絕緣間距；另一方面是經由可引起這個電磁波 的減弱，這是依據此項發明的其中一項目的。 當連接於介面微放電波觸及電子電路時，這個電波的 部分即被電路的一些組成部分所吸引，這些組成部分根據 它們考慮的頻率非線性移轉的特點-特別是焊接點-進行 干擾電壓產生的探測現象6 此外，這個現象會因微放電頻繁地與傳導的電子信號 BF連結而惡化，或甚至此微放電與電子信號引起之振盪連 結，因此電子信號很可能被干擾。 如此，了解到上述的現象，特別是微波的特性；SHF 類型干擾的電磁波因爲連接於介面的微放電，所以在電路 上干擾電磁波反論的作用力可簡述如下： 一離散的電子元件可能同時是發射器與接收器，作爲 接收者的，這些元件能接收到它們本身的發射，並將其擴 大或接收外部元件的發射。 -在有用的信號上之連接於介面微放電之電磁波的影 響產生於探測與內調制，了解到存在於這樣的無線電頻率 之非線性的轉移； -元件的布局是非常重要的，因爲它決定文件的行爲 去引受或不引用電磁波。因此，似乎安排這些文件隨任意 一個方向會更好。 -爲了相同的原因，如同印刷電路的組成與結構，接 線是臨界的（critical)，因爲每個導體以上述的頻率連接 一個接收發射的天線。況且，在接線的電線上絕緣體的存 7 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） ^^1 ϋ^— n^i n^i ^^—^1 —^i j^i n^i n^i nil— (請先聞讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 經濟部中央標準局員工消费合作社印製 408556 a 7 2351TWF.DQC/002_B7 _ 五、發明説明（jT ) 在有助於電磁波發生的過程。 -外觀上微不足道的一個元件，像分流或連接插頭的 底座，皆能產生不好的影響β -這些電的絕緣材料或其它吸收性的屏蔽，以上述的 頻率表現出非常有變化的行爲，且能夠聚焦，反射或在產 生這些完全出乎意料使這些波繞射的結果； 一連結於介面微放電的波能被導體外部所引導，因 此，能夠完美地穿過插孔變壓器，或其他元件線圈。 -以架子放置的測定溼度或其他的設計，在實驗桌上 進行得很好，但對語音頻率之裝置的保真度，可能引起不 好的情形’因此傳統電子的測量，如吵雜信號的聯聯繫， 並沒有明顯的更改，甚至表現的更好。其實，如此的測定 溼度有出乎意料的效果。 -來自於微放電的電磁波本身能在絕緣體一導體或絕 緣體一絕體介面上掀起其他的微放電，這些微放電藉由雪 崩類型的作用存在於連結聽的信號之靜電類型的電場。 -供電區域顯得是微放電重要的來源； —高壓，230V ; -由銜接在附近的接收機總體引起的微放電傳播。 本發明是爲實行對抗介面微放電之電路的保護裝置。 本發明另一個目的，係連結於所有電路之介面微放電 的電磁波減弱的施行方法。 本發明另一個目的係以更特別的方法，連結於所有電 路之介面微放電的電磁波吸收的施行方法。 8 本紙張尺度適用中國國家標準（CNS > Α4規格（210X297公釐） ---- n^— I I I - - nn I n^i - n ^ ^ (請先閲讀背面之注意事項再填寫本頁) 408558 2351TWF.DOC/002 A7 B7 經濟部中央標準局貝工消費合作社印製 五、發明説明（17 ) 本：：另=目的，係有關於能影響電路的力學振盪 此是爲了縮減連結於介面微放電之電 磁波的摩擦電貢獻。 本發明目的’係具軸抗介_放電之電路保 護裝置之由介職賴之_電干擾，以插Α如此好 的方法，將很容易了解文中的欽述及觀察以下的設計圖， /、中除了第Ga到Gd圖是有關〜些發明家ρ顺媚ΕΤ先 生已知的技術性要素外： 圖la代表第-種實施方法中，符合此項發明的目的 之一個具有對抗介面微放電之電路保護裝置·， 圖lb代表在第二種實施方法中，符合此項發明的目 的之一個具有對於抗介面微放電之電路保護裝置： 圖2代表符合此項發明目的之在電路是由擴音器組織 的情形下，一個具有對抗介面微放電之保護裝置； 圖3a、3b及3c代表符合此項發明的目的之在電路是 由拾音的接收與聲音接收器之電接頭的導體組織的情形 下’一個具有對抗介面微放電之電路保護裝置，； 圖4a及4b代表一個符合此項發明的目的，在電路是 由變壓器及分別絕緣的變壓器組織的情形下，具有對抗介 電面微放電之電路保護裝置，； 圖5a及5b代表符合此項發明的目的之在第一及第二 種有變化的實施方法中，在電路是由在印刷電路薄片上被 絞成繩索之離散元件的電路組織的情形下，一個具有對抗 介面微放電之電路保護裝置； 本紙張U適用中國國家樣华（CNS) Α4規格（21G>i297公釐） · "^'11------^·· (請先閱讀背面之注意事項再填寫本頁) 2351TWF.DOC/002 408556 經濟部中央標率局員工消费合作社印裝 A7 B7 五'發明説明（η ) 圖6a、6b ' 6c及6d代表符合此項發明目的之在電路 是由電的插孔或特有的電子插孔組織成的情形下，一個具 有對抗介面微放電之電路保護裝置； 圖7a及7b代表符合此項發明的目的之在電路是由在 印刷電路薄片上絞成繩索之離散的元件組織成的情形下， 一個具有對抗介面微放電之電路保護裝置： -圖8代表符合此項發明目的之在電路是由穩定的供: 電所組織的情形下，一個具有對抗介面微放電之電路保護 裝置。 各個不同的圖以剖面圖來表示，至少是局部的切面， 以求突顯各個不同的構成部分。 關於對抗介面微放電的電路保護裝置及由這些介面微 放電引起的無線電干擾較詳盡的敘述，將配合著圖la及 lb，先是第一種實施方法，而後第二種。 以一般的方法，可以提出這個對抗介面微放電之電路 保護裝置及由此介面微放電引起之無線電干擾，具有對所 有電路類型之應用。此電路的槪念涵蓋的範圍與導體電線 的範圍樣的廣，或普通的電線，一些比較被加工型製造 的電路，例如—一些變壓器，一些具有離散元件的電路或是 以下在印刷電路薄片被絞成線路之積體電路元件的形狀 下’一些電與/或電子插孔’ 一些電動力學的儀器例如擴 音機或聲音接收機的拾音接收。 以一般的方法，對抗介面微放電之電路保護裝置，及 由此介面微放電引起之無線電千擾，在鄰近此電路時，在 ____ 10 本紙張尺度適财標A4^ ( 2丨GX297公釐） ~~~' (請先閱讀背面之注意事項再填寫本頁) -裝· -'• 2351TWF.DOC/002 A7 B7 經濟部中央標準局貝工消費合作杜印製 五、發明説明（§ ) 了解由迫些介面微放電引起的電磁波之衰減的元件方面， 此項發明是値得注意的。 參考la及不限定例證爲例，用這個圖，電路是公認 由眾多的導電體組成的’例如一些直徑吾_的漆包線， 這些導電體在圖la中的編號！。 ‘ 由介面微放電引起之電磁波的衰減元件，一般說來， 表現在上述的導電體1與附近空間之間的介面，甚至釉組 成絕緣材料遮蓋這些電線或導電體，它在圖la中的編號 2 ° 如la所示’在實行方法中，由介面微放電引起之電 磁波衰減元件2尤其包含應用在導電體丨之外部表面的半 導體材料的遮蓋。如此，元件2，特別是符合此項發明的 一面’是由這半導體材料所組成，其中線性電阻在匹配値 的表面是被限定的’以便能同時維持導電體外部表面於局 部恆定値的靜電位，與吸收由介面微放電引起之間歇性放 電之電流總量，如此減少由介面微放電引起之電源磁波。 以特定的方法’可以指出構成電磁波衰減元件2之半 導體保護層代表了一個yS値介於Ο.ΙΩπι與l〇〇m間的線 性電阻。 對於具有對抗介面微放電之電路保護裝置及由此介商 微放電引起之無線電干擾的不限定之實施方法中’我們指 出元件2吸收由介面微放電引起之電磁波能由含鹽液體的 溶液組成，或此溶液的凝膠具有接近〇.7Qm的電阻’此 相應於生理食鹽水的電阻。此溶液因此表現得非常成功。 1 I m n »n I n I m _ n m I it T i I _ I _ 1 (請先閲讀背面之注意事項再填寫本I) 本紙張尺度適用中國國家樣準（CNS ) A4規格（210X297公釐） 2351TWF.DOC7002 40S556 A7 B7 五、發明説明（巧） 當然，如同上述的la，爲了組織這個在被包裹的套筒 內收導電體1的元件，必須預備一個比方說明聚乙稀或用 聚四氟乙稀做的塑膠管子形成的密閉空間如圖la的編號2 所示。 這樣的密閉空間是藉由末端密封性的套管所形成，如 圖1編號2!所指；此外用聚硅酮密封墊可達完美的密封,丨 如圖la編號乙所指。上述聚硅酮密封墊2S/密對性 ’ 總體能使導電體1在密閉中穿過。總之，在遊 或密封空間的末端預備一個熱可收縮的罩子23以便2 個符合此項發明目的的被保護的電纜，參照標號Cp 所指 ，裝_ 經濟部中央標準扃員工消費合作社印装 導電體1的通路穿越密封性的套管能藉由壤_ 來塡塞如圖la編號24所指。 總之，在優先考慮的施行方法中，我們指出g 2能由0.9%的氯化鈉溶液或仍由是生理鹽水溝成^ 根據這個保護裝置特別有利的觀點，我們指$_> 微放電引起之電磁波的衰減元件2包含由此介商二菌 起之電磁波吸收的元件。 1 如此顯得除了由介面微放電引起之放電的間歇彳 Υϊτ'' 總量的吸收與減弱之外，這個減弱根據Mexwel}域則有抓 緩發射出來之電磁場的幅度，此電磁波相同的衰# 一樣能確保由介面微放電引起之電磁波的吸收， 藉 由發射的傳播而得之電場的衰減及按照上述衰減元件2 # 半導體的性質。 之 其實，對在波導管中電磁波引導的傳播，這 樹月旨 .訂 12 本紙張尺度適用中國周家標準（CNS ) Α4規格（210Χ：297公釐） 40S556 A7 B7 2351TWF.DOC/002 五、發明说明（ll?) HI n n I 111·, n n - i ---iJ (請先閏讀背面之注意事項再填寫本頁) 之導電的電力內壁所及的情形迫使這些內壁附近有明顯不 存在的場値。以同樣的方法’按照這些半導體的特性，衰 減元件2有縮小如此被發射出來的電磁場値的作用，此根 據介面微放電之現象的產生。 第二個針對抗介面微放電之電路保護裝置及由這些微 放電引起之無線電干擾的實施方法將以圖lb來配合說明。 在圖lb的情形下，我們指出，以不限定的例子爲證， 電路能由電變壓器組成。在這樣子的情形下，顯得非常利 於構成由介面微放電引起之電磁波衰減的元件2，且在一 個吸收易於影響被考慮的電路之力學振盪的元件的形式 下。其實，我們能了解電變壓器，如圖lb的編號1所指， 即是電機振盪的部位，這些電機振盪因能引起電的微放電 產生，所以有這些微放電存生所引起之無線電干擾的產 生。 在圖lb中，編號2表示由微放電引起之電磁波的衰 減元件，這個元件構成一個上述之吸收力學振盪的元件， 因此如前述所言，它可能包含一個表現半導體屬性的粉末 狀元件。 經濟部中央標準局貝工消費合作社印31 相同地在圖lb中，編號2。表示一個盒子’在其中， 由變壓器構成的電路1，浸沒在粉末狀的元件2 ’而此元 件被塡塞如上述lb所表示的 當然，爲了盡可能減少介面微放電的影響，司"以預備 其他的辦法，如藉助一層非常薄的石墨塗在變壓電的線 圈，而導電體的塗石墨用來確保在變壓器之間與外面的聯 _ 13 _ 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 2351TWF.DOC/002 408556 A7 B7 經濟部中央標準局貝工消費合作社印裂 五、發明説明（丨I ) 繫’構成電路1與外部的電路。盒子％能用完全剛性的塑 膠材料做成。 在優先考慮的實施方法中，我們指出了粉末狀的元件 2能由一此矽質的沙構成，在其中加入〇.1%大量粉末的石 墨。 經由這些作用，這個介面微放電的現象接近於（或相 近於）電磁干擾。無論如何’它以較明確的方法被區分， 尤其是按照它複雜之作用力的形式，它需要一個特別合適 的保護。此作用力形式連接於各個不同之介面微放電的來 源’在這些來源中，我們區分如下： -強有力的來源，但沒有與被干擾之聽的信號連結·· 主要有50HZ的區（及它的諧波）及它的變換裝置： 變壓器’電動機（或馬達）； -強有力的來源有連結於被干擾之聽的信號：擴音器 及放大器HP電纜。 -弱的來源’沒有與被干擾之聽的信號連結：線路旁 的導體，普遍來說，在面對其他的來源時是被忽視的。 -弱的來源，與被干擾之聽的信號連結：主要有電子 技術與結合的接線，假定在振盪的保護下，這並不是經常 的情況，且這解釋了尖端的好處（或優點）及其他反振盪的 支撐物。 在微放電和與其連結的波之聽的信號的作用力形式包 括： -有在有用信號之電流上的直接作用力，在微放電產 14 本紙張尺度適用中國國家標準（CNS )八4祕（210X297公釐） (锖先閲讀背面之注意事項再填寫本！) ，裝- 訂 40S556 A 7 2351TWF.DOC/002 B7___ 五、發明説明（丨7) 生之際。了解到這些牽連的極弱的電容値，這些塑造過程 指出這個作用看來可能被忽略。 一有由經由微放電放射出來之電磁波的非線性電流元 件的探測：此作用力的方式比較有可能，這個探測能由調 整的部分元件所實踐，例如焊接或合金屬製品的觸點：此 焊接的問題曾數次被音響的愛好者所提出。注意到被考慮 之頻率，所有導體的元件或多或少是要調整的。可以想見: 的是一個強力與聽的信號連結的波或在電路中被流通，被 整流的波的確可能降低傳真度。 -有雖然比較難理解，但不與有用的信號（區）連接之 外在來源的作用力。然而，在假設微放電的存在及試圖去 消除它，被設想之面的過濾器的效率提供一種可能的作用 力方式： 50HZ的面及相聯的變壓器提供一個不與聽的頻率相接 之微放電的波，但，是重要的幅度。 這個波能助於，甚或起動在信號本身極化之語音電路 上之微放電。 經濟部中央梯隼局員工消f合作社印製 ^^^1 tn— ^^^1 1^11 1 ^^^1 —.^n (請先閲讀背面之注意事項再填寫本頁) 因此，我們處於面對雪崩的現象或起動中的元件是在 50HZ的區及在50HZ的區中被起動的信號將是在有用信號上 的一種微放電波，和在有用信號之間調制之間的總體，及 50HZ的信號以及它的諧波。 面對微放電之保護裝置的效率，是此項發明的目的， 間接地證實了微放電的存在。 基礎的保護在於把假設被半導體材料絕緣之導體圍起 15 本紙張尺度適用中國囷家揉準（CNS ) A4規格（210X297公釐） 經濟部中央標準局負工消費合作社印簟 408556 2351TWF.DOC/002 A7 ____B7 五、發明説明（) 來。 有足夠地導體爲了助於局部的同潛在性， 有足夠地電阻爲了消除或吸收結合於微放電波。 -微放電起於導體一絕緣體之介面，而電容器本身也 製造一些微放電。唯有有空氣的電容器（或真空的）能表現 出一些效率。 -具有對抗微放電發射之變電器的保護在於把變電器‘ 包裹在力學的有吸收性能的物質，同時能使電磁波分散。 一以優先考慮的方式，一些微放電的吸收可能優先地 被RC電路進行： -R :非電感的電阻，優先的是碳，相近於被考慮的 導體之阻抗特性的値： 一C :帶有空氣或真空的電容。 一以一般的方法，結合於微放電之電磁波的吸收是靈 敏的，且導致電路包裹在半導體的介質中，在表動元件（電 動機，變壓器）的情形下一樣吸收了這些振盪。 當電路是由擴音機組成時，一個符合此項發明的目 的，即對抗介面微放電之電路保護裝置及由此微放電引起 之干擾的較爲詳盡的描述將配合圖2來說明。 以傳統的方法，及爲了確保對抗介面微放電現象之如 圖圖2所示的揚聲器整體的保護，我們指出，首先，放置 在振動片Μ底部之線圏能備有一層薄薄的石墨的遮蓋，以 這個原因，這個線圈如圖2編號le所表示 其次，如前面所說的將揚聲器的線圈塗以石墨，如圖 16 ^^1* ϋ ^^^1 in ^^^1 I ^11 1^1，一_eJ (請先閲讀背面之注$項再填寫本筲) 本紙張尺度適用中國國家標準（CNS〉A4规格（210X297公釐） 刪556 Α7 Β7 235ITWF.DOC/002 五、發明説明（if ) I — i I I 1 I 1 I ί I 訂 (讀先閲讀背面之注意事項再填寫本頁) 2的裝置包含一個會伸縮半導體材料的加固物，如編號20 所指。這個裝置被放置在空氣空隙凹槽的底部。而且，這 個空氣空隙（Air-gap)凹槽的內壁〜樣具有半導體材料的 遮蓋，如同編號2(5的情形。 最後，我們指出BS1與BS2端子之保護的遮蓋層可預 先準備，這個遮蓋層確保保護端子及這些端子的*** 纜。這個保護的遮蓋層可由半導體材料構成，至少遮蓋其 長度的一部分。 如此，我們了解，一層石墨遮蓋的線圈是具有半導 體材料的遮蓋，且BS1與BS2端子的遮蓋保護及這些端子 的***纜可藉由同樣導電的泡沬而實現，此泡沬被使用 及放置在空氣空隙凹槽LE的底部。 在非限定的實施方法中’我們指出在BS1與BS2端子 之間的***纜與上述之電擴音機的端子可以CP保護電 纜的形式來實現，如之前以圖la所描述的。 而且，用上述之***纜的末端，即例如CP內被保 護之電纜一個無線電高頻率之反射（rejecteu)濾波器可預 先準備，此反射器濾波器與電纜的末端連接或遮蓋著半導 經濟部中央標準局貝工消资合作社印製 體材料之部分***纜的末端連接。 在非限定的實施方法中’反射濾波器，能由一個與電 纜中心線串聯的弱値電阻構成，這些電阻由圖2的R來表 示它與弱値的電容C連接。在一非限定實施的例子中，電 阻R的値介於0.1與2.5Ω之間，而電谷C的値介於30與 100PF之間，且電阻Γ的値介於與50Ω之間。 17__ 本紙張尺度適用中國國家標準（CNS ) Α4規格（公釐） 經濟部中央標準局員工消費合作社印聚 40S556 2351TWF.DOC/002 ηί _ 一_^______— 五、發明説明（丨^ ) 以較特別的方法，我們指出此裝置實施的合法譚明將 配合圖2說明如下。 例如，擴音器的線圈是由一或兩層在一個與振動片^ 接之絕緣管子上之導電體漆包線所組成，這些漆包線按照 在空氣空隙凹槽LE中的位置，浸沒在一個不變的磁場中。 由這個事實說明，這些線圈根據它們主要的功能依順 於強烈的振盪中，且引起大量的微放電。這些微放電能借 助前面所說之***纜干擾輸出的擴音機。 如圖2所述，此裝置能明顯減弱來自於擴音機線圈構 成之電路造成的微放電，同時吸收由這些微放電發射出來 的電磁波。 這些微放電發射的水平被減弱，是藉由一個被半導體 材料控制的應用，如線圈上的石墨；這個線圈被塗以石墨 爲了組織一個加上述敘述所指的塗石墨線圈。 此石墨的應用能經由在線圈淸楚的支撐物上之石墨薄 膜的粉碎而得到實現。此使用的石墨可以是Graphit 33 或市場上流動的Blindotub。 在上述的支撐物上石墨薄膜完全乾燥之後，乾燥石墨 之抽取能借助如緩衝墊的工具而達成，以便使上述的緩衝 墊變黑。 借助在所有上述之線圈表面上的緩衝墊，石墨可正常 地在擴音器的線圈上使用。 沒有石墨的緩衝墊能被磨光。當擴音機線圈表現出輕 微變灰發光的一面時，此磨光顯得適當地實現。 1840S5SG Δ 7 2351TWFDQC / 002_Β7__ 5. Description of the invention (I) This invention is related to the protection device of the circuit against micro-discharge of the interface, and the application of this unique circuit device. In the case of high-fidelity turntable equipment, the quality of sound fidelity reproduction has deteriorated, thus highlighting this micro-discharge phenomenon. In this device, when the insulation interface of a conductor is subject to a variable electric field, some micro-discharge phenomena will occur at the same level of this interface. Even when the weak chirp voltage is about one thousandth of a volt, it is An easily variable voltage 値, these electric fields are generated when a speech frequency (or sound quality) signal appears. Compared to speech frequency (or sound quality) signals, these discharges are very fast, about 0.1 / zS at a relative level of -80Db, but they can easily cause some variable electric fields that cannot be ignored. These discharges are particularly easy to express as interface micro-discharges. In particular, these discharges exhibit some cyclic frequencies belonging to the frequency of the sound spectrum, i.e. connected to the speech frequency signal. This makes the discharge harmful to the quality of sound reproduction and to this type of equipment. Printed by the Central Standards Bureau of the Ministry of Economic Affairs and Consumer Cooperatives (please read the precautions on the back before filling out this page). In order to produce a better degree of fidelity, the production methods of some related technical elements are recorded in 1996. October 12, ^ 96 12369 patent application, and incorporated in this patent application for reference. In this way, when an insulated conductor is subject to a variable electric field, please refer to Figure 0a. According to the closest assumption, pay attention to the relaxation process. These discharges occur at the dielectric / insulated conductor interface. Compared to the voltage or ground referenced by this device, these emitted electric fields are still very important and cannot be ignored. L___ 4 This paper size is applicable to China National Standard (CNS) A4 (210X297 mm), printed by employee consumption cooperation of the Central Bureau of Standards of the Ministry of Economic Affairs, 4 005556 a 7 " Negotiation 2_B7 V. Description of Invention (>) As shown in the Ob diagram, in the model constructed by this phenomenon, based on the assumption that the insulation layer that is in direct contact with the electrical conductor breaks down or bursts out of the discharge, q represents the capacitance of the insulation layer that is in direct contact with the electrical conductor. , C2 represents the capacitance of the conductor-the reference voltage or ground, and e represents a spank gap that is "provocative" to the micro-discharge phenomenon. The variable voltage recorded by the terminals of the protective capacitor directly in contact with the electrical conductor is shown in the figure. This voltage proves the existence of fast-relaxing oscillations in which the frequency of the cycle interferes with the signal of the speech frequency. Therefore, micro-discharge is a cause. An original state and effect combined micro-discharge with the well-known partial discharge (DP) in terms of the high voltage of the insulation; even the circle effect appeared around the belt. In the gas of a high-potential conductor. In the laboratory center in France, the research and investigation on the phenomenon of micro-discharges led by Mr. P. JOHANNET can clearly point out some of these characteristics: • Micro-discharges perform below the very weak voltage of some dielectrics. Thousandths of a volt. And these micro-discharges do not appear to be due to extreme effects. • The breakdown voltage of these micro-discharges is very weak and may be between 1 // v and lmv. • Discharge front end less than Ins is very fast. * These micro-discharges must locally generate electromagnetic waves, especially for the frequency of speech of electronic circuits or electronics. This electromagnetic wave constitutes an important interference element. In addition, some discharges of the same type occur in the insulation covering the conductors 5 ^ — ^ 1 ^ — ^ 1 ^ — ^ 1----^ — ^ 1-^ — ^ 1. ^ — ^ 1 ^ — ^ 1- _ _-'yeJn ^ i ^ — ^ 1 ^ — ^ 1 ^ — ^ 1 I--(Please read the precautions on the back before filling out this page) This paper size applies to China National Standard (CNS) A4 (210X297) (Centi) 408556 2351TWF.DOC / 002 B7 V. Description of the Invention The surface outside the body is actually the interface between the insulator and air. In particular, this phenomenon can be proved by Maxwell-Wagner action, according to which some charge focusing at the interface between two layers of insulating materials can occur. From the point of view of the mechanics that they can help understand, some auxiliary investigations have pointed out that these micro-discharges are completely perceptible in the case of oscillations. In addition, this phenomenon makes the micro-discharge phenomenon similar to known The phenomenon of triboelectricity, as well as the supplementary existence of one or more harmful electromagnetic waves, is due to their effect on electronic signals of frequencies that are caused, conducted or processed by these circuits. Referring to Fig. 0d ', their force mode against the support of the electric conductor can be established in the following aspects. In fact, in contrast to the phenomenon of micro-breakdown of conductors and insulators, these micro-discharges draw electrical energy from the support of electrical conductors and interfere with the current in conduction. Of course, the importance of this interference depends on the local circumstances of the conductor supporting medium. Learned about the greatly reduced capacitance 値. For a very small number of Farahs, the way they act locally is weak. Printed by the Consumers' Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling out this page). However, their overall role cannot be ignored. In fact, the micro-discharge phenomenon is completely manifested by electromagnetic waves. Like all discharges, it can be guided by the conductor. The wavelength combined with the micro-discharge phenomenon is between 1 and 30 cm in a vacuum, which is between 3 and Some radio frequencies match between 30GHZ. A direct proof of these phenomena and the above characteristics can be obtained through the following two aspects: On the one hand, by highlighting the transmission of such an electromagnetic wave, between the power output terminal and the box connected to the ground by this power supply. Standard (CNS) A4 specification (210X297 mm) 408556 A7 B7 235ITWFJXXV002 V. Insulation distance of a few millimeters of the invention (w); on the other hand, it can cause the weakening of this electromagnetic wave. This is one of the aspects of this invention. When the micro-discharge wave connected to the interface touches the electronic circuit, the part of the radio wave is attracted by some components of the circuit, which are based on the characteristics of the non-linear transfer of the frequency-especially the welding point-which is carried out. Detection phenomenon caused by interference voltage 6 In addition, this phenomenon will be worsened by the frequent connection of micro-discharges to the conducted electronic signal BF, or even the micro-discharges are oscillated by the electronic signals, so the electronic signals are likely to be disturbed. Learned the above phenomena, especially the characteristics of microwaves; SHF Because the electromagnetic wave of the type interference is connected to the micro discharge of the interface, the inverse force of the electromagnetic wave interference on the circuit can be briefly described as follows: A discrete electronic component may be a transmitter and a receiver at the same time. As the receiver, these components can receive To their own emission, and expand or receive the emission of external components.-The effect of electromagnetic waves connected to the interface micro-discharge on useful signals is generated by detection and internal modulation, and it is known that the existence of such radio frequencies Linear transfer;-the layout of the components is very important, because it determines the behavior of the file to attract or not reference electromagnetic waves. Therefore, it seems that it is better to arrange these files in either direction.-For the same reason, as for printed circuits Composition and structure, the wiring is critical, because each conductor is connected to a receiving and transmitting antenna at the above frequency. Moreover, the insulation of the insulator on the wiring wire 7 This paper standard applies to China National Standard (CNS) A4 (210X297 mm) ^^ 1 ϋ ^ — n ^ in ^ i ^^ — ^ 1 — ^ ij ^ in ^ in ^ i nil— ( Read the notes on the back before filling out this page) Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs Printed by 408556 a 7 2351TWF.DQC / 002_B7 _ V. Description of the Invention (jT) Facilitates the process of electromagnetic waves.-An insignificant component, such as the base of a shunt or a plug, can have a bad effect β-These electrical insulating materials or other absorptive shields exhibit the above frequency Very changing behavior, and can focus, reflect or produce these completely unexpected results of diffraction of these waves; a wave connected to the interface micro-discharge can be guided by the outside of the conductor, so it can pass through the plug perfectly Hole transformers, or other component coils. -The humidity measurement or other design on the shelf is well performed on the experimental table, but the fidelity of the device of the speech frequency may cause bad situations. 'So traditional electronic measurements, such as noisy signals Links have not changed significantly, and even perform better. Actually, such a measurement of humidity has an unexpected effect. -The electromagnetic wave from the micro-discharge itself can cause other micro-discharges on the insulator-conductor or insulator-insulator interface. These micro-discharges exist in the electrostatic-type electric field that connects the signals to be heard by avalanche-type effects. -The power supply area appears to be an important source of micro-discharges;-high voltage, 230V;-propagation of micro-discharges caused by receivers connected in the vicinity. The invention is a protection device for implementing a circuit against micro-discharge of an interface. Another object of the present invention is to implement a method for weakening electromagnetic waves caused by micro-discharges at interfaces of all circuits. Another object of the present invention is a method for performing electromagnetic wave absorption of micro-discharges connected to interfaces of all circuits by a more specific method. 8 This paper size applies to Chinese national standards (CNS > Α4 size (210X297 mm) ---- n ^ — III--nn I n ^ i-n ^ ^ (Please read the precautions on the back before filling this page ) 408558 2351TWF.DOC / 002 A7 B7 Printed by the Shellfish Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. 5. Description of the invention (17) This :: == purpose, it is about the mechanical oscillation that can affect the circuit. This is to reduce the connection to the interface. The triboelectric contribution of the electromagnetic wave of micro-discharge. The purpose of the present invention is to provide a circuit protection device with anti-discharge of the shaft. Observe the following design drawings, except that the drawings from Ga to Gd are related to the technical elements known to some inventors, Mr. Shunmei ETT: Figure la represents the first implementation method that meets the purpose of this invention A circuit protection device with a micro-discharge resistance against the interface. Fig. Lb represents a circuit protection device with a micro-discharge resistance against the interface in the second implementation method. Fig. 2 represents compliance with the invention. Head In the case where the circuit is organized by a loudspeaker, a protection device with a micro-discharge against the interface; Figures 3a, 3b and 3c represent the purpose of this invention. The circuit is composed of a sound receiving and sound receiver. In the case of a conductor structure of an electrical connector ', a circuit protection device having a micro-discharge against the interface; Figures 4a and 4b represent a purpose consistent with the invention, in the case where the circuit is organized by a transformer and a separately insulated transformer, Circuit protection device with micro-discharge resistance against dielectric surface; Figures 5a and 5b represent the first and second implementation methods which are in accordance with the purpose of this invention. In the circuit, the circuit is twisted on the printed circuit sheet. In the case of the circuit organization of the discrete components forming a rope, a circuit protection device with a micro-discharge against the interface; this paper U is applicable to the Chinese National Sample (CNS) A4 specification (21G > i297 mm) · " ^ '11- ----- ^ ·· (Please read the notes on the back before filling out this page) 2351TWF.DOC / 002 408556 Employees 'Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs printed A7 B7 five' invention description ( η) Figures 6a, 6b '6c and 6d represent a circuit protection device with a micro-discharge resistance interface in the case where the circuit is organized by an electrical jack or a special electronic jack in accordance with the purpose of this invention; Figure 7a And 7b represents a circuit protection device with a micro-discharge resistance interface in the case where the circuit is organized by discrete components stranded on a printed circuit sheet in accordance with the purpose of this invention: The object of the invention is a circuit protection device with a micro-discharge against the interface when the circuit is organized by a stable power supply station. Each different figure is represented by a cross-sectional view, at least a partial cut, in order to highlight the different constituent parts. A more detailed description of the circuit protection device against the interface micro-discharge and the radio interference caused by the interface micro-discharge will be accompanied by Figures 1a and 1b, the first implementation method and then the second. In a general way, this circuit protection device against interface micro-discharges and the radio interference caused by interface micro-discharges can be proposed, with applications to all circuit types. The concept of this circuit is as wide as the range of conductor wires, or ordinary wires. Some are more processed circuits, such as some transformers, some circuits with discrete components, or the following are printed on a printed circuit sheet. The shape of the integrated circuit element twisted into a line is 'some electrical and / or electronic jacks'. Some electrodynamic instruments such as a loudspeaker or a sound receiver are picked up. In a general way, the circuit protection device against the micro-discharge of the interface, and the radio interference caused by the micro-discharge of the interface, when near this circuit, the financial standard A4 ^ (2 丨 GX297 mm) ） ~~~ '(Please read the precautions on the back before filling out this page) -Installation ·-' • 2351TWF.DOC / 002 A7 B7 Printed by the Bayer Consumer Cooperation Department of the Central Standards Bureau of the Ministry of Economic Affairs V. Description of the Invention (§) This aspect of the invention is worth noting when it comes to understanding the components of the electromagnetic waves that are attenuated by micro-discharges of these interfaces. With reference to la and unlimited examples as an example, using this figure, the circuit is recognized to be composed of a large number of electrical conductors, such as some enameled wires with a diameter of _, these conductors are numbered in Figure la! . '' The electromagnetic wave attenuation element caused by the interface micro-discharge is generally expressed in the interface between the above-mentioned conductor 1 and the nearby space, and even the glaze composed of an insulating material covering these wires or conductors. It is numbered in Figure la 2 ° as shown by la 'In the implementation method, the electromagnetic wave attenuation element 2 caused by the interface micro-discharge includes, in particular, the covering of a semiconductor material applied to the outer surface of the conductor. In this way, the element 2, especially the side that complies with the invention, is composed of this semiconductor material, in which the linear resistance is limited on the surface of the matching chirp, so as to simultaneously maintain the electrostatic surface of the outer surface of the conductor at a locally constant chirp. And absorb the total amount of current of intermittent discharge caused by interface micro-discharge, so as to reduce the power magnetic wave caused by interface micro-discharge. In a specific way, it can be pointed out that the semiconductor protective layer constituting the electromagnetic wave attenuating element 2 represents a linear resistance of yS 値 between 0.1Ωm and 100m. In the non-limiting implementation method of a circuit protection device against interface micro-discharge and radio interference caused by the micro-discharge of the interface, 'we point out that the component 2 absorbs the electromagnetic wave energy caused by the interface micro-discharge and is composed of a salt-containing liquid solution. Or the gel of this solution has a resistance close to 0.7 Qm, which corresponds to the resistance of physiological saline. This solution therefore behaved very successfully. 1 I mn »n I n I m _ nm I it T i I _ I _ 1 (Please read the notes on the back before filling in this I) This paper size applies to China National Sample Standard (CNS) A4 (210X297 mm) ) 2351TWF.DOC7002 40S556 A7 B7 V. Description of the Invention (Clever) Of course, like the above la, in order to organize this component that receives the conductor 1 in the wrapped sleeve, you must prepare an example such as polyethylene or polysilicon. The enclosed space formed by the plastic tube made of fluoroethylene is shown as No. 2 in FIG. Such a closed space is formed by a hermetically sealed sleeve, as shown in Figure 1 and No. 2! In addition, a silicone seal can be used to achieve a perfect seal, as shown in Figure la, No. B. The above-mentioned polysilicone gasket 2S / tightness allows the conductor 1 to pass through in a closed state as a whole. In short, a heat-shrinkable cover 23 is prepared at the end of the swimming or sealed space so that 2 protected cables meet the purpose of this invention. Refer to the reference Cp. The passage of the body 1 through the sealed sleeve can be plugged by the soil as shown in Fig. La No. 24. In summary, in the preferred implementation method, we point out that g 2 can be formed from a 0.9% sodium chloride solution or still from a saline ditch. According to a particularly advantageous point of view of this protection device, we mean that $ _ > caused by micro-discharge The electromagnetic wave attenuating element 2 includes an element for absorbing electromagnetic waves caused by the second bacterium. 1 It seems that in addition to the absorption and weakening of the total amount of intermittent 彳 Υϊτ '' of the discharge caused by the micro-discharge of the interface, according to the Mexwel} domain, this weakening has the amplitude of the electromagnetic field emitted. This electromagnetic wave has the same attenuation # the same It can ensure the absorption of the electromagnetic wave caused by the interface micro-discharge, the attenuation of the electric field obtained by the propagation of the emission, and the properties of the semiconductor # 2 according to the aforementioned attenuation element. In fact, for the purpose of electromagnetic wave guided propagation in the waveguide, this is the purpose of the month. 12 paper standards are applicable to the China Standard (CNS) A4 specification (210 ×: 297 mm) 40S556 A7 B7 2351TWF.DOC / 002 V. Description of the Invention (ll?) HI nn I 111 ·, nn-i --- iJ (Please read the precautions on the back before filling out this page) The conditions of the conductive inner walls of the electric force force obvious Field that does not exist. In the same way, according to the characteristics of these semiconductors, the attenuating element 2 has the effect of reducing the electromagnetic field 値 emitted in this way, and this causes a micro-discharge phenomenon at the interface. The second circuit protection device against interface micro-discharge and the implementation method of radio interference caused by these micro-discharges will be described with reference to Figure lb. In the case of Figure lb, we point out that, with the example of no limitation, the circuit can be composed of an electric transformer. In such a case, it appears to be very advantageous to form an element 2 for attenuating electromagnetic waves caused by interface micro-discharges, and in the form of an element that absorbs mechanical oscillations that are likely to affect the circuit under consideration. In fact, we can understand the electrical transformer, as indicated by the number 1 in lb, which is the part of the motor oscillation. These motor oscillations can cause micro-discharges of electricity, so there are radio interference caused by the existence of these micro-discharges. . In FIG. 1b, the number 2 indicates the electromagnetic wave attenuation element caused by the micro-discharge. This element constitutes the above-mentioned element that absorbs mechanical oscillations. Therefore, as mentioned above, it may contain a powder-like element exhibiting semiconductor properties. Printed by the Central Bureau of Standards of the Ministry of Economy, Shellfish Consumer Cooperatives, 31 Same in Figure lb, number 2. Shows a box 'in which, the circuit 1 consisting of a transformer is immersed in a powder-like element 2' and this element is congested as indicated by the above lb. Of course, in order to minimize the effect of the interface micro-discharge, the company "quotes Preparing other methods, such as applying a very thin layer of graphite to the transformer coil, and the graphite coating of the conductor is used to ensure the connection between the transformer and the outside _ 13 _ This paper standard applies to Chinese National Standards (CNS) A4 specifications (210X297 mm) 2351TWF.DOC / 002 408556 A7 B7 Printed by the Shellfish Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs of the People's Republic of China. 5. Description of the invention (丨 I) The system constitutes circuit 1 and external circuits. The box can be made of a completely rigid plastic material. In the preferred implementation method, we point out that the powdery element 2 can be composed of siliceous sand, and a large amount of powdered graphite is added to it. Through these effects, the phenomenon of micro-discharge on this interface is close to (or close to) electromagnetic interference. In any case, it is distinguished in a clearer way, especially in the form of its complex forces, which requires a particularly suitable protection. This force form is connected to the sources of micro-discharges on different interfaces. Among these sources, we distinguish as follows:-strong sources, but not connected to the signal of the disturbed listener · · There are mainly 50 Hz zones (and it Harmonics) and its conversion devices: Transformers' motors (or motors);-Powerful sources have signals connected to the disturbed listeners: amplifiers and amplifier HP cables. -Weak source 'is not connected to the signal being disturbed: the conductor next to the line is generally ignored when facing other sources. -Weak source, connected to the signal of the disturbed listener: There are mainly electronic technology and combined wiring. It is assumed that under the protection of oscillation, this is not often the case, and this explains the cutting-edge benefits (or advantages) and other Anti-oscillating support. The force forms of the signal in the micro discharge and the wave hearing connected to it include:-There is a direct force on the current of the useful signal, which is produced in the micro discharge 14 This paper is applicable to the Chinese National Standard (CNS) 8 210X297 mm) (锖 Please read the notes on the back before filling in this book!), Binding-order 40S556 A 7 2351TWF.DOC / 002 B7___ 5. Description of the invention (丨 7) At the time of birth. Knowing these weak capacitances involved, these shaping processes point out that this effect may seem to be overlooked. Detection of a non-linear current element with electromagnetic waves emitted by micro-discharges: This force is more likely to be applied. This detection can be practiced by some components that are adjusted, such as welding or metal contacts: this welding The question has been asked several times by audio lovers. Note that the frequencies considered are more or less adjusted for all conductor components. It can be imagined that: a wave that is strongly connected with the signal being heard or is circulated in the circuit, and the rectified wave may indeed reduce the degree of facsimile. -There are forces from external sources that are difficult to understand but are not connected to useful signals (areas). However, after assuming the existence of micro-discharges and trying to eliminate it, the efficiency of the filter of the envisaged surface provides a possible way of acting: the 50HZ surface and the associated transformer provide a micro wave that is not connected to the listening frequency. The discharge wave, however, is of significant magnitude. This wave can help, or even trigger, a micro discharge on the speech circuit where the signal itself is polarized. Printed by the Cooperative of the Central Government Bureau of the Ministry of Economic Affairs ^^^ 1 tn— ^^^ 1 1 ^ 11 1 ^^^ 1 —. ^ N (Please read the notes on the back before filling this page) Therefore, we The element that is facing the phenomenon of avalanche or starting is that the signal activated in the 50HZ region and in the 50HZ region will be a kind of micro-discharge wave on the wanted signal, and the overall between modulation of the wanted signal, And 50HZ signal and its harmonics. The efficiency of a protection device facing micro-discharges is the object of this invention, and the existence of micro-discharges is confirmed indirectly. The basic protection lies in the assumption that it is surrounded by a semiconductor material-insulated conductor. 15 This paper size is applicable to the Chinese Standard for Household Standards (CNS) A4 (210X297 mm). 002 A7 ____B7 V. Description of Invention () Come. There is sufficient ground conductor to assist local homogeneity, and sufficient resistance to eliminate or absorb the micro-discharge waves. -Microdischarges originate from the conductor-insulator interface, and the capacitors themselves produce some microdischarges. Only air-capacitors (or vacuum) can show some efficiency. -The protection against the micro-discharge emission of the transformer lies in that the transformer ′ is wrapped in a mechanically absorbing substance, and at the same time, it can disperse electromagnetic waves. Firstly, the absorption of some micro-discharges may be preferentially performed by the RC circuit: -R: non-inductive resistance, preferably carbon, which is close to the impedance characteristics of the conductor under consideration:-C: with Air or vacuum capacitors. First, in a general method, the absorption of electromagnetic waves combined with micro-discharge is sensitive, and causes the circuit to be wrapped in a semiconductor medium, and these oscillations are also absorbed in the case of a surface-acting element (motor, transformer). When the circuit is composed of a loudspeaker, a more detailed description of the circuit protection device against the micro-discharge of the interface and the interference caused by the micro-discharge is in accordance with the purpose of this invention, and will be described with reference to FIG. 2. With the traditional method and in order to ensure the overall protection of the speaker against the micro-discharge phenomenon of the interface as shown in Figure 2, we point out that, first, the line placed on the bottom of the vibration plate M can be covered with a thin layer of graphite For this reason, this coil is indicated by the number le in FIG. 2 Secondly, as described above, the coil of the speaker is coated with graphite, as shown in Figure 16 ^^ 1 * ϋ ^^^ 1 in ^^^ 1 I ^ 11 1 ^ 1 ， 一 _eJ (please read the note $ on the back before filling in this card) This paper size applies to the Chinese national standard (CNS> A4 specification (210X297mm)) Delete 556 Α7 Β7 235ITWF.DOC / 002 5. Description of the invention (If) I — i II 1 I 1 I ί I order (read the precautions on the back before filling out this page) 2 The device contains a reinforcement that will stretch the semiconductor material, as indicated by number 20. This device is placed At the bottom of the air-gap groove. Moreover, the inner wall of this air-gap groove is covered with a semiconductor material, as in the case of number 2 (5. Finally, we point out the protection of the BS1 and BS2 terminals The cover layer can be prepared in advance. This cover layer ensures Protect the terminals and the connecting cables of these terminals. This protective covering layer can be made of semiconductor material, covering at least a part of its length. So, we know that a layer of graphite covered coil is a covering with semiconductor material, and the covering of BS1 and BS2 terminals The protection and the connection cables of these terminals can be realized by the same conductive bubble, which is used and placed at the bottom of the air gap groove LE. In a non-limiting implementation method, we point out that between the BS1 and BS2 terminals The connection cable between the above-mentioned electric amplifier and the terminal of the above-mentioned electric amplifier can be realized in the form of a CP protection cable, as described in FIG. 1a. Moreover, the end of the above-mentioned connection cable, that is, for example, the protected cable in the CP has a radio A frequency rejector filter can be prepared in advance. This reflector filter is connected to the end of the cable or covers a part of the cable of the printed material of the Central Standards Bureau of the Ministry of Economic Affairs of the Ministry of Economy and Trade. In the non-limiting implementation method, the 'reflection filter' can be formed by a weak These resistors are represented by R in Figure 2 and they are connected to the weak chirp capacitor C. In an example of a non-limiting implementation, the chirp of the resistor R is between 0.1 and 2.5 Ω, and Between 30 and 100PF, and the resistance Γ is between 50 and 50Ω. 17__ This paper size applies to the Chinese National Standard (CNS) Α4 size (mm). The Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs, Printing Co. 40S556 2351TWF.DOC / 002 ηί _ 一 _ ^ ______— V. Description of the invention (丨 ^) In a more specific way, we point out that the legal implementation of this device, Tan Ming, will be described below in conjunction with Figure 2. For example, the coil of a loudspeaker is composed of one or two layers of conductive enameled wires on an insulated tube connected to the vibrating plate ^. These enameled wires are immersed in a constant according to their position in the air gap groove LE. In a magnetic field. This fact indicates that these coils depend on strong oscillations and cause a large amount of micro-discharges according to their main functions. These micro-discharges can interfere with the output of the amplifier by connecting the cables as described above. As shown in Figure 2, this device can significantly attenuate the micro-discharges caused by the circuits formed by the coils of the amplifier, while absorbing the electromagnetic waves emitted by these micro-discharges. The level of these micro-discharge emissions is reduced by an application controlled by a semiconductor material, such as graphite on a coil; this coil is coated with graphite in order to organize a graphite-coated coil referred to above. The application of this graphite can be realized by pulverizing the graphite film on the coiled support. The graphite used here can be Graphit 33 or the marketable Blindotub. After the graphite film on the support is completely dried, the extraction of the dried graphite can be achieved by means of a tool such as a cushion pad so as to make the above cushion pad black. With cushioning pads on the surface of all the above coils, graphite can be used normally on the coils of loudspeakers. The cushion without graphite can be polished. This polishing appears to be properly achieved when the speaker coil exhibits a slightly grayed-out side. 18

