201242180 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種電連接器，特別係指一種具板片型接頭 之電子裝置及其製造方法。 【先前技術】 現今電腦設備最普及的訊號傳輸規格莫過於通用序列匯流排 (Universal Serial Bus，簡稱USB)，以此規格製作的連接器插座及 傳輸線可使外接於電腦的周邊設備，如滑鼠、鍵盤、隨身碟等， 即時為電腦所測得並立即使用。 目前USB母座及USB接頭皆為單向電連接，為了確保USB接頭 插入USB母座時能電連接，兩者在對接上具有防呆設計，即當 接頭反向插入時則無法插入，使用者即會再換另一個方向插入， 方向正確了才能插入，如此即可確保插入後具有電連接。 目前USB有2.0及3.0兩種規格，請參閱圖1及圖2，係為現有之 USB2.0規格且具有板片型接頭之碟身碟丨，其設有一塑膠座體1〇 及一電路板15，該電路板15後段為該塑膠座體1〇包覆，該電路板 15前段僅一板面露出該塑膠座體1〇外，該板面設有一排四個接點 16。 請參閱圖3 ’係為現有之USB2.0規格之電連接母座2〇，其設有 一金屬殼25及一舌片22，該金屬殼25内形成一連接槽2]，該舌片 22位於連接槽偏上位置，該舌片僅下面設有一排4個接點B，該金 201242180 屬殼25之頂面及底面各沖壓凸出二個彈片24。 請參閱圖4 ’在使用上’該隨身碟丨必需接點16朝上插入連接 槽21才可與位於該舌片22下面之一排接點23電連接，該四個彈片 24係抵緊該碟身碟1 ;該碟身碟丨若是反面插入連接槽以則無法電 連接，使用者通常是隨機插入，故插不進去之機率是1/2，故常常 是插兩次，造成使用上之不便。 為了使用上之方便性，仍需以正反雙向皆可電連接較能符合 需求，故申請人研發一種具有雙面電連接功能之具板片型接頭之 電子裝置，為了配合雙面電連接功能，則接頭必需設計二排接點， 然而在使用上又恐電連接母座之彈片難接另—板面之接點而造 成短路’故亦需克服此問題。 本發明申請人潛心研究上述產品之雙面插接設計，終於提出 克服上述潛在問題之產品改良結構。 【發明内容】 本發明之主要目的在於提供一種具板片型接頭之電子裝置及 其製造方法，其中連接板之兩板面皆具有接點，達到使用上之方 便性及多元性。 本發明之次要目的在於提供一種具板片型接頭之電子裝置及 其製造方法，其中連接板之兩板面皆具有接點且可達到製造上之 之方便。 本發明之次要目的在於提供一種具板片型接頭之電子裝置及 201242180 其製造方法，其巾設有電子式或機構式之隨路設収連接板之 兩板面皆具有接點，達到防止連接板其中—板面之接點短路。 本發明之次要目的在於提供—種具板之電子裝置及 其製造方法，其中設有觀構造增強連接板強度，或藉由該補強 構造結合該連接板㈣板並增醜麵板或魏路板之強 度。 為達上it目的本發明提供—種具板#型接頭之電子裝置， 其包括有：-外_ ;-電子單元，至少—部份為料覆體覆蓋； 以及連接板，定位於該外覆體，該連接板之兩板面露出該外覆 體外且U-排第—接點，該二排第—接點電連接該電子單元。 如所述之具板>j型接頭之電子裝置，其找連接板為一電路 板之則段’該二排第-接點係為該電路板上之電路接點。 如所述之具板片型接頭之電子裝置，其中該連接板之形狀可 正反雙面對接定位於一電連接母座。 如所述之具板片型接頭之電子裝置，其中該連接板係與該外 覆體-體成型，該二排第—接點形成在二排第—端子，該二排第 一接點分別平貼於該連接板之兩板面。 如所述之具板片型接頭之電子裝置，其中更設有二排第二接 點，該二排第二接點設於該連接板之兩板面，且位於該二排第一 接點之後。 如所述之具板片型接頭之電子裝置，其中該二排第一接點分 別平貼於該連接板之兩板面且不可彈動，該二排第二接點形成在 201242180 二排第二端子’該二排第二接點分別凸出該連接板之兩板面且可 上下彈動。 如所述之具板片型接頭之電子裝置，其中更設有一限位構 ，該限位構造較該連接板兩板面之第一接點凸出。 如所述之具板片型接頭之電子裝置，其中該陳構造包括有 設於電路板之金屬層。 如所述之具板0接頭之電子裝置，其中祕位構造與該外 覆體一體成型。 如所述之具板片型接頭之電子裝置，其中該電子單元為一儲 存單元，該儲存單元包括至少一記憶體。 如所述之具板片型接頭之電子裝置，其為—隨身碟，且更設 有-電路板，該儲存單4連接在該電路板上，該二排第一接點 電連接該電路板。 如所述之具板片型接頭之電子裝置，其中魏子單元更包括 一控制電路，藉以控制該電子單元之運作。 如所述之具板片型接頭之電子裝置，其中更設有—電路板， 該電子單元電連接在該電路板上，該二卿—接點電連接該電路 板。 如所述之具板片型接頭之電子裝置，其巾更設有—電子式防 逆流或防轉之安全保射段，如防逆流電子元件或防短路 電子讀錢基二赌錢路安全_元件或安全雜設置手段 等，藉以達到防短路或防短路之電路安全。 201242180 如所述之具板片型接頭之電子裝置，其中該二一接點係 為相同之連接介面。 如所述之具板>;型接頭之電子1置，其中該二郷—接點之 電路序號相互為反向排列。 如所述之具糾型制之電子裝置，其巾韻存單祕設有 一記憶體’藉由該二排第-接點可正反雙面電連接於一電連接母 座。 如所述之具板片型接頭之電子裝置，其中該二排第一接點相 同之電路序號者電連接而串接成一組。 如所述之具板片型接頭之電子裝置，其中至少—對相互電連 接之二第-接點各自電連接一防逆流電子元件或防短路電子元件 或蕭基二極體或電路安全保護元件或安全電路設置手段。 如所述之具板片型接頭之電子裝置，其中該二排第—接點上 下相互對齊者係相互電連接，且設有一偵測構造侧電連接之方 向。 如所述之具板片型接頭之電子裝置，#中該連接板係與該外 覆體一體成型，該二排第一接點形成在二排第一端子，每一第一 端子设有一個第一接點分別平貼於該連接板之兩板面。 如所述之具板片型接頭之電子裝置，其中該二排第一接點係 為不同之連接介面。 如所述之具板片型接頭之電子裝置，其為_IC晶片卡，該連 接板與該外覆體一體成板片狀，且更設有二排第二接點，該二排 201242180 第二接點設於該連接板之兩板面且位於該二排第一接點之後，該 一排第-接驗二排第二接點皆平貼賊連接板之兩板面。 如所述之具板片型接頭之電子裝置，其中更包括一控制手 段’與該具板片型接頭之電子裝置相結合，以對該儲存單元進行 一資料儲存與控制程序。 如所述之具板片型接頭之電子裝置，其中該儲存單元包括二 個記憶體，該連接板-板面之—排第一接點電連接—記憶體，而 該連接板另-板面之-排第一接點電連接另一記憶體。 如所述之具㈣型接頭之電子裝置，其藉由設有—切換開關 裝置及-㈣電路可達到選擇—輯體成通路，而[記憶體成 斷路，或該二記憶體皆成通路。 如所述之減#藤頭之電子裝置，射謂存單元包括至201242180 VI. Description of the Invention: [Technical Field] The present invention relates to an electrical connector, and more particularly to an electronic device having a plate type joint and a method of manufacturing the same. [Prior Art] The most popular signal transmission specification for today's computer equipment is the Universal Serial Bus (USB). The connector socket and transmission line made by this specification can be connected to the peripheral devices of the computer, such as the mouse. , keyboard, flash drive, etc., instantly measured by the computer and used immediately. At present, the USB female socket and the USB connector are all unidirectional electrical connections. In order to ensure that the USB connector can be electrically connected when inserted into the USB female socket, the two have a foolproof design on the docking, that is, when the connector is inserted in the reverse direction, the user cannot be inserted. It will be inserted in the other direction, and the direction is correct to insert, so that it can be electrically connected after insertion. At present, USB has two specifications, 2.0 and 3.0. Please refer to FIG. 1 and FIG. 2, which is a USB 2.0 specification and has a plate type connector, which is provided with a plastic body 1 and a circuit board. 15. The rear side of the circuit board 15 is covered by the plastic body 1 . The front side of the circuit board 15 is only one plate surface exposing the plastic body 1 , and the board surface is provided with a row of four contacts 16 . Please refer to FIG. 3, which is an existing USB2.0 specification electrical connection socket 2, which is provided with a metal shell 25 and a tongue piece 22, and a metal groove 25 defines a connecting groove 2], and the tongue piece 22 is located The connecting groove is in the upper position, and the tongue is only provided with a row of four joints B below. The gold 201242180 belongs to the top surface and the bottom surface of the shell 25, and two spring pieces 24 are punched out. Please refer to FIG. 4 'In use', the portable disk 丨 necessary contact 16 is inserted upward into the connecting slot 21 to be electrically connected to a contact point 23 located under the tongue 22, and the four elastic pieces 24 are pressed against the same. Disc 1; if the disc is inserted into the connecting slot on the reverse side, it cannot be electrically connected. The user usually inserts it randomly, so the probability of inserting it is 1/2, so it is often inserted twice, resulting in use. inconvenient. In order to be convenient to use, it is still necessary to be able to electrically connect in both forward and reverse directions, so that the applicant has developed an electronic device with a plate type connector having a double-sided electrical connection function, in order to cooperate with the double-sided electrical connection function. Then, the joint must design two rows of contacts. However, in use, it is feared that the shrapnel of the electric connection to the female seat is difficult to connect with the contact of the other surface to cause a short circuit, so it is also necessary to overcome this problem. The applicant of the present invention has deliberately studied the double-sided plug design of the above products, and finally proposed a product improvement structure that overcomes the above-mentioned potential problems. SUMMARY OF THE INVENTION A primary object of the present invention is to provide an electronic device having a plate-type joint and a method of manufacturing the same, wherein the two plates of the connecting plate have contacts to achieve convenience and diversity in use. A secondary object of the present invention is to provide an electronic device having a plate type joint and a method of manufacturing the same, wherein both of the plate faces of the connecting plate have contacts and are convenient for manufacturing. A secondary object of the present invention is to provide an electronic device with a plate type joint and a manufacturing method thereof. The method of manufacturing the method of the electronic or mechanical type of the connecting and connecting plate has a contact point to prevent the two sides. In the connection board, the contact of the board surface is short-circuited. A secondary object of the present invention is to provide an electronic device with a board and a manufacturing method thereof, wherein the viewing structure is used to enhance the strength of the connecting plate, or the reinforcing plate is combined with the connecting plate (four) plate and the ugly panel or Wei Lu The strength of the board. The present invention provides an electronic device with a board type connector, which comprises: an outer unit; an electronic unit, at least partially covered by a material cover; and a connecting plate positioned on the outer cover. The two sides of the connecting plate expose the outer cover and the U-row first contact, and the two rows of first contacts are electrically connected to the electronic unit. For example, the electronic device with the board > j type connector is such that the connecting board is a circuit board segment. The two rows of the first contact point are circuit contacts on the circuit board. The electronic device with a plate type connector as described, wherein the shape of the connecting plate can be positioned in a positive and negative double-sided docking position on an electrical connection base. The electronic device with a plate type connector, wherein the connecting plate is formed with the outer cover body, and the two rows of first contacts are formed in two rows of first terminals, and the two rows of first contacts are respectively Flat on the two sides of the connecting plate. The electronic device with a plate-type connector is further provided with two rows of second contacts, wherein the two rows of second contacts are disposed on the two plates of the connecting plate, and are located at the first contact of the two rows after that. The electronic device with a plate-type connector, wherein the two rows of first contacts are respectively affixed to the two plates of the connecting plate and are not bounceable, and the two rows of second contacts are formed at 201242180. The two terminals 'the second row of the two contacts respectively protrude from the two plates of the connecting plate and can be bounced up and down. The electronic device with the plate type connector is further provided with a limiting structure, and the limiting structure protrudes from the first contact of the two plate faces of the connecting plate. An electronic device having a plate-type connector as described, wherein the structure comprises a metal layer provided on the circuit board. An electronic device having a board 0 connector as described, wherein the secret structure is integrally formed with the outer body. An electronic device having a plate-type connector as described, wherein the electronic unit is a storage unit, and the storage unit includes at least one memory. The electronic device with a plate type connector, which is a flash drive, and further provided with a circuit board, the storage unit 4 is connected to the circuit board, and the two rows of first contacts are electrically connected to the circuit board. . The electronic device with a plate type connector as described, wherein the Wei subunit further comprises a control circuit for controlling the operation of the electronic unit. The electronic device with the plate type connector is further provided with a circuit board, the electronic unit is electrically connected to the circuit board, and the two contacts are electrically connected to the circuit board. As described in the electronic device with the plate type connector, the towel is further provided with an electronic anti-backflow or anti-rotation safety protection segment, such as anti-backflow electronic components or short-circuit electronic reading money base two gambling road safety _ Component or safety miscellaneous means, etc., in order to achieve circuit safety against short circuit or short circuit. 