M408850 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係與連接器有關，特別有關於在内部設置有複數 保護元件組的連接器。 【先前技術】 [0002] 隨著科技的進步以及半導體產業的發展，電腦已成為一 般大眾生活所不可或缺的電子產品之一。加上近年來網 際網路的快速發展，已令全世界進入了一個資訊***的 時代。使用者只要擁有一台電腦，並且連接上網際網路 ，即可瀏覽網路上的任何資訊，並且與其他的網路使用 者進行通訊。 [0003] 除了新興的無線網路技術之外，'琬在絕大多數的網路使 用者，其電腦的主機板上皆需配置有網路連接器，例如 RJ-45連接器。該網路連接器係用以電性連接外部纜線， 以將電腦連接至網際網路。 [0004] 然而，如上所述的外部纜線(.例如為網路線或光纖纜線） ，常常會因設置上的考量而裸露於建築物之外。因此， 當外部缓線因靜電產生，或遭受雷擊（lightening)而 產生高壓時，將藉由外部纜線而傳導至該電腦上的該網 路連接器，進而令與該網路連接器電性連接的該電腦主 機板燒毀。有鑑於此，目前市面上常見的網路連接器内 ，皆設置有用來防雷擊的防突波元件（Surge protection component) ， 藉以解決突波侵入時 ，造成瞬間過 大電壓而令該電腦燒毀故障的問題。 表單编號A0101 第3頁/共53頁 M408850 [0005] 例如中華民國專利案號M328133號的新型專利，即揭露一 種改良式連接器結構。該連接器結構包括一絕緣座體、 一設置於該絕緣座體内的訊號傳輸模組，以及複數電性 連接在該訊號傳輸模組上的防突波元件。該訊號傳輸模 組包括一線路板及電性連接該線路板的輸入端子組及輸 出端子組。該複數防突波元件主要電性連接於該線路板 上’並分別電性連接於線路板的該輸入端子組的線路上 ，以及該輸出端子組的線路上。 [0006] 如上所述，該連接器結構主要係於訊號的輸出、輸入端 皆設置該防突波元件’藉以於訊號傳輸時，分別於訊號 的輸出端及訊號的輸入端重覆進行突波的隔除作業，以 確實防止突波的干擾》 [0007] 然而’高壓突波的產生原因有非常多種；因此，無法預 測所產生的電壓會有多高。若所產生的電壓高於所設防 突波元件能夠承受之極限，則防突波元件無法將電壓成 功阻絕。再者，於防突波元件阻絕高壓突波後，仍然可 能會有些微電流通過而產生電壓，若所產生之電壓仍大 於連接器内部積體電路（Integrated Circuit, 1C)的工 作電壓，則該1C仍可能會燒毁。如此一來，即使於另一 端（輸出端或輸入端）設置另一個防突波元件，仍然無 法避免連接器被燒毁的可能。 [〇〇〇8] 再者，於該案中，該連接器結構主要係透過一連接器模 組外的金屬殼體來直接形成接地作用。在線路對地線之 間沒有設置任何保護元件的情況之下，若因靜電或雷擊 所產生之壓降過大時，仍然可能會使該連接器被燒毀。 I單編號A0101 第4頁/共53頁 【新型内容】 ]^創作之主要目的，在於提供—種具保護元件的連接器 、。構改良，在線路與線路之間，以及線路與地線之間皆 電也連接㈣7L件組，以提高連接諸於因靜電或雷擊 •所生之高壓突波的承受能力。 [0010] 為達上述目的，本創作主要係具有-絕緣本體、-設置 於絕緣本體㈣訊_輪模組、電㈣接在訊料輸模 组t的—渡波輕合元件組及-第-保護元件組。訊號傳 輪板、’且包括-佈設線路的電路板及與該電路板電性連接 的輸入端子組及一輪出端子組。該遽波耦合元件組電 比連接於輸人料組及輪出0組之歷爐據波耗合 作用4第保護1件組電性遽接於i絲合元件组及 地線之間，提供線路對地線之間的保護其中，該 1_合元件組包括—平板式的變壓器。 [0011] 本創作相較於先前技術所達成之功效在於 ’使用氣體放 電S瞬1、電壓抑制器及平板式的變壓器等防突波元件 來互相搭配’叫錢路與祕之帛以及線路與地線 之間的保護元件。 或雷擊的防護規格。並且 如此一來’可以提升連接器對於靜電 該平板式的變壓器係以電路 板直接洗成，而非傳統繞線圈式的變壓器，所以具有成 本低、體積小等優點。 【實施方式】 [0012] 請參考第一圖及第二圖 施例之外觀立體圖及立 具有一絕緣本體10、— 表單編號Α0101 ，其係為本創作之一較佳具體實 發分解圖。本創作的連接器1主要 机號傳輸模組11 ' 一濾波耦合元 第5頁/共53頁 M408850 件組12 ' —第一保護元件組13及一包覆上述所有元件的 金屬殼體14。 [0013] 該絕緣本體10内部具有一容置空間10】，用以容設該訊號 傳輪模組11、該濾波耦合元件組12及該第一保護元件組 13，並且該絕緣本體之一側開設有一通槽1〇2。該訊於 傳輸模組11包括一佈设線路之電路板11〇，以及電性連接 在a玄電路板110上的一輸入端子組〗及一輪出端子組 112。 · [0014] 該輸入端子組111通過該容置空間1〇1，延伸設置在該通 槽102内，用以電性連接外部纜線。該輸出端子組112係 自該電路板110朝下延伸設置，電性連接至一電腦主機板 2 (如第三圖中所示）。該通槽1〇2主要係用以提供RJ_ 45規格之外部境線連接，而該輸入端子組Hi及該輸出端 子組112係用以傳輸RJ-45規格之訊號，但並不加以限定 〇 [0015] 該濾波耦合元件組12電性連接在該訊號傳輸模組η的該 電路板110上’並且電性連接於該輸入端子組111及該輸 出端子組112之間，用以提供濾波耦合作用。該濾波耦 合元件組12主要包括一平板式的變壓器121 (簡單如第十 圖Α〜C所示，係以該電路板11〇直接洗成，而非傳統繞線 圈式的變壓器’具有成本低、體積小等優點；詳細構造 容後再詳述）及一第一防突波元件122 (Surge protection component) ° [0016] 該第一保護元件組13電性連接在該訊號傳輸模組η的該 表單編號Α0101 第6頁/共53頁 M408850 電路板110上，並且電性連接至該濾波耦合元件組12及該 金屬殼體14。藉此，該第一保護元件組13可透過該金屬 殼體14底部所設置的一接地接腳141形成接地作用，以提 供線路對地線之間的保護。 [0017] 該第一保護元件組13主要包括一氣體放電管（Gas Dis-charge Tube，GDT) 131及一第二防突波元件132。其 中，該第一防突波元件122主要可為一瞬態電壓抑制器 (Transient Voltage Suppressor, TVS)，而該第 二防突波元件132可為一高壓電容或瞬態電壓抑制器。而 於本創作之實施例中，該濾波耦合元件組12及該第一保 護元件組13係以積體電路（]'ntegrat i on__ C’ircu i t， IC)實現，但並不加以限定v Λ:‘ [0018] 於上述可知，本創作之該連接器1中，至少會包括四個保 護元件，包括電性連接在線路與線路之間的該平板式的 變壓器121及該第一防突波元件122，以及電性連接在線 路與地線之間的該氣體放電管131及該第二防突波元件 132。然而，保護元件的數:量〕實可視該連接器1所欲達成 的安全規格而定，不應加以限定。 [0019] 例如若該第一、第二防突波元件122、132為瞬態電壓抑 制器，則約可承受1KV的瞬間激增電壓。若因靜電或雷擊 而產生的電壓大於1KV，則該連接器1仍然會被燒毁。再 例如，該氣體放電管131主要約可承受3KV的瞬間激增電 壓，藉此，該連接器1，最高將可承受至3KV的瞬間激增 電壓而不被燒毁。惟，上述僅為本創作之一較佳實例， 不應以所述數值來加以限定本創作的權利範圍。 表單編號Α0101 第7頁/共53頁 M408850 [0020] 該容置空間101中還設置有複數發光元件15，該複數發光 元件15之一端具有一發光體151，該複數發光體151係朝 前延伸，並凸出於該金屬殼體14之外。該複數發光元件 15遠離該發光體151之另一端具有一極腳152，該複數極 腳152電性連接至該電路板110，以接收發光所需之電力 。並且，該複數發光元件15亦可電性連接一第三防突波 元件153 (如第九圖中所示），以保護該複數發光元件15 不會因高壓突波產生而被燒毀（容後詳述）。 [0021] 該絕緣本體10還具有一後蓋板103，以罩覆該容置空間 101中之元件。 [0022] 請參考第三圖，其係為本創作之一較佳具體實施例之側 面圖。該連接器1係透過該通槽102·連接外部纜線，並藉 由該輸入端子組111接收外部訊號。 [0023] 再者，該連接器1還可透過該第一保護元件組13將電壓/ 電流予以吸收阻絕，並且經由該金屬殼體14將該第一保 護元件組13將所吸收的電壓/電流對外釋放。藉此，透 過該第一保護元件組13達到線路對地線之間的突波保護 機制，避免該電腦主機板2因瞬間激增電壓/電流過大而 被燒毀。 [0024] 請參考第四圖，其係為本創作之一較佳具體實施例之保 護元件方塊圖，並請同時參考第八圖，其係為第四圖所 示方塊圖的電路配置圖*。如上所述，該濾波耦合元件組 12主要包括該平板式的變壓器121及該第一防突波元件 122 ° 表單编號A0101 第8頁/共53頁 陶如上Μ述’請同時參考第九圖，為本創作之_較佳具體 實施例之發光π件電路配置圖β如第八圖中所示該複數 發光元件15 ’ Μ性連接至該電純m並且，該複數 發光元件15還可電性連接該第三防突波元件153，藉以於 高壓突波產生時，予以吸收並經由地線釋放。進而，透 過該第三防突波元件153保護該複數發光元件15不會被燒 毀。其中’該第三防突波元件153可為瞬態電壓抑制器， 但並不加以限定。 _6]請同時參考第五圖、第六圖及第七圖，分別為本創作之 另-較佳具體實施例之外觀立體圖、立趙分解圖以及側 面圖。如圖所示，本創作的净趣器結構還可為一 複合式的連接器1，。該連接_更可於铸容置空間ι〇ι 中容設一連接器模組3 ’圖中所示的該連接器模組3主要 係為通用序列匯流排（Universal Serial Bus，USB) 連接器，但不以此為限。該連接器模組3係與上述的rj_ 45連接器設置在一起，以節省該電腦主機板2上有限的配 線空間。 [0027] 該連接器模組3主要具有一絕緣殼體31，該絕緣殼體31内 形成複數可供外部插接的連接器端口311。並且該連接器 模組3還包括一第二金屬殼體32，用以包覆該絕緣殼體31 ，以提供該連接器模組3金屬屏蔽作用。該第二金屬殼體 32的底部設置有一第二接地接腳321，該連接器模組3係 透過該第二接地接腳321形成接地作用》 [0028] 上述該金屬殼體14係具有該接地接腳141，提供該連接器 1的接地作用。而該第二金屬殼體32具有該第二接地接腳 表單編號Α0Ι0Ι 第9頁/共53頁 M408850 [0029] 321 ’用以提供該連接器模組3的接地作用。該二金屬殼 體14、32係可互相魏連接，由該二金屬純U、32的 其中之H個共用的接地接腳（即該接地接腳⑷ 或該第二接地接腳321) ^該第—保護元件組邮可電性 連接至該金屬殼體14，藉以透過該接地接腳m或該第二 接地接腳321的其中之―，以將 地線對外釋放。 本創作相錄Μ技_達叙功效纽，使錢體放 電管 '瞬態電壓抑•及平板式的變㈣等防突波元件 來互相搭配，以構成線路與線路之間以及線路盘地 之間的保護元件。如此-來，可以提升連接器·靜電 或雷擊的防護規格。並且，該平板式的變壓器係以電路 板直接洗成’轉傳魏線®式的M H，所以具有 本低、體積小等優點。 [0030] [0031] 以下内容將詳述該平板式的變屢器121的構造： 請參閱第十―、十：圏及第十三圖a、b，係本創作之平 板式的變壓器外觀立體、分解及第__、第二基板正視示 意圖。如圖所示：本創作之平板式的變壓器，包括：— 第一基板91、一第二基板92、一導電柱93及一鐵芯94。M408850 V. New description: [New technical field] [0001] This creation is related to connectors, especially for connectors with multiple protection component groups inside. [Prior Art] [0002] With the advancement of technology and the development of the semiconductor industry, computers have become one of the indispensable electronic products for general public life. Coupled with the rapid development of the Internet in recent years, the world has entered an era of information explosion. Users who have a computer and connect to the Internet can browse any information on the Internet and communicate with other network users. [0003] In addition to the emerging wireless network technology, 'the vast majority of network users, their computer motherboards need to be equipped with a network connector, such as RJ-45 connector. The network connector is used to electrically connect an external cable to connect the computer to the Internet. [0004] However, external cables (such as mesh routes or