本紙張只!度逋用中國國家標準（CNS ) A4現格（210X2^公H l-n - -- - in I— - - i-1 n. n - I ^^1 1 1~~Ψ 穿 、va (请先閲讀背面之注意事項再填寫本頁) 2351TWF.DOC/002 408556 A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明（ih 由微放電放射出來之電磁波的吸收，可借助放置在空 氣空隙凹槽LE線圈旁之可伸縮半導體2e而達成。不管怎 樣，汽缸蓋CU的部分不妨礙振動片的移動，也就是說汽 缸蓋底部，由一個穹形構成以遮蓋鐵心（cache-noyau)的 物體，它在圖2中同樣被標示爲20。 有關使用的泡沬，此半導體泡沬能用比方說以低於或 等於15Ωηι之高密度的Venmason et Vitec包沬構成。這 樣的泡沫表現出由開口的元件構成的特點。爲了實現上述 的操作一個適合的泡沫能由Venmason et Vi tec泡沬構成， 參照FARNELL目錄之167-848。不過，導電較好的泡沬， 其電阻要明顯地等於ΙΩιη比較理想。 有關於線圈塗石墨的操作，我們指出符合此項發明目 的所形成的遮蓋構成一個能創造局部同等潛在性與表面易 之調節的半導體遮蓋。不過，此遮蓋是足夠堅固的，爲了 避免把微放電圍繞（或關閉）在諧振空腔內。換句話說，我 們指出線圈上之石墨層過量易於降低已得到的結果。 介面微放電現象牽涉到波的長度，是屬於會分制的波 長。因此吸收介面微放電之電磁波的半導體泡沬對這些波 長能有利地表現出一些不規則的行動或波長數量的曲折， 以便於從吸收的觀點來看變得有效，及避免所有電磁波反 射的現象。 不過，有關使用的電容C，爲了構成非常高頻率無線 電之反射濾波器，我們指出這些電容最好能用空氣電容構 成，其中的微放電現象比較弱，或，選擇由一些在真空下 19 本紙張尺度適用中ΐϊ家標準（CMS ) Α4規格（210Χ 297公' ---------Λ------,1τ (請先閲讀背面之注意事項再填寫本f ) 408556 2351TWF.DOC/002 A7 B7 五、發明説明（丨^ ~ 或中性氣體中被還在囊中的電容，情況需要的話或胃 氣中。 使用包裹在囊中的電容之事實是特別有利的， 1^- m ί ί ί —-! I —-- 1^1 I * . 士^I- - -- ^^1 In - - i (請先聞讀背面之注意事項再填寫本頁) 真空還在囊中，在中性氣體組成的氣體下，甚至在空氣中， 就構成一個對周圍氣體變化的保護，由此可知，如 的反射濾波器在頻率方面維持極大的穩定性，尤其是在;^ 傳送的極高頻率之頻率中斷方面。 總之，在空氣空隙中擴音器使用流動的鐵的情形下， 尤其是在名爲”tweeteno”的擴音器的情形下，這個裝置還 能混合0.1至1%大量膠態的石墨在流動的鐵（ferr〇fiuide) 中，以便於吸收由微放電現象引起之電磁波。 當電路是由唱片的拾音兀件或是由密紋唱片表現出來 的聲紋構成時，一個對於對抗介面微放電之保護裝置及這 些介面微放電引起之無線電干擾較爲詳細的說明，將配合 圖3a到3c來進行。 傳統聲音接收器拾音元件之功能簡單的恢復敘述如 下。 經濟部中央標率局貝工消費合作社印製 通常一個聲音接收器包括一個用電力連結於兩個可動 線圈的拾音針，這兩個可動線圈成90度，爲了組織一個 立體聲的拾音元件，這個可動線圈是在一個標示爲Η的磁 場中圍繞著旋轉的軸線移動。 在這樣的情形下，特別是如同圖3a及3b所示’此項 發明的這個裝置包括一個用半導體材料的保護層遮蓋可動 線圈組織的電線，和電纜一樣。 20 ___ 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 40S556 2351TWF.D00002 ΑΊ ___Β7 五、發明説明（丨公） 如上述的圖所表現的，此半導體材料保護層遮蓋之可 動線圈構成的電線能由這些塗以石墨的線圈來實現，此按 照先前與擴音線圈結合的描寫過程。不過，這樣的一個操 作需要特別的注意，須根據所使用的導電線之敏感度來實 現這些可動線圈。 此外’用半導體材料做的有吸收力之泡沬被***在所 有電路及凹槽或間隙的同一水平上，這是當這個***不能 干擾上述之可動線圈的移動時。 如我們所表示在圖3a及3b的，除了塗石墨的可動線 圈外’半導體泡沫像煙囪罩形狀也的存在圍著拾音頭本體， 且由一個套筒圍繞著電纜，此電纜把可動線圏與由這些線 圈所傳送的信號的擴音機聯繫起來。爲了這個理由，且用 相同的方法，在圖3a及3b中，塗石墨的可動線圈1α，導 電線把可動線圏與擴音機聯繫起來註明爲，而像煙囪罩 形成^_與用導體泡沬的套管聯繫在拾音頭與塗以石墨的電 纜1,上註明爲2。。 經濟部中央標準局貝工消资合作社印掣 ^^^1 —ϋ I IP d^— ΓI In. 1- Ir (請先聞讀背面之注意事項再填寫本I ) 一些特別的預防措施被注意，是有關連接在拾音元 件’是上述的可動線圈之導體的保護，且通過拾音手臂， 如圖3a或圖3b所示。 以一般的方法，最好是用以下的方法著手進行手臂的 重新接線： -導體1;的選擇，士至直徑的漆包線，比方說加 倍上釉高溫度聚樹脂； -現有導體的放置是經由此塗以石墨的導體’如同先 21 本適用中圉固家標率) Μ規格（210 X 297公^ ^ ： 經濟部中央標準局員工消費合作社印11 侧556 A7 B7 五、發明説明（ή) 前關於擴音機線圏的描述一樣； -在半導體泡沬Ze中上述塗以石墨的電導體i的塗 層，以便沿著拾音手臂組織一個保護的套筒。 尤其是，我們指出，接線能夠被進行，可能是在拾音 手臂內部如同圖3a所表示，套筒***這個手臂內部，或 是相反地，如同圖3b所表示，在拾音手臂外部，套筒總 體+導電體能被維持是借用捆紮或用聚四氟乙稀繫帶做的 鎖緊環。這些夾緊的帶子在圖3b上註明成乙。 當然，上述的***纜I的輸出，其實就是拾音擴音 器的輸入，一個無線電高頻率的反射濾波器可預先準備。 此濾波器由類似於之前提過有關於擴音器的値的一個電阻 R與一個電容C構成。當然，我們了解在立體聲拾音的情 況中，它包括了一個左線路G —個右線路D，如圖3所表 示。在這種情形下，反射濾波器可放置在拾音台TL底下， 如同圖3C的圖示。這些使用的電阻R與電容C相是來自 相同狀態與相同値的電値，如同於之前有關描述擴音器的 反射濾波器組織的電阻是一樣的。 當電路是供電電壓之變壓器的電路時，一個符合此項 發明目的裝置較詳細的說明將配合圖4a及4b來進行。 如圖4a所示，供電電壓的變壓器包括一個標爲I的 初級線圈與標爲12的次級線圈。 此裝置以相似於圖lb裝置的方法，包含一個盒子2q 組織一個備有密閉套管的密閉空間，如同圖4a的圖示。 這些密閉的套管註明爲A。由盒子2^形成的密閉空間包 22 2351TWF.DOCY002 en. n ί ^^^^1 - ^^^^1 II ^^^^1 1^1 VI 0¾. ,1 (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210 X 297公釐） 408556 2351TWF,DOC/〇〇2 A7 _—______B7 五、發明説明（2(?) 含且擁有初級線圈l與次級線圈U，且蘧被充滿，正如 圖lb的情形，以半導體材料吸收變壓器的力學振盪。此 外’初級線圏1〗及次級線圏丨2是借用圖中的、與u聯繫 電纜來使密閉套管互連。 4 、 最好是用相似於之前描述的電路在〜方面有關於擴音 器線圈，且另一方面有關於拾音頭的可動線圈，這些初級 與次級線圈1^與丨2構成的電線，如同電線妒確保戸此初 級與次級線圈於密閉套管13與14_繫線括！ 個半導體材料的保護層β這個半導體材料可由符合前面敘 述中所提的指示之沈澱且光滑的石墨薄片構成。 此外，由盒子形成的密閉空間充滿著半導體材料， 此材料是有能力吸收力學振盪的元件。這些上述的初級線 圏及次級線圈卜與12是沈浸在上述的半導體材料2中。 用相同的方法’在圖lb的情形中，有能力吸收力學 振盪之元件的半導體材料是由粉末狀的材料所構成，如同 塗有石墨的沙，在以下將敘述的情況下。 有關於對抗介面微放電之變壓器保護裝置實行的合理 證明介紹如下。 經濟部中央標準局員工消費合作社印11 1 ^^1 - ^^1 HI ^^1 —· 1^1 - *.n ― I. .- ; (請先閱讀背面之注意事項再填寫本頁) 以普通的方法，在擴音器與聲音接收器元件之後，變 壓器構成介面微放電的一個重要來源： -在電壓之下，通常來說在這些變壓器的外在表面絕 緣的線圈是簡單易懂的，另外，這些tori gue變壓器的外 在表面完全是由線圈組成。 -電動力學的作用與磁壓的應力可感應被提高的振盪 ___ 23 本紙張尺度適用中國國家蘇（CNS) A4· (2IQx297公楚) 一 403556 A7 B7 2351TWF,DOC/〇〇2 五、發明説明（2|) 水平’同時增加微放電’何況外在的線圈是銜接在相位， 而不是在交替供電網的中性線。 如此一來，這些措施可減少或明顯消除在電路能及的 範圍之介面微放電現象，如同變壓器在於： -創造一個外在線圈能及的範圍之局部的同等潛在 性； 一最大限度地阻礙或吸收力學的振盪； -吸收由微放電放射出來之電磁波及由此引起之電 流。 用相同的方法，例如在擴音器線圈或聲音接收器元件 之可動線圈的情形下，在變壓器外在線圈能及的範圍之局 部同等潛在性的創新可經由BHndotub石墨或Graphit33 的粉化在變壓器的外在表面而得到實現，此是在之前敘述 中所提到的情況下進行的。 爲了實現力學振盪的吸收與減弱，這些變壓器的初級 線圈1及12被放在之前提到過的密閉盒2^*。這個變壓 器空間-盒子絕對不要小於lcm，以便能***厚度足夠的 粉末狀半導體材料的保護層，以便能進行上述之力學振盪 的吸收。 當變壓器線圈被放置在盒中時，我們塡滿其他空間用 一個阻尼繞組的粉末狀混合，其中包含適當比例的石墨粉 末，或使用膠態的石墨爲了潤滑在質量上0.1至0.8%的比 例之力學的部分。 尤其是，我們了解有關石墨的百分比或加入在粉末狀 24 本紙張尺度適用中國囷家標準（CNS ) A4规格（210X297公釐） (請先閲讀背面之注意Ϋ項真填寫本頁) 經濟部中央標準局負工消費合作社印褽 伽556 A7 B7 經濟部中央樣準局員工消費合作社印製 2351TWF.DOC/OG2 五、發明説明（β) element的膠態石墨，如此明顯同質的混合應該表現出一 個介於0.1至之間的電阻，如之前敘述中提到過的。 有關於使用之粉末狀材料的主要成份，可以由矽質砂 構成，此矽質砂已加入粉末的石墨或膠態的石墨。尤其是， 我們指出石墨質量的百分比依矽質砂的電阻性或所使用之 粉末狀材料的電阻性，既然使用的是矽質砂的情形，此材 料自然是半導體的。 關於密閉空間總體的塡滿包含初級與次級線圈，我們 指出可藉由矽質砂與未壓緊的石墨構成之混合來實現此塡 滿’如此組成的混合輕輕地遮蓋變壓器本身上面的部分。 有關密閉套管23的輸出，我們指出可由連結來達成聯 繫’此借用被保護的電纜CP，如同之前有關圖la的描述 一樣。 當被保護的電纜CP不是用來完成這些連結時，最有 利的辦法是預先準備一個導電的泡沬的套筒，如同爲了次 級線圈14的連結所表示的，此套筒圍繞上述之連結的電纜 在此電纜長度重要的一部分。在所有的情形下，同樣地最 好的是維持圖4a註明爲22的導電包沬的套筒和借用註明 爲23的鐵體環面之被保護的電纜CP，如同爲了初級線圈 的連接表現在圖4a中的一樣。鐵氧體環面特別是符合此 作用的，能包括一些SELETRONIC目錄註明爲3E25出售並 由PHILIPS公司製造的鐵氧體環靣。上述的鐵氧體環面， 根據被這些連於連接電纜的環面所限制的電磁應力，能夠 經由減弱而對抗出自於微放電的干擾，此干擾以一般的方 __ 25 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） n^i 03.-55 (請先閲讀背面之注意事項再填寫本頁} 40S556 2351TWF.DOC/002 A7 B7 經濟部中央標準局貝工消费合作社印製 五、發明説明（$) 法能在上述的連接電纜上傳播開來。 其他的材料構成有吸收能力力學振盪的元件的可以在 有必要時被使用’只要這些材料按照—些考慮的應用，表 現得性能更良好，或更方便去實行即可。 如此’可以用液體或凝膠塡充由盒子Zq形成之密閉空 間，即是黏稠狀的液體例如： _生理食鹽水， -絕緣油的混合包含1到幾個百分點質量的懸膠體石 墨’絕緣油包括在石躐油，凡士林油中，絕緣油DIALA由 SHELL公司出售，通常在機械方面使用潤滑的石墨油， -矽質砂/生理食鹽水的混合 —熔化的石蠟之塗層的鑄造含有石墨適當的百分比， 石蠟的冷卻使全部成爲支承變壓器之均質的整體。 -低熔點的蠟， 一聚樹脂，環氧之保護層的或聚桂酮的樹脂，這些 各個不同的使用。 以一般的方法，我們指出盒子2()能由絕緣材料構成， 如傳統的ABS材料或其他的，或必要時金屬的導體依據適 合的保護與使用的情況。當盒子是金屬做的時，經驗告訴 我們此盒子外面的接地不能帶來改善，或甚至會導致降低 對抗介面微放電之電路的保護。 關於盒子2(5，它適合由雙層隔板的密閉空間組成。雙 層隔板間安排出來的間隙能由半導體材料來塡滿，例如液 體半導體材料。在這種情況下，我們偏愛選用液體半導體 26 (請先閲讀背面之注意事項再填寫本頁) rThis paper is only available in Chinese National Standard (CNS) A4 (210X2 ^ Male H ln---in I —--i-1 n. N-I ^^ 1 1 1 ~~ (Please read the precautions on the back before filling out this page) 2351TWF.DOC / 002 408556 A7 B7 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (ih The absorption of electromagnetic waves emitted by micro-discharges can be placed by This is achieved by the retractable semiconductor 2e next to the air gap groove LE coil. In any case, the part of the cylinder head CU does not hinder the movement of the vibrating plate, that is, the bottom of the cylinder head is formed by a dome to cover the core (cache-noyau ) Object, which is also marked as 20 in Figure 2. Regarding the foam used, this semiconductor foam can be made of, for example, a Venmason et Vitec package with a high density of less than or equal to 15Ωηι. Such a foam performance The characteristics of open-cell components. In order to achieve the above operation, a suitable foam can be composed of Venmason et Vi tec foam, refer to the FARNELL catalog 167-848. However, the better conductivity of the foam, the resistance is obviously Equal to 1Ωιη Regarding the graphite coating operation of the coil, we point out that the mask formed in accordance with the purpose of this invention constitutes a semiconductor mask that can create local equal potential and easy surface adjustment. However, this mask is strong enough to avoid Surround (or close) the micro-discharge in the resonant cavity. In other words, we point out that the excessive graphite layer on the coil is easy to reduce the obtained results. The interface micro-discharge phenomenon involves the length of the wave, which is a wavelength that can be divided. Therefore, the semiconductor bubble that absorbs the electromagnetic waves of the interface micro-discharge can advantageously show some irregular movements or twists in the number of wavelengths, so as to be effective from an absorption point of view and to avoid all electromagnetic wave reflection phenomena However, regarding the used capacitor C, in order to form a very high-frequency radio reflection filter, we pointed out that these capacitors should preferably be composed of air capacitors, in which the micro-discharge phenomenon is relatively weak, or choose to use some 19 under vacuum The paper size is applicable to the China Standard (CMS) Α4 specification (210 × 297 male) ------ --- Λ ------, 1τ (Please read the precautions on the back before filling in this f) 408556 2351TWF.DOC / 002 A7 B7 V. Description of the invention (丨 ^ ~ or neutral gas is still in the capsule The capacitance in the case, if necessary, or in the stomach. The fact that the capacitor is wrapped in a pouch is particularly advantageous, 1 ^-m ί ί ί ί ί ί ί ί ί 1-1 ^ 1 I *. 士 ^ I- --^^ 1 In--i (please read the notes on the back before filling this page) The vacuum is still in the capsule, under the gas composed of neutral gas, or even in the air, it forms a pair of surrounding gases. Changing protection, it can be known that, for example, the reflection filter maintains great stability in frequency, especially in the frequency interruption of extremely high frequency transmission. In short, in the case where the iron in the air gap uses flowing iron, especially in the case of a microphone called "tweeteno", this device can also mix 0.1 to 1% of a large amount of colloidal graphite in the flowing In iron (ferrofiuide), in order to absorb electromagnetic waves caused by micro-discharge phenomenon. When the circuit is composed of recording pickups or voiceprints expressed by compact records, a more detailed description of the protection device against the interface micro-discharge and the radio interference caused by the interface micro-discharge will cooperate with Figures 3a to 3c. The simple restoration of the function of the pickup element of a conventional sound receiver is described below. Printed by the Shell Standard Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. Generally, a sound receiver includes a pickup pin that is electrically connected to two movable coils, which are at 90 degrees. In order to organize a stereo pickup element, The movable coil moves around an axis of rotation in a magnetic field labeled Η. In such a case, particularly as shown in Figs. 3a and 3b, the device of the invention includes a wire covering a movable coil structure with a protective layer of a semiconductor material, like a cable. 20 ___ This paper size applies Chinese National Standard (CNS) A4 specification (210X297 mm) 40S556 2351TWF.D00002 ΑΊ ___B7 V. Description of the invention (丨 public) As shown in the above figure, the movable coil covered by the protective layer of this semiconductor material The constructed electric wire can be realized by these graphite-coated coils, which follows the description process previously combined with the speaker coil. However, such an operation requires special attention, and these movable coils must be realized according to the sensitivity of the conductive wire used. In addition, an absorbent bubble made of a semiconductor material is inserted at the same level of all circuits and grooves or gaps when this insertion cannot interfere with the movement of the movable coil described above. As we have shown in Figures 3a and 3b, in addition to the graphite-coated movable coils, a 'semiconductor foam' also exists in the shape of a chimney cover, and surrounds the pickup head body, and a cable surrounds the cable. The amplifiers of the signals transmitted by these coils are linked. For this reason, and in the same way, in Figures 3a and 3b, the graphite-coated movable coil 1α, the conductive wire marks the movable wire 圏 and the amplifier as, and the chimney cover is formed ^ _ with the conductor bubble The sleeve is connected between the pickup and the graphite-coated cable 1, indicated as 2. . Printed by the Central Bureau of Standards of the Ministry of Economic Affairs of the People's Republic of China ^^^ 1 —ϋ I IP d ^ — ΓI In. 1- Ir (Please read the precautions on the reverse side before filling out this I) Some special precautions are noted It is related to the protection of the conductor connected to the sound pickup element, which is the above-mentioned movable coil, and passed through the sound pickup arm, as shown in FIG. 3a or 3b. In a general way, it is best to proceed with the rewiring of the arm using the following methods:-selection of conductor 1; enameled wire with a diameter of ± to say, double glazed high-temperature polyresin;-placement of existing conductors via this Graphite-coated conductors are the same as in the previous 21. This standard applies to the domestic standard rate) M specifications (210 X 297 Gong ^ ^: printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 11 side 556 A7 B7 V. Description of the invention (price) The description of the loudspeaker cable 圏 is the same;-In the semiconductor bubble 涂 Ze, the above-mentioned coating of graphite-coated electrical conductor i is used to organize a protective sleeve along the pickup arm. In particular, we point out that wiring can be performed It may be that the inside of the pickup arm is as shown in Fig. 3a, and the sleeve is inserted into the arm, or vice versa, as shown in Fig. 3b, outside the pickup arm, the overall sleeve + conductor can be maintained by bundling or The locking ring is made of polytetrafluoroethylene. These clamped tapes are marked as B on Figure 3b. Of course, the output of the above-mentioned connection cable I is actually the input of the microphone. The radio high-frequency reflection filter can be prepared in advance. This filter consists of a resistor R and a capacitor C similar to the 値 of the amplifier mentioned before. Of course, we know that in the case of stereo pickup, it It includes a left line G and a right line D, as shown in Figure 3. In this case, the reflection filter can be placed under the pickup TL, as shown in Figure 3C. These resistors R and capacitors are used Phase C is from the same state and the same 値, as the resistance of the reflective filter organization of the microphone is described above. When the circuit is a circuit of a transformer for the supply voltage, a device that meets the purpose of this invention A more detailed description will be made in conjunction with Figures 4a and 4b. As shown in Figure 4a, the transformer for the supply voltage includes a primary coil labeled I and a secondary coil labeled 12. This device is similar to the device shown in Figure lb. Contains a box 2q to organize a confined space with a closed tube, as shown in Figure 4a. These closed tubes are designated A. The closed space package 22 2351TW formed by the box 2 ^ F.DOCY002 en. N ^ ^^^ 1-^^^^ 1 II ^^^^ 1 1 ^ 1 VI 0¾., 1 (Please read the notes on the back before filling this page) This paper size is applicable to China National Standard (CNS) A4 specification (210 X 297 mm) 408556 2351TWF, DOC / 〇〇2 A7 ________ B7 V. Description of the invention (2 (?) Includes and has a primary coil l and a secondary coil U, and is covered by Full, as in the case of lb, the mechanical vibration of the transformer is absorbed by the semiconductor material. In addition, the 'primary line 圏 1〗 and the secondary line 22 are borrowed from the cable connected to u to interconnect the closed casing. 4 It is best to use a circuit similar to the one described earlier in the aspect of the microphone coil and the movable coil of the pickup head. These primary and secondary coils 1 ^ and 2 are the same wires as the wires. Envy makes sure that the primary and secondary coils are enclosed in closed sleeves 13 and 14_! A protective layer β of a semiconductor material. This semiconductor material may be composed of precipitated and smooth graphite flakes in accordance with the instructions mentioned in the foregoing description. In addition, the enclosed space formed by the box is filled with semiconductor material, which is an element capable of absorbing mechanical oscillations. These primary coils and secondary coils 12 and 12 are immersed in the semiconductor material 2 described above. In the same way, in the case of FIG. 1b, the semiconductor material of the element capable of absorbing mechanical oscillations is composed of a powdery material, like graphite-coated sand, in the case described below. The reasonable proof of the implementation of the transformer protection device against the micro-discharge of the interface is described below. 11 1 ^^ 1-^^ 1 HI ^^ 1 — · 1 ^ 1-* .n ― I. .-; (Please read the notes on the back before filling this page) In the usual way, after the loudspeaker and sound receiver components, the transformer constitutes an important source of micro-discharges at the interface:-Under voltage, the coils insulated on the external surface of these transformers are generally easy to understand In addition, the external surface of these torigue transformers consists entirely of coils. -The effect of electrodynamics and the stress of magnetic pressure can induce the increased oscillation ___ 23 This paper is applicable to China National Su (CNS) A4 · (2IQx297 Gongchu) 403556 A7 B7 2351TWF, DOC / 〇〇2 V. Invention Explanation (2 |) The level 'increases microdischarge' at the same time. Moreover, the external coils are connected in phase, not in the neutral line of the alternating power supply network. In this way, these measures can reduce or significantly eliminate the micro-discharge phenomenon in the interface area that the circuit can reach, as the transformer lies in:-creating an equivalent potential in the local area that can be reached by an external coil; Absorption of mechanical vibrations;-Absorption of electromagnetic waves emitted by micro-discharges and the currents caused by them. In the same way, for example, in the case of loudspeaker coils or movable coils of sound receiver components, local equivalent innovations in the range outside the transformer's external coil can be achieved through the powdering of BHndotub graphite or Graphit33 in the transformer. This is achieved in the context of the previous narrative. In order to achieve the absorption and attenuation of mechanical oscillations, the primary coils 1 and 12 of these transformers are placed in the previously mentioned closed box 2 ^ *. The transformer space-box must never be smaller than 1 cm, so that a protective layer of powdery semiconductor material with sufficient thickness can be inserted, so that the above-mentioned mechanical oscillation can be absorbed. When the transformer coils are placed in the box, we fill the other space with a powdery mix of a damping winding, which contains graphite powder in an appropriate proportion, or uses colloidal graphite to lubricate a mass of 0.1 to 0.8% by mass. The mechanics. In particular, we know about the percentage of graphite or add it in powder form. This paper size is applicable to China Standard (CNS) A4 specification (210X297 mm) (please read the note on the back first and fill in this page) Standard Bureau Offset Consumer Cooperative Indica 556 A7 B7 Printed by 2351TWF.DOC / OG2 in the Consumer Cooperatives of the Central Procurement Bureau of the Ministry of Economic Affairs 5. Description of the invention (β) element colloidal graphite, such a clearly homogeneous mixture should show a A resistance between 0.1 and 0.1, as mentioned in the previous description. The main component of the powdery material used can be composed of siliceous sand, which has been added with powdered graphite or colloidal graphite. In particular, we point out that the percentage of graphite mass depends on the resistivity of siliceous sand or the resistivity of the powdery material used. Since siliceous sand is used, this material is naturally semiconductor. Regarding the overall volume of the enclosed space including the primary and secondary coils, we pointed out that this volume can be achieved by a mixture of siliceous sand and uncompressed graphite. Such a mixture gently covers the upper part of the transformer itself . Regarding the output of the airtight sleeve 23, we point out that the connection can be achieved by a connection ', which borrows the protected cable CP, as described earlier with respect to Fig. La. When the protected cable CP is not used to complete these connections, the most advantageous method is to prepare a conductive foam sleeve in advance, as indicated for the connection of the secondary coil 14, this sleeve surrounds the above connection. The cable is an important part of this cable length. In all cases, it is also best to maintain the sleeve of the conductive bag marked 22 in Figure 4a and the protected cable CP borrowing the iron torus marked 23, as shown for the primary coil connection in Same in Figure 4a. Ferrite toroids are particularly suitable for this purpose and can include some ferrite rings that are listed in the SELETRONIC catalog as 3E25 and sold by PHILIPS. According to the above-mentioned ferrite torus, according to the electromagnetic stress restricted by the torus connected to the connecting cable, it can resist the interference caused by micro-discharge by weakening. This interference is in a general way. National Standard (CNS) A4 Specification (210X297 mm) n ^ i 03.-55 (Please read the notes on the back before filling out this page} 40S556 2351TWF.DOC / 002 A7 B7 Printed by the Shellfish Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. The description of the invention ($) method can be spread on the above-mentioned connection cable. Other materials constituting elements that have the ability to absorb mechanical oscillations can be used when necessary 'as long as these materials are used in accordance with some considered applications, The performance is better, or it is more convenient to implement. In this way, the closed space formed by the box Zq can be filled with a liquid or gel, that is, a viscous liquid such as: _ physiological saline,-a mixture of insulating oil Suspension graphite graphite 'insulating oil containing 1 to a few percent of mass is included in stone oil, petroleum jelly, and the insulating oil DIALA is sold by SHELL company, which is usually used for mechanical lubrication Graphite oil,-Siliceous sand / saline mixture-Casting of molten paraffin coating containing appropriate percentage of graphite, cooling of paraffin makes it all a homogeneous whole supporting transformer.-Low melting wax, a polymer resin , Epoxy resin or polyketene resin, these are used differently. In a general way, we point out that the box 2 () can be made of insulating material, such as traditional ABS material or other, or metal if necessary The conductor is based on suitable protection and use conditions. When the box is made of metal, experience tells us that the grounding outside the box cannot bring improvement, or even lead to reduced protection of the circuit against micro-discharge of the interface. About box 2 ( 5. It is suitable for the closed space composed of double-layered partitions. The gap arranged between the double-layered partitions can be filled with semiconductor materials, such as liquid semiconductor materials. In this case, we prefer to use liquid semiconductors 26 (Please (Read the notes on the back before filling out this page) r