201242180 The electronic device with a plate type connector as described, wherein the two contacts are the same connection interface. The electronic device 1 of the type of connector described above is arranged such that the circuit numbers of the two contacts are opposite to each other. In the electronic device with the shape correction system, the memory of the towel is provided with a memory unit. The two rows of the first contact can be electrically connected to the electrical connection base by the double-sided connection. The electronic device with a plate type connector as described above, wherein the two rows of first contacts are electrically connected in series and connected in series. An electronic device having a plate type joint as described above, wherein at least one of the two first contacts that are electrically connected to each other is electrically connected to a backflow prevention electronic component or a short circuit prevention electronic component or a Schottky diode or a circuit safety protection component. Or a means of setting up a safety circuit. The electronic device with a plate type connector, wherein the two rows of the first and second contacts are electrically connected to each other, and a direction for detecting the electrical connection of the structure side is provided. In the electronic device with a plate-type connector, the connecting plate is integrally formed with the outer cover, and the two rows of first contacts are formed in two rows of first terminals, and each of the first terminals is provided with one The first contacts are respectively affixed to the two plates of the connecting plate. The electronic device with a plate type connector as described, wherein the two rows of first contacts are different connection interfaces. The electronic device with the plate type connector is an _IC chip card, and the connecting plate is formed into a plate shape with the outer cover, and further has two rows of second contacts, the second row 201242180 The two contacts are disposed on the two plates of the connecting plate and are located after the first contacts of the two rows, and the second contacts of the second row of the first row and the second row of the row are flat on the two plates of the thief connecting plate. An electronic device having a plate-type connector as described above, further comprising a control unit </ RTI> coupled with the electronic device having the plate-type connector for performing a data storage and control program for the storage unit. The electronic device with a plate-type connector as described, wherein the storage unit comprises two memory bodies, the first connection point of the connection board-board surface is electrically connected to the memory body, and the connection board is another-board surface The first contact of the row is electrically connected to another memory. The electronic device with the (4) type connector described above can be selected to be formed into a path by providing a switching device and a - (4) circuit, and [the memory is broken, or the two memories are in a path. As described in the #藤头的电子装置, the shot storage unit includes
點同時電連接該至少二個記憶體。 如所述之具板片型接頭之電子裝置，其為The point simultaneously electrically connects the at least two memories. An electronic device having a plate type connector as described
一電連接線公頭， 裝置，該電子單元 ’其中該連接板直接接觸 其中該外覆體.為一金屬 如所述之具板片型接頭之電子裝置 並固定於該外覆體。 如所述之具板片型接頭之電子茫置 殼0 201242180 斤述之具板片型接頭之電子裝置，其中該外覆體包覆該連 接板之周邊’該連接板兩側之外覆體設有-定位構造，當該連接 板插入t連接母座時該定位構造可與電連接母座卡定。 如所述之具板#型接頭之電子裝置，其巾該連接板為一塑膠 板，該連接板組裝定位於該外覆體前端。 如所述之具板片型_之電子裝置，其巾該連接板後端設有 一套接槽供該電路板一端插入卡定。 如所述之具板片型接頭之電子裝置，其中該電路板前段上下 -板面分別疊合-上、下電路板，該疊合之上電路板、電路板及 下電路板伸出料覆體前端而形成該連接板，該連接板二板面上 之二排第一接點皆藉由導線電連接該電路板。 如所述之具板片型接頭之電子裝置，其中該電路板前段下板 面疊合-歸板及—下電路板，該疊合之電路板、塑膠板及下電 路板伸出料覆財端而形成該連接板，該連接板二板面上之二 排第一接點皆藉由導線電連接該電路板。 如所述之具板片型接頭之電子裝置，其中設有二電路板，該 二電路板前段疊合一塑膠板並伸出該外覆體前端而形成該連接 板，該二電路板前段各設有該一排第一接點。 如所述之具板片型接頭之電子裝置，其中該連接板之周邊套 設包覆有一金屬殼。 如所述之具板片型接頭之電子裝置，其中該連接板兩側之金 屬殼設有一定位構造，當該連接板插入一電連接母座時該定位構 201242180 造可與電連接母座卡定。 如所述之具板片型接頭之電子裝置，其中該電路板前段上面 設有一絕緣座體而形成該連接板，該絕緣座體設有一排第一端 子，該連接板一板面之一排第一接點形成在該一排第一端子，該 一排第一端子延伸接腳與該電路板焊接，該連接板另一板面之一 排第一接點形成在該電路板前段下面且為一排金手指。 如所述之具板片型接頭之電子裝置，其中該連接板設有一補 強構造’藉以增強該連接板強度。 如項所述之具板片型接頭之電子裝置，其中該補強構造可為 補強板或焊板或套接槽或封膠體。 如所述之具板片型接頭之電子裝置，其中更設有一電路板， 該補強構造為_板焊接或卡合該電路板且延伸至該電路板後段 或該補強構造可絲㈣’該電路板前段套接卡定於該套接槽。 如所述之具板#型接頭之電子裝置，其中該絕緣座體截面呈 门形狀，使該絕緣座體與電路板前段間呈一空間。 如所述之具板片型接頭之電子錢，其中該外覆體與該絕緣 座體為一體成型或該外覆體與該絕緣座體分開設置。 如所述之具板片型接頭之電子裝置，其中該電路板前段一面 兩側各設有-塑膠塊，該二塑膠塊再疊合一第二電路板而形成該 連接板，該第二電路板和該電路板前朗呈—空間，該連接板一 板面之-排第-接點形成在該第二電路板且為—排金手指，該連 接板另一板面之―排第—接闕成在該板前段且為-排金手 201242180 指0 如所述之具板片型接頭之電子裝置，其中該外覆體為一封膠 體將該電路板一面覆蓋。 如所述之具板片型接頭之電子裝置，其中該電路板前段上面 疊合-第二電路板而形成該連接板，該連接板—板面之一排第一 接點形成在該第二電路板上面且為—排金手指該連接板另一板 面之-排第-接點形成在該電路板前段下面且為—排金手指。 本發明再提供-種具板片型接頭之電子I置其包括有：一 對接構造’其職可正反雙面對接定位於—f連接母座；其中， 該對接構造之兩板面各設有—排第-接點；以及-電子單元，設 於該對接構造内，且該二排第一接點電連接該電子單元。°又 如所述之具板片型接頭之電子裝置，其中更設有二排第二接 點’該二排第二接點設於該對接構造之兩板面，且位於該 一接點之後。 如所述之具板片型接頭之電子裝置，其中該電子單元可為一 =單=一隨身碟’或可為一無線收發單元而成一無線收發 裝置’或可為-連接線材而成—電連接線公頭，或可為—轉 路及-電連接n而成—轉接電雜器 如所述之具板片型接頭之電子裝置，其中更包括-控制手 段，與該具板片難頭之電子裝置姆合，輯 控制程序。 平兀這仃 201242180 如所述之具板片型接頭之電子裝置，其中該對接構造設有一 補強構造，藉以該對接構造強度。 所述之具板片型接頭之電子裝置’其中該對接構造為一絕 緣座體下方結合—電路板，該崎絲設有—排第—端子，該對 接構造-板面之-排第—接點形成在該—排第—端子該一排第 -端子延伸接腳與該電路板電連接，該對接構造另—板面之一排 第-接點形成在該電路板下面且為—排金手指，絕緣座體與該電 路板間呈一空間。 如所述之具板片型接頭之電子裝置，其中更設有一限位構 造，該限位構造較該對接構造兩板面之第—接點凸出。 如所述之純4型接頭之電子裝置，其巾更設有—電子式防 逆流或防短路之·安全倾手段，如防逆流電子元件或防短路 電子元件或聽二極體或電路安全賴猶或安全電路設置手段 等，藉以達到防短路或防短路之電路安全。 本發明再提供一種具板片型接頭之電子裝置，其包括有：一 電路板，其設有一電子式防逆流或防短路之電路安全保護手段， 如防逆流電子元件或防短路電子元件或縣二極體或電路安全保 護元件或安全電路設置手段等；—電子單元，設於該電路板上； 一連接板，其兩板面各設有一排第一接點，該二排第一接點電連 接該電路板及該電子單元’該二排第一接點係為相同之連接介面 且電路序號相互為反向排列；以及一補強構造，其設於該連接板 或電路板，藉由该補強構造結合該連接板和該電路板並增強該連 12 201242180 接板或該電路板之強度。 如所述之具板片型接頭之電子裝置，其中該連接板包括電路 板之則段，該電路板之前段下面設有該一排第一接點，該電路板 之一排第一接點為電路接點，該電路板之前段上設有一絕緣座體 而形成該連接板，該絕緣座體上面設有該一排第一接點，該絕緣 座體上之一排第一接點係形成在一排第一端子，該一排第一端子 6 又有接腳電連接或焊接在該電路板，或者該電路板之前段上直接 或間接設有一第二電路板而形成該連接板，該第二電路板上面設 有該一排第一接點，該電路板之一排第一接點為電路接點。 如所述之具板片型接頭之電子裝置，其中該連接板為一絕緣 座體，其兩面各設有該—排第—接點，該二排第—接點係形成在 二排第-端子’該第-端子設有接腳電連接或焊接在該電路板。 如所述之具板片型接頭之f子裝置，其巾該涵構造為設於 該連接板之套接槽’該電路板前段套接卡定於該套接槽。 如所述之具板片型接頭之電子裝置，其中制賴造為該絕 緣座體-體向後延伸之補強板，該補強板套合或卡合絲合該電 路板。 如所述之具板型接頭之電子裝置，其中該補強構造為補強 板套口或焊接該電路板，該觀板之截面形狀可為□、回、 Μ等形狀或該補強構造為焊板焊接該電路板。 如所述之具板片型接頭之電子裝置，其中更設有—外覆體覆 蓋於該電路板一面並將該電子單元覆蓋。 13 201242180 如所述之具板片型接頭之電子裝置，其中更設有一限位構 造’該限位構造較該連接板兩板面之第—接點凸出。 其中該補強構造為金屬材質 如所述之具板月型接頭之電子裝置， 或非金屬材質。 如所述之具板>;型接頭之電子I置，其中該電路板前段上下 面分別設有-絕緣座體轉成該連接板，該二絕緣座體各設有該 一排第-接點’該二排第-接點係形成在二排第—端子，該二排 第一端子設有接腳電連接或焊接在該電路板。 如所述之具板片型接頭之電子裝置，其中該電子單元可為一 儲存單元而成-隨身碟’或可為—無線收發單元而成—無線收發 裝置，或可為-連接線材而成—電連接線公頭，或可為一轉接電 路及-電連接器而成—轉接電連接器，或可為—擴充電路及一組 電連接插座而成-擴充_，或可為—控制單元而成—馳制器。 本發明再提供一種具板片型接頭之電子裝置的製造方法，其 包括以下步驟： 提供一電路板，該電路板設有2組依序反向排列連接介面的 串接電路、至少一組連接介面的接點、防逆流或防短路或其他電 子式電路女全保遵裝置的電路及接點、及一電子單元的電路及接 點，該2組依序反向排列連接介面的串接電路與該電子單元的電路 電連接； 提供一絕緣座體，該絕緣座體設有至少一組端子結構的連接 介面’該端子設有接腳； 201242180 提供防逆流電子7C件或防短路電子元件或蕭基二極體或其他 電子式電路安全保護裝置； 提供一電子單元； 提供焊接材料塗抹於該電路板之接點； 將該防逆流f子元件或贿路電子元件或蕭基二極體或其他 電子式電路安全保護裝置、f子單元、及祕座體分別排列貼放 於該電路板的接點；及 將分別貼放於該電路板上的元件進行迴焊焊板加工完成 該簡易板片式雙面連接介面電子裝置的加工製程。 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 板一體延伸一面設有一組連接介面。 如所述之具板；ί型接頭之電子裝置的製造方法，其中該電路 板-體延伸-面設有-組連接介面，其另—面設有電子元件之電 路及接點。 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 板體延伸-面设有-組連接介面，該電路板之2組依序反向排 列連接介面的串接電路係為2組依序反向排列哪2. Q連接介面的 串接電路。 如所述之具板片型接頭之電子裝置的製造方法，其中該絕緣 座體設有2組不_端子結_麵介面，該端子設有接腳。 如所述之具板片型接頭之電子裝置的製造方法，其中該絕緣 座體下方與電路板間成一空間，藉由該空間可排列電子元件。 15 201242180 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 板之2組依序反向排列連接介面的串接電路及接點的後方更設有 另2組依序反向排列的連接介面的串接電路及接點。 如所述之具板片型接頭之電子裝置的製造方法，其中該絕緣 座體設有另2組彈動端子結構的連接介面，該端子設有接腳。 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 板设有供該彈動端子連接介面彈動的透空槽。 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 板上的元件進行迴焊焊板加工後，可進行再灌膠或再封裝的再加 工製程而形成-外覆體’以完全⑽⑽ip Qn BGard簡稱⑽該絕 緣座體下方帥或覆蓋該電路板後段賊電子元件的區域，並加 強整體強度。 如所述之具板片型接頭之電子裝置的製造方法，其中該絕緣 座體可-體或分段延伸座體長度㈣成—外覆體，使完全蓋合該 電路板上排放電子元件的區域。 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 板或該絕雜體設有防鱗凸出連齡面之限位構造。 如所述之具板片型接頭之電子裝置的製造方法，其中該絕緣 座體設有-補_造’該構造為補強板或焊板。 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 板設有補強板或焊板的焊接區。 如所述之具板片型接頭之電子裝置的製造方法，其中該電路 201242180 電 板之2組連接介面的串接電路至少—對相互電連接之電路各自％ 連接該-防❾ 1電子4或防短路電子元件或餘 電子式電路安全紐裝置。 如所述之具板片型接頭之電子裝置的製造方法，其中該絕緣 座體設有-補強構造，該補強構造為為該絕緣座體—體向後延伸 之補強板’該㈣板套合或卡合紐合該電路板，或者簡 造為設於賴緣麵之套接槽，該電路板前縣接卡定於該套接 ”如所述之具板片鶴頭之電子裝置的製造方法，其中該電子 單元可為-儲存單it而成-隨身碟’或可為—無線收發單元而成 -無線收發裝置’或可為-連接線材而成—電連接線公頭或可 為-轉接電路及-電連接㈣成-轉接電連接器，或 電路及-㈣連翻座喊-減插座，或可為—㈣單元而成 一 1C控制器。 本發明再提供-種具板㈣接頭之電子裝置的製造方法其 包括以下步驟： 提供一電路板，該電路板設有2組導電接點、該2組導電接點 依序反向排_串接電路、防逆流或瞻路或其他電子式電路安 全保護裝置的電路及接點、及-電子單元的電路及接點，該串接 電路與該電子單元的電路電連接，該2_電接點分職於該電路 板不同面； 提供一絕緣體，該絕緣體設有一組連接介面； 17 201242180 提供防逆流電子元件或防短路電子元件或蕭基二極體或其他 電子式電路安全保護裝置； 提供一電子單元及外加之一組導電接點； k供焊接材料，塗抹於該電路板一面之接點； 將該防逆流電子元件或防短路電子元件或蕭基二極體或其他 電子式電路女全保護裝置及電子單元分別排列貼放於該電路板上 對應之接點，該外加之一組導電接點貼放於電路板該面之一組導 電接點； 將刀別貼放於該電路板上的元件進行迴焊焊板加工； 將該焊接有上述元件之電路板一面進行封膠而形成一外覆 體，並使該電路板和外覆體結合成一封裝體，且使該外加之一組 導電接點露出該封裝體之外覆體上表面，且該電路板另一面之一 組導電接點露出該封裝體之電路板一面； 提供焊接材料塗抹於該封裝體之外覆體上表面之—組導電接 點或該電路板一面之一組導電接點；以及 將該絕緣體疊合於該封裝體前段，該絕緣體之'组連接介面 的焊接點連缝財焊接㈣之—組導電接點，錢行迴焊焊板 加工。 如所述之具板>5型接頭之電子裝置的製造方法，其中該絕緣 體為一第二電路板。 如所述之具板片型接頭之電子裝置的t造方法，其中該絕緣 體為一塑膠成型之絕緣座體，該絕緣座體之—組連接介面為一組 18 201242180 端子之接點’該—組端子設有接腳。 如所述之具板>1型接頭之電子裝置的製造方法，其中該絕緣 座體設有限位構造凸出該—組連接介面及相對於該—組連接介面 之一組導電接點。 本發月之上述及其他目的、優點和特色由以下較佳實施例之 詳細說明中並參考圖式當可更加明白。 【實施方式】 請參閱圖5、圖6、及圖7，係為本發明第一實施例，其係為一 USB2.0規格之隨身碟，其可正反雙面電連接—電連接母座，其包 括-外覆體30、-電路板4〇、—連接板55、—電子單元仪一限位 構造50，其中： 該外覆體3G為—歸材質，其設有-下座31及-上蓋32，該 下座31設有一容室33。 