fiber optic cables) as described above are often exposed outside the building due to setup considerations. Therefore, when the external slow line is generated by static electricity or subjected to lightning, a high voltage is generated, and the external cable is transmitted to the network connector on the computer, thereby making electrical connection with the network connector. The connected computer motherboard burned. In view of this, the common network connector currently on the market is provided with a Surge protection component for preventing lightning strikes, thereby solving the problem that the sudden excessive voltage causes the computer to burn out when the surge invades. The problem. Form No. A0101 Page 3 of 53 M408850 [0005] For example, the new patent of the Republic of China Patent No. M328133 discloses an improved connector structure. The connector structure includes an insulating base, a signal transmission module disposed in the insulating housing, and a plurality of anti-surge components electrically connected to the signal transmission module. The signal transmission module includes a circuit board and an input terminal group and an output terminal group electrically connected to the circuit board. The plurality of anti-surge elements are electrically connected to the circuit board and are electrically connected to the lines of the input terminal group of the circuit board and the lines of the output terminal group. [0006] As described above, the connector structure is mainly configured to set the anti-surge component on the output and the input end of the signal. When the signal is transmitted, the output is repeated at the output end of the signal and the input end of the signal respectively. Separation operations to prevent interference from surges [0007] However, there are many reasons for the occurrence of high-voltage surges; therefore, it is impossible to predict how high the voltage generated will be. If the generated voltage is higher than the limit that the anti-surge element can withstand, the anti-surge element cannot effectively block the voltage. Furthermore, after the anti-surge element blocks the high voltage surge, some micro current may still pass through to generate a voltage. If the generated voltage is still greater than the operating voltage of the integrated circuit (1C) of the connector, the 1C may still burn down. As a result, even if another anti-surge element is provided at the other end (output or input), the possibility of the connector being burned out cannot be avoided. [〇〇〇8] Furthermore, in this case, the connector structure mainly directly forms a grounding effect through a metal casing outside the connector module. In the absence of any protective components between the line and the ground, if the voltage drop due to static electricity or lightning strikes is too large, the connector may still be burnt. I Single Number A0101 Page 4 of 53 [New Content] The main purpose of the creation is to provide a connector with a protective element. The structure is improved, and between the line and the line, and between the line and the ground line, the (4) 7L piece group is also connected to improve the bearing capacity of the high voltage surge generated by the static electricity or lightning strike. [0010] In order to achieve the above purpose, the present invention mainly has an insulative body, a light-emitting component group disposed on the insulative body (four), a signal module, and an electric (four) connected to the signal transmission module t. Protection component group. The signal transmission board, and includes a circuit board for routing the circuit, an input terminal group electrically connected to the circuit board, and a wheel terminal group. The chopper coupling component group is electrically connected to the input material group and the wheeling 0 group of the furnace, and the first protection group is electrically connected between the i-wire component group and the ground line to provide a line. Protection between the ground lines, wherein the 1-component component group comprises a flat-plate transformer. [0011] The effect achieved by the present invention over the prior art lies in 'using a gas discharge S instantaneous 1, a voltage suppressor, and a flat-type transformer, etc., to prevent each other from interfering with each other, 'calling money and secrets, and wiring and Protective element between ground lines. Or lightning protection specifications. And in this way, the connector can be improved. The flat-type transformer is directly washed by the circuit board instead of the conventional coil-type transformer, so it has the advantages of low cost and small volume. [Embodiment] [0012] Please refer to the first and second figures for an external perspective view of the embodiment and an insulative body 10, a form number Α0101, which is a preferred embodiment of the present invention. The connector 1 of the present invention is mainly a transmission number module 11 'a filter coupling element. Page 5 of 53 M408850 piece set 12' - a first protection element group 13 and a metal casing 14 covering all of the above elements. [0013] The insulative housing 10 has an accommodating space 10 for receiving the signal transmission module 11, the filter coupling component group 12 and the first protection component group 13, and one side of the insulation body There is a through slot 1〇2. The transmission module 11 includes a circuit board 11A for routing circuits, and an input terminal group and a wheel terminal group 112 electrically connected to the circuit board 110. [0014] The input terminal group 111 extends through the receiving space 1〇1 and is disposed in the through slot 102 for electrically connecting the external cable. The output terminal group 112 extends downward from the circuit board 110 and is electrically connected to a computer motherboard 2 (as shown in the third figure). The