L 本紙張尺度適用中國國家標隼（CNS ) A4規格（210X297公釐） 408556 2351TWF.DOC/002 A7 B7 五、發明説明（磚） '^ 材料，何鹽溶液或先前敘述的生理鹽水。間險能表現出大 約2cm左右的盒子表面上正交方向的面積，以便確保有足 夠的保護。 ^ϋ- I af^i —.It* (請先閲讀背面之注意事項再填寫本頁) 當電路是由絕緣變壓器組成的情況下，〜個特別有利 的實施方法對於對抗介面微放電之電路保護襄置及由此介 面微放電引起之干擾將配合圖4b來進行說明。 首先，我們記得絕緣變壓器是由次級線阖互連而成的 首要與次要變壓器器構成的。變壓器其中之〜的初級線圈 連接在供電網上，例如變壓器T1;次要變壓器的初級線圈， 變壓器T2連接於輸出端子且釋放明顯等於面的供電電壓 之供電電壓，而沒有直接與上述面網之宜流電的。 在這種情形下，如同圖4b所示，此項發明的裝置在 密閉盒子Zc中包含有首要T1與次要T2變壓器，它由次极 線圈互連。借用密閉套管2】，每個變壓器的初級線圈互連 於輸出/輸入端子。 經濟部中夹標隼局貝工消費合作社印裝 當然，變壓器T1與T2的初級線圏與/或次級線圈依 順於半導體材料的沈澱如同石墨的沈澱，此同之前有關擴 音器線圈或聲音接收器拾音頭的可動線圈的插述一樣。同 樣地，對於連接的電線，它連接上述密閉套管1的首要與 次要變壓器之初級線圈。 關於變壓器初級線圏之互連接的電線，這些連接的電 線如圖4b註明爲22，同樣地能備有半導體材料的保護層， 如同前述所說之石墨薄片的鍍層。以比較有利的方法，® 4b註明23電阻電容之減弱的電路可預先準備，此減弱的 27 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐1 '--- 2351TWF.DOC/002 403556 A7 B7 經濟部中央樣準局員工消費合作社印m 五、發明説明（<) 電流平行互連在變壓器T1與T2互連的次級線圈之間。最 後，變壓器T1與T2和減弱的電路23皆被裏在半導體材2 中，而這些也皆被盒子2〇包裏住。 關於減弱電流23，它至少巳括一個適合的電阻R，與 此電阻連接，且串連的，至少一個在真空下，在空氣中或 在中性氣體中被包裏在囊中之電的電容，此裏在囊中之電 容C可以平行增加一個較強値的電容C’》 在有效的實施方法中，我們指出變壓器T1與T2是 torique變壓器，初級電壓110V或240V，次級電壓ZX40V， 250VA，由FARNELL目錄編號432453出售。電容C是一個 値介於60與lOOPf的空氣電容，而電容c’則是一個値介 於0.47與2.2nf之間的聚丙稀電容。電阻r是一個適合 3W，22至50Ω的碳電阻。構成引起介面微放電之電磁波 減弱元件的半導體材料Z如同前面所說的是屬於石墨砂。 在對抗介面微放電現象之被保護的電路舉例來說是一 個離散或集成的多種成分之電子的或電的電路，它安裝在 印刷電路的板面上時，此項發明的裝置將配合圖FIG5a與 5b來進行說明。 在圖5a及5b中，我們認得在離散成分的剖面圖之使 用符號的表示，如晶體管、電阻、電容器或相似印刷電路 板面的其中一面，印刷電路處於以傳統方法’描繪與雕刻 在另外一面。 如圖5a所表示，此項發明的裝置至少包括一個盒子2〇 向它的一個未端開口，這個盒子包含半導體材料以液體的 28 ----------装------訂 (請先聞讀背面之注項再填寫本頁) 本紙張尺度適用中國國家標隼（CNS ) A4現格（210X 297公策） 408556 經濟部中央標隼局員工消費合作社印聚 A7 B7 _ 五、發明説明（ 形式呈現’此半導體材料在圖5a上註明爲2，且構成有能 力吸收由介面微放電現象引起之電磁波的元件。 如同上述之圖5a所表示，以軟的塑膠材料做的保護 罩子’註明2,，可預先準備，以便能保護中間的電子電路 或液體形狀的半導體材料由電子電路CE組成的總體與 上述的保護罩子2l都沈浸在液體的半導體材料2，而此半 導體材料2被包含在開口向上的盒子2ΰ。 當然’又如圖5a所示，有關閉裝置的防水性塡密圈22 能以密閉的方法封住罩子2,於盒子的周邊。 當然’如圖5a的實施方法並不被限定。特別是，我 們指出如圖5a所示，至少在塑膠罩子2!的上面部分可使 其僵硬以確保電子電路CE的力學維持可在明顯地垂直位 置。電子電路CE的上面部分與露在外面的液體的半導體 材料之表面齊平，且它最好備有散熱器R以分散由電的或 電子的電路CE作用引起之熱散發。當然，電子電路CE的 聯擊電纜能連結於電子電路】CE之連接端子且以之前所提 面對擴音器，變壓器或聲音接收器之可動線圈的聯擊電纜 相同的保護方法。借助塑膠罩子21我們了解到如同電的或 電子的電路CE之聯擊電纜被防護與液體半導體材料的接 觸。 圖5a的實施方法令人滿意。它是特別簡單實行且是 不昂貴的生理鹽水或含鹽的溶液所紅成。在這樣的情況 下，經由液體的半導體材料對保護的塑膠罩子2,所施的靜 至力’此液體半導體材料逼迫此保護的塑膠罩子來保護對 ____ 29 本紙張尺度適用中國國家榡PcNS > A4規格（210X297公釐) 2351TWF.D〇a〇02 -— — — — ——— -- i 辦衣-------訂 (請先Μ讀背面之注意事項再填寫本頁) 408556 經濟部中央標準局貝工消費合作社印製 A7 B7__ 五、發明説明（糾） 抗介面微放電現象的電子電路CE。含鹽的溶液，或生理鹽 水能由相同特性的半導體凝膠來替代，或必要時，用浸沒 在生理鹽水之石墨砂。 符合上項發明之保護裝置的實施方法，如圖5a所示， 是令人滿意的。 然而，一個簡化的不同做法表示在圖5b中。此簡化 之不同的做法能振現出一項優點，是快又簡單去實行；此1 外’總體的可攜帶性與體積的觀念有改善。了解到由於液 體半導體元件是以獨立離散元件形式下被獲得由此事實較 容易去使用與/或操作。 在這種情形下，如圖5b所示，此項發明的裝置，除 了向一端開α的盒子外，還包括多種成分之電子電路CE， 如同此電路CE眾多的墊楔，每一個墊子包含一個前面圖 5a，在圖5b中，每一個墊子註明爲，212，且必要時， 有較多的徵象當兩個以上的墊子在被使用時。尤其是我們 了解有可能使用四個墊子兩個墊子用來確保電子電路CE 的防護與電子電路的墊楔，以便阻止所有在薄板平面上的 活動’此薄片如圖5b所呈現；而另兩個沒有表示出來的 墊子是用來確保電子電路CE的防護與電子電路CE的墊楔 在圖5b中的薄片平面圖中的正交面。 關於上述各個不同墊子的使用，我們指出在較有利的 實施方法中。電子電路CE被放置在開口盒子\中，如圖 5b的最初狀態（EFATINITIAL)，那麼容墊子與22被放入 如上述圖所說，以便實行電子電路CE的保護與電子電路CE ___ 30 本紙垠尺度ϋ中國國家標準（CNS ) A4说格（2丨0X297公釐1 2351TWF.DOC/002 —I nn n ^^^1 n I ml ml n、一51 (請先聞讀背面之注意事項再填寫本頁) 40S556 Α7 Β7 2351TWFDOC/002 五、發明説明) 的墊楔在圖5b的薄片平面圖中。 (請先閲讀背面之注意事項再填寫本頁) 在最初狀態（‘etat initial)，21與22用液體半導體有 吸收能力的材料塡滿，如生理鹽水，然後墊子的封口用熱 密封，如圖5b中的Z2。當然，兩個側面的墊子因能使保 護與墊楔在薄片平面的垂直平面中，如圖5b所示，能夠 以類似的方法來實行。 當然’我們了解要代替所使用的含鹽溶液與生理鹽' 水’可以塡充上述的墊子以石墨油，石墨矽質砂，浸沒在 血淸中的矽質砂，在對抗振蕩時特別有效。在最後的一種 情況，首先，我們用矽質砂塡滿各個不同的墊子，然後我 們傾倒血淸直到完全浸沒砂。 其他的材料，如合適電阻之導電的凝膠，一些吸水的 物質，可以使生理鹽水穩定或一些泡沬租定像是經由添加 石墨振現出半導體之聚樹脂泡沬同樣可被使用。 此項發明的裝置能應用於所有類型之電的電路。除了 已經提過的各個不同的電路，此項發明的裝置能應用於所 有電的或電子的裝置，它構成一個特別爲因介面微放電引 起之電磁波的通道。 經濟部中央標準爲員工消費合作社印製 其實，一些由法國電的實驗室中心領導硏究調查淸楚 地指出，如此被引起的干擾，無線電干擾通過底座/裝置 之質量/絕緣的間隙。 對抗介面微放電與對抗由此引起之無線電干擾之保護 裝置的實施例子，首先可用圖6a來說明，只要在電的裝 置爲了底座是由一個RCA裝置構成的情形下。 31 本紙張尺度適用中國國家標準（CNS ) A4規格（210Χ297公楚) 40S556 經濟部中央標準局員工消費合作社印製 A7 B7 五、發明説明（β) , 在圖6a中，我們以剖面圖表示在CH底座上一個RCA 類型的裝置。以傳統的方法，此裝置包含一個具有同軸類 型之導體的插座RCA，其中中心線組成熱點。插座的整體 超過底座且借用傳統的方法之螺帽EC將其固定在底座上。 中心線AC被雙電材料圍繞，用外面的金屬罩子確保同軸 類型的傳送。 如同圖6a所呈現的，此項發明的裝置包含一個半導| 體泡沬的套筒圍繞著裝置RCA的Ee外在罩子的整體。此 半導體泡沬套筒在圖FIG6a中註明爲2e。 如同上述圖的表示，半導體泡沬的套筒借用由 PHILIPS公司編號3E25出售之鐵氧體套環21，可以被支 撐在其未端，特別是靠近底座CH處。此鐵氧體套環，如 前面敘述所提過的，以普通的方法有一個消除干擾的作 用。 以同樣的方法，被放置在底座CH的外面，在圖6a的 右邊部分，一個半導體庖沬做防護罩可預先準備，它是用 來遮蓋露出於底座CH之上部結構的全部。上部結構由裝 置RCA之正極末端而形成，螺帽EC或傳統固定的方法， 如金屬墊圈或是其他的方法。此保護罩如圖6a的23所指。 在某些情況下，如圖6b所示，最好是在底座CH的外 部放置裝置，以便確保有較佳的防護。尤其是當希望確保 內部的電子或電的電路之連接時，借肋前面敘述中是到過 的保護電纜CP。 如此一種實施的方法，圖6b中，藉著被保護電纜CP， ΎΙ 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 2351TWF‘DOC/002 ^^1- r - — nn ^^^1 ^^^1 - . - - I I n^i - Λ J^i 0¾--17 (請先閱讀背面之注意事項再填寫本頁) 2351TWF.DOC/002 40S556 A7 B7 經濟部中央標準局員工消费合作社印繁 五、發明説明（w) 在電子的電路能及的範圍內連接可被實現，底座CH的外 在部分坐落於圖6b中底座CH具體平面圖的左邊部分，它 包含有一段管子焊接於月顯是金屬的底座上，註明爲2〆 此段管子塡滿半導體泡沫。整體形成一個特別有效且不 變形的套筒，其中連接於電路CE之被保護電纜CP面對上 述的套筒穿過。一個鐵氧體的環面—樣被放置在底座CH 的內部，以便確保干擾的額外保護。 當然，被保護的電纜CP的長度剛開始時可以是任意 的長度。然而在較長電纜的情況下，如圖6c所示，最好 是在靠近裝置本身預備保護措施，如圖6b所示，此裝置 和插座 RCA(PRISE FEMELLE RCA)相符。 如同圖6c所示且在這樣的情況下，靠近上述之插座 (PRISE FEMELLE)，此項發明的裝置在於在靠近此裝置 (PRISE)的被保護電纜CP之上放置一個半導體泡沬的套筒 20，而在此套筒之上，有一個鐵氧體環面2,，此鐵氧鐵環 面如前面所敘由PHILIPS公司出售。上述之鐵氧體環面2,， 也遮蓋前面所說的套筒\。如此，藉著連接物23，遮蓋層 22可得到支撐，如圖6c中所示的鎖緊環或其他類似的東 西。 此項保護能用連接或由裝置來完成，在符合於供電設 備之導線區1，且最可能接近它們的供電裝置。合適的半 導體泡沬套筒2β圍繞導線由有粘著力的銅金屬帶子的鎖緊 環2丨所裏緊，例如3Μ編號11S1之寬9.5至12.7mm，門 隔15至25mm如圖6d所示。其末端之一或兩個銅環\能 33 (請先閲讀背面之注意事項再填寫本頁) 裝· 訂 本紙張尺度適用中國國家標牟（CNS > A4規格（2I0X297公釐） 2351TWF.D00002 408556 A7 B7 經濟部中央標準局員工消費合作社印裝 五、發明説明（$ I) 由鐵氧體環22所代替，如前面圖6C所示。 當然，此裝置的使用，包括幾個順應此保護裝置之電 路皂變化（或改變）。對於現有的設備，當這些必要的改變 不能輕易被引用時，尤其是關於離散成分之電的或電子之 電路，如圖5a及5b所表示的，一個此項發明的裝置非限 是且優先實施的方法在電路本身所及的範圍內能引起最小 的改變，此項方法將配合圖7a及7b來進行說明。 如上述圖所表示，此項發明的裝置至少包括一個向其 一端開口的盒子。此盒子組成一個底座，它至少包括一個 上面部分，標爲CH,與一個下面部分，標爲CH2，用電的 金屬部分互相絕緣。 如上述圖所表不，盒子至少包括一個在上面部分d 與下面部分CH2之間細分出來的底座，多種成分電子電路 -CE，與此電路之印刷電路面，即是圖7b下面部分，包含 有一個絕緣的雙電材料之遮蓋層ZQ。此保護的絕緣體能由 印刷電路淸漆或相關的淸漆所構成。 此外’此項發明的裝置包含一個用半導體泡沬類之材 料的內部塡料Zj ’放置於此盒子的內部；即是上面部分CHj 與下面部分CH2的內面。包含絕緣之雙電材料遮蓋層Z()的 印刷電路面用半導體泡沬類型之材料放置在靠內部塡料 處。 如同圖7b所示，兩個對立的面形成上面部分與底 座的CH2 ’包含用半導體泡沬做的內部塡料，其實，這兩 個對立面使內部塡料形成波狀面。此使用的波狀表現高度 _ 34 本紙張尺度適用中國國家標率（CNS〉A4^i7210X297^ m nn ^^^1 1^1 n m n^i in— '， US ^ i請先閲讀背面之注意事項再填寫本頁} 402556 A7 B7 2351TWF.D〇a〇02 五、發明説明 h與上面部分CH!與下面部分CH2的垂直方向，而間隔d與 高度方向垂直的方向。 n^— — 1 t 1^1 In TJ 癸 、-口 (請先闖讀背面之注項再填寫本頁) 在圖7a中’我們提出各個不同且易於使用的波狀實 現方法’藉著前面所提之半導體泡沫的方法。爲了實行內 部塡料各個不同的波狀形式皆可使用，圖7a的A之金字 塔形的波狀，同樣圖7a的B之二面角波狀，還有折疊式 與彈簧式的波狀如圖C與D點所示。在折疊式波狀的情形( 中’我們指出足夠厚度的泡沬的薄板能順應於折疊式的彎 曲。如圖7a所示，折疊式的結構能藉著絕緣的支撐柄22 而得到支撐。 在圖7a的D點，彈簧式的波狀能藉著半導體材料之 泡沬預先形成的組成部分而得到實現。這些預先形成的組 成部分一順一倒對稱接續地聚合起來且以合適的方法黏 貼，整體借助支撐柄22而得到支持。 關於上述波狀之體積大小，我們指出半導體材之泡沬 板或塡料能用相似於在chambres anechoiques中使用的 方法來實現，這些鋸齒狀缺口或波狀的平均高度火約是 h=5cm±3cm 〇 經濟部中央標隼局貝工消费合作社印装 以一般的規則，高度h等於5cm±3Cm，間隔的寬度d 就明顯等於l/2h的値。 當然，波狀的尖端面是被指向要保護的電路，在短距 離內即是幾公分。 此外，我們指出上面板Ch與下面板CH2用電力絕緣’ 能以特別有利的方式被使用以便創造能阻止微放電的靜電 35 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐) 408556 2351TWRDOC/002 經濟部中央標準局員工消費合作社印黎 五、發明説明（β) 場。 這此目的中，上述外部的兩個面Cl·與CH2相對於上 述波狀的內在面扮演導電的覆蓋層。此導電的覆蓋層借助 圖FIG7b中持續電壓竹旳發電器E，帶有一個不同的被限 定的靜電位。爲了創造靜電場，使用的電壓大約是80至 100V。借肋電阻R爲100ΚΩ至1ΜΩ的値，此電壓使用在CH! 與CH2板上。以便於在偶然接觸時，能限制剩餘的強度。 一般說來，我們指出波狀泡沬應該表現出齒狀物的長 度至少等於要吸收的最弱波長，它能長達30cm甚至超過。 以優先選擇的方法完成波狀之半導體泡沬的覆蓋層4 發現到它改善後的功效，在此覆蓋層附著於底座導電的情 形下，即是（：^與012板 <'這種情形下，吸收顯得較完全’ 此根據波順應於相符之金屬隔板上的反射。 在優先選擇的實方法中，我們指出覆蓋層冗1是由數個 半導體泡沬板構成，它們之間用***的石墨紙板互相粘 連，唯有朝向電子電路CE的內在面表現出波狀。石墨紙 板能用厚度〇，1至〇,2mm之銅板代替。 總之，此項發明裝置特別的實現方法是用來保護對抗 介面微放電象引起之無線電干擾，當無線電干擾是***縱 時’此實現方法將被描述是在被保護電路是供電的情形 下。 由介面微放電現象引起之電磁波的導血現象是特別令 人受束縛的，這是當不被保護的儀器對抗介面微放電現象 時是銜接於體系，儘管此儀器在低頻率方面表現完美的特 36 本紙張尺度適用中國國家標準（CNs ) A4規格（210X297公釐） - -I— -I I ---] I J -- ---- - - (請先閲讀背面之注意事項再填寫本頁) 408556 235ITWF.DOC/002 五、發明説明（4) 性β 在這樣的一種情形下，連接於微放電的波在銜接的導 體上傳播開來且干擾被連接的儀器。 在這樣的一種情形下，如圖8所示，此項發明的裝置 包括一個被保護的電纜CP整體’每個被使用的電纜爲了 確保面對正，負端子之一或面對穩定供電質量的連接。被 保護電纜CP被合倂或束，此一束電纜被一個半導體材料 做的庖沬套筒所包圍如圖8中的2Q。此套筒本身在其末端 用磁性鐵的材料做的環面或套圈緊緊地圍住，如圖8中的 。鐵氧體環面同樣是被***在網狀系統區之穩定供電 的連接導線上。在一個優先選擇的實施方法中，我們指出 此導線可能表現出連接於裝置區之地線竹旳地線導體，此 可經由適合的阻抗，衝撞的感應或270Ω的碳電阻。 經濟部中央標準局貝工消費合作社中聚 - - n^i .In 1 - -si ^^^1 nn -TOJ (請先閱讀背面之注意事項再填寫本頁) 如圖8的圖示，每個被保護的電纜CP借助減弱電路RC 連接於用穩定供電之供電裝置的地線聯繫組成的電纜。我 們記得減弱電路RC可以由在空氣中，或真空下至於囊中 之大約値100PF的電容器所構成。那麼，穩定供電的端子 本身，經由空氣或在真空下被裏在囊中介之100至500PF 較多的値之電容所連接。總之，穩定供電之地線的導體， 在供電儀器連接所及範圍內，借助相同的電阻R可被連接 於地線。 如此，減弱電路R，C以優先選擇的方法對於微放電 構成一個適當的阻抗，而對於一般的方法，電阻R扮演相 同角色。 37 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 40S556 2351TWF.DOC/002 A7 B7 五、發明説明（多f) 爲了減少因介面微放電引起的干擾，在每個儀器上， 最好找到裝置區連接的論據，以便於區域的中性線連接是 連接於供電電壓合適的端子上，絕緣一些來源的地線且連 結擴音器單獨的地線於部分地面，此經由一個電阻R前面 提過的値介於50至270Ω之間。 爲了找到裝置區連接的論據，根據上此論據，變壓器 的外在表面被連接於中性線，此可減少干擾區的程度，因 此根據一些爲專業人士熟知的傳統方法，這有可能發展。 符合此項發明實施的硏究在法國電的實驗室中心進 行。 這些硏究突顯了一個高存真度成套電唱機設備的主觀 的逼真之處藉著用來保護離散成分之電子電路之屏蔽的簡 單移動，能有許多改變，如圖7a及7b。 在這些屏蔽移動的期間，可接連地獲得： -一個特別沈濁的聲音，甚至是無力的，快速的消失， 及一個總體聲音被壓低不好的方向中， -帶有一些延長音符消失之高品質的聲音，與帶有特 別令人愉悅之空間的整體感覺的信號良好分隔， -一個能用挑釁來形容的聲音，當這些符號的消失皆 被延長且似乎難以分開時。聽眾的整體經驗是無法忍受快 速失真的感覺，它促使觀眾快速的降低聲音。 此現象完整的闡述如下： 在高傳真度成套唱機中，處理與傳送的聽的信號一般 來說被構成是當汲及音響信號，起聲，信號體本身及音符L The size of this paper applies to the Chinese National Standard (CNS) A4 (210X297 mm) 408556 2351TWF.DOC / 002 A7 B7 V. Description of the invention (brick) '^ Materials, He salt solution or the previously described physiological saline. The casualty can show an area in the orthogonal direction on the surface of the box of about 2 cm to ensure adequate protection. ^ ϋ- I af ^ i —.It * (Please read the precautions on the back before filling out this page) When the circuit is composed of an insulated transformer, ~ a particularly advantageous implementation method for circuit protection against interface micro-discharge The arrangement and interference caused by the micro-discharge of the interface will be described with reference to FIG. 4b. First of all, we remember that the insulation transformer is composed of the primary and secondary transformers interconnected by secondary wires. The primary coil of the transformer is connected to the power supply network, such as the transformer T1; the primary coil of the secondary transformer, the transformer T2 is connected to the output terminal and releases a supply voltage that is obviously equal to the surface supply voltage, without directly connecting to the surface network. It should be galvanic. In this case, as shown in Fig. 4b, the device of the present invention contains the primary T1 and secondary T2 transformers in a closed box Zc, which are interconnected by secondary pole coils. Borrowed casing 2], the primary coil of each transformer is interconnected to the output / input terminals. Printed by the Ministry of Economic Affairs of the Bureau of Shellfish Consumer Cooperatives. Of course, the primary wires and / or secondary coils of transformers T1 and T2 follow the precipitation of semiconductor materials like the precipitation of graphite. This is the same as the previous The same can be said for the movable coil of the sound pickup. Similarly, for the connected electric wire, it connects the primary coil of the primary and secondary transformers of the above-mentioned hermetic bushing 1. Regarding the interconnected wires of the transformer primary wires, these connected wires are marked 22 as shown in Fig. 4b, and can likewise be provided with a protective layer of a semiconductor material, like the aforementioned graphite sheet plating. In a more favorable way, ® 4b indicates that the weakened circuit of 23 resistors and capacitors can be prepared in advance. The weakened 27 paper standards are applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm 1 '--- 2351TWF.DOC / 002 403556 A7 B7 Printed by the Consumer Cooperatives of the Central Sample Bureau of the Ministry of Economic Affairs 5. Description of the invention (<) The current is interconnected in parallel between the secondary windings interconnecting transformers T1 and T2. Finally, transformers T1 and T2 and the weakened circuit 23 are contained in the semiconductor material 2, and these are also enclosed in the box 20. Regarding the weakening current 23, it includes at least a suitable resistor R, connected to this resistor, and connected in series, at least one in Under vacuum, the electric capacitance in the capsule is encapsulated in the air or in a neutral gas. Here, the capacitor C in the capsule can be increased in parallel with a stronger capacitor C ′. In an effective implementation method, We point out that the transformers T1 and T2 are torique transformers with a primary voltage of 110V or 240V, and a secondary voltage of ZX40V, 250VA, sold by the FARNELL catalog number 432453. The capacitor C is an air capacitor between 60 and 10 OPf, and the capacitor c 'is One値 Polypropylene capacitors between 0.47 and 2.2nf. The resistor r is a carbon resistor suitable for 3W, 22 to 50Ω. The semiconductor material Z, which constitutes the electromagnetic wave weakening element that causes micro-discharge of the interface, belongs to graphite sand as mentioned earlier The protected circuit against the micro-discharge phenomenon of the interface is, for example, a discrete or integrated multi-component electronic or electrical circuit. When it is mounted on a printed circuit board, the device of the invention will cooperate with the diagram Figures 5a and 5b are used for illustration. In Figures 5a and 5b, we recognize the use of symbols in the cross-sections of discrete components, such as transistors, resistors, capacitors or similar printed circuit board surfaces. The printed circuit is in a traditional way. 'Drawing and engraving are on the other side. As shown in Figure 5a, the device of the invention includes at least a box 20 opening to one of its ends. This box contains a semiconductor material with a liquid 28 -------- --Installation ------ Order (please read the notes on the back before filling out this page) This paper size is applicable to China National Standard (CNS) A4 (210X 297) 408556 Ministry of Economic Affairs Central Bureau of Standards and Technology Bureau Consumers 'Cooperative Printing Poly A7 B7 _ V. Description of the invention (in the form of' This semiconductor material is marked as 2 on Figure 5a and constitutes a component capable of absorbing electromagnetic waves caused by the interface micro-discharge phenomenon. As described above As shown in Figure 5a, the protective cover made of soft plastic material is marked "2" and can be prepared in advance so as to protect the intermediate electronic circuit or the liquid-shaped semiconductor material. The overall composition of the electronic circuit CE and the protective cover 21 described above are both The semiconductor material 2 is immersed in a liquid, and this semiconductor material 2 is contained in a box 2ΰ whose opening is upward. Of course, as shown in FIG. 5a, the waterproof sealing ring 22 with the closing device can seal the cover 2 in a closed manner around the periphery of the box. Of course, the implementation method of 'Fig. 5a is not limited. In particular, we point out that as shown in Fig. 5a, at least the upper part of the plastic cover 2! Can be stiffened to ensure that the mechanics of the electronic circuit CE can be maintained in a significantly vertical position. The upper part of the electronic circuit CE is flush with the surface of the exposed liquid semiconductor material, and it is preferably provided with a heat sink R to dissipate the heat radiation caused by the action of the electrical or electronic circuit CE. Of course, the combo cable of the electronic circuit CE can be connected to the electronic circuit] CE's connection terminal and the same protection method as the combo cable facing the movable coil of the amplifier, transformer or sound receiver mentioned before. With the help of the plastic cover 21, we know that the strike cable of the electrical or electronic circuit CE is protected from contact with the liquid semiconductor material. The implementation of Figure 5a is satisfactory. It is particularly simple to implement and is made from inexpensive saline or saline solutions. In such a case, the static force exerted by the liquid semiconductor material on the protected plastic cover 2 'This liquid semiconductor material forces this protected plastic cover to protect against ____ 29 This paper standard applies to the Chinese country 榡 PcNS > A4 size (210X297mm) 2351TWF.D〇a〇02--------------order (please read the precautions on the back before filling this page) 408556 A7 B7__ printed by the Shellfish Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 5. Description of the invention (correction) The electronic circuit CE that resists the micro-discharge phenomenon of the interface. Salt-containing solutions, or physiological saline, can be replaced by semiconducting gels with the same characteristics, or, if necessary, graphite sand immersed in physiological saline. The implementation method of the protection device according to the above invention, as shown in Fig. 5a, is satisfactory. However, a simplified different approach is shown in Figure 5b. This simplification of different methods can bring out an advantage that is quick and simple to implement; the concept of overall portability and volume has been improved. It is understood that since liquid semiconductor devices are obtained as discrete discrete devices, the fact is easier to use and / or operate. In this case, as shown in FIG. 5b, the device of the present invention, in addition to the box that opens α to one end, also includes an electronic circuit CE of various components, as with the many pad wedges of this circuit CE, each pad contains one 5a, 5b, each pad is marked as 212, and if necessary, there are more signs when more than two pads are being used. In particular, we understand that it is possible to use four pads and two pads to ensure the protection of the electronic circuit CE and the pad wedge of the electronic circuit so as to prevent all movement on the plane of the sheet. 'This sheet is shown in Figure 5b; the other two The pads not shown are used to ensure the protection of the electronic circuit CE and the pads of the electronic circuit CE are wedges in the orthogonal plane of the sheet plan view in FIG. 5b. Regarding the use of the different mats mentioned above, we point out that in a more advantageous implementation method. The electronic circuit CE is placed in an open box \, as shown in the original state of FIG. 5b (EFATINITIAL), then the cushions and 22 are placed as shown in the above figure, in order to implement the protection of the electronic circuit CE and the electronic circuit CE ___ 30 paper 垠Dimensions: Chinese National Standard (CNS) A4 grid (2 丨 0X297 mm 1 2351TWF.DOC / 002 —I nn n ^^^ 1 n I ml ml n, 51 (please read the precautions on the back before filling This page) 40S556 Α7 Β7 2351TWFDOC / 002 V. Description of the invention) The pad wedge is shown in the sheet plan view of Figure 5b. (Please read the precautions on the back before filling out this page) In the initial state ('etat initial), 21 and 22 are filled with liquid semiconductor absorbing materials, such as physiological saline, and then the sealing of the mat is heat sealed, as shown in the figure Z2 in 5b. Of course, because the pads on both sides can protect and wedge in the vertical plane of the sheet plane, as shown in Figure 5b, they can be implemented in a similar way. Of course, ‘we understand that it is necessary to replace the salt-containing solution and physiological salt used’ with water. The above mats can be filled with graphite oil, graphite siliceous sand, and siliceous sand immersed in blood pupa, which is particularly effective in combating vibration. In the last case, first, we filled various pads with siliceous sand, and then we dumped the blood pupae until the sand was completely submerged. Other materials, such as conductive gels with suitable resistance, some water-absorbent substances, can stabilize physiological saline or some foams can be used like graphite polymer resin foams that are vibrated by adding graphite. The device of the invention can be applied to all types of electric circuits. In addition to the various circuits already mentioned, the device of the invention can be applied to all electrical or electronic devices, which constitute a channel for electromagnetic waves, particularly caused by interface micro-discharges. The central standard of the Ministry of Economic Affairs is printed for employees' consumer cooperatives. In fact, some of the investigations conducted by the French laboratory center pointed out that the interference caused in this way caused radio interference to pass through the base / device quality / insulation gap. An example of the protection device against the micro-discharge of the interface and the protection against the radio interference caused by it can first be illustrated in Fig. 6a, as long as the base of the electrical device is an RCA device. 31 This paper size is in accordance with Chinese National Standard (CNS) A4 (210 × 297). 40S556 Printed by A7 B7, Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs. 5. Description of the invention (β). An RCA type device on the CH base. Traditionally, this device contains a socket RCA with a coaxial type of conductor, with the centerline forming a hot spot. The whole of the socket exceeds the base and is fixed to the base by the conventional method of the nut EC. The centerline AC is surrounded by an electric double material, and an outer metal cover ensures coaxial transmission. As shown in Figure 6a, the device of the invention comprises a semiconducting | body foam sleeve surrounding the entirety of the Ee external cover of the device RCA. This semiconductor foam sleeve is designated 2e in FIG. 6a. As shown in the above figure, the sleeve of the semiconductor foam uses the ferrite collar 21 sold by PHILIPS company No. 3E25, and can be supported at its end, especially near the base CH. This ferrite ferrule, as mentioned earlier, has a function of eliminating interference in a conventional manner. In the same way, it is placed outside the base CH. In the right part of Fig. 6a, a semiconductor shield can be prepared in advance, which is used to cover the entire structure exposed on the upper part of the base CH. The upper structure is formed by the positive end of the RCA device. The nut EC or traditional fixing method, such as a metal washer or other methods. This protective cover is indicated at 23 in Fig. 6a. In some cases, as shown in Fig. 6b, it is preferable to place the device outside the base CH to ensure better protection. Especially when it is desired to ensure the connection of the internal electronic or electrical circuit, use the protection cable CP which has been mentioned in the previous description. Such an implementation method, as shown in Figure 6b, through the protected cable CP, ΎΙ This paper size applies the Chinese National Standard (CNS) A4 specification (210X297 mm) 2351TWF'DOC / 002 ^^ 1- r-— nn ^^ ^ 1 ^^^ 1-.--II n ^ i-Λ J ^ i 0¾--17 (Please read the notes on the back before filling out this page) 2351TWF.DOC / 002 40S556 A7 B7 Employees of the Central Standards Bureau of the Ministry of Economic Affairs Consumer cooperatives Yinfan 5. Description of the invention (w) The connection can be realized within the scope of the electronic circuit. The external part of the base CH is located on the left part of the concrete plan of the base CH in Figure 6b. It contains a section of pipe welding. On Yuexian's metal base, it was marked as 2〆This section of tube was filled with semiconductor foam. The whole forms a particularly effective and non-deformable sleeve, in which the protected cable CP connected to the circuit CE passes through the sleeve as described above. A ferrite torus is placed inside the base CH to ensure additional protection from interference. Of course, the length of the protected cable CP may be any length at the beginning. However, in the case of longer cables, as shown in Figure 6c, it is best to prepare protective measures near the device itself, as shown in Figure 6b. This device is consistent with the socket RCA (PRISE FEMELLE RCA). As shown in FIG. 6c and in such a case, near the above-mentioned socket (PRISE FEMELLE), the device of the present invention consists in placing a semiconductor foam sleeve 20 on the protected cable CP near the device (PRISE). On the sleeve, there is a ferrite torus 2, which is sold by PHILIPS as described above. The above ferrite torus 2 also covers the sleeve mentioned above. In this way, the covering layer 22 can be supported by the connector 23, such as a locking ring or the like shown in Fig. 6c. This protection can be done by connection or by a device, in the conductor zone 1 which conforms to the power supply device, and is most likely to be close to their power supply device. A suitable semiconducting foam sleeve 2β is tightened around the wire by a locking ring 2 of an adhesive copper metal band, such as a 3M number 11S1 with a width of 9.5 to 12.7mm, and a door spacer of 15 to 25mm as shown in Figure 6d. One or two copper rings at the end \ En 33 (Please read the notes on the back before filling this page) Binding and binding paper size is applicable to China National Standards (CNS > A4 size (2I0X297 mm) 2351TWF.D00002 408556 A7 B7 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 5. The description of the invention ($ I) is replaced by the ferrite ring 22, as shown in Figure 6C above. Of course, the use of this device includes several compliance with this protection Device circuit soap changes (or changes). For existing equipment, when these necessary changes cannot be easily referenced, especially with regard to electrical or electronic circuits with discrete components, as shown in Figures 5a and 5b, one by one The device of the invention is not limited to and the method implemented preferentially can cause minimal changes within the reach of the circuit itself. This method will be described in conjunction with Figures 7a and 7b. As shown in the above figure, the device of the invention At least includes a box that opens to one end. This box forms a base, which includes at least an upper part labeled CH, and a lower part labeled CH2, a metal part that uses electricity. As shown in the above figure, the box includes at least a base subdivided between the upper part d and the lower part CH2, a multi-component electronic circuit-CE, and the printed circuit surface of this circuit is the lower part of Fig. 7b It contains a covering layer ZQ of an insulating electric double material. The protective insulator can be composed of printed circuit varnish or related varnish. In addition, the device of the invention includes an interior of a semiconductor foam-like material. The material Zj 'is placed inside the box; that is, the inner surface of the upper part CHj and the lower part CH2. The printed circuit surface containing the insulating double electric material covering layer Z () is placed inside the semiconductor foam type. As shown in Figure 7b, the two opposing surfaces forming the upper part and the base CH2 'contain the internal material made of semiconductor foam. In fact, these two opposing surfaces make the internal material form a corrugated surface. This The wavy expression height used_ 34 This paper scale is applicable to China's national standard (CNS> A4 ^ i7210X297 ^ m nn ^^^ 1 1 ^ 1 nmn ^ i in— ', US ^ i Please read the notes on the back first Fill out this page again} 402556 A7 B7 2351TWF.D〇a〇02 V. Description of the invention h is perpendicular to the upper part CH! And lower part CH2, and the interval d is perpendicular to the height direction. N ^ — — 1 t 1 ^ 1 In TJ 、、-口 (please read the note on the back before filling out this page) In Figure 7a, 'we propose different and easy-to-use wave shape implementation methods' by the method of semiconductor foam mentioned earlier In order to implement different wave forms of internal materials, the pyramid wave form of A in Fig. 7a, the dihedral wave form of B in Fig. 7a, as well as the folding and spring wave forms, such as Figures C and D are shown. In the case of a folded wave (in 'we point out that the sheet of foam of sufficient thickness can conform to the bending of the folding. As shown in Figure 7a, the folding structure can be supported by the insulating support handle 22. Point D in Figure 7a, the spring-like wave shape can be realized by the pre-formed components of the semiconductor material bubble. These pre-formed components are successively aggregated one after the other and adhered in an appropriate manner, and the whole It is supported by the support handle 22. Regarding the above-mentioned undulated volume, we point out that the blister sheet or material of semiconductor material can be realized by a method similar to that used in chambres anechoiques. These jagged notches or undulated averages The height of the fire is about h = 5cm ± 3cm. 0 The shellfish consumer cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs prints the general rules. The height h is equal to 5cm ± 3Cm, and the width of the interval d is obviously equal to 1 / 2h. Of course, the wave The pointed tip surface is pointed at the circuit to be protected, which is a few centimeters in a short distance. In addition, we point out that the upper panel Ch and the lower panel CH2 are electrically insulated to be particularly advantageous. The method is used to create static electricity that can prevent micro-discharge. 35 This paper size is applicable to Chinese National Standard (CNS) A4 (210X297 mm) 408556 2351TWRDOC / 002 Staff Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. For this purpose, the two outer faces Cl · and CH2 act as a conductive covering layer with respect to the wavy inner face. This conductive covering layer is provided by the continuous-voltage bamboo bamboo generator E in Figure 7b with FIG. A different limited electrostatic potential. In order to create an electrostatic field, the voltage used is about 80 to 100V. The rib resistance R is 100KΩ to 1MΩ 値, this voltage is used on the CH! And CH2 boards. In order to make accidental contact It can limit the remaining intensity. Generally speaking, we point out that the wavy vesicle should show the length of the dentate at least equal to the weakest wavelength to be absorbed, which can be as long as 30cm or even longer. Complete the wave by the preferred method The cover layer 4 of the semi-conducting semiconductor foam was found to have improved efficacy. In the case where the cover layer is attached to the base to conduct electricity, it is (: ^ and 012 plate < 'this situation The absorption appears to be more complete according to the wave. It conforms to the reflection on the matching metal partition. In the preferred method, we point out that the overlay layer 1 is composed of several semiconductor foam plates, and they are inserted between them. The graphite paperboard is adhered to each other, and only the inner surface facing the electronic circuit CE shows a wavy shape. The graphite paperboard can be replaced with a copper plate having a thickness of 0,1 to 0,2mm. In short, the special implementation method of the device of the invention is to protect Against the radio interference caused by the interface micro-discharge phenomenon, when the radio interference is manipulated, this implementation method will be described under the condition that the protected circuit is powered. The electromagnetic conduction of the electromagnetic waves caused by the micro-discharge phenomenon of the interface is a special order People are constrained. This is when the unprotected instrument resists the interface micro-discharge phenomenon, which is connected to the system, although this instrument performs perfectly in low frequency. 36 This paper standard applies to Chinese National Standards (CNs) A4 specifications (210X297 Mm)--I— -II ---] IJ-------(Please read the notes on the back before filling this page) 408556 235ITWF.DOC / 002 V. Description Ming (4) of β In such a case, the discharge is connected to the micro-wave spread in the guide adapter and interfering instrument is connected. In such a situation, as shown in FIG. 8, the device of the present invention includes a protected cable CP as a whole. Each cable used is in order to ensure that it faces one of the positive and negative terminals or faces a stable power supply quality. connection. The protected cable CP is combined or bundled, and this bundle of cables is surrounded by a chirped sleeve made of a semiconductor material as shown in 2Q in FIG. 8. The sleeve itself is tightly enclosed at its end by a torus or ferrule made of magnetic iron material, as shown in Figure 8. The ferrite torus is also inserted into a stable power supply connection wire in the mesh system area. In a preferred implementation method, we point out that this wire may exhibit a ground wire bamboo-ground conductor connected to the device area, which can be via suitable impedance, impact induction or 270Ω carbon resistance. Central Polytechnic Bureau of the Ministry of Economic Affairs Shellfish Consumer Cooperatives Zhongju--n ^ i .In 1--si ^^^ 1 nn -TOJ (Please read the precautions on the back before filling out this page) A protected cable CP is connected to the ground cable connected by a stable power supply device by means of a weakening circuit RC. We remember that the weakening circuit RC could consist of a capacitor of about 値 100PF in air or under vacuum. Then, the stable power supply terminal itself is connected via air or under vacuum by a capacitor with a large amount of 100 to 500 PF inside the capsule. In short, the conductor of the ground wire for stable power supply can be connected to the ground wire with the same resistance R within the range connected by the power supply instrument. In this way, the weakening circuits R, C form an appropriate impedance for the micro-discharge in the preferred method, and for the general method, the resistor R plays the same role. 37 This paper size applies Chinese National Standard (CNS) A4 specification (210X297 mm) 40S556 2351TWF.DOC / 002 A7 B7 V. Description of the invention (multiple f) In order to reduce the interference caused by the interface micro discharge, on each instrument, It is best to find the argument for the connection of the device area, so that the neutral connection of the area is connected to a suitable terminal for the supply voltage, the ground of some sources is insulated and the separate ground of the amplifier is connected to a part of the ground, this is via a resistor R previously mentioned that 値 is between 50 and 270Ω. In order to find the argument for the connection of the device area, according to the above argument, the external surface of the transformer is connected to the neutral line, which can reduce the extent of the interference area, so this may be developed according to some traditional methods known to professionals. Research carried out in accordance with this invention was carried out at EDF's laboratory center. These investigations highlight the subjective realism of a high-fidelity record player equipment, which can be changed in many ways by the simple movement of the shield used to protect discrete components of electronic circuits, as shown in Figures 7a and 7b. During these shielding movements, one can obtain in succession:-a particularly murky sound, even weak, disappears quickly, and in a direction where the overall sound is depressed,-with some extended notes disappearing high The sound of good quality is well separated from the signal of the overall sense with a particularly pleasing space, a sound that can be described with provocation, when the disappearance of these symbols is prolonged and it seems difficult to separate. The overall experience of the audience is that it cannot stand the feeling of rapid distortion, which prompts the audience to quickly reduce the sound. The complete explanation of this phenomenon is as follows: In high-fidelity turntables, the processed and transmitted listening signals are generally composed of sound signals, sounds, the signal body itself, and the notes.