該電路板40置於該外覆體30之容室33，該電路板4〇之後段為 該外覆體30所包覆，該電路板4〇之前段露出該外覆體3〇外，即為 該連接板55，故該連接板55係直接接觸並固定於該外覆體3〇，該 連接板55之兩板面（上下板面）各設有一排第一接點41，該二排第 一接點41係為電路板40上形成之電路接點，該二排第一接點41皆 為4個，可分別傳送VCC、USB D-、USB D+及GND等訊號，該二排第 一'接點41係為相同之連接介面且電路序號相互為反向排列，如圖7 所示，該連接板55上板面之一排第一接點41之電路序號由右至左 201242180 為a卜a2，a3 ’ a4，該連接板55下板面之—排第—接_之電路 序號由右至左為b4 ’ b3，b2，b卜另外，該連接板55之形狀正反 面對稱，故可正反雙面對接定位於一電連接母座。 該外覆體30及連接板55結合成一對接構造。 請參閱圖8’該二排第-接點41相同之電路序號者電連接而串 接成一組，即al和bl電連接，a2和b2電連接，a3和b3電連接，a4 和b4電連接’其中_bl係為電源接點，絕不可造成短路故 和bl皆先經一蕭基二極體46再相互電連接，該蕭基二極體仙之作 用主要疋防止電流逆流，如此可達到防短路效果。 上述使用蕭基二極體防短路係為一種電子式防逆流或防短路 之電路安全保護手段的-種方式，然而亦有多種方式如設置防逆 流電子元件或防短路電子元件或電路安全保護元件或安全電路設 置手段，藉以達到電路安全保護效果。 該電子單元4為一儲存單元，其電連接於該電路板40上且為該 外覆體30所包覆，其包括一記憶體43及一控制電路45 ,該記憶體 43可為但不限於快閃記憶體（flash mem〇ry)或唯讀記憶體’ 該記憶體43之容量大小不限，該控制電路45係控制該電子單元之 記憶體43之運作，該二排第一接點41電連接該電子單元4。 該限位構造50與該外覆體3〇—體成型，該限位構造5〇於該連 接板55兩板面分別形成四條前後方向之凸肋，該限位構造5〇較該 連接板55兩板面之第一接點41凸出藉以保護該二排第一接點41及 防止短路’該連接板55上設有二貫穿孔42配合該限位構造50中間 20 201242180 之二條凸肋。 請參閱圖9，藉由以上構造，本實施例之隨身碟3插入—電連 接母座20時，由於該連接板之形狀可正反雙面對蚊位於該電連 接母座2G城連接板兩板面設有_之連接介面且電路序號相互 為反向排列之二排第-接點4卜故使用者採任—板面插入電連接 母座20之連接槽21均可定位並電連接，如騎示，當—排第一接 點ah a2、a3、a4與電連接母扁之—排接點23電連接時電連 接母座20之彈片24係抵到另-板面之限位構造5〇而不致碰觸該第 -接舰、b4造祕路。再者由機第—接謝係電連接該蕭基 二極體46，故電流不會逆流至第—接麵，故更可確保該電源接 點即第一接點bl不會短路。 另外，本實施例更可包括一控制手段與該USB2 〇規格之隨身 碟相結合，以對該儲存單元進行一資料儲存與控制程序。 上述實施例之外覆體30為一塑膠殼體，該電子單元4係焊接於 該電路板，該外覆體30將該電路板4〇及電子單元4包覆，然而為了 使整體隨身碟較為輕薄，該電子單元4之記㈣及控制電路亦可採 晶片直接封裝方式(Chip On Board，簡稱COB)封裝於電路板4〇上， 如此該電子單元4同樣電連接於電路板且為一外覆體封裝包覆採 COB方式者仍屬本發明之範圍。 請參閱圖10及圖11，係本發明第二實施例，其大致與第一實 施例相同，其差異在於本實施例之限位構造50為一金屬層，係以 電錄方式在該連接板55兩板面之兩側。 21 201242180 -月參閱圖12及圖13 ’係本發明第三實施例，其大致與第二實 J才同其差異在於本實施例之連接板55兩板面完全沒有設限 位構k為了確保不短路’ 一排第一接點a卜及一排 第-接點Μ、b2、b3、b4皆各自電連接一蕭基二極體46，防止電 流逆流，達到防短路效果。 请參閱圖14及圖15，係本發明第四實施例，其大致與第一實 施例相同，本實施例同樣設有一外覆體3〇、一電路板4〇、一連接 板55及一電子單元及一限位構造5G，其差異在於該連接板55與該 外覆體30 —體成型，其設有一排四個第一端子6〇及一偵測構造 80，每一第一端子6〇設有第一接點62、63分別平貼於該連接板55 之兩板面，該偵測構造80固定於外覆體30，其設有二可動端子81、 82及一固定端子83,該二可動端子81、82位於該固定端子83之上、 下方且皆設有一凸點85分別凸出該連接板55上、下板面，當本實 施例之隨身碟正面插入電連接母座電連接時，若是該一排第一接 點62電連接該電連接母座時，該可動端子81被觸壓而與固定端子 83導通完成偵測’如此控制電路可知得是該一排第一接點62電連 接而採用對應之電路訊號傳輸；反之，隨身碟反面插入電連接母 座電連接時，則是該一排第一接點63電連接該電連接母座時，該 可動端子82被觸壓而與固定端子83導通完成偵測，如此控制電路 可知是該一排第一接點63電連接而可作與前述相反電路訊號傳 輸。 請參閱圖16 ’係本發明第五實施例，其係為一USB3 〇規格之 22 201242180 隨身碟’其大致與第_實施例相同，本實施例同樣設有一外覆體 30、一電路板40、一連接板55及一電子單元及一限位構造5〇，其 差異在於本實施增設有二排各五個第二端子7〇，該第二端子7〇設 有一可彈動之延伸部71，該延伸部71 一端延伸至該連接板55並設 有一凸出之第二接點72，該延伸部另一端設有接腳焊接於該電路 板40而與該電子單元電連接，該二排第二接點72分別凸出該連接 板55之兩板面且位於該二排第一接點41之後，該第二接點72可隨 該延伸部71上下彈動。 请參閱圖17及圖18，係為本發明第六實施例，其係為一 USB 3. 〇 規格之隨身碟，其可正反雙面電連接一電連接母座，其包括一外 覆體30、一電路板4〇、一連接板55、一電子單元4、二排第一端子 60及—排第—端子70，其中： 該外覆體30為一塑膠材質，其設有一下座31及一上蓋32，該 下座31設有一容室33。 該電路板40置於該外覆體3〇之容室33，該電路板4〇為該外覆 體30所包覆 該連接板55—體成型設於該外覆體30前端，該連接板55之形 狀可正反雙面對接定位於該電連接母座，該連接板55上下板面皆 設有一排四個凹面57且該凹面57之後設有一排5個穿孔56。 該電子單元4為一儲存單元，其電連接於該電路板40上且為該 外覆體3G所包覆，其包括―記憶體43及—控制電路&，該記憶體 43之容量大小不限，該控制電路45係控制該電子單元之記憶體43 23 201242180 之運作。 該二排第一端子60各自為4個’該第一端子60設有不可彈動之 延伸部61，該延伸部61—端延伸至該連接板55並設有一第一接點 62平貼於該凹面57，該延伸部61另一端設有接腳焊接於該電路板 40而與該電子單元4電連接，該二排第一接點62分別平貼該連接板 55兩板面之凹面57。 該二排第二端子70各自為5個，該第二端子7〇設有一可彈動之 延伸部71，該延伸部一端延伸至該連接板55並設有一凸出之第二 接點72，該延伸部另一端設有接腳焊接於該電路板4〇而與該電子 單元4電連接，該一排第二接點72分別凸出該連接板55之兩板面且 位於該二排第一接點62之後，該第二接點72可隨該延伸部71上下 彈動。 本貫施^—排第一接點62及二排第二接點72皆係為相同之連 接介面且電路序號相互為反向排列，本實施雖未設有限位構造， 然而可設置電子式防逆流或防短路之電路安全保護手段的一種方 式’然而亦有多種方式如設置蕭基二極體或防逆流電子元件或防 短路電子元件或電路安全保護元件或安全電路設置手段，藉以達 到電路安全保護效果。 请參閱圖19，係本發明第七實施例，其大致與第六實施例相 同’其差異在於本實施例設有凸出該連接板55兩板面之限位構造 50。 请參閱圖20及圖21 ’係本發明第八實施例，其大致與第五實 24 201242180 施例相同’其差異在於本實施例之電子單元更設有一記憶體44， 連接板55—板面之連接介面係電連接該記憶體43，其與第五實施 例為相同介面，皆為顯.0之連接介面，而連接板55另一板面係 設有—排9個第一接點41，其係為miCard之連接介面，該一排9個 第一接點41電連接該記憶體44。 請參閲圖22，係本發明第九實施例，其係為一USB3 〇規格之 隨身碟，其大致與第七實施例相同，本實施例同樣設有一外覆體 30電路板40、一連接板55及一電子單元4、二排第一端子6〇及 一排第二端子7〇及一限位構造，其差異在於本實施例增設有一偵 測構造，該偵測構造包括有二可動端子及二接點，該二可動端子 分別為二排第二端子70中之一端子，該二接點分別為設於該電路 板40兩板面之接點417、418，該接點417、418電連接控制電路45， 該電子單元4之控制電路45包括有安全電路設置手段，在使用上， 當隨身碟正面插入電連接母座，當連接板55上板面之一排第一端 子60及一排第二端子7〇電連接該電連接母座時，該其中一第二端 子70與該接點417導通而完成偵測，如此控制電路45可知是連接板 55上板面之-排第-端子60及-排第二端子職連接該電連接母 座’而可作適當之f路安全倾，防止連接板55τ板面之一排第 端子60及-排第二端子70造成短路；反之，當隨身碟反面插入 電連接母座，當連接板55下板面之―排第一端子·_排第二端 子70電連接該電連接母座時’該其中一第二端子7〇與該接點418導 通而完成_ ’如此控㈣路45可知是連接板55下板面之一排第 25 201242180 -端子60及-排第二端子7()電連接該電連接母座，而可作適當之 電路女全H防止連接板π上板面之—排第—端子⑼及一排第 二端子70造成短路。 請參閱圖23 ’係本發明第十實施例，其係為-USB3.G規格之 隨身碟其大致與第九貫施例相同，其差異在於本實施僅設有一 排第-端子60，每-第—端子⑼設有第—接點62、⑽分別平貼於 該連接板55之兩板面。 請參閱圖24 ’係本發明第十一實施例，其係為一麵〇規格 之隨身碟’其大致與第九實關相同，其差異在於本實施例電子 單疋4除了包括有一記憶體43及一控制電路45外更包括有另一記 憶體44，該連接板55-板面之—排第—端子6Q之第—接點及一排 第二端子70之第二接點電連接該記憶體43，而該連接板另一板面 之一排第-端子60之第-接點及—排第二端子7()之第二接點電連 接該記憶體44。 '•月參閱圖25、圖26及圖27，係本發明第十二實施例，其係為 一USB2.0規格之隨身碟，其大致與第一、二實施例相同，其差異 在於本實施例之電子單元4除了包括有一記憶體43(A)及一控制電 路45外更包括有另一記憶體44(B)，另外設有一切換開關裝置9〇， 該切換開關裝置9 0係於該外覆體3〇上設有一滑動鈕9丨及一滑槽 92’該滑動鈕91可於該滑槽92滑動作a、B及C之切換，如圖28所示， 該滑動鈕91内面設有二排導電部93，該二排導電部93各為四個， 該控制電路45設有-1C㈣晶片47 ’該二排第-接點41係為相同 26 201242180 連接”面且電路序號相互為反向排列’兩者相同之電路序號者電 連接而串接成一組後與該1C控制晶片47電連接，該1C控制晶片47 分別各藉由四條電路49電連接該記憶體人及記憶體B，每該條電路 49各设有-對分開之接點48，該四條電連接該記憶體a之電路之4 對接點48成-排，該四條電連接該記憶體此電路之4對接點财 成一排，該滑動鈕91之二排導電部93可單一導接該四條電連接該 記憶體A之電路之4f+接點48或單-導接該四條電連接該記憶體B 之電路之4對接點48或同時導接該四條電連接該記憶體入之電路之 4對接點48和該四條電連接該記憶體B之電路之4對接點48。 請參閱圖28，當滑動鈕91切換至A位置時，該滑動鈕91之一排 導電部93係單-導接該四條電連接該記憶體A之電路之4對接點 48，此時該記憶體A可雙面作電連接，該控制電路45僅對記憶體A 運作，而該5己憶體B此時成斷路狀態而可防讀寫；請參閱圖29，當 〉月動紐91切換至B位置時，該滑動紐91之一排導電部93係單一導接 該四條電連接該記憶體B之電路之4對接點48，此時該記憶體β可雙 面作電連接，該控制電路45僅對記憶體β運作，而該記憶體Α此時 成斷路狀態而可防讀寫，請參閱圖3〇，當滑動钮μ切換至c位置 時，該滑動鈕91之二排導電部93係同時導接該四條電連接該記憶 體Α之電路之4對接點48和該四條電連接該記憶體8之電路之4對接 點48，此時該記憶體A及B均可雙面作電連接’該控制電路奶同時 對記憶體A及B運作。 請參閱圖31 ’係本發明第十三實施例，其係為一USB2 〇規格 27 201242180 之隨身碟，其大致與第十二實施例相同’其差異在於本實施例之 控制電路45設有二1C控制晶片47，一 1C控制晶片47電連接該記憶 體A及一排第一接點al、a2、a3、a4 ’另一 1C控制晶片47電連接該 記憶體B及一排第一接點bl、b2、b3、b4。 請參閱圖32，係本發明第十四實施例，其係為一USB2.0規格 之隨身碟，其大致與第十二實施例相同，其差異在於本實施例之 控制電路45設有二1C控制晶片47，一 1C控制晶片47電連接該記憶 體A ’另一1C控制晶片47電連接該記憶體B。 請參閱圖33及圖34，係為本發明第十五實施例，其係為一安 全數碼卡(Secure Digital Card簡稱SDC)’其可正反雙面電連接 一電連接母座，其包括一外覆體3〇、一電路板4〇、一連接板55、 一限位構造50及一電子單元4，其中： 該外覆體30為一塑膠材質。 該連接板55—體成型設於該外覆體3〇前端，該連接板55之形 狀左右對稱，故可正反雙面對接定位於該電連接母座。 該電路板40為該外覆體30所包覆，該電路板4〇之前段延伸至 該連接板55，該電路板40之前段兩板面各設有一排第一接越， 以網狀線所示，該二排第—接點41露出該連接板55兩板面，該二 排第一接點41皆為9個係為相同之連接介面且電路序號相互為反 向排列，另外，該連接板55之形狀正反面對稱，故可正反雙面對 接定位於一電連接母座。 亥電子單tg4為Μ存單疋，其電連接於該電路板仙上且為該 28 201242180 外覆體30所包覆，該二排第一接點41電連接該電子單元4。 該限位構造50亦與該外覆體30和連接板55—體成型，該限位 構造50設於該連接板55兩板面且較該二排第一接點41為凸出，藉 以防止二排第一接點41刮傷及短路。 藉由以上構造，該SDC正反雙面插入一電連接母座之連接槽 均可定位並電連接。 另外’有關miCard、micro SDC、mini SDC、記憶條卡(MemoryAn electrical connector male, the device, the electronic unit' wherein the connecting plate directly contacts the outer covering. It is an electronic device having a plate-type joint as described and fixed to the outer cover. The electronic device with the plate type connector as described in the above description, the electronic device of the plate type connector, wherein the outer cover covers the periphery of the connecting plate, and the outer sides of the connecting plate are covered. A positioning structure is provided, and the positioning structure can be locked with the electrical connection when the connecting plate is inserted into the t-connecting base. In the electronic device with a plate type connector, the connection plate is a plastic plate, and the connection plate is assembled and positioned at the front end of the outer cover. For example, the electronic device with the plate type has a set of slots at the rear end of the connecting plate for inserting and locking one end of the circuit board. The electronic device with a plate type connector, wherein the upper and lower sides of the circuit board are respectively superposed on the upper and lower circuit boards, and the circuit board, the circuit board and the lower circuit board of the superimposed board are overlaid. The connecting plate is formed at the front end of the body, and the first rows of the first contacts on the two plates of the connecting plate are electrically connected to the circuit board by wires. The electronic device with a plate-type connector as described above, wherein the front plate of the circuit board is superposed on the lower surface of the circuit board, and the circuit board, the plastic board and the lower circuit board are extended. The connecting plate is formed at the end, and the first rows of the first contacts on the two boards of the connecting board are electrically connected to the circuit board by wires. An electronic device having a plate-type connector, wherein two circuit boards are disposed, wherein a front side of the two circuit boards is laminated with a plastic plate and protrudes from a front end of the outer cover to form the connecting plate, and the two front plates of the two circuit boards are respectively The first contact of the row is provided. An electronic device having a plate-type connector as described above, wherein a periphery of the connecting plate is sheathed with a metal shell. The electronic device with a plate-type connector, wherein the metal shell on both sides of the connecting plate is provided with a positioning structure, and when the connecting plate is inserted into an electrical connection base, the positioning structure 201242180 can be electrically connected to the female card. set. The electronic device with a plate-type connector, wherein the front panel of the circuit board is provided with an insulating seat body to form the connecting plate, the insulating seat body is provided with a row of first terminals, and the connecting plate is arranged in a row The first contact is formed in the first row of the first terminal, the row of the first terminal extending pin is soldered to the circuit board, and the first contact of the other of the other side of the connecting plate is formed under the front portion of the circuit board and For a row of gold fingers. An electronic device having a plate-type connector as described, wherein the connecting plate is provided with a reinforcing structure to enhance the strength of the connecting plate. The electronic device with a plate-type connector as described in the item, wherein the reinforcing structure may be a reinforcing plate or a welding plate or a socket or a sealing body. The electronic device with a plate type connector, further comprising a circuit board, the reinforcing structure is _ plate soldered or snapped to the circuit board and extends to the rear of the circuit board or the reinforcing structure wire (4) 'the circuit The front sleeve of the