through slot 1〇2 is mainly used to provide an external environment connection of the RJ_45 specification, and the input terminal group Hi and the output terminal group 112 are used for transmitting signals of the RJ-45 specification, but are not limited to [0015] The filter coupling component group 12 is electrically connected to the circuit board 110 of the signal transmission module n and electrically connected between the input terminal group 111 and the output terminal group 112 for providing a filter coupling function. The filter coupling component group 12 mainly includes a flat-plate transformer 121 (simple as shown in FIG. 10A to C), which is directly washed by the circuit board 11〇, instead of the conventional coil-type transformer, which has low cost. The utility model has the advantages of small volume and the like; detailed construction and detailed description) and a first anti-surge component 122 (Surge protection component) [0016] The first protection component group 13 is electrically connected to the signal transmission module η The form number Α0101, page 6 of 53 M408850 is on the circuit board 110, and is electrically connected to the filter coupling element group 12 and the metal casing 14. Thereby, the first protection component group 13 can be grounded through a grounding pin 141 provided at the bottom of the metal casing 14 to provide protection between the line and the ground. [0017] The first protection element group 13 mainly includes a Gas Dis-charge Tube (GDT) 131 and a second anti-surge element 132. The first anti-surge element 122 can be a transient voltage suppressor (TVS), and the second anti-surge element 132 can be a high voltage capacitor or a transient voltage suppressor. In the embodiment of the present invention, the filter coupling component group 12 and the first protection component group 13 are implemented by an integrated circuit (]'ntegrat i on__C'ircuit, IC), but are not limited to v Λ [0018] As can be seen from the above, the connector 1 of the present invention includes at least four protection components, including the flat-plate transformer 121 electrically connected between the line and the line, and the first anti-surge The component 122 is electrically connected to the gas discharge tube 131 and the second anti-surge element 132 between the line and the ground. However, the number of protection elements: the amount can be determined depending on the safety specifications to be achieved by the connector 1, and should not be limited. [0019] For example, if the first and second anti-surge elements 122 and 132 are transient voltage suppressors, they can withstand an instantaneous surge voltage of 1 kV. If the voltage generated by static electricity or lightning strike is greater than 1 kV, the connector 1 will still be burned. Further, for example, the gas discharge tube 131 is mainly capable of withstanding an instantaneous surge voltage of 3 kV, whereby the connector 1 can withstand an instantaneous surge voltage of up to 3 kV without being burnt. However, the above is only a preferred example of the present invention, and the scope of the present invention should not be limited by the numerical values. Form number Α0101, page 7 / page 53 M408850 [0020] The accommodating space 101 is further provided with a plurality of illuminating elements 15 having one illuminator 151 at one end thereof, and the plurality of illuminants 151 extending forwardly And protrudes out of the metal casing 14. The other end of the plurality of light-emitting elements 15 away from the illuminator 151 has a pole 152 electrically connected to the circuit board 110 to receive the power required for illuminating. Moreover, the plurality of light-emitting elements 15 can also be electrically connected to a third anti-surge element 153 (as shown in FIG. 9) to protect the plurality of light-emitting elements 15 from being burnt due to high voltage surges. Details). [0021] The insulative housing 10 further has a rear cover 103 to cover the components in the receiving space 101. [0022] Please refer to the third drawing, which is a side view of a preferred embodiment of the present invention. The connector 1 is connected to the external cable through the through slot 102, and receives an external signal by the input terminal group 111. [0023] Furthermore, the connector 1 can also absorb and block the voltage/current through the first protection component group 13, and the first protection component group 13 will absorb the absorbed voltage/current via the metal casing 14. Released to the outside world. Thereby, the surge protection mechanism between the line and the ground line is achieved through the first protection element group 13, and the computer motherboard 2 is prevented from being burnt due to excessive voltage/current surge. [0024] Please refer to the fourth figure, which is a block diagram of the protection component of a preferred embodiment of the present invention, and also refers to the eighth figure, which is a circuit configuration diagram of the block diagram shown in the fourth figure. . As described above, the filter coupling element group 12 mainly includes the flat type transformer 121 and the first anti-surge element 122. Form No. A0101 Page 8 of 53 This is the same as the above description. The illuminating π-piece circuit configuration diagram of the preferred embodiment of the present invention is as shown in the eighth figure. The plurality of illuminating elements 15 ′ are connected to the electric pure m and the plurality of illuminating elements 15 can also be electrically The third anti-surge element 153 is connected to the yoke so as to be absorbed and released via the ground when the high voltage surge is generated. Further, the plurality of light-emitting elements 15 are protected from being burned by the third anti-surge element 153. Wherein the third anti-surge element 153 can be a transient voltage suppressor, but