3S 用中國國家標準(CNS ) A4規格（210X297公釐1 ^ ：- I -- -- i l^i - -- 1^1 -I 士RIn - - -i n^i ^ϋ. - I 03-$ (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印轚 經濟部t央標隼局員工消費合作社印製 408556 A7 235ITWF.DOCY002 β? 五、發明説明（$6) 的拖長與消失。此拖長可以達到聲音程度相對於信號體是 大約-20至-40dB。 此拖長主要對被聽眾覺察的信號確保真度品質來說， 它的感覺嚴重地被介面微放電之無線電干擾所干擾。其 實，信號剩餘的部分，甚至是一些外在的原因，引起歸因 於微放電之電磁波’它由電路非線性的元件整流或調波， 此非線性元件如焊接及其他雙金屬的接觸。這引導於寬厚 波譜之背景噪音的創造，它只存在於聽的信號下。 幸虧於此裝置得以實行保護對抗介面微放電現象。在 上述各種不同的敘述中此裝置能確保在減弱或消除由上述 微放電現象引起之電磁波作用的一種防護。 以上所提倡的解決方法能夠： 一阻止微放電的產生，而此產生能被阻止，而不妨礙 上述電路的運作， ~禁止由靈敏的電路之介面微放電引起的電磁波通 過， -在電路整體所及的範圍內吸收上述的電磁波。 雖然本發明已以較佳實施例掲露如上，然其並非用 以限定本發明，任何熟習此技藝者，在不脫離本發明之精 神和範圍內，當可作各種之更動與潤飾，因此本發明之保 護範圍當視後附之申請專利範圍所界定者爲準。 ]^1 . t^n ^^^1 n^f an— U3--5 (請先閲讀背面之注^^項再填寫本頁) 39 本紙張尺度逍用中國國家標準（CNS } A4規格（210X297公釐）3S uses Chinese National Standard (CNS) A4 specification (210X297 mm 1 ^:-I--il ^ i--1 ^ 1 -I person RIn---in ^ i ^ ϋ.-I 03- $ (Please read the notes on the back before filling out this page) Printed by the Consumers 'Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs and printed by the Ministry of Economic Affairs and the Consumers' Cooperatives of the Central Bureau of Standards printed by 408556 A7 235ITWF.DOCY002 β? Prolongation and disappearance. This prolongation can achieve a sound level of about -20 to -40dB relative to the signal body. This prolongation is mainly to ensure that the signal perceived by the listener is of true quality, and its feeling is seriously discharged by the interface. Radio interference caused by radio interference. In fact, the remaining part of the signal, even some external causes, cause electromagnetic waves due to micro-discharges. 'It is rectified or tuned by non-linear components of the circuit, such as welding and other Bimetal contact. This leads to the creation of background noise in a wide spectrum, which only exists under the audible signal. Fortunately, this device can be implemented to protect against the interface micro-discharge phenomenon. In various descriptions above, this device can ensure that Weaken or eliminate In addition to the protection of the electromagnetic wave caused by the above-mentioned micro-discharge phenomenon, the above-mentioned solutions can:-prevent the generation of micro-discharges, and this generation can be prevented without hindering the operation of the above-mentioned circuits, prohibiting sensitive circuits The electromagnetic wave caused by the micro-discharge of the interface passes through, and-absorbs the above-mentioned electromagnetic wave in the range covered by the entire circuit. Although the present invention has been disclosed as above with a preferred embodiment, it is not intended to limit the present invention. Anyone skilled in this art Without departing from the spirit and scope of the present invention, various modifications and retouching can be made, so the scope of protection of the present invention shall be determined by the scope of the attached patent application.] ^ 1. T ^ n ^^ ^ 1 n ^ f an— U3--5 (Please read the note ^^ on the back before filling out this page) 39 This paper size is in accordance with the Chinese National Standard (CNS) A4 (210X297 mm)

Claims (1)