board is set in the socket. The electronic device with a plate type connector, wherein the insulating seat has a door shape in cross section, so that a space is formed between the insulating base and the front portion of the circuit board. The electronic money of the plate type joint as described, wherein the outer cover is integrally formed with the insulating seat or the outer cover is separately provided from the insulating seat. The electronic device with a plate-type connector, wherein the front side of the circuit board is provided with a plastic block on both sides, and the two plastic blocks are further laminated with a second circuit board to form the connecting plate, the second circuit The board and the circuit board are frontally-spaced, and the first-contact point of the board-side is formed on the second circuit board and is a gold-plated finger, and the other board of the connecting board is arranged in a row The electronic device in the front section of the board and in the form of a row of gold hand 201242180 refers to the electronic device with a plate type connector as described, wherein the outer cover is a gel and covers the circuit board. The electronic device with a plate type connector, wherein the front plate of the circuit board is superposed on the second circuit board to form the connecting plate, and the first contact point of the connecting plate-board surface is formed in the second Above the circuit board is a row of gold fingers. The other board surface of the connection board is formed below the front section of the circuit board and is a gold finger. The invention further provides an electronic device for a plate-type connector, which comprises: a pair of connection structures, wherein the front and back sides of the joint can be positioned in the same manner as the -f connection base; wherein the two sides of the docking structure are respectively provided The first row of contacts and the electronic unit are disposed in the docking structure, and the two rows of first contacts are electrically connected to the electronic unit. ° The electronic device with the plate type connector as described above, wherein two rows of second contacts are further provided. The two rows of second contacts are disposed on the two plates of the docking structure, and are located after the one contact . The electronic device with a plate type connector, wherein the electronic unit can be a single=single flash drive or can be a wireless transceiver unit to form a wireless transceiver device or can be connected to a wire. The male connector of the cable may be an electronic device such as a switch-type connector, which includes a control device, and is difficult to connect with the board. The electronic device of the head is combined with the control program. </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; The electronic device of the plate type connector, wherein the docking structure is an insulative housing under the bonding-circuit board, the satin wire is provided with a row of the first terminal, the butt structure - the board surface - the row first The dot is formed in the row-terminal-terminal, the row of the first-terminal extension pin is electrically connected to the circuit board, and the butt-connecting structure is formed on the bottom of the circuit board and is arranged in a row There is a space between the finger, the insulating base and the circuit board. The electronic device with the plate type connector is further provided with a limiting structure, and the limiting structure protrudes from the first contact of the two plate faces of the docking structure. As described in the pure 4-type connector electronic device, the towel is further provided with electronic anti-backflow or short-circuit prevention and safety tilting means, such as anti-backflow electronic components or short-circuit prevention electronic components or listening diode or circuit safety It is also a safe circuit setting method to achieve circuit safety against short circuit or short circuit. The invention further provides an electronic device with a plate type joint, comprising: a circuit board provided with an electronic anti-backflow or short circuit protection circuit protection means, such as anti-backflow electronic components or short circuit electronic components or counties a diode or a circuit safety protection component or a safety circuit setting means, etc.; - an electronic unit, disposed on the circuit board; a connecting plate, each of which has a row of first contacts, the second row of first contacts Electrically connecting the circuit board and the electronic unit 'the first row of the first contacts are the same connection interface and the circuit numbers are opposite to each other; and a reinforcing structure is disposed on the connection board or the circuit board, by the The reinforcing structure combines the connecting plate and the circuit board and enhances the strength of the connection 12 201242180 connector or the circuit board. The electronic device with a plate type connector, wherein the connecting plate comprises a segment of the circuit board, the first contact of the row is disposed under the front portion of the circuit board, and the first contact of the circuit board is arranged The circuit board is provided with an insulating seat body on the front side of the circuit board to form the connecting board. The insulating seat body is provided with the first row of first contacts, and the first contact point of the one of the insulating bases is Forming a row of first terminals, the row of first terminals 6 are electrically connected or soldered to the circuit board, or a second circuit board is directly or indirectly formed on the front side of the circuit board to form the connection board, The second circuit board is provided with the first row of first contacts, and the first contact of the one of the circuit boards is a circuit contact. The electronic device with a plate type connector, wherein the connecting plate is an insulating seat, and the two rows of the first contact are respectively arranged on the two sides, and the two rows of the first contact are formed in the second row - The terminal 'the first terminal is provided with a pin electrically connected or soldered to the circuit board. The splicing device is configured as a socket groove provided in the connecting plate, and the front plate of the circuit board is sleeved in the socket. An electronic device having a plate-type joint as described above, wherein the reinforcing plate is formed as a reinforcing plate extending rearward from the body of the insulating body, and the reinforcing plate is fitted or snap-fitted to the circuit board. The electronic device with a plate type connector, wherein the reinforcing structure is a reinforcing plate sleeve or a welding circuit board, and the cross-sectional shape of the viewing plate may be a shape of □, back, Μ, or the like or the reinforcing structure is welded by a welding plate. The board. The electronic device with a plate type connector as described above is further provided with an outer cover covering one side of the circuit board and covering the electronic unit. 13 201242180 The electronic device with the plate type connector as described above further includes a limit structure. The limit structure protrudes from the first contact of the two plate faces of the connecting plate. The reinforcing structure is a metal material, such as the electronic device with the moon-shaped joint, or a non-metal material. The electronic board of the type of the connector is disposed, wherein the upper and lower sides of the front panel of the circuit board are respectively provided with an insulating base body and converted into the connecting board, and the two insulating base bodies are respectively provided with the first row of the connecting body. The point 'the second row of the first contact is formed in the second row of the first terminal, and the two rows of the first terminals are provided with pins electrically connected or soldered to the circuit board. The electronic device with a plate-type connector, wherein the electronic unit can be a storage unit-portable disk or can be a wireless transceiver unit, or can be a connecting wire. - the electrical connector male, or may be an adapter circuit and - electrical connector - adapter electrical connector, or can be - expansion circuit and a set of electrical connection socket - expansion _, or can be - The control unit is made up of a freezer. The present invention further provides a method of manufacturing an electronic device having a plate-type connector, comprising the steps of: providing a circuit board having two sets of serially connected circuits of serially connected interfaces, at least one set of connections The interface, the anti-backflow or short-circuit prevention or other electronic circuit, the circuit and the contact of the device, and the circuit and the contact of an electronic unit, the two groups are arranged in reverse to connect the serial connection circuit of the interface Electrically connecting with the circuit of the electronic unit; providing an insulating seat body, the insulating seat body is provided with a connection interface of at least one set of terminal structures. The terminal is provided with a pin; 201242180 provides anti-backflow electronic 7C pieces or short-circuit proof electronic components or a Xiaoji diode or other electronic circuit safety device; providing an electronic unit; providing a solder material to the contact of the circuit board; the anti-backflow element or bribe electronic component or the Xiaoji diode or The other electronic circuit safety protection device, the f subunit, and the secret body are respectively arranged on the contacts of the circuit board; and the components respectively attached to the circuit board are returned. The finished brazing sheet the simple double-sided sheet processing apparatus connected to the electronic interface process. A method of manufacturing an electronic device having a plate-type connector, wherein the circuit board is integrally provided with a set of connection interfaces. A method for manufacturing an electronic device as described above, wherein the circuit board-body extension-face is provided with a set of connection interfaces, and the other side is provided with circuits and contacts of the electronic components. The method for manufacturing an electronic device with a plate-type connector, wherein the circuit board body extends-face with a set of connection interfaces, and the two sets of the circuit board are sequentially arranged in reverse order to connect the serial connection circuits. 