is not limited thereto. _6] Please also refer to the fifth, sixth and seventh figures, which are respectively an external perspective view, an exploded perspective view and a side view of another preferred embodiment. As shown in the figure, the net fun structure of the present creation can also be a composite connector 1. The connector _ can also be provided with a connector module 3 in the casting space ι〇ι. The connector module 3 shown in the figure is mainly a Universal Serial Bus (USB) connector. , but not limited to this. The connector module 3 is provided with the rj_45 connector described above to save limited wiring space on the computer motherboard 2. [0027] The connector module 3 mainly has an insulating housing 31, and a plurality of connector ports 311 for external plugging are formed in the insulating housing 31. The connector module 3 further includes a second metal housing 32 for covering the insulating housing 31 to provide metal shielding of the connector module 3. A second grounding pin 321 is disposed at the bottom of the second metal housing 32. The connector module 3 is grounded through the second grounding pin 321. [0028] The metal housing 14 has the grounding. The pin 141 provides the grounding action of the connector 1. The second metal housing 32 has the second grounding pin. Form No. Ι0Ι0Ι Page 9 of 53 M408850 [0029] 321 ' is used to provide grounding function of the connector module 3. The two metal shells 14 and 32 can be connected to each other by a common grounding pin (ie, the grounding pin (4) or the second grounding pin 321) of the two metal pure U and 32. The first protection element group can be electrically connected to the metal casing 14 to pass through the grounding pin m or the second grounding pin 321 to release the ground wire. The creation of the 相 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Protective element between. In this way, you can improve the protection specifications of connectors, static electricity or lightning strikes. Further, the flat type transformer is directly washed by the circuit board to transfer the M H of the Wei line® type, so that it has the advantages of being low in size and small in size. [0031] The following will detail the construction of the flat-type transducer 121: Please refer to the tenth, tenth, and thirteenth drawings a, b, which is the appearance of the flat-type transformer of the present invention. , decomposition and __, the second substrate front view. As shown in the figure, the flat type transformer of the present invention comprises: a first substrate 91, a second substrate 92, a conductive pillar 93 and a core 94.
[0032] 該第-基板91，其上的_側面具有一第一貼合面川及— 第一凹槽912，該第一貼合面911與該第一凹槽912之間 橫跨有金屬材質的複數的第一導線段913，該第—導線^ 913上具有一第—電極點914及第二電極點915 ’該第一 電極點914及第二電極點915設於該第一貼合面91丨上。 表單編號A0101 第10頁/共53頁 M408850 另，於該任一第一電極點914或第二電極點915電性連結 有至少一位在第一基板91上的第一電接點910，該第一電 接點910上具有一第一穿孔916，該第一穿孔916係供導 電柱93穿入與該第一電接點910電性連結，以形成電源輸 入端或電源輸出端。又，於該第一貼合面911、第一凹槽 91 2及第一導線段913上具有一第一絕緣層917，該第一 絕緣層91 7以覆蓋複數第一導線段91 3僅供第一及第二電 極點914及915外露，以該第一導線段913不與該鐵芯94 接觸。在本圖式中，該第一基板91為玻璃纖維板或陶瓷 材料。該第一導線段913為銅材料。 [0033] 該第二基板92，其上的一供ί·#有一第二齡合面921及一 •，·χ . ... 第二凹槽922，該第二貼合面激2.1真'該裏二猶槽922之間 橫跨有金屬材質的複數的第二導線段923，該第二導線段 923上具有一第三電極點924及第四電極點925，該第三 電極點924及第四電極點925設於該第一貼合面921上。 另，於該任一第三電極點924或第四電極點925電性連結 一位在第二機板上的第二電接濟920，該第二電接點920 上具有一第二穿孔926，該第二穿孔926係該導電柱93穿 入與該第二電接點920電性連結，以形成電源輸入端或電 源輸出端。又，於該第二貼合面921、第二凹槽922及第 二導線段923上具有一第二絕緣層927，該第二絕緣層 927以覆蓋複數第二導線段923僅供第三及第四電極點 924及925外露，使該第二導線段923不與該鐵芯94接觸 。在本圖式中，該第一基板91為玻璃纖維板或陶瓷材料 。該第一導線段913為銅材料。 表單编號A0101 第11頁/共53頁 M408850 [0034] 該導電柱93，係至少包括由一第一導電柱931及第二導電 柱932。該第一導電柱931與該第二導電柱932係以*** 於該第一電接點910的第一穿孔916，或者第二電接點 920的第二穿孔926中，與該第一電接點910或第二電接 點92 0電性連結。 [0035] 該鐵芯94，為中空的方形或圓形的環體，可以利用矽鋼 片堆疊組成或利用鐵粉壓製或燒結而成。該鐵芯94係以 配置於該第一基板91的第一凹槽912及第二基板92的第二 凹槽922之間，藉由該第一及第二絕緣層917及927隔離 鐵芯94與該第一及第二導線段913及923接觸。 [0036] 請參閱第十四、十五圖，係本創作之第一及第二基板組 合正視與側剖視示意圖。如圖所示：該鐵芯94配置於該 第一基板91的第一凹槽912及第二基板92的第二凹槽922 之間，藉由該第一及第二絕緣層917及927隔離該鐵芯94 與該第一及第二導線段913及923接觸。在該第一基板91 的第一貼合面911與該第二基板92的第二貼合面921貼合 時，該第一導線段913的第二電極點91 5與該第二導線段 923的第三電極點924電性連結，該第二導線段924的第 四電極點925與該第一導線段913的第一電極點914電性 連結，在該第一導線段913與該第二導線段923電性連結 後，以形成纏繞於該鐵芯94上的線圈組，即完成一平板 式的變壓器結構。 [0037] 請參閱第十六圖，係本創作之平板式的變壓器使用狀態 示意圖。如圖所示：本創作之平板式的變壓器在組裝後 ，該第一基板91或第二基板92上具有一第一導電柱931及 表單编號A0101 第12頁/共53頁 M408850 , 第二導電柱932，該第一導電柱931及第二導電柱932以 供平板式的變壓器可以電性連結於該電子裝置95的主電 路板951上使用。 [0038] 由於變壓器與該電子裝置95的主電路板951電性連結後， 使該變壓器呈表面黏著形態的電性連結在主電路板951上 。在安裝後，不但可以使電子裝置95的殼體體機縮小， 也使電子裝置的重量減輕，以達輕薄短小設計的目的。 [0039] 請參閱第十七圖a、b，係本創作之平板式的變壓器的另 •一實施例不意圖。如圖所示：本實施例與第十一至十五 @的平板式的Μ器大致相要’所焉同的是該第一基板 91的一側面上具有一第一貼每考91!，該索二貼合面9丄j 上具有金屬材質的複數的第;1£%；_段913.、,〔該第一導線段 913上具有一第一電極點914及第二電極點915。另，於 該任一第一電極點914或第二電極點915電性連結有一位 在第一基板91上的第一電接辱9)〇，該第一電接點91〇上 具有一第一穿孔916，該第一巧孔9】6供導電柱93的第一 Φ 或第二導電柱931或932穿八與讀第一電接點910電性連 結，以形成電源輸入端或電源輸出端。又，於該第一貼 合面911及第一導線段913上具有一第一絕緣層917，該 第一絕緣層917以覆蓋複數第一導線段913僅供第一及第 二電極點914及915外露，使該第一導線段913不與該鐵 芯94(如第二圖）接觸。 [0040] 該第二基板92，其上的一側面具有一第二貼合面921及一 容置空間928，該第二貼合面mi與該容置空間922之間 橫跨有金屬材質的複數的第二導線段923，該第二導線段 表單編號A0101 第13頁/共53頁 923上具有一第三電極點924及第四電極點925，該第三 電極點924及第四電極點925設於該第一貼合面921上。 另，於該任一第三電極點924或第四電極點925上具有一 位在第二基板92上的第二穿孔926，該第二穿孔926係該 導電柱93的第一或二導電柱931或932穿入與該第三或第 四電極點924或925電性連結，以形成電源輸入端或電源 輸出端。又，於該第二貼合面921、容置空間9 28及第二 導線段923上具有一第二絕緣層927，該第二絕緣層927 以覆蓋複數第二導線段923僅供第三及第四電極點924及 925外露，使該第二導線段923不與該鐵芯94接觸。 [0041] 在該鐵芯94配置於該第二基板92的容置空間922，藉由該 第一及第二絕緣層917及927隔離該鐵芯94與該第一及第 二導線段913及923接觸。在該第一基板91的第一貼合面 911與該第二基板92的第二貼合面921貼合時，該第一導 線段913的第二電極點915與該第二導線段923的第三電 極點924電性連結，該第二導線段924的第四電極點925 與該第一導線段913的第一電極點914電性連結，在該第 一導線段913與該第二導線段923電性連結後，以形成纏 繞於該鐵芯94上的線圈組，即完成一平板式的變壓器結 構。 [0042] 請參閱第十八、十九圖，係本創作之平板式的變壓器的 再一實施例及第十八圖的第一溝槽及第二溝槽填入銀膠 後的示意圖。如圖所示：本實施例與第Η —至十五圖的 平板式的變壓器大致相同，所不同的是該第一基板91， 其上的一側面具有一第一貼合面911及一第一凹槽912， 表單編號Α0101 第14頁/共53頁 M408850 該第一貼合面911與該第一凹槽912之間橫跨具有複數的 第一溝槽919，該第一溝槽919内填入銀膠的金屬材料， 以形成第一導線段913，該第一導線段913上具有一第一 電極點914及第二電極點915，該第一電極點914及第二 電極點915設於該第一貼合面911上。另，於該任一第一 溝槽919的一端具有一第一穿孔916，在注入銀膠後形成 一第一電接點910 ,該第一穿孔9ΐβ係供導電柱gg的第一 V電柱931或第一導電柱932穿入與該第一電接點91〇電 性連結，以形成電源輸入端或電源輸出端。