ABCD 4〇S55o 2351TWF.DOC/002 六、申請專利範圍 1. 一種具有對抗介面微放電之電路保護裝M，胃 介面微放電引起之無線電干擾，該電路保護 點包括在接近一電路旁，利用一些由介面微放電引起之電 磁波的減弱方法。 2. 根據第1項權利項之該電路保護裝置，#+ 面微放電引起之電磁波的減弱方法之構成特點包 收由該介面微放電引起之電磁波的方法。 ,， 3. 根據第1項權利項之該電路保護裝置，其;中，胃^ 置在由該介面微放電引起之電磁波的減弱的方法特點包g 一些吸收能影響該電路之力學振盪的方法，這能減小摩擦 電，以減少該微放電引起之電磁波。 4. 根據第2項權利項之該電路保護裝置，其中，該裝 置在由該介面微放電引起之電磁波的減弱的方法特點包括 一些吸收能影響該電路之力學振蕩的方法，這能減小摩擦 電，以減少該微放電引起之電磁波。 5. 根據第1至4項權利項之該電路保護裝置，其中， 該裝置在上述由介面微放電引起之電磁波的減弱方法特點 包括應用於一導電體外在表面之半導體材料之一覆蓋層， 該半導體材料的線性電阻係在合適値的一個表面中’以便 能夠同時維持導電體的外在表面於局部持續穩定値之靜電 位，在導電體的外在表面旁，並吸收由該介面微放電引起 之放電的間歇性電流的全部，並且減弱由該介面微放電引 起電磁波。 6. 根據第5項權利項之該電路保護裝置’其中此裝置 40 ---------^------訂------^ (請先聞讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印裝 本適用中Ϊ國家標準（CNS ) ( 210X297公 40S556 經濟部中央標準局員工消費合作社印裝 AS DO 2351TWF.DOC/002 C8 D8 六、申請專利範圍 在上述半導體覆蓋層之特點表現出一個値介於0, ΙΩΧηι與 ΙΟΩΧιη之間的線性電阻。 7. 根據第1項權利項之該電路保護裝置中，其中，該 裝置在當該電路是屬於一擴音器時，構成的特點是該擴音 器包括一磁性的蓋，具有一空氣空隙凹槽，一個與一擴音 器振動片連成一體的電線圏，此電線圈插在該空氣空隙凹 槽中，而複數個端子及該些端子的***纜朝向該擴音器 輸出的端子，此裝置至少包括： -用半導體材料的泡沬材料放置在空氣空隙凹槽底 部，該空氣空隙凹槽的隔層包括該半導體材料的覆蓋層； -半導體材料做的覆蓋層，遮蓋上述電線圏形成的導 體； -該端子與該端子的***纜保護的覆蓋層，該覆蓋 層係由一半導體材料構成，遮蓋該些端子與***纜的一 部分上面；以及 -連接於電纜末端或***纜部分之無電的極頻率之 濾波器，係由半導體材料遮蓋。 8. 根據第2項權利項之該電路保護裝置中，其中，該 裝置在當該電路是屬於一擴音器時，構成的特點是該擴音 器包括一磁性的蓋，具有一空氣空隙凹槽，一個與一擴音 器振動片連成一體的電線圈，此電線圏插在該空氣空隙凹 槽中，而複數個端子及該些端子的***纜朝向該擴音器 輸出的端子，此裝置至少包括： 一用半導體材料的泡沬材料放置在空氣空隙凹槽底 41 太紙張反膚镝用中國國家標準（CNS ) Α4规格（210X297公犛） (請先聞讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印裝 40S556 六、申請專利範圍 部，該空氣空隙凹槽的隔層包括該半導體材料的覆蓋層； -半導體材料做的覆蓋層，遮蓋上述電線圈形成的導 體； -該端子與該端子的***纜保護的覆蓋層，該覆蓋 層係由一半導體材料構成，遮蓋該些端子與***纜的一 部分上面；以及 -連接於電纜末端或***纜部分之無電的極頻率之 濾波器，係由半導體材料遮蓋。 9. 根據第3項權利項之該電路保護裝置中，其中，該 裝置在當該電路是屬於一擴音器時，構成的特點是該擴音 器包括一磁性的蓋，具有一空氣空隙凹槽，一個與一擴音 器振動片連成一體的電線圈，此電線圈插在該空氣空隙凹 槽中，而複數個端子及該些端子的***纜朝向該擴音器 輸出的端子，此裝置至少包括： 一用半導體材料的泡沬材料放置在空氣空隙凹槽底 部，該空氣空隙凹槽的隔層包括該半導體材料的覆蓋層； -半導體材料做的覆蓋層，遮蓋上述電線圈形成的導 體； -該端子與該端子的***纜保護的覆蓋層，該覆蓋 層係由一半導體材料構成，遮蓋該些端子與***纜的一 部分上面；以及 -連接於電纜末端或***纜部分之無電的極頻率之 濾波器，係由半導體材料遮蓋。 10. 根據第4項權利項之該電路保護裝置中，其中， 42 ---------装------"1--------線 (請先閱讀背面之注意事項再填寫本頁) 太尺疳iS用Ψ固阈玄接粢f CNS ) A4#,格C 210 X 297公錶} 408556 ABCD 2351TWF.DOCV002 六、申請專利範圍 該裝置在當該電路是屬於一擴音器時，構成的特點是該擴 音器包括一磁性的蓋，具有一空氣空隙凹槽，一個與一擴 音器振動片連成一體的電線圈，此電線圈插在該空氣空隙 凹槽中，而複數個端子及該些端子的***纜朝向該擴音 器輸出的端子，此裝置至少包括： -用半導體材料的泡沬材料放置在空氣空隙凹槽底 部，該空氣空隙凹槽的隔層包括該半導體材料的覆蓋層； -半導體材料做的覆蓋層，遮蓋上述電線圈形成的導 體； -該端子與該端子的***纜保護的覆蓋層，該覆蓋 層係由一半導體材料構成，遮蓋該些端子與***纜的一 部分上面；以及 -連接於電纜末端或***纜部分之無電的極頻率之 濾波器，係由半導體材料遮蓋。 11.根據第5項權利項之該電路保護裝置中，其中， 該裝置在當該電路是屬於一擴音器時，構成的特點是該擴 音器包括一磁性的蓋，具有一空氣空隙凹槽，一個與一擴 音器振動片連成一體的電線圈，此電線圈插在該空氣空隙 凹槽中，而複數個端子及該些端子的***纜朝向該擴音 器輸出的端子，此裝置至少包括： -用半導體材料的泡沬材料放置在空氣空隙凹槽底 部，該空氣空隙凹槽的隔層包括該半導體材料的覆蓋層； -半導體材料做的覆蓋層，遮蓋上述電線圈形成的導 43 I ! 訂 (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 本紙張尺度適用申國國家標準（CNS ) A4規格（2丨0X297公釐） 經濟部中央標準局員工消費合作社印裳 408556 A8 B8 235ITWF.D〇a〇02 C8 D8 7T、申請專利範圍 -該端子與該端子的***纜保護的覆蓋層，該覆蓋 層係由一半導體材料構成，遮蓋該些端子與***纜的一 部分上面；以及 -連接於電纜末端或***纜部分之無電的極頻率之 濾波器，係由半導體材料遮蓋。 12. 根據第6項權利項之該電路保護裝置中，其中， 該裝置在當該電路是屬於一擴音器時，構成的特點是該擴 音器包括一磁性的蓋，具有一空氣空隙凹槽，一個與一擴 音器振動片連成一體的電線圏，此電線圈插在該空氣空隙 凹槽中，而複數個端子及該些端子的***纜朝向該擴音 器輸出的端子，此裝置至少包括： -用半導體材料的泡沬材料放置在空氣空隙凹槽底 部，該空氣空隙凹槽的隔層包括該半導體材料的覆蓋層； -半導體材料做的覆蓋層，遮蓋上述電線圈形成的導 體； -該端子與該端子的***纜保護的覆蓋層，該覆蓋 層係由一半導體材料構成，遮蓋該些端子與***纜的一 部分上面；以及 -連接於電纜末端或***纜部分之無電的極頻率之 濾波器，係由半導體材料遮蓋。 13. 根據第1項權利項之該電路保護裝置，其中，該 裝置在當該電路是屬於一聲音接收器的拾音元件時，構成 的特徵是包括配備有一可動線圈的拾音頭之拾音手臂，經 由電續，及拾音頭，連接於輸出的接通器，上述電路保護 44 太紙掁尺麿诮用中國國家標準（CNS > A4規格（2丨0X297公摯） I 、1Ί" (請先閱讀背面之注意事項再填寫本頁) 408556 經濟部中央標準局員工消費合作社印^ A8 DO 2351TWF.D00002 C8 D8 六、申請專利範圍 裝置至少包括： -用半導體材料做的覆蓋層，遮蓋由上述可動線圏與 電纜組織成的一電線； -半導體材料的泡沫材料，包裏整個該拾音頭，與在 該拾音手臂上的電纜； -無線電極高頻率的濾波器，確保上述電纜不受束縛 的未端與上述輸出連接器間的聯繫。 14. 根據第2項權利項之該電路保護裝置，其中，該 裝置在當該電路是屬於一聲音接收器的拾音元件時，構成 的特徵是包括配備有一可動線圈的拾音頭之拾音手臂，經 由電纜，及拾音頭，連接於輸出的接通器，上述電路保護 裝置至少包括： -用半導體材料做的覆蓋層，遮蓋由上述可動線圈與 電纜組織成的一電線； -半導體材料的泡沬材料，包裏整個該拾音頭，與在 該拾音手臂上的電纜； -無線電極高頻率的濾波器，確保上述電纜不受束縛 的未端與上述輸出連接器間的聯繫。 15. 根據第3項權利項之該電路保護裝置，其中，該 裝置在當該電路是屬於一聲音接收器的拾音元件時，構成 的特徵是包括配備有一可動線圈的拾音頭之拾音手臂，經 由電纜，及拾音頭，連接於輸出的接通器，上述電路保護 裝置至少包括： -用半導體材料做的覆蓋層，遮蓋由上述可動線圈與 45 ---------装------、1T------%, (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標率（CNS ) Α4说格（210Χ297公釐） 經濟部中央標準局員工消費合作社印裝 40S556 A8 2351TWF.D〇a〇02 Cg D8 六'、申請專利範圍 電纜組織成的一電線； -半導體材料的泡沬材料，包裏整個該拾音頭，與在 該拾音手臂上的電纜； -無線電極高頻率的濾波器，確保上述電纜不受束縛 的未端與上述輸出連接器間的聯繫。 16. 根據第4項權利項之該電路保護裝置，其中，該 裝置在當該電路是屬於一聲音接收器的拾音元件時，構成 的特徵是包括配備有一可動線圏的拾音頭之拾音手臂，經 由電纜，及拾音頭，連接於輸出的接通器，上述電路保護 裝置至少包括： -用半導體材料做的覆蓋層，遮蓋由上述可動線圈與 電纜組織成的一電線； -半導體材料的泡沬材料，包裏整個該拾音頭，與在 該拾音手臂上的電纜； -無線電極高頻率的濾波器，確保上述電纜不受束縛 的未端與上述輸出連接器間的聯繫。 17. 根據第5項權利項之該電路保護裝置，其中，該 裝置在當該電路是屬於一聲音接收器的拾音元件時，構成 的特徵是包括配備有一可動線圈的拾音頭之拾音手臂，經 由電纜，及拾音頭，連接於輸出的接通器，上述電路保護 裝置至少包括： -用半導體材料做的覆蓋層，遮蓋由上述可動線圈與 電纜組織成的一電線； -半導體材料的泡沬材料，包裏整個該拾音頭，與在 46 本紙張尺度適用中國國家榡準（CNS ) A4規格（210X297公釐） " ---------藥-------Ϊ7------# (請先閲讀背面之注意事項再填寫本頁) 408556 2351TWF.DOC/002 8 8 8 8 ABCD 經濟部中央標準局員工消費合作社印褽 六、申請專利範圍 該拾音手臂上的電纜； -無線電極高頻率的濾波器，確保上述電纜不受束縛 的未端與上述輸出連接器間的聯繫。 18. 根據第6項權利項之該電路保護裝置，其中，該 裝置在當該電路是屬於一聲音接收器的拾音元件時，構成 的特徵是包括配備有一可動線圈的拾音頭之拾音手臂，經 由電纜，及拾音頭，連接於輸出的接通器，上述電路保護 裝置至少包括： -用半導體材料做的覆蓋層，遮蓋由上述可動線圈與 電纜組織成的一電線； -半導體材料的泡沬材料，包裏整個該拾音頭，與在 該拾音手臂上的電纜； -無線電極高頻率的濾波器，確保上述電纜不受束縛 的未端與上述輸出連接器間的聯繫。 19. 根據第1項權利項之該電路保護裝置，其中，此 裝置在當該電路是屬於一供電電壓的變壓器電路時，構成 的特點包括一個初級線圈與一個次級線圈，上述的電路保 護裝置至少包括一個備有密閉套管的密閉空間，其中該密 閉空間包含該初級線圈與該次級線圈，其中塡滿半導體材 料，可吸收力學振盪，該初級線圈與次級線圈被互連於上 述的密閉套管。 20. 根據第2項權利項之該電路保護裝置，其中，此 裝置在當該電路是屬於一供電電壓的變壓器電路時，構成 的特點包括一個初級線圈與一個次級線圈，上述的電路保 47 本紙張尺度適用中國國家標準（CNS ) A4現格（210X297公釐） ^^1 ml ^^^1 I -1 ^^1« ^—ϋ ^^^1 ^—J. (請先閲讀背面之注意事項再填寫本頁) 2351TWF.D〇a〇02 408556 ABCD 經濟部中央標隼局員工消費合作社印裂 六、申請專利範圍 護裝置至少包括一個備有密閉套管的密閉空間，其中該密 閉空間包含該初級線圈與該次級線圈，其中塡滿半導體材 料，可吸收力學振盪，該初級線圈與次級線圈被互連於上 述的密閉套管。 21. 根據第3項權利項之該電路保護裝置，其中，此 裝置在當該電路是屬於一供電電壓的變壓器電路時，構成 的特點包括一個初級線圈與一個次級線圈，上述的電路保 護裝置至少包括一個備有密閉套管的密閉空間，其中該密 閉空間包含該初級線圈與該次級線圈，其中塡滿半導體材 料，可吸收力學振盪，該初級線圏與次級線圈被互連於上 述的密閉套管。 22. 根據第4項權利項之該電路保護裝置，其中，此 裝置在當該電路是屬於一供電電壓的變壓器電路時，構成 的特點包括一個初級線圈與一個次級線圈，上述的電路保 護裝置至少包括一個備有密閉套管的密閉空間，其中該密 閉空間包含該初級線圈與該次級線圈，其中塡滿半導體材 料，可吸收力學振盪，該初級線圈與次級線圈被互連於上 述的密閉套管。 23. 根據第5項權利項之該電路保護裝置，其中，此 裝置在當該電路是屬於一供電電壓的變壓器電路時，構成 的特點包括一個初級線圏與一個次級線圈，上述的電路保 護裝置至少包括一個備有密閉套管的密閉空間，其中該密 閉空間包含該初級線圏與該次級線圈，其中塡滿半導體材 料，可吸收力學振盪，該初級線圈與次級線圈被互連於上 48 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐> 11 If I ii 訂^ (請先閲讀背面之注意事項再填寫本頁) 408556 經濟部中央標準局員工消費合作社印製 六、申請專利範圍 述的密閉套管。 24. 根據第6項權利項之該電路保護裝置，其中，此 裝置在當該電路是屬於一供電電壓的變壓器電路時，構成 的特點包括一個初級線圈與一個次級線圈，上述的電路保 護裝置至少包括一個備有密閉套管的密閉空間，其中該密 閉空間包含該初級線圈與該次級線圈，其中塡滿半導體枯 料，可吸收力學振盪，該初級線圈與次級線圈被互連於上 述的密閉套管。. 25. 根據第19項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在該初級線圈與該次級線圈組織成的 電線包括一半導體材料的覆蓋層。 26. 根據第20項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在該初級線圏與該次級線圈組織成的 電線包括一半導體材料的覆蓋層。 27. 根據第21項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在該初級線圈與該次級線圏組織成的 電線包括一半導體材料的覆蓋層。 28. 根據第22項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在該初級線圈與該次級線圈組織成的 電線包括一半導體材料的覆蓋層。 29. 根據第23項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在該初級線圈與該次級線圈組織成的 電線包括一半導體材料的覆蓋層。 30. 根據第24項權利項之該電路保護裝置，其中，該 49 C請先閲讀背面之注意事項再填寫本頁) -裝- -d 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 235]TWF.DOC/O02 406556 ABCD 經濟部中央標準局員工消費合作社印袋 六、申請專利範圍 電路保護裝置的特點在該初級線圈與該次級線圈組織成的 電線包括一半導體材料的覆蓋層。 31. 根據第19項權利項之該電路保護裝置，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料是一種 粉末狀的材料，包含1.2到0,8 %的石墨質量。 32. 根據第20項權利項之該電路保護裝置，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料是一種 粉末狀的材料，包含1.2到0.8 %的石墨質量。 33. 根據第21項權利項之該電路保護裝置，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料是一種 粉末狀的材料，包含1.2到0.8 %的石墨質量。 34. 根據第22項權利項之該電路保護裝置，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料是一種 粉末狀的材料，包含1.2到0.8 %的石墨質量。 35. 根據第23項權利項之該電路保護裝置，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料是一種 粉末狀的材料，包含1 .2到0,8 %的石墨質量。 36. 根據第24項權利項之該電路保護裝置，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料是一種 粉末狀的材料，包含1.2到0.8 %的石墨質量。 37. 根據第25項權利項之該電路保護裝置，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料是一種 粉末狀的材料，包含1.2到0.8 %的石墨質量。 38. 根據第26項權利項之該電路保護裝置，其中， 50 太紙张尺廋谪用中國國家椟準（CNS ) A4規格（210X297公鰲) --------II------ΐτ------^ (請先閱讀背面之注意事項再填寫本頁) 侧556 ^08556 2351TWF.D00002 B8 C8 ------^ 六、申請專利範圍 該裝置的特點在該具有吸收力學振蕩的半導體树料是一 粉末狀的材料，包含1·2到〇·8 %的石墨質羹。疋種 39. 根據第27項權利項之該電路保護裝#，其 I n 11 11 I { I* ^ (請先閲讀背面之注意Ϋ項再填寫本頁) 該裝置的特點在該具有吸收力學振蕩的半導體衬料’ 粉末狀的材料，包含1.2到0.8 %的石墨質毚。 40. 根據第28項權利項之該電路保護裝寶，其中， 該裝置的特點在該具有吸收力學振蕩的半導體村料^—種 粉末狀的材料，包含1.2到0.8 %的石墨質裊。 41·根據第29項權利項之該電路保護裝#，其中， 該裝置的特點在該具有吸收力學振蕩的半導體材料 粉末狀的材料，包含1.2到0.8 %的石墨質囊 42. 根據第30項權利項之該電路保護裝置，， 該裝置的特點在該具有吸收力學振蕩的半導體材料胃 粉末狀的材料，包含1.2到0.8 %的石墨質量。 43. 根據第19項權利項之該電路保護裝置 > 其中，該 電路保護裝置的特點在於該密閉套管是由備有延展 經濟部中央標準局員工消費合作社印焚 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 44. 根據第20項權利項之該電路保護裝置’其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成’每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 51 本紙張尺度適用中國國家標準（CNS ) Α4规格（2〖〇><297公釐） 經濟部中央榡率局員工消費合作衽印製 侧556 408556 A8 U Du 2351TWF.DOC7002 C8 D8 -------------— -------- 六、申請專利範圍 45·根據第21項權利項之該電路保護裝置，其中，胃 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 46. 根據第22項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 47. 根據第23項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 48. 根據第24項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 49. 根據第25項權利項之該電路保護裝置’其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成’每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 52 ---------^------17------你 (請先閲讀背面之注§項再填寫本頁> 大紙張尺麿镝用中囲因定栳铯< CNS > 技ί WOy：»扪公移》 2351TWF.D〇a〇02ABCD 4〇S55o 2351TWF.DOC / 002 VI. Application for patent scope 1. A circuit protection device M with anti-micro-discharge on the interface, radio interference caused by micro-discharge on the gastric interface, the circuit protection point is included near a circuit, using some Method for reducing electromagnetic wave caused by interface micro discharge. 2. According to the circuit protection device of the first claim, the characteristics of the method for reducing the electromagnetic waves caused by the # + surface micro-discharge include the method of receiving the electromagnetic waves caused by the micro-discharge of the interface. ,, 3. The circuit protection device according to the first claim, wherein: the stomach is placed on the method of weakening the electromagnetic wave caused by the micro-discharge of the interface, including some methods of absorbing energy that affect the mechanical oscillation of the circuit This can reduce the triboelectric to reduce the electromagnetic waves caused by the micro-discharge. 4. The circuit protection device according to claim 2, wherein the method for reducing the electromagnetic wave caused by the micro-discharge of the interface includes some methods of absorbing energy that can affect the mechanical oscillations of the circuit, which can reduce friction Electricity to reduce the electromagnetic waves caused by the micro-discharge. 5. The circuit protection device according to claims 1 to 4, wherein the device is characterized in that the method for weakening the electromagnetic wave caused by the interface micro-discharge includes applying a covering layer of a semiconductor material on the surface of a conductive body, the The linear resistance of the semiconductor material is in a suitable surface, so that the external surface of the conductor can be maintained at a stable localized electrostatic potential at the same time, beside the external surface of the conductor, and absorb the micro-discharge caused by the interface It discharges all of the intermittent currents, and weakens the electromagnetic waves caused by the micro-discharge of the interface. 6. The circuit protection device according to the 5th item, wherein the device 40 --------- ^ ------ Order ------ ^ (Please read the note on the back first Please fill in this page for further details) Printed copy of the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs is applicable to the National Standard of China (CNS) (210X297) 40S556 The scope of the patent application shows a linear resistance between 0, 1 Ω × ηι and 10 Ω × ιη in the characteristics of the above semiconductor cover layer. 7. The circuit protection device according to claim 1, wherein the device is used when the circuit When it belongs to a loudspeaker, the composition is characterized in that the loudspeaker includes a magnetic cover, an air gap groove, and a wire 圏 integrated with a loudspeaker vibration piece. The electric coil is inserted in the In the air gap groove, and the plurality of terminals and the connecting cables of the terminals face the terminals of the loudspeaker output, the device includes at least:-a foam material made of semiconductor material is placed at the bottom of the air gap groove, the air gap Grooved compartment Including the cover layer of the semiconductor material;-a cover layer made of a semiconductor material to cover the conductor formed by the above-mentioned electric wire;-a cover layer for protecting the connection cable between the terminal and the terminal, the cover layer is composed of a semiconductor material and covers the These terminals and a part of the contact cable; and-a filter of non-electrode pole frequency connected to the end of the cable or part of the contact cable, covered by a semiconductor material. 8. The circuit protection device according to claim 2, wherein When the circuit belongs to a loudspeaker, the device is characterized in that the loudspeaker includes a magnetic cover, an air gap groove, and an electric coil connected to a loudspeaker vibration plate. The electric wire is inserted into the air gap groove, and the plurality of terminals and the connecting cables of the terminals face the terminals of the loudspeaker output. The device includes at least: a foam material made of semiconductor material is placed in the air gap The bottom of the groove 41 is too thin for paper. It is in accordance with Chinese National Standard (CNS) Α4 specification (210X297). (Please read the precautions on the back before filling in this ) Printed by the Consumer Standards Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 40S556 6. The patent application scope department, the air gap groove compartment includes a cover layer of the semiconductor material; -A covering layer for the protection of the contact cable between the terminal and the terminal, the cover layer being composed of a semiconductor material covering the terminals and a part of the contact cable; and-an electroless electrode connected to the end of the cable or the contact cable part The frequency filter is covered by a semiconductor material. 9. The circuit protection device according to claim 3, wherein, when the circuit is a loudspeaker, the device is characterized by the loudspeaker. It includes a magnetic cover with an air gap groove, an electric coil integrated with a loudspeaker vibration piece, the electric coil is inserted in the air gap groove, and a plurality of terminals and the connection of the terminals The cable faces the terminal of the loudspeaker output. The device at least includes: a foam material made of semiconductor material is placed in the air cavity At the bottom of the slot, the interlayer of the air gap groove includes a cover layer of the semiconductor material;-a cover layer made of a semiconductor material to cover the conductor formed by the above-mentioned electric coil;-a cover layer for protecting the connection cable between the terminal and the terminal, the The covering layer is composed of a semiconductor material, covering the terminals and a part of the connection cable; and-a filter of non-electrode pole frequency connected to the end of the cable or the connection cable is covered by the semiconductor material. 10. The circuit protection device according to the fourth item, wherein, 42 --------- installation ------ " 1 -------- line (please read first Note on the back, please fill in this page again.) Too large 疳 iS for solid-state thresholds f CNS) A4 #, grid C 210 X 297 public form} 408556 ABCD 2351TWF.DOCV002 6. Scope of patent application The device is in the circuit When it belongs to a loudspeaker, the composition is characterized in that the loudspeaker includes a magnetic cover, an air gap groove, and an electric coil connected to a loudspeaker vibration plate. The electric coil is inserted in the In the air gap groove, and the plurality of terminals and the connecting cables of the terminals face the terminals of the loudspeaker output, the device includes at least:-a foam material made of semiconductor material is placed at the bottom of the air gap groove, the air gap The interlayer of the groove includes a covering layer of the semiconductor material;-a covering layer made of the semiconductor material, covering the conductor formed by the electric coil;-a covering layer for protecting the contact cable between the terminal and the terminal, the covering layer being a semiconductor Material construction, covering these terminals and a part of the contact cable Above; and - connected to the cable ends or electroless filter frequency electrode contact portion of the cable, covered by a semiconductor-based material. 11. The circuit protection device according to claim 5, wherein when the circuit is a loudspeaker, the device is characterized in that the loudspeaker includes a magnetic cover with an air gap recess Slot, an electric coil integrated with a loudspeaker vibrating piece, the electric coil is inserted in the air gap groove, and the plurality of terminals and the connecting cables of the terminals face the terminals of the loudspeaker output. The device includes at least:-a foam material made of semiconductor material is placed at the bottom of the air gap groove, and the interlayer of the air gap groove includes a cover layer of the semiconductor material;-a cover layer made of a semiconductor material, covering the electrical coil formed Guide 43 I! Order (please read the precautions on the back before filling this page) Printed by the Central Consumers Bureau of the Ministry of Economic Affairs, the Consumer Cooperatives, the paper size is applicable to the national standard (CNS) A4 (2 丨 0X297 mm) of the Ministry of Economic Affairs Central Standards Bureau employee consumer cooperatives Yin Chang 408556 A8 B8 235ITWF.D〇a〇02 C8 D8 7T, scope of patent application-the connection layer between the terminal and the terminal, cable protection cover, The covering layer is composed of a semiconductor material, covering the terminals and a part of the connection cable; and-a filter having no electric pole frequency connected to the end of the cable or the connection cable portion, is covered by the semiconductor material. 12. The circuit protection device according to claim 6, wherein when the circuit is a loudspeaker, the device is characterized in that the loudspeaker includes a magnetic cover with an air gap recess Slot, a wire 圏 integrated with a loudspeaker vibration piece, the electric coil is inserted in the air gap groove, and the plurality of terminals and the connecting cables of the terminals face the terminals of the loudspeaker output. The device includes at least:-a foam material made of semiconductor material is placed at the bottom of the air gap groove, and the interlayer of the air gap groove includes a cover layer of the semiconductor material;-a cover layer made of a semiconductor material, covering the electrical coil formed A conductor; a covering for the protection of the terminal and the connection cable of the terminal, the cover consisting of a semiconductor material covering the terminals and a part of the connection cable; and-a non-electrical connection at the end of the cable or the connection cable Filters with polar frequencies are covered by semiconductor materials. 13. The circuit protection device according to claim 1, wherein when the circuit is a pickup element belonging to a sound receiver, the device is characterized by including a pickup arm equipped with a pickup head equipped with a movable coil. The above-mentioned circuit protects the 44-sheet paper size through electrical continuity, and a pickup head. The Chinese national standard (CNS > A4 specification (2 丨 0X297)) I, 1Ί " (Please (Please read the notes on the back before filling in this page) 408556 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs ^ A8 DO 2351TWF.D00002 C8 D8 6. The scope of the patent application device includes at least:-a cover made of semiconductor materials, covering the above A wire formed by the movable coil and the cable;-a foam material of semiconductor material, the entire pickup head and the cable on the pickup arm;-a high-frequency filter of the wireless electrode to ensure that the cable is not bound The connection between the terminal of the terminal and the above-mentioned output connector. 14. The circuit protection device according to the second claim, wherein the device belongs to a sound when the circuit When the sound pickup element of the receiver is composed of a pickup arm equipped with a pickup head equipped with a movable coil, and a connector connected to the output via a cable and the pickup head, the above circuit protection device includes at least:-a semiconductor The covering layer made of material covers a wire composed of the movable coil and the cable;-a foam material of semiconductor material, which covers the entire pickup head and the cable on the pickup arm;-a high-frequency wireless electrode A filter to ensure the connection between the unterminated end of the cable and the output connector. 15. The circuit protection device according to claim 3, wherein the device belongs to a sound receiver when the circuit is When the sound pickup element is formed, it includes a sound pickup arm equipped with a sound pickup head equipped with a movable coil, connected to the output connector via a cable, and the sound pickup head. The above circuit protection device includes at least:-made of semiconductor material Covering layer, covered by the above-mentioned movable coil and 45 --------- installation ------, 1T ------%, (Please read the precautions on the back before filling in this page) Paper size applies to China National Standards (CNS) A4 scale (210 × 297 mm) Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 40S556 A8 2351TWF.D〇a〇02 Cg D8 Electric wires;-Foam material of semiconductor material, the entire pickup head and the cable on the pickup arm;-High-frequency filter of wireless electrodes to ensure that the end of the cable is not bound and the output connector 16. The circuit protection device according to claim 4, wherein when the circuit is a pickup element belonging to a sound receiver, the device is characterized by including a pickup equipped with a movable coil. The pickup arm of the sound head is connected to the output connector through the cable and the sound pickup head. The circuit protection device at least includes:-a cover made of a semiconductor material to cover a wire formed by the movable coil and the cable; -Foam material of semiconductor material, the entire pickup head and the cable on the pickup arm;-high frequency filter of wireless electrode To ensure contact between the end of the cable is not unfettered to the output connector. 17. The circuit protection device according to claim 5, wherein when the circuit is a pickup element belonging to a sound receiver, the device is characterized by including a pickup arm equipped with a pickup head equipped with a movable coil. The above-mentioned circuit protection device includes at least:-a covering layer made of a semiconductor material, covering a wire formed by the movable coil and the cable, through a cable and a pickup;-a bubble of a semiconductor material;沬 Material, the whole pickup in the bag, and the national paper standard (CNS) A4 (210X297 mm) applicable to 46 paper sizes " --------- 药 ------- Ϊ7 ------ # (Please read the notes on the back before filling out this page) 408556 2351TWF.DOC / 002 8 8 8 8 ABCD Employee Consumer Cooperatives, Central Standards Bureau, Ministry of Economic Affairs Cables on the arm;-High-frequency filters for wireless electrodes to ensure the connection between the unterminated end of the cable and the output connector. 18. The circuit protection device according to claim 6, wherein when the circuit is a pickup element belonging to a sound receiver, the device is characterized by including a pickup arm equipped with a pickup head equipped with a movable coil. The above-mentioned circuit protection device includes at least:-a covering layer made of a semiconductor material, covering a wire formed by the movable coil and the cable, through a cable and a pickup;-a bubble of a semiconductor material;沬 Material, the entire pickup head in the bag, and the cable on the pickup arm;-The high frequency filter of the wireless electrode ensures the connection between the unterminated end of the cable and the output connector. 19. The circuit protection device according to claim 1, wherein when the circuit is a transformer circuit belonging to a power supply voltage, the circuit protection device includes a primary coil and a secondary coil. The circuit protection device described above At least one enclosed space provided with an enclosed sleeve, wherein the enclosed space includes the primary coil and the secondary coil, wherein the semiconductor coil is filled with semiconductor material to absorb mechanical oscillations, and the primary coil and the secondary coil are interconnected to the above-mentioned Close the casing. 20. The circuit protection device according to claim 2, wherein when the circuit is a transformer circuit belonging to a power supply voltage, the circuit protection device includes a primary coil and a secondary coil. This paper size applies to Chinese National Standard (CNS) A4 (210X297 mm) ^^ 1 ml ^^^ 1 I -1 ^^ 1 «^ —ϋ ^^^ 1 ^ —J. (Please read the first Please fill in this page again for attention) 2351TWF.D〇a〇02 408556 ABCD Employees' Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs of the People's Republic of China printed 6. The scope of the patent application includes at least one enclosed space with a closed casing, where The primary coil and the secondary coil are filled with semiconductor material and can absorb mechanical oscillations. The primary coil and the secondary coil are interconnected with the above-mentioned closed casing. 21. The circuit protection device according to claim 3, wherein when the circuit is a transformer circuit belonging to a power supply voltage, the circuit protection device includes a primary coil and a secondary coil. The circuit protection device described above At least one enclosed space provided with an enclosed sleeve, wherein the enclosed space includes the primary coil and the secondary coil, wherein the semiconductor coil is filled with semiconductor material to absorb mechanical oscillations, and the primary coil and the secondary coil are interconnected with each other. Closed cannula. 22. The circuit protection device according to claim 4, wherein when the circuit is a transformer circuit belonging to a power supply voltage, the circuit protection device includes a primary coil and a secondary coil. The circuit protection device described above At least one enclosed space provided with an enclosed sleeve, wherein the enclosed space includes the primary coil and the secondary coil, wherein the semiconductor coil is filled with semiconductor material to absorb mechanical oscillations, and the primary coil and the secondary coil are interconnected to the above-mentioned Close the casing. 23. The circuit protection device according to claim 5, wherein when the circuit is a transformer circuit belonging to a power supply voltage, the circuit protection device includes a primary line and a secondary coil. The circuit protection described above The device includes at least one closed space provided with a closed sleeve, wherein the closed space includes the primary coil and the secondary coil, wherein the semiconductor coil is filled with semiconductor material and can absorb mechanical oscillations. The primary coil and the secondary coil are interconnected with each other. The above 48 paper sizes are applicable to the Chinese National Standard (CNS) A4 specifications (210X297 mm > 11 If I ii order ^ (Please read the precautions on the back before filling out this page) 408556 Printed by the Staff Consumer Cooperative of the Central Bureau of Standards, Ministry of Economic Affairs 6. The sealed casing described in the scope of patent application. 24. The circuit protection device according to claim 6, wherein when the circuit is a transformer circuit belonging to a supply voltage, the characteristics include a primary coil With a secondary coil, the above-mentioned circuit protection device includes at least an enclosed space provided with an enclosed sleeve, wherein the enclosed The space contains the primary coil and the secondary coil, which are filled with semiconductor material and can absorb mechanical oscillations. The primary coil and the secondary coil are interconnected with the above-mentioned closed casing. 25. According to the 19th item of The circuit protection device, wherein the circuit protection device is characterized in that a wire formed by the primary coil and the secondary coil includes a covering layer of a semiconductor material. 26. The circuit protection device according to claim 20, wherein, The circuit protection device is characterized in that the wire formed by the primary coil and the secondary coil includes a covering layer of a semiconductor material. 27. The circuit protection device according to claim 21, wherein the characteristics of the circuit protection device The electric wire formed by the primary coil and the secondary coil includes a covering layer of a semiconductor material. 28. The circuit protection device according to claim 22, wherein the circuit protection device is characterized in that the primary coil and the The electrical wire organized by the secondary coil includes a covering of a semiconductor material. 29. The circuit protection device according to claim 23, wherein the electrical The protection device is characterized in that the wire formed by the primary coil and the secondary coil includes a covering layer of a semiconductor material. 30. The circuit protection device according to claim 24, wherein the 49 C please read the note on the back first Please fill in this page again for details) -Package--d This paper size is applicable to Chinese National Standard (CNS) A4 specification (210X297mm) 235] TWF.DOC / O02 406556 ABCD Printed bags of employees' cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs The patent scope of the circuit protection device is characterized in that the wire formed by the primary coil and the secondary coil includes a covering layer of a semiconductor material. 31. The circuit protection device according to claim 19, wherein the device is characterized in that the semiconductor material having mechanical vibration absorption is a powdery material containing 1.2 to 0.8% by mass of graphite. 32. The circuit protection device according to claim 20, wherein the device is characterized in that the semiconductor material having mechanical vibration absorption is a powdery material containing 1.2 to 0.8% of a graphite mass. 33. The circuit protection device according to claim 21, wherein the device is characterized in that the semiconductor material having mechanical vibration absorption is a powdery material containing 1.2 to 0.8% of a graphite mass. 34. The circuit protection device according to claim 22, wherein the device is characterized in that the semiconductor material having mechanical vibration absorption is a powdery material containing 1.2 to 0.8% of a graphite mass. 35. The circuit protection device according to claim 23, wherein the device is characterized in that the semiconductor material having mechanical vibration absorption is a powdery material containing 1.2 to 0.8% by mass of graphite. 36. The circuit protection device according to claim 24, wherein the device is characterized in that the semiconductor material having mechanical vibration absorption is a powdery material containing 1.2 to 0.8% of a graphite mass. 37. The circuit protection device according to claim 25, wherein the device is characterized in that the semiconductor material having mechanical vibration absorption is a powdery material containing 1.2 to 0.8% of a graphite mass. 38. The circuit protection device according to the 26th claim, wherein the 50-foot paper size is in accordance with China National Standard (CNS) A4 specification (210X297). -------- II --- --- ΐτ ------ ^ (Please read the precautions on the back before filling out this page) Side 556 ^ 08556 2351TWF.D00002 B8 C8 ------ ^ VI. Patent Application Features of this device are The semiconductor tree material with mechanical vibration absorption is a powdery material, which contains 1.2 to 0.8% of graphite rhenium. Type 39. The circuit protection device # according to the 27th claim, which is I n 11 11 I {I * ^ (Please read the note on the back before filling this page) The characteristics of this device are that it has absorption mechanics Oscillating semiconductor linings' powdered material containing 1.2 to 0.8% graphitic rhenium. 40. The circuit protection device according to claim 28, wherein the device is characterized in that the semiconductor material which absorbs mechanical oscillations is a powdery material containing 1.2 to 0.8% of graphite. 41. The circuit protection device according to claim 29, wherein the device is characterized in that the semiconductor material has a powdery material that absorbs mechanical oscillations and contains 1.2 to 0.8% of a graphite capsule. 42. According to item 30 The circuit protection device according to claim, wherein the device is characterized in that the semiconductor material which has mechanical vibrational absorption is in the form of a gastric powder, and contains 1.2 to 0.8% of graphite mass. 43. The circuit protection device according to claim 19, wherein the circuit protection device is characterized in that the sealed sleeve is covered with a semiconductor material outside the printing space of the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. Each conductor consists of a ferrite torus surrounding the conductor and the cover layer outside the enclosed space. 44. The circuit protection device according to claim 20, wherein the circuit protection device is characterized in that the sealed sleeve is formed by a conductive body provided with a covering of a semiconductor material extending outside the closed space. On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 51 This paper size applies the Chinese National Standard (CNS) A4 specification (2 〖〇 > < 297 mm) The employee's consumer cooperation of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs, printing side 556 408556 A8 U Du 2351TWF.DOC7002 C8 D8- ------------- -------- 6. Scope of patent application 45. The circuit protection device according to the 21st item, wherein the gastric circuit protection device is characterized by the airtightness. The sleeve is formed by a conductor provided with a covering layer of a semiconductor material extending outside the enclosed space. Each conductor includes a ferrite ring surface surrounding the conductor and the covering layer outside the enclosed space. 46. The circuit protection device according to claim 22, wherein the circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a covering layer of a semiconductor material extending outside the enclosed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 47. The circuit protection device according to claim 23, wherein the circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a covering layer of a semiconductor material extending outside the enclosed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 48. The circuit protection device according to claim 24, wherein the circuit protection device is characterized in that the hermetic sleeve is formed of a conductive body provided with a covering layer of a semiconductor material extending outside the enclosed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 49. The circuit protection device according to claim 25, wherein the circuit protection device is characterized in that the sealed sleeve is formed by a conductive body provided with a covering of a semiconductor material extending outside the closed space. On the outside of the confined space contains a ferrite ring 52 that surrounds the conductor and the cover --------- ^ ------ 17 ------ you (please read the note on the back first) Please fill in this page again > Industria Cesium for Large Paper Rulers < CNS > Technology WOy: »扪 公 移》 2351TWF.D〇a〇02 ^〇S5S6 經濟部中央標隼局員工消費合作社印装 夂、申請專利範圍 面。 50. 根據第26項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成’每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 51. 根據第27項權利項之該電路保護裝置’其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成’每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 52. 根據第28項權利項之該電路保護裝置’其中’該 電路保護裝匱的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成’每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 53. 根據第29項權利項之該電路保護裝置’其中’該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成’每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 54. 根據第30項權利項之該電路保護裝置’其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 53 ---------裝— (請先閲讀背面之注意事項再填寫本頁) 、ιτ 本紙張尺度逋用中國國家標準（CNS ) Α4規格（210X297公釐） 2351TWF.DOC/002 40855G 2351TWF.DOC/002 40855G 經濟部中央棹準局貝工消費合作社印製 六、申請專利範園 在密閉空間的厢包a-個__體與· _鐵氧鐵環 面。 55. 根據第31項翻处該電關觀置，其中，該 電路保戀置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體㈣覆__電體·成，每個導體 在密閉S間祕面包含-顧_鐵氧鐵環 面。 56. 根據第32項觀項❻電路縣裝置，其中，該 電路保__㈣在於__管是由備麵展在密閉 空間外面之半導體材料軸㈣導所贼，每個導體 在密閉空關外魏a-__體麵蓋_鐵氧鐵環 面。 57·根㈣33項_处該電路保護裝置，其中，該 電路讎_㈣點在__雜是_賴展在密閉 空間外面之半導體材料覆如的龍體臟彡成，每個導體 在密閉^:酬外龍a-__㈣覆蓋_鐵氧鐵環 面。 58.根據第34項翻处_關護裝置，其中，該 電路保護_的㈣棚浦是_賴展在密閉 空間外面之料龍繼軸_龍所赚，每個導體 在密閉4間的外面包含覆顏的鐵氧鐵環 面。 5M艮據第35項_处該電路保護裝置，其中，該 電路保護賴_1£紐__體_賴展在密閉 54 ---------t------iT------^ (請先鬩讀背面之注意事項再填寫本頁) 太紙張反清谪用中國國家椟?M CNS ΐ A4娟.樁ί 210X297公煃） 2351TWF.DOC/002 ^〇855fi AB B8 C8 D8 六、申請專利範圍 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 60. 根據第36項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 61. 根據第37項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 62. 根據第38項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 63. 根據第39項權利項之該電路保護裝置’其中’該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成’每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 64. 根據第40項權利項之該電路保護裝置’其中’該 55 本紙張尺度速用中國國家標率（CNS ) A4規格（210X：Z97公釐） ---------裝------，玎------" (請先閲讀背面之注$項再填寫本瓦) 經濟部中央標率局員工消費合作社印袋 經濟部中央標準局員工消費合作社印製 40S556 Λ8 β8 2351TWF.DOC/002 C8 D8 々、申請專利範圍 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體* 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 65. 根據第41項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 66. 根據第42項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉套管是由備有延展在密閉 空間外面之半導體材料覆蓋層的導電體所形成，每個導體 在密閉空間的外面包含一個圍繞導體與覆蓋層的鐵氧鐵環 面。 67. 根據第19項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 68. 根據第20項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 69. 根據第21項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 56 ---------t------IT------' 0 (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央標準局員工消費合作社印裝 柳556 2351TWF.D〇a〇02 Bf L 〇 D8 六、申請專利範圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 70. 根據第22項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 71. 根據第23項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 72. 根據第24項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 73. 根據第25項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 74. 根據第26項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 75. 根據第27項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 57 本紙張尺1適用中國國家標準（CNS ) A4規格（210XM7公釐） ---------1------ΪΤ------^ (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標隼局員工消費合作社印裝 40&556 2351TWF.DOC/002 C8 D8 六、申請專利範圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 根據第28項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 77. 根據第29項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 78. 根據第30項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 79. 根據第31項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 80. 根據第32項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 81. 根據第33項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 58 ---------^------ίΓ------^ (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度逋用中國國家樣準（CNS ) Α4規格（210Χ297公釐） 經濟部中央標準局員工消費合作社印製 Λ8 2351TWF.DOC/002 C8 D8 六、申請專利範圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 82.根據第34項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 S3.根據第35項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 84.根據第36項權利項之該電路保護裝置.，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 S5.根據第37項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 86. 根據第38項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 87. 根據第39項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 59 ----------t------V-----14. (請先聞讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央橾準局貝工消費合作社印裝 _5紉 RX 2351TWF.D〇a〇02 cg D8 六、申請專利範圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 88. 根據第40項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 89. 根據第41項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 90. 根據第42項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 91. 根據第43項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 92. 根據第44項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 93. 根據第45項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 60 束紙張尺度適用中國國家橾準（CNS > A4規格（210 X 297公嫠） ---------_t------π-------,^ (請先閲讀背面之注意事項再填寫本頁) 2351TWF.DOC/002 AK B8 C8 D8 408556 經濟部中央標準局員工消費合作社印裝 六、申請專利祝圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 94. 根據第46項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 95. 根據第47項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充11 96. 根據第48項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 97. 根據第49項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 ,封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 98. 根據第50項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 99. 根據第51項權利項之該電路保護裝置，其中，該 電路保護裝置的特點在於該密閉空間是個雙層隔板的密 61 (請先閲讀背面之注意事項再填寫本頁) 、-·* 本紙張尺度適用中國國家標率（CNS ) A4C格（210X297公釐） 408556 經濟部中夹標隼局員工消費合作社印製 六、申請專利範圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 100. 根據第52項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 101. 根據第53項權利項之該電路保護裝置，其中，: 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 102. 根據第54項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 103. 根據第55項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 104. 根攄第56項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 105. 根據第57項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 62 本紙張尺度適用中國國家標準（CNS > A4規格（210X297公釐） (請先閱讀背面之注意事項再填寫本頁) 408556 經濟部中央標準局員工消費合作社印策 六、申請專利範圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 106. 根據第58項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 107. 根據第59項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 108. 根據第60項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 109. 根據第61項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 110. 根據第62項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 111. 根據第63項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 63 本紙張尺度逋用中國國家標準（CNS ) A4現格（210X297公嫠） "4 {請先閲讀背面之注意事項再填寫本f) 經濟部令央標隼局貝工消費合作社印製 408556 A8 2351TWF.DOC/002 C8 ' D8 六、申請專利範圍 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 112. 根據第64項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 113. 根據第65項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 114. 根據第66項權利項之該電路保護裝置，其中， 該電路保護裝置的特點在於該密閉空間是個雙層隔板的密 封，該雙層隔板所形成的間隙係用液體半導體材料來塡 充。 115. 根據第19項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間：以及 一個半導體材料，用以置放該初級變壓器 '次級變壓 器及該減弱電路。 64 ^^1 t ί I - - - - ί 1 ^^—^1 >eJ (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 403556 六、申請專利範園 116. 根據第20項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 117. 根據第21項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 經濟部十央標準局員工消費合作社印製 I · ^^^1 ^^1 ^^1 ^—^1 : - I - - - - -II、一SJ (請先閱讀背面之注意事項再填寫本頁) 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 118. 根據第22項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中’該 65 本紙張尺度逋用中國國家標準（CNS)A4規格ί 210X297公釐） 40S556 2351TWF.DOC/002 ABCD 經濟部中央榡率局員工消費合作社印繁 六、申請專利範圍 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 119. 根據第23項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圏互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 120. 根據第24項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 66 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） I 訂-^, (請先Μ讀背面之注意事項再填寫本頁) 40SS56 2351TWF.DOC/002^ 〇S5S6 Printed by the Consumer Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs, patent application scope. 50. The circuit protection device according to claim 26, wherein the circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a covering of a semiconductor material extending outside the enclosed space. On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 51. The circuit protection device according to claim 27, wherein the circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a covering of a semiconductor material extending outside the enclosed space. On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 52. The circuit protection device according to claim 28, wherein the circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a covering of a semiconductor material extending outside the enclosed space. The conductor contains a ferrite torus surrounding the conductor and the cover outside the enclosed space. 53. The circuit protection device according to claim 29, wherein the circuit protection device is characterized in that the hermetic sleeve is formed of a conductive body provided with a covering of a semiconductor material extending outside the enclosed space. On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 54. The circuit protection device according to claim 30, wherein the circuit protection device is characterized in that the sealed sleeve is formed of a conductive body provided with a covering layer of a semiconductor material extending outside the closed space, and each conductor 53 --------- Installation— (Please read the precautions on the back before filling in this page), ιτ This paper size adopts China National Standard (CNS) Α4 specification (210X297 mm) 2351TWF.DOC / 002 40855G 2351TWF.DOC / 002 40855G Printed by Shellfish Consumer Cooperative, Central Bureau of Standards, Ministry of Economic Affairs. 6. Patent application for a van in a confined space. A __body and · _ ferrite iron torus. 55. According to item 31, the electric switch is installed, wherein the characteristic of the circuit protection device is that the sealed sleeve is covered by a semiconductor provided with an extension outside the enclosed space. _ 电 体 · 成, each The conductor contains -Gu_ferrite toric surface in the closed S space. 56. According to Item 32, the circuit county device, wherein the circuit guarantees that __㈣ lies in the __ tube is a thief guided by a semiconductor material that is spread out outside the confined space, and each conductor is in a confined space. a -__ 体面 盖 _Ferrite torus. 57. According to item 33 of the circuit protection device, where the circuit is __pointed at __miscellaneous _ Lai Zhan is formed by the semiconductor material covered by the dragon body, and each conductor is sealed ^ : Pay Wailong a -__ ㈣ Cover _ ferrite torus. 58. According to item 34, turn over the _care device, in which the circuit protection _ ㈣ shed pu is _ Lai Zhan's material outside the confined space Long Ji shaft _ Long earned, each conductor outside the confined 4 rooms Contains ferrite iron torus. 5M According to item 35 of the circuit protection device, the circuit protects Lai_1 £ New__body_Lai Zhan in closed 54 --------- t ------ iT- ----- ^ (Please read the precautions on the back before filling in this page) Chinese paper for anti-clearing paper (M CNS ΐ A4 Juan. Pile 210X297) 煃 2351TWF.DOC / 002 ^ 〇855fi AB B8 C8 D8 6. The conductors of the semiconductor material cover layer outside the space covered by the patent application are formed by conductors, and each conductor contains a ferrite ring surface surrounding the conductor and the cover layer outside the enclosed space. 60. The circuit protection device according to claim 36, wherein the circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a covering layer of a semiconductor material extending outside the enclosed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 61. The circuit protection device according to claim 37, wherein the circuit protection device is characterized in that the sealed sleeve is formed of a conductive body provided with a covering layer of a semiconductor material extending outside the closed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 62. The circuit protection device according to claim 38, wherein the circuit protection device is characterized in that the sealed sleeve is formed of a conductive body provided with a covering layer of a semiconductor material extending outside the closed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 63. The circuit protection device according to claim 39, wherein the circuit protection device is characterized in that the hermetic sleeve is formed of a conductive body provided with a covering of a semiconductor material extending outside the enclosed space. On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 64. The circuit protection device according to the 40th claim 'wherein' the 55 paper-scale quick-use China National Standard (CNS) A4 specification (210X: Z97 mm) --------- install- -----, 玎 ------ " (Please read the note $ on the back before filling in this tile) Printed by the Consumer Standards Cooperative Office of the Central Standards Bureau of the Ministry of Economic Affairs. 40S556 Λ8 β8 2351TWF.DOC / 002 C8 D8 々 The patented circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a semiconductor material covering layer extending outside the enclosed space, each conductor * at The outside of the confined space contains a ferrite torus surrounding the conductor and the cover. 65. The circuit protection device according to claim 41, wherein the circuit protection device is characterized in that the hermetic sleeve is formed of a conductive body provided with a covering layer of a semiconductor material extending outside the enclosed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 66. The circuit protection device according to claim 42, wherein the circuit protection device is characterized in that the hermetic sleeve is formed by a conductive body provided with a covering layer of a semiconductor material extending outside the enclosed space, and each conductor On the outside of the confined space, a ferrite torus surrounds the conductor and the cover. 67. The circuit protection device according to claim 19, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 68. The circuit protection device according to claim 20, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 69. The circuit protection device according to claim 21, wherein the circuit protection device is characterized in that the enclosed space is a double-layered partition. 56 --------- t ------ IT ------ '0 (Please read the notes on the back before filling out this page) This paper size is applicable to China National Standard (CNS) A4 (210X297 mm). 556 2351TWF.D0a〇02 Bf L 0D8 6. The scope of the patent application is sealed. The gap formed by the double-layer separator is filled with a liquid semiconductor material. 70. The circuit protection device according to claim 22, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 71. The circuit protection device according to claim 23, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 72. The circuit protection device according to claim 24, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 73. The circuit protection device according to claim 25, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 74. The circuit protection device according to claim 26, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 75. The circuit protection device according to claim 27, wherein the circuit protection device is characterized in that the closed space is a double-layered partition. 57 The paper ruler 1 is applicable to the Chinese National Standard (CNS) A4 specification (210XM7 male) (Li) --------- 1 ------ ΪΤ ------ ^ (Please read the notes on the back before filling out this page) Printed by the Staff Consumer Cooperative of the Central Bureau of Standards, Ministry of Economic Affairs 40 & 556 2351TWF.DOC / 002 C8 D8 Six, the scope of the patent application, the gap formed by the double-layer separator is filled with a liquid semiconductor material. The circuit protection device according to claim 28, wherein the circuit protection device is characterized in that the closed space is a seal of a double-layered partition, and the gap formed by the double-layered partition is filled with a liquid semiconductor material. 77. The circuit protection device according to claim 29, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 78. The circuit protection device according to claim 30, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 79. The circuit protection device according to claim 31, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 80. The circuit protection device according to claim 32, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 81. The circuit protection device according to claim 33, wherein the circuit protection device is characterized in that the enclosed space is a double-layered partition. 58 --------- ^ ------ ίΓ ------ ^ (Please read the notes on the back before filling out this page) This paper size is in Chinese National Standard (CNS) Α4 size (210 × 297 mm) Printed by the Staff Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Λ8 2351TWF.DOC / 002 C8 D8 6. The scope of the patent application is sealed. The gap formed by the double-layer separator is filled with a liquid semiconductor material. 82. The circuit protection device according to claim 34, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. S3. The circuit protection device according to claim 35, wherein the circuit protection device is characterized in that the closed space is a seal of a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 84. The circuit protection device according to claim 36, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Recharge. S5. The circuit protection device according to claim 37, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 86. The circuit protection device according to claim 38, wherein the circuit protection device is characterized in that the closed space is a seal of a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 87. The circuit protection device according to claim 39, wherein the circuit protection device is characterized in that the enclosed space is a double-layered partition. 59 ---------- t ----- -V ----- 14. (Please read the precautions on the back before filling out this page) This paper size is applicable to China National Standard (CNS) A4 (210X297 mm). Printing_5 threx 2351TWF.D〇a〇02 cg D8 Six, the scope of the patent application, the gap formed by the double-layer separator is filled with a liquid semiconductor material. 88. The circuit protection device according to claim 40, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 89. The circuit protection device according to claim 41, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 90. The circuit protection device according to claim 42, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 91. The circuit protection device according to claim 43, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 92. The circuit protection device according to claim 44, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 93. The circuit protection device according to claim 45, wherein the circuit protection device is characterized in that the enclosed space is a double-layered, dense 60-bundle paper standard applicable to China National Standards (CNS > A4 specifications (210 X 297 males) ---------_ t ------ π -------, ^ (Please read the notes on the back before filling in this page) 2351TWF.DOC / 002 AK B8 C8 D8 408556 Printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. 6. Patent application for enclosure. The gap formed by the double-layer partition is filled with liquid semiconductor material. 94. According to item 46 of the right, Circuit protection device, wherein the circuit protection device is characterized in that the closed space is a double-layered partition sealed, and the gap formed by the double-layered partition is filled with a liquid semiconductor material. 95. According to the 47th item The circuit protection device, wherein the circuit protection device is characterized in that the closed space is a double-layered partition sealed, and the gap formed by the double-layered partition is filled with a liquid semiconductor material 11 96. According to item 48 The circuit protection device of claim The circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is filled with a liquid semiconductor material. 97. The circuit-protected device according to claim 49 Among them, the circuit protection device is characterized in that the closed space is a double-layered partition, and the gap formed by the double-layered partition is filled with a liquid semiconductor material. 98. According to the 50th claim The circuit protection device, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is filled with a liquid semiconductor material. 99. According to the 51st right Item of the circuit protection device, wherein the circuit protection device is characterized in that the enclosed space is a double-layered partition 61 (Please read the precautions on the back before filling this page), * This paper size is applicable to China Standard rate (CNS) A4C grid (210X297 mm) 408556 Printed by the Consumers' Cooperative of the Ministry of Economic Affairs of the Ministry of Economic Affairs of the People's Republic of China. 6. The scope of patent application is sealed. The gap is filled with a liquid semiconductor material. 100. The circuit protection device according to claim 52, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the double-layered partition is sealed by the double-layered partition. The gap formed is filled with a liquid semiconductor material. 101. The circuit protection device according to claim 53, wherein: the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the double layer The gap formed by the partition is filled with a liquid semiconductor material. 102. The circuit protection device according to claim 54, wherein the circuit protection device is characterized in that the closed space is a double-layered partition seal, which The gap formed by the double-layer separator is filled with a liquid semiconductor material. 103. The circuit protection device according to claim 55, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 104. The circuit protection device according to claim 56, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Recharge. 105. The circuit protection device according to the 57th claim, wherein the circuit protection device is characterized in that the enclosed space is a double-layered partition. 62 This paper size applies to Chinese national standards (CNS > A4 specifications (210X297) (Please read the precautions on the back before filling out this page) 408556 Staff Cooperative Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs of the People's Republic of China 6. Application for a patent seal, the gap formed by the double-layer separator is filled with liquid semiconductor materials 106. The circuit protection device according to claim 58, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. 107. The circuit protection device according to claim 59, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is a liquid semiconductor. 108. The circuit protection device according to claim 60, wherein the circuit protection device is characterized by the enclosed space It is a double-layered partition seal, and the gap formed by the double-layered partition is filled with liquid semiconductor material. 109. The circuit protection device according to claim 61, wherein the circuit protection device is characterized by the The enclosed space is a double-layered partition sealed, and the gap formed by the double-layered partition is filled with a liquid semiconductor material. 110. The circuit protection device according to claim 62, wherein the characteristics of the circuit protection device The closed space is a double-layered partition, and the gap formed by the double-layered partition is filled with a liquid semiconductor material. 111. The circuit protection device according to claim 63, wherein the circuit protection device The characteristic is that the enclosed space is a double-layered partition. The paper size is in accordance with Chinese National Standard (CNS) A4 (210X297). &Quot; 4 {Please read the precautions on the back before filling out this f) Economy Printed by the Ministry of Standards and Standards Bureau, Shellfish Consumer Cooperative, 408556 A8 2351TWF.DOC / 002 C8 'D8 VI. Patent application scope seal, the gap formed by the double-layer separator is a liquid semiconductor Liaolaizhenchong. 112. The circuit protection device according to claim 64, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 113. The circuit protection device according to claim 65, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. 114. The circuit protection device according to claim 66, wherein the circuit protection device is characterized in that the closed space is sealed by a double-layered partition, and the gap formed by the double-layered partition is made of a liquid semiconductor material. Charge. 115. The circuit protection device according to claim 19, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer: and a semiconductor material for placing the primary transformer's secondary transformer and the weakening circuit. 64 ^^ 1 t ί I----ί 1 ^^ — ^ 1 > eJ (Please read the notes on the back before filling out this page) This paper size applies to China National Standard (CNS) A4 (210X297 mm) ) 403556 6. Application for patent Fanyuan 116. The circuit protection device according to the 20th claim, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by its own secondary coil. A primary transformer and a primary transformer are included in a closed box. The interconnected primary transformer and the secondary transformer are interconnected by an air-tight sleeve to the primary winding of each of the transformers. Output terminal; a weakening circuit with resistance and capacitance, which is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 117. The circuit protection device according to claim 21, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and printed by the Consumer Cooperative of the Shiyang Standard Bureau of the Ministry of Economic Affairs I · ^^^ 1 ^^ 1 ^^ 1 ^ — ^ 1:-I- ----II. One SJ (Please read the notes on the back before filling this page) A semiconductor material used to place the primary transformer, secondary transformer and the weakening circuit. 118. The circuit protection device according to claim 22, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer, which is contained in a closed box, where 'the 65 paper standards use Chinese National Standard (CNS) A4 specifications 210X297 mm) 40S556 2351TWF.DOC / 002 ABCD Central Consumer Affairs Bureau, Ministry of Economic Affairs, Employee Consumer Cooperatives 6. The primary and secondary transformers interconnected in the scope of the patent application, with the help of a sealed sleeve, the primary coil of each transformer is interconnected with the input and output terminals; a weakening circuit with resistance and capacitance is interconnected in parallel with the Between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 119. The circuit protection device according to claim 23, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by a primary transformer and a primary transformer by its own secondary line. It consists of a transformer, which is contained in a closed box. Among them, the interconnected primary and secondary transformers are interconnected with the input and output terminals of a primary winding of each transformer by means of a sealed casing; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 120. The circuit protection device according to claim 24, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and 66 paper standards are applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) I order-^, (Please read the note on the back first Please fill in this page for more details) 40SS56 2351TWF.DOC / 002 經濟部中央標準局貝工消費合作社印製 六、申請專利範圍 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 121.根據第25項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成’它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料’用以置放該初級變壓器、次級變壓 器及該減弱電路。 122·根據第20項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成’它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路° 123.