2 groups are arranged in reverse in order. The serial connection circuit of the Q connection interface. In the manufacturing method of the electronic device with the plate type connector, the insulating base body is provided with two sets of non-terminal junction interface, and the terminal is provided with a pin. In the manufacturing method of the electronic device with the plate type connector, a space is formed between the underside of the insulating base and the circuit board, and the electronic component can be arranged by the space. 15 201242180 The manufacturing method of the electronic device with the plate type connector, wherein the two groups of the circuit board are arranged in reverse order to connect the serial connection circuit of the interface and the rear of the contact point are further provided with another two groups. Serial circuits and contacts to the aligned connection interfaces. The method for manufacturing an electronic device with a plate type connector, wherein the insulating base body is provided with a connection interface of another two sets of spring terminal structures, and the terminal is provided with a pin. A method of manufacturing an electronic device having a plate-type connector, wherein the circuit board is provided with a through-groove for the spring terminal connection interface to spring. The method for manufacturing an electronic device with a plate type joint according to the above, wherein the component on the circuit board is processed by reflow soldering, and the reworking process of refilling or repackaging can be performed to form an outer covering body. The complete (10) (10) ip Qn BGard abbreviated (10) the underside of the insulating base or cover the area of the thief's electronic components in the back of the board, and strengthen the overall strength. The method for manufacturing an electronic device with a plate type joint according to the invention, wherein the insulating seat body can be-body or segmentally extended to have a length (4) of an outer cover, so as to completely cover the electronic components discharged on the circuit board. region. A method of manufacturing an electronic device having a plate-type joint according to the invention, wherein the circuit board or the insulating body is provided with a limit structure for preventing scales from protruding from the continuous age. A method of manufacturing an electronic device having a plate-type joint as described, wherein the insulating seat is provided with a reinforcing plate or a welded plate. A method of manufacturing an electronic device having a plate-type joint as described, wherein the circuit board is provided with a weld zone of a reinforcing plate or a welded plate. The method for manufacturing an electronic device with a plate type connector, wherein the circuit of the two sets of connection interfaces of the circuit 201242180 is at least connected to each other by a circuit that is electrically connected to each other. Short-circuit proof electronic components or residual electronic circuit safety devices. The method for manufacturing an electronic device with a plate-type joint, wherein the insulating seat is provided with a reinforcing structure, wherein the reinforcing structure is a reinforcing plate that extends rearward of the insulating seat body; the (four) plate fits or The circuit board is snapped or simply formed as a socket slot provided on the rim surface, and the front card of the circuit board is set in the socket. The manufacturing method of the electronic device with the slab head is as described. Wherein the electronic unit can be - stored as a single - a portable disc - or can be - a wireless transceiver unit - a wireless transceiver - or can be - connected to the wire - electrical connection line male or can be - transferred Circuit and-electrical connection (4) into-switching electrical connector, or circuit and - (4) connecting the shouting-reducing socket, or - (4) unit to form a 1C controller. The invention further provides - a plate (four) connector The manufacturing method of the electronic device comprises the following steps: providing a circuit board, wherein the circuit board is provided with two sets of conductive contacts, the two sets of conductive contacts are sequentially reversed in series _ series circuit, anti-backflow or slanting path or other electronic Circuit and safety circuit of the circuit protection device, and circuit of the electronic unit And a contact circuit, the series circuit is electrically connected to a circuit of the electronic unit, the 2_ electrical contact is divided on different sides of the circuit board; an insulator is provided, and the insulator is provided with a set of connection interfaces; 17 201242180 providing anti-backflow electrons Component or short-circuit proof electronic component or Xiaoji diode or other electronic circuit safety protection device; providing an electronic unit and an additional set of conductive contacts; k for soldering material, smearing on the side of the board; The anti-backflow electronic component or the short-circuit prevention electronic component or the Xiaoji diode or other electronic circuit female full protection device and the electronic unit are respectively arranged and placed on the corresponding contacts on the circuit board, and the one set of conductive contacts is added a set of conductive contacts placed on the surface of the circuit board; the components attached to the circuit board are processed by the reflow soldering plate; and the circuit board with the above components is sealed on one side to form an outer layer Closing the body and bonding the circuit board and the outer cover into a package, and causing the external one of the conductive contacts to expose the upper surface of the outer cover of the package, and one of the other sides of the circuit board The conductive contact exposes a side of the circuit board of the package; the solder material is applied to the upper surface of the package and the set of conductive contacts or a set of conductive contacts on one side of the circuit board; and the insulator is laminated In the front part of the package, the solder joints of the 'group connection interface of the insulator are connected to the welded joints (4), the set of conductive contacts, and the Qianxing reflow soldering plate processing. The electronic device with the plate > type 5 connector as described The manufacturing method, wherein the insulator is a second circuit board. The method for manufacturing an electronic device with a plate type joint, wherein the insulator is a plastic molded insulating seat, the insulating seat is a group The connection interface is a set of 18 201242180 terminal contacts. The set of terminals is provided with a pin. The method for manufacturing the electronic device with the plate > type 1 connector, wherein the insulating seat is provided with a limiting structure protruding The set of connection interfaces and a set of conductive contacts relative to the set of connection interfaces. The above and other objects, advantages and features of the present invention will become more apparent from [Embodiment] Please refer to FIG. 5, FIG. 6, and FIG. 7, which are the first embodiment of the present invention, which is a USB2. 0 standard flash drive, which can be positive and negative double-sided electrical connection - electrical connection maternal, including - outer cover 30, - circuit board 4 〇, - connection plate 55, - electronic unit a limit configuration 50, wherein The outer cover 3G is made of a material, and is provided with a lower seat 31 and an upper cover 32. The lower seat 31 is provided with a chamber 33. The circuit board 40 is placed in the chamber 33 of the outer cover 30. The rear side of the circuit board 4 is covered by the outer cover 30. The front side of the circuit board 4 is exposed outside the outer cover 3, that is, For the connecting plate 55, the connecting plate 55 is directly contacted and fixed to the outer covering body 3, and the two plate faces (upper and lower plate faces) of the connecting plate 55 are respectively provided with a row of first contacts 41, the two rows The first contact 41 is a circuit contact formed on the circuit board 40. The two first rows of the first contact 41 are four, and can respectively transmit signals such as VCC, USB D-, USB D+ and GND, and the second row A 'contact 41' is the same connection interface and the circuit numbers are arranged in opposite directions. As shown in FIG. 7, the circuit number of the first contact 41 of one of the upper surfaces of the connecting plate 55 is from right to left 201242180. Ab a2, a3 'a4, the circuit number of the lower plate of the connecting plate 55 is the same as the circuit number from the right to the left b4 'b3, b2, b. In addition, the shape of the connecting plate 55 is symmetrical, Therefore, the front and back double-sided docking can be positioned on an electrical connection base. The outer cover 30 and the connecting plate 55 are combined into a one-way connection structure. Referring to FIG. 8 'the same circuit number of the two rows of the first contact 41 is electrically connected and connected in series, that is, a and bl are electrically connected, a2 and b2 are electrically connected, a3 and b3 are electrically connected, and a4 and b4 are electrically connected. 