TW293101B - Vacuum feeding apparatus - Google Patents

Abstract

Disclosed herein is a vacuum feeding apparatus for causing a working device such as a suction pad to communicate with a vacuum port so as to enable the working device to attract and hold a work or feed it to a desired position. In the vacuum feeding apparatus, components such as a valve section, a vacuum section, a filter section, a pressure detecting section, a manifold section, etc. are produced in blocks or units respectively. These blocks indicative of the above components can selectively be used in combination. In addition, a plate mounted on a corresponding block can be used to selectively make the changeover of any one of a plurality of fluid passages defined in the block and to cut off the selected passage.

Description

經濟部屮央標準局員工消设合作社印Μ 293101 五、發明説明（* ) 發明^背晉 本發明傜關於一種真空 空進給裝置之各構件，諸 濾清器部份，一壓探測部 成各塊體或各操作單元之 各塊體被遴擇性之組合使 在各塊體内所構成之多數 路之更換或切斷。 有關類型之習用装置說 在近年來，已廣泛採用 作吸引及進給装置，藉以 人工之需求。 在有關上述之工作吸引 已使用一種噴射器粂統或 空之用，以及一種真空泵 增能而産生真空之需。例 控制閥或一電磁線圈控制 〇 然而，有關上述之習用 如果特別說明，則在需要 器聖式及真空泵型式更換 使各組成部份之裝置，諸 磁線圈控制先導閥等能互 A 6 η 6 進給裝置，更暖格而言，該真 如一閥部份，一真空部份，一 份，一枝氣管部份等均分別構 形式，因而，可使如此産生之 用，而且，可使用一連板，使 流體通路産生選擇性之流體通 明： 具有一真空之吸入塊當作一工 在工廠内自動控制操作並消除 進給装置中，在正常情況下， 型式，以供與壓縮空氣産生真 糸統或型式，以供使一真空泵 如，通常，可使用一電磁線圈 先導閥與上述兩種型式相勝結 型式中具有以下之各種問題。 時，必須以選擇性方式使噴射 。然後，再按照不同之應用而 如，一電磁線圈控制閥，一電 相更換。此時，由於各裝置是 _ 3 - (請先閲讀背而之注意事項Λ-填寫本頁) 裝- •\5 _ 線 本紙张尺度逍用中a困家樣準(CNS) 規格(210X297公;it) 81. 2. 20,000 293101 經濟部屮央楳準局貝工消"合作杜印製 五、發明説明（立） 利用許多管線或管路互相聯結而成，故其管路配置過程 是非常繁重。此外，若一真空進給裝置之尺寸被減少時 ，則多數裝置之装配工作亦可發生問題。 太發明少簡沭 本發明之主要目的是能提供一種真空進給裝置，該真 空進給裝置可提供一種簡單之管路配置過程並能以小規 模産生。 本發明之另一目的是能提供一種型式之真空進給裝置 ，在該型式中，該裝置之各餹別構件均以塊醱之形式産 生，而所産生之各塊體形式是按照需要而加以選擇，因 而，才可能達成所需要之機能。 本發明仍具有另一目的，即可提供一種型式之真空進 給裝置，其中，可將一連板插鄰近構件間之空間内，各 構件均形成塊體之形式，因而，可使各流體通路改變或 使各流體通路被切斷。 此外，本發明之另一目的是可提供一種能更精確採測 真空度之真空進給裝置。 本發明之另一目的是能提供一種能減少灰塵或類同物 之聚集，以改進有效使用壽命之真空進給装置。 本發明仍有一目的，即可提供一種真空進給装置，其 中，可導致包括一吸入塊或類同物在内之一操作装置， 使能與一真空口相連通，因而，可使該操作裝置能保持 一工件或將該工件進給至一所需要之位置上，該操作裝 -4- 裝_ --s· 線 本紙張疋度逍用中a ffl家標毕(CNS)T4規格(210X297公龙） 81. 2. 20,000 293101 Λ 6 It 6 經濟部屮央標準局KX工消费合作杜印製 五、發明説明（纟） 置包括有多數之塊體構件，每一塊體構件包含有在該構 件内所形成之通路，各通路内至少包括有一壓縮空氣進 給通路及一排氣通路，此外，在各塊體構件中之一適當 構件上至少裝設有一連板，所使用之連板可遴擇方式使 多數流醱通路中之任一條通路被更換及將所選擇之通路 切斷。 本發明之目的是使所提供之一種真空進給裝置亦包含 具有一定向控制閥之一閥件單元，以供應加壓流體及一 真空至一所需要之位置上並且可切斷相同之流體及真空 ,以及可互相更換之一連板，因而，可使一閥件機構内 所提供之一流體迴路被改變。 此外，本發明之另一目的是使所提供一種真空進給裝 置亦包括一枝氣管，以複數型式連缠設置真空進給裝置 ，該枝氣管是構成複數型式之真空進給裝置所共同使用 並用以供應流體至一所需要之位置上以及從該位置上將 流體排出。 本發明之目的可使所提供之一種真空進給裝置亦包括 有在一流體迺路中所***之一可互換連板，使閥件單元 及枝営可互相連接.因而，可使流體迴路被切斷。 本發明之另一目的是使所提供之一種真空進給裝置包 括有一止回閥並***在鄰近兩塊體構件之間，以切斷流 體猶路。 本發明仍有另一目的，即使所提供之一種真空進給裝 -5 - (請先閲誚背而之注意事項洱蜞窍本頁) 裝- -5- 本紙張尺度边用中a Η家樣準(CNS)肀4規格(210X297公：tt) 81. 2. 20,000 293101 A 6 η 6 五、發明説明（tf*) 置能被引動，以連通包括一吸入塊或類同物在内之一操 作裝置，因而，才能使該操作裝置保持一工件或將該工 件進給至一所需要之位置上，該操作裝置包含具有一定 向控制閥之一閥件單元，以供應加壓流匾及一真空至一 需要之位置上並且可切斷相同之流體及真空，一供應真 空用之一空真裝置，使能使用在該操作裝置内，以及一 濾清器，以移除導入操作裝置内流體中之雜質，因而， 可在操作装置上使用一壓力探測單元，以探測在操作裝 置上所施加之壓力，以及在各單元内組合而成之一消磬 器，以減少包括排氣聲音或類同磬音在内之噪音。 本發明仍有一目的，即在所提供之一種真空進給裝置 中，真空單元為一噴射器。 本發明之目的亦使所提供之一種真空進給装置中，真 空單元及一真空泵.可作選擇性之互相聯結。 本發明之另一目的是能提供一種真空進給裝置，其中 ，閥件組包括具有一定向控制閥之一閥件機構，以供鼴 加壓流體或真空至一需要之位置上並且可將相同之流醱 (請先閲讀背而之注意事項#填寫木S) 裝· 線 經濟部屮央標準局员工消#合作社印製 定裝使斷分条 該所，切可之 供間而被板閥 以之因路連導 ，元，通及先 元單變醴閥使 單閥改流導可 閥導之使先 ， 導先性及則而 先及擇通，因 一構選連時 ’ 之機生相變換 閥件産互改互 導閥路能統板 先在通元条連 一 及體單之及 有以流閥閥閥 具 ·使導導導 ，需，先先先 斷之板及當之 切閥連構，他 空制一機此其 真控之件因與 或向設閥.別 本紙張尺度逍用中國B家標準(CNS) T4規格(210X297公龙） 81. 2. 20,000 293101 Λ 6 Β 6 五、發明説明（Γ) 經濟部中央標準局ΚΧ工消t合作杜印製 變 中空及部在一尖 中間元方 中該件在選 ，件 改 其真以端 *有置 其空單擇。其，構斷以 置閥 路 ，或，兩環具對 -之件選路-間該切可 裝使 通 置醴斷之性並有 C置間閥以通置之及式亦 給板 體 裝流切醱彈環具上装件使可醴裝件元方 ，c進連 流 給壓空‘閥二性，面給嫌可並流給構單擇外變空一 之 進加真該第彈時斜進一 ，態數進一件選此改真第 内 空應及在及三上傾空之而狀多空之閥以，之種該 構 真供體，一第座之真座因密之真近使可路路一用 機 種以流體第有閥環種鄰，氣成種鄰可並通通供使 件 一 ，之閥設設在性 Γ其換持構一其，態體體提可 閥 供閥同 一裝裝塞彈供及互保所供及而狀流流可 ， 在 提制相及内定阻三提元板者間提元因密數數即板 致 能控將座槽固被第能單連兩件可翬，氣多多 ·連 導 是向可閥周上體在是件他使構是件換持之内的 一 會 的定並一圖份閥接的閥其並及的閥互保成元目第 不 目一上有各部當靠目在與結元目在板者構單一有 , 一 有置括在間此則一入可聯單一設連兩所件另括 是另具位包並中因座另插板相件另裝他使件閥有包 但 之元之閥槽一 ，閥之可連互閥之可其並構在仍板 , 明單要制周之面之明板該件在明板與結及使明連 變發件需控圓體锎部發連而構斷發連可聯組式發 ， 改本閥一向成閥斜端本一 .該切本一板相件方本中 統 C ,至定構該傾頭 ，内及式 ，連互閥擇 其 (請先閲讀背而之注意事項洱塡寫木頁) 本紙张尺度边用中a B家楳毕(CNS) 規格(210X297公*) 81. 2. 20,000 Λ 6 Β 6 經濟部屮央榣準局员工消伢合作杜印製 五、發明説明（U) 單元及具有一流體通路之一構件間互相聯結，該通路是 在構件内形成並可與閥件之互相連通，因此，可使閥件 單元及該構件保持氣密狀態，而該第一連板可與其他連 板互換，因而，可以遴擇方式切斷在閥件單元及該構件 間之多數通路，以及可與其他連板互換之第二連板，因 而，則可能以選擇方式實施在閥件單元内多數流齬通路 之改變，因此，第一及第二連板可互相組合並以選擇方 式構成在閥件單元内多數通路之改變。 本發明之另一目的是能提供一種真空進給裝置，該裝 置亦包括有一先導閥，當動力故障發生時，該先導閥可 保持在一致動之狀態。 本發明之另一目的是能提供一種真空進給裝置，其中 ，先導閥包括有第一及第二電磁線圈並用作一電磁線圈 控制之先導閥，首先，可致動並控制一定向控制閥，當 第一電磁線圈增能時，因而，可供應一真空，然後，再 致動並控制定向控制閥，當第二電磁線圈增能時，因而 ,可切斷真空之供應。 本發明之另一目的是能提供一種真空進給裝置，其中 ,真空單元具有在該單元内所構成之一通路，以連通一 真空口，並構成另一通路，以供導致一探測單元可探潮 施加在該真空口上之壓力，使直接與該真空口連通。 本發明之另一目的是能提供一種真空進給裝置，其中 ，在通路内裝設有一止回閥，以導致探测單元可直接與 -8 - (請先閲-背而之注意事項#場寫本頁) 裝. 線· 本紙張尺度逍用中a Β家標準(CNS) Τ4規格(210父297公釐) 81. 2. 20,000 經濟部屮央櫺準局员工消费合作杜印製 Λ 6 _ U6_ 五、發明説明（◊) 真空口相連通Q 本發明仍有另一目的，即能提供一種真空進給装置， 其中，止回閥在其閥醱内構成多數之小孔，以使在該止 固閥之上游側與其下游侧相連通。 本發明之另一目的則可提供一種真空進給裝置，其中 ，在通路上形成一雒形漸縮部份，以導致探測單元可直 接輿真空口連通，因此，該漸縮部份之半徑如其横剖面 是逐漸向一濾清器部份縮小，而且，由一彈性構件使一 球狀物靠接在該漸縮部份之一壁面上。 本發明之另一目的可能提供一種真空進給裝置，其中 ,一小直徑之通路可導致該漸縮部份之上游側及下游側 互柑連通。 本發明仍有另一目的，卽可提供一種真空進給裝置， 其中，在漸縮部份之壁面内或在球形物之表面構成各小 槽。 本發明之另一目的是可提供一種真空進給裝置，該裝 置包括有一枝管，其中，在枝管之排氣通路及噴射器之 間裝設有一止回閥，以防止廢氣經由技管之一排氣通路 而流入噴射器内。 本發明之另一目的則提供一種真空進給装置，其中， 防止空氣在閥件單元之内部流動用之一止回閥是裝設在 一通路内，該通路可連通噴射器之一壓縮空氣進口。 本發明之另一目的是能提供一種真空進給裝置，其中 (請先間讀背而之注意事項#填究本頁) 裝- -5 本紙張尺度边用中8囷家標準(CNS)甲4規格(210X297公龙) 81. 2. 20,000 293101 經濟部屮央櫺準局员工消伢合作杜印製 五、發明説明（汐） ，閥件單元包括有各密封構件，此種密封構件是臛於浮 動式膜Η並由琛狀彈性材料形成，各密封構件均***由 閥體及閥座内所構成之各内隙中。 本發明之另一目的是能提供一種宾空進給裝置，其中 ，在閥體及閥座内所構成之各内隙分別在閥體移動方向 内以定位方式移動，因而，使各浮動式膜片分別在對應 之各内隙内傾斜配合及配置。 本發明之另一目的是能提供一種真空進給裝置，該裝 置亦包括有一枝管，該技管刖包含有兩儲或多艏表面， 以供在各表面上裝設外部裝置之需，使各外部裝置經由 在技管内所構成之内部管路空間而與該枝管連通.該枝 管包括有在兩個或多儲表面内構成之流體通路並構成一 種開口狀態並能分別與外部裝置連通，此外，亦具有一 填密槽及構成整體形式之裝配内螺紋膛孔，所構成之各 瞠孔至少可舆其外部構件相聯結。 本發明之另一目的則可提供一種真空進給裝置，其中 ，枝管為整體形式並由一種合成樹脂所形成。 本發明之另一目的是能提供一種真空進給裝置，其中， .闕件單元包括有一提動閥，該提動閥偽由一閥體及一 閥座紐成，閥醱之兩端部内構成圓商槽，第一及第二彈 性環則裝設在該槽内，並具有一中間部份，一具有一傾 斜餅商之第三彈性環則固定裝配在該中間部份上，因而 ，具有對置尖頭端部之閬座，當閥體阻塞在閥座上時， -1 0- (請先閲讀背而之注意事項#塡寫木頁) 本紙張尺度逍用中a Β家樣準(CNS)甲4規格(210x297公Λ) 81. 2. 20,000 五、發明説明（f) A 6 Η 6 經濟部中央標準局Μ工消#合作杜印製 則可靠接 本發明 ，閥座為 本發明 其中，在 體通路分 察覺之通 本發明 ，該元件 器之組合 成之各流 本發明 其中，元 形式。 本發明 ,在噴射 間，因而 用可用作 本發明 其中，装 ，以供探 本發明 ，裝設在 在第三彈性琛之傾斜面上。 之另一目的是能提供一種真空進給裝置，其中 整體式並由一種合成樹脂所形成。 仍有另一目的，即可提供一種真空進給裝置， 任一單元内部所裝設之一元件則容許經由各流 別與各流體裝置連通，各流體通路則為顯明可 路。 之另 目的是能提供一種真空進給裝置，其中 由一棰透明材料形成之兩種噴嘴及擴散 兩者中之一，而在噴嘴及擴散器内所構 體通路則為顯然易見。 仍有一種目的，即可提供一種真空進給裝置， 件之本醱是由一種透明合成樹脂製成一單體之 至少為 或者為 之另一目的是能提供一種真空進給裝置，其中 器及一鄰近噴射器之一不同構件之間構成一空 ，可輿噴射器之一擴散器相連通，該空間之作 一流體之排出通路，以降低流體排出聲音。 仍有另一目的，邸可提供一種真空進給裝置， 設在鄰近噴射器之不同構件屬於一種探潮單元 測真空之用。 之另一目的刖可提供一種真空進給装置，其中 鄰近噴射器之不同構件是屬於一棰技管。 -11 各紙張尺度逍用中國困家標毕(CNS)T4規格（210X297公;«：) 81. 2. 20,000 (請先閲讀背而之注意事項#塡寫木頁) 裝· 293101 Λ 6 Β 6 經濟部屮央櫺準局员工消价合作社印51 五、發明説明（丨C〇 本發明之上述及其他目的，特擻以及優點將在所附之 申請專利範圍並參照所附之圖例並以本發明之實例詳述 於後。鼸皇之JS—1 第1圖為根據本發明之真空進給裝置，以說明組合在 一起之分解視圖； 第2麵為根據本發明之第一實例，包含一噴射器在内 之真空進铪裝置锚剖面圖； 第3圖為說明第2圖所示真空進給裝置之一流體迴路 圖； 第4Α圖及第4Β_Γ分別為第2 Β所示真空進給裝置之一 進給閥橫剖面視圖； 第5 _為真空進給裝置之第一電磁線圈控制先導閥在 稗開狀態中之橫剖面圖； 第6圖為真空進給裝置之第二電磁線圈控制先導閥在 關閉狀態中之横剖面圖； 第7圖為真空進給裝置之第三電磁線圈控制先導閥在 稗開狀態中之锚剖面圖； 第8圖為根據本發明真空進給装置内第一連板之斜視 第9Α圖及第9Β圖分別為顯示裝設在一壓力探潮單元内 一 It 0藺之部份横剖面圖； 第10圖為真空進給装置之第一電磁線圈控制先導閥在 -12- (請先閲請背而之注意事項#蜞艿本頁) 裝· 訂 線 本紙張尺度逍用中a S家樣準(CNS) 規格(210X297公龙) 81. 2. 20,000 203101 Λ 6 Ιί 6 五、發明説明（丨丨）Employed by the Employees ’Standards Bureau of the Ministry of Economic Affairs to print the cooperative ’s print M 293101 V. Description of the invention (*) Invention ^ Back to the present invention About the various components of a vacuum air feed device, the filter parts, a pressure detection part Each block of each block or each operating unit is selectively combined to replace or cut off the majority of the paths formed in each block. Relevant types of conventional devices have been widely used in recent years as suction and feed devices to meet the needs of labor. In the work related to the above, there has been a need to use an ejector system or empty, as well as a vacuum pump to increase the energy needed to generate a vacuum. Example control valve or a solenoid coil control. However, if the above-mentioned practice is specifically stated, when the device type and vacuum pump type are replaced, the components of the device, the magnetic coil control pilot valve, etc. can be mutually A 6 η 6 The feeder, in a warmer format, is really like a valve part, a vacuum part, a part, a trachea part, etc., which are configured separately, so that it can be used in this way, and a continuous plate can be used , Make the fluid passage produce selective fluid transparency: The suction block with a vacuum is used as a tool to automatically control the operation in the factory and eliminate the feed device. Under normal circumstances, the type is used to generate compressed air with compressed air. Or a type for making a vacuum pump, for example, usually, a solenoid coil pilot valve can be used to overcome the above two types. The type has the following various problems. When it is necessary to make the injection in a selective manner. Then, according to different applications, for example, an electromagnetic coil controls the valve, and an electric phase is replaced. At this time, because each device is _ 3-(please read the precautions Λ-fill in this page) installed-• \ 5 _ line paper size for easy use in a sleepy home standard (CNS) specifications (210X297 public ; it) 81. 2. 20,000 293101 The Ministry of Economic Affairs, Pyongyang Biquatorial Bureau Beigong Consumer Co., Ltd. Co., Ltd. Du Printed 5. Description of the Invention (L) It is made up of many pipelines or pipelines connected to each other, so the pipeline configuration process is Very heavy. In addition, if the size of a vacuum feeding device is reduced, problems may occur in the assembly work of most devices. The invention aims to provide a vacuum feeding device which can provide a simple piping configuration process and can be produced in a small scale. Another object of the present invention is to provide a type of vacuum feeding device, in which the various components of the device are all produced in the form of blocks, and the forms of the blocks are generated as required The choice, therefore, can achieve the required function. The present invention still has another object, that is, to provide a type of vacuum feeding device in which a continuous plate can be inserted into the space between adjacent members, and each member is formed in the form of a block, so that each fluid path can be changed Or, each fluid path is blocked. In addition, another object of the present invention is to provide a vacuum feeding device that can more accurately measure the degree of vacuum. Another object of the present invention is to provide a vacuum feeding device that can reduce the accumulation of dust or the like to improve the effective service life. It is still an object of the present invention to provide a vacuum feeding device, in which an operation device including a suction block or the like can be caused to enable communication with a vacuum port, and thus the operation device can be made Can hold a work piece or feed the work piece to a desired position, the operation is loaded -4- loaded _ --s · line paper paper for ease of use a ffl home standard Bi (CNS) T4 specification (210X297 Gonglong) 81. 2. 20,000 293101 Λ 6 It 6 Printed by KX Industrial and Consumer Cooperation Co., Ltd. of the Central Standards Bureau of the Ministry of Economic Affairs. 5. Description of the Invention (纟) The set includes a large number of block members. Each block member is included in the The channels formed in the component, each channel includes at least a compressed air feed channel and an exhaust channel, in addition, at least one connecting plate is installed on an appropriate member of each block member, the connecting plate used can be The selection method causes any one of the majority of channels to be replaced and cuts off the selected channel. The purpose of the present invention is to provide a vacuum feeder that also includes a valve unit with a directional control valve to supply pressurized fluid and a vacuum to a desired position and cut off the same fluid and Vacuum, and a connecting plate that can be replaced with each other, so that a fluid circuit provided in a valve mechanism can be changed. In addition, another object of the present invention is to provide a vacuum feeding device that also includes a branch gas tube, and a vacuum feeding device is arranged in a plurality of patterns. The branch gas tube is a common use of the vacuum feeding device that forms a plurality of types and is used for Supply fluid to a desired location and expel fluid from that location. The purpose of the present invention is to provide a vacuum feeding device also including an interchangeable connecting plate inserted in a fluid channel, so that the valve unit and the branch can be connected to each other. Therefore, the fluid circuit can be Cut off. Another object of the present invention is to provide a vacuum feeding device including a check valve and inserted between two adjacent body members to cut off the fluid path. The present invention still has another purpose, even if it provides a kind of vacuum feeding equipment -5-(please read the notes on the back page first) Er equipment-this page is used in the paper size side a Η 家Sample Standard (CNS) 肀 4 specifications (210X297 g: tt) 81. 2. 20,000 293101 A 6 η 6 V. Description of invention (tf *) The device can be activated to connect to a suction block or similar An operating device, so that the operating device can maintain a workpiece or feed the workpiece to a desired position, the operating device includes a valve unit with a certain control valve to supply a pressurized flow plaque and A vacuum to a desired position and can cut off the same fluid and vacuum, a vacuum supply device for vacuum, enabling use in the operating device, and a filter to remove the fluid introduced into the operating device Impurities, therefore, a pressure detection unit can be used on the operating device to detect the pressure applied on the operating device, and a combustor combined in each unit to reduce the sound including exhaust Noise with homophonic sound. The present invention still has an object that in a vacuum feeding device provided, the vacuum unit is an ejector. The purpose of the invention is also to provide a vacuum feeding device in which a vacuum unit and a vacuum pump can be selectively connected to each other. Another object of the present invention is to provide a vacuum feeding device in which the valve assembly includes a valve mechanism with a directional control valve for supplying pressurized fluid or vacuum to a desired position and the same The current situation (please first read the back and attention matters #Fill in the wood S) equipment · line economy Ministry of the central standard bureau employee consumption # cooperative printing and printing equipment to break up the branch, cut off for the room and be blocked by the valve Because of the way, the single-variable valve is used to change the flow of the single valve, the valve can be changed to the valve, and the valve can be guided first. The phase change valve parts produce the mutual-modification and mutual-conduction valves. The circuit board can be connected to the unit and the body unit first, and there is a flow valve valve. To guide, if necessary, first break the plate first and when The structure of the valve is cut, and he can make a single machine to set the valve for the actual control. The paper standard is not used in the Chinese B family standard (CNS) T4 specification (210X297 male dragon) 81. 2. 20,000 293101 Λ 6 Β 6 V. Description of the invention (Γ) Cooperation between the Central Standards Bureau of the Ministry of Economic Affairs, ΚΧ 工 消 t, Du Yin, the variable hollow and the Ministry in a sharp middle element Member selected from the group, which is true to change member has opposite ends thereof * select an empty one. It is constructed to set the valve circuit, or the two rings have a pair of pieces to choose the way-the cut can be installed to make the passage of the cut off, and the C-position valve is also installed for the plate body. The upper part of the flow-cut bullet ring makes it possible to install the element side, c into the flow to the pressure of the valve's two sexes, facing the parallel flow can be selected to the outside of the structure to change the empty one to add the real time Oblique into one, state into one, and choose the valve that the inner space should match with the upper and lower of the upper and lower, and the kind of real donor, the first seat is due to the closeness of the secret. The model of the road can be used for the fluid, the valve ring is adjacent, the gas is adjacent to the valve, and the supply element can be connected to the valve. It is possible to install the plug supply and the mutual protection supply, and the flow can be in the same state. In the extraction phase and the internal resistance of the three-lift board, the lift unit can be controlled by the number of the number, that is, the board can be controlled and the seat can be solidly connected. Two pieces can be blazed, a lot of gas. The connection is to the valve around the body. It is a piece of the valve that is fixed and a part of the valve within a period of time, and the valve is connected to each other. There are various ministries on the first head of Yuanmu There is a single structure with the knot element head, one is placed in between, then one can be connected to a single set, and two pieces are included. The other is a separate package and the other piece is installed because of the plug and board. The valve has the valve slot 1 of the package but the valve can be connected to each other. The valve can be connected and constructed on the still plate. The clear sheet must be made of a peripheral plate. The piece is connected with the knot and the Minglian is changed. The parts need to be controlled by the round body of the californium, and the hair can be broken and connected together. The valve has been changed to the valve oblique end. The cut is a plate and the piece is square. The system is C, and the tilting head is fixed. It ’s a good choice, please choose it (please read the notes beforehand to write a wooden page). The paper is used in the standard a B Jiayu Bi (CNS) specifications (210X297 g *) 81. 2. 20,000 Λ 6 Β 6 The Ministry of Economic Affairs, the Ministry of Economic Affairs, the Ministry of Economic Affairs and the Ministry of Consumer Cooperation cooperated to print. 