又，於該第 一貼合面911、第一凹槽912及第一導線段913上具有一 第一絕緣層917，該第一絕緣,^7.以覆蓋複數第一導線 段913僅供第一及第二電極點914及||$外露，以該第一 導線段913不與該鐵芯94(如第十二圖）g觸。 [0043]該第二基板92，其上的一側面具有一第二貼合面921及一 第一凹槽922，該第二貼合面921與該第二凹槽922之間 橫跨具有複數的第二溝槽929，該第二溝槽929内填入銀 膠的金屬材料，以形成第一、導雄:段923。該第二導線段 923上具有一第三電極點924及第四電極點925，該第三 電極點924及第四電極點925設於該第一貼合面921上。 另，於該任一第二溝槽929上具有一第二穿孔926，在銀 膠注入後形成一第二電接點920，該第二穿孔926係該導 電柱93的第一導電柱931或第二導電柱932穿入與該第二 電接點920電性連結，以形成電源輸入端或電源輸出端。 又’於該第二貼合面921、第二凹槽922及第二導線段 923上具有一第二絕緣層927，該第二絕緣層927以覆蓋 表單编號A0101 第15頁/共53頁 M408850 複數第二導線段923僅供第三及第四電極點924及925外 露，使該第二導線段923不與該鐵芯94接觸。 [0044] 請參閱第二十、二十一圖，係本創作之平板式的變壓器 的又一實施例及第十圖的第一溝槽及第二溝槽填入銀膠 後的示意圖。如圖所示：本實施例與第十六圖的平板式 的變壓器大致相同，所不同的是該第一基板91的一側面 上具有一第一貼合面911，該第一貼合面911上具有複數 的第一溝槽919，該第一溝槽91 9内填入有銀膠的金屬材 料，以形成該第一導線段913，該第一導線段913上具有 一第一電極點914及第二電極點915。另，於該任一第一 溝槽919具有一第一穿孔916，在銀膠注入後形成一第一 電接點910，該第一穿孔916供導電柱93的第一或第二導 電柱931或932穿入與該第一電接點910電性連結，以形 成電源輸入端或電源輸出端。又，於該第一貼合面911與 該第一導線段913上具有一第一絕緣層917，該第一絕緣 層91 7以覆蓋複數第一導線段913僅供第一及第二電極點 914及915外露，使該第一導線段913不與該鐵芯94接觸 〇 [0045] 該第二基板92，其上的一側面具有一第二貼合面921及一 容置空間928，該第二貼合面921與該容置空間922之間 橫跨具有複數的第二溝槽929，該第二溝槽929内填入有 銀膠的金屬材料，以形成該第二導線段923。該第二導線 段923上具有一第三電極點924及第四電極點925，該第 三電極點924及第四電極點925設於該第一貼合面921上 。另，於該任一第二溝槽92 9上具有一第二穿孔926，在 表單編號A0101 第16頁/共53頁 M408850 銀膠注入後形成一第二電接點920，該第二穿孔926係該 導電柱93的第一或二導電柱931或932穿入與該第二電接 點920電性連結，以形成電源輸入端或電源輸出端。又， 於該第二貼合面921、容置空間928及第二導線段923上 具有一第二絕緣層927，該第二絕緣層927以覆蓋複數第 二導線段923僅供第三及第四電極點924及925外露，使 該第二導線段923不與該鐵芯94(如第十二圖）接觸。 [0046] 請參閱第二十二、二十三圖，係本創作之平板式的變壓 器的又再一實施例及第二十二圖的組合示意圖。如圖所 示：本創作之第二基板92當做電子器物的内部電路板， 直接於該電路板上開設有一:第二¢3槽9 2 2;;以供鐵芯9 4置 一，' 放於該第二凹槽922中。同時再將第一基板91當成上蓋， 直接蓋於第二基板（電路板）92上，該第二基板上92具有 一輸入及輸出的傳輸導線9201，該傳輸導線9101與該第 一基板91的第一電接點9101電性連接，以取代導電柱93 ，使該變壓器的設計與電路板融合一體。 [0047] 综上所述，當知本創作已具有產業利用性、新穎性與進 步性，又本創作之構造亦未曾見於同類產品及公開使用 ，完全符合新型專利申請要件，爰依專利法提出申請。 【圖式簡單說明】 [0048] 第一圖係為本創作之一較佳具體實施例之外觀立體圖。 第二圖係為本創作之一較佳具體實施例之立體分解圖。 第三圖係為本創作之一較佳具體實施例之側面圖。 第四圖係為本創作之一較佳具體實施例之保護元件方塊 圖。 表單編號Α0101 第17頁/共53頁 M408850 第五圖係為本創作之另一較佳具體實施例之外觀立體圖 〇 第六圖係為本創作之另一較佳具體實施例之立體分解圖 〇 第七圖係為本創作之另一較佳具體實施例之側面圖。 第八圖係為本創作之一較佳具體實施例之保護元件電路 配置圖。 第九圖係為本創作之一較佳具體實施例之發光元件電路 配置圖》 第十圖A係為平板式的變壓器分解圖。 春 第十圖B係為平板式的變壓器組合圖。 第十圖C係為平板式的變壓器上視圖。 第十一圖，係本創作之平板式的變壓器外觀立體示意圓 〇 第十二圖，係本創作之平板式的變壓器分解示意圖。 第十二圖a、b，係本創作之平板式的變壓器的第一、第 二基板正視示意圖》 第十四圖，係本創作之第-及第二基板組合正視示意g) · 〇 第十五圖，係本創作之第一及第二基板組合側剖視示意 圖。 第十六圖’係本創作之平板式的變壓器使用狀態示意圖 〇 第十七圖a、b’係本創作之平板式的變壓器的另一實施 例示意圖。 $十八圖’係本創作之平板式的變壓器的再一實施例示 第18頁/共53頁 表單編號A0101 M408850 , 意圖。 第十九圖，係第十八圖的第一溝槽及第二溝槽填入銀膠 後的示意圖。 第二十圖，係本創作之平板式的變壓器的又一實施例示 意圖3 第二十一圖，係第二十圖的第一溝槽及第二溝槽填入銀 膠後的示意圖。 第二十二圖，係本創作之平板式的變壓器的又再一實施 例示意圖。 • 第二十三圖，係為第十二圖的組合示意圖。 【主要元件符號說明】 [0049] 1、Γ…連接器 [0050] 10…絕緣本體 [0051] 101…容置空間 [0052] 102…通槽 [0053] 103…後蓋板 [0054] 11…訊號傳輸模組 [0055] 1 l(l···電路板 [0056] 111…輸入端子組 [0057] 112…輸出端子組 [0058] 1 2…滤波柄合元件組 [0059] 121…平板式的變壓器 表單編號A0101[0032] The first substrate 91 has a first bonding surface and a first recess 912. The first bonding surface 911 and the first recess 912 span the metal. a first wire segment 913 of the plurality of materials, the first wire 913 having a first electrode point 914 and a second electrode point 915 ′, wherein the first electrode point 914 and the second electrode point 915 are disposed on the first bonding layer Face 91. Form No. A0101, page 10, page 53, M408850. The first electrode point 914 or the second electrode point 915 is electrically connected to at least one first electrical contact 910 on the first substrate 91. The first electrical contact 910 has a first through hole 916. The first through hole 916 is electrically connected to the first electrical contact 910 to form a power input terminal or a power output terminal. Moreover, the first bonding surface 911, the first recess 91 2 and the first wire segment 913 have a first insulating layer 917 for covering the plurality of first wire segments 91 3 only for The first and second electrode points 914 and 915 are exposed such that the first wire segment 913 is not in contact with the core 94. In the present drawing, the first substrate 91 is a fiberglass board or a ceramic material. The first wire segment 913 is made of copper. [0033] The second substrate 92 has a second mating surface 921 and a second recess 922. The second recess 922, the second mating surface is 2.1 true. A second wire segment 923 of a plurality of metal materials is spanned between the second and second slots 922. The second wire segment 923 has a third electrode point 924 and a fourth electrode point 925. The third electrode point 924 and The fourth electrode point 925 is disposed on the first bonding surface 921. In addition, any of the third electrode points 924 or the fourth electrode points 925 is electrically connected to a second electrical interface 920 on the second board, and the second electrical contact 920 has a second through hole 926. The second through hole 926 is electrically connected to the second electrical contact 920 to form a power input end or a power output end. Moreover, the second bonding layer 921, the second recess 922 and the second wire segment 923 have a second insulating layer 927 for covering the plurality of second wire segments 923 for the third The fourth electrode points 924 and 925 are exposed such that the second wire segment 923 is not in contact with the core 94. In the present drawing, the first substrate 91 is a fiberglass board or a ceramic material. The first wire segment 913 is made of copper. Form No. A0101 Page 11 of 53 M408850 [0034] The conductive post 93 is comprised of at least a first conductive post 931 and a second conductive post 932. The first conductive post 931 and the second conductive post 932 are inserted into the first through hole 916 of the first electrical contact 910 or the second through hole 926 of the second electrical contact 920, and the first electrical connection Point 910 or second electrical contact 92 0 is electrically connected. [0035] The iron core 94 is a hollow square or circular ring body which can be formed by stacking a steel sheet or by pressing or sintering with iron powder. The core 94 is disposed between the first recess 912 of the first