根據第27項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時’ 67 --------1¾------1T------a (請先閲讀背面之注意事項再填寫本莨) 家樣率（CNS > A4· ( 210X297公釐) 經濟部中央標準局負工消費合作社印聚 408556 A8 T>Q 2351TWF.DOC/002 C8 ， DS 六、申請專利範圍 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 124. 根據第28項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 125. 根據第29項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 68 本紙張尺度適用中國國家標率（CNS ) Α4規格（210Χ297公釐） ---------1¾------,1T------線 (請先閲讀背面之注意事項再填寫本頁) 2351TWF.DOC/002 408556 as B8 C8 D8 平行互連於該變壓器 申請專利範圍 一個具有電阻電容的減弱電路 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 126·根據第30項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變胃 器與一次級變壓器組成，它包含在密閉盒子中，其中，胃 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於 互連的次級線圈之間：以及 一個半導體材料，用以置放該初級變壓器、次 器及該減弱電路。 127.根據第31項權利項之該電路保護裝置，甘+ 其中該 裝置的構成特點在於當該電路是絕緣變壓器的電^ 該絕緣變壓器係由本身的次級線圈互連之 双> 蚁變壓 器與一次級變壓器組成，它包含在密閉盒子中，= ' B冬 互連之初級變壓器與次級變壓器，借助一密閉套德 ^ 每_，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該 互連的次級線圈之間；以及 $ 一個半導體材料，用以置放該初級變壓器、冷組& 久趿變壓 器及該減弱電路。 69 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） ^^^1 i·—— ^^^1 I ^^^1 ^it— ^^^1 tm ^^^1 nn (請先閲讀背面之注意事項再填寫本頁} 經濟部中央標準局貝工消費合作社印製 經濟部中央標準局員工消f合作社印*. 2351TWF.DOCV002 ιι · _ D8 _____ 六、申請專利範圍 128. 根據第32項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時’ 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 129. 根據第33項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 130. 根據第34項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時，- 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 70 本紙張认適财gf财轉（CNS ) M麟"72丨〇x297公後） -------- ^^1 ^^1 —I— 1^1 - I - «4^— I; ——XJ 0¾ .-- c請先閲讀背面之注意事項再填寫本頁) 經濟部中失摞準局貝工消费合作社印装 40S556 2351TWF.DOC/002 C8 ______^---- 六、申請專利範園 柿箱 互連之初級變壓器與次級變壓器’借助一密閉套管’ ^ 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變 互連的次級線圈之間：以及 一個半導體材料，用以置放該初級變壓器、次級 器及該減弱電路。 = 131. 根據第35項權利項之該電路保護裝置’其中S 裝置的構成特點在於當該電路是絕緣變壓器的電路#’ 該絕緣變壓器係由本身的次級線圏互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中’其中’該 互連之初級變壓器與次級變壓器，借助一密閉套管’使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 132. 根據第36項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 •互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 71 ρ 办田士描啸古掩Λ f 、A ~厂，I n xx ίπίΧ 牧、 ^ .—- --------i------IT------ c請先閲讀背面之注意事項再填寫本炅) 經濟部中央標隼局貝工消費合怍社印裂 408556 A8 2351TWF.D〇a〇02 ®g - D87T、申請專利範圍 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 133.根據第37項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 Π4.根據第38項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變'壓器.，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 135,根據第39項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 72 1^1 1^1 ^n— - n ml «^—^1 wiJ (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 2351TWF.DOC7002 40S556 驾 - D8 六、申請專利範園 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 136. 根據第40項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 137. 根據第41項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 73 --------—装-----iIT-----^ (請先閱讀背面之注意事項再填寫本頁) 經濟部中央標率局員工消費合作社印製 太紙误尺磨滴用中國困裳德隹f ΓΝ«〗A4拔技〈接、 經濟部中央標準局員工消費合作社印m 406556 A8 2351TWF.D〇a〇02 ' D8 六、申請專利範圍 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 138, 根據第42項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變塵 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 139. 根據第43項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 r 74 --------—裝------訂-----線 (請先閲讀背面之注意事項再填寫本頁) 太紙張尺疳诮用中國S宸樣绝f CNS ) A4报执办格、 Z351TWF.D〇C/00g 〇 g g g g ABCD 經濟部中央標隼扃員工消費合作社印裝 六、申請專利範圍 HO.根據第44項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 141. 根據第45項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圏互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 142. 根據第46項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 75 本紙張尺度適用中國國家標準（CNS > A4規格（210X29 7公釐） (請先聞讀背面之注意事項再填寫本頁) 裝- 、ar 經濟部中央標隼局貝工消費合作社印策 ^〇S556 a8 2351TWF.DOC/002 ^ D8 穴、申請專利範圍 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 143. 根據第47項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 144. 根據第48項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 76 太紙張足廣ϋ用中國國家德维C DNS 1 A4捐你f 210X297公接） --------------ir------.a (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標隼局員工消費合作社印製 A8 ?8S ， D8 六、申請專利範圍 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 145. 根據第49項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該，電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 146. 根據第50項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 147. 根據第51項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 77 2351TWF.DOC/002 40S556 I J n n I H ~ —裝™* I 訂 『'v <請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央搮準局負工消費合作社印裂 40S556 A8 2351TWF.DOC/002 ®g · D8 六、申請專利範圍 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間：以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 148. 根據第52項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 149. 根據第53項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圏互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 78 --------•-择------1T------^ (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 2351TWF.D〇a〇02Printed by the Shellfish Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 6. Scope of patent application A semiconductor material used to place the primary transformer, secondary transformer and the weakening circuit. 121. The circuit protection device according to claim 25, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer composition 'It is contained in a closed box, in which the interconnected primary and secondary transformers are interconnected with input and output terminals of each primary winding of the transformer by means of a sealed sleeve; The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 122. The circuit protection device according to claim 20, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer composition 'It is contained in a closed box, in which the interconnected primary and secondary transformers are interconnected with input and output terminals of each primary winding of the transformer by means of a sealed sleeve; A weakening circuit, which is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit ° 123. The circuit according to claim 27 Protective device, where the structure of the device is characterized by the fact that when the circuit is an insulated transformer '' 67 -------- 1¾ ------ 1T ------ a (Please read the Note: Please fill in this note again.) Family sample rate (CNS > A4 · (210X297mm), Central Laboratories of Ministry of Economic Affairs, Consumer Work Cooperatives, Cooperative Printing Poly 408556 A8 T > Q 2351TWF.DOC / 002 C8, DS VI. Application Scope of the patent The insulated transformer is composed of a primary transformer and a primary transformer interconnected by its own secondary coil, which is contained in a closed box. The interconnected primary transformer and the secondary transformer are assisted by a sealed bushing. Each primary winding of the transformer is interconnected with an input-output terminal; a weakening circuit having a resistance capacitor is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary Transformer, secondary transformer and the weakening circuit. 124. The circuit protection device according to claim 28, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is a secondary One of the coil interconnections is composed of a primary transformer and a primary transformer, and it is contained in a closed box. The interconnected primary transformer and the secondary transformer are interconnected by a sealed bushing with the primary coil of each transformer. Input-output terminal; a weakening circuit with resistance and capacitance, connected in parallel to the transformer Between the interconnected secondary coils; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 125. The circuit protection device according to claim 29, wherein the device is characterized by its constitution The reason is that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer that are interconnected by its own secondary coils, and it is contained in a closed box, wherein the interconnected primary transformer and secondary transformer Grade transformer, with the help of a sealed sleeve, the primary coil of each transformer is interconnected with the input and output terminals; 68 This paper size applies to China National Standard (CNS) A4 specification (210 × 297 mm) ------ --- 1¾ ------, 1T ------ line (please read the precautions on the back before filling this page) 2351TWF.DOC / 002 408556 as B8 C8 D8 Parallel patent application for this transformer A secondary coil interconnected by a weakening circuit having a resistance and capacitance; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 126. The circuit protection device according to claim 30, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary coils and It consists of a primary transformer, which is contained in a closed box. Among them, the primary transformer and the secondary transformer interconnected by the stomach are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; The capacitor weakening circuit is interconnected in parallel between the interconnected secondary coils: and a semiconductor material is used to place the primary transformer, the secondary and the weakening circuit. 127. The circuit protection device according to claim 31, Gan + wherein the structure of the device is characterized by the fact that when the circuit is an electric transformer ^ the insulating transformer is a double > ant transformer interconnected by its own secondary coil It is composed of a primary transformer, which is contained in a closed box. = 'B winter interconnected primary and secondary transformers, with the help of a sealed sleeve ^ each _, each primary winding of this transformer is connected to the input and output Terminals; a weakening circuit with resistance and capacitance, interconnected in parallel between the interconnected secondary coils; and a semiconductor material for placing the primary transformer, the cold & long time transformer and the weakening circuit. 69 This paper size applies the Chinese National Standard (CNS) A4 specification (210X297 mm) ^^^ 1 i · —— ^^^ 1 I ^^^ 1 ^ it— ^^^ 1 tm ^^^ 1 nn (Please Please read the notes on the back before filling out this page} Printed by the Central Standards Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperatives, printed by the Central Standards Bureau of the Ministry of Economic Affairs, and printed by employees of the FSC *. 2351TWF.DOCV002 ι · _ D8 _____ VI. Application scope 128. According to The circuit protection device of claim 32, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by one of its secondary windings, It is contained in a closed box, in which the interconnected primary and secondary transformers are interconnected with input and output terminals of each transformer's primary coil by means of a sealed bushing; a weakening circuit with resistance and capacitance, 129. According to item 33, a parallel interconnection between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. The circuit protection device of the advantage item, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer which are interconnected by a secondary coil of its own. In a closed box, the interconnected primary and secondary transformers are interconnected with input and output terminals of each transformer's primary coil by means of a sealed bushing; a weakening circuit with resistance and capacitance is interconnected in parallel Between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 130. The circuit protection device according to claim 34, wherein the device The composition is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by one of its secondary windings, which is contained in a closed box, of which 70 papers Appropriate financial transfer gf financial transfer (CNS) M Lin " 72 丨 〇x297 (after)) -------- ^^ 1 ^^ 1 —I— 1 ^ 1-I -«4 ^ — I; ——XJ 0¾ .-- c Please read the notes on the back before filling in this page) Printed by the Ministry of Economic Affairs, Bureau of Shellfish Consumer Cooperatives, 40S556 2351TWF.DOC / 002 C8 ______ ^- --- VI. The patent application Fan Yuan persimmon box interconnection of the primary transformer and the secondary transformer 'with the help of a closed casing' ^ The primary coil of the transformer is connected to the input and output terminals; a weakening circuit with resistance and capacitance, Parallel interconnection between the secondary coils of the transformer interconnect: and a semiconductor material for placing the primary transformer, the secondary and the weakening circuit. = 131. According to the 35th claim, the circuit protection device 'where the S device is constituted when the circuit is a circuit of an insulation transformer #' The insulation transformer is interconnected by one of its primary lines and the primary transformer and It consists of a primary transformer, which is contained in a closed box 'wherein' the interconnected primary and secondary transformers, with the help of a sealed bushing ', each primary winding of the transformer is connected to the input and output terminals; one has a resistance The capacitor weakening circuit is interconnected in parallel between the secondary wires of the transformer interconnection; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 132. The circuit protection device according to claim 36, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. Among them, the interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and 71 ρ Office Tian Shi describes Xiao Gu Λ f, A ~ Factory, I n xx ίχ 牧, ^. --- ------ --i ------ IT ------ c Please read the notes on the back before filling in this note)) Printed by Shellfish Consumer Cooperative, Central Standards Bureau, Ministry of Economic Affairs 408556 A8 2351TWF.D〇a 〇02 ® g-D87T, patent application scope a semiconductor material for placing the primary transformer, secondary transformer and the weakening circuit. 133. The circuit protection device according to claim 37, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and a primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. Π4. The circuit protection device according to claim 38, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary transformer and the secondary transformer are connected to the input-output terminals of each transformer by means of a sealed sleeve: A weakening circuit with resistance and capacitance is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 135. The circuit protection device according to claim 39, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, 72 1 ^ 1 1 ^ 1 ^ n —-n ml «^ — ^ 1 wiJ (Please read the precautions on the back before filling this page) This paper size is applicable to Chinese National Standard (CNS) A4 specification (210X297 mm) 2351TWF.DOC7002 40S556 Driving-D8 VI. Apply for a patent Fanyuan This insulation transformer is made by its own One of the secondary coil interconnections is composed of a primary transformer and a primary transformer, which are contained in a closed box, wherein the interconnected primary transformer and the secondary transformer use a closed sleeve to make the primary coil of each transformer mutually Connected to the input-output terminal; a weakening circuit with resistance and capacitance, which is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit . 136. The circuit protection device according to claim 40, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 137. The circuit protection device according to claim 41, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with input and output terminals by means of a sealed bushing. 73 ---- ----— Installation ----- iIT ----- ^ (Please read the notes on the back before filling in this page) The Central Consumer Bureau of the Ministry of Economic Affairs, the Consumer Cooperatives, printed the misprints on the paper, and used them in China. Desperate clothes f ΓΝ «" A4 pull-out technology (connected to the consumer consumer cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs m 406556 A8 2351TWF.D〇a〇02 'D8) 6. Application for a patent scope A weakening circuit with resistance and capacitance, parallel to each other Connected between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 138. The circuit protection device according to claim 42, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and a primary dust collector. It consists of a primary transformer, which is contained in a closed box. Among them, the interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a closed sleeve; A capacitor weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 139. The circuit protection device according to claim 43, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. r 74 ---------- install ------ order ----- line (please read the precautions on the back before filling this page) Too large paper size using Chinese S CNS) A4 report executive grid, Z351TWF.D〇C / 00g 〇gggg ABCD Printed by the Central Consumer Standards Cooperative of the Ministry of Economy Employees' Cooperatives 6. Application for patent scope HO. The circuit protection device according to item 44 of the right, where the The structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by one of its secondary windings, which is contained in a closed box, wherein the interconnected The primary transformer and the secondary transformer are interconnected to the input and output terminals of each transformer by means of a closed sleeve; a weakening circuit with resistance and capacitance is interconnected in parallel to the secondary line interconnected by the transformer. Between; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 141. The circuit protection device according to claim 45, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by a primary transformer and a primary It consists of a transformer, which is contained in a closed box. Among them, the interconnected primary and secondary transformers are interconnected with the input and output terminals of a primary winding of each transformer by means of a sealed casing; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 142. The circuit protection device according to claim 46, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer, which is contained in a closed box, in which the 75 paper size applies to the Chinese national standard (CNS > A4 size (210X29 7 mm) (please read the precautions on the back before filling out this page)) arInstitute by the Central Bureau of Standards, Ministry of Economic Affairs, Shellfish Consumer Cooperative, ^ 〇S556 a8 2351TWF.DOC / 002 ^ D8 hole, the primary transformer and the secondary transformer interconnected with the scope of patent application, with the help of a closed casing, each transformer The primary coil is interconnected to the input-output terminals; a weakening circuit with resistance and capacitance is interconnected between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer and the secondary transformer And the weakening circuit. 143. The circuit protection device according to claim 47, wherein the device is characterized in that when the circuit is insulated In the circuit of a transformer, the insulated transformer is composed of a primary transformer and a primary transformer interconnected by its own secondary coil, which is contained in a closed box. The interconnected primary transformer and secondary transformer are A bushing, so that the primary coil of each transformer is interconnected with the input-output terminals; a weakening circuit with resistance and capacitance is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place The primary transformer, the secondary transformer and the weakening circuit. 144. The circuit protection device according to claim 48, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is itself One of the secondary coils interconnected by the primary transformer and the primary transformer is contained in a closed box, wherein the interconnected primary transformer and the secondary transformer use a closed sleeve to make the primary coil of each transformer Interconnected to input-output terminals; a weakening circuit with resistance and capacitance, interconnected in parallel to the transformer Between the secondary coils connected to the voltage regulator; and 76 Taiji Paper is widely used to donate your f 210X297 public connection with China National Dewei C DNS 1 A4) -------------- ir- -----. a (Please read the precautions on the back before filling out this page) A8 ~ 8S, D8 printed by the Consumer Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs 6. Application for a semiconductor material for patent application Primary transformer, secondary transformer and the weakening circuit. 145. The circuit protection device according to claim 49, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary It consists of a transformer, which is contained in a closed box. Among them, the interconnected primary and secondary transformers are interconnected with the input and output terminals of a primary winding of each transformer by means of a sealed casing; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 146. The circuit protection device according to claim 50, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 147. The circuit protection device according to claim 51, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, 77 2351TWF.DOC / 002 40S556 IJ nn IH ~ — 装 ™ * I order "' v < Please read the notes on the back before filling in this page) This paper size applies the Chinese National Standard (CNS) A4 specification (210X297 mm). The Central Government Standards Bureau, Ministry of Economic Affairs, Consumer Work Cooperative, printed 40S556 A8 2351TWF.DOC / 002 ® g · D8 VI. Application scope of patent The insulated transformer is composed of one primary transformer and one primary transformer interconnected by its secondary coils. It is contained in a closed box, where the interconnected primary transformer and secondary A transformer, with the help of a closed sleeve, interconnecting the primary coil of each transformer to the input and output terminals; a weakening circuit with resistance and capacitance, interconnected in parallel between the secondary coils interconnecting the transformer: and a semiconductor Material for placing the primary transformer, the secondary transformer, and the weakening circuit. 148. The circuit protection device according to claim 52, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and a primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 149. The circuit protection device according to claim 53, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by a primary transformer and a primary transformer by its own secondary line. It consists of a secondary transformer, which is contained in a closed box. Among them, the interconnected primary transformer and the secondary transformer are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; 78 --- ----- • -Select --------- 1T ------ ^ (Please read the precautions on the back before filling this page) This paper size applies to China National Standard (CNS) A4 specification (210X297) C) 2351TWF.D〇a〇02 經濟部中央標準局員工消費合作社印製 六、申請專利範圍 一個具有電阻電容的減弱電路，平行連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 150. 根據第54項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 151. 根據第55項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 79 本紙張尺度適用中國國家襟準fcNS ) Μ規格（ 210X297公釐) --------A------tx------^ (請先閲讀背面之注意事項再填寫本頁) 2351TWF.DOCV002 40C55G 鉍 C8 D8 六、申請專利範園 152. 根據第56項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成’它包含在密閉盒子中，其中，該 互連之初紱變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路’平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 153. 根據第57項權利項之該電路保護裝置，其巾胃 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初丨及__ 器與一次級變壓器組成*它包含在密閉盒子中，其_ 互連之初級變壓器與次級變壓器，借助一密閉套管， 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該胃 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次 器及該減弱電路。 154. 根據第58項權利項之該電路保護裝置，其 裝置的構成特點在於當該電路是絕緣變壓器的電路胃， 該絕綠變壓器係由本身的次級線圈互連之一初 器與一次級變壓器組成，它包含在密閉盒子中，其φ，胃 80 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） ^ϋ. —^1 ^^1 (^^1 ^^^1 —In ^^^1 1^1 - ^^^1，^^ (請先閎讀背面之注意事項再填寫本頁J 經濟部中央揉準局負工消費合作社印裝 經濟部中央標準局貝工消費合作社印製 40S556 六、申請專利範圍 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間：以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 155. 根據第59項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 » 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 156. 根據第60項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 81 ---------ά------ir------^ (請先閲讀背面之注意事項再填寫本頁) 太紙掁尺廋顶用中國國家襟铯i CNS ) A4規抵ί 210X297公婊1 2351TWF.D〇a〇02 5 5 c〇 ο 4 ABCD 經濟部中央標準局貝工消費合作社印袈 六、申請專利範圍 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 157. 根據第61項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 158. 根據第62項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 159. 根據第63項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， --------—^------ΐτ----- 0 (請先閲讀背面之注意事項再填寫本頁) 82 2351TWF.DOC7002 4〇s5Se H B8 C8 D8 經濟部中央標準局員工消t合作社印裝 六、申請專利範圍 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 160. 根據第64項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 161. 根據第65項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 83 本纸張尺度逋用中國國家榡準（CNS ) A4規格（210 X 297公錄) (請先Μ讀背面之注意事項再填寫本頁) -----------|裝· 、1T 經濟部中央標準局員工消費合作社印褽 C8 · D8 六、申請專利範圍 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 162. 根據第66項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 163. 根據第67項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 84 本紙張尺度適用中國國家標準（CNS ) A4規格（2!0X297公釐） 2351TWRDOC/002 --------1裝------訂------線 (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標牟局員工消費合作社印裝 <10855g , D8 六、申請專利範圍 164. 根據第68項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 - 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 165. 根據第69項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 166. 根據第70項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 85 ( CNS ) A4M^- ( 21 OX297^¾ ) 2351TWF.DOC/002 (請先閲讀背面之注意事項再填寫本頁) 丨裝. -訂 經濟部中央標準局員工消費合作社印策 40S55ftg 2351TWF.DOC7002 ®g ， D8 六、申請專利範圍 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間：以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 167. 根據第71項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間：以及1 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 168. 根據第72項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 --------—^------ΐτ.------威 (請先閱讀背面之注意事項再填寫本頁) 86 經濟部中央標隼局員工消費合作社印製 408556 as 2351TWF.DOC7002 m 六、申請專利範圍 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 169. 根據第73項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 170. 根據第74項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 171. 根據第75項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 87 本紙張尺度適用中國國家標準（CNS) A4规格（210X297公嫠） --------ii-----ΤΓ------^ (請先閱讀背面之注意事項再填寫本頁) 2351TWF.DOC/002 4〇£55β Α8 Β8 C8 D8 經濟部中央標準局負工消費合作社印製 申請專利範圍 該絕緣變壓器係由本身的次級線圏互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 172. 根據第76項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 173. 根據第77項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 88 --------1¾.------ΐτ------涨 (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) Α4規格（210X297公釐> 經濟部中央標準局員工消費合作社印製 408556 A8 2351TWF.DOC/002 Β® , Co D8 六、申請專利範圍 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 174. 根據第78項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 175. 根據第79項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 89 太紙張尺度ii用申國國家搮绝i CNS ) A4胡.格f 710乂川7公铉） --------—赛------ΐτ--1---^ (請先閲讀背面之注意事項再填寫本頁) 40S556 ABCD 2351TWF.DOC/002 六、申請專利範圍 176. 根據第80項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 177. 根據第81項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 178. 根據第82項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 ^^^1 —^it - -- - : ί - --- - -II I. 二 - - - - I — - -- - -- 1= -^^^1 ^^^1 一eJml ^^^1 m^i , (請先閱讀背面之注意事項再填寫本頁) 經濟部中央標率局貝工消費合作社印策 90 40S556 2351TWFDOC/002 A8 B8 C8 D8 六、申請專利範圍 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 179.根據第83項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 ________ t J _ - ^^^1 ml tn tru ^^^^1 ft «a^i— p <請先聞讀背面之注意事項再填寫本育！Printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. 6. Application for a patent. A weakening circuit with resistance and capacitance is connected in parallel between the transformer's interconnected secondary wires. , Secondary transformer and the weakening circuit. 150. The circuit protection device according to claim 54, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 151. The circuit protection device according to claim 55, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 79 This paper size is applicable to China national standard fcNS) M size (210X297mm) -------- A ------ tx ------ ^ (Please read the precautions on the back before (Fill in this page) 2351TWF.DOCV002 40C55G Bismuth C8 D8 VI. Application for patent Fanyuan 152. The circuit protection device according to the 56th claim, wherein the device is characterized in that when the circuit is an insulation transformer circuit, the insulation Transformer is composed of one primary transformer and one primary transformer interconnected by its own secondary coil. It is contained in a closed box, where the transformer and the secondary transformer are connected at the beginning of the interconnection. The primary coil of the transformer is interconnected with input-output terminals; a weakening circuit with resistance and capacitance is interconnected between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, secondary Stage transformer and the weakening circuit. 153. According to the circuit protection device of claim 57, the structure of the stomach device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its secondary coils and _ The transformer is composed of a primary transformer and a primary transformer. It is contained in a closed box. Its primary and secondary transformers are interconnected. With a sealed sleeve, the primary winding of the transformer is connected to the input and output terminals. The capacitor weakening circuit is interconnected in parallel between the gastric interconnected secondary coils; and a semiconductor material is used to place the primary transformer, the secondary device, and the weakening circuit. 154. The circuit protection device according to the 58th claim, the structure of the device is characterized in that when the circuit is the circuit stomach of an insulation transformer, the green insulation transformer is interconnected by one of its primary and primary Transformer, it is contained in a closed box, its φ, stomach 80 This paper size applies the Chinese National Standard (CNS) A4 specification (210X297 mm) ^ ϋ. — ^ 1 ^^ 1 (^^ 1 ^^^ 1 — In ^^^ 1 1 ^ 1-^^^ 1, ^^ (Please read the notes on the back before filling out this page. Cooperative printed 40S556 6. The primary and secondary transformers interconnected by the scope of the patent application, with the help of a sealed sleeve, the primary coil of each transformer is interconnected with the input and output terminals; a weakening circuit with resistance and capacitance, parallel Interconnected between the secondary windings interconnected by the transformer: and a semiconductor material for placing the primary transformer, the secondary transformer and the weakening circuit. 155. The circuit protection device according to claim 59, which The structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by one of its secondary windings, which is contained in a closed box, wherein the interconnection The primary and secondary transformers are interconnected to the input and output terminals of each transformer's primary line by means of a sealed bushing; a weakening circuit with resistance and capacitance is interconnected in parallel to the secondary Between the secondary coils; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 156. The circuit protection device according to claim 60, wherein the device is characterized in that when the circuit is In the case of an insulated transformer circuit, the insulated transformer is composed of a primary transformer and a primary transformer that are interconnected by its own secondary coil. It is contained in a closed box. The interconnected primary transformer and secondary transformer are A hermetically sealed bushing that interconnects the primary coil of each transformer to the input-output terminals A weakening circuit with resistance and capacitance, connected in parallel between the secondary windings interconnected by the transformer; and 81 --------- ά ------ ir ------ ^ ( Please read the notes on the back first and then fill out this page.) The Chinese paper of the paper ruler is used for the top of the paper. CN4) A4 Regulations: 210X297 public address 1 2351TWF.D〇a〇02 5 5 c〇ο 4 ABCD Ministry of Economic Affairs Printed by the Central Bureau of Standards, Shellfish Consumer Cooperative 6. The scope of the patent application is a semiconductor material for placing the primary transformer, secondary transformer and the weakening circuit. 157. The circuit protection device according to the 61st claim, wherein the The structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by one of its secondary windings, which is contained in a closed box, wherein the interconnected The primary transformer and the secondary transformer are interconnected to the input-output terminal of the primary coil of each transformer by means of a closed sleeve; a weakening circuit having a resistance capacitor is interconnected in parallel to the secondary coil interconnected by the transformer Between; and a semiconductor material, for placement of the primary of the transformer, and the transformer secondary circuit weakened. 158. The circuit protection device according to claim 62, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary wires of the transformer interconnection; and a semiconductor material is used to place the primary transformer, the secondary transformer and the weakening circuit. 159. The circuit protection device according to claim 63, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, ------------ ^ ------ ΐτ-- --- 0 (Please read the notes on the back before filling in this page) 82 2351TWF.DOC7002 4〇s5Se H B8 C8 D8 Employees of the Central Standards Bureau of the Ministry of Economic Affairs, printed by cooperatives 6. Scope of patent application One of the secondary coils interconnected by the primary transformer and the primary transformer is contained in a closed box, wherein the interconnected primary transformer and the secondary transformer use a closed sleeve to make the primary coil of each transformer Interconnected to the input-output terminals; a weakening circuit having a resistance and capacitance, interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening Circuit. 160. The circuit protection device according to claim 64, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with input and output terminals by means of a sealed sleeve: The weakening circuit is interconnected in parallel between the secondary wires of the transformer interconnection; and a semiconductor material is used to place the primary transformer, the secondary transformer and the weakening circuit. 161. The circuit protection device according to claim 65, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer composition, which is contained in a closed box, where the interconnected primary and secondary transformers are interconnected with input and output terminals of the primary coil of each transformer by means of a sealed sleeve; Use China National Standards (CNS) A4 specifications (210 X 297 public records) (Please read the precautions on the back before filling this page) ----------- | Installation · 1T Ministry of Economic Affairs Consumer Standards of the Central Bureau of Standards C8 · D8 6. Application for a patent A weakening circuit with resistance and capacitance is connected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary Transformer, secondary transformer and the weakening circuit. 162. The circuit protection device according to claim 66, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and a primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 163. The circuit protection device according to claim 67, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 84 This paper size is applicable to China National Standard (CNS) A4 specification (2! 0X297 mm) 2351TWRDOC / 002 -------- 1 Pack -------- Order ------ Line (please first Read the notes on the back and fill in this page) Printed by the Consumer Cooperatives of the Central Bureau of Standards, Ministry of Economic Affairs < 10855g, D8 VI. Application for a patent 164. The circuit protection device according to the 68th right, where the composition of the device The characteristic is that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by its own secondary windings, which is contained in a closed box, wherein the interconnected primary transformer and Secondary transformers, with the help of a closed casing, interconnect the primary line of each transformer to the input and output terminals; a weakening circuit with resistance and capacitance is interconnected in parallel between the secondary coils interconnected by the transformer; And-a semiconductor material for the primary transformer, the secondary transformer and the weakening circuit. 165. The circuit protection device according to claim 69, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 166. The circuit protection device according to claim 70, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and a primary Transformer composition, which is contained in a closed box, where the 85 (CNS) A4M ^-(21 OX297 ^ ¾) 2351TWF.DOC / 002 (Please read the precautions on the back before filling this page) Ministry of Central Standards Bureau, Consumer Cooperative Cooperative Printing Co., Ltd. 40S55ftg 2351TWF.DOC7002 ® g, D8 VI. Primary and secondary transformers interconnected in the scope of patent application, with the help of a sealed casing, the primary coil of each transformer is interconnected with the input An output terminal; a weakening circuit with resistance and capacitance, which is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 167. The circuit protection device according to claim 71, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer: and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 168. The circuit protection device according to claim 72, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. Weak circuit, parallel interconnection between the secondary windings interconnected by the transformer; and ------------ ^ ------ ΐτ .------ wei (please read the back Note for refilling this page) 86 Printed by the Consumers' Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 408556 as 2351TWF.DOC7002 m Six. Patent application scope A semiconductor material used to place the primary transformer, secondary transformer and the weakening circuit. 169. The circuit protection device according to claim 73, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 170. The circuit protection device according to claim 74, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 171. The circuit protection device according to claim 75, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, 87 paper standards are applicable to the Chinese National Standard (CNS) A4 specification (210X297 cm)- ------- ii ----- ΤΓ ------ ^ (Please read the notes on the back before filling this page) 2351TWF.DOC / 002 4〇 £ 55β Α8 Β8 C8 D8 Central Ministry of Economic Affairs Printed by the Bureau of Standards, Consumer Cooperative, and applied for patent scope. The insulation transformer is composed of one primary transformer and one primary transformer interconnected by its own secondary line. It is contained in a closed box, where the interconnected primary transformer and Secondary transformer, with the help of a sealed sleeve, the primary coil of each transformer is interconnected to the input and output terminals; a weakening circuit with resistance and capacitance is interconnected in parallel between the secondary wires of the transformer; And a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 172. The circuit protection device according to claim 76, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 173. The circuit protection device according to claim 77, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected to the input and output terminals of each transformer by means of a sealed sleeve; 88 ---- ---- 1¾ .------ ΐτ ------ Increase (please read the precautions on the back before filling this page) This paper size applies the Chinese National Standard (CNS) Α4 specification (210X297 mm & gt Printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 408556 A8 2351TWF.DOC / 002 Β®, Co D8 VI. Application for a patent A weakening circuit with resistance and capacitance is interconnected in parallel between the secondary windings interconnected by the transformer And a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 174. The circuit protection device according to claim 78, wherein the device is characterized in that When the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer which are interconnected by one's secondary coils, which is contained in a closed box, wherein the interconnected primary transformer and secondary transformer Stage transformer, with the help of a closed sleeve, the primary coil of each transformer is interconnected with the input and output terminals: a weakening circuit with resistance and capacitance, which is interconnected in parallel between the secondary coils interconnected by the transformer; and a A semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 175. The circuit protection device according to claim 79, wherein the device is characterized in that when the circuit is a circuit of an insulated transformer, The insulated transformer is composed of a primary transformer and a primary transformer interconnected by its own secondary coil, and it is contained in a closed box. The interconnected primary transformer and the secondary transformer are The primary coil of the transformer is interconnected to the input-output terminals; a weakening circuit with resistance and capacitance And a parallel connection between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. ) A4 Hu. Grid f 710 乂 川 7 公 铉) --------—— 赛 ------ ΐτ--1 --- ^ (Please read the precautions on the back before filling this page) 40S556 ABCD 2351TWF.DOC / 002 6. Application scope 176. The circuit protection device according to the 80th claim, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer One of the secondary coil interconnections is composed of a primary transformer and a primary transformer, which are contained in a closed box, wherein the interconnected primary transformer and the secondary transformer use a closed sleeve to make the primary coil of each transformer mutually Connected to the input-output terminal: a weakening circuit with resistance and capacitance, which is connected in parallel between the secondary wires of the transformer interconnection; and a semiconductor material for placing the primary transformer, the secondary transformer and the Weak circuit. 177. The circuit protection device according to claim 81, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 178. The circuit protection device according to claim 82, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer, which is contained in a closed box, where ^^^ 1 — ^ it---: ί------II I. 二----I —----1 = -^^^ 1 ^^^ 1 eJml ^^^ 1 m ^ i, (Please read the notes on the back before filling out this page) The Central Standards Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperatives, India 90 40S556 2351TWFDOC / 002 A8 B8 C8 D8 6. The primary and secondary transformers interconnected by the scope of the patent application, with the help of a sealed bushing, the primary coil of each transformer is interconnected with the input and output terminals; a weakening circuit with resistance and capacitance, parallel to each other Connected between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 179. The circuit protection device according to claim 83, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is a primary transformer interconnected by one of its secondary windings ________ t J _-^^^ 1 ml tn tru ^^^^ 1 ft «a ^ i— p < Please read the notes on the back before filling in this education! 經濟部中央標準局貝工消費合作社印裝 AB B8 2351TWF.D〇a〇02 C8 D8 六、申請專利範圍 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 181. 根據第85項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圏互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 182. 根據第86項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 1S3.根據第87項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， ---------Μ.------V---------.^ (請先閱讀背面之注意事項再填寫本頁) 92 408556 2351TWF.D〇a〇02 A8 BS C8 D8 六、申請專利範園 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變屋器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 184. 根據第88項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路’平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料’用以置放該初級變壓器、次級變壓 器及該減弱電路。 185. 根據第89項權利項之該電路保護裝置’其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中’其中’該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 11 ! I 1 1 ' [ n ^ ί ^ (請先W讀背面之注$項再填寫本頁) 經濟部中央標率局員工消費合作杜印裂 93 經濟部中央標準局員工消費合作社印裝 40S556 as B8 2351TWF,DOC/002 C8 D8 六、申請專利範圍 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 186. 根據第90項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 187. 根據第91項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 94 I — 訂 , 滅 (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） 經濟部中央標準局員工消費合作社印製 408556 2351TWF.D〇a〇02 C8 D8 六、申請專利範圍 188. 根據第92項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 189. 根據第93項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 190. 根據第94項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 95 ----------^------ΪΤ------S-1 (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（2丨OX297公嫠） 406556 經濟部中央標準局員工消費合作社印製 六、申請專利範圍 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 191. 根據第95項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 192. 根據第96項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 ttf Tut d— i tut pi 1· <nn ι^ϋ n^i ml-».， n n m i —^n *0^* (請先閲讀背面之注意事項再填寫本頁) 96 2351TWF.D〇a〇Q2 ^08556 gf 2351TWF.D〇a〇Q2 ^08556 gf 經濟部中央榡準局貞工消費合作社印裝 六、申請專利範圍 一個半導體材料’用以置放該初級變壓器、次級變壓 器及該減弱電路。 193·根據第97項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時’ 該絕緣變壓器係由本身的次級線圈互連之一初級變塵 器與一次級變壓器組成，它包含在密閉盒子中，其中’該 互連之初級變壓器與次級變壓器，借助一密閉套管’使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級 器及該減弱電路。 194. 根據第98項權利項之該電路保護裝β ’其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路胃’ 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中’其中’該 互連之初級變壓器與次級變壓器，借助一密閉套管’使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 —個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 195. 根據第99項權利項之該電路保護裝置’其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時’ 97 ---------¢------tr------線' (请先閲读背*之泣意事項存填寫本萸) 本紙張尺度適用中國國家標準（CNS > A4規格（210X297公瘦） 經濟部中央標率局員工消費合作社印製 408556^ D8 六、申請專利範圍 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 •196.根據第100項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 197.根據第101項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 2351TWF.D00002 ---------^------ΐτ-------0 (請先閲讀背面之注意事項再填寫本頁} 98 2351TWF.D00002 408556 Λ8 B8 C8 D8 經濟部中央標準局員工消費合作社印製 六、申請專利範圍 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 198. 根據第102項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 199. 根據第103項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 99 - -- > li i - _ ! -n · I . - - - I - - 1^1 nn I 一.^m^— HI —HI— m n (請先閲讀背面之注意事項再填寫本頁) 太紙張尺度遠用中國國家榡準（€奶>八4規格（2丨0父297公疹） 經濟部中央標準局員工消費合作社印製 40S556 , Λ8 2351TWF.D〇a〇02 eg D8 六、申請專利範圍 200. 根據第104項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 201. 根據第105項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路13 202. 根據第106項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 100 { rw \ ί ?inv?07y\#- ^ ----------^------17------^ (請先閲讀背面之注意事項再填寫本頁) 40S556 ABCD 2351TWF.DOC/002 六、申請專利範圍 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子： 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 203. 根據第107項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 204. 根據第108項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 101 I I I I 、?τ— 線 (請先鬩讀背面之注意事項再填寫本頁) 經濟部中央標率局員工消費合作社印袋 太蚪琪户麿iSi m Ψ圃圃犮換隹ί ΓΝ5Ϊ、A4找你（210X297公煃） 經濟部中央標準局員工消費合作社印聚 40S556 as 2351TWF.DOC/002 ®8 D8 六、申請專利範圍 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 205. 根據第109項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 206. 根據第110項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 207. 根據第111項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 102 (請先閲讀背面之注意事項再填寫本頁) 士 itt技I?痒ΐ系田击刺居1古提啦f ΓΜς ) A 4抑故f1 n VO07八接、 2351TWF.DOC/002 40S556 ABCD 經濟部中央標率局貝工消費合作社印裝 六、申請專利範圍 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圏之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 208. 根據第112項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 209. 根據第113項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圈互連於輸入一輸出端子； (請先閲讀背面之注意事項再填寫本頁) 聚· 103 403556 經濟部中央梯準局員工消費合作社印策 Μ 2351TWF.DOC/002 〇8 D8 六、申請專利範圍 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 210. 根據第114項權利項之該電路保護裝置，其中該 裝置的構成特點在於當該電路是絕緣變壓器的電路時， 該絕緣變壓器係由本身的次級線圈互連之一初級變壓 器與一次級變壓器組成，它包含在密閉盒子中，其中，該 互連之初級變壓器與次級變壓器，借助一密閉套管，使每 個該變壓器的初級線圏互連於輸入一輸出端子； 一個具有電阻電容的減弱電路，平行互連於該變壓器 互連的次級線圈之間；以及 一個半導體材料，用以置放該初級變壓器、次級變壓 器及該減弱電路。 211. 根據第19項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 212. 根據第20項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 213. 根據第21項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 104 4- /«i rt Α πϋ τ+τ l3cl taa ^ ^ «it ( r^Kre \ A/iH 从(*1 ----------裝------IT-------，綿 (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 A8 BS C8 D8 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 214. 根據第22項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 215. 根據第23項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 216. 根據第24項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 217. 根據第25項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 218. 根據第26項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 219. 根據第27項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 2351TWF.D〇a〇02 . n Ί I I 絲 (請先閲讀背面之注意事項再填寫本頁) 105 408556 經濟部中央標準局員工消費合作社印裝 ττ、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 220. 根據第28項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 221. 根據第29項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 222. 根據第30項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 223. 根據第31項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 224. 根據第32項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 225. 根據第33項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 ---------'I裝------、ρ------‘絲 (請先鬩讀背面之注意事項再填寫本頁) 106 408556 經濟部中央標準局員工消費合作社印裝 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 226. 根據第34項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 227. 根據第35項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 228. 根據第36項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 229. 根據第37項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 230. 根據第38項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容3 231. 根據第39項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 107 J- /-< rf * ί* 成 Qfl E6T 古 4A 彿 f f -MOvIOIaV 格、 ---------¥------17--------^ (請先閲讀背面之注意事項再填寫本頁) 408556 2351TWF.DOQ002 ABCD 經濟部中央標準局員工消費合作社印裝 六、申請專利範圍 ，下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 232. 根據第40項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 233. 根據第41項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 234. 根據第42項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 ^ 235. 根據第43項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 236. 根據第44項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 ' 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 237. 根據第45項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 108 i —i I I I n —i 線 (請先閱讀背面之注意事項再填寫本頁) iJt 經濟部中央標準局員工消費合作社印繁 40S556 A8 2351TWF.DOC/002 , D8 六、申請專利範囷 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電姐串聯連接之至少一電容。 238. 根據第46項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在填空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 239. 根據第47項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 240. 根據第48項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 241. 根據第49項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 '242.根據第50項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 ' 下'在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 243.根據第51項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 109 (請先閲讀背面之注意事項再填寫本頁) ABCD 4〇Β55ό 2351TWF.DOC/002 穴、申·專利耗圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 244. 根據第52項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 245. 根據第53項權利項之該電路保護裝置，其中，: 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 246. 根據第54項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 247. 根據第55項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 248. 根據第56項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 249. 根據第57項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 110 ---------¾------ΐτ------^ (請先聞讀背面之注意事項再填寫本頁) 經濟部中央標準扃員工消費合作社印裝 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 405556 2351TWF.DOC/002 ABCD 經濟部中央標準局員工消費合作社印製 六、申請專利範園 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 250. 根據第58項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 251. 根據第59項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 252. 根據第60項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 253. 根據第61項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 254. 根據第62項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 255. 根據第63項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 111 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） ^^1 ^^^1 n^i t^i— I ^11 1^1 — I ^^^1-----一OJ (請先聞讀背面之注意事項再填寫本頁) 408556 2351TWF.DOC/002 ABCD 經濟部中央標率局員工消費合作社印聚 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 256. 根據第64項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 257. 根據第65項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 258. 根據第66項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 259. 根據第67項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 260. 根據第68項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 261. 根據第69項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 112 本紙張尺度適用中國國家^準（CNS ) A4^格（2〖0父297公釐1 --------—裝------訂-----i 氣 (讀先聞讀背面之注意事項再填寫本頁) 408556 2351TWF.DOC/002 ABCD 經濟部中央標準局員工消費合作社印製 六、申請專利祀圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 262. 根據第70項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 263. 根據第71項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 264. 根據第72項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 265. 根據第73項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 266. 根據第74項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 267. 根據第75項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 113 本g尺度適用中國國家標準（CNS ) A4規格（210X297公釐） n i^i ^^^1 ^^^1 I ^^^1 ^^^1 n^i ^^^1 mi 一flJ (請先聞讀背面之注意事項再填寫本頁) 408556 235ITWF.D〇a〇02 ABCD 經濟部中央標準局員工消費合作社印裝 X、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 268. 根據第76項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 269. 根據第77項權利項之該電路保護裝置，其中r 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 270. 根據第78項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 271. 根據第79項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 272. 根據第80項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 ' 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 273. 根據第81項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 114 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） · 11 I 111 I 1i (請先閱讀背面之注意事項再填寫本頁) 408556 2351TWF.DOC/002 經濟部中央標準局員工消費合作社印製 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 274. 根據第82項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 275. 根據第83項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 276. 根據第84項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 277. 根據第85項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 278. 根據第86項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 279. 根據第87項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 115 --------—梦------ΪΤ------^ (請先Η讀背面之注意事項再填寫本頁) 本紙張尺度逋用中國國家標隼（CNS ) Α4規格（210Χ297公釐） 408556 經濟部中央標準局員工消費合作社印製 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 280. 根據第88項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 281. 根據第89項權利項之該電路保護裝置，其中v 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 282. 根據第90項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 283. 根據第91項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 284. 根據第92項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 285. 根據第93項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 116 ^^1 ^^1 ^^1 ^^1 n ml i— t^i ^^1 ^^1 m \~< Λ菩 (請先聞讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐） 40 2351TWF.D〇a〇02 8 8 8 8 ABCD 經濟部中央標準局員工消費合作社印袈 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 286. 根據第94項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 287. 根據第95項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 288. 根據第96項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 289. 根據第97項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容D 290. 根據第98項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 291. 根據第99項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 117 本紙張尺度逋用中國國家標準（CNS) A4規格（210X297公釐） 丨裝 I 訂 成 (請先閱讀背面之注意事項再填寫本頁) 408556 2351TWF.D〇a〇02 ABCD 經濟部中央樣準局貝工消費合作社印製 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 292. 根據第100項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 293. 根據第101項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 294. 根據第102項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 295. 根據第103項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 296. 根據第104項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 297. 根據第105項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 118 本紙張尺度適用中國國家標準（CNS ) A4規格（2IOX297公釐） --------—裝------訂------線 (請先聞讀背面之注意事項再填寫本頁) 408556 經濟部中央標準局員工消费合作社印製 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 298. 根據第106項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 299. 根據第107項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 300. 根據第108項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 301. 根據第109項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 302. 根據第110項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 303. 根據第111項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 119 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公嫠> ---------裝------訂------蘇 (請先閱讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 406556 AS 2351TWF.DOC/002 · D8 六、申請專利範圍 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 304. 根據第112項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 305. 根據第113項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中三者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 306. 根據第114項權利項之該電路保護裝置，其中， 該裝置構成的特點在於該減弱電路至少包括被包裏在真空 下、在空氣中或在中性氣體中二者之一的囊中之一既定値 電阻及與該電阻串聯連接之至少一電容。 307. 根據第1項權利項之該電路保護裝置，其中該電 路保護裝置的構成特點在於該電路是一個安裝在印刷電路 板上，具有多種元件組成的電子電路，上述該電路保護裝 置至少包含： 一個向其一端開口的盒子，包含該液態的半導體材 料；以及 一個用塑膠材料做的電子電路保護罩子，與該電子電 路組成一整體，其中該保護罩子浸沒在液體的半導體材料 中，該保護罩子可確保該液態半導體材料容器的密閉性。 308. 根據第2項權利項之該電路保護裝置，其中該電 120 --------lt------,玎------Φ. (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4現格（210 X 297公釐） 408556 經濟部中央標準局員工消費合作社印聚 六、申請專利範圍 路保護裝置的構成特點在於該電路是一個安裝在印刷電路 板上，具有多種元件組成的電子電路，上述該電路保護裝 置至少包含： 一個向其一端開口的盒子，包含該液態的半導體材 料；以及 一個用塑膠材料做的電子電路保護罩子，與該電子電 路組成一整體，其中該保護罩子浸沒在液體的半導體材料 中，該保護罩子可確保該液態半導體材料容器的密閉性。 309. 根據第3項權利項之該電路保護裝置，其中該電 路保護裝置的構成特點在於該電路是一個安裝在印刷電路 板上，具有多種元件組成的電子電路，上述該電路保護裝 置至少包含： 一個向其一端開口的盒子，包含該液態的半導體材 料；以及 一個用塑膠材料做的電子電路保護罩子，與該電子電 路組成一整體，其中該保護罩子浸沒在液體的半導體材料 中，該保護罩子可確保該液態半導體材料容器的密閉性。 310. 根據第4項權利項之該電路保護裝置，其中該電 路保護裝置的構成特點在於該電路是一個安裝在印刷電路 板上，具有多種元件組成的電子電路，上述該電路保護裝 ' 置至少包含： 一個向其一端開口的盒子，包含該液態的半導體材 料；以及 一個用塑膠材料做的電子電路保護罩子，與該電子電 121 -------j I裝------訂------ 線 (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央梂準局員工消費合作社印繁 -一 556 2351TWF,DOC/002 408556?« . m 六、申請專利範圍 路組成一整體，其中該保護罩子浸沒在液體的半導體材料 中，該保護罩子可確保該液態半導體材料容器的密閉性。 311. 根據第5項權利項之該電路保護裝置，其中該電 路保護裝置的構成特點在於該電路是一個安裝在印刷電路 板上，具有多種元件組成的電子電路，上述該電路保護裝 置至少包含： 一個向其一端開口的盒子，包含該液態的半導體材 料；以及 一個用塑膠材料做的電子電路保護罩子，與該電子電 路組成一整體，其中該保護罩子浸沒在液體的半導體材料 中，該保護罩子可確保該液態半導體材料容器的密閉性。 312. 根據第6項權利項之該電路保護裝置，其中該電 路保護裝置的構成特點在於該電路是一個安裝在印刷電路 板上，具有多種元件組成的電子電路，上述該電路保護裝 置至少包含： 一個向其一端開口的盒子，包含該液態的半導體材 料；以及 一個用塑膠材料做的電子電路保護罩子，與該電子電 路組成一整體，其中該保護罩子浸沒在液體的半導體材料 中，該保護罩子可確保該液態半導體材料容器的密閉性。 313. 根據第1項權利項之該電路保護裝置，其中， 該電路保護裝置的構成特點在於該電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述的電路保護 裝置包括： 122 (請先閱讀背面之注意事項再填寫本頁) 訂 線 本紙張反度逋用中國國家楯牟（CNS ) A4規格（2丨0X297公釐） ^08556 2351TWF,DOC/002 A8 B8 C8 D8 經濟部中央標隼局員工消費合作社印製 六、申請專利範圍 • 至少一個向其一端開口之盒子，此盒子包含上述之多 種成分之電子電路；以及 複數個墊子，每一個該墊子包括一個由半導體材料塡 充的塑膠材料所形成的罩子。 314. 根據第2項權利項之該電路保護裝置，其中， 該電路保護裝置的構成特點在於該電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述的電路保護 裝置包括= 至少一個向其一端開口之盒子，此盒子包含上述之多 種成分之電子電路；以及 複數個墊子，每一個該墊子包括一個由半導體材料塡 充的塑膠材料所形成的罩子。 315. 根據第3項權利項之該電路保護裝置，其中， 該電路保護裝置的構成特點在於該電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述的電路保護 裝置包括= 至少一個向其一端開口之盒子，此盒子包含上述之多 種成分之電子電路；以及 複數個墊子，每一個該墊子包括一個由半導體材料塡 充的塑膠材料所形成的罩子。 316. 根據第4項權利項之該電路保護裝置，其中， 該電路保護裝置的構成特點在於該電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述的電路保護 裝置包括： V 123 (請先閲讀背面之注意事項再填寫本頁) 、-tf 本紙張尺度適用中國國家標率（CNS ) A4洗格（210X297公嫠） 40S556 2351TWF.DOQ002 A8 BS C8 D8 經濟部中央標準局員工消費合作社印装 六、申請專利範圍 至少一個向其一端開口之盒子，此盒子包含上述之多 種成分之電子電路；以及 複數個墊子，每一個該墊子包括一個由半導體材料塡 充的塑膠材料所形成的罩子。 317. 根據第5項權利項之該電路保護裝置，其中， 該電路保護裝置的構成特點在於該電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述的電路保護 裝置包括： 至少一個向其一端開口之盒子，此盒子包含上述之多 種成分之電子電路；以及 複數個墊子，每一個該墊子包括一個由半導體材料塡 充的塑膠材料所形成的罩子。 318. 根據第6項權利項之該電路保護裝置，其中， 該電路保護裝置的構成特點在於該電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述的電路保護 裝置包括I 至少一個向其一端開口之盒子，此盒子包含上述之多 種成分之電子電路；以及 複數個墊子，每一個該墊子包括一個由半導體材料塡 充的塑膠材料所形成的罩子。 319. 根據第1項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於上述電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述該電路保護 裝置包括至少一個向其至少一端開口之盒子，此盒子包 124 {請先Μ讀背面之注意事項再填寫本頁) 、va 本紙張尺度適用中國國家標率（CNS) Α4規格（210Χ297公釐） 408556 % 2351TWF.DOC/002 C8 D8 經濟部中央標準局員工消費合作社印裝 六、申請專利範圍 含： 該具有多種元件集成的電子電路，該電子電路包括一 絕緣的介電材料做的覆蓋層；以及 放置於該盒子內面，用半導體泡沬材料做的內部塡 料，上述的印刷電路板面包含用絕緣的介電材料做的覆蓋 層，被放置在臨近該半導體泡沫材料做的內部塡料旁。 320. 根據第2項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於上述電路是安裝在一印刷電 路板上，具有多種元件集成&電子電路，上述該電路保護 裝置包括至少一個向其至少一端開口之盒子，此盒子包 含： 該具有多種元件集成的電子電路，該電子電路包括一 絕緣的介電材料做的覆蓋層；以及 放置於該盒子內面，用半導體泡沬材料做的內部塡 料，上述的印刷電路板面包含用絕緣的介電材料做的覆蓋 層，被放置在臨近該半導體泡沬材料做的內部塡料旁。 321. 根據第3項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於上述電路是安裝在一印刷電 路板上，具有多種元件集成的電子電路，上述該電路保護 裝置包括至少一個向其至少一端開口之盒子，此盒子包 含： 該具有多種元件集成的電子電路，該電子電路包括一 絕緣的介電材料做的覆蓋層；以及 放置於該盒子內面，用半導體泡沬材料做的內部塡 125 (請先閱讀背面之注意事項再填寫本頁) -裝. ,-11 線 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央標準局員工消費合作社印繁 40S556 2351TWF.DOC/002 ττ、申請專利範圍 料，上述的印刷電路板面包含用絕緣的介電材料做的覆蓋 層，被放置在臨近該半導體泡沬材料做的內部塡料旁。 322. 根據第4項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於上述電路是安裝在·~1印刷電 路板上，具有多種元件集成的電子電路，上述該電路保護 裝置包括至少一個向其至少一端開口之盒子，此盒子包 含： t 該具有多種元件集成的電子電路，該電子電路包括— 絕緣的介電材料做的覆蓋層；以及 放置於該盒子內面，用半導體泡沬材料做的內部塡 料，上述的印刷電路板面包含用絕緣的介電材料做的覆蓋 層，被放置在臨近該半導體泡沬材料做的內部塡料旁。 323. 根據第5項權利項之該電路保護裝置，其+，胃 電路保護裝置的構成特點在於上述電路是安裝在卩刷 路板上，具有多種元件集成的電子電路，上述該電路保護 裝置包括至少一個向其至少一端開口之盒子，此盒子包 含： 該具有多種元件集成的電子電路，該電子電路包_舌„ 絕緣的介電材料做的覆蓋層；以及 放置於該盒子內面’用半導體泡沫材料做的塡 料，上述的印刷電路板面包含用絕緣的介電材料做的覆蓋 層，被放置在臨近該半導體泡沬材料做的內部塡料旁。 324. 根據第6項權利項之該電路保護裝窻，其中，該 電路保護裝置的構成特點在於上述電路是安裝在—印刷電 126 本紙張尺度逋用中國國家標準（CNS ) Α4規格（21〇Χ2ί>7公嫠） -----------择------t------0 {請先閲讀背面之注意事項再填寫本頁) 40S556 經濟部中央標準局員工消費合作社印製 Λ8 2351TWF.DOQ002 C8 D8 六、申請專利範圍 路板上，具有多種元件集成的電子電路，上述該電路保護 裝置包括至少一個向其至少一端開口之盒子，此盒子包 含： 該具有多種元件集成的電子電路，該電子電路包括一 絕緣的介電材料做的覆蓋層；以及 放置於該盒子內面，用半導體泡沬材料做的內部塡 料，上述的印刷電路板面包含用絕緣的介電材料做的覆蓋 層，被放置在臨近該半導體泡沬材料做的內部塡料旁。 325. 根據第1項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點，在於內部塡料至少對立的兩個 面是波狀的面。 326. 根據第2項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點，在於內部塡料至少對立的兩個 面是波狀的面。 327. 根據第3項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點，在於內部塡料至少對立的兩個 面是波狀的面。 328. 根據第4項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點，在於內部塡料至少對立的兩個 面是波狀的面。 329. 根據第5項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點，在於內部塡料至少對立的兩個 面是波狀的面。 330. 根據第6項權利項之該電路保護裝置，其中，該 127 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） ---------装------1T------0 (請先閱讀背面之注意事項再填寫本頁) 經濟部中央標率局員工消費合作社印製 408556 A8 DO 2351TWF.D〇a〇02 C8 D8 六、申請專利範園 電路保護裝置的構成特點，在於內部塡料至少對立的兩個 面是波狀的面。 331. 根據第319項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 332. 根據第320項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 333. 根據第321項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 334. 根據第322項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 335. 根據第323項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 336. 根據第324項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 128 本紙張尺度逋用中國國家標準（CNS ) A4規格（210X297公釐） I 1— 1— n HI n I !訂— I I 線 (請先聞讀背面之注^Γ項再填寫本頁) 經濟部t央標準局貝工消費合作社印裝 408556 2351TWF.DOQ002 __ D8 六、申請專利範圍 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 337. 根據第325項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 338. 根據第326項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 339. 根據第327項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 340. 根據第328項權利項之該電路保護裝置，其中， 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 341. 