5. Description of Invention (U) The unit and a member with a fluid passageway are interconnected with each other. The passageway is formed in the member and can communicate with the valve. Communication, therefore, the valve unit and the member can be kept airtight, and the first connecting plate can be interchanged with other connecting plates, therefore, the valve unit and the valve can be cut off in an alternative way Most of the passages between the parts, and the second connecting plate that can be interchanged with other connecting plates, therefore, it may be possible to implement the change of the majority of the flow path in the valve unit in a selective manner, so the first and second connecting plates can be Combining and constructing in a selective manner most of the changes in the passages in the valve unit. Another object of the present invention is to provide a vacuum feeder, which also includes a pilot valve, which can be kept in a consistent state when a power failure occurs. Another object of the present invention is to provide a vacuum feed device in which the pilot valve includes the first and second solenoid coils and is used as a solenoid-controlled pilot valve. First, the directional control valve can be actuated and controlled. When the first electromagnetic coil is energized, a vacuum can be supplied. Then, the directional control valve is actuated and controlled. When the second electromagnetic coil is energized, the vacuum supply can be cut off. Another object of the present invention is to provide a vacuum feeding device in which the vacuum unit has a passage formed in the unit to communicate with a vacuum port and form another passage for causing a detection unit to be detectable The pressure exerted by the damp on the vacuum port makes it directly communicate with the vacuum port. Another object of the present invention is to provide a vacuum feeding device, in which a check valve is installed in the passage, so that the detection unit can be directly connected to -8 This page) is installed. Line · This paper standard is used in a beta standard (CNS) Τ4 specification (210 father 297 mm) 81. 2. 20,000 The Ministry of Economic Affairs, the Central Bureau of Employee's consumption cooperation, du printing Λ 6 _ U6_ V. Description of the invention (◊) The vacuum port is connected to Q. The present invention still has another object, namely to provide a vacuum feeding device, in which the check valve forms a large number of small holes in its valve, so that The upstream side of the check valve communicates with its downstream side. Another object of the present invention can provide a vacuum feeding device, in which a tapered portion is formed on the passage so that the detection unit can directly communicate with the vacuum port. Therefore, the radius of the tapered portion is as The cross section is gradually reduced toward a filter part, and a ball is abutted on a wall surface of the reduced part by an elastic member. Another object of the present invention may provide a vacuum feeding device in which a small-diameter passage may cause the upstream and downstream sides of the tapered portion to communicate with each other. Still another object of the present invention is to provide a vacuum feeding device in which small grooves are formed in the wall surface of the tapered portion or on the surface of the spherical object. Another object of the present invention is to provide a vacuum feeding device, which includes a branch pipe, wherein a check valve is installed between the exhaust passage of the branch pipe and the injector to prevent exhaust gas from passing through the technical pipe An exhaust passage flows into the injector. Another object of the present invention is to provide a vacuum feeding device in which a check valve for preventing air from flowing inside the valve element unit is installed in a passage that can communicate with one of the ejector compressed air inlets . Another object of the present invention is to provide a vacuum feeding device, in which (please read the back and the precautions # fill in this page) to install--5 this paper standard side use the Chinese standard (CNS) A 4 Specifications (210X297 male dragon) 81. 2. 20,000 293101 Employee of the Ministry of Economic Affairs, the Central Bureau of the Ministry of Economic Cooperation, the joint printing of five. Invention description (Xi), the valve unit includes each sealing member, this sealing member is a lame The floating membrane H is formed of a Chen-like elastic material, and each sealing member is inserted into each internal gap formed by the valve body and the valve seat. Another object of the present invention is to provide a guest air feed device in which the internal gaps formed in the valve body and the valve seat are moved in a positioning manner in the valve body moving direction, respectively, so that each floating membrane The pieces are respectively obliquely fitted and arranged in the corresponding inner gaps. Another object of the present invention is to provide a vacuum feeding device, which also includes a branch tube, and the technical tube includes two storage or multiple bow surfaces for the installation of external devices on each surface, so that Each external device communicates with the branch tube through the internal piping space formed in the technical tube. The branch tube includes a fluid passage formed in two or more storage surfaces and forms an open state and can communicate with the external device respectively In addition, it also has a packing groove and a built-in internally threaded bore that forms an integral form, and each of the eyelets can be connected to at least its external components. Another object of the present invention is to provide a vacuum feeding device in which the branch tube is integral and formed of a synthetic resin. Another object of the present invention is to provide a vacuum feed device, wherein the valve unit includes a poppet valve, the poppet valve is pseudo formed by a valve body and a valve seat, and both ends of the valve are formed For the circular merchant slot, the first and second elastic rings are installed in the slot and have a middle part, and a third elastic ring with an inclined pie maker is fixedly fitted on the middle part. The tip seat at the opposite pointed end, when the valve body is blocked on the valve seat, -1 0- (please read the back to the precautions # 塡 写 木 页) This paper standard is used in a Β 家 样 准(CNS) A 4 specifications (210x297 g) 81. 2. 20,000 V. Description of the invention (f) A 6 Η 6 Central Ministry of Economic Affairs Ｍ 工 消 # Cooperate with Du Yin, the invention is reliable, and the valve seat is based Among them, in the body channel, the perceptual communication of the present invention, the combination of the component devices of the present invention, the meta form. The present invention, in the spray room, can be used as the present invention, which is installed for exploring the present invention, installed on the inclined surface of the third elastic body. Another object is to provide a vacuum feeding device in which it is integral and formed of a synthetic resin. There is still another purpose to provide a vacuum feed device, in which a component installed in any unit allows communication with each fluid device through each flow, and each fluid path is clearly accessible. Another purpose is to provide a vacuum feeding device, in which one of two nozzles and a diffuser formed of a transparent material, and the structured passage in the nozzle and the diffuser is clearly visible. There is still a purpose to provide a vacuum feeding device, which is made of a transparent synthetic resin as a monomer at least for or another purpose is to provide a vacuum feeding device in which the device and An empty space is formed between different components of an adjacent ejector, which can communicate with a diffuser of the ejector. The space serves as a fluid discharge path to reduce the fluid discharge sound. There is still another purpose, Di can provide a vacuum feed device, different components located near the ejector belong to a tide detection unit for vacuum measurement. Another objective is to provide a vacuum feeder, in which the different components adjacent to the injector belong to a pipe. -11 Various paper scales are free to use the Chinese trapped home standard (CNS) T4 specification (210X297; «:) 81. 2. 20,000 (please read the backing notes # 塡 写 木 页) installed · 293101 Λ 6 Β 6 Printed by the Employee Price Reduction Cooperative of the Central Bureau of Economics of the Ministry of Economic Affairs 51 V. Description of Invention (丨 C〇 The above and other purposes, features and advantages of the present invention will be within the scope of the patent application attached and refer to the attached legend and The example of the present invention is described in detail later. The emperor's JS-1 1st figure is an exploded view of the vacuum feeding device according to the present invention to illustrate the combination; the second face is the first example according to the present invention, including A cross-sectional view of the anchor of the vacuum feed hafnium device including an ejector; FIG. 3 is a fluid circuit diagram illustrating one of the vacuum feed devices shown in FIG. 2; FIGS. 4A and 4B_Γ are the vacuum feed shown in 2B respectively A cross-sectional view of the feed valve of one of the devices; No. 5 _ is a cross-sectional view of the first solenoid coil control pilot valve of the vacuum feed device in the barnyard open state; FIG. 6 is a second solenoid coil control of the vacuum feed device Cross-sectional view of the pilot valve in the closed state; Figure 7 is the vacuum inlet Anchor cross-sectional view of the pilot valve of the third solenoid coil control barnyard in the barnyard opening state of the device; Figure 8 is a perspective view of the first connecting plate in the vacuum feed device according to the present invention. A partial cross-sectional view of an It 0 lin in a pressure tide detection unit; Figure 10 is the first solenoid coil control pilot valve of the vacuum feed device at -12- (please read the back to the precautions # 蜞(This page) Binding · Stranding paper size in the use of a S home sample standard (CNS) specifications (210X297 male dragon) 81. 2. 20,000 203101 Λ 6 Ιί 6 5. Description of the invention (丨 丨)

關閉狀態中之横剖面圃：第1〗圖為宾空進給裝置之閥件组部份横剖面圃； 第12圃為真空進給裝置之第二電磁線圈控制先導閥在 在在裝 .，歧 閥 閥 給 圖；同 導 導 進 視圖相 先 先 空 路視的 制 制 真 迴斜圖 控 控 明 體管17 圈 圈 説.-流晈第 综 線 以圖之之之 磁 磁 ，面置置置 電；電 例剖装裝裝 一圖三 實横給·给給 第面第 二之進進進 之剖之 第泵空空空 ; 置横置；之空真真真 ； 圖裝大装圖明真示明明圖 面给放給而發 一所發發視 剖進份進剖本有圖本本斜 横空部空横據設15據據的 之宾之真之根裝第根根側 中為中為中為部為為為反 態圖態圖態圖外圖圖圖相 狀13狀14狀15其161718之 開第閉第閉第在第第第上 啓關 間置 管 (請先nil讀背而之注总事嗖孙填苒木頁} 經濟部中央梂準扃cs：工消ίϊ·合作社印si 型 .， 圖 空 空 應 •圖 視 真 真 對面 斜型型 管；剖 板 應 應 技画横 連 對 對 示視直 二 管；管 顯斜垂 第 技圖技 以之之.，之 一視一 .器置元置 .路， 例射裝單裝 例迴例 贲噴給聲铪 宵體實 三一進消進 四流五 第有空一空 第之第 之設真有真 之器之 明中型設明 明射明 發其應裝發 發噴發 本在對内本 本設本 搣及管管捩 據裝據 根置技枝根 根所根 為裝為一為 為及為 圖給阃在圖 圖置圖 19進20,2122裝23 第空第中第 第給第 真其 .，進 本紙張尺度边用中Η Η家榀毕（CK5) Τ4規怙（210x297公«：) 81. 2. 20,000 293101 A 6 116 經濟部屮央橾準局貝工消费合作杜印製 五、發明説明（α) 進給裝置及所裝設噴射器之流醴迺路視圖； 第24圖為根據本發明真空進給裝置之第三連板斜視圖 第25圖為根據本發明之第六實例，一枝管對窸型真空 進給裝置及所裝設噴射器之流體迴路視圖； 第26圖為根據本發明真空進給裝置之第一功能板正視 圖； 第27圃為沿第26圖剖面線Α-Α之真空進給裝置第一功 能板之横剖而圖；^ 第28圖為根據本發明真空進給装置之第一功能板後視 第29圖為根據本發明之第七實例，一真空進給装置及 所装設噴射器之流體迴路視圖； 第30圖為根據本發明真空進給裝置之第二功能板正視 圖； 第3〗圖為根據本發明之第八實例，一真空進給裝置及 所装設外部真空泵之流體迺路視圖； 第3 2_為根據本發明真空進給裝置之第三功能板正視 圃； 第33_為根據本發明真空進給裝置之第四功能板斜視 第34圖為根據本發明之第九實例，一真空進給裝置及 所裝設噴射器之流體迴路視圖； ~ 1 4 " (請先閲讀背而.之注意事項再项窍本頁) 裝· 線 本紙張尺度逍用中a國家樣準(CNS)甲4規格（210X297公;«：) 81. 2. 20,000 293101 經濟部屮央標準局员工消费合作杜印製 五、發明説明（θ) 第35圖為根據本發明真空進給裝置之第五功能板斜視 第36圖為根據本發明之第十實例，一真空進給裝置及 所裝設噴射器之流體迴路視圖； 第37圖為與第一至第十實例不同之本發明另一實例之 垂直横剖而围；及 第38圖為輿第37圖所示實例及第一至第十實例不同之 本發明另一實例之垂直橫剖面圖。 各實例之詳述. 參考第〗圈，玆將以圖解方式說明根據本發明真空進 給裝詈之組合情況，至於各値别組合之真空進給装置之 功能及橾作將容後說明。 如在第1圖中所示，組成本發明之各閥件，真空元件 ，濾清器單元等均分別在造形上構成每一種功能之方塊 或單元之形式例如，在其中所使用可供應加壓流體及 真空以及切斷其供應之各閥件單元刖為雙電磁線圈型之 閥件單元1〇a , —氣動閥件單元10b , —正常開口之閥 件單元10c ,而各單元均可互相相容。 並在各閥件單元l〇a至10c之每一單元上均裝設有一 功能板12a ,可使一内部流體迺路改變此外，亦使用 一逋板14a ,使各鄰近之單元能互相在一封閉狀態下連 接。而且，亦可使用一噴射器〗6作一真空單元。 此外，濾清器g元20a, 20b刖分別輿一壓力探测單元 -1 5- (請先閱讀背而之注意事項洱填寫木頁) 裝· .1° 線 本紙張尺度边用中國8家標準(CNS)IM規格(210x2別公；«：) 81. 2. 20,000 ΙΪ 6 五、發明説明（丨屮) 經濟部中央標準局KX工消t合作杜印製 18形成一整體，因而，可具有相容性。 若所提供之真空進給裝置是採取多數形式之連續性， 刖必須使用一枝管2 2。 此棰元件均可視所使用之目的而適於互相組合在一起 〇 玆舉例説明如何將各單元組合在一起而實際裝配成一 真空進給裝置。首先，則説明一種噴射器型之真空進給 裝置24a ，該真空進給装置包括有雙電磁線圈型之閥件 翬元10a ，連板14a ,噴射器16及與壓力探測單元18形 成一整體之濾清器20a ，如在第1圖中所示。真空進給 裝置24a之結構如在第2圖及第3圖中所示。更特別之 結構為閥件翬元l〇a具有構成矩形之一閥件機構26。在 閥件單元〗0 a之上部份上面刖用螺釘裝設有一電磁線圈 梓制先導閥單元29。連板14a刖裝設有閥件機構16之一 倒而t並與該側面相靠接。在扁平連板14a上靠接有一 镇密物，使閥件機構26及連板14a被保持在氣密狀態。 閥件機構26具有一進給口 30，供一先導閥用之一進給口 32, —真空斷路口 34及供一先導閥用之一排放或排氣口 3 6.所有各口均在從下面所視閥件機構26之另一攧面上 形成，此外，在鄰近進給口 32及真空斷路口 34之位置内亦 形成帶有内螺紋之各孔或瞠孔。在實質上組成一氣流控 制閥之一閥體38刖以螺紋與其對應之内螺紋瞠孔相接合 。闕件機構26具有一種兩口 /兩位置型之進給閥40及位 -16" 本紙张尺度遑用中a a家標毕(CNS) TM規格（2丨0父297公釐） 81. 2. 20,000 經濟部屮央標準局员工消赀合作社印^ A 6 _Π6_ 五、發明説明（丨艾） 於内部之一真空斷電器或真空斷路閥42,進給閥及斷路 閥之各軸向刖在與第2圖圖面之垂直方向伸長。此外， 閥件機構26亦具有在該機構内構成之各線路或通路，以 導致進給閥40,真空斷路閥42,各値別口 30，32, 34, 36,電磁線圈控制闕單元29以及連板14a能互相連通。 在各通路中之一通路内設有一止回閥43a並與進給口 32 相連通，當饜縮空氣之供應被停止時，則可使用止回閥 4 3a ，使在閥體上所供應之壓力能保持一段所需要之較 長時間。 玆參照第4A_及第4B圜説明進給閥40之結構。進給閥 40包括有一閥體44及一閥座46。.第一及第二彈性環50, 52刖分別裝設在閥體44在其兩端内所構成相對鼴之圖周 槽48内。此外，具有一傾斜而之第三彈性環54刖裝設在 閥體44之一中間部份内，如以上所述結構中之進給閥40 内，從電磁線圈控制先導閥單元29中所供應之流體刖進 給至第一先導室56或進給至第二先導室58，因而，可使 閥體44在所需要之方向内位移，因此，可切斷各空間60 ,62之間之連通或導致各空間之間之連通。真空斷路閥 42在實質上亦具有與進給閥40相同之造形。第4B匾則顯 示，若從第4A圖視之，閥體44己位移至左邊方向内。顯 然，第4B蘭已表示第三彈性環54已從其環座部份上離開 ，使壓縮空氣能流入空間62内。 此種型式之先導閥，即進給閥40則在其結構中必須使 -1 7 - (請先閱讀背而之注愈事項#塡寫本頁) 裝· 訂_ 線 本紙張尺度逍用中國S家標準(CNS)T4規格(210X297公龙） 81. 2. 20,000 經濟部屮央標準局貝工消#合作社印3i A 6 _n_6___ 五、發明説明（Il?) 用黃油，以潤滑及容易引動一正常之先導閥，因而，亦 可能使其排氣較為清潔。 電磁線圈控制先導閥單元29是位於閥件機構26之上面 並具有第一及第二界面27, 28及在各界面間之一填密物 β3,該先導閥單元29具有第一，第二及第三電磁線圈控 制先導閥64, 66, 68，毎一先導閥均用以執行閥件機構 26中進給閥40及真空斷路閥42之開/關操作，而每一先 導閥均靨於一種五口 /兩位置型式。 第5 _所示，基本上，第一電磁線圈控制先導閥64包 活有一雷磁控制閥70a ，一閥座部份72a ，先導閥之一 主賻74a ,及一端板76a ,閥座部份72a具有第一口 78a ,第二口 80a .第三口 82a ,第四口 84a及第五口 ，各口均在該閬座部份内構成並分別與排放口 36， 進給閥40之第二先導室58,進給口 32,進給閥40之第一 先導室5 6及排放口 3 6相連通。 如第β圖所示，基本上，第二電磁線圈控制先導閥66 之構造輿第一電磁線圏控制先導閥64之構造相似。然而 ，因為第二電磁線圈控制先導閥66之一主體74b被固定 ，故第二口 80b及第四口 84b均被封閉。而在主體74b 内構成在中心之一貫穿孔88。 在第一及第二電磁線圈控制先導閥64, 66内各端板 76a , 76b中所構成之先導室90a , 90b均經由一小孔 92而互相連通。 -18- (請先閲讀背而之注意事項再塡寫木頁) 裝. 線 本紙张尺度逍用中國圉家樣準（CNS)甲4規格（210x297公；») 81. 2. 20,000 293101 Λ 6 η 6 經濟部屮央標準局员工消伢合作杜印製 五、發明説明（〆）） 如在第7圖中所示，基本上，第三電磁線圈控制先導 閥68之構造在實質上亦與第一電磁線圈控制先導閥64之 構诰相似《然而，其互相不同之處是在於第三電磁線圈 梓制先導閥68之一主體74c及一端板76c之形狀與第一 雷磁線圈控制先導閥64有所差異，並有端板76c之一先 導室90c輿一閥座部份72c之一通路130相連通。 庸平連板14a之一側面與閥件機構26相靠接，而其另 一槲而刖靠接在噴射器16上。如第8圖所示，連板14a 具有在該板内所構成之第一孔94,以導致進給閥40及噴 射器互相連通，而第二孔98刖可導致真空斷路閥42及一 真夺口 36互相連通，此點將容後說明，以及六値第三孔 100 ，以供帶螺紋之螺栓之用。 如在第2 _中所示，噴射器16之形狀為一矩形並在其 内制設有一已知孔徑之噴嘴102 ，以及與噴嘴102構成 溥鏞部份之一擴散器104 擴散器104則經由一消聲器 108而輿外制連通，該消聲器108係由消聲元件所組成 ,而消磬元件是由含有活性碳之濾器所構成，以消除流 體中之氣味，擴散器104之形狀為一箱形並在其一钿敞 開、、擴散箱之開口或孔徑可用一蓋105封閉或遮蓋，該 蓋10 5刖在蓋内構成多數在相等間隔内之圓柱缝隙103 在噴射器16上而裝設有一壓力探測單元18,以供探潮 真空之用並在真空之基礎上産生所需要之信號，因而， -1 9- (請先閲讀背而之注意事項#填寫本頁) 裝< 線 本紙尺度逍用中國困家樣準（CNS)T4規格（210X297公;») 81. 2. 20,000 Λ 6 Η 6 經濟部中央榣準局员工消伢合作杜印姐 五、發明説明（丨及） 可控制一操作裝置，以及一真空口單元21。壓力探潮單 元18之形狀為一箱形並在其中裝設有一真空開關110 。 該真空開關最好構成一電阻型之半導體壓力澜感器 或一電容型之半導髏壓力測感器，並由一真空發生器單 元106猙由一輿真空口 96連通之通路而探測所發展之真 宰，因而，可産生控制操作装置用之信號。並在諸如一 彈件襯底之基餍〗9上面裝設一徹型電腦，例如，單一半 導體薄Η撤型電腦並裝設在壓力探測單元18之内钿，該 徹型電腦被引動後，可從一電子壓力潮感器上接收一輸 出信號，因而，則可能提供並實施以下之功能，例如， 一甩力設定，鼷力調整，聱報之，發生/停止，開/鼷操作 ，磁帶之移除，波型之改變，在一真空發生單元内一内 部狀態監捽器之故障預知以及控制真空發生單元之整値 操作狀態。撤犁電腦亦可按照一程式而自動預先起動， 以自動設定開/關操作，並在微型電腦起動之後，按照 另一剷感器所探測之壓力而反餿一信息之改變，因而， 可自動將預置數值改變為其他之數值。此外，亦可能對 使用模糊邏輯之操作吸引狀態實施預知之控制。此外， 有關上述之各功能亦可提供數字顯示，諸如，無圈解説 明之液晶顯示體（彩色液晶顯示體LCD ),無圖解說明 之發光二楝管（LED)等，在壓力探潮單元18及真空口單 元2〗間之界而内放置一濾淸器114 。如第9A圖所示，一 靥狀及彈性It回閥115則裝設在該濾清器114上。止回 -20- (請先閲讀背而之注意亊項#填寫木頁) 裝- 訂* 本紙張尺度逍用中®國家«準（CNS)肀4規格（210X297公度） 81. 2. 20,000 293101 Λ 6 Π6 經濟部中央標準局A工消费合作杜印製 五、發明説明（θ) 閥11 5在闕内構成許多小孔117 。第9Β圖則表示止回閥 115之另一種實例，在該實例中，止回閥115具一已減 或按比例编小部份〗15a,該部份具有其樓剖面部份縮滅 成一錐形之通路。在該已滅部份115a上面則由一彈簧 115b之镡件力迨使一球狀物115c緊密靠接。此外，該止 冋闕亦在閥内構成一小直徑之通路，以導致已減部 份U 5 a之上游制及下游側互相連通。 真空口單元21之形狀為一矩形之形式並具有一通路 118 ，該通路則輿由彈性材料形成一止回閥116及濾清 器翬元20a相連通，該通路118是位於噴射器16餅面並 從真空口單元21之一倒面上伸長，，而在該通路之另一倒 而h刖形真空口 96„此外，真空口單元21亦在該單元内 構成一通路112並經由真空口 96而與壓力探測單元18相m m , 濾清器單元20a刖位於騮力探掛I單元18之附近並固定 在鼷力探潮單元〗8及真空口單元21上。應清器單元20a 具有由一透明蓋〗20所封閉或遮蓋之一濾體122 。濾清 器華元2 0 a之濾體1 2 2刖位於該單元内，並由一控制構 件〗26固定在真空口單元21上，該控制構件126具有在 其前端構成螺紋槽之一螺栓124 。因此，濾醱122可以 铒另一濾髏更換，僅將該控制構件126螺旋轉動即可。 濾髁122及濾清器114可以採用一種吸油元件，以移 除從真空口 96進入之油料，亦可採用一種疏水性元件， -21 - (請先閱讀背而之注意事項#埙寫木頁) - 本紙張尺度逍用中a國家樣準（CNS)肀4規格(210X297公;«：) 81. 2. 20,000 五、發明説明（）9) 經濟部屮央榣準局员工消许合作杜印t 以消除所供應之濕氣或水份，甚至可採用諸如含氟之樹 贈膜，空心紗等具有水份分離作用之元件，因此，可使 各閥件，真空開鼷，消聲器等不致受潮或水份之滲入。 此外，亦可裝設一種排洩裝置，以供將濕氣或水份移除 之用。在國中以131所禳示之參考數字則代表一螺旋彈 餐，以向h加力於包括闊體44在内之一人工操作之控制 構件132 ,至於參考數宇133則代表一止動器，以阻止 該捽制構件1 3 2向上超過一已知位置或更高之位置。随 便一提，控制構件132之目的將説明於後。換言之，該 梓制構件132是由操作員用手指向下壓，使構成一體之 閥醱44降低，因而，可證實主醴74a已進入一種操作之 狀態並導致一通路130 ，一先導室152a及一孔134均互 相薄通 如以上所述結構之真空進給装置24a , Η將其操作方 式説明於後。 首先，在_中未猞出之壓縮空氣進給源，諸如一壓縮 機刖被增能，以導使壓縮空氣連缠地通過閥件單元l〇a 之淮給口 3 2及閥件機構26之内侧，因而，可到達第一電 磁線阇控制先導閥64之第三口 82a 。當電磁線圈控制閥 70a被去能時，刖第三口 82a輿第四口 84a相連通（參 考第】0圖）。因此，加壓流體首先通過第四口 84a ,然 後，再經由一通路128而到達進給閥40之第一先導室56 ，因而，將進給閥40關閉（參考第U圏 >。在另一方面， -22- (請先閲讀背而之注意苹項洱填寫本頁) ·- 本紙張尺度逍用中®國家«準（CNS)肀4規格（210x297公*) 81. 2. 20,000 五、發明説明（>ί) 經濟部屮央標準扃β工消赀合作社印51 加壓流皚亦經由通路130玻輸送至電磁绨圈控制閥70 a 之第一通路〗36内並從第三口 82a進入控制構件132周 爾所構成之孔134内。 當一操作將被一吸人塊所吸引並進给至一所需要之位 置時則電磁線圈控制閥70a被增能。更明確而言，一動鐵 或動件13 8則向上移動至在向上方向内之一座件140上 .因而，可從一閥座142上分離。因此，第一通路136 猙由一通路144及一環狀空間146而與第三通路148相 逋通（參考第5圖）„其结果，刖使壓缩空氣到逹第三通 路148 ，然後，再通過在控制構件132周圍形成孔134 之一下部份以及一開口或膛孔150而到達先導室152a, 因而，可使主髖74a在圖面内之右Μ方向内移動（參考 第5圖）„直到此時.在端板76a之先導室90a内之空 氣可猙由孔92而到逹第二電磁線圈控制先導閥66之先導 宰90b内。此外，空氣亦通過第二電磁線圈控制先導閥 66存其主體74b内之貫穿孔88及控制構件132之開口 150 麵麵 .冈而，可到達一電磁線圈控制閥70b之第三通路148 λ其後，空氣經由第二通路154 ，通路156及一凹面部 份，PJ1 —内隙158而到達.第五口 86b .然後，通過在闊 件機構26内所構成之通路，因而，被排出並進入排氣口 36内（參考第6圖}。 因此，第一電磁狳圈控制先導閥64之主體74a是在圖 中之右側方向内位移。第三口 82c輿第二口 80a相連逋 -23- (請先閲讀背而之注意亊項再项裒本頁) 本紙張尺度边用中Η困宋烊準(CNS) Τ4規格(210x297公:¢) 81. 2. 20,000 經濟部屮央標準局员工消费合作杜印製 Λ 6 U6_ 五、發明説明（^勺 ，然而，第四口 84a刖與第五口 86a相連通。因此，供 應至第三口 82a之加壓流體刖經由通路160而從第二口 81a流入第二先導室58,因而，可使進給閥40在圏中之 左御I方向内位移（第1〗圖）。換言之，閥體44是在左例方 向内位移，使第三彈性環54從其閥座46上離開，因而， 可導各空間60, 62互相連通，故能使進給閬40啓開（參 考第4圖）。直至此時，在第一先導室56内之空氣才能 經由通路128導入第四口 84a ,因而，可經由第五口 86 a·而排放淮入排氣口 36(參考第5圖及第11圖）。 因為進給閥40是在此種方式中被啓開，故使閥件單元 10a之進給口 30輿噴射器16互相連通（第3圖）。因此， 在噴射器16内發展成一真空，因而，可啓開由癉性材料 製成之出网閥116 ,使一吸入塊内吸入或油入空氣，因 而，可吸引或保持一操作。換言之，在真空口 96侧之空 氣可流入濾體122 ,供移除灰塵之用並通過通路118 , 以稗開ihP閥U6 ,其後，空氣通過真空發生器單元 106 ,因而，可被擴散器104所吸入。 苜至此時，壓力探測單元18之真空開醑110可經由從 裒夺口 96伸長之通路1〗2測量在真空口 96内所發展而成 之一真空度並輿該壓力探潮單元18相連通，因而，可産 生有閜真空度之一輸出信號，因此，可根據該信號而控 制一工作裝置。 在另一方而，從真空口 96吸入擴散器104内之空氣及 -24- (請先閲讀背而之注意事項#塡寫本頁) 裝< 線· 本紙張尺度遑用中國國家標準（CNS)肀4規格（210X297公龙） 81. 