substrate 91 and the second recess 922 of the second substrate 92. The core 94 is separated by the first and second insulating layers 917 and 927. The first and second wire segments 913 and 923 are in contact with each other. [0036] Please refer to the fourteenth and fifteenth drawings, which are schematic front and side cross-sectional views of the first and second substrate combinations of the present invention. As shown, the core 94 is disposed between the first recess 912 of the first substrate 91 and the second recess 922 of the second substrate 92, and is separated by the first and second insulating layers 917 and 927. The core 94 is in contact with the first and second wire segments 913 and 923. When the first bonding surface 911 of the first substrate 91 is attached to the second bonding surface 921 of the second substrate 92, the second electrode point 915 of the first wire segment 913 and the second wire segment 923 The third electrode point 924 is electrically connected, and the fourth electrode point 925 of the second wire segment 924 is electrically connected to the first electrode point 914 of the first wire segment 913, and the first wire segment 913 and the second wire segment After the wire segments 923 are electrically connected to form a coil group wound on the iron core 94, a flat-plate transformer structure is completed. [0037] Please refer to the sixteenth figure, which is a schematic diagram of the use state of the flat type transformer of the present invention. As shown in the figure: after assembling the flat-plate transformer of the present invention, the first substrate 91 or the second substrate 92 has a first conductive pillar 931 and a form number A0101, page 12/53, M408850, second The conductive post 932, the first conductive post 931 and the second conductive post 932 are used for the flat-plate transformer to be electrically connected to the main circuit board 951 of the electronic device 95. [0038] After the transformer is electrically connected to the main circuit board 951 of the electronic device 95, the transformer is electrically connected to the main circuit board 951 in a surface-adhesive manner. After the installation, not only can the housing of the electronic device 95 be reduced, but also the weight of the electronic device can be reduced, so as to achieve the purpose of light, thin and short design. [0039] Please refer to the seventeenth figure a, b, which is not intended to be another embodiment of the flat type transformer of the present invention. As shown in the figure, the present embodiment is substantially the same as the flat type of the eleventh to fifteenth @, and the first substrate 91 has a first sticker on each side 91! The second bonding surface 9丄j has a plurality of metal materials; 1£%; _ segment 913., [The first wire segment 913 has a first electrode point 914 and a second electrode point 915. In addition, the first electrical point 914 or the second electrode point 915 is electrically coupled to a first electrical humiliation 9) 在 on the first substrate 91, and the first electrical contact 91 has a first a first hole 916, the first Φ or the second conductive post 931 or 932 of the conductive post 93 is electrically connected to the read first electrical contact 910 to form a power input or a power output. end. Further, the first bonding layer 911 and the first wire segment 913 have a first insulating layer 917 for covering the plurality of first wire segments 913 for only the first and second electrode points 914 and The 915 is exposed such that the first wire segment 913 is not in contact with the core 94 (as shown in the second figure). [0040] The second substrate 92 has a second bonding surface 921 and an accommodating space 928 on a side surface thereof. The second bonding surface mi and the accommodating space 922 are spanned with a metal material. a plurality of second wire segments 923 having a third electrode point 924 and a fourth electrode point 925 on the 13th page of the second wire segment form number A0101, the third electrode point 924 and the fourth electrode point 925 is disposed on the first bonding surface 921. In addition, the third via 924 or the fourth electrode dot 925 has a second via 926 on the second substrate 92, and the second via 926 is the first or second conductive pillar of the conductive pillar 93. The 931 or 932 is electrically connected to the third or fourth electrode point 924 or 925 to form a power input or a power output. Further, the second bonding layer 921, the accommodating space 9 28 and the second wire segment 923 have a second insulating layer 927 covering the plurality of second wire segments 923 for the third and The fourth electrode points 924 and 925 are exposed such that the second wire segment 923 is not in contact with the core 94. The core 94 is disposed in the accommodating space 922 of the second substrate 92, and the first and second insulating layers 917 and 927 are used to isolate the core 94 from the first and second wire segments 913 and 923 contact. When the first bonding surface 911 of the first substrate 91 is attached to the second bonding surface 921 of the second substrate 92, the second electrode point 915 of the first wire segment 913 and the second wire segment 923 The third electrode point 924 is electrically connected, and the fourth electrode point 925 of the second wire segment 924 is electrically connected to the first electrode point 914 of the first wire segment 913, and the first wire segment 913 and the second wire are After the segments 923 are electrically connected to form a coil group wound on the iron core 94, a flat-plate transformer structure is completed. [0042] Please refer to the eighteenth and nineteenth drawings, which are schematic views of still another embodiment of the flat type transformer of the present invention and the first groove and the second groove of the eighteenth drawing after filling the