'Where _bl is the power contact, it must not cause a short circuit, and bl is first connected to each other via a Xiaoji diode 46. The role of the Xiaoji diode is mainly to prevent current from flowing backwards. Short-circuit proof effect. The above-mentioned use of the Xiaoji diode anti-short circuit is a kind of electronic anti-backflow or short circuit protection circuit protection method, but there are also various ways such as setting anti-backflow electronic components or short-circuit prevention electronic components or circuit safety protection components. Or safety circuit setting means to achieve circuit safety protection. The electronic unit 4 is a storage unit electrically connected to the circuit board 40 and covered by the outer cover 30. The electronic unit 4 includes a memory 43 and a control circuit 45. The memory 43 can be, but not limited to, a control unit 45. Flash memory (flash mem〇ry) or read-only memory. The size of the memory 43 is not limited. The control circuit 45 controls the operation of the memory 43 of the electronic unit. The two rows of first contacts 41 The electronic unit 4 is electrically connected. The limiting structure 50 is formed integrally with the outer covering body 3, and the limiting structure 5 is formed on the two plates of the connecting plate 55 to form four ribs in the front-rear direction, and the limiting structure 5 is compared with the connecting plate 55. The first contact 41 of the two plates protrudes to protect the two rows of first contacts 41 and prevent short circuit. The connecting plate 55 is provided with two through holes 42 for engaging the two ribs of the intermediate structure 20 201242180 of the limiting structure 50. Referring to FIG. 9 , with the above configuration, when the flash drive 3 of the embodiment is electrically connected to the female base 20 , the shape of the connecting plate can be positively and reversely double-sided, and the mosquito is located on the 2G city connecting plate of the electrical connecting female seat. The two sides of the board are provided with the connection interface of the board and the circuit numbers are arranged in opposite directions. The user selects the connection slot 21 of the board connector and the electrical connection base 20 can be positioned and electrically connected. For example, when the first contact point ah a2, a3, a4 is electrically connected to the contact point 23 of the electrical connection female socket, the elastic piece 24 of the female connection base 20 is connected to the limit structure of the other-plate surface. 5〇 Do not touch the first-ship ship, b4 secret road. Furthermore, the second connection of the Xiaoji diode 46 is made by the machine-contact system, so that the current does not flow back to the first junction, so that the power contact, that is, the first contact bl, is not short-circuited. In addition, the embodiment further includes a control means combined with the USB2 随 specification of the flash drive to perform a data storage and control procedure for the storage unit. The cover 30 is a plastic case, and the electronic unit 4 is soldered to the circuit board. The outer cover 30 covers the circuit board 4 and the electronic unit 4. However, in order to make the overall flash drive Lightweight, the electronic unit 4 (4) and the control circuit can also be packaged on the circuit board 4 by using a Chip On Board (COB), so that the electronic unit 4 is also electrically connected to the circuit board and is external. It is still within the scope of the invention to cover the COB method. Referring to FIG. 10 and FIG. 11 , a second embodiment of the present invention is substantially the same as the first embodiment, and the difference is that the limiting structure 50 of the embodiment is a metal layer and is electrically recorded on the connecting board. 55 on both sides of the board. 21 201242180 - month Referring to FIG. 12 and FIG. 13 ' is a third embodiment of the present invention, which is substantially different from the second embodiment in that the two plates of the connecting plate 55 of the present embodiment have no limit structure k at all to ensure No short circuit 'A row of first contacts a and a row of first contacts Μ, b2, b3, b4 are each electrically connected to a Schottky diode 46 to prevent current from flowing back to achieve a short circuit prevention effect. Referring to FIG. 14 and FIG. 15 , a fourth embodiment of the present invention is substantially the same as the first embodiment. The embodiment is also provided with an outer cover 3 , a circuit board 4 , a connecting plate 55 and an electronic device . The unit and a limiting structure 5G are different in that the connecting plate 55 is integrally formed with the outer covering 30, and is provided with a row of four first terminals 6〇 and a detecting structure 80, and each of the first terminals 6〇 The first contact points 62 and 63 are respectively disposed on the two surface of the connecting plate 55. The detecting structure 80 is fixed to the outer covering body 30, and is provided with two movable terminals 81 and 82 and a fixed terminal 83. The two movable terminals 81 and 82 are located above and below the fixed terminal 83 and are respectively provided with a bump 85 respectively protruding from the upper and lower surfaces of the connecting plate 55. When the front surface of the portable disk of the embodiment is inserted into the electrical connection of the female connector When the first contact 62 of the row is electrically connected to the electrical connection base, the movable terminal 81 is pressed and electrically connected to the fixed terminal 83 to complete the detection. The control circuit can be known as the first contact of the row. 62 is electrically connected and transmitted by the corresponding circuit signal; otherwise, the opposite side of the flash drive is inserted into the electrical connection base When the first connection 63 is electrically connected to the electrical connection base, the movable terminal 82 is pressed and electrically connected to the fixed terminal 83 to complete the detection, so that the control circuit knows that the first connection of the row Point 63 is electrically connected for transmission of the opposite circuit signal as described above. Referring to FIG. 16 is a fifth embodiment of the present invention, which is a USB3 〇 specification 22 201242180 flash drive, which is substantially the same as the first embodiment. The present embodiment is also provided with an outer cover 30 and a circuit board 40. A connecting plate 55 and an electronic unit and a limiting structure 5〇 are different in that the present embodiment is provided with two rows of five second terminals 7〇, and the second terminal 7 is provided with a springable extension 71. One end of the extending portion 71 extends to the connecting plate 55 and is provided with a protruding second contact 72. The other end of the extending portion is provided with a pin soldered to the circuit board 40 to be electrically connected to the electronic unit. The second contacts 72 respectively protrude from the two plate faces of the connecting plate 55 and are located behind the two rows of first contacts 41. The second contacts 72 can be bounced up and down with the extending portion 71. Please refer to FIG. 17 and FIG. 18, which are a sixth embodiment of the present invention, which is a USB 3. The utility model relates to a flash drive of a specification, which can be electrically connected to the mother and the female, and comprises an outer cover 30, a circuit board 4, a connecting plate 55, an electronic unit 4, and a second row of first terminals 60. And the first row of the terminal 70, wherein: the outer cover 30 is made of a plastic material, and is provided with a lower seat 31 and an upper cover 32. The lower seat 31 is provided with a chamber 33. The circuit board 40 is disposed in the cavity 33 of the outer cover 3, and the circuit board 4 is covered by the outer cover 30. The connecting plate 55 is integrally formed on the front end of the outer cover 30. The shape of the 55 can be directly and anti-double-sidedly positioned on the electrical connection base. The upper and lower plates of the connecting plate 55 are provided with a row of four concave surfaces 57 and the concave surface 57 is followed by a row of five perforations 56. The electronic unit 4 is a storage unit electrically connected to the circuit board 40 and covered by the outer cover 3G. The electronic unit 4 includes a memory 43 and a control circuit, and the size of the memory 43 is not The control circuit 45 controls the operation of the memory 43 23 201242180 of the electronic unit. Each of the two rows of first terminals 60 is four. The first terminal 60 is provided with an inextensible extension 61. The extension 61 extends to the connecting plate 55 and is provided with a first contact 62. The concave surface 57, the other end of the extending portion 61 is soldered to the circuit board 40 and electrically connected to the electronic unit 4, and the two rows of first contacts 62 are respectively respectively affixed to the concave surface 57 of the two surfaces of the connecting plate 55. . Each of the two rows of second terminals 70 is five, and the second terminal 7 is provided with a springable extension 71. The extension extends to the connecting plate 55 at one end and is provided with a protruding second contact 72. The other end of the extending portion is provided with a pin soldered to the circuit board 4 to be electrically connected to the electronic unit 4, and the row of second contacts 72 respectively protrudes from the two plates of the connecting plate 55 and is located in the second row. After a contact 62, the second contact 72 can spring up and down with the extension 71. The first contact 62 and the second contact 72 of the second row are the same connection interface and the circuit numbers are arranged in opposite directions. Although the implementation does not have a limit structure, electronic protection can be provided. A way of counter-current or short-circuit-proof circuit safety protection' However, there are also many ways to achieve circuit safety by setting up a Schottky diode or anti-backflow electronic component or short-circuit proof electronic component or circuit safety protection component or safety circuit setting means. Protection effect. Referring to Fig. 19, a seventh embodiment of the present invention is substantially the same as that of the sixth embodiment. The difference is that the present embodiment is provided with a stopper structure 50 for projecting the two plate faces of the connecting plate 55. 