根據第329項權利項之該電路保護裝置，其中’ 該電路保護裝置構成的特點在於該盒子的內在面對立於內 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 342. 根據第330項權利項之該電路保護裝置，其中’ 該電路保護裝置構成的特點在於該盒子的內在面對立於內 129 --------------11--------0 (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用+國國家榡準（CNS ) ΑΊ規格（210X297公釐） 408556 2351TWF.DOC/002 ABCD 經濟部中央標準局員工消費合作社印製 六、申請專利範圍 部塡料的波狀的內在面，包括一個用導電的覆蓋層，上述 用導電的覆蓋層是具有一種被限定的靜電位能的不同。 343. 根據第1項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於該電路是由一種裝置，其至 •少包括一個地線的連接插頭或電纜所組成，該裝置至少包 含： 一個套筒形成保護的環狀物，被放置在連接插頭周圍 或電的電纜周圍，該套筒用一半導體泡沬姐成；及 在該套筒附近，至少有一用鐵氧體做的套圈或環面。 344. 根據第2項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於該電路是由一種裝置，其至 少包括一個地線的連接插頭或電纜所組成，該裝置至少包 含： 一個套筒形成保護的環狀物，被放置在連接插頭周圍 或電的電纜周圍，該套筒用一半導體泡沬姐成；及 在該套筒附近，至少有一用鐵氧體做的套圈或環面。 345. 根據第3項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於該電路是由一種裝置，其至 少包括一個地線的連接插頭或電纜所組成，該裝置至少包 含： 一個套筒形成保護的環狀物，被放置在連接插頭周圍 或電的電纜周圍，該套筒用一半導體泡沬姐成；及 在該套筒附近，至少有一用鐵氧體做的套圈或環面。 346. 根據第4項權利項之該電路保護裝置，其中，該 130 本紙張尺度適用中國國家標隼（CNS ) A4規满（210X297公嫠） i _ .11H ' 絲 (請先閲讀背面之注意事項再填寫本頁) 40S556 2351TWF.DOQ002 經濟部中央標準局員工消費合作社印装 六、申請專利範圍 電路保護裝置的構成特點在於該電路是由一種裝置，其至 少包括一個地線的連接插頭或電纜所組成，該裝置至少包 含： 一個套筒形成保護的環狀物，被放置在連接插頭周圍 或電的電纜周圍，該套筒用一半導體泡沬姐成；及 在該套筒附近，至少有一用鐵氧體做的套圈或環面。 347. 根據第5項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於該電路是由一種裝置，其至 少包括一個地線的連接插頭或電纜所組成，該裝置至少包 含： 一個套筒形成保護的環狀物，被放置在連接插頭周圍 或電的電纜周圍，該套筒用一半導體泡沬組成；及 在該套筒附近，至少有一用鐵氧體做的套圈或環面。 348. 根據第6項權利項之該電路保護裝置，其中，該 電路保護裝置的構成特點在於該電路是由一種裝置，其至 少包括一個地線的連接插頭或電纜所組成，該裝置至少包 含： 一個套筒形成保護的環狀物，被放置在連接插頭周圍 或電的電纜周圍，該套筒用一半導體泡沬姐成；及 在該套筒附近，至少有一用鐵氧體做的套圈或環面。 131 (請先閲讀背面之注意事項再填寫本頁) 太紙伖尺唐读用中國國家標聿i CNS > A4規格f 210X297公犛）Printed by the Central Standards Bureau of the Ministry of Economic Affairs, Bakery Consumer Cooperatives AB B8 2351TWF.D0a〇02 C8 D8 VI. Patent Application Scope A semiconductor material used to place the primary transformer, secondary transformer and the weakening circuit. 181. The circuit protection device according to claim 85, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by a primary transformer and a primary transformer connected by its own secondary line It consists of a secondary transformer, which is contained in a closed box. Among them, the interconnected primary transformer and secondary transformer are connected to the input and output terminals of each transformer by means of a sealed sleeve: one has a resistance capacitor The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 182. The circuit protection device according to claim 86, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary wires of the transformer interconnection; and a semiconductor material is used to place the primary transformer, the secondary transformer and the weakening circuit. 1S3. The circuit protection device according to claim 87, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, --------- M .------ V- --------. ^ (Please read the precautions on the back before filling out this page) 92 408556 2351TWF.D〇a〇02 A8 BS C8 D8 A primary transformer and a primary transformer are composed of one stage coil interconnection, and it is contained in a closed box. Among them, the interconnected primary transformer and the secondary transformer use a closed sleeve to make the primary coil of each transformer Interconnected to the input-output terminals; a weakening circuit having a resistance and capacitance, interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening Circuit. 184. The circuit protection device according to claim 88, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and a primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. A weakening circuit is 'parallel interconnected between the secondary windings interconnected by the transformer; and a semiconductor material' is used to place the primary transformer, the secondary transformer and the weakening circuit. 185. The circuit protection device according to claim 89, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer composition, which is contained in a closed box 'wherein' the interconnected primary and secondary transformers, with the help of a sealed bushing, the primary winding of each of the transformers is interconnected with the input and output terminals; 11! I 1 1 '[n ^ ί ^ (please read the note $ on the back side before filling out this page) Staff Consumer Cooperation of the Central Standards Bureau of the Ministry of Economy Du Yincha 93 Printed 40S556 as B8 2351TWF, DOC / 002 C8 D8 6. Patent application scope A weakening circuit with resistance and capacitance is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer and the Weaken the circuit. 186. The circuit protection device according to claim 90, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 187. The circuit protection device according to claim 91, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 94 I — Order, Off (Please read the notes on the back before filling out this page) This paper size is applicable to China National Standard (CNS) A4 (210X297 mm) Printed by the Staff Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 408556 2351TWF.D 〇a〇02 C8 D8 6. The scope of patent application 188. According to the 92nd claim of the circuit protection device, the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer A primary transformer and a primary transformer are composed of one stage coil interconnection, and it is contained in a closed box, wherein the interconnected primary transformer and the secondary transformer are interconnected with a sealed sleeve to interconnect the primary coil of each transformer At the input-output terminal; a weakening circuit with resistance and capacitance, which is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 189. The circuit protection device according to claim 93, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 190. The circuit protection device according to claim 94, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary Transformer, which is contained in a closed box, where the 95 ---------- ^ ------ ΪΤ ------ S-1 (Please read the precautions on the back before (Fill in this page) This paper standard is applicable to Chinese National Standard (CNS) A4 specification (2 丨 OX297) 406 406556 Printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs A closed sleeve interconnects the primary coil of each of the transformers to the input and output terminals: a weakening circuit with resistance and capacitance, which is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material, To place the primary transformer, the secondary transformer, and the weakening circuit. 191. The circuit protection device according to claim 95, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 192. The circuit protection device according to claim 96, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit, which is interconnected in parallel between the secondary wires of the transformer interconnection; and ttf Tut d— i tut pi 1 · < nn ι ^ ϋ n ^ i ml- »., nnmi — ^ n * 0 ^ * (Please read the notes on the back before filling in this page) 96 2351TWF.D〇a〇Q2 ^ 08556 gf 2351TWF.D〇 a〇Q2 ^ 08556 gf Printed by Zhengong Consumer Cooperative of Central Bureau of Standards, Ministry of Economic Affairs 6. Patent application scope A semiconductor material is used to place the primary transformer, secondary transformer and the weakening circuit. 193. The circuit protection device according to the 97th claim, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer ', the insulation transformer is interconnected by one of its primary windings It consists of a primary transformer, which is contained in a closed box, where 'the interconnected primary transformer and secondary transformer, with the help of a sealed sleeve', each primary winding of the transformer is connected to the input and output terminals; one has a resistance The capacitor weakening circuit is interconnected in parallel between the secondary wires connected to the transformer; and a semiconductor material is used to place the primary transformer, the secondary and the weakening circuit. 194. According to the 98th claim of the circuit protection device β 'wherein the structure of the device is characterized by the circuit stomach of the insulation transformer' The insulation transformer is interconnected by one of its primary windings It consists of a transformer, which is contained in a closed box, where 'the' primary and secondary transformers of this interconnection are interconnected by means of a sealed casing 'to each input and output terminal of the transformer; A weakening circuit interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 195. The circuit protection device according to the 99th claim 'wherein the device is characterized in that when the circuit is a circuit of an insulation transformer' 97 --------- ¢ ------ tr- ----- Line '(please read and read the “weeping notes on the back *” to fill in this note) This paper size applies to Chinese National Standards (CNS > A4 specifications (210X297 male thin)) The Consumer Standards Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Printed 408556 ^ D8 6. Scope of patent application The insulation transformer is composed of one primary transformer and one primary transformer interconnected by its secondary coils, which is contained in a closed box, among which the interconnected primary transformer and secondary A transformer, with the help of a closed sleeve, interconnecting the primary coil of each transformer to the input-output terminals; a weakening circuit with resistance and capacitance, interconnected in parallel between the secondary coils interconnecting the transformer; and a semiconductor Material for placing the primary transformer, secondary transformer, and the weakening circuit. • 196. The circuit protection device according to claim 100, wherein the structure of the device is characterized when the circuit is insulated. In the circuit of the transformer, the insulated transformer is composed of a primary transformer and a primary transformer interconnected by its own secondary coil, which is contained in a closed box. The interconnected primary transformer and secondary transformer are A bushing to interconnect the primary coil of each of the transformers to the input-output terminals: a weakening circuit having a resistance and capacitance, which is interconnected in parallel between the secondary wires of the transformer interconnection; and a semiconductor material for The primary transformer, the secondary transformer and the weakening circuit are placed. 197. The circuit protection device according to claim 101, wherein the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of One of the secondary coils interconnected by itself is a primary transformer and a primary transformer, which is contained in a closed box. Among them, the interconnected primary transformer and the secondary transformer use a closed sleeve to make the primary of each transformer The coil is connected to the input-output terminal; 2351TWF.D00002 --------- ^ ------ ΐτ ------- 0 (Please read the back first Note for refilling this page} 98 2351TWF.D00002 408556 Λ8 B8 C8 D8 Printed by the Consumer Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs 6. Application for a patent A weakening circuit with resistance and capacitance is connected in parallel to the secondary interconnected by the transformer Between the coils; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 198. The circuit protection device according to claim 102, wherein the device is characterized in that when the circuit is In the case of an insulated transformer circuit, the insulated transformer is composed of a primary transformer and a primary transformer that are interconnected by its own secondary coil. It is contained in a closed box. The interconnected primary transformer and secondary transformer are A closed sleeve, which interconnects the primary coil of each of the transformers to the input-output terminals; a weakening circuit with resistance and capacitance, which is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material, To place the primary transformer, the secondary transformer, and the weakening circuit. 199. The circuit protection device according to claim 103, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 99--> li i-_! -N · I.---I--1 ^ 1 nn I 一. ^ M ^ — HI —HI— mn (Please read the notes on the back before filling this page ) The paper scale is far from the Chinese national standard (milk> 8 4 specifications (2 丨 0 father 297 public rash) Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 40S556, Λ8 2351TWF.D〇a〇02 eg D8 6 The scope of patent application is 200. The circuit protection device according to the 104th claim, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings. A transformer and a primary transformer are included in a closed box, wherein the interconnected primary and secondary transformers are interconnected with input and output terminals of each primary winding of the transformer by means of a closed sleeve; A weakening circuit having a resistance capacitor is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 201. According to the 105th right Xiangzhi The circuit protection device, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by one of its secondary coils, and it is contained in a closed box Among them, the interconnected primary and secondary transformers are interconnected to the input and output terminals of each transformer's primary line by means of a closed casing; a weakening circuit with resistance and capacitance is interconnected in parallel to the Between the interconnected secondary wires of the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit 13 202. The circuit protection device according to claim 106, wherein the device's The composition is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer interconnected by one of its secondary coils, which is contained in a closed box, where the 100 {rw \ ί ? inv? 07y \ #-^ ---------- ^ ------ 17 ------ ^ (Please read the notes on the back before filling this page) 40S556 ABCD 2351TWF.DOC / 002 6. The primary and secondary transformers interconnected by the scope of the patent application, with the help of a sealed sleeve, the primary coil of each transformer is connected to the input and output terminals: a weakening circuit with resistance and capacitance, Interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 203. The circuit protection device according to claim 107, The structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is composed of a primary transformer and a primary transformer which are interconnected by its own secondary windings, and it is contained in a closed box. The primary and secondary transformers connected to each other are connected to the input and output terminals of each transformer by means of a sealed sleeve; a weakening circuit with resistance and capacitance is interconnected in parallel to the secondary of the transformer interconnection Between the secondary coils; and a semiconductor material for placing the primary transformer, secondary transformer, and The weakening circuit. 204. The circuit protection device according to claim 108, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and the 101 IIII and? Τ— lines (please read the precautions on the back before filling out this page)蚪 太 蚪 琪 户 麿 iSi m ΨΨ 园 犮 犮 CHANGE 隹 ΓΝ5Ϊ, A4 to find you (210X297) 煃 Central Consumers Bureau of the Ministry of Economic Affairs, Consumer Consumption Cooperative Prints 40S556 as 2351TWF.DOC / 002 ®8 D8 6. Scope of Patent Application A semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 205. The circuit protection device according to claim 109, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 206. The circuit protection device according to claim 110, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 207. The circuit protection device according to claim 111, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, 102 (Please read the precautions on the back before filling out this page) 士 itt I? Itchy stabbing field 1 Gutierra f ΓΜς) A 4 stale f1 n VO07 eight connection, 2351TWF.DOC / 002 40S556 ABCD Printed by the Shell Standard Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 6. Scope of patent application for this insulation The transformer is composed of one primary transformer and one primary transformer interconnected by its own secondary coils. It is contained in a closed box. The interconnected primary transformer and secondary transformer are The primary coil of the transformer is connected to the input-output terminals; a weakening circuit with resistance and capacitance is connected in parallel between the secondary wires of the transformer interconnection; and a semiconductor material is used to place the primary transformer, secondary Stage transformer and the weakening circuit. 208. The circuit protection device according to claim 112, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve. The weakening circuit is interconnected in parallel between the secondary coils interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 209. The circuit protection device according to claim 113, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; (Please read the back first Note: Please fill in this page again.) · 103 403556 Employees' Cooperatives of the Central Government Bureau of the Ministry of Economic Affairs, Consumer Cooperative Press M 2351TWF.DOC / 002 〇8 D8 VI. Application for a patent A weakening circuit with resistance and capacitance is connected in parallel to the Between the secondary windings interconnected by the transformer; and a semiconductor material for placing the primary transformer, the secondary transformer, and the weakening circuit. 210. The circuit protection device according to claim 114, wherein the structure of the device is characterized in that when the circuit is a circuit of an insulation transformer, the insulation transformer is interconnected by one of its primary windings and the primary The transformer is composed of enclosed transformers. The interconnected primary and secondary transformers are interconnected with the input and output terminals of each transformer by means of a sealed sleeve; The weakening circuit is interconnected in parallel between the secondary windings interconnected by the transformer; and a semiconductor material is used to place the primary transformer, the secondary transformer, and the weakening circuit. 211. The circuit protection device according to claim 19, wherein the device is constituted such that the attenuating circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 212. The circuit protection device according to claim 20, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 213. The circuit protection device according to claim 21, wherein the device is characterized in that the weakening circuit includes at least a vacuum in a bag 104 4- / «i rt Α πϋ τ + τ l3cl taa ^ ^« it (r ^ Kre \ A / iH from (* 1 ---------- install -------- IT -------, cotton (please read the precautions on the back before filling in this Page) A8 BS C8 D8 printed by the Consumer Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs 6. Under the scope of patent application, one of the three in the air or in a neutral gas has a predetermined resistance and connected in series with the resistance 214. The circuit protection device according to claim 22, wherein the device is characterized in that the weakening circuit includes at least three of which are enclosed in a vacuum, in air, or in a neutral gas. One of the capsules has a predetermined resistor and at least one capacitor connected in series with the resistor. 215. The circuit protection device according to claim 23, wherein the device is characterized in that the weakening circuit includes at least a bag One of three sacs under vacuum, in air, or in a neutral gas Fix the resistor and at least one capacitor connected in series with the resistor. 216. The circuit protection device according to claim 24, wherein the device is characterized in that the weakening circuit includes at least a bag in a vacuum and in air. Or one of the three in the neutral gas has a predetermined tritium resistance and at least one capacitor connected in series with the resistance. 217. The circuit protection device according to claim 25, wherein the characteristics of the device constitute The attenuating circuit includes at least one of the predetermined plutonium resistors enclosed in a vacuum, in air, or one of the three neutral gases, and at least one capacitor connected in series with the resistor. 218. According to Section 26 The circuit protection device according to claim 1, wherein the device is characterized in that the weakening circuit includes at least one of the predetermined tritium resistances in a bag that is enclosed in a vacuum, in air, or in a neutral gas. And at least one capacitor connected in series with the resistor. 219. The circuit protection device according to claim 27, wherein the device is characterized in that the weakening circuit includes at least The bag is under vacuum 2351TWF.D〇a〇02. N Ί II wire (please read the precautions on the back before filling this page) 105 408556 Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs ττ, under the scope of patent application, in One of the sacs in the air or in one of the three gases of neutral gas has a predetermined resistor and at least one capacitor connected in series with the resistor. 220. The circuit protection device according to claim 28, wherein the device constitutes It is characterized in that the weakening circuit comprises at least one of the predetermined plutonium resistor enclosed in a vacuum, in air, or one of the three in a neutral gas, and at least one capacitor connected in series with the resistor. 221. The circuit protection device according to claim 29, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 222. The circuit protection device according to claim 30, wherein the device is constituted such that the attenuating circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 223. The circuit protection device according to claim 31, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 224. The circuit protection device according to claim 32, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 225. The circuit protection device according to claim 33, wherein the device is characterized in that the weakening circuit includes at least a vacuum in a bag -------- 'I installed -------- , Ρ ------ 'silk (please read the notes on the back before filling out this page) 106 408556 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 6. Under the scope of patent application, in the air or neutral One of the three capsules in the gas has a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 226. The circuit protection device according to claim 34, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 227. The circuit protection device according to claim 35, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 228. The circuit protection device according to claim 36, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 229. The circuit protection device according to claim 37, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 230. The circuit protection device according to claim 38, wherein the device is constituted characterized in that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor 3 231. The circuit protection device according to claim 39, wherein the device is characterized in that the weakening circuit includes at least a vacuum 107 J -/- < rf * ί * into Qfl E6T ancient 4A Buddha ff -MOvIOIaV grid, --------- ¥ ------ 17 -------- ^ (Please read the note on the back first Please fill in this page for further information) 408556 2351TWF.DOQ002 ABCD Printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 6. The scope of the patent application, one of the three in the air, or one of the neutral gases. And at least one capacitor connected in series with the resistor. 232. The circuit protection device according to claim 40, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 233. The circuit protection device according to claim 41, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 234. The circuit protection device according to claim 42, wherein the device is constituted such that the attenuating circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. ^ 235. The circuit protection device according to claim 43, wherein the device is characterized in that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of them is a predetermined resistor and at least one capacitor connected in series with the resistor. 236. The circuit protection device according to claim 44, wherein the device is constituted such that the attenuating circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of them is a predetermined resistor and at least one capacitor connected in series with the resistor. 237. The circuit protection device according to claim 45, wherein the device is characterized in that the weakening circuit includes at least a vacuum 108 i —i III n —i line (please read the precautions on the back before (Fill in this page) iJt Staff Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs of the People's Republic of China 40S556 A8 2351TWF.DOC / 002, D8 VI. One of the three under the scope of patent application, in the air or in a neutral gas A predetermined resistor and at least one capacitor connected in series with the electronic sister. 238. The circuit protection device according to claim 46, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a fill, in air or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 239. The circuit protection device according to claim 47, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 240. The circuit protection device according to claim 48, wherein the device is constituted characterized in that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 241. The circuit protection device according to claim 49, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. '242. The circuit protection device according to claim 50, wherein the device is constituted such that the attenuating circuit includes at least one of the three which is enclosed in a vacuum' under the air 'or in a neutral gas. One of the capsules has a predetermined resistor and at least one capacitor connected in series with the resistor. 243. The circuit protection device according to claim 51, wherein the device is characterized in that the weakening circuit includes at least a vacuum in the bag 109 (please read the precautions on the back before filling this page) ABCD 4〇Β55ό 2351TWF.DOC / 002 One of the three sacs in a cavity, under the application of Shen · Patent, in air or in a neutral gas, has a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 244. The circuit protection device according to claim 52, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 245. The circuit protection device according to claim 53, wherein: the device is constituted such that the weakening circuit comprises at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of them is a predetermined resistor and at least one capacitor connected in series with the resistor. 246. The circuit protection device according to claim 54, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 247. The circuit protection device according to claim 55, wherein the device is characterized in that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 248. The circuit protection device according to claim 56, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 249. The circuit protection device according to the 57th claim, wherein the device is characterized in that the weakening circuit includes at least a vacuum in a bag 110 --------- ¾ ------ ΐτ ------ ^ (Please read the notes on the back before filling out this page) Central Standards of the Ministry of Economy 扃 Printed by the Employee Consumer Cooperatives This paper is applicable to Chinese National Standard (CNS) A4 (210X297 mm) 405556 2351TWF .DOC / 002 ABCD Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs. 6. One of the three predetermined resistors under the patent application park, in the air or in one of the three neutral gases, and connected in series with the resistor At least one capacitor. 250. The circuit protection device according to claim 58, wherein the device is constituted such that the attenuating circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 251. The circuit protection device according to claim 59, wherein the device is constituted such that the attenuating circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 252. The circuit protection device according to claim 60, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 253. The circuit protection device according to claim 61, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 254. The circuit protection device according to claim 62, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 255. The circuit protection device according to the 63rd claim, wherein the device is characterized in that the weakening circuit includes at least a vacuum in the bag 111. The paper size applies the Chinese National Standard (CNS) A4 specification (210X297 mm) ^^ 1 ^^^ 1 n ^ it ^ i— I ^ 11 1 ^ 1 — I ^^^ 1 ----- One OJ (Please read the precautions on the back before filling this page) 408556 2351TWF.DOC / 002 ABCD Employees' Cooperative Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. 6. Under the scope of patent application, one of the three in the air or in a neutral gas has a predetermined tritium resistance and at least one connected in series with the resistance.一 Capacitor. 256. The circuit protection device according to claim 64, wherein the device is constituted such that the attenuating circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 257. The circuit protection device according to claim 65, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 258. The circuit protection device according to claim 66, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas One of the predetermined resistors and at least one capacitor connected in series with the resistor. 259. The circuit protection device according to claim 67, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 260. The circuit protection device according to claim 68, wherein the device is characterized in that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 261. The circuit protection device according to the 69th claim, wherein the device is characterized in that the weakening circuit includes at least a vacuum in the bag 112 paper standards applicable to the Chinese National Standard (CNS) A4 ^ grid (2 〖 0 Father 297 mm 1 ---------- install ------ order ----- i Qi (read the notes on the back first and then fill out this page) 408556 2351TWF.DOC / 002 Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs of the People's Republic of China. 6. One of the three predetermined resistors in the air, or one of the three in the neutral gas under the application for a patent, has a predetermined resistance and at least one capacitor connected in series with the resistor. 262. The circuit protection device according to claim 70, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 263. The circuit protection device according to claim 71, wherein the device is characterized in that the weakening circuit includes at least a bag in a vacuum. , In air or in a neutral gas One of the capsules has a predetermined resistor and at least one capacitor connected in series with the resistor. 264. The circuit protection device according to claim 72, wherein the device is characterized in that the weakening circuit includes at least One of the three pouches in the bag is under vacuum, in air or in a neutral gas. The predetermined resistor is at least one capacitor connected in series with the resistor. 265. The circuit protection according to claim 73 The device is characterized in that the weakening circuit includes at least one of the predetermined tritium resistor enclosed in a vacuum, in air, or one of the three in a neutral gas, and connected in series with the resistor. At least one capacitor. 266. The circuit protection device according to claim 74, wherein the device is characterized in that the weakening circuit includes at least three of the following: a vacuum envelope, an air envelope, or a neutral gas envelope; One of the capsules has a predetermined resistor and at least one capacitor connected in series with the resistor. 267. The circuit protection device according to claim 75, wherein the device is characterized by The attenuating circuit includes at least a vacuum in the envelope 113 g standard applicable Chinese National Standard (CNS) A4 specification (210X297 mm) ni ^ i ^^^ 1 ^^^ 1 I ^^^ 1 ^^^ 1 n ^ i ^^^ 1 mi a flJ (please read the notes on the back before filling in this page) 408556 235ITWF.D〇a〇02 ABCD Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs, under the scope of patent application, in the air One of the sacs neutral or in one of the three neutral gases has a predetermined tritium resistor and at least one capacitor connected in series with the resistor. 268. The circuit protection device according to claim 76, wherein the device constitutes It is characterized in that the weakening circuit includes at least one of the predetermined plutonium resistors enclosed in a vacuum, in air, or one of the three neutral gases, and at least one capacitor connected in series with the resistor. 269. The circuit protection device according to claim 77, wherein the device is characterized in that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 270. The circuit protection device according to claim 78, wherein the device is constituted such that the attenuating circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 271. The circuit protection device according to claim 79, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 272. The circuit protection device according to claim 80, wherein the device is constituted characterized in that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of them is a predetermined resistor and at least one capacitor connected in series with the resistor. 273. The circuit protection device according to the 81st claim, wherein the device is characterized in that the weakening circuit includes at least a vacuum in the bag 114 paper size applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) 11 I 111 I 1i (Please read the notes on the back before filling out this page) 408556 2351TWF.DOC / 002 Printed by the Consumers' Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 6. Under the scope of patent application, in the air or in neutral gases One of the sacs of one of the three is a predetermined resistor and at least one capacitor connected in series with the resistor. 274. The circuit protection device according to claim 82, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 275. The circuit protection device according to claim 83, wherein the device is characterized in that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 276. The circuit protection device according to claim 84, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 277. The circuit protection device according to claim 85, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 278. The circuit protection device according to claim 86, wherein the device is constituted such that the attenuating circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 279. The circuit protection device according to the 87th claim, wherein the device is characterized in that the weakening circuit includes at least a vacuum in the envelope 115 -------- dream -------- ΪΤ ------ ^ (Please read the notes on the back before filling in this page) This paper size uses the Chinese National Standard (CNS) Α4 size (210 × 297 mm) 408556 Printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs System 6. Under the scope of the patent application, one of the three in the air or in a neutral gas is a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 280. The circuit protection device according to claim 88, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas One of the predetermined resistors and at least one capacitor connected in series with the resistor. 281. The circuit protection device according to claim 89, wherein v the device is constituted such that the attenuating circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas One of the predetermined resistors and at least one capacitor connected in series with the resistor. 282. The circuit protection device according to claim 90, wherein the device is characterized in that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 283. The circuit protection device according to claim 91, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas One of the predetermined resistors and at least one capacitor connected in series with the resistor. 284. The circuit protection device according to claim 92, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 285. The circuit protection device according to claim 93, wherein the device is characterized in that the weakening circuit includes at least a vacuum in a bag 116 ^^ 1 ^^ 1 ^^ 1 ^^ 1 n ml i- t ^ i ^^ 1 ^^ 1 m \ ~ < Λ 菩 (Please read the notes on the back before filling out this page) This paper size applies to Chinese National Standard (CNS) A4 specification (210 × 297 mm) 40 2351TWF.D〇a〇02 8 8 8 8 ABCD Ministry of Economic Affairs Printed by the Consumer Standards Cooperative of the Central Bureau of Standards. 6. Under the scope of patent application, one of the three in the air or in a neutral gas has a predetermined resistance and at least one capacitor connected in series with the resistance. 286. The circuit protection device according to claim 94, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 287. The circuit protection device according to claim 95, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 288. The circuit protection device according to claim 96, wherein the device is characterized in that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 289. The circuit protection device according to claim 97, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor D 290 connected in series with the resistor. The circuit protection device according to the 98th claim, wherein the device is characterized in that the weakening circuit includes at least a bag in a vacuum, One of the three sacs in the air or in a neutral gas has a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 291. The circuit protection device according to the 99th claim, wherein the device is characterized in that the weakening circuit includes at least a vacuum enclosed in a paper of 117 paper sizes, using the Chinese National Standard (CNS) A4 specification (210X297 mm) ） 丨 I ordered (please read the notes on the back before filling in this page) 408556 2351TWF.D〇a〇02 ABCD Printed by the Shell Specimen Consumer Cooperative of the Central Sample Bureau of the Ministry of Economic Affairs 6. Under the scope of patent application, in the air Or one of the three of the neutral gases has a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 292. The circuit protection device according to claim 100, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 293. The circuit protection device according to claim 101, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 294. The circuit protection device according to claim 102, wherein the device is constituted such that the attenuating circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 295. The circuit protection device according to claim 103, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 296. The circuit protection device according to claim 104, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 297. The circuit protection device according to the 105th claim, wherein the device is characterized in that the weakening circuit includes at least a vacuum in the bag 118 paper size applicable to the Chinese National Standard (CNS) A4 specification (2IOX297 mm) ---------- Installation ------ Order ------ line (please read and read the notes on the back before filling this page) 408556 Under the scope of the patent application, one of the three in the air or in a neutral gas is a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 298. The circuit protection device according to claim 106, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 299. The circuit protection device according to claim 107, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 300. The circuit protection device according to claim 108, wherein the device is constituted such that the weakening circuit includes at least one of a bag enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 301. The circuit protection device according to claim 109, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 302. The circuit protection device according to claim 110, wherein the device is constituted such that the weakening circuit includes at least one of a capsule enclosed in a vacuum, in air, or in a neutral gas. One of the predetermined resistors and at least one capacitor connected in series with the resistor. 303. The circuit protection device according to claim 111, wherein the device is characterized in that the weakening circuit includes at least a vacuum in the bag 119. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X297). ; --------- Install ------ Order ------ Su (Please read the notes on the back before filling this page) Printed by the Staff Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 406556 AS 2351TWF.DOC / 002 · D8 VI. Under the scope of patent application, one of the three capsules in air or in a neutral gas is a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 304. According to the first The circuit protection device according to claim 112, wherein the device is constituted so that the weakening circuit includes at least one of the three encapsulations under vacuum, in air, or in a neutral gas. A resistor and at least one capacitor connected in series with the resistor. 305. The circuit protection device according to claim 113, wherein the device is characterized in that the weakening circuit includes at least a bag in a vacuum, in air, or In neutral gas One of the three is a predetermined resistor and at least one capacitor connected in series with the resistor. 306. The circuit protection device according to claim 114, wherein the device is characterized in that the weakening circuit includes at least One of the sacs in the bag under vacuum, in air or in a neutral gas has a predetermined rubidium resistor and at least one capacitor connected in series with the resistor. 307. The circuit according to claim 1 The protection device, wherein the structure of the circuit protection device is characterized in that the circuit is an electronic circuit which is mounted on a printed circuit board and has a variety of components. The circuit protection device includes at least: a box opened to one end thereof, containing the liquid Semiconductor material; and an electronic circuit protective cover made of plastic material, which is integrated with the electronic circuit, wherein the protective cover is immersed in a liquid semiconductor material, and the protective cover can ensure the tightness of the liquid semiconductor material container. 308. The circuit protection device according to the second claim, wherein the electric 120 -------- lt ------, 玎- ----- Φ. (Please read the notes on the back before filling this page) This paper size is applicable to Chinese National Standard (CNS) A4 (210 X 297 mm) 408556 Printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs The composition of the road protection device for patent application is characterized in that the circuit is an electronic circuit mounted on a printed circuit board and composed of various components. The circuit protection device includes at least: a box opened to one end of the circuit protection device. Liquid semiconductor material; and an electronic circuit protective cover made of plastic material, which is integrated with the electronic circuit, wherein the protective cover is immersed in the liquid semiconductor material, and the protective cover can ensure the tightness of the liquid semiconductor material container. . 309. The circuit protection device according to claim 3, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board and having a variety of components. The circuit protection device includes at least: A box opened to one end thereof contains the liquid semiconductor material; and an electronic circuit protective cover made of plastic material is integrated with the electronic circuit, wherein the protective cover is immersed in the liquid semiconductor material, and the protective cover is The tightness of the liquid semiconductor material container can be ensured. 310. The circuit protection device according to claim 4, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board and having a variety of components. The circuit protection device described above is at least Contains: a box opened to one end of the box, containing the liquid semiconductor material; and an electronic circuit protective cover made of plastic material, and the electronic circuit 121 ------- j I installed ------ Order ------ Line (Please read the precautions on the back before filling this page) This paper size applies to Chinese National Standard (CNS) A4 (210X297 mm). 556 2351TWF, DOC / 002 408556? «. M 6. The scope of the patent application is a whole, in which the protective cover is immersed in the liquid semiconductor material, and the protective cover can ensure the tightness of the liquid semiconductor material container. 311. The circuit protection device according to claim 5, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board and having a variety of components. The circuit protection device includes at least: A box opened to one end thereof contains the liquid semiconductor material; and an electronic circuit protective cover made of plastic material is integrated with the electronic circuit, wherein the protective cover is immersed in the liquid semiconductor material, and the protective cover is The tightness of the liquid semiconductor material container can be ensured. 312. The circuit protection device according to claim 6, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board and composed of various components. The circuit protection device includes at least: A box opened to one end thereof contains the liquid semiconductor material; and an electronic circuit protective cover made of plastic material is integrated with the electronic circuit, wherein the protective cover is immersed in the liquid semiconductor material, and the protective cover is The tightness of the liquid semiconductor material container can be ensured. 313. The circuit protection device according to the first claim, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board with multiple components integrated, and the circuit protection device includes: 122 (Please read the precautions on the back before filling this page) The reverse of the booklet paper uses the Chinese National Standards (CNS) A4 specification (2 丨 0X297 mm) ^ 08556 2351TWF, DOC / 002 A8 B8 C8 D8 Economy Printed by the Ministry of Standards and Technology Bureau's Consumer Cooperatives 6. Scope of Patent Application • At least one box opened to one end of the box, which contains the electronic circuits of the above-mentioned components; and a plurality of pads, each of which includes a semiconductor material Cover made of filled plastic material. 314. The circuit protection device according to the second claim, wherein the structure of the circuit protection device is that the circuit is an electronic circuit mounted on a printed circuit board with a variety of components, and the circuit protection device includes: At least one box opened to one end of the box, the box containing the above-mentioned multi-component electronic circuits; and a plurality of pads, each of which includes a cover formed of a plastic material filled with a semiconductor material. 315. The circuit protection device according to claim 3, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board with a variety of components, and the circuit protection device includes = At least one box opened to one end of the box, the box containing the above-mentioned multi-component electronic circuits; and a plurality of pads, each of which includes a cover formed of a plastic material filled with a semiconductor material. 316. The circuit protection device according to the fourth claim, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board with multiple components integrated, and the circuit protection device includes: V 123 (Please read the precautions on the back before filling in this page), -tf This paper size is applicable to China National Standard (CNS) A4 washable (210X297 gong) 40S556 2351TWF.DOQ002 A8 BS C8 D8 Central Bureau of Standards, Ministry of Economic Affairs Employee Consumer Cooperative Co., Ltd. 6. At least one box that is open to one end of the scope of patent application, this box contains the electronic circuits of various components mentioned above; and a plurality of cushions, each of which includes a plastic material filled with semiconductor materials Forming the hood. 317. The circuit protection device according to claim 5, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board with a variety of components integrated, and the circuit protection device includes: At least one box opened to one end of the box, the box containing the above-mentioned multi-component electronic circuits; and a plurality of pads, each of which includes a cover formed of a plastic material filled with a semiconductor material. 318. The circuit protection device according to claim 6, wherein the structure of the circuit protection device is that the circuit is an electronic circuit mounted on a printed circuit board with a variety of components, and the circuit protection device includes an I At least one box opened to one end of the box, the box containing the above-mentioned multi-component electronic circuits; and a plurality of pads, each of which includes a cover formed of a plastic material filled with a semiconductor material. 319. The circuit protection device according to claim 1, wherein the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board with a variety of components, and the circuit protection device includes at least A box open to at least one end of this box, this box is 124 (please read the precautions on the back before filling this page), va This paper size is applicable to China National Standard (CNS) A4 specification (210 × 297 mm) 408556% 2351TWF .DOC / 002 C8 D8 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 6. The scope of the patent application includes: The electronic circuit with integrated multiple components, the electronic circuit including a covering layer made of an insulating dielectric material; and placed on The inner surface of the box is made of a semiconductor foam material, and the printed circuit board surface includes a covering layer made of an insulating dielectric material, and is placed next to the internal foam made of the semiconductor foam material. 320. The circuit protection device according to claim 2, wherein the structure of the circuit protection device is characterized in that the circuit is mounted on a printed circuit board and has a variety of component integration & electronic circuits. The circuit protection device includes At least one box opened to at least one end thereof, the box comprising: the electronic circuit with a plurality of component integration, the electronic circuit including a covering layer made of an insulating dielectric material; and a semiconductor bubble placed on the inner surface of the box The inner surface of the material, the printed circuit board surface includes a covering layer made of an insulating dielectric material, and is placed next to the inner surface of the semiconductor material. 321. The circuit protection device according to claim 3, wherein the structure of the circuit protection device is characterized in that the circuit is an electronic circuit mounted on a printed circuit board with a plurality of components integrated, and the circuit protection device includes at least A box opened to at least one end of the box, the box comprising: the electronic circuit with integrated multiple elements, the electronic circuit including a covering layer made of an insulating dielectric material; and a semiconductor foam material placed on the inner surface of the box Internal 塡 125 (please read the precautions on the back before filling this page) -pack., -11 The size of the paper is applicable to the Chinese National Standard (CNS) A4 (210X297 mm). The Consumers Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Yinfan 40S556 2351TWF.DOC / 002 ττ, patent application materials, the above printed circuit board surface includes a covering layer made of an insulating dielectric material, and is placed next to the internal material made of the semiconductor foam material. 322. The circuit protection device according to claim 4, wherein the structure of the circuit protection device is characterized in that the above circuit is an electronic circuit mounted on a printed circuit board with a variety of components, and the circuit protection device described above It includes at least one box that is open to at least one end of the box. The box contains: t the electronic circuit with a variety of component integration, the electronic circuit including-a covering layer made of an insulating dielectric material; and placed on the inside of the box, using a semiconductor The internal material made of foam material, and the above printed circuit board surface includes a covering layer made of an insulating dielectric material, and is placed next to the internal material made of the semiconductor material. 323. According to the circuit protection device according to claim 5, the +, gastric circuit protection device is characterized in that the above circuit is an electronic circuit installed on a circuit board with a variety of components, and the circuit protection device includes At least one box opened to at least one end thereof, the box comprising: the electronic circuit with a plurality of component integration, the electronic circuit bag _ tongue „a cover made of an insulating dielectric material; and a semiconductor used on the inside of the box The material made of foam material, and the above printed circuit board surface includes a covering layer made of an insulating dielectric material, and is placed next to the internal material made of the semiconductor material. 324. According to the sixth claim The circuit protection device, wherein the structure of the circuit protection device is characterized in that the above-mentioned circuit is installed in a printed paper of 126 paper standards (Chinese National Standard (CNS) A4 specification (21〇 × 2ί > 7)) --- -------- Select ------ t ------ 0 {Please read the notes on the back before filling this page) 40S556 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs Λ 8 2351TWF.DOQ002 C8 D8 VI. Patent application Road board with multiple components integrated electronic circuit. The circuit protection device mentioned above includes at least one box opening to at least one end of the circuit board. This box contains: The electronics with multiple component integration Circuit, the electronic circuit includes a covering layer made of an insulating dielectric material; and an internal material made of a semiconductor foam material placed on the inner surface of the box, and the printed circuit board surface includes an insulating dielectric material The cover layer is placed next to the inner material made of the semiconductor foam material. 325. The circuit protection device according to the first claim, wherein the circuit protection device is characterized in that the inner material is at least opposite to the inner material. The two surfaces of are wavy surfaces. 326. The circuit protection device according to claim 2, wherein the circuit protection device is characterized in that at least two opposite surfaces of the internal material are wavy surfaces. 327. The circuit protection device according to claim 3, wherein the circuit protection device is characterized in that internal materials are at least opposed to each other. The two surfaces are wavy surfaces. 328. The circuit protection device according to claim 4, wherein the circuit protection device is characterized in that at least two opposite surfaces of the internal material are wavy surfaces. 329 The circuit protection device according to claim 5, wherein the circuit protection device is characterized in that at least two sides of the internal material are wavy surfaces. 330. The circuit according to claim 6 Protective device, of which the 127 paper size is applicable to China National Standard (CNS) A4 specification (210X297 mm) --------- installation ------ 1T ------ 0 (please (Please read the notes on the back before filling in this page) Printed by the Employees' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 408556 A8 DO 2351TWF.D〇a〇02 C8 D8 6. The characteristics of the patent protection Fanyuan circuit protection device are internal. At least two opposite sides of the material are wavy faces. 331. The circuit protection device according to claim 319, wherein the circuit protection device is constituted by the inner surface of the box facing the wavy inner surface standing on the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 332. The circuit protection device according to the 320th claim, wherein the circuit protection device is constituted by the inner surface of the box facing the corrugated inner surface standing on the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 333. The circuit protection device according to claim 321, wherein the circuit protection device is constituted by the inner surface of the box facing the corrugated inner surface standing on the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 334. The circuit protection device according to claim 322, wherein the circuit protection device is constituted by the inner surface of the box facing the wavy inner surface standing on the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 335. The circuit protection device according to claim 323, wherein the circuit protection device is constituted by the inner surface of the box facing the wavy inner surface standing on the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 336. The circuit protection device according to claim 324, wherein the circuit protection device is constituted by the inner face of the box standing on the inside 128 paper sizes, using the Chinese National Standard (CNS) A4 specification (210X297) (%) I 1— 1— n HI n I! Order— II line (please read the note on the back ^ Γ before filling out this page) Printed by the Shell Department Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 408556 2351TWF.DOQ002 __ D8 6. The wave-shaped inner surface of the patent application scope includes a conductive covering layer. The conductive covering layer described above has a limited electrostatic potential. 337. The circuit protection device according to claim 325, wherein the circuit protection device is constituted by the inner surface of the box facing the corrugated inner surface of the inner material, including a conductive coating, The conductive covering layer described above has a limited electrostatic potential. 338. The circuit protection device according to claim 326, wherein the circuit protection device is constituted by the inner surface of the box facing the corrugated inner surface standing on the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 339. The circuit protection device according to claim 327, wherein the circuit protection device is constituted by the inner surface of the box facing the wavy inner surface of the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 340. The circuit protection device according to claim 328, wherein the circuit protection device is constituted by the inner surface of the box standing on the corrugated inner surface of the inner material, including a conductive covering layer, The conductive covering layer described above has a limited electrostatic potential. 341. The circuit protection device according to claim 329, wherein 'the circuit protection device is constituted by the inner surface of the box standing against the corrugated inner surface of the inner material, including a conductive coating, The conductive covering layer described above has a limited electrostatic potential. 342. The circuit protection device according to claim 330, wherein 'the circuit protection device is constituted by the inner face of the box standing inside 129 -------------- 11- ------- 0 (Please read the notes on the back before filling out this page) This paper size applies + National Standard (CNS) ΑΊ Specifications (210X297 mm) 408556 2351TWF.DOC / 002 ABCD Central Ministry of Economic Affairs Printed by the Consumer Cooperatives of the Bureau of Standards. 6. The wavy inner surface of the patent application scope, including a conductive coating, which has a limited electrostatic potential. 343. The circuit protection device according to claim 1, wherein the circuit protection device is characterized in that the circuit is composed of a device that includes at least a grounding connection plug or cable, and the device is at least Contains: A sleeve forms a protective ring and is placed around a connecting plug or an electrical cable, the sleeve is made of a semiconductor bubble; and near the sleeve, at least one is made of ferrite Ferrule or torus. 344. The circuit protection device according to claim 2, wherein the circuit protection device is characterized in that the circuit is composed of a device that includes at least one grounding plug or cable, and the device includes at least: A sleeve forms a protective ring and is placed around a connecting plug or an electrical cable, the sleeve is made of a semiconductor bubble; and near the sleeve, there is at least a ferrule made of ferrite Or torus. 345. The circuit protection device according to claim 3, wherein the circuit protection device is characterized in that the circuit is composed of a device that includes at least one grounding plug or cable, and the device includes at least: A sleeve forms a protective ring and is placed around a connecting plug or an electrical cable, the sleeve is made of a semiconductor bubble; and near the sleeve, there is at least a ferrule made of ferrite Or torus. 346. The circuit protection device according to the 4th claim, wherein the 130 paper size is applicable to the Chinese National Standard (CNS) A4 Regulation (210X297) 嫠 i _ .11H 'wire (please read the note on the back first) Please fill in this page again for details) 40S556 2351TWF.DOQ002 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 6. The scope of the patent application circuit protection device is characterized by a device that includes at least one grounding plug or cable The device comprises, at least: a sleeve forming a protective ring, which is placed around a connecting plug or an electric cable, the sleeve is made of a semiconductor bubble; and near the sleeve, at least one Ferrule or torus. 347. The circuit protection device according to claim 5, wherein the circuit protection device is characterized in that the circuit is composed of a device including at least one grounding connection plug or cable, and the device includes at least: A sleeve forms a protective ring and is placed around a connecting plug or an electrical cable, the sleeve is composed of a semiconductor bubble; and near the sleeve, there is at least a ferrule or ferrite Torus. 348. The circuit protection device according to claim 6, wherein the circuit protection device is characterized in that the circuit is composed of a device that includes at least one grounding plug or cable, and the device includes at least: A sleeve forms a protective ring and is placed around a connecting plug or an electrical cable, the sleeve is made of a semiconductor bubble; and near the sleeve, there is at least a ferrule made of ferrite Or torus. 131 (Please read the precautions on the back before filling out this page) Taiji Paper Ruler Reads Chinese National Standard i CNS > A4 Specification f 210X297 Gong)
TW86118032A 1997-06-24 1997-12-01 An electric circuit protecting device against interface micro-discharges TW408556B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
FR9707837A FR2765069B1 (en) 1997-06-24 1997-06-24 DEVICE FOR PROTECTING AN ELECTRICAL CIRCUIT AGAINST INTERFACE MICRODECHARGES