2· 20,000 η 6 五、發明説明（q)Cross-section nursery in the closed state: the first picture is a partial cross-section nursery of the valve assembly of the bin air feed device; the 12th nursery is the second solenoid coil control pilot valve of the vacuum feed device is being installed., The manifold valve is given to the picture; the first is the same as the guide view, and the first is the empty view. The control is made by the oblique view. The control of the body tube is 17 circles. -The flow of the second heald is based on the magnetism of the picture. Electricity; electrical installations, cut-out installation, one figure, three horizontal and horizontal feed and feed-out sections, the second-in, second-in, forward-cutting section, empty and empty; set horizontally; empty and true; It shows that the picture is given to a person, and that a piece of hair is distributed, and that there is a picture, a picture, a book, an oblique horizontal space, an empty horizontal data, and 15 according to the true root of the guest. The root root is middle. The middle part is for the inverse state of the state of the state of the state of the image, the shape of the shape, the shape of the shape, the shape of the shape, the shape of the shape, the shape of the shape, the shape of the shape, the shape of the shape, the shape of the shape, the shape of the shape 14 and the shape 15 and the opening and closing of the 161718. Note: General Affairs: Sun filled the wood pages} Central Ministry of Economic Affairs css: Gong Xiaoli · Cooperatives printed si type., The picture is empty and empty The board should be horizontally connected to the two pairs of straight lines for the technical drawing; the tube is slanted and the first technical drawing is based on it. One is based on one device. The device is placed on the road. For the sound of hafnium, the body, the body, the body, the body, the space, the space, the space, the space, the space, the space, the space, the space, the space, the space, the space, the space, the space, and the space. According to the installation, according to the root of the technology, the root of the root is installed as a behavior and as a picture. In the picture, place the picture 19 into 20, 2122 install 23, the empty space, the first to the real., Enter The size of this paper is used in the middle Η Η 戀戀 Bi (CK5) Τ4 regulation (210x297) «:) 81. 2. 20,000 293101 A 6 116 The Ministry of Economic Affairs, the Ministry of Economic Affairs, the Central Bureau of Industry and Fisheries Cooperative Printing Co., Ltd. du printing 5. The description of the invention (Α) View of the feed device and the flow path of the installed injector; Figure 24 is a perspective view of the third connecting plate of the vacuum feed device according to the present invention. Figure 25 is a sixth example according to the present invention. Tube-to-tube type vacuum feeding device and fluid circuit view of the installed ejector; Figure 26 is the first functional board of the vacuum feeding device according to the present invention Front view; No. 27 is a cross-sectional view of the first functional board of the vacuum feeding device along the section line A-Α of FIG. 26; ^ FIG. 28 is a rear view of the first functional board of the vacuum feeding device according to the present invention Figure 29 is a seventh example of the present invention, a vacuum feed device and a fluid circuit view of the installed ejector; Figure 30 is a front view of the second functional board of the vacuum feed device according to the present invention; The figure is the eighth example according to the present invention, a vacuum feeder and a fluid channel view of the external vacuum pump installed; No. 3 2_ is a front view of the third functional board of the vacuum feeder according to the present invention; No. 33_ Oblique view of the fourth functional plate of the vacuum feed device according to the present invention. FIG. 34 is a ninth example of the present invention, a fluid view of a vacuum feed device and the installed ejector; ~ 1 4 " (please first Read the notes on the back. Re-entry this page) Packing · The size of the paper in the Chinese standard (CNS) A 4 specification (210X297; «:) 81. 2. 20,000 293101 Ministry of Economic Affairs Standard Printed by the bureau employee consumer cooperation V. Description of invention (θ) Picture 35 is the root Oblique view of the fifth functional plate of the vacuum feeding device of the present invention. FIG. 36 is a view of the fluid circuit of a vacuum feeding device and an installed ejector according to the tenth example of the present invention; FIG. 37 is the first to tenth The vertical cross-section of another example of the present invention with different examples is enclosed; and FIG. 38 is a vertical cross-sectional view of another example of the present invention different from the example shown in FIG. 37 and the first to tenth examples. Detailed description of each example. With reference to the first circle, the combination of the vacuum feed device according to the present invention will be illustrated graphically. The functions and details of each combined vacuum feed device will be described later. As shown in the first figure, the valves, vacuum elements, filter units, etc. that constitute the present invention are respectively shaped in the form of blocks or units for each function. For example, they can be used to supply pressure The fluid and vacuum and each valve unit that cuts off its supply are double solenoid coil type valve unit 10a, —pneumatic valve unit 10b, —normally open valve unit 10c, and each unit can be relative to each other. Content. And each valve unit 10a to 10c is equipped with a functional plate 12a, which can change an internal fluid path. In addition, a plate 14a is also used, so that the adjacent units can be integrated with each other. Connected in a closed state. Moreover, an ejector can also be used as a vacuum unit. In addition, the filter g element 20a, 20b and the pressure detection unit-1 5- (please read the notes beforehand and fill in the wooden page). Packing · .1 ° line paper size using 8 Chinese standards (CNS) IM specification (210x2 Bie Gong; «:) 81. 2. 20,000 ΙΪ 6 V. Description of the invention (丨 屮) KX Gongxiaot cooperated with the Central Standards Bureau of the Ministry of Economic Affairs to produce 18 as a whole, therefore, it can have compatibility. If the vacuum feeder provided is in continuity in most forms, a tube must be used. These elements can be combined with each other depending on the purpose of use. Here is an example of how to combine the units together to actually assemble a vacuum feed device. First, an ejector-type vacuum feed device 24a will be described. The vacuum feed device includes a valve element 10a with a double solenoid coil type, a connecting plate 14a, an ejector 16 and a pressure detection unit 18 as a whole The filter 20a is as shown in Fig. 1. The structure of the vacuum feeding device 24a is shown in Fig. 2 and Fig. 3. A more specific structure is that the valve element 10a has a valve element mechanism 26 that constitutes a rectangle. On the upper part of the valve unit 0 a, a solenoid coil is installed and a pilot valve unit 29 made of Azusa is installed. The connecting plate 14a is provided with one of the valve member mechanisms 16 and is in contact with the side surface. A ballast is abutted on the flat connecting plate 14a, so that the valve member mechanism 26 and the connecting plate 14a are kept in an airtight state. The valve member mechanism 26 has a feed port 30, a feed port 32 for a pilot valve, a vacuum interrupt port 34, and a drain or exhaust port 3 for a pilot valve 6. All of the ports are from As seen below, the valve member mechanism 26 is formed on the other surface of the valve. In addition, holes or grooving holes with internal threads are also formed in the positions adjacent to the inlet 32 and the vacuum interrupter 34. One of the valve bodies 38, which essentially constitutes an air flow control valve, is threadedly engaged with its corresponding internally threaded bore. The mechanism 26 has a two-port / two-position type feed valve 40 and position -16 " This paper standard uses CNA TM specifications (2 丨 0 father 297 mm) 81. 2. 20,000 Printed by the Cooperative Society of the Employees ’Bureau of the Central Standards Bureau of the Ministry of Economic Affairs ^ A 6 _Π6_ V. Description of the invention (丨 Ai) In one of the internal vacuum interrupters or vacuum interrupt valves 42, the axial directions of the feed valve and the interrupt valve are in contact with each other. The drawing in Figure 2 extends vertically. In addition, the valve mechanism 26 also has various lines or passages formed in the mechanism to cause the feed valve 40, the vacuum interrupter valve 42, each port 30, 32, 34, 36, solenoid coil control threshold unit 29 and The connecting plates 14a can communicate with each other. A check valve 43a is provided in one of the passages and communicates with the feed port 32. When the supply of constricted air is stopped, the check valve 43a can be used to make the supply on the valve body The pressure can be maintained for a longer period of time. The structure of the feed valve 40 will be described with reference to 4A_ and 4B. The feed valve 40 includes a valve body 44 and a valve seat 46. The first and second elastic rings 50, 52 are respectively installed in the circumferential grooves 48 of the valve body 44 formed at opposite ends of the valve body 44 in opposite directions. In addition, a third elastic ring 54 having an inclined position is installed in a middle portion of the valve body 44, as in the feed valve 40 in the structure described above, supplied from the solenoid coil control pilot valve unit 29 The fluid is fed to the first pilot chamber 56 or to the second pilot chamber 58, so that the valve body 44 can be displaced in the desired direction, so the communication between the spaces 60, 62 can be cut off Or lead to the connection between spaces. The vacuum interrupter valve 42 also has substantially the same shape as the feed valve 40. The 4B plaque shows that if viewed from Fig. 4A, the valve body 44 has been displaced into the left direction. Obviously, the 4th blue has indicated that the third elastic ring 54 has been separated from its ring seat portion, allowing compressed air to flow into the space 62. This type of pilot valve, that is, the feed valve 40, must have -1 7-in its structure (please read the back-to-back note first # 塡 写 此 页) S home standard (CNS) T4 specification (210X297 male dragon) 81. 2. 20,000 Ministry of Economic Affairs, Bureau of Standards, Beigongxiao # Cooperative printing 3i A 6 _n_6___ V. Description of invention (Il?) Use butter to lubricate and easy to attract A normal pilot valve, therefore, may also make its exhaust more clean. The solenoid-controlled pilot valve unit 29 is located above the valve mechanism 26 and has first and second interfaces 27, 28 and a packing β3 between each interface. The pilot valve unit 29 has first, second and The third solenoid coil controls the pilot valves 64, 66, 68. Each pilot valve is used to perform the opening / closing operations of the feed valve 40 and the vacuum interrupter valve 42 in the valve mechanism 26, and each pilot valve is equipped with a pilot valve. Five ports / two positions. As shown in FIG. 5_, basically, the first solenoid control pilot valve 64 includes a lightning magnet control valve 70a, a valve seat portion 72a, a main valve 74a of the pilot valve, and an end plate 76a, valve seat portion 72a has a first port 78a, a second port 80a. A third port 82a, a fourth port 84a and a fifth port, each of which is formed in the seat part and is respectively connected with the discharge port 36 and the inlet valve 40 The second pilot chamber 58, the feed port 32, the first pilot chamber 56 of the feed valve 40 and the discharge port 36 are in communication. As shown in FIG. Β, basically, the structure of the second solenoid control pilot valve 66 is similar to that of the first solenoid coil control pilot valve 64. However, because the main body 74b of the second solenoid control pilot valve 66 is fixed, both the second port 80b and the fourth port 84b are closed. A through hole 88 is formed in the center of the main body 74b. The pilot chambers 90a, 90b formed in the end plates 76a, 76b in the first and second solenoid coil control pilot valves 64, 66 communicate with each other through a small hole 92. -18- (Please read the precautions first and then write the wooden page). It is installed. The size of the line paper is easy to use. Chinese standard (CNS) A 4 specifications (210x297 ;;) 81. 2. 20,000 293101 Λ 6 η 6 Employee's cooperation with the Central Bureau of Standards of the Ministry of Economic Affairs du printing 5. Description of the invention (〆)) As shown in Figure 7, basically, the structure of the third solenoid coil control pilot valve 68 is also substantially Similar to the first solenoid coil control pilot valve 64. However, the difference is that the shape of the main body 74c and one end plate 76c of the third solenoid coil pilot valve 68 is the same as the first lightning coil control pilot The valve 64 is different, and a pilot chamber 90c of an end plate 76c communicates with a passage 130 of a valve seat portion 72c. One side of the mediocre connecting plate 14a abuts on the valve member mechanism 26, and the other side thereof abuts on the injector 16. As shown in FIG. 8, the connecting plate 14a has a first hole 94 formed in the plate to cause the feed valve 40 and the injector to communicate with each other, and the second hole 98 can cause the vacuum interrupter valve 42 and a true The ribs 36 are connected to each other, which will be described later, and the six-hole third hole 100 is used for threaded bolts. As shown in paragraph 2_, the shape of the ejector 16 is a rectangle with a nozzle 102 of a known aperture formed therein, and a diffuser 104 that constitutes the Puyong portion with the nozzle 102 via the diffuser 104 A muffler 108 is connected to the outside world. The muffler 108 is composed of a muffler element, and the muffler element is composed of a filter containing activated carbon to eliminate the odor in the fluid. The shape of the diffuser 104 is a box shape And the opening or aperture of the diffusion box and the diffusion box can be closed or covered by a cover 105, which covers a large number of cylindrical slits 103 at equal intervals in the cover. A pressure is installed on the injector 16 The detection unit 18 is used for tide detection vacuum and generates the required signal on the basis of vacuum. Therefore, -1 9- (please read the back and the precautions # fill out this page) installed < Use the Chinese Standards (CNS) T4 standard (210X297; ») 81. 2. 20,000 Λ 6 Η 6 Employee of the Central Bureau of Economic Affairs of the Ministry of Economic Cooperation to cooperate with Du Yin 5. Description of invention (丨 and) Operating device, and a vacuum port unit 21. The pressure tide detecting unit 18 has a box shape and a vacuum switch 110 is installed therein. The vacuum switch preferably constitutes a resistive semiconductor pressure sensor or a capacitive semi-conductor pressure sensor, and is developed by a vacuum generator unit 106 detected by a passage connected to a vacuum port 96 The real killer, therefore, can generate signals for controlling the operating device. And install a full computer on the base such as an elastic substrate 9. For example, a single semiconductor thin H-withdrawal computer is installed in the pressure detection unit 18. After the full computer is activated, it can be An output signal is received from an electronic pressure tide sensor. Therefore, it is possible to provide and implement the following functions, for example, a fling force setting, adjustment of force, reporting, occurrence / stop, start / stop operation, tape operation Removal, wave pattern change, failure prediction of an internal state monitor in a vacuum generating unit and control of the overall operating state of the vacuum generating unit. The plow removal computer can also be automatically pre-started according to a program to automatically set the on / off operation, and after the microcomputer is started, the change of information can be reversed according to the pressure detected by the other shovel sensor, so it can be automatically Change the preset value to another value. In addition, it is also possible to implement predictive control over the attractive state of operations using fuzzy logic. In addition, the above-mentioned functions can also provide digital display, such as liquid crystal display (color liquid crystal display LCD) without circle explanation, light-emitting diode (LED) without illustration, etc., in the pressure tide detection unit 18 A filter 114 is placed inside the boundary between the vacuum port unit 2 and the vacuum port unit 2. As shown in FIG. 9A, a filter-like and elastic It return valve 115 is installed on the filter 114. Checkback-20- (please read the back and pay attention to the item #fill in the wooden page first) Binding-Order * This paper standard is in use ® National «Standard (CNS) 4 specifications (210X297 degrees) 81. 2. 20,000 293101 Λ 6 Π6 Printed by A Industrial and Consumer Cooperation, Central Bureau of Standards, Ministry of Economic Affairs. 5. Description of Invention (θ) The valve 11 5 forms many small holes 117 in the que. Figure 9B shows another example of the check valve 115. In this example, the check valve 115 has a reduced or scaled portion 15a, which has its floor section partially reduced to a cone Shaped pathway. On the extinct portion 115a, a ball 115c is tightly abutted by the force of a spring 115b. In addition, the stopper also forms a small-diameter passage in the valve to cause the upstream and downstream sides of the reduced portion U 5 a to communicate with each other. The shape of the vacuum port unit 21 is in the form of a rectangle and has a passage 118 which communicates with a check valve 116 formed by an elastic material and the filter element 20a. The passage 118 is located on the cake surface of the ejector 16 And extend from the inverted surface of one of the vacuum port units 21, and at the other side of the passage, the h-shaped vacuum port 96 ... In addition, the vacuum port unit 21 also forms a passage 112 in the unit and passes through the vacuum port 96 Compared with the pressure detection unit 18 mm, the filter unit 20a is located in the vicinity of the Keli force detection I unit 18 and is fixed on the tide force detection unit 8 and the vacuum port unit 21. The cleaner unit 20a has a The transparent cover is enclosed or covered by one of the filter bodies 122. The filter body 1 2 2 of the Huayuan 2 0 a filter is located in the unit, and is fixed on the vacuum port unit 21 by a control member 26, which The control member 126 has a bolt 124 that forms a threaded groove at its front end. Therefore, the filter element 122 can be replaced with another filter skull, and only the control member 126 can be helically rotated. The filter condyle 122 and the filter 114 can use one type Oil absorbing element to remove oil entering from the vacuum port 96 , Can also use a hydrophobic element, -21-(please read the back-end notes # 埙 写 木 页)-this paper is used in a national standard (CNS) 4 specifications (210X297 public; «: ) 81. 