20 and FIG. 21 ' is an eighth embodiment of the present invention, which is substantially the same as the fifth embodiment 24 201242180. The difference is that the electronic unit of the embodiment further includes a memory 44, the connecting plate 55 - the surface The connection interface is electrically connected to the memory 43 and is the same interface as the fifth embodiment. The connection interface of 0, and the other board surface of the connection board 55 is provided with 9 first contacts 41, which are the connection interfaces of the miCard, and the 9 first contacts 41 of the row are electrically connected to the memory 44. . Referring to FIG. 22, a ninth embodiment of the present invention is a USB3 随 standard portable disk, which is substantially the same as the seventh embodiment. The embodiment is also provided with an outer cover 30 circuit board 40 and a connection. The board 55 and an electronic unit 4, the second row of the first terminal 6〇 and the row of the second terminal 7〇 and a limiting structure are different in the embodiment, and the detecting structure includes two movable terminals. And the two contacts, the two movable terminals are respectively one of the two rows of the second terminals 70, and the two contacts are respectively connected to the two surfaces of the circuit board 40, 417, 418, the contacts 417, 418 Electrically connected to the control circuit 45, the control circuit 45 of the electronic unit 4 includes a safety circuit setting means. In use, when the front surface of the portable disk is inserted into the electrical connection base, when the first plate 60 of the upper surface of the connecting plate 55 is arranged, When a row of second terminals 7 is electrically connected to the electrical connection base, the second terminal 70 is electrically connected to the contact 417 to complete the detection, so that the control circuit 45 is known to be the upper surface of the connection plate 55. - terminal 60 and - row second terminal are connected to the electrical connection female seat ' The proper f road is safely tilted to prevent the short circuit of the first terminal 60 and the second terminal 70 of the connecting plate 55τ from being caused by a short circuit; otherwise, when the opposite side of the portable disk is inserted into the electrical connecting base, when the lower plate of the connecting plate 55 is When the first terminal _ row second terminal 70 is electrically connected to the electrical connection female seat, 'the second terminal 7 〇 is electrically connected to the contact 418 to complete _ 'so the control (four) way 45 is known as the lower plate of the connecting plate 55 One of the rows of the 25th 201242180 - the terminal 60 and the second terminal 7 () are electrically connected to the electrical connection of the female seat, and can be used as a suitable circuit for the female H to prevent the connection plate π upper plate - row - terminal (9) And a row of second terminals 70 causes a short circuit. Please refer to FIG. 23, which is a tenth embodiment of the present invention, which is -USB3. The G-standard portable disk is roughly the same as the ninth embodiment, except that the present embodiment is provided with only one row of the first terminal 60, and each of the first terminal (9) is provided with a first contact 62, and (10) are respectively attached to the connection. The two sides of the plate 55. Referring to FIG. 24, which is an eleventh embodiment of the present invention, which is a one-size-size flash drive, which is substantially the same as the ninth actual switch, the difference is that the electronic unit 4 of the present embodiment includes a memory 43 in addition to the memory. And a control circuit 45 further includes another memory 44. The connecting board 55-the first row of the board-to-terminal 6Q and the second contact of the second row 70 electrically connect the memory. The body 43 is electrically connected to the memory 44 by a first contact of the first terminal 60 of the other row of the connecting plate and a second contact of the second terminal 7 (). Referring to Figures 25, 26 and 27, a twelfth embodiment of the present invention is a USB2. The 0-standard portable disk is substantially the same as the first and second embodiments, and the difference is that the electronic unit 4 of the present embodiment includes another memory 44 in addition to a memory 43 (A) and a control circuit 45. (B), a switch device 9 is further provided, and the switch device 90 is provided with a sliding button 9 丨 and a sliding slot 92 ′ on the outer cover 3 该. The sliding button 91 can be disposed on the sliding slot 92 . For the switching of the sliding actions a, B and C, as shown in FIG. 28, the inner surface of the sliding button 91 is provided with two rows of conductive portions 93, and the two rows of conductive portions 93 are each four. The control circuit 45 is provided with a -1C (four) wafer 47. 'The second row of the first-contact 41 is the same 26 201242180 connection" and the circuit numbers are arranged in the opposite direction. The same circuit numbers are electrically connected and connected in series to be electrically connected to the 1C control wafer 47. The 1C control chip 47 is electrically connected to the memory person and the memory B by four circuits 49, each of which is provided with a pair of separate contacts 48, which are electrically connected to the circuit of the memory a. 4 The docking point is 48-row, and the four wires are electrically connected to the memory. The 4 docking points of this circuit are in a row. The two rows of conductive portions 93 of the sliding button 91 can directly connect the four 4f+ contacts 48 of the circuit electrically connected to the memory A or the four docking points 48 of the circuit electrically connected to the memory B or simultaneously The four docking points 48 electrically connecting the four circuits of the memory and the four docking points 48 of the four circuits electrically connected to the memory B are connected. Referring to FIG. 28, when the sliding button 91 is switched to the A position, the One row of conductive portions 93 of the sliding button 91 is connected to the four docking points 48 of the circuit electrically connected to the memory A. At this time, the memory A can be electrically connected on both sides, and the control circuit 45 only memorizes the memory. The body A operates, and the 5 memory B is in an open state to prevent reading and writing; referring to FIG. 29, when the moon moving button 91 is switched to the B position, the row of conductive portions 93 of the sliding button 91 is The four terminals 48 electrically connected to the circuit of the memory B are connected in a single manner. At this time, the memory β can be electrically connected on both sides, and the control circuit 45 operates only on the memory β, and the memory is at this time. It can be prevented from being read or written by the disconnection state. Please refer to Figure 3〇. When the slide button μ is switched to the c position, the two guides of the slide button 91 are guided. The electrical part 93 simultaneously connects the four docking points 48 of the four circuits electrically connected to the memory port and the four docking points 48 of the four circuits electrically connected to the memory 8. At this time, the memory A and the B can both be double The electrical connection is made to the memory of the memory A and B. Referring to Figure 31, a thirteenth embodiment of the present invention is a USB2 〇 specification 27 201242180 flash drive, which is roughly the tenth The second embodiment is the same 'the difference is that the control circuit 45 of the present embodiment is provided with two 1C control chips 47, and a 1C control chip 47 electrically connects the memory A and a row of first contacts a1, a2, a3, a4 ' A 1C control chip 47 electrically connects the memory B and a row of first contacts bl, b2, b3, b4. Please refer to FIG. 32, which is a fourteenth embodiment of the present invention, which is a USB2. The 0-standard portable disk is substantially the same as the twelfth embodiment, except that the control circuit 45 of the present embodiment is provided with two 1C control chips 47, and a 1C control chip 47 is electrically connected to the memory A'. The wafer 47 is electrically connected to the memory B. Referring to FIG. 33 and FIG. 34, it is a fifteenth embodiment of the present invention, which is a Secure Digital Card (SDC), which can be electrically connected to a double-sided electrical connection. The outer cover 3 is a plastic material. The outer cover 30 is a plastic material. The outer cover 30 is a plastic material. The connecting plate 55 is integrally formed on the front end of the outer covering body 3. The shape of the connecting plate 55 is bilaterally symmetrical, so that the front and back double-sided docking can be positioned on the electrical connecting female seat. The circuit board 40 is covered by the outer cover 30. The circuit board 4 extends to the connecting board 55 in the previous stage. The front side of the circuit board 40 is provided with a row of first connections, and a mesh line. As shown, the two rows of the first contact 41 expose the two plates of the connecting plate 55, and the two rows of the first contacts 41 are all nine identical connection interfaces and the circuit numbers are arranged in opposite directions to each other. The shape of the connecting plate 55 is symmetrical on the front and back sides, so that the front and back double-sided docking can be positioned on an electrical connection base. The electronic single tg4 is a storage unit, which is electrically connected to the circuit board and is covered by the 28 201242180 outer cover 30. The two rows of first contacts 41 are electrically connected to the electronic unit 4. The limiting structure 50 is also integrally formed with the outer cover 30 and the connecting plate 55. The limiting structure 50 is disposed on the two plates of the connecting plate 55 and protrudes from the two rows of first contacts 41, thereby preventing The second row of the first contact 41 is scratched and shorted. With the above configuration, the SDC can be positioned and electrically connected to the connection slot of the electrical connection base. In addition, about miCard, micro SDC, mini SDC, memory card (Memory