Publications (1)

Publication Number Publication Date
TW408556B true TW408556B (en) 2000-10-11

Family

ID=9508331

Family Applications (1)

Application Number Title Priority Date Filing Date
TW86118032A TW408556B (en) 1997-06-24 1997-12-01 An electric circuit protecting device against interface micro-discharges

Country Status (6)

Country Link
EP (1) EP0992182A1 (en)
JP (1) JP2002509645A (en)
AU (1) AU5056698A (en)
FR (1) FR2765069B1 (en)
TW (1) TW408556B (en)
WO (1) WO1998059531A1 (en)

Families Citing this family (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1183921B1 (en) * 2000-04-17 2004-01-14 NEC TOKIN Corporation High-frequency current supressor capable of being readily attached to cable or the like and earphone system using the same
FR2811510B1 (en) * 2000-07-06 2002-10-11 Electricite De France DEVICE FOR PROTECTING AN ELECTRONIC CIRCUIT AGAINST PARASITES GENERATED IN THIS CIRCUIT BY THE PHENOMENON OF INTERFACE MICRO-DISCHARGES
JP2002094281A (en) * 2000-09-11 2002-03-29 Kitagawa Ind Co Ltd Shielding structure
FR2823634B1 (en) * 2001-04-13 2003-05-30 Pierre Henri Raymond Johannet DEVICE FOR PROTECTING ELECTRICAL CONDUCTORS AGAINST INTERFACE MICROFLOWS (MDI)
FR2827116A1 (en) * 2001-07-03 2003-01-10 Pierre Johannet Interface microdischarge hi fi degradation prevention having constant electrical field placed perpendicular surface/direction use constraining electrons/support negative charge.
CN117976357B (en) * 2024-03-28 2024-06-21 厦门伊科电子有限公司 High-frequency high-power resonant inductor

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4327349A (en) * 1980-03-19 1982-04-27 General Electric Company Transformer core having charge dissipation facility
US4441038A (en) * 1980-06-30 1984-04-03 Tokyo Shibaura Denki Kabushiki Kaisha Electret device
FR2607954B1 (en) * 1986-12-04 1995-02-24 Noel Gerard METHOD OF PROTECTING AN INSTALLATION ELEMENT DIVE INTO AN SURROUNDING ENVIRONMENT AND SENSITIVE TO THE ELECTRIC, MAGNETIC AND / OR ELECTROMAGNETIC INFLUENCES PRESENT IN THIS ENVIRONMENT
US5331606A (en) * 1992-05-29 1994-07-19 Western Atlas International, Inc. Static dissipating data cable and seismic apparatus
IT1283058B1 (en) * 1996-05-22 1998-04-07 Edgardo Bianchi ELECTRICAL CABLE, PARTICULARLY BUT NOT EXCLUSIVELY FOR HIGH FIDELITY STEREOPHONE SYSTEMS

Also Published As

Publication number Publication date
EP0992182A1 (en) 2000-04-12
WO1998059531A1 (en) 1998-12-30
FR2765069B1 (en) 2001-09-07
FR2765069A1 (en) 1998-12-24
AU5056698A (en) 1999-01-04
JP2002509645A (en) 2002-03-26

Similar Documents

Publication Publication Date Title
TWI297999B (en) Hybrid speaker
TW414900B (en) Power transformer and method of winding the same
US4997992A (en) Low distortion cable
US2855467A (en) Loud speakers
US1907723A (en) Sound reproducing device
TW408556B (en) An electric circuit protecting device against interface micro-discharges
US2238915A (en) Electric filter
US1967223A (en) Vibration transmitting device
US6438250B1 (en) Method for making a conductor, or electric circuit balanced in radioelectric interference such as micro-discharge and corresponding conductor or circuit
US2119853A (en) Electric wave transmission system
JP2002526937A (en) Protection device for electric circuit against interfacial micro discharge phenomenon
CN101340074B (en) High voltage cable connector
KR200166183Y1 (en) Electric wire for shielding electromagnetic wave
CN108652706B (en) Structure of shock wave head
US8658892B2 (en) Ferroelectric field coupling device for improved noise reduction in AC power lines
TW382722B (en) Electric or electronic circuit element free from microdischarge
JP2009188917A (en) Ac power supply cable with noise filter
US1689224A (en) Radio receiving apparatus
JPH11191498A (en) High voltage power unit
CN207624425U (en) Tool graphene unloads the wire rod of disk pack coating
US314156A (en) Telephone-receiver
JP2001523382A (en) Electric cable with weak memory
US1206352A (en) Apparatus for wireless transmission of energy.
JP2008004328A (en) Receptacle plug, and power-line carrier communication apparatus
KR200294392Y1 (en) Electromagnetic compatibility filter of burial type power concent

Legal Events

Date Code Title Description
GD4A Issue of patent certificate for granted invention patent
MM4A Annulment or lapse of patent due to non-payment of fees