2. 20,000 V. Description of invention () 9) Employees of the Central Bureau of Economics and Trade of the Ministry of Economic Affairs prohibit the cooperation of Du Yint to eliminate the moisture or moisture supplied, and even use a film such as a fluorine-containing tree, Hollow yarn and other components with water separation function, so that each valve, vacuum opening, muffler, etc. will not be damp or moisture infiltration. In addition, a drainage device can also be installed for the moisture or water For the purpose of removal, the reference number shown as 131 in the middle school represents a spiral bullet meal to force h to a manually-operated control member 132, including the wide body 44, as for the reference number 133. Represents a stopper to prevent the pressing member 132 from going upward beyond a known position or higher. By the way, the purpose of the control member 132 will be described later. In other words, the Zi member 132 is made of The operator presses down with his finger to lower the valve 44 that forms an integral part. It is confirmed that the main yam 74a has entered an operating state and leads to a passage 130, a pilot chamber 152a and a hole 134 are all thinned with each other through the vacuum feed device 24a of the structure described above, and the operation mode will be described later. , The compressed air feed source that is not out of the center, such as a compressor, is energized to guide the compressed air through the Huai feed port 32 of the valve unit 10a and the inside of the valve mechanism 26 Therefore, the third port 82a of the first solenoid valve control pilot valve 64 can be reached. When the solenoid coil control valve 70a is disabled, the third port 82a and the fourth port 84a are connected (refer to Figure 0) . Therefore, the pressurized fluid first passes through the fourth port 84a, and then, through a passage 128, reaches the first pilot chamber 56 of the feed valve 40, and thus, the feed valve 40 is closed (refer to U-page>. In another On the one hand, -22- (please read the note first and fill in this page) ·-This paper is used in the standard ® National Standard (CNS) 4 (210x297 g *) 81. 2. 20,000 5 2. Description of the invention (> ί) The Ministry of Economic Affairs ’Standards and Standards β 工 消 貀 Cooperative Seal 51 The pressurized flow is also transported to the first passage of the solenoid control valve 70a via the passage 130 glass 36 and from the third The port 82a enters the hole 134 formed by the control member 132. When an operation is attracted by a suction block and fed to a desired position, the solenoid control valve 70a is energized. More specifically, A moving iron or moving member 138 moves upward to a seat 140 in the upward direction. Therefore, it can be separated from a valve seat 142. Therefore, the first passage 136 is composed of a passage 144 and an annular space 146 Connected to the third passage 148 (refer to FIG. 5). As a result, compressed air is sent to the third passage 14 8. Then, the pilot chamber 152a is reached by forming a lower part of the hole 134 and an opening or bore 150 around the control member 132, so that the main hip 74a can be moved in the right M direction in the drawing (reference (Figure 5) "until this time. The air in the pilot chamber 90a of the end plate 76a can go from the hole 92 to the pilot 90b of the second solenoid coil control pilot valve 66. In addition, the air also passes through the second electromagnetic The coil control pilot valve 66 has a through hole 88 in its main body 74b and an opening 150 surface of the control member 132. The third passage 148 λ that can reach a solenoid coil control valve 70b thereafter, the air passes through the second passage 154 , The passage 156 and a concave part, PJ1-the inner gap 158 to reach. Fifth port 86b. Then, through the passage formed in the wide-body mechanism 26, therefore, is discharged and enters the exhaust port 36 (refer to section 6 Figure}. Therefore, the main body 74a of the pilot valve 64 controlled by the first electromagnetic yoke ring is displaced in the right direction in the figure. The third port 82c is connected to the second port 80a-23 (please read the back first (This item is on this page again) This paper is used in the middle of the paper. (CNS) Τ4 specification (210x297 g: ¢) 81. 2. 20,000 The Ministry of Economic Affairs, Bureau of Standards, Employee Consumption Cooperation Du-printed Λ 6 U6_ V. Invention description (^ scoop, however, the fourth port 84a and the fifth port 86a is connected. Therefore, the pressurized fluid supplied to the third port 82a flows into the second pilot chamber 58 from the second port 81a through the passage 160, so that the feed valve 40 can be made in the direction of the left side of the coil. Displacement (Figure 1). In other words, the valve body 44 is displaced in the direction of the left example, so that the third elastic ring 54 is separated from its valve seat 46, so that the spaces 60, 62 can be guided to communicate with each other, so that the feed Lang 40 can be opened (refer to (Figure 4). Until this time, the air in the first pilot chamber 56 can be introduced into the fourth port 84a through the passage 128, and therefore, can be discharged into the exhaust port 36 through the fifth port 86a (refer to FIGS. 5 and 11) ). Since the feed valve 40 is opened in this manner, the feed port 30 of the valve unit 10a and the ejector 16 are communicated with each other (Figure 3). Therefore, a vacuum is developed in the ejector 16, so that the outlet valve 116 made of a condensable material can be opened to allow a suction block to suck in or oil into the air, so that an operation can be attracted or maintained. In other words, the air on the side of the vacuum port 96 can flow into the filter body 122 for removing dust and pass through the passage 118 to open the ihP valve U6, and thereafter, the air passes through the vacuum generator unit 106 and thus can be used by the diffuser 104 inhaled. At this point, the vacuum opening 110 of the pressure detection unit 18 can measure a vacuum degree developed in the vacuum port 96 through the passage 1 extending from the seizure opening 96 and communicate with the pressure tide detection unit 18 Therefore, an output signal with a vacuum degree can be generated. Therefore, a working device can be controlled according to the signal. On the other side, the air and -24 in the diffuser 104 are sucked from the vacuum port 96 (please read back to the precautions # 塡 write this page) installed &line; the paper size is not in accordance with the Chinese National Standard (CNS ) Yuan 4 specifications (210X297 male dragon) 81. 2 · 20,000 η 6 V. Description of the invention (q)

經濟部屮央榣準局貝工消伢合作杜印M 從噴嘴102噴射或排放之壓縮空氣均經由消聲器108而 進入擴散器〗04之外倒（參考第2画>。 然後，在工作已進給之後，將工作與吸入塊之分離遇 稈刖如以下所述„更詳細而言，第一電磁線圈控制先導 閥64之電磁線圏控制閬70a已被切斷電能，而第二電磁 線圈控制先導閥66之電磁線圈控制閥70b以及第三電磁 線圈捽制先導閥68之一電磁線圈控制閥70c則被增能。 當第一霄磁猱圈控制先導閥6 4之電磁線圈控制閥70a被 去能時，刖動鐵1 3 8向下位移。因此，位於上部份之座 件〗40刖被帶入輿閥座142相靠接，因而，使第二通路 154輿第三通路148相連通（參考第10圖 >。在另一方面 ,當第二電磁線圈控制先導閥66之電磁線圈控制閥70b 被增能時，從閥座部份72b之第三口 82a流人第一通路 13R内之陋縮空氣則經由通路130及瞠孔〗34而到達第 三通路148 ,與電磁線圈控制閥70a之情況相同（參考 第12國U此外，壓缩空氣經過一開口 150而流入主體 74b之貫穿孔88内，並經由端板76b之先導室90b内之 孔92而到達第一電磁線圈控制先導閥64在端板76a先導 宰90a内，因而，使第一電磁線圈控制先導閥64之主體 74a在_而之左槲方向内位移（參考第10圖）。然後，在 第一電磁線囿控制先導閥& 4之先導室152a内之空氣（參 考第5鼷）則經由開口 150並依照上述之位移而進入電 磁線圈控制閥70a之第三通路148 。由於第三通路148 -25- (請先閱讀背而之注意事項再填寫本頁) - * 本紙张尺度逍用中®國家«準(CNS)T4規格(210X297公龙） 81. 2. 20,000 Λ 6 116 經濟部中央槛準局员工消t合作杜印製 五、發明説明（>+) 及第二通路154互相連通，則空氣通遇第二通路154及 通路156之目的是能到逵内隙158 。以此方式而到達内 隙158之空氣可使主體74a在右倒方向内位移，並經由 主體74a之一止回封162從第五口 86a中排放而進入閥 件單元10a之排氣口 36内（參考第13園）。 因此，第一電磁線圈控制先導閥64之主醱74a是在圏 而之左御（方向内位移，以導致第三口 82a及第四口 Ma 百相達通並容許第二口 80a與第一口 78a連通（參考第 10圖因此，供應至第三口 82a之加壓流體可從第四 口 84a經由通路128而流入第一先導室56,因而，使進 給閥40願閉（參考第〗1圖）。直至此時，在第二先導室58 内之空氣猙由通路160而流入第二口 80a 。此外，空氣 刖經由第一口 78a而到達閥件單元〗〇a之排放口 36，因 而，可從該排放口内排出。因此，壓縮空氣不再供應至 噴射器16内，而且，亦無真空供應至吸入塊内（參考第3 國）。 當第三電磁線圈控制先導閥68之電磁線圈控制閥70c 被增加雷能時，從一閥座部份72 c之第三口 82 c經由一 通路13 0而流入電磁線圈控制閥70c之第一通路136内 之懕縮卒氣刖與第一電磁線圈控制閥70a之情況相似可 到遽第三通路148 (參考第7圖）。此外，醱縮空氣可經 由一拌制構件132之一開口 150而流入一先導室152c内 Λ在另一方而，從第三口 82a供鼴之壓縮空氣經由一通 -26- 6紙张尺度遑用中Β國家標华(CNS)T4規格(210X297公；tt) 81. 2. 20,000 先 閲 讀 背 而 之 注 意 •事 項 塡 % 本 π 裝 η 線 五、 發明説明（yr) Λ 6 i\ 6 經濟部中央榣準局只工消赀合作杜印製 路130而到達端板76c之一先導室90c 。在以上所述之 方式中所到達主體7 4c兩端之壓縮空氣，則由於在其受 到壓缩空氣作用之兩端面稹間之差異（在控制構件Ϊ 32« 之面積7在端板76c制之面稹），故所産生之S力亦互 相有所差異，因而，故使第三電磁線圏控制先導閬68之 主體74c在圖面之右侧方向内位移（參考第7圖）。 因此•由於第三電磁線圈控制先導閥68之主體74c在 圖面之右钢方向内位移之結果，而導致第三口 82c與第 二口 80c連通並容許第四口 84c輿第五口 86c連通。因 此，供應至第三口 82c之加壓流賸可從第二口 80c經由 一通路164而流入第二先導室166内，因而，可將真空 斷路閥42啓開（參考第11圈 >。直到此時，第一先導室 168之加壓流體才能經由一通路170而流人第四口 84c, 然後，可經由第五口 86c而到達排放口 36,因而，可從 該排放口排出。因此，壓縮空氣是從閥件單元l〇a之真 空斷路口 34經由真空斷路閥42而流入真空口<6,因而， 立刻可將吸入塊所受之真空釋放，因此，刖使工件從吸 入塊上分離（參考第3圏）。 於工件已從吸入塊上分雜之後，於工件再被吸入塊吸 引期間，則第三電磁線圈控制先導閥68之電磁線圈控制 閥70 c被去能。同樣地，對電磁線圈控制閥70 a而言， 電磁線圈控制閥70c之一動鐵138是向下移動。因此， 在一上部位置内之一閥座件140被帶至與一閥座142相 -27 先 閲 背 而 ..之 意 •事 項 填 % 本 頁 裝 線 本紙張尺度逍用中國國家樣準(CNS)肀4規格（210x297公:¢) 81. 2. 20,000 293101 Λ 6 Η 6 經濟部屮央櫺準局EX工消"合作社印製 五、發明説明 靠接，因而，使第一通路136及第三通路148均被切斷 或被阳寒（參考第〗4圖0。因為在一下部位置内之《密件 172亦向下位移，故使第二通路〗54與第三通路148連 通^因比，壓縮空氣刖不能從第三通路148經由一開口 150而供應至一先導室152c。此外，由於壓縮空氣是從 一闕座部份72c之第三口 82c經由一通路130而流人一 端板76c之一先導室90c ，故主黼74c刖圏面之左侧方 向内位移（參考第14圖 丙丨比，第三電磁線圈控制先導閥68之主體74c是在圖 而之左倒方向内位移，致使第三口 82c與第四口 84c連 滴並導致第二口 80c與第一口 78c連通。因此，供應至 第三口 82c之加歷流體從第四口 84c經由通路170而流 入真空斷路閥42之第一先導室168 ,使主體74c在圖面 之右刨方向内位移，因而，將真空斷路閥42鼷閉（參考 第1丨阃育到此時，在第二先導室166内之空氣經由 通路1M而到逵第二口 80c ,然後，再經過第一口 78c 到達排放口 36,因而，從該排放口内排出，因此，由於 真卒斷路闕42已關閉，加壓流醴刖不能從閥件單元10a 之真空斷路口 34流入真空口 96内（參考第3圃），因此， 例如，在一 τ件B從吸入塊上分離之後，而在另一工件 再被趿入塊吸引期間，刖可能防止壓縮空氣之浪費。 眈外，第一電磁線圏控制先導閥64及第二電磁線圈控 制先導閫66均容許由端板76a互相連通並均鼸於雙電磁 -28- (請先閲讀背而之注意事項#填寫本頁) 本紙張尺度遑用中《國家«準(CNS)肀4規格（210x297公¢) 81. 2. 20,000 五、發明説明（>")) 經濟部中央榣準局貝工消赀合作杜印¾. 線圈型式。因此，即使萬一有動力故障之情況，主體 74a亦不能改換至另一先導閥上„即使當有動力故障發 生時，而在工件已被吸入塊吸住並在吸入作用下被進給 期間，刖無任何可能性將被吸入塊所吸引之工件釋放並 從吸入塊h使工件掉落。 Η將說明一種真空泵型之真空進給裝置24b作為本發 明之第二實例。附帶地，如在第一實例中所採用之相間 结構元件仍以相同之參考數字檫示，因此，其詳細說明 將予以省略。 設有噴射器之真空進給裝置很容易以設有真空泵之真 卒准給裝置24b代替。換言之，真空進給裝置24b之結 構是聯结一真空泵作為一替換物，以替代從真空進給装 置24a h所移除之噴射器16而連接至閥件單元10a之一 准給口 3 0(參考第15國及第16圖>。 真空進給裝置24b亦以與真空進給裝置24a之相同方 式引動n換言之，從先導閥之一進給口 32所供鼴之加® 流艚流人第一電磁線圈控制先導閥64,以啓開一進給闕 40Λ因此，真空泵及一真空口％互相連通，以供應真空 辛諸如一吸入塊一類之操作装置，因而，可吸引一需要 之Τ：件。然後，導入之空氣則通過一濾體122 ，一通路 118及一！h冏閥116並從進給口 30流入真空泵内（參考 第16圖真空進給裝置24b之其他操作則完全與真空 淮給裝置24a之操作相同。 -29- (請先閲讀背而之注意事項再填寫木頁) 本紙張尺度逍用中曲Η家樣準（CNS>肀4規格（210X297公龙） 81. 2. 20,000 Λ 6 Η 6 五、發明説明（）馮 以上所述结嫌之真空進给裝置24a * 24b均分別採用 硪當之枝管而經常以後數形式之連续部份使用。因此· 一種歧管對瞜型式之真空進給裝置24c ,其中，分別使一 噴射器及一真空泵，則將分別以本發明之第三及第四實 例說明於後。 —技管22之擯剖面在贲質上為一種矩形之形式構成， 而基本上包括有一技管底座182 ,及分別裝設在技管底 座兩端h而之一對端板1 84, 186,卽相當於技管底座之 前而及後而（參考第19圖）。 在.比禪情況下.枝管底座]82具有一進給通路188並 亦裝設各端板184 ，186之兩端貫穿而伸長，一先導閥 用之一淮給通路丨90及一先導闕用之一排出或排氣通路 194 .所有之各通路均在己知之間隔内互相隔間，如第 17圖及第〗8圖中所示。 第20画為一華直横剖而圖，以顯示一閥件機構26, — 噴射器16, —真空口單元21及一技管22之組合。枝管22 具有一進给通路188 ，一先導闕用之一進给通路190, 一其空断路之通路192 .及一先導閥用之一排出或排氣 經濟部中央櫺準局貝工消费合作社印51 (請先《誚背而之注意事項#填寫本頁) 通路，所有之各通路均在技管22内構成。此外，技管22 亦在技管内構成一通路198 ,以導致一進給閥40及一噴 射器16互相逋通„為了能獲得磬音之消磬效果，在排氣 通路194之一壁部份1裝設一消磬器元件195為宜。該 消聲器元件〗95可能為一種聲音 吸收材料或一種矂音 -30- 本紙Λ尺年连用中β Η家樣毕(CHS)甲4規格(210X297公:tt) 81. 2- 20,000 A 6 η 6 經濟部屮央標準局只工消伢合作杜印製_ 五、發明説明（>9) 絶緣材料<，此外，亦希望在通路198内裝設一止回閥 199 ，以導致進給閥40及噴射器16能互相連逄，在供選 擇之方式中，最好在噴射器16之一铜及技管22之排氣通 路194之間裝設一撓性及虜平之止回閥201。 · 當噴射器16未被引動時，止回閥199刖經由枝管22之 排氣通路〗94而受到另一真空發生單元之抹氣壓力作力 ，因而，將該止回閥199闋閉。因此，亦可能防止另一 真空發生單元之排氣從排放通路中進入噴射器内。在另 一方而，丨h回閥201亦可防止剩餘之進入空氣經由噴射 器從真空口内流入一空氣進給閥内。因此，則可能避免 夺氣進給閥在件能及壽命上之衰退，該空氣進給閥之衰 退是由於含有灰塵或被污染之吸入空氣所引起，在此順 便一提.I卜冏闕197a, 197b均分別装設在進給通路190 之各端板1 8 4 , 1 8 (5上而Q止冏閥197a, 197b之作用， 刖當應縮卒氣之供應停11：時，可用以維持在閥睹上所施 加之壓力能保留較長之時間（參考第22圔）。 在排放通路194之上面及在進給通路188之下面分別 設有固定各端板184, 186用之内螺紋195並在兩端《面 h 〇 在枝管2 2之一側而上則與連板1 4 b之一細面相靠接， 而在枝管22之另一倒而上則輿噴射器16之一倒面相靠接 ，在比禪情況下，則在真空進給裝置24a内併入有噴射 器16。眈外，岩真空進給装置24b内裝設有真空泵，則 -3 1 - 本紙張尺度边用中8 8家標準卿5)乎4規格（2丨0父297公*) 81. 2. 20,000 (請先間請背而之注意事項再墦寫木頁) 裝- 116五、發明説明βσ) 經濟部中央標準局貝工消费合作杜印製 在技管22之另一餅面上與真空口單元21相靠接。 如在第〗7圖中所示，在枝管22之一销面内在已知間距 内所構成第一至第六連通孔196, 198, 200，202, 204, 206輿連板14b相靠接。在各連通孔之周圍雕刻出一傾 镇密檇208 ,而在該《密槽208内刖裝設一填密物。此 外，該枝管22亦設有内螺紋膛孔210並用以固定一外側装置。 第三至第四連通孔200，202, 204, 206分別與進給通 路〗88 ,進給通路〗90 ,真空斷路之通路192及排放通 路194相逋通。此外，第一及第二連通孔196 ，198則 從枝管22之一侧面貫穿伸長至其另一倒面上。 如在第18鬮中所示.第七建通孔212是在與噴射器16 靠接之一側而内構成，而第一及第二連通孔〗96 , 198 是從在缠板14b期It枝管22之一制而内伸長並在下面構 成一敞開狀態。此外，在第一及第二連通孔196 , 198 之固園構成一埔密槽208 。而在技管22之倒面内亦形成 多數之内螺紋膛孔210 ,以供固定一外倒裝置之用。 如在第21圓所示，缠板14b具有在連板内構成之第一 至第三孔94, 98, 1 00以及在缠板内構成之第四至第七 孔214，216，218, 220並與技管22之第三至第六連通孔 200，202, 204, 206相對應，並輿連板14a之情況相似 〇 在以h所述結構中之技管對鼷型式之真空進給裝置 -32- (請先間讀背而之注意事項丹塡寫本頁) 本紙張尺度逍用中a S家樣毕(CNS)肀4規格(210x297公龙) 81. 2. 20,000 293101 Λ 6 Η 6The Ministry of Economic Affairs, the Ministry of Economic Affairs, the Ministry of Economic Affairs and the Ministry of Industry and Fisheries cooperated with Du Yin M. The compressed air sprayed or discharged from the nozzle 102 enters the diffuser through the muffler 108 and falls outside (refer to Picture 2). Then, after work After feeding, the work is separated from the suction block as described below. In more detail, the first solenoid coil controls the solenoid valve control valve 70 of the pilot valve 64, and the second solenoid The solenoid control valve 70b of the coil control pilot valve 66 and the solenoid control valve 70c of the third solenoid coil control pilot valve 68 are energized. When the first coil control solenoid valve controls the solenoid valve 64 When 70a is de-energized, the moving iron 1 3 8 is displaced downward. Therefore, the seat on the upper part is brought into contact with the valve seat 142, thus making the second passage 154 and the third passage 148 is connected (refer to FIG. 10). On the other hand, when the solenoid control valve 70b of the second solenoid control pilot valve 66 is energized, it flows from the third port 82a of the valve seat portion 72b The constricted air in a passage 13R arrives through the passage 130 and the piercing hole 34 The three-way 148 is the same as the solenoid control valve 70a (refer to the 12th country U. In addition, compressed air flows into the through hole 88 of the main body 74b through an opening 150, and passes through the hole 92 in the pilot chamber 90b of the end plate 76b The first solenoid coil control pilot valve 64 is reached in the pilot plate 90a of the end plate 76a, so that the main body 74a of the first solenoid coil control pilot valve 64 is displaced in the direction of the left mist (refer to FIG. 10). The air in the pilot chamber 152a of the first solenoid valve control pilot valve & 4 (refer to No. 5) enters the third passage 148 of the solenoid coil control valve 70a through the opening 150 and the displacement according to the above. Three-way 148 -25- (please read the precautions before filling in this page)-* This paper standard is easy to use ® National «Standard (CNS) T4 specification (210X297 male dragon) 81. 2. 20,000 Λ 6 116 The Ministry of Economic Affairs, Central Bureau of Precincts and Staff Co-operation Du Du. V. Invention description (> +) and the second passage 154 are connected to each other, the purpose of the air passing through the second passage 154 and the passage 156 is to reach the inner gap 158 The air that reaches the inner gap 158 in this way can make The body 74a is displaced in the right-down direction, and is discharged from the fifth port 86a through one of the check seals 162 of the body 74a and enters the exhaust port 36 of the valve unit 10a (refer to the 13th circle). Therefore, the first electromagnetic The main valve 74a of the coil-controlled pilot valve 64 is on the left side (displaced in the direction to cause the third port 82a and the fourth port Ma to pass through and allow the second port 80a to communicate with the first port 78a (reference FIG. 10 Therefore, the pressurized fluid supplied to the third port 82a can flow from the fourth port 84a into the first pilot chamber 56 via the passage 128, and thus the feed valve 40 is willing to close (refer to FIG. 1). Up to this time, the air in the second pilot chamber 58 flows into the second port 80a through the passage 160. In addition, the air passes through the first port 78a to reach the discharge port 36 of the valve unit unit. Therefore, it can be discharged from the discharge port. Therefore, compressed air is no longer supplied into the ejector 16, and no vacuum is supplied into the suction block (refer to country 3). When the thunder energy is added to the solenoid control valve 70c of the third solenoid control pilot valve 68, the third port 82c of a valve seat portion 72c flows into the first of the solenoid control valve 70c through a passage 130. The constricted stroke in the passage 136 is similar to the case of the first solenoid control valve 70a, and the third passage 148 can be reached (refer to FIG. 7). In addition, the condensed air can flow into a pilot chamber 152c through an opening 150 of a mixing member 132. In the other side, the compressed air for the mole from the third port 82a is supplied through a pass-26-6 paper scale. China Beta National Standard (CNS) T4 specification (210X297 g; tt) 81. 2. 