silver paste. As shown in the figure, the present embodiment is substantially the same as the flat type transformer of the first to the fifteenth, except that the first substrate 91 has a first bonding surface 911 and a first side. a groove 912, a form number Α0101, a page 14 of 53, a M408850, the first bonding surface 911 and the first groove 912 span a plurality of first grooves 919, the first groove 919 Filling the metal material of the silver paste to form a first wire segment 913 having a first electrode point 914 and a second electrode point 915. The first electrode point 914 and the second electrode point 915 are provided. On the first bonding surface 911. In addition, a first through hole 916 is formed at one end of any one of the first trenches 919, and a first electrical contact 910 is formed after the silver paste is injected. The first through hole 9 ΐβ is the first V-electrode 931 for the conductive post gg. Or the first conductive post 932 is electrically connected to the first electrical contact 91 to form a power input or a power output. Moreover, the first bonding surface 911, the first recess 912 and the first wire segment 913 have a first insulating layer 917, and the first insulating layer is covered by the first first wire segment 913. The first and second electrode points 914 and ||$ are exposed such that the first wire segment 913 does not touch the core 94 (as shown in FIG. 12). [0043] The second substrate 92 has a second bonding surface 921 and a first recess 922 on a side surface thereof. The second bonding surface 921 and the second recess 922 have a plurality of crossings. The second trench 929 is filled with a metal material of silver paste to form a first, guiding portion: 923. The second wire segment 923 has a third electrode point 924 and a fourth electrode point 925. The third electrode point 924 and the fourth electrode point 925 are disposed on the first bonding surface 921. In addition, a second via 926 is formed on the second trench 929. After the silver paste is implanted, a second electrical contact 920 is formed. The second via 926 is the first conductive pillar 931 of the conductive pillar 93 or The second conductive post 932 is electrically connected to the second electrical contact 920 to form a power input or a power output. Further, the second bonding layer 921, the second recess 922, and the second wire segment 923 have a second insulating layer 927 covering the form number A0101. Page 15 of 53 The M408850 plurality of second wire segments 923 are only exposed to the third and fourth electrode points 924 and 925 such that the second wire segment 923 is not in contact with the core 94. [0044] Please refer to the twentieth and twenty-first embodiments, which is a schematic view of a further embodiment of the flat-plate transformer of the present invention and a first trench and a second trench of the tenth embodiment after the silver paste is filled. As shown in the figure, this embodiment is substantially the same as the flat type transformer of the sixteenth embodiment, except that a first bonding surface 911 is formed on one side of the first substrate 91, and the first bonding surface 911 is provided. There is a plurality of first trenches 919, which are filled with a metal material of silver paste to form the first wire segment 913. The first wire segment 913 has a first electrode point 914 thereon. And a second electrode point 915. In addition, any of the first trenches 919 has a first via 916, and after the silver paste is implanted, a first electrical contact 910 is formed. The first via 916 is provided for the first or second conductive pillars 931 of the conductive pillars 93. Or 932 is electrically connected to the first electrical contact 910 to form a power input or a power output. Moreover, the first bonding layer 911 and the first wire segment 913 have a first insulating layer 917 for covering the plurality of first wire segments 913 for only the first and second electrode points. The 914 and 915 are exposed so that the first wire segment 913 is not in contact with the core 94. [0045] The second substrate 92 has a second bonding surface 921 and an accommodating space 928. A second trench 929 is formed between the second bonding surface 921 and the accommodating space 922. The second trench 929 is filled with a metal material of silver paste to form the second wire segment 923. The second wire segment 923 has a third electrode point 924 and a fourth electrode point 925. The third electrode point 924 and the fourth electrode point 925 are disposed on the first bonding surface 921. In addition, a second through hole 926 is formed on any of the second grooves 92 9 to form a second electrical contact 920 after the injection of the M408850 silver glue on the form number A0101. The first or second conductive pillars 931 or 932 of the conductive pillars 93 are electrically connected to the second electrical contacts 920 to form a power input terminal or a power output terminal. Moreover, the second bonding layer 921, the accommodating space 928 and the second wire segment 923 have a second insulating layer 927 for covering the plurality of second wire segments 923 for the third and the third The four electrode points 924 and 925 are exposed such that the second wire segment 923 is not in contact with the core 94 (as in the twelfth figure). [0046] Please refer to the twenty-second and twenty-third figures, which are a combination diagram of still another embodiment and a twenty-second diagram of the flat-plate transformer of the present invention. As shown in the figure: the second substrate 92 of the present invention acts as an internal circuit board of the electronic device, and directly defines a second ¢3 slot 9 2 2; for the iron core 94 to be placed, In the second groove 922. At the same time, the first substrate 91 is used as an upper cover and directly covers the second substrate (circuit board) 92. The