20,000 First read the notes to the contrary • Matter %% This π is installed η Line V. Description of invention (yr) Λ 6 i \ 6 Ministry of Economic Affairs The Central Bureau of Accreditation only works with Duprint Road 130 to reach the pilot room 90c, one of the end plates 76c. In the above-mentioned manner, the compressed air that reaches the ends of the main body 74c is due to the difference between the two ends of the surface of the main body 74 (in the area of the control member Ϊ 32 «7 on the surface of the end plate 76c Zhen), so the generated S forces are also different from each other. Therefore, the main body 74c of the third electromagnetic coil control pilot Lang 68 is displaced in the right direction of the drawing (refer to FIG. 7). Therefore, as a result of the third solenoid coil controlling the displacement of the main body 74c of the pilot valve 68 in the right steel direction in the figure, the third port 82c communicates with the second port 80c and allows the fourth port 84c and the fifth port 86c to communicate . Therefore, the remaining pressurized flow supplied to the third port 82c can flow from the second port 80c into the second pilot chamber 166 via a passage 164, and thus, the vacuum interrupter valve 42 can be opened (refer to circle 11). Until this time, the pressurized fluid in the first pilot chamber 168 can flow into the fourth port 84c through a passage 170, and then can reach the discharge port 36 through the fifth port 86c, and thus can be discharged from the discharge port. Compressed air flows from the vacuum interrupter 34 of the valve unit 10a through the vacuum interrupter valve 42 into the vacuum port < 6, therefore, the vacuum received by the suction block can be released immediately, so the work piece is removed from the suction block Separation of the upper part (refer to the third circle). After the workpiece has been debris from the suction block, while the workpiece is being sucked by the suction block again, the solenoid control valve 70c of the third solenoid control pilot valve 68 is disabled. In the case of the solenoid control valve 70a, the moving iron 138 of the solenoid control valve 70c moves downward. Therefore, a valve seat member 140 in an upper position is brought to phase with a valve seat 142 -27 Read the back first .. The meaning of the matter The size of the paper used for the binding paper is in accordance with China National Standards (CNS) 4 specifications (210x297 g: ¢) 81. 2. 20,000 293101 Λ 6 Η 6 Printed by the Ministry of Economic Affairs, Ministry of Economic Affairs, Bangong Bureau EX Gongxiao & Co., Ltd. Description of the invention is abutment, so that both the first passage 136 and the third passage 148 are cut off or sun-cooled (refer to Fig. 0 in Fig. 4). Since the "dense member 172 also moves downward in a lower position, The second passage 54 communicates with the third passage 148. Due to the ratio, the compressed air cannot be supplied from the third passage 148 to a pilot chamber 152c through an opening 150. In addition, since the compressed air is from a throat portion 72c The third port 82c flows into the pilot chamber 90c of one end plate 76c through a passage 130, so the main diaphragm 74c is displaced in the left direction of the diaphragm surface (refer to FIG. 14C, the third solenoid coil controls the pilot valve 68 The main body 74c is displaced in the reverse left direction in the figure, causing the third port 82c and the fourth port 84c to drop continuously and causing the second port 80c to communicate with the first port 78c. Therefore, the calender supplied to the third port 82c Fluid flows from the fourth port 84c into the first pilot of the vacuum interrupter valve 42 through the passage 170 168, the main body 74c is displaced in the right planing direction of the drawing, so the vacuum cutoff valve 42 is closed (refer to the first cultivating at this time, the air in the second pilot chamber 166 reaches the air via the passage 1M The second port 80c then passes through the first port 78c to reach the discharge port 36. Therefore, it is discharged from the discharge port. Therefore, since the true circuit breaker 42 is closed, the pressurized flow cannot be removed from the vacuum of the valve unit 10a The cut-off port 34 flows into the vacuum port 96 (refer to the third garden), so, for example, after a τ piece B is separated from the suction block, while another work piece is sucked into the block again, it may prevent the compressed air from waste. In addition, the first solenoid coil control pilot valve 64 and the second solenoid coil control pilot valve 66 are allowed to communicate with each other by the end plate 76a and are both in the double electromagnetic-28- (please read the back to the precautions # fill in this Page) This paper uses the Chinese National Standards (CNS) 4 (210x297cm) 81. 2. 20,000 V. Description of the Invention (> ")) Ministry of Economic Affairs Central Bureau of Industry and Fisheries Cooperation Du Yin ¾. Coil type. Therefore, even in the event of a power failure, the main body 74a cannot be changed to another pilot valve. Even when a power failure occurs, while the workpiece has been sucked by the suction block and is being fed under the suction, There is no possibility to release the workpiece attracted by the suction block and drop the workpiece from the suction block h. Η A vacuum pump type vacuum feeding device 24b will be described as a second example of the present invention. Incidentally, as in The interphase structural elements used in an example are still shown with the same reference numerals, so their detailed description will be omitted. The vacuum feed device with an ejector can easily be replaced by the true stroke quasi-feed device 24b with a vacuum pump In other words, the structure of the vacuum feeding device 24b is to connect a vacuum pump as an alternative to replace the ejector 16 removed from the vacuum feeding device 24a h and connect to a quasi-feed port 30 of the valve unit 10a. (Refer to Figure 15 and Figure 16>. The vacuum feed device 24b also actuates n in the same way as the vacuum feed device 24a. In other words, the flow of the Moga® flow from the inlet 32 of one of the pilot valves The first solenoid coil controls the pilot valve 64 to open a feed threshold 40Λ. Therefore, the vacuum pump and a vacuum port are connected to each other to supply a vacuum operation device such as a suction block. Therefore, a desired T can be attracted: Then, the introduced air passes through a filter 122, a passage 118 and a! H valve 116 and flows into the vacuum pump from the feed port 30 (refer to FIG. 16 and other operations of the vacuum feed device 24b are completely The operation of the Huai feeder 24a is the same. -29- (please read the precautions first and then fill in the wooden page) The paper size is easy to use in the middle song Η home sample standard (CNS > Yu 4 specifications (210X297 male dragon) 81.2 . 20,000 Λ 6 Η 6 Fifth, the invention description () Feng said the above-mentioned suspected vacuum feed devices 24a * 24b are respectively used by the branch tube and often used in the continuous part of the following form. Therefore · a manifold For the vacuum feed device 24c of the type, in which an ejector and a vacuum pump are respectively used, the third and fourth examples of the present invention will be described later. —The profile of the technical tube 22 is as follows: A rectangular form, and Basically, it includes a technical tube base 182, and a pair of end plates 1 84, 186, which are respectively installed at both ends of the technical tube base h, equivalent to before and after the technical tube base (refer to FIG. 19). . In the case of Bizen. The branch pipe base] 82 has a feed passage 188 and is also provided with end plates 184, 186 through which both ends penetrate and extend. One pilot valve is used for the passage 丨 90 and a pilot threshold is used. One of the exhaust or exhaust passages 194. All the passages are separated from each other within the known interval, as shown in Figure 17 and Figure 8. Figure 20 is a straight cross-section of the figure to show A valve mechanism 26, —ejector 16, —the combination of the vacuum port unit 21 and a technical tube 22. The branch pipe 22 has a feed passage 188, a pilot passage with one feed passage 190, and an empty passage 192. And a pilot valve with one discharge or exhaust of the Central Ministry of Economic Affairs, Ministry of Economic Affairs, Beigong Consumer Cooperative Seal 51 (please first "诮 背 而 之 Notice # fill in this page] channels, all channels are formed in the technical management 22 In addition, the technical tube 22 also forms a passage 198 in the technical tube to cause a feed valve 40 and an ejector 16 to communicate with each other. In order to obtain the chirping effect of the chime, a wall portion of the exhaust passage 194 1 It is advisable to install a muffler element 195. The muffler element may be a sound absorbing material or a yin -30- This paper is used in the annual β Η family sample (CHS) A 4 specifications (210X297 : tt) 81. 2- 20,000 A 6 η 6 The Ministry of Economic Affairs, the Bureau of Standards and Standards of the Ministry of Economic Affairs and Industry only cooperated with Du Printing _ V. Description of the invention (> 9) Insulation material < In addition, it is also hoped to be installed in the passage 198 A check valve 199 is provided to cause the inlet valve 40 and the injector 16 to be connected to each other. In an alternative method, it is better to install between one of the injector 16 copper and the exhaust passage 194 of the technical tube 22 A flexible and rugged check valve 201 is provided. When the injector 16 is not activated, the check valve 199 is forced by the blow-off pressure of another vacuum generating unit through the exhaust passage 94 of the branch pipe 22 Therefore, the check valve 199 is closed. Therefore, it is also possible to prevent the exhaust gas of another vacuum generating unit from entering the ejection passage from the discharge passage In the injector, on the other hand, the return valve 201 can also prevent the remaining intake air from flowing into the air inlet valve from the vacuum port through the injector. Therefore, it is possible to avoid capturing the inlet valve's energy and life The decline of the air inlet valve is caused by the dust or contaminated intake air, which is mentioned here by the way. I Bu Qi Que 197a, 197b are installed on each end plate of the feed passage 190 1 8 4, 1 8 (5 on the role of Q stop valve 197a, 197b, when the supply of gas should be stopped 11: when it can be used to maintain the pressure applied on the valve can be maintained for a longer period of time (Refer to No. 22). Above the discharge passage 194 and below the feed passage 188, internal threads 195 for fixing the end plates 184, 186 are provided, and at both ends, the surface h is at the branch pipe 2 2. One side is up to the thin surface of the connecting plate 14 b, and the other side of the branch tube 22 is upside down, and one of the injectors 16 is upside down, in the case of Bizen, it is in a vacuum The ejector 16 is incorporated into the feeding device 24a. Outside, the rock vacuum feeding device 24b is equipped with a vacuum pump, then -3 1-this Scales are used in the middle of 8 of 8 standards 5) almost 4 specifications (2 丨 0 father 297 *) 81. 2. 20,000 (please pay attention to the matter before you write the wooden page) installed-116 V. Description of the invention βσ) Beigong Consumer Cooperation Co., Ltd. of the Central Standards Bureau of the Ministry of Economic Affairs is printed on the other cake surface of the technical tube 22 and is connected to the vacuum port unit 21. As shown in Figure 7-7, in the branch tube 22 The first to sixth communication holes 196, 198, 200, 202, 204, and 206 formed in a pin surface at known intervals are in contact with the connecting plate 14b. A sloping town burr 208 is carved around each connecting hole, and a packing material is installed in the "tight groove 208". In addition, the branch tube 22 is also provided with an internally threaded bore 210 and is used to fix an outside device. The third to fourth communication holes 200, 202, 204, and 206 communicate with the feed passage 88, the feed passage 90, the vacuum interruption passage 192, and the discharge passage 194, respectively. In addition, the first and second communication holes 196, 198 extend from one side of the branch tube 22 to the other inverted surface thereof. As shown in No. 18, the seventh through hole 212 is formed on the side abutting the injector 16, and the first and second communication holes 96, 198 are from the stage 14b. One of the branch pipes 22 is made internally elongated and forms an open state underneath. In addition, the first and second communication holes 196, 198 of the solid garden constitute a Pu Mi slot 208. A plurality of internally threaded bores 210 are also formed in the inverted surface of the technical tube 22 for fixing an external inverted device. As shown in circle 21, the wrapping plate 14b has first to third holes 94, 98, 100 formed in the continuous plate and fourth to seventh holes 214, 216, 218, 220 formed in the wrapping plate It corresponds to the third to sixth communication holes 200, 202, 204, and 206 of the technical tube 22, and the situation of the connecting plate 14a is similar. In the structure described in h, the technical tube is to the type of vacuum feed device -32- (Please read the notes beforehand, Dan Dan writes this page) The size of this paper is easy to use a S home sample (CNS) 肀 4 specifications (210x297 male dragon) 81. 2. 20,000 293101 Λ 6 Η 6

經濟部中央猱準局员工消费合作社印M 五、發明説明（令0 24c，在閥件單元10a内未被使用之有鼷各口 30，32, 34，36則可分別用螺釘封閉（參考第22圖）。加壓 流膊或真空刖分別技管22之通路188, 190, 192, 194流 入閥件單元10a内，以代替有關各口 30, 32, 34. 36, 並猙由該枝管22之第三至第六連通孔200, 202, 204 , 2 06以及連板14b之第四至第十一連通孔214, 216, 218，220而流人（參考第17圖，第21圖及第22圖 >。設有 噴射器之真空進給裝置24c ,其結構可使在噴射器16内 之徘氣络由一比回閥109而流入排出通路194内（參考 第22阃U若設有噴射器之真空進給裝置24c是複數型 式之延缅部份，刖lh回閥〗09之作用可防止從一真空進 绐裝冒24c内排氣，而在此時之捺作中是使真空進給裝 茛24c從其同流中停出引動，並可防止排氣.從真空口 96 内徘出Λ真空進给裝置24c , 24d之其他操作則與真空 准给装置24a , 24b之操作相同。 當上述歧管對應型式之真空進给裝置2 4 c形成」種 複數型式之延續部份時，則諸如加壓流體或真空均 從枝管22供應至所有之真空進給裝置24内。直到此時， 筲一薛別之宾空進給裝置由於使用氮氣通過一閥件單元 10a之各口 3 0, 32, 34, 36而被引動並執行所需要之過 稈，但是，必須從枝管22内探測真空進給裝置〇.主要是 由於懕縮空氣及m氣具有在一種狀態下混合在一起之趨 勢，而在該狀態下，使用氪氣之真空進給裝置己裝設在 -33- (請先間讀背-¾之注意事項办褀寫本頁) 本紙張尺度边用中a Η家樣毕(CHS) T4規格(210X297公ft) 81. 2. 20,000 η 6 五、發明説明（V1·) 經濟部屮央標準而员工消作合作杜印製 枝管22 h而，因而，所需要之目的不能達成，在此種情 況下.使用在第五實例中之達板14a (參考第8圓）則可 用作在建板14b (參考第21圖）上之一替換物。因為建板 14a在板内僅構成第一至第三孔94, 98, 1 00 ,而連板 1 4a之作用是阳塞或切斷一技管22之一進給通路188 , 一先導闕用之一進給通路190 , —真空斷路之通路192, 在一枝管22内，以及一閥件單元10a用之一排放或抹氣 通路〗94 (參考第23鬮）。因此，一種所期望之真空進給 裝置24c可以使用與流入枝管22不同之加壓流賭。 此外，所需要之氮氣是用以防止黏*在一工件上諸如 灰麋等雜質，而諸如一集成電昂基層板之工件是在真空 斷路形成時而受到颳縮空氣之作用，因而，可避免真空 斷路之故障發生。因此，氮氣可能僅用於真空斷路J；, 站在窨用之立場而言，此種措施l:b較有利。 茲將説明在第六奮例中所使用之連板14c ,該實例刖 _用存比樺情況如在第24圖中所示，連板14c之構 诰中並不包活達板14b之第六孔218 。換言之，連板 14c之作用是阳塞或切斬真空進給裝置24c在技管22内 之一真空断路之通路192及闢件單元10a在一真空斷路 閥内真¥斷路之通路192 ,如在第25圖中所示。因此， 氡氣是用以通過閥件單元10a之一真空斬路口 34。在另 一方面，其他之各口 30, 32, 36則分別用螺釘封閉，因 眈，刖可使用枝管22之各通路188, 190，194。 -34- (請先閱讀背-"之注意事項再塥寫本頁) 本紙诋尺度遑用中《明家楳準(CNS)〒4規格(210x297公龙) 81. 2. 20,000 Η 6 五、發明説明（#) 經濟部中央楳準局*3：工消费合作社印级 在裝置内併合有噴射器之真空進给裝置24c已有第五 及第六«例中説明，然而，不必説，即使採用一真空泵 之真空進給裝置能以真空進給裝置24c之相同方式操作 。連板之應用不必限於所述之實例中，在需要時，可使 用一種適當之連板。 在以上述之方式所使用之各真空進給裝置24a至24c 中，當®缩空氣供應至所有之第一至第三電磁線圈控制 先導閥64, 66，68,進給閥40,及真空斷路閥42時，最 奸將壓缩空氣僅從一單獨口内供應。此種措施之目的主 要是由於管路配置簡單而有效。然而，按照不同之使用 或目的，閥件機構26之準備會導致使用人所面臨之費用 問題。因此，例如，可將功能板12a***在閥件機構26 及連板14a間之一間隔内，因而，可改變一流體迴路。 板狀之功能板是以一刨面與闕件機構26犇接，而 其另一側而刖犇接在連板〗4a上。第26圖功能板12a之 一正視圖（在闊件單元l〇a之倒面上）。第27圖為功尨板 1 2a之一垂肓剖而圖，而第28圔為功能板12a之後視圖 (在一裒空口單元21之倒而上 功能板12a具有兩値倒而並挾填密物230a, 230b分別 大約分隔成七値空間或區段。功能板12a具有空室之六 假空間或七傕區段，即第一至第六空室232, 234 , 236 , 2 3 8, 240, 242,各镇密物230a, 230b可防止流體相互 流入各有藺之空間内，而且.亦可防止流篚在功能板 -35- (請先閲讀背而之注意事項洱褀"木頁) 本紙a尺度边用中a Η家猱毕(CWS) Ή規格(210x297公«：) 81. 2.· 20,000 五 、發明説明（Vf) A 6 It 6 經濟部屮央標準局E3：工消伢合作社印製 12a及其他構件間之一間隙内之滲漏。在本實例中，用以 分隔第三至第五空室相互間之埔密物230a則被部份切斷 ，因而，第三至第五空室236，238, 240可互相連通（參 者第26_ )。 玆将h述結構而成真空進給裝置之操作參考第26圈及 第29國説明於後。 在第7實例中，所供應之加壓流體首先僅限於一種。 玆説明一樺铒一噴射器合併之真空進給装置24a 。一種 加曄流體，例如，醱縮空氣是從閥件單元l〇a之一進給 口 3 0中供應並從該閥件單元l〇a在閥件機構26之一排放 口 36内排出。因此，閥件機構2^之一先導閥用之一進給 口 32» —真空斷路口 34a分別被螺釘所阻塞。當一工件 或類同物被一吸入塊所吸引，因而，在此種條件下被進 铪宰一所霈要之位置t.時，在圖中未繪出之一壓縮空氣 准給源，諸如一》縮機，則首先被增能，將壓縮空氣進 給至閥件機構26之淮給口 30内，因而，可到達一功能板 12a之第三空室236 内„由於一；«密物230a被部份切斷 ，故策三牵第五空室236, 238, 240在該功能板12a内 可百相旗通（參考第26围及第29圖 >。因此，鼷縮空氣可 從功能板12a之第三空室2 36流入第四及第五空室238, 24 0内，其次，可將壓编空氣供應至一真空撕路閥42以 及第一至第三電磁線圈控制先導閥64, 66，68内。因此 ，僅簡單將功能板12a***一連板14a及真空進給裝置Printed by the Ministry of Economic Affairs, Central Bureau of Industry and Commerce Employee Consumer Cooperative V. Description of the invention (Let 0 24c, the unused ports 30, 32, 34, 36 in the valve unit 10a can be closed with screws (refer to section Figure 22). The channels 188, 190, 192, and 194 of the pressure tube or vacuum tube respectively flow into the valve unit 10a to replace the relevant ports 30, 32, 34. 36, and the branch tube 22 third to sixth communication holes 200, 202, 204, 2 06 and connecting plate 14b fourth to eleventh communication holes 214, 216, 218, 220 flow (refer to Figure 17, Figure 21 And Fig. 22> The vacuum feed device 24c with an ejector is constructed so that the hovering gas network in the ejector 16 flows into the discharge passage 194 from a return valve 109 (refer to the 22nd page). The vacuum feed device 24c equipped with an ejector is an extended part of the plural type. The function of the back valve is to prevent the exhaust from the vacuum inlet 24c from a vacuum inlet. In this case, it is Stop the vacuum feeder 24c from its cocurrent and prevent it from exhausting. Hovering the vacuum feeder 24c, 24d from the vacuum port 96 and other operations The operations of the quasi-feeding devices 24a, 24b are the same. When the vacuum feed device 24c corresponding to the above-mentioned manifold forms a continuation of plural types, such as pressurized fluid or vacuum are supplied from the branch pipe 22 to all Inside the vacuum feed device 24. Until this time, the Jun-Shebei Binbin air feed device was activated due to the use of nitrogen gas through the ports 3 0, 32, 34, 36 of a valve unit 10a and performed what was needed However, it is necessary to detect the vacuum feed device from the branch tube 22. It is mainly because the condensed air and m gas have a tendency to mix together in a state, and in this state, the vacuum feed of krypton gas is used. The device has been installed at -33- (please read the back-notes beforehand to write this page) This paper is used in the standard a Η home sample (CHS) T4 specification (210X297 ft) 81.2 . 20,000 η 6 V. Description of invention (V1 ·) Ministry of Economic Affairs standard and employees dissipate cooperation to produce branches for 22 hours, therefore, the required purpose cannot be achieved, in this case. Use in the fifth In the example, the board 14a (refer to circle 8) can be used as the construction board 14b (refer to figure 21) A replacement. Because the construction board 14a only constitutes the first to third holes 94, 98, 100 in the board, and the function of the connecting board 14a is to plug or cut off one of the feed channels 188 of a technical tube 22, A pilot valve uses one of the feed passages 190, a vacuum interrupting passage 192, in a branch pipe 22, and a valve element unit 10a uses one of the discharge or purge passages 94 (refer to No. 23). Therefore, a desired vacuum feeding device 24c can use a different pressurized flow from the branch pipe 22. In addition, the required nitrogen gas is used to prevent the adhesion of impurities such as gray elk on a workpiece, and the workpiece such as an integrated electrical substrate is subjected to the effect of scraping air when the vacuum circuit is formed, so it can be avoided The fault of vacuum interruption occurs. Therefore, nitrogen may only be used for vacuum interruption J ;, from the standpoint of this application, this measure l: b is more advantageous. The connecting plate 14c used in the sixth example will be explained here. In this example, the situation of using the storage birch is shown in Figure 24. The structure of the connecting plate 14c does not include the first plate 14b. Six holes 218. In other words, the function of the connecting plate 14c is one of the vacuum interruption passage 192 of the male plug or the vacuum feed device 24c in the technical tube 22 and the piece unit 10a in a vacuum interruption valve. Shown in Figure 25. Therefore, radon gas is used to pass through the vacuum circuit opening 34 of one of the valve element units 10a. On the other hand, the other ports 30, 32, 36 are closed with screws, respectively, because of the gaps, each channel 188, 190, 194 of the branch tube 22 can be used. -34- (Please read the precautions on the back- " before writing this page) This paper uses standard "Ming Family Standard (CNS) 〒 4 specifications (210x297 male dragon) 81. 2. 20,000 Η 6 5 2. Description of the invention (#) The Ministry of Economic Affairs, Central Bureau of Standards * 3: The vacuum feeder 24c with the ejector incorporated in the industrial and consumer cooperative printing level has been described in the fifth and sixth examples, however, needless to say, Even a vacuum feeding device using a vacuum pump can operate in the same manner as the vacuum feeding device 24c. The application of the connecting plate is not necessarily limited to the examples described, and an appropriate connecting plate can be used when necessary. In each of the vacuum feed devices 24a to 24c used in the above manner, when the compressed air is supplied to all the first to third solenoid coils to control the pilot valves 64, 66, 68, the feed valve 40, and the vacuum circuit When valve 42 is used, compressed air is supplied only from a separate port. The purpose of this measure is mainly due to the simple and effective piping configuration. However, according to different uses or purposes, the preparation of the valve mechanism 26 may cause cost problems faced by the user. Therefore, for example, the functional plate 12a can be inserted into a space between the valve member mechanism 26 and the connecting plate 14a, and thus, a fluid circuit can be changed. The plate-shaped functional board is connected to the queuing mechanism 26 with a planed surface, and the other side is connected to the connecting board 4a. Fig. 26 is a front view of the function board 12a (on the inverted surface of the wide unit 10a). Fig. 27 is a vertical sectional view of one of the power boards 12a, and Fig. 28 is a rear view of the function board 12a (the upper side of the air hole unit 21 is turned up and the function board 12a has two falls and is packed. The objects 230a, 230b are respectively divided into seven-valued spaces or sections. The functional board 12a has six dummy spaces or seven-yin sections of empty chambers, namely the first to sixth empty chambers 232, 234, 236, 2 3 8, 240 , 242, the town secrets 230a, 230b can prevent fluids from flowing into each of the lush spaces, and can also prevent the flow of ink on the functional board -35- (please read the precautions beforehand Erhu " wooden page ) This paper is used in a-scale side-by-side H 揱 籱 Bi (CWS) Ή specification (210x297 «:) 81. 2. · 20,000 V. Description of invention (Vf) A 6 It 6 E3 of the Ministry of Economic Affairs, Bureau of Standards E3: industrial consumption The cooperative has printed a leak in a gap between 12a and other components. In this example, the puddle 230a used to separate the third to fifth empty chambers is partially cut off, so the third The fifth empty chambers 236, 238, and 240 can communicate with each other (see section 26_). The operation of the vacuum feeder structured as described above is referred to the description of the 26th circle and the 29th country. In the seventh example, the supply of pressurized fluid is limited to one type at first. The vacuum feed device 24a combined with a erbium-ejector is described below. A type of fluid, for example, condensed air is supplied from the valve unit 10. a one of the inlet ports 30 is supplied and discharged from the valve unit 10a in one of the discharge ports 36 of the valve mechanism 26. Therefore, the one of the valve mechanisms 2 ^ uses one of the inlet ports 32 for the pilot valve »—The vacuum interrupters 34a are respectively blocked by screws. When a work piece or the like is attracted by a suction block, therefore, under such conditions, it is slaughtered by hafnium at a desired position t. One of the uncompressed compressed air quasi-feed sources, such as a compressor, is first energized to feed compressed air into the Huai feed port 30 of the valve mechanism 26, so that it can reach the third of a functional board 12a Inside the empty chamber 236 "Because of one;« The dense object 230a is partially cut off, so the third empty chamber 236, 238, 240 can be led by the third board in the functional board 12a (refer to No. 26 and No. 29 Figure> Therefore, constricted air can flow from the third empty chamber 236 of the functional board 12a into the fourth and fifth empty chambers 238, 240 Secondly, provision may be compressed air is supplied to a vacuum valve 42 at the tear way and the first to third solenoid controlled pilot valves 64, 66, 68 inside. Thus, only a simple function of the plate 14a and plate 12a in a row is inserted into the vacuum feed device

Th 先 閲 背 -而 之 注 意 項 塡 寫 木 裝 玎 私紙张尺度逍用中Β國家楳毕(CNS> Τ4規格(210X297公没） 81. 2. 20,000 2^3101 Λ 6 Π 6 經濟部中央捸準局员工消伢合作社印S1 五、發明説明（>句 之間.邸可逵到閥件機構26之通路或管路之改受目的， 因而，可實現有效之管路配置。 同樣地，Η将説明一種在外刨與一宾空泵連接之真空 進給裝置並視為第八實例。在此種倩況下，可將一功能 板〗2b捅入在一'連板14a及真空進給裝置之間，以達到 铒第t弯例相似之目的，如第30圖所示.功能板12b之 構诰在實質上與功能皮12a相同。然而，在閥件單元10a 御1而上之一埴密物2 4 4 a刖部份被切斷，以導致第四及第 五空室2 3 8, 240互相連通。甚至在此锺情況中，有鼷管 路配瞀中之效率亦由於用螺釘將先導閥用之一進給口 32 阳寒而横得改善（參考第31圖 此外，在歧管對應型式之各真空進給裝置2 4 c中 .可將一連板及一功能板組合之方式而筲施一閥件機 構26在通路或管路上之改變。然後，將對各真空進給裝 置24c , 24ci之說明視為第九及第+實例。 铒第六莕例相似，甯一工件，諸如一集成電路基層板 被使用時.刖摆用氛氣或類物在一真空斷路上。此外， 在真空斷路以外之其他目的上則採用壓縮空氣。在此情 況下，則可使用一功能板12c «功能板〗2c之構造在實 質h與功能板12a相似。然而，在一闕件單元10a倒面 h之一植密物2 4 6 a刖部份被切斷，因而.可導致第三空 室23 6及第四'空室238互相連通（參考第32圖）。當氮氣 流過一枝管22之一真空斷路之通路192時，則有一連板 -37- (請先«]請背而之注意事項#艰寫本頁) 本紙張/Ut逍用中0 81家烊华(€剛〒4規岱(2丨〇父297公*) 2. 20,000 293101 Λ 6 Η 6Th Read the back first-and pay attention to the item written on the wooden paper for the private use of the paper standard. The national standard (CNS> Τ4 specifications (210X297 public) 81. 2. 20,000 2 ^ 3101 Λ 6 Π 6 Central Ministry of Economic Affairs Printed by the cooperative agency of the Equatorial Bureau S1 V. Description of the invention (> between sentences. Di Kekui ’s access to the valve mechanism 26 is changed or the purpose of the pipeline is changed, so that an effective pipeline configuration can be achieved. Similarly, Η A vacuum feeding device connected to an outside air pump and an eighth example will be described as an eighth example. In this condition, a functional board 2b can be inserted into a connecting plate 14a and a vacuum feeding device In order to achieve the similar purpose of the erbium t-bend example, as shown in Figure 30. The structure of the functional plate 12b is substantially the same as the functional skin 12a. However, the valve unit 10a is one of the upper one. The dense part 2 4 4 a is cut off to cause the fourth and fifth empty chambers 2 3 8, 240 to communicate with each other. Even in this case, the efficiency of the pipeline configuration is also due to the use of screws The pilot valve is improved by using one of the inlet ports 32 to be cold and cold (refer to Figure 31. In addition, the corresponding types of manifolds are different. In the feeding device 2 4 c. A continuous plate and a functional plate can be combined to change the valve mechanism 26 in the passage or pipeline. Then, the explanation of each vacuum feeding device 24c, 24ci It is the ninth and the + th example. The sixth example of erbium is similar. When a workpiece, such as an integrated circuit substrate is used, the atmosphere or the like is placed on a vacuum circuit. In addition, outside the vacuum circuit For other purposes, compressed air is used. In this case, a functional board 12c can be used. The structure of the "functional board" 2c is similar to the functional board 12a in substance h. However, one of the face h of a threshold unit 10a is planted. The dense material 2 4 6 a is partially cut off, which may cause the third empty chamber 236 and the fourth 'empty chamber 238 to communicate with each other (refer to FIG. 32). When nitrogen flows through one of the branches 22, the vacuum circuit is broken When accessing 192, there is a continuous board -37- (please first «] please note #hard write this page) This paper / Ut Xiaoyongzhong 0 81 home Hua (€ Gang 〒 4 regulations Dai (2丨 Father 297 Gong *) 2. 20,000 293101 Λ 6 Η 6

經濟部屮央櫺準局员工消仲合作杜印M 五、發明説明 14(1是輿該功能板〗2e處於面對之關偽。連板14d所具 有之形狀，則將其中連板14b之第五孔216省略（參考 第33圖U因此，連板14d之作用阻塞或切斷枝管22之 一先導閥用之一進給通路190以及功能板12c之第四空 宰238 (參考第34園）。壓縮空氣是供匾至一進給閥40， 首先，通路各電磁線圈控制先導閥64，66, 68,再流入 枝管22之一進給通路〗88 。當然，凡未被使用閥件機構 26之各口 30, 3 2, 34, 36均用螺釘阻塞。此外，當®縮 卒氣流人枝管22之真空斷路之通路〗92時，則有一連板 14ft铒功能板處於而對之關偽，基板14e之造形是 將_板14b之第五及第六孔216，218移除（參考第35圖〉 。因眈，連板14e之作用是阻塞或切斷一技管22在一先 導閥用之一進給通路190 ，技管22之一真空斷路之通路 192 ,以及一功能板12c之第四及第五空室238, 240 (玆者第36圖氣氣則從真空機構26之一真空斷咯口 34 供·。閥件機構26之未被使用各口 30, 32, 36均分別用 螺釘阳寒„不用説，本實例甚至可應用在輿一真空泵相 薄接之一真空進給裝置24d上。 如在以h所述之各真空進給裝置24a至24d中，各功·能 板12a至12(!以及各達板14a至14e均可按照需要而作漉當 之組合。在瓖櫸件之方式中，各連板14a至14e亦可單獨 使用。其結果，閥件單元1〇a在閥件機構26之内部通路 或管路h之改變，或者.闢於閥件機構26在管路配置内 -38- (請先閱讀背而之注意事項洱塡寫木頁) Ψ ¥ 本紙张尺度边用中國國家楳毕(CNS)T4規格(2丨0父297公龙） 81. 2. 20,000 五、發明説明（rp 經濟部屮央標準局β工消份合作杜印製 之改戀實 各閭件單 而H., 之闕件機 並滴於重 制先導閥 閥条統内 統可透過 ,因而， 如閥件單 作及TF常 第37圈 例中，毎 顒力探潮 種丙烯腈 型式〇其 類同物。 构已構成 第38_ 中所示之 啃射器本 饜力探测 爾所示之 行。不必説，此種過程更能應用在互不相同之 元 10b， 10c上 《 第一及第二交接 構26及電磁線圈 新安排.使能改 翬元29之通路或 之改變。因此， 在第一及第二交 才可能使閥件單 元 1 0 b，1 0 c，而 開口型f, 為輿上述各育例 一閥件單元10, 單元1 8，及各濾 樹脂之透明材料 目的是能進一步 為了便於從圖中 透明化。 為本發明之另一 奮例以先前所述 醑及另一構件之 翬元1 6間構成各 一氣流方向内産 面27, 28是插人在閥件單元10 控制先導閥單元29間之空間内 變在閥件機構26及霣磁線圈控 管路，因而，可實行在一先導 裝設在上部位置内之先導閥糸 接面27 , 28之更換而獲得修改 元10更換為其他閥件單元，諸 該閥件單元均分別羼於空氣操 不同之一本發明實例。在該實 枝管單元22，噴射器單元16, 清器單元20a，20b均用諸如一 製成，因而，可形成一整體之 確定在内部所産生之障礙物或 了解起見，噴嘴及擴散器兩者 實例，而且，亦不同於第37圖 之各實例，在本實例中，在一 間，例如，在一歧管齷14及一 空間300，300,因而，可在箭 生一種消磬效果。此外，所使 -39- 先 m in 背 -而 之 注 & .事 項 填 % 本 頁 本紙張尺度边用中a Η家樣準(CNS) Ή規格(210X297公釐} 81. 2. 20,000 η 6 五、發明説明（Μ) 用乏霉件皸Β亦可減 梢據本發明，僅霈要將真 安棑，可使一單式之真空進 式或一種真空泵型之真空進 刖可使真空進給裝 經濟部中央櫺準局貝工消设合作杜印製 種對應 之延鏞 在不改 _在通 之，真 醱或操 谁給裝 ,専空 栗將一 同構件 路或管 件機構 祭一真 用在縮 在本 型之專 神及其 種真空泵 枝管22， 部份《而 蠻闕件單 路或管路 夺淮給裝 作翬元之 置可以在 泵_及技 功能板捅 間之空間 路在配置 更換。因 空進給裝 小尺寸之 發明已完 家而言， 範圃内， 空進給裝置24之各部件重新 給裝置改裝為一種噴射器型 給裝置 ft ,僅需要將一連 元10之 t:之改變或 置之嫌造是 形式，以逵 最少之溝元 管對應牮中 入在閥件單 内，即可實 h之改變， 此，使用人 置，而且， 改裝裝置， 全說明之際 在不偏離本 亦可使本發 閥件機構 在管路 將有蘭 成毎一 重新.安 之任一 元之閥 行與該 而不必 僅以小 按照使 供不同 ，顯而 發明在 明産生 40 本紙张尺度边用中S Β家樣準（CNS)^H規格(210X297公龙) 。此外，若 置24組合成 板更換成另 26之情況下 配置上之改 之構件組合 種功能。因 排下更改成 種型式。此 件機構及其 賊件機構相 將閥件機構 量之存件即 用之目的不 使用之霈要 易見，對精 說明書中所 許多之改變 能提供一 複數型式 一連板， ,即可實 變。換言 而成各塊 此，真空 噴射器型 外，僅需 鄰近之不 聯接之通 輿另一闕 很容易改 同，可利 於此一類 陳述之精 及修改。 81. 2. 20,000 先 閲 έίί 背 •而 之 注 Λ 事 項 孙 % 木 頁Employee of the Ministry of Economic Affairs, Central Bureau of Employee Cooperation, Du Yin M. V. Description of the invention 14 (1 is the function board) 2e is in the face. The shape of the connecting board 14d has the connecting board 14b. The fifth hole 216 is omitted (refer to FIG. 33 U. Therefore, the role of the connecting plate 14d blocks or cuts off one of the pilot valves 22 for one of the feed passages 190 and the fourth empty slug 238 of the functional plate 12c (refer to the 34th Park). Compressed air is supplied to a feed valve 40. First, the solenoids of the passage control the pilot valves 64, 66, 68, and then flow into one of the branch pipes 22. The feed passage 88. Of course, where the valve is not used The openings 30, 3 2, 34, 36 of the mechanism 26 are blocked with screws. In addition, when the path of the vacuum interruption of the strut tube 22 is 92, there is a continuous plate of 14ft erbium function board. For the sake of falsification, the shape of the base plate 14e is to remove the fifth and sixth holes 216, 218 of the _ plate 14b (refer to FIG. 35). Because of this, the function of the connecting plate 14e is to block or cut off a technical tube 22 in A pilot valve uses one feed passage 190, one vacuum passage 192 of the technical tube 22, and a fourth and fifth empty chamber 238 of a functional board 12c , 240 (The gas in Figure 36 is supplied from the vacuum opening 34 of one of the vacuum mechanisms 26. The unused ports 30, 32, and 36 of the valve mechanism 26 are respectively bolted to Yang Han. Needless to say, This example can even be applied to a vacuum feeding device 24d thinly connected to a vacuum pump. As described in each vacuum feeding device 24a to 24d described in h, each function and energy plate 12a to 12 (! And each The up plates 14a to 14e can be combined according to the needs. In the way of the beech piece, each connecting plate 14a to 14e can also be used alone. As a result, the valve element unit 10a is in the valve element mechanism 26. The change of the internal passage or the pipeline h, or. The valve mechanism 26 is in the pipeline configuration -38- (please read the notes beforehand to write a wooden page in Er'an) Ψ ¥ This paper uses the Chinese national standard Bi (CNS) T4 specifications (2 fathers and fathers 297 male dragons) 81. 2. 20,000 V. Description of inventions (rp The cooperation between the Ministry of Economic Affairs and the Central Bureau of Standards, β work and consumer cooperation, du printing, the change of love, and the list of parts. ., The short machine is not only permeable to the remanufactured pilot valve and valve system, so, as in the case of single valve operation and the TF 37th circle example, every effort is made to detect propylene Type 〇 It is similar. The structure has constituted the line shown by the transmitter's main force detector shown in the 38_. Needless to say, this process can be applied to different elements 10b, 10c. The first and second crossover structure 26 and the new arrangement of the electromagnetic coil. Enable to change the channel or change of the element 29. Therefore, it is possible to make the valve unit 1 0 b, 1 0 c and open at the first and second cross Type f is the above-mentioned valve element unit 10, unit 18, and the transparent material of each filter resin in the above-mentioned educational examples. The purpose of the transparent material is to facilitate transparency from the figure. As another example of the present invention, the above-mentioned 16 and the other components of the first element 16 form an inner production surface 27, 28 is inserted into the space between the valve unit 10 to control the pilot valve unit 29 The internal change is in the valve mechanism 26 and the magnetic coil control line. Therefore, it is possible to implement the replacement of the pilot valve connection surface 27, 28 of the pilot installed in the upper position to obtain the modification 10. Replace it with other valve unit Each of the valve unit is different from one of the examples of the present invention where the air operation is different. In the solid branch pipe unit 22, the ejector unit 16, the cleaner units 20a, 20b are all made of, for example, a whole can be formed to determine the obstacles generated inside or for the sake of understanding, the nozzle and the diffuser The two examples are also different from the examples in Figure 37. In this example, in one room, for example, a manifold yoke 14 and a space 300, 300, therefore, a chirping effect can be produced on the arrow . In addition, the -39- first min in the back-while the note &. Fill in the items on this page. This paper is used in the standard side a Η home sample standard (CNS) Ή specification (210X297 mm) 81. 2. 20,000 η 6 V. Description of the invention (Μ) It can also be reduced by using mildew-free parts. According to the present invention, it is only necessary to make a real peace, so that a single vacuum inlet type or a vacuum pump type vacuum inlet can make the vacuum Feeding equipment, the Ministry of Economic Affairs, Central Bureau of Precision Industry, Beigong Consumers, Co-operation, Du Yin, the corresponding extensions are not changed. It's really used in this type of specialism and its kind of vacuum pump branch tube 22, part of the "many short piece of single-way or pipeline seizes the device for pretending can be between the pump and the technical function board. The space path is being replaced. Because the invention of the small size of the air feed device has been completed, in the garden, the parts of the air feed device 24 are re-modified into an ejector type feed device ft, only one Yuan 10's t: the change or the suspected placement is the form, with the least groove ditch Yuan tube corresponding to the stern into the valve It can be changed within the time. Therefore, the user can use it, and the device can be modified without deviating from the original description. The valve mechanism will be renewed in the pipeline. The valve line is different from the one that does not have to be provided in accordance with the requirements. Obviously, the invention produces 40 sheets of paper in the middle. It is used in the standard (CNS) ^ H specification (210X297 male dragon). In addition, if it is set to 24 When the composite board is replaced with another 26, the configuration of the modified component combines various functions. It is changed into a type due to the arrangement. This mechanism and its thief mechanism are not used for the purpose of storing the valve mechanism. The use of the centipede should be easy to see. For many changes in the detailed instructions, you can provide a plurality of patterns and a continuous plate, which can be changed. In other words, it is made into various pieces. In addition to the vacuum ejector type, only the neighboring unconnected ones are needed. It is easy to change the same with another, and it is good for the refinement and modification of this kind of statement.