second substrate 92 has an input and output transmission line 9201, and the transmission line 9101 and the first substrate 91 are The first electrical contact 9101 is electrically connected to replace the conductive post 93 to integrate the design of the transformer with the circuit board. [0047] In summary, when Zhiben creation has industrial utilization, novelty and progressiveness, and the structure of this creation has not been seen in similar products and public use, it fully complies with the requirements of new patent applications, and is proposed according to the patent law. Application. BRIEF DESCRIPTION OF THE DRAWINGS [0048] The first drawing is an external perspective view of a preferred embodiment of the present invention. The second drawing is a perspective exploded view of one of the preferred embodiments of the present invention. The third drawing is a side view of one of the preferred embodiments of the present invention. The fourth figure is a block diagram of a protective element of a preferred embodiment of the present invention. Form No. 1010101 Page 17 of 53 M408850 The fifth drawing is a perspective view of another preferred embodiment of the present invention. The sixth drawing is an exploded perspective view of another preferred embodiment of the present invention. Figure 7 is a side elevational view of another preferred embodiment of the present invention. The eighth figure is a circuit diagram of the protection element circuit of a preferred embodiment of the present invention. The ninth drawing is a circuit diagram of a light-emitting element circuit according to a preferred embodiment of the present invention. The tenth figure A is an exploded view of a flat-plate transformer. Spring The tenth figure B is a flat-plate transformer combination diagram. Figure 10C is a top view of a flat-plate transformer. The eleventh figure is the stereoscopic schematic circle of the flat-type transformer of the present creation. 〇 The twelfth figure is a schematic diagram of the flat-type transformer decomposition of the present creation. Twelfth figure a, b is a front view of the first and second substrates of the flat-plate transformer of the present invention. Figure 14 is a front view of the first and second substrate combinations of the present creation g) · 〇 tenth The five figures are schematic cross-sectional views of the first and second substrate combinations of the present invention. Fig. 16 is a schematic diagram showing the state of use of the flat-type transformer of the present invention. 〇 Figure 17 a and b' are schematic views showing another embodiment of the flat type transformer of the present invention. $18 图' is another embodiment of the flat-plate transformer of the present invention. Page 18 of 53 Form No. A0101 M408850, intent. Figure 19 is a schematic view showing the first trench and the second trench of Fig. 18 after filling with silver paste. Fig. 20 is a view showing still another embodiment of the flat type transformer of the present invention. Fig. 21 is a schematic view showing the first groove and the second groove of the twentieth embodiment after the silver paste is filled. The twenty-second diagram is a schematic diagram of still another embodiment of the flat type transformer of the present invention. • The twenty-third figure is a combination diagram of the twelfth figure. [Description of main component symbols] [0049] 1. 连接... Connector [0050] 10... Insulating body [0051] 101... accommodating space [0052] 102... Trunking [0053] 103... Rear cover [0054] 11... Signal transmission module [0055] 1 l (l···circuit board [0056] 111...input terminal group [0057] 112...output terminal group [0058] 1 2...filter handle assembly unit group [0059] 121...flat type Transformer form number A0101
第19頁/共53頁 M408850 [0060] 122…第一防突波元件 [0061] 13···第一保護元件組 [0062] 131…氣體放電管 [0063] 132…第二防突波元件 [0064] 14…金屬殼體 [0065] 141…接地接腳 [0066] 15…發光元件 [0067] 151…發光體 [0068] 152…極腳 [0069] 153…第三防突波元件 [0070] 2…主機板 [0071] 3…連接器模組 [0072] 31…絕緣殼體 [0073] 311…連接器端口 [0074] 32···第二金屬殼體 [0075] 321…第二接地接腳 [0076] 第一貼合面911 [0077] 第一凹槽912 [0078] 第一導線段913Page 19 of 53 M408850 [0060] 122...First anti-surge element [0061] 13···First protection element group [0062] 131...Gas discharge tube [0063] 132...Second anti-surge element 14...metal housing [0065] 141...grounding pin [0066] 15...lighting element [0067] 151...illuminator [0068] 152...pole [0069] 153...third anti-surge element [0070] 2... Motherboard [0071] 3... Connector module [0072] 31... Insulated housing [0073] 311... Connector port [0074] 32···Second metal housing [0075] 321...Second ground Pin [0076] first bonding surface 911 [0077] first groove 912 [0078] first wire segment 913
表單編號A0101 第20頁/共53頁 [0079] 第 一電極點914 [0080] 第 二電極點915 [0081] 第 一穿孔916 [0082] 第 一絕緣層917 [0083] 第 一溝槽919 [0084] 第 一電接點910 [0085] 第二基板92 [0086] 第二貼合面921 [0087] 第二凹槽922 [0088] 第二導線段923 [0089] 第 三電極點924 [0090] 第四電極點9 2 5 [0091] 第二穿扎926 [0092] 第二絕緣層927 [0093] 容置空間928 [0094] 第二溝槽929 [0095] 第二電接點920 [0096] 傳輸導線9201 [0097] 導電柱93 表單編號A0101 M408850 [0098] 第一導電柱931 [0099] 第二導電柱932 [0100] 鐵芯94 [0101] 主電路板9 51 表單編號A0101 第22頁/共53頁Form No. A0101 Page 20 of 53 [0079] First Electrode Point 914 [0080] Second Electrode Point 915 [0081] First Perforation 916 [0082] First Insulation Layer 917 [0083] First Trench 919 [ 0084] First Electrical Contact 910 [0085] Second Substrate 92 [0086] Second Fitting Surface 921 [0088] Second Groove 922 [0088] Second Wire Segment 923 [0089] Third Electrode Point 924 [0090] The fourth electrode point 9 2 5 [0091] The second insulating layer 926 [0092] The second insulating layer 927 [0093] The accommodating space 928 [0094] The second trench 929 [0095] The second electrical contact 920 [0096] Transmission Conductor 9201 [0097] Conductor Post 93 Form No. A0101 M408850 [0098] First Conductive Post 931 [0099] Second Conductive Post 932 [0100] Core 94 [0101] Main Circuit Board 9 51 Form No. A0101 Page 22 / Total 53 pages