Claims (1)

申請專利範圍 AB,CD 第81101960號「真空進給裝r置」專利屋 !>· 經濟部中央標準局員工消費合作社印製 Λ申請專利範圍： 1. 一種真空進給裝置，其包含 要之位置上保持一工作件及 要之位置，該真空進給装置 -真空單元，以提供真空 一閥件單元，用以自該真 或供應加壓流體及真空至該 並將相同之加壓流體及真空 一定向控制閥，以供應該加 加壓流體或該真空，一用於 閥，及安装在該定向控制閥 以選擇性地更換流體通路， 先導閥彼此連接且為了切斷 ~濾清器單元，以自一流 通過該吸入塊而饋入該真空 2 .如申請專利範圍第1項之真 空單元為一噴射器。 S3年8碎蜂孕啤補充 ΕΕ 有一吸入塊以供在一所需 將該工作件傳送至一所需 包括： 給該吸入塊； 空進給裝置的欲求部位， 真空進給装置的欲求部位 切斷，該閥件單元包含有 壓流體或該真空及切斷該 控制該定向控制閥的先導 及該先導閥之間的連板， 以使得該定向控制閥及該 該流體通路； 體中移除粉塵，該流體偽 進給裝置。 空進給装置，其中，該真 .如申請專利範圍第1項之真空進給裝置，其中，該真 空單元及一真空泵可以選擇方式互相聯結。 .如申請專利範圍第2項之真空進給装置，其中，複數個 真空單元經由一歧管而共同供給有加壓流體及排氣。 本紙張尺度逋用中國國家標隼（CNS ) A4規格（210X 297公釐〉 (請先閱讀背面之注意4丹填寫本页) 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 1 | 5 .如 串 請 專 利 範 圍 第 1 項 之 真 空 進 給 装 置 t 其 中 > 該 定 1 I 向 控 制 閥 包 括 有 一 閥 座 及 一 閥 體 該 閥 體 在 其 兩 XU1 m 構 - 1 1 I 成 兩 條 m 周 槽 > 而 第 __. 及 第 二 彈 性 環 則 分 別 裝 設 在 該 請 1 1 I 槽 内 > 該 閥 體 具 有 中 間 部 份 ) 具 有 - 傾 斜 側 面 之 第 先 閱 讀 1 1 I 二 彈 性 環 則 以 固 定 方 式 裝 設 在 該 中 間 部 份 上 > 因 而 t 背 面 1 I 之 1 當 該 閥 體 被 阻 塞 在 閥 座 上 時 具 有 對 置 尖 頭 X山 辆 部 之 閥 注 1 | 座 則 靠 接 在 該 第 三 彈 性 環 之 傾 斜 面 上 〇 再 i 6 .如 串 請 專 利 範 圍 第 1 項 之 真 空 進 給 裝 置 » 其 中 1 該 連 填 寫 本 1 裝 板 可 與 其 他 連 板 互 換 » 因 而 可 使 該 閥 件 at» 単 元 及 先 導 頁 '— 1 1 閥 互 相 連 接 並 使 兩 者 保 持 氣 密 狀 態 並 可 以 選 擇 方 式 切 ) i«tC 斷 在 閥 件 CM3 早 元 及 先 導 閥 間 所 構 成 之 多 數 流 體 通 路 〇 J 7 ·如 甲 請 專 利 範 圍 第 1 項 之 真 空 進 給 裝 置 > 其 中 、 該 連 訂 I 板 可 與 其 他 連 板 互 換 ) 俾 使 該 閥 件 ao 早 元 及 先 導 閥 互 相 1 1 | 聯 結 並 使 兩 者 保 持 氣 密 狀 態 〇 1 1 I 8 .如 申 If 專 利 範 圍 /rfr- 弟 7 項 之 真 空 進 給 裝 置 i 其 中 t 該 連 1 1 板 是 連 板 裝 置 的 一 部 份 連 板 装 置 包 括 第 一 及 第 二 連 線 1 板 其 中 ： I 該 第 一 連 板 可 用 以 使 閥 件 on 卑 元 及 一 有 一 流 體 通 路 之 1 I 一 構 件 間 互 相 聯 結 I 該 通 路 是 在 該 構 件 内 形 成 並 可 與 1 1 | 閥 件 口 〇 早 元 互 相 連 通 % 因 此 該 閥 件 αε» 军 元 及 該 構 件 可 保 1 持 在 氣 密 狀 態 > 而 且 t 該 第 __- 連 板 可 與 其 他 連 板 互 換 Γ > 因 而 $ 可 以 選 擇 方 式 切 斷 在 ».·♦- 閥 件 ασ 単 元 及 該 構 件 間 1 I 所 構 成 之 多 數 通 路 及 ~ 2 - 1 1 1 1 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t合作社印製 A8 B8 C8 D8六、申請專利範圍 該第二連板可與其他連板互換，因而，可能以選擇 方式實施在該閥件單元内多數流體通路之改變； 由是，可利用第一及第二連板之組合並以選擇方式 切斷在該閥件單元及構件間所構成多數流體通路。 9.如申請專利範圍第1項之真空進給裝置，其中，該先 導閥當有動力故障發生時，該先導閥可保持在一致動 狀態。 10如申請專利範圍第9項之真空進給裝置，其中，該先 導閥包括有第一及第二電磁線圈，並用非一電磁線圈 控制之先導閥，首先，可致動並控制該定向控制控制 閥，當第一電磁線圈增能時，因而，可由該第一電磁 線圏促使能供應一真空，然後，再致動以控制該定向 控制閥，當第二電磁線圏增能時，因而，可切斷真空 之供應。 11如申請專利範圍第1 0項之真空進給裝置，其中，一真 空單元為一噴射器。 12如申II專利範圍第10項之真空進給裝置，其中，該真 空單元為一真空泵。 13如申請專利範圍第2項之真空進給装置，該真空進給 裝置亦包括有一歧管，其中，在該歧管之排氣通路及 該噴射器之間装設有一止回閥，以防止廢氣經自該歧 管之一排氣通路而流人該噴射器内。 ----：-----裝I 請先閱讀背面之注意^再填寫本頁 訂 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） ABCD 203101 經濟部中央標隼局員工消費合作社印製 六、申請專利範圍 1 I 14 如 申 請 專 利 範 圍 第 2 項 之 真 空 進 給 裝 置 t 其 中 參 防 止 1 空 氣 在 閥 件 αο 单 元 之 流 動 用 之 __* 止 回 閥 是 裝 設 在 —· 通 路 1 内 該 通 路 可 連 通 該 噴 射 器 之 一 壓 縮 空 氣 進 Π 〇 /-N 1 I 請 1 | 15 如 申 請 專 利 範 圍 第 1 項 之 真 空 進 給 裝 置 9 其 中 > 閥 件 先 閲 1 | 讀 m 元 包 括 有 各 密 封 構 件 1 此 種 密 封 構 件 是 屬 於 浮 動 式 背 1 面 膜 Η 之 1 並 由 環 狀 材 料 形 式 各 密 封 構 年 均 可 插 入 由 閥 體 意 1 1 1 及 閥 座 内 所 構 成 之 各 内 隙 中 〇 1 I 再 填 寫 本 16 如 申 請 專 利 範 圍 第 15項 之 真 空 進 給 裝 置 t 其 中 在 體 裝 I 及 閥 座 内 分 別 構 成 之 内 隙 則 在 該 閥 體 之 移 動 方 向 内 移 頁 I I 動 定 位 y 因 而 > 可 使 該 浮 動 式 膜 分 別 以 傾 斜 方 式 在 1 對 應 之 各 内 隙 中 配 合 及 配 置 〇 1 0 1 17 如 申 請 專 利 範 圍 第 2 項 之 真 空 進 給 裝 置 > 該 真 空 進 給 iT I 裝 置 亦 包 括 有 一 歧 管 該 歧 管 則 包 含 有 兩 個 或 多 個 表 1 1 面 i 以 供 在 各 表 面 上 裝 設 外 部 装 置 之 需 » 使 各 外 部 装 1 1 置 經 由 在 該 歧 管 内 所 構 成 之 内 部 管 路 空 間 而 與 該 歧 管 1 I 連 通 該 歧 管 包 括 有 在 兩 値 或 多 個 表 面 内 構 成 之 流 體 線 I 通 路 並 構 成 開 Ρ 狀 能 並 能 分 別 與 外 部 装 置 連 通 i 此 外 1 I > 亦 具 有 一 填 密 槽 及 構 成 整 體 形 式 之 装 配 内 螺 紋 膛 孔 1 1 1 > 所 構 成 之 各 膛 孔 至 少 可 與 其 外 部 構 件 相 聯 結 〇 1 1 18 如 申 請 專 利 範 圍 第 1 7項 之 真 空 進 給 裝 置 » 其 中 ) 歧 管 1 為 整 體 形 式 並 由 一 種 合 成 樹 脂 所 形 成 〇 1 I 19 如 申 請 專 利 範 圍 1 項 之 真 空 進 給 装 置 > 其 中 J 閥 件 1 1 aa 単 元 包 括 有 提 動 閥 5 該 -4 提 動 閥 偽 由 閥 體 及 閥 座 1 1 1 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） ABCD 經濟部中央標隼局員工消費合作社印製 六、申請專利範圍 1 1 組 成 閥 體 之 兩 端 部 内 溝 成 圓 周 槽 » 第 一 及 第 二 彈 性 1 1 環 則 裝 設 在 該 槽 内 __. 具 有 一 傾 斜 側 面 之 第 三 3BO W 性 環 1 1 則 固 定 裝 配 在 該 中 間 部 份 上 t 因 而 1 當 該 閥 體 阻 塞 在 請 1 先 1 該 閥 座 上 時 具 有 對 置 小 穴 頭 X山 m 部 之 閥 座 刖 可 靠 接 在 第 閲 讀 J 背 1 三 彈 性 環 之 傾 斜 面 上 〇 ft 之 注 1 20 如 串 請 專 利 範 圍 第 19項之真空進給裝置 其 中 > 該 閥 意 Λ 1 座 偽 由 一 種 合 成 樹 脂 一 體 形 成 〇 再 1 | 21 如 丰 請 專 利 範 圍 第 1 項 之 真 空 進 給 裝 置 » 其 中 » 容 許 寫 本 頁 裝 1 在 任 αα 早 元 内 部 所 裝 設 之 * 元 件 可 分 別 與 相 關 之 流 體 S_ 1 I 裝 置 連 通 之 各 流 體 通 路 刖 為 顯 明 可 察 覺 之 通 路 〇 'i 1 22 如 申 請 專 利 範 圍 2 1項之 真 空 進 給 裝 置 其 中 » 該 元 1 Ί 訂 件 為 —* 噴 嘴 〇 1 23 如 丰 請 專 利 範 圍 第 2 1項之真空 進 給 裝 置 > 其 中 > 元 件 1 1 之 本 體 是 由. 一 αα 军 體 之 形 式 形 成 一 種 透 明 合 成 樹 脂 〇 1 1 24 如 申 請 專 利 範 圍 第 2 項 之 真 空 進 給 装 置 t 其 中 t 在 噴 1 線 射 器 及 郯 近 噴 射 器 之 一 不 同 構 件 間 構 成 一 空 間 i 俾 可 1 與 該 噴 射 器 之 _· 擴 散 器 相 連 通 ) 並 可 用 以 作 流 體 排 出 1 1 1 通 路 » 以 降 低 流 體 排 出 磬 音 〇 1 1 25 如 Φ 請 專 利 範 圍 第 24項 之 真 空 進 給 装 置 1 其 中 1 設 在 1 鄰 近 噴 射 器 之 不 同 構 件 為 屬 於 — 種 探 測 器 aea 単 元 » 以 供 i | 探 測 一 真 空 之 用 〇 1 I 26 如 申 請專利範圍第24項之真空進給装置 1 其 中 > 設 在 1 1 1 郯 近 噴 射 器 之 不 同 構 件 為 _ C 種 歧 管 Q 1 1 1 1 本纸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— A8 B8 C8 D8六、申請專利範園 27如申請專利範圍第22項之真空進給裝置，其中，該噴 嘴是由透明材料所形成，且在該噴嘴中所界定的流體 通路可由目視觀察。 28如申請專利範圍第21項之真空進給裝置，其中，該元 件是擴散器。 28如申請專利範圍第21項之真空進給裝置，其中，該擴 散器是由透明材料所形成，且在該擴散器中所界定的 流體通路可由目視觀察。 30如申請專利範圍第21項之真空進給裝置，其中，該元 件是閥。 31如申請專利範圍第2 1項之真空進給裝置，其中，該元 件是消聲器元件。 32如申請專利範圍第21項之真空進給裝置，其中，該元 件是滅清器元件。 33如申請專利範圍第21項之真空進給裝置，其中，該元 件是止回閥。 34如申請專利範圍第2 1項之真空進給裝置，其中，該連 板是更換的。 ------^-----裝---^--Ί訂一-----線卜卜 (請先閲讀背面之注意A再填寫本頁) ( -6- 本紙張尺度適用中_國國家標準（CNS ) A4规格（210X297公釐)Patent application range AB, CD No. 81101960 "Vacuum Feeding Device" Patent House! ≫ · Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Λ Patent Application Range: 1. A vacuum feeding device, including the essentials Maintain a working part and a desired position in the position, the vacuum feeding device-vacuum unit to provide a valve unit for vacuum, for supplying pressurized fluid and vacuum from the true or to the same pressurized fluid and Vacuum direction control valve to supply the pressurized fluid or the vacuum, one for the valve, and installed in the directional control valve to selectively replace the fluid path, the pilot valves are connected to each other and in order to cut off ~ filter unit To feed the vacuum through the suction block from the first stream. For example, the vacuum unit of patent application item 1 is an ejector. S3 8 broken bee pregnant beer supplement Ε has a suction block for transferring the work piece to a required one at a time including: giving the suction block; the desired part of the air feeding device, the desired part of the vacuum feeding device Break, the valve unit includes pressurized fluid or the vacuum and cut off the pilot controlling the directional control valve and the connecting plate between the pilot valve, so that the directional control valve and the fluid passage are removed in the body Dust, the fluid pseudo-feeding device. An air feeding device, wherein the vacuum pump is the vacuum feeding device according to item 1 of the patent application, in which the vacuum unit and a vacuum pump can be connected to each other in a selective manner. The vacuum feed device as claimed in item 2 of the patent application, wherein a plurality of vacuum units are jointly supplied with pressurized fluid and exhaust through a manifold. The size of this paper is printed in China National Standard Falcon (CNS) A4 (210X 297mm) (please read the note 4 on the back first to fill in this page) A8 B8 C8 D8 Printed by the Employee Consumer Cooperative of the Central Standard Falcon Bureau of the Ministry of Economic Affairs Patent application scope 1 | 5. If the vacuum feed device t of the patent scope item 1 is serially applied, the > 1 I-directional control valve includes a valve seat and a valve body. The valve body is in its two XU1 m configuration-1 1 I into two m-circumferential grooves > and the second __. And the second elastic ring are respectively installed in the please 1 1 I groove > the valve body has a middle part) with-inclined side first reading 1 1 I The two elastic rings are fixedly attached to the middle part. Therefore, the back side 1 I of 1 has the opposite pointed X valve when the valve body is blocked on the valve seat. Note 1 | The seat is leaning on the inclined surface of the third elastic ring. Then i 6. Vacuum feeder of item 1 »1 of which is filled in together 1 The mounting plate can be interchanged with other connecting plates» This makes the valve at »Unit and pilot page '— 1 1 The valves are connected to each other and both are kept airtight The state can be selected by way of choice) i «tC is interrupted by most of the fluid passages formed between the valve element CM3 Early Yuan and the pilot valve. 〇J 7 · For example, the vacuum feed device of the first item of the patent application > Order I plate can be interchanged with other connecting plates) In order to make the valve ao Zaoyuan and the pilot valve mutually 1 1 | Connect and keep the two airtight. 〇 1 1 I 8. If apply for If patent scope / rfr- brother 7 Item of the vacuum feed device i where t the connecting plate 1 1 is part of the connecting plate device. The connecting plate device includes the first and second connections 1 plate where: I the first connecting plate can be used to make the valve on 1 and 1 I with a fluid path It is connected to each other I. The passage is formed in the component and can communicate with 1 1 | Valve Port ○ Zao Yuan%. Therefore, the valve component αε »Junyuan and the component can keep 1 in a gas-tight state> and t The first __- connecting plate can be interchanged with other connecting plates Γ > so $ can be selectively cut off in the valve. Α · unit and the majority of the passage between 1 I and ~ 2-1 1 1 1 This paper scale is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm). The A8 B8 C8 D8 is printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. 6. The scope of the patent application. The second link can be interchanged with other links Therefore, it is possible to implement most of the fluid passage changes in the valve unit in a selective manner; therefore, the combination of the first and second connecting plates can be used to selectively cut off between the valve unit and the component Most fluid pathways. 9. The vacuum feed device as claimed in item 1 of the patent scope, wherein the pilot valve can be kept in a consistent state when a power failure occurs. 10 The vacuum feed device as claimed in item 9 of the patent scope, wherein the pilot valve includes first and second solenoid coils, and the pilot valve is controlled by a non-one solenoid coil. First, the directional control control can be actuated and controlled The valve, when the first solenoid coil is energized, can therefore be driven by the first solenoid coil to supply a vacuum, and then actuated to control the directional control valve, when the second solenoid coil is energized, thus, Can cut off the supply of vacuum. 11. For example, the vacuum feeder of item 10 of the patent application, in which a vacuum unit is an ejector. 12. For example, the vacuum feeder of item 10 in the scope of the patent application II, wherein the vacuum unit is a vacuum pump. 13 If the vacuum feed device of the second patent application, the vacuum feed device also includes a manifold, wherein a check valve is installed between the exhaust passage of the manifold and the injector to prevent Exhaust gas flows into the injector through an exhaust passage from the manifold. ---- ： ----- Install I Please read the notes on the back ^ before filling out this page. The paper size is applicable to China National Standard (CNS) A4 (210X297mm) ABCD 203101 Ministry of Economic Affairs Central Standard Falcon Bureau employee Printed by the consumer cooperative 6. Scope of patent application 1 I 14 For example, the vacuum feeder of item 2 of the scope of patent application t which includes 1 to prevent the flow of air in the valve αα unit __ * The check valve is installed in- · The passage in the passage 1 can be connected to one of the ejector compressed air into Π 〇 / -N 1 I please 1 | 15 as the patent application of the scope of the first item of the vacuum feed device 9 where > valve first read 1 | read The m element includes each sealing member 1. This sealing member belongs to the floating back 1 mask H 1 and is made of a ring-shaped material. Each sealing structure can be inserted by the valve body 1 1 1 and the valve seat. In each internal clearance, fill in this 16 again. For example, the vacuum feeder t of item 15 of the patent application scope, where the internal clearance formed in the body pack I and the valve seat respectively moves in the direction of movement of the valve body II Dynamic positioning y Therefore, the floating film can be fitted and arranged in the corresponding internal gaps corresponding to 1 in an inclined manner. 〇1 0 1 17 Such as the vacuum feed device of item 2 of the patent application scope> The vacuum feed The iT I device also includes a manifold. The manifold contains two or more tables 1 1 i for the installation of external devices on each surface »Make each external device 1 1 pass through the manifold The internal piping space is formed to communicate with the manifold 1 I. The manifold includes fluid line I passages formed in two or more surfaces and constitutes an open P-shaped energy and can communicate with external devices respectively. In addition 1 I > It also has a packing groove and integrally assembled internally threaded bores 1 1 1 > Each bore formed can be connected to at least its external components. 〇 1 1 18 As claimed in the patent scope item 17 vacuum Feeding device »Wherein) the manifold 1 is an integral form and is formed of a synthetic resin 〇1 I 19 The vacuum feeding device as claimed in patent scope item 1 > wherein the J valve 1 1 aa unit includes a poppet valve 5 The -4 poppet is pseudo-made by the valve body and valve seat 1 1 1 1 1 The paper size is in accordance with the Chinese National Standard (CNS) A4 specification (210X297 mm) ABCD Printed by the Central Consumer Standard Falcon Bureau Employee Consumer Cooperative Patent scope 1 1 The grooves at both ends of the valve body form a circumferential groove »The first and second elastic 1 1 rings are installed in the groove __. The third 3BO W sex ring with an inclined side 1 1 is fixed Fit on the middle part t And 1 when the valve body is blocked on 1 first 1 on the valve seat, the valve seat with the opposite small hole head X mountain m part is reliably connected to the first reading J back 1 the inclined surface of the three elastic ring 0 ft Note 1 20 Such as the vacuum feed device of the 19th patent scope, where the valve means Λ 1 block is formed by a synthetic resin. 1 | 21 The vacuum feeder of the 1st patent scope of the Ruofeng patent »where »It is allowed to write this page. 1 The * elements installed inside any αα early element can be connected to the relevant fluid S_ 1 I. The fluid passages of the device are all clearly perceptible passages. Item 1 of the vacuum feeder device »The yuan 1 Ί The order is-* Nozzle 〇1 23 Rufeng please patent scope item 2 1 true Feeding device > wherein > The body of element 1 1 is formed by a αα military body in the form of a transparent synthetic resin 〇1 1 24 as the patent application of the scope of item 2 of the vacuum feeding device t where t is spraying 1 line The ejector and one of the different components of the near-injector form a space i Poke 1 communicates with the _ · diffuser of the ejector) and can be used as a fluid discharge 1 1 1 channel »to reduce the fluid discharge chime sound 〇1 1 25 If Φ please claim the vacuum feeder device in the 24th of the patent scope 1 where 1 is located in 1 different components adjacent to the ejector are belong to-detector aea 単 元 »for i | to detect a vacuum 〇1 I 26 The vacuum feeder 1 of the 24th scope of the patent application, where > the different components of the tantalum injector are _ C type manifold Q 1 1 1 1 This paper size is applicable to the Chinese National Standard (CNS) A4 Specification (210X297mm ) Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs-A8 B8 C8 D8 VI. Patent application 27. The vacuum feeder of item 22 of the patent application scope, in which the nozzle is formed of transparent material and is located in the nozzle The fluid path defined in can be visually observed. 28. The vacuum feeding device as claimed in item 21 of the patent scope, wherein the element is a diffuser. 28. The vacuum feed device of claim 21, wherein the diffuser is formed of a transparent material, and the fluid path defined in the diffuser can be visually observed. 30. The vacuum feeding device as claimed in item 21 of the patent scope, wherein the element is a valve. 31. The vacuum feeding device as claimed in item 21 of the patent scope, wherein the element is a muffler element. 32. The vacuum feeding device as claimed in item 21 of the patent scope, wherein the element is a wiper element. 33. The vacuum feeder according to item 21 of the patent application, wherein the element is a check valve. 34. For the vacuum feeder according to item 21 of the patent application, where the connecting plate is replaced. ------ ^ ----- installed --- ^-Ίbook one ----- line bubu (please read the note A on the back first and then fill in this page) (-6- this paper size Applicable to China National Standard (CNS) A4 specification (210X297mm) A8 B8 C8 D8A8 B8 C8 D8 六、申請專利範圍第81101960號「真空進給裝置」專利案(86年8月7日修正） 馈請委员明示，本fp-'.,'.使：_.;^1^文^:實質.内容 經濟部中央標準局貝工消費合作社印製 需需 所所 1 1 在至 供送 以傳 塊件 入作 吸工 一 該 有將 含 及 包件 其作 ,Η 置 一 装持 : 給保 圍進上 範空置 利真位 專種之 請 一 要 申 1 六、 塊 入 : 吸 括該 包給 置空 裝真 給供 進提 空以 真 -該元 , 單 置空 位真 之\ 要 , 位 位部 部求 求欲 欲的 的置 置裝 裝給 給進 進空 空真 真該 該至 自空 以真 用及 , 體 元流 單壓 件加 閥 應 I 供 或 閥該向 該或定 , 體該 斷流制 切壓控 空加於 真該用 及應 一 體供， 流以空 壓，真 加閥該 之制或 同控體 相向流 將定壓 並一加 有 含 包 元 單 件 該導 斷.先 切的 及閥 空制 真控 ’ 該 板及 連閥 的制 間控 之向 閥定 導該 先得 該使 及 以 閥 -制路 控通 向體 定流 該換 在更 装地 安性 及擇 , 選 閥以 係 體 流 該 ; 塵 路粉 通除 體移 流中 該 體 斷流 切 一 了 自 為以 且 * 接元 連單 此器 彼清 閥濾 導 -先 入 吸 該 過 通 利 專 請 串 如 真 該 中 其 0 置 置裝 装给 給 進 進空 空真 真之 該項 入 1 饋第 而圍 塊範 器 射 噴 1 為 元 單 空 真 該 中 其 置 装 給 進 空 真 之 項 11 第 圍 範 利 專 請 串 如 互 式 方 擇 0 以 可 泵 空 真 1 及 元 單 空 給 進 空 真 之 項 2 第 圍 範 利 專 請 Φ 如 中 0其 結 r 聯 置 相装 體 流 壓 加 有 給 供 同 共 而 管 歧 1 由 經 元 單 空 臭 個 〇 數氣 複排 丨及 (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橾丰（CNS ) A4洗格（210X297公釐） ABCD 經濟部中央標隼局員工消費合作社印袈 六、申請專利範園 5. 如申請專利範圍第1項之真空進给裝置，其中，該定 向控制閥包括有一閥座及一閥體，該閥體在其兩端構 成兩條圓周槽，而第一及第二彈性環則分別装設在該 槽内，該閥體具有一中間部份，具有一傾斜側面之第 三彈性環則以固定方式装設在該中間部份上，因而， 當該閥體被阻塞在閥座上時，具有對置尖頭端部之閥 座則靠接在該第三彈性環之傾斜面上。 6. 如申請專利範圍第1項之真空進给装置，其中，該連 板可與其他連板互換，因而，可使該閥件單元及先導 閥互相連接並使兩者保持氣密狀態並可以選揮方式切 斷在閥件單元及先導閥間所構成之多數流體通路、 7 .如申請專利範圍第1項之真空進给裝置，其中，該連 板可與其他連板互換，俾使該閥件單元及先導閥互相 聯结並使兩者保持氣密狀態。 8.如申諳專利範圍第7項之真空進給装置，其中，該連 板是連板装置的一部份，連板装置包括第一及第二連 板，其中： 該第一連板可用以使閥件單元及一有一流體通路之 一構件間互相聯結，該通路是在該構件内形成並可與 閥件單元互相連通，因此，該閥件單元及該構件可保 持在氣密狀態，而且，該第一連板可與其他連板互換 ,因而，可以選擇方式切斷在該閥件單元及該構件間 所構成之多數通路；及 -2 - 本纸張尺度適用中國國家標準（CNS)A4規格（210X 297公釐） — II-----^ 1 裝------訂--------( 線 (請先閲讀背面之注意事項再填寫本頁) Λ8 B8 C8 D8 申請專利範圍 該第二連 方式實施在 板可與其他連 該閥件單元内 由是，可利用第一及第 切斷在該閥 9 .如申請專利 導閥當有動 件單元及構件 範圍第1項之 力故障發生時 板互換，因 多數流體通 二連板之組 間所構成多 真空進給裝 ，該先導閥 真空進給裝 磁線圈，並 致動並控制 因而，可由 ，再致動以 時，因而， 而，可能以選擇 路之改變； 合並以選擇方式 數流體通路。 置，其中，該先 可保持在一致動 置，其中，該先 用非一電磁線圈 該定向控制閥， 該第一電磁線圈 控制該定向控制 可切斷真空之供 經濟部中央標率局貝工消費合作社印製 狀態。 10如申請專利範圍第9項之 導閥包括有第一及第二電 控制之先導閥，首先，可 當第一電磁線圈增能時， 促使能供應一真空，然後 閥，當第二電磁線圈增能 應。 11如申請專利範圍第10項之真空進給裝置，其中，一真 空單元為一噴射器。 12如申請專利範圍第10項之真空進給裝置，其中，該真 空單元為一真空泵。 13如申請專利範圍第2項之 裝置亦包括有一歧管，其 該噴射器之間裝設有一止 管之一排氣通路而流入該 真空進給裝 中，在該歧 回閥，以防 噴射器内。 置，該真空進給 管之排氣通路及 止廢氣經自該歧 --------C--裝------訂I.—I----Γ I線 (請先閱讀背面之注$項再填寫本頁) < 紙張尺度逋 用中國國家梂準（CNS ) A4规格（210X297公釐） A8 B8 C8 D8 經濟部中央標準局貝工消费合作社印裝 六、申請專利範 圍 1 1 14 如 串 請 專 利 範 圍 第 2 項 之 真 空 進 給 裝 置 1 其 中 9 防 止 1 1 空 氣 在 閥 件 單 元 之 流 動 用 之 一 止 回 閥 是 裝 設 在 一 通 路 1 | 内 » 該 通 路 可 連 通 該 噴 射 器 之 一 壓 縮 空 氣 進 Ρ 〇 1 I 15 如 申 請 專 利 範 圍 第 1 項 之 真 空 進 給 裝 置 » 其 中 9 閥 件 請 it 1 1 閱 1' ao 早 元 包 括 有 各 密 封 構 件 此 種 密 封 構 件 是 颶 於 浮 動 式 讀 背 I 面 r 膜 K 並 由 環 狀 材 料 形 式 » 各 密 封 構 年 均 可 插 人 由 閥 體 之 注 1 I 及 閥 座 内 所 構 成 之 各 内 隙 中 〇 意 事 項 1 再 1 16 如 請 專 利 範 QBE3 圍 第 15項 之 真 空 進 給 装 置 其 中 在 閥 % 1 裝 爲 本 體 及 閥 座 内 分 別 構 成 之 内 隙 則 在 該 閥 體 之 移 動 方 向 内 頁 1 I 移 動 定 位 > 因 而 » 可 使 該 浮 動 式 膜 Η 分 別 以 傾 斜 方 式 1 1 I 在 對 應 之 各 内 隙 中 配 合 及 配 置 〇 - 1 1 17 如 串 請 專 利 範 圍 第 2 項 之 真 空 進 給 裝 置 1 該 真 空 進 給 1 訂 裝 置 亦 包 括 有 —* 歧 管 > 該 歧 管 則 包 含 有 兩 個 或 多 個 表 | 面 1 以 供 在 各 表 面 上 裝 設 外 部 裝 置 之 需 使 各 外 部 裝 I 置 經 由 在 該 歧 管 内 所 構 成 之 内 部 管 路 空 間 而 與 該 歧 管 1 連 通 9 該 歧 管 包 括 有 在 兩 個 或 多 個 表 面 内 構 成 之 流 體 1 線 通 路 並 構 成 開 P 狀 態 並 能 分 別 與 外 部 裝 置 連 通 « 此 外 1 1 1 亦 具 有 一 填 密 槽 及 構 成 整 體 形 式 之 裝 配 内 螺 紋 膛 孔 I t 所 構 成 之 各 膛 孔 至 少 可 與 其 外 部 構 件 相 聯 結 〇 1 I 18 如 申 請 專 利 範 圍 第 1 7項 之 真 空 進 給 裝 置 > 其 中 歧 管 1 1 | 為 整 am» 體 形 式 並 由 . 種 合 成 樹 脂 所 形 成 〇 1 1 19 如 申 請 專 利 範 圍 第 1 項 之 真 空 進 給 裝 置 » 其 中 » 閥 件 1 1 〇〇 単 元 包 括 有 提 動 閥 t 該 -4 提 - 動 閥 % 由 閥 體 及 閥 座 1 1 1 1 1 '本紙張尺度適用中國國家標準（CNS〉A4規格（210X297公釐）6. Patent application No. 81101960 "Vacuum Feeding Device" Patent Case (Amended on August 7, 1986) Please inform the members that this fp- '.,'. Makes: _.; ^ 1 ^ 文 ^: Substantial .Contents The Central Standards Bureau of the Ministry of Economic Affairs Beigong Consumer Cooperative Printing and Demand Office 1 1 In order to send the block to be used as a suction worker-there should be included and packaged work, Η set a holding: to guarantee The first round of vacant special positions for vacant profits should be applied for. 1. Block entry: Include the package for the empty space and install it for the supply of the empty space-the yuan, the single vacant position is really necessary. The position department asks for the desired placement and installation of the feed into the empty space really should be from the empty to the real use and, the voxel flow single pressure piece plus the valve should be supplied or the valve should be directed or set, the body should be The cut-off system cuts the pressure and controls the air to be used for real use and should be supplied as a whole. The flow is with air pressure. The system of the real valve or the opposite flow with the control body will be constant pressure and a single piece containing the package element. The first cut and the valve control system's direct control of the valve and the control valve between the valve control should be used first and the valve-controlled circuit control The flow to the body should be changed in the safety and choice of the installation, and the valve should be selected to flow the body; in the dust flow powder removal flow, the body should be cut off and the body should be cut off. Bi-clear valve filter guide-first intake the pass through the special purpose of the string, please set it as 0, and install it for the feed into the air and the true item into the 1st feed and the block model jet 1 is the unit single empty It really should be placed in the item of the air supply 11 item, please select a string of 0 if you can select 0 to pump the true 1 and the single item of the air to the item 2 of the item Φ For example, 0, its junction r, the combined phase flow pressure is added to the supply, and the manifold 1 is reflowed by the Jingyuan single air, and the gas is reflowed (please read the precautions on the back and fill in this page). Paper scales are used in China National Fengfeng (CNS) A4 wash grid (210X297mm) ABCD Ministry of Economic Affairs Central Standard Falcon Bureau Employee Consumer Cooperative Printing Co., Ltd. 6. Patent application park 5. If applying for vacuum feed of item 1 of the patent scope Device, where the set The control valve includes a valve seat and a valve body, the valve body forms two circumferential grooves at both ends, and the first and second elastic rings are respectively installed in the groove, the valve body has a middle part, The third elastic ring with a sloping side is fixedly mounted on the middle part, so when the valve body is blocked on the valve seat, the valve seat with the opposite pointed end abuts on The inclined surface of the third elastic ring. 6. For example, the vacuum feed device of the first patent application, in which the connecting plate can be interchanged with other connecting plates, therefore, the valve unit and the pilot valve can be connected to each other and the two can be kept airtight and can Selectively sway way to cut off the majority of fluid passages formed between the valve unit and the pilot valve. 7. For example, the vacuum feed device of patent application item 1, in which the connecting plate can be interchanged with other connecting plates The valve unit and the pilot valve are connected to each other and keep them airtight. 8. The vacuum feed device as claimed in item 7 of the patent scope, wherein the connecting plate is part of the connecting plate device, the connecting plate device includes first and second connecting plates, wherein: the first connecting plate is available In order to connect the valve unit and a member with a fluid passage, the passage is formed in the member and can communicate with the valve unit, therefore, the valve unit and the member can be kept in an airtight state, Moreover, the first connecting plate can be interchanged with other connecting plates, therefore, you can choose to cut off most of the passages formed between the valve unit and the member; and -2-This paper size is applicable to the Chinese National Standard (CNS ) A4 specification (210X 297 mm) — II ----- ^ 1 Pack ------ ordered -------- (line (please read the precautions on the back before filling this page) Λ8 B8 C8 D8 Patent application scope The second connection mode is implemented in the plate can be connected with other valve unit. Therefore, the first and the first can be used to cut off the valve 9. If the patented pilot valve has a moving unit and When the force failure in item 1 of the component range occurs, the plates are interchanged, because most of the fluid passes through the two-connected plate group The multi-vacuum feeding device is constituted, the pilot valve vacuum feeding is equipped with a magnetic coil, and is actuated and controlled. Therefore, it can be actuated by the time, and thus, it is possible to change the way of choice; Channel, where the first can be kept in the same position, where the first non-electromagnetic coil is used for the directional control valve, and the first electromagnetic coil is used for controlling the directional control to cut off the vacuum for the Central Standardization Bureau of the Ministry of Economic Affairs Printed by Beigong Consumer Cooperative. 10 If the pilot valve of the ninth patent application includes the first and second electrically controlled pilot valves, first of all, when the first solenoid coil is energized, it can promote the supply of a vacuum, Then the valve, when the second solenoid coil is energized, 11 as the vacuum feed device of the patent application item 10, wherein a vacuum unit is an ejector. 12 as the vacuum feed device of the patent application item 10, Among them, the vacuum unit is a vacuum pump. 13 The device as claimed in item 2 of the patent scope also includes a manifold with an exhaust passage between the ejector and a stop tube. Into the vacuum feed device, in the manifold valve to prevent the ejector. The exhaust path and the exhaust gas of the vacuum feed tube are passed through the manifold ------ Subscribe I.—I ---- Γ I line (please read the $ item on the back and then fill in this page) < The paper size is based on China National Standards (CNS) A4 specification (210X297 C8) A8 B8 C8 D8 Printed by the Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 6. Scope of patent application 1 1 14 If the vacuum feed device of item 2 of the patent scope is applied for 1 of which 9 prevent 1 1 air in the valve unit One check valve for flow is installed in a passage 1 | inside »The passage can be connected to one of the ejectors compressed air inlet Ρ 〇1 I 15 as the patent application of the scope of item 1 vacuum feed device» of which 9 valves It is requested that it 1 1 read 1 'ao early yuan includes each sealing member. This kind of sealing member is better than the floating type reading back I surface r membrane K and by Shaped material form »Each sealing structure can be inserted into the internal gap formed by the valve body Note 1 I and the valve seat. Note 1 Re 1 16 If you want the patent model QBE3 around the 15th vacuum feed In the device, where the valve% 1 is installed as the body and the valve seat, the internal gap is formed in the movement direction of the valve body. Page 1 I Move positioning> Therefore »the floating membranes Η can be tilted 1 1 I Fit and arrange in the corresponding internal gaps. -1 1 17 If the vacuum feed device 1 of the second item of the patent scope is requested, the vacuum feed 1 order device also includes-* manifold> The manifold contains There are two or more surfaces | Surface 1 for the installation of external devices on each surface. It is necessary for each external device to communicate with the manifold 1 via the internal piping space formed in the manifold 9 The manifold The tube includes a fluid line formed in two or more surfaces, a line path and an open P state, and can communicate with external devices separately. In addition, 1 1 1 also has a packing groove and an integrated internal threaded bore that constitutes an integral form Each bore formed by I t can be connected to at least its external components. I 1 18 For example, the vacuum feeder of item 17 of the patent application scope > where the manifold 1 1 | Synthetic resin formed 〇1 1 19 as in the patent application of the scope of the first item of the vacuum feed device »where» Valve 1 1 〇〇 unit includes a poppet valve t the -4 poppet valve-by the valve body and valve seat 1 1 1 1 1 'This paper scale is applicable to Chinese national standard (CNS> A4 specification (210X297mm) 經 濟 部 t 央 橾 準 Μι 員 工 消 費 合 作 社 印 A8 B8 C8 D8 六、申請專利範圍 1 1 組 成 » 閥 體 之 兩 ΧΟΧ 部 内 構 成 圓 周 槽 * 第 — 及 第 二 彈 性 1 1 環 則 裝 設 在 該 槽 内 - 具 有 一 傾 斜 刨 面 之 第 三 彈 性 環 1 則 固 定 裝 配 在 該 中 間 部 份 上 1 因 而 * 當 該 閥 體 阻 塞 在 請 1 先 1 該 閥 座 上 時 具 有 對 置 尖 頭 LUI m 部 之 閥 座 則 可 靠 接 在 第 閏 讀 1 三 彈 性 環 之 傾 斜 面 上 〇 η ίι 之 1 1 注 1 20 如 申 請 專 利 範 圍 第 19項 之 真 空 進 给 装 置 » 其 中 ) 該 閥 意 事 1 項 h 1 座 % 由 一 種 合 成 樹 脂 — 蓋艙 m 形 成 〇 -S- ά. 21 如 Φ 請 專 利 範 圍 第 1 項 之 真 空 進 給 裝 置 其 中 1 容 許 寫 本 頁 裝 ί 在 任 一 αο 早 元 内 部 所 裝 設 之 — 元 件 可 分 別 與 相 關 之 流 m 1 1 装 置 連 通 之 各 流 通 路 則 為 m 明 可 察 覺 之 通 路 〇 1 I 22 如 申 請 專 利 AVW- m 圍 /'<«· 2 1項 之 真 空 進 給 裝 置 > 其 中 該 元 1 1 訂 件 為 — 噴 嘴 〇 1 23 如 Φ 諳專利範圍第21項之真空進给裝置 » 其 中 t 元 件 之 本 體 是 由. 一 αα 军 sm m 之 形 式 形 成 一 種 透 明 合 成 樹 脂 〇 1 24 如 申 請 專 利 fG 圍 第 2 項 之 真 空 進 給 裝 置 t 其 中 1 在 噴 線 射 器 及 鄰 近 噴 射 器 之 — 不 同 構 件 間 構 成 一 空 間 ) 俾 可 1 I 與 該 噴 射 器 之 一 擴 散 器 相 連 通 並 可 用 以 作 流 目豆 排 出 1 1 通 路 > 以 降 低 流 體 排 出 聲 〇 1 1 25 如 申 請 專 利 範 圍 第 24項 之 真 空 進 给 装 置 » 其 中 1 設 在 1 1 郜 近 噴 射 器 之 不 同 溝 件 為 屬 於 一 種 探 測 器 αα 単 元 以 供 1 1 探 測 一 真 空 之 用 〇 1 I 26 如 Φ 專 利 知A· 圍 2 4項 之 真 空 進 给 装 置 其 中 設 在 1 1 | 郯 近 噴 射 器 之 不 同 構 件 為 — 種 歧 管 〇 I 1 I 一; 3 - 1 1 ^^張尺度適用中國囷家標準（CNS ) A4規格（210Χ29ϋ) 六、申請專利範圍 A8 B8 C8 D8 27如申請專利範圍第22項之真空進給裝置，其中，該噴 嘴是由透明材料所形成·且在該噴嘴中所界定的流體 器 由專散 可請擴 路申是 通如件 28 察 觀 視 百 元 該 中 其 置 裝 給 進 空 真 之 項 11 2 第 圍 範 利 專由路 請 是通 申器體 如散流 29 的 定 , 界 中所 其中 > 器 置散 装擴 給該 進在 空且 真 -之成 項形 21所 第料 圍材 範 利 擴 該 察 觀 視 巨 明由 透可 元 該 中 其 置 裝 給 進 空 真 之 項 1A 2 第 圍 範 利 專 。 請閥 申 是 如 件 80 元 中 其 置 裝 給 進 空 真 之 項 IX 2 第 圍 範 利 專 請 Φ 如 81 件 元 器 聲 消 是 件 元 該 中 其 置 裝 給 進 空 真 之 項 11 2 第 圍 範 利 專 請 Ψ 如 32 件 元 器 清 濾 是 件 元 該 中 其 置 装 給 進 空 真 之 項 11 2 第 圍 範 利 專 請 Φ 如 33 閥 回 止 是 件 (請先閲讀背面之注意^項再填寫本頁) 裝. 訂 線 經濟部中央標準局貝工消费合作社印製 i -該 中 其 置 装 給 進 空 真 之 項 11 2 第 圍 範 0 利的 專換 0 更 申 是 如板 34 本紙佘尺度適用中國國家標準（CNS ) A4規格(210X297公釐）Ministry of Economic Affairs, Central Government, Employee and Consumer Cooperatives A8, B8, C8, D8. 6. Patent application scope 1 1 Composition »The two XOX parts of the valve body form a circumferential groove * The first and second elastic 1 1 rings are installed in this groove -The third elastic ring 1 with a sloping planed surface is fixedly fitted on the middle part 1 so * when the valve body is blocked on 1 first 1 the valve seat has an opposed pointed LUI m part of the valve seat It can be reliably connected to the first leap reading 1 the inclined surface of the three elastic rings. 1 1 Note 1 20 If the vacuum feed device of the patent application item 19 »where) the valve is intended 1 item h 1 seat% by A kind of synthetic resin — the cover m is formed 〇-S- ά. 21 such as Φ The patented item 1 of the vacuum feeding device, 1 of which is allowed to write on this page The internal installation of Zaoyuan-the components can be connected to the relevant flow m 1 1 respectively. The flow paths of the device are m perceptible paths. I I 22 If the patent is applied for AVW- m Wai / '< «· 2 Item 1 Vacuum Feeding Device > where the element 1 1 is ordered as — Nozzle 〇1 23 Such as Φ Vacuum Feeding Device according to Item 21 of the Patent Range »where the body of the t element is made of. One αα 军 sm m 的Form a transparent synthetic resin 〇1 24 as patent application fG surrounding the item 2 of the vacuum feed device t where 1 is between the jet ejector and the adjacent ejector-forming a space between different components) Pike 1 I and the jet One of the diffusers is connected and can be used as a flow-through bean discharge 1 1 channel> to reduce the fluid discharge sound 〇1 1 25 such as the patent application scope of the 24th vacuum feed device »where 1 is set in 1 1 GaoThe different grooves of the ejector belong to a kind of detector αα unit for 1 1 to detect a vacuum. 〇1 I 26 such as Φ Patent Known A. The vacuum feeding device of item 24 is located at 1 1 | Tan Jin Jet The different components of the device are-a kind of manifold 〇I 1 I one; 3-1 1 ^^ Zhang scale is applicable to the Chinese standard (CNS) A4 specification (210Χ29ϋ) 6. The scope of patent application A8 B8 C8 D8 27 If the scope of patent application Item 22 of the vacuum feed device, wherein the nozzle is formed of a transparent material, and the fluid device defined in the nozzle can be expanded by special purpose The placement of the item into the air is true 11 2 The circumstantial van lee is exclusively determined by the general body of the body, such as the flow of 29. Among them, the device is in bulk and extended to the empty and true- The 21st section of the material, the enclosure material Fan Li, expanded the observation and observation of Ju Ming, through Ke Keyuan, and its placement was given to the entry of the empty real 1A 2 Fan Li professionals. Please ask if the item is 80 yuan, the item is set to feed into the real item. IX 2 The first fan is the special request Φ. If the 81-piece device sound cancellation is the item, the item is set to the item into the real item. 11 2 For the first fan, please select Ψ If the 32-piece device is used for filtering, the item should be installed to the feed-in item 11 2 For the second fan, please select Φ If 33 The valve check is a piece (please read the back (Note ^ item, then fill out this page) Packing. Printed by the Ministry of Economic Affairs Central Standards Bureau Beigong Consumer Cooperative Printed i-Among them, it is installed for the item of the empty space 11 2 The range of the fan 0 The exclusive exchange of 0 For example, the standard size of the paper 34 is applicable to the Chinese National Standard (CNS) A4 (210X297mm)