Stick Card 簡稱 MSC)、記憶條小卡(Memory stick Dou Card簡 稱MS-Dou C)….等等其他記憶卡皆可如第十五實施例般實施。 請參閱圖35，係本發明第十六實施例，其大致與第七實施例 相同，其差異在於本實施例之連接板55兩板面之二排第一接點犯 係為不同連接介面，且連接板55兩板面之限位構造5〇亦上下錯開。 請參閱圖36及圖37，係為本發明第十七實施例，其係為一 1(： 晶片卡（簡稱智慧卡），其可正反雙面電連接一電連接母座，其包括 一外覆體、一連接板及一電子單元4，其中： 該外覆體及連接板係為塑膠材質一體成型呈板片狀之對接構 造58，該對接構造58前段為連接板55，其形狀可正反雙面對接定 位於-電連接母座，該連接板55之兩板面各平貼設有相同連接介 面且電路序號相互為反向制之—排第—接麗及_排第二接點 72，該一排第一接點72位於該二排第一接點62之後。 該電子單元4為-1C晶片，其設於該對接構造_，且該二排 第一接點62及二排第二接點72電連接該電子單元4。 29 201242180 藉由以上構造，該ic晶片卡正反雙面插入一電連接母座之連 接槽均可定位並電連接。 請參閱圖38、圖39及圖39A，係為本發明第十八實施例，其係 為一USB2.0規格之電連接線，其可正反雙面電連接一電連接母 座’其包括一外覆體30、一電子單元4、一連接板55及二排第一端 子60及一電子單元4，其中： 該外覆體30為一塑膠材質。 該連接板55—體成型於該外覆體30前端。 該電子單元4為一組4條電線419，其為該外覆體30所包覆。 該二排第一端子60固定於該外覆體30，該二排第一端子60各 自為4個，可分別傳送VCC、USB D-、USB D+及GND等訊號，該第一 端子60設有不可彈動之延伸部，該延伸部一端延伸至該連接板55 並設有一第一接點62平貼於該連接板55—板面，該延伸部另一端 與該電子單元4之-輯電連接，該二排第—接_分別平貼該連 接板55兩板面，該二排第一接點⑽係為相同之連接介面且電路序 號相互為反向排列’如圖所示，正面之電路序號由右至左為卜 2 ’ 3 ’ 4，而反面之電路序號由右至左則為4，3，2，卜二排第一 接點62相同電路序號者電連接該電子單元4之同一電線。 藉由以上構造，該電連接線正反雙面插入一電連接母座之連 接槽均可定位並電連接，而該電連接線的另一端可電連接如鍵 盤、滑鼠、LED燈、風扇、轉接器等等各種電子裝置。 凊參閱圖40及_ ’係為本發明第十九實施例，其係為一 201242180 USB2. 0規格之無線收發裝置’其可正反雙面電連接一電連接母 座’其包括一外覆體30、一電路板4〇、一電子單元4、一連接板55、 及一限位構造50，其中： 該外覆體30為一塑膠材質。 該連接板55—體成型於該外覆體3〇前端。 該電路板40之後段為該外覆體30所包覆，該電路板4〇之前段 露出該外覆體30外，即為該連接板55，該連接板55之兩板面設有 一排第一接點41，該二排第一接點41係為電路板上形成之電路 接點，該二排第一接點41皆為4個係為相同之連接介面且電路序號 相互為反向排列。 該電子單元4為一無線收發模組，其電連接於該電路板4〇上且 為該外覆體30所包覆，其可將電子訊號作無線收發，該二排第一 接點41電連接該電子單元4。 該限位構造5G為—金屬層，係以電财倾在該連接板55兩 板面之兩側，該限位構造5〇藉以保護該連接板55上之二排第一接 點41，避免受到刮傷。 藉由以上構造，該無線收發裝置正反雙面插人-電連接母座 之連接槽均可定位並電連接。 本實施例之無線收發裝置可為無線網卡、藍牙接收器、2. 4G 無線傳輸接收器（如無線滑鼠之收發器）等等電子裝置。 睛參閱圖42，係為本發明第二十實_，其係為—usb3 〇規 格之轉接電連接H，其可正反雙面f連接—電連接母座，其包括 31 201242180 201242180 一電路板40、二排第一 一外覆體30、一電子單元4、一連接板55 端子60及一排第二端子60，其中：. 該外覆體30為一塑膠材質。 該連接板55為一塑膠板，其結合固定於該外覆體3〇前端，其 後端-體成型-岐座59岐於該外覆體3G内，該連接板55露出 該外覆體30外。 電路板40設於該外覆體3〇内。 該電子單元4為一USB3. 0規格之電連接公頭及一轉接電路，其 部份為該外覆體30所包覆，其電連接於該電路板4〇。 該二排第一端子6〇固定於該外覆體3〇，該二排第一端子6〇各 自為4個，該第一端子6〇設有不可彈動之延伸部，該延伸部一端延 伸至該連接板55並設有一第一接點62平貼於該連接板55—板面， 該延伸部另一端與該電路板4〇焊接而與該電子單元4電連接，該二 排第一接點62分別平貼該連接板55兩板面。 該二排第二端子70各自為5個，該第二端子70設有一可彈動之 延伸部，該延伸部一端延伸至該連接板55並設有一凸出之第二接 點72 ’該延伸部另一端設焊接於該電路板4〇而與該電子單元4電連 接’該二排第二接點72分別凸出該連接板55之兩板面且位於該二 排第一接點62之後，該第二接點72可隨該延伸部71上下彈動。 本實施之二排第一接點62及二排第二接點72皆係為相同之連 接介面且電路序號相互為反向排列。 藉由以上構造，該轉接電連接器以該連接板55正反雙面插入 32 201242180 一電連接母座之連接槽均可定位並電連接。 請參閱圖43及圖44，係為本發明第二十一實施例，其係為一 具有雙連接介面之轉接電連接器，其包括一外覆體3〇、一電路板 40、一連接板55、一電子單元4及一限位構造5〇，其中： 該外覆體30為一塑膠材質。 該電路板40之後段固定於該外覆體3〇内，該電路板4〇之前段 露出該外覆體3G外，即為該連接板55，該連接板55之兩板面設有 二排第-接點4卜該二排第—接點41係為電路板4G上形成之電路 接點，該二排第—接點41係為不同之連接介面。另外，該連接板 55之形狀正反面對稱’故可正反雙面對接定位於_電連接母座。 該電子單元4為-USB2. 0規格之電連接母座及一轉接電路，其 設於該外覆體30内，其電連接於該電路板4〇，該二排第一接點41 電連接該電子單元4。 藉由以上構造，該轉接電連邮㈣連接板55正反雙面插入 不同連接介面之電連接母座之連接槽作電連接。 請參閱圖45及圖46 ’係本發明第二十二實施例，其係為一 2.0規格之轉接電連接器，其大致與第二十一實施例相同其 差異在於本實施之二排第-接點41皆為4個係為相同之連接介面 且電路序號相互為反向排列’該電子單元4為—雙連接介面之 接母座及-轉接電路，如圖46所示，該電子單元4之舌片413兩板 面分別設有-排第-接點4U，該二排第一接點411係為不同之連 接介面，該電子單元4設於該外覆體3〇内，其電連接於該電路板 33 201242180 40 ’該二排第一接點41電連接該電子單元4。 請參閱圖47及圖48，係本發明第二十三實施例，其係為一 USB3.0規格之轉接電連接器，其大致與第二十實施例相同，其差 異在於本實施之電子單元4為一雙面電連接之電連接公頭及一轉 接電路，該電子單元4之連接槽410之頂面及底面皆設有一排第一 接點411及一排第二接點412 ’該頂面之一排第一接點μ丨及一排第 二接點412和底面之一排第一接點411及一排第二接點412係為相 同之連接介面且電路序號相互為反向排列；另外該連接板55之上 下板面皆設有凸出之限位構造50。 。月參閲圖49，係本發明第二十四實施例，其係為一USB2 〇規 格之隨身碟，其大致與第一實施例相同，其差異在於本實施之連 接板55和限位構為歸—體，該連接板55之上下板面各 平貼。又有一排4個第一接點62，該二排第一接點62形成在二排第一 端子60，該二排第一接點记為相同連接介面且電路序號相互反向 k外覆體30為一金屬殼，該外覆體3〇包覆該連接板π之周 邊只令上下板面露出，該連接板55兩側之外覆體3〇設有一定位凹 槽35田該隨身碟插入一母座時可藉由該定位凹槽35與母座卡定。 、中該一排第一端子6〇可採埋入射出定位於該連接板55或是 才木組裳方式定位於該連接板55。 閱圖50，係本發明第二十五實施例，其係為一USB2. 〇規 格之隨身# 1 , Μ ”大致與第二十四實施例相同，其差異在於本實施 之定位凹槽、 34 201242180 月參閱圖5卜係本發明第二十六實施例，其係為—臟· 〇規 之隨身碟其大致與第二十四實施例相同，其差異在於本實施 連接板55兩側之外覆體3〇設有一定位彈片％，當該隨身碟插入 一母座時可藉由該定位彈片36與 凊參閱圖52，係本發明第二 格之隨身碟，其包括一外覆體3〇 母座卡定。 十七實施例，其係為一USB2. 0規 、一電路板40、一連接板55、一 電子單tc4及限位構造5〇，其大致與第一實施例相同其差異在 於本實施之連接祕和祕構糊為娜―體成型，該電路板4〇 較薄’該連接板55後端設有—套接槽52供該電路㈣—端插入卡 疋’該連接板55之上下板面各平貼設有一排4個第一接點的，該二 排第-接點_成在二鄕—端箱，該二排第一接點62為相同 連接介面且電路序肋互反向排列，該二排第—接點62皆電連接 s電路板40豸電子單元4為-儲存單元，其電連接於該電路板 為該外覆體30所包覆，其包括一記憶體43及一控制電路45， 該控制電路45係控綱電子單元之記憶體43之運作，該二排第一 接點62電連接該電子單元4。 藉由以上構造，該電路板4〇可採用較薄板體，當該外覆體3〇 之厚度大致與連接板55之厚度相同時，位於該外覆體3〇内之電路 板40上尚有足夠空間設置該電子單元4。 凊參閱圖53，係本發明第二十八實施例，其係為一USB2. 〇規 格之隨身碟，其包括一外覆體30 電路板40、一連接板55、一 電子單元4及一限位構造50，其大致與第一實施例相同，其差異在 35 201242180 於本實施之電路板40較薄，該電路板4〇前段上下二板面分別疊合 一上、下電路板422、423 ’該疊合之上電路板422、電路板4〇及下 電路板422伸出該外覆體30前端而形成該連接板π ,該上、下電路 板422、423各設有一排4個第一接點41，該二排第一接點41為相同 連接介面且電路序號相互反向排列，該二排第一接點41藉由貫穿 連接板55之導電部420皆電連接該電路板4〇，該導電部42〇係採鑽 孔再填錫而成，該電子單元4為一儲存單元，其電連接於該電路板 40上且為該外覆體3〇所包覆，其包括一記憶體43及一控制電路 45，該控制電路45係控制該電子單元之記憶體43之運作，該二排 第一接點41電連接該電子單元4。 凊參閲圖54，相係本發明第二十九實施例，其係為一USB2.〇 規格之隨身碟，其大致與第二十八實施例相同，其差異在於本實 施之電路板40前段下板面疊合一塑膠板37及一下電路板423，該疊 合之電路板40、塑膠板37及下電路板422伸出該外覆體3〇前端而形 成該連接板55，另外，該導電部420係採鑽孔再插入一端子焊接而 成。 請參閱圖55，係本發明第三十實施例，其係為一雙介面之隨 身碟，其大致與第二十九實施例相同，其差異在於本實施設有二 電路板40及一電子單元4，該二電路板4〇前段疊合一塑膠板耵並伸 出該外覆體30前端而形成該連接板55，該連接板55之上下板面各 設有一排第一接點41，該二排第一接點41為不同之連接介面，該 電子單元為一儲存單元且為該外覆體3〇所包覆，該電子單元4包括 36 201242180 »己憶體43、一記憶體44及二控制電路45，該二控制電路45分別 控制該記憶體43、44之運作，其中一電路板4〇設有該記憶體犯及 一控制電路45，該記憶體43及一控制電路45電連接其上之一排第 一接點41 ,另一電路板4〇設有該記憶體44及另一控制電路45，該 記憶體44及另一控制電路45電連接其上之一排第一接點41。 »月參閱圖56及圖57，係本發明第三-J —實施例，其係為一 USB2.0規格之電連接線，其大致與第十八實施例相同，其差異在 於本實施之連接板55兩板面皆一體成型設有凸出之限位構造， 藉以防止第一接點62短路，另外連接板55兩板面電路序號為丨（傳 送VCC)之第一接點62皆各自電連接一蕭基二極體46，再電連接至 電連接線之一電線，藉由該蕭基二極體46可防止電流逆流，達到 確保傳送VCC之第一接點62不會短路，除了使用蕭基二極體防短路 外，亦可採用其他防逆流電子元件或防短路電子元件或電路安全 保護元件或安全電路設置手段，藉以達到電路安全保護效果。 本實施例之連接板55之前邊、二侧邊及後段套設包覆有一金 屬殼38 ,該金屬殼38兩側各設有一定位凹槽35，當該電連接線插 入一母座時可藉由該定位凹槽35與母座卡定。 請參閱圖58，係本發明第三十二實施例，其係為一USB2.0規 格之電連接線，其大致與第三十一實施例相同，其差異在於本實 施之連接板55内更設有一金屬材質之補強板59。 請參閱圖59，係本發明第三十三實施例’其係為一USB2. 〇規 格之電連接線’其大致與第三十二實施例相同’該連接板55内亦 37 201242180 ex有一金屬材質之補強板59，其差異在於本實施不設有金屬殼。 本發明之連接板係直接接觸並固定於該外覆體，與顯示卡上 之封裝之電子元件透過接腳固定於電路板不同，在此特別聲明區 別之。 請參閱圖60、圖61、圖62、及圖63，係為本發明第三十四實 施例，其係為一USB2.〇規格之隨身碟，其可正反雙面電連接一電 連接母座，其包括一外覆體3〇、一電路板4〇、一連接板55、一電 子單元4、一限位構造5〇及一排第一端子6〇，其中： 該電路板40前段上面設有一絕緣座體34而形成該連接板55 , 本實施之連接板55為一對接構造，該絕緣座體設有該一排4個第 一端子60，每一第一端子60設有一第一接點62平貼於該連接板55 上板面且延伸一接腳64與該電路板55焊接，該接腳64係由該連接 板55前端彎折向下至該電路板4〇上面以SMT方式焊接，如此不佔用 該電路板40後段上面區域，有利於該電路板4〇後段上面之利用， 該電路板40前段下面設有一排四個金手指之第一接點41，該一排 第一接點41形成該連接板55下板面之連接介面，該絕緣座體34截 面呈门形狀，使該絕緣座體34與電路板4〇前段間呈一空間39，如 此電路板40前段上面仍可配置電子元件43〇，該電路板4〇為薄板， 約為 0. 3mm至 0. 5mm。 該二排第一接點62、41皆為USB2. 0連接介面，係可分別傳送 VCC、USB D-、USB D+及GND等訊號，該二排第一接點41係為相同 之連接介面且電路序號相互為反向排列，如圖62所示，該連接板 38 201242180 55上板面之一排第一接點62之電路序號由右至左為“，以，， a4，該連接板55下板面之一排第一接點41之電路序號由右至左為 b4 ’ b3 ’ b2，Μ。另外，該連接板55之形狀正反面對稱，故可正 反雙面對接定位於一電連接母座。 該二排第一接點62、41相同之電路序號者電連接而串接成一 組’即al和Μ電連接，a2和b2電連接，a3和b3電連接，a4和b4電 連接，其中al和bl係為電源接點，絕不可造成短路，故“和“皆 先經一蕭基二極體46再相互電連接，該蕭基二極體46之作用主要 疋防止電流逆流’如此可達到防短路效果。 上述使用蕭基二極體防短路係為一種電子式防逆流或防短路 之電路安全保護手段的一種方式，然而亦有多種方式如設置防逆 流電子元件或防短路電子元件或電路安全保護元件或安全電路設 置手段，藉以達到電路安全保護效果。 該外覆體30及連接板55結合成一對接構造，該外覆體3〇與該 絕緣座體34為塑膠一體射出成型，該外覆體3〇覆蓋該電路板4〇後 段上面，該外覆體3〇截面亦呈门形狀，使該外覆體3〇與電路板4〇 後段間亦呈一空間39。 該電子單元4為一儲存單元，其電連接於該電路板4〇後段上面 且為該外覆體30所覆蓋，其包括—記憶體及—控制電路，該記憶 體可為但不限於快閃記憶體(flash memQry)或唯讀記憶體(R〇M)， 該記憶體之容量大小不限，該控制電路係控制該電子單元之記憶 體之運作，該二排第一接點62、41電連接該電子單元4。 39 201242180 另外，本實施例更可包括一控制手段與該USB2.0規格之隨身 碟相結合，以對該儲存單元進行一資料儲存與控制程序。 該限位構造50與該絕緣座體34—體成型，該限位構造5〇於該 連接板55兩板面二侧各形成一條前後方向之凸肋，該限位構造5〇 較该連接板55兩板面之第一接點62、41凸出藉以保護該二排第一 接點41。 該補強板59為金屬材質域面呈c形狀，其設於該絕緣座體 34之二侧，該補強板59由連接板55延伸至該電路板4〇後段且設有 焊板591與該電路板4〇焊接固定。 另外，在實施上該絕緣座體34亦可直接均設有多個小面積之 焊板，藉由該焊板與電路板焊接亦可達到補強效果。 藉由以上構造’本實施例更具有以下優點： 1. 連接板55内形成空間39可使電路板4〇前段上面仍可配置電 子元件430。 2. 該外覆體30與該絕緣座體34為塑膠—體射出成型，如此製 造上甚為簡易。 3. 同時《«又彳電子式防短路之蕭基二極體46及機構式防刮傷及 防短路之限位構造5〇，可確保雙面減之電路安全。 本實施例之製造方法包括以下步驟： 一、提供—電路板，該電路板-面設有2組依序反向排列 USB2.G連接介接電路、—組讀厲接介關接點、防逆 流或防短路或其他電子式電路安全紐裝置的電路及接點、一電 201242180 子單元的電路及接點、及補強板的焊接區，該2組依序反向排列連 接介面的串接電路與該電子單元的電路電連接，該電路板另一面 設有一組USB2.0連接介面，其為金手指； 二、 提供一絕緣座體，該絕緣座體為一塑膠座體且設有一組 端子結構的USB2· 0連接介面，該端子設有接腳，絕緣座體下方與 電路板間成一空間，藉由該空間可排列電子元件，該絕緣座體設 有補強板，該絕緣座體一體延伸座體長度而形成一外覆體，該絕 緣座體和該電路前後齊平，使完全蓋合該電路板上排放電子元件 的區域， 三、 提供防逆流電子元件或防短路電子元件或蕭基二極體或 其他電子式電路安全保護裝置； 四、 提供一電子單元，該電子單元為一儲存單元，包括有記 憶體及控制電路； 五、 提供焊接材料塗抹於該電雜之接點及翻板的焊接區； 六、 將該防逆流電子元件或防短路電子元件或蕭基二極體或 其他電子式電路安全賴裝置、f子單元、及絕縣體分別排列 貼放於該電路板的接點，該絕緣座體完全蓋合該電路板上排放電 子元件的區域；以及 七、 將分別貼放於該電路板上的元件，進行迴焊焊板加工， 完成該簡易板片式雙面連接介面電子裝置的加工製程。 上述製造方法中，該電路板之2組USB2, 〇連接介面的串接電 路’其中電路序號1之電路各自電連接該_防逆流電子元件或防短 201242180 路電子元件或蕭基二極體或其他電子式電路安全保護裝置，另外 該絕緣座體設有防短路凸出二組觀〇連接介面之限位構造。 另外’該電子單元可為-無線收發單元而成一無線收發裝 置，或可為-連接線材而成一電連接線公頭，或可為一轉接電路 及-電連接器而成-轉接電連接器，或可為—擴充電路及'组電 連接插座而成-擴充插座’或可為一控制單元而成一 ic控制器。。 本發明之相關製造方法，在其他實施例中亦有揭露說明。 请參閱圖63A，該第三十四實施例之外覆體3()之上面及二側面 和該絕緣座體34之兩側面皆可設置透空孔3()1，如此在外覆體別和 絕緣座體34熱封於電職4G或迴焊焊板加4具有空氣對流，而 有較佳之熱封效果或較佳迴焊焊板加工。 請參閱_ ’係本發明第三十五實施例，其係為—usb2 〇規 格之隨身碟，其纽與第三十四實施例相同，其差異在於本實施 例之電路板40較厚，約為0. 8mm至1. imm。 請參閱祕’係本發㈣三十六實施例，其係為—隱.〇規 格之隨身碟，其大致與第三十四實施例相同，其Μ在於本實施 例之一排第一端子60之接腳64係由該連接板55後端彎折向下至該 電路板後段上面以SMT方式焊接。 "月參閱圖66，係本發明第三十七實施例，其係為—隨·〇規 格之IW身碟’其大致與第三十六實施例相同，其差異在於本實施 例之-排第—端子6G之接腳_穿過該電路板作焊接，且該外覆 體3〇係為封膠體，其⑽膠方式覆蓋該電職40上面，同時將連 42 201242180 接板55之絕緣座體與電路板4〇之空間補滿以增加強度，此亦為補 強手段之一種方式。 請參閱圖67及圖68，係本發明第三十八實施例，其係為一 USB2.0規格之隨身碟，其大致與第三十七實施例相同，其差異在 於本實施例之電路板40前段上面疊合一第二電路板422而形成該 連接板55，該連接板上板面之一排第一接點41形成在該第二電路 板上面且為一排金手指，該連接板下板面之一排第一接點41形成 在該電路板40前段下面且為—排金手指，另外，該限位構造5〇為 二絕緣座體，其分別凸出該連接板55之上下面且在二排第一接點 之電路序號1，2之間及電路序號3, 4之間。 凊參閱圖69、圖7G及圖71，係本發明第三十九實施例，其係 為-USB2.G規格之隨身碟，其A致與第三十七實施卿同，其差 異在於本實施例之連接板55之絕緣座體與該外覆體3〇皆為封膠 體’其以封膠方式覆蓋該電路板4〇上面，該—排第—端子6〇係前 後端皆向下彎折接腳64·電路板上面以SMT方式焊接，另外在封 穋時直接形成該限位構造50，該限位構造50位置則與第三十八實 施例相同。 請參閱圖72、®73及圖74，係本發时實施例，其係為 -USB2.G規格之隨身碟，其大致與第三十七實施例相同，其差異 在於本貫施例之電路板4G為厚板’約為1 〇mm，該連接板55之絕緣 座體37與電路板40前段間沒有空間。 請參閱圖75、圖76及圖77，係本發明第四十—實施例，其係 43 201242180 為一職G規格之隨身碟，其大致與第二十七實__，其差 異在於本實施之該二排第_端埋人該連接總巾射出成型， 該外覆體30係域賴，其以_方式覆魏f路板4()上面另 外該連接板55兩側各設有-補強板59，補強板_金屬材質且截 面呈凹字形，該觀㈣由連接板55延伸至該電路板4()，該補強 板59與該電路板4〇夾合固定。 請參閱圖78，係本發明第四十二實施例，其係為__USB2 〇規 格之隨身碟，其大致與第四十—實施例相同，其差異在於本實施 之二排第一端子60之接腳64皆焊接於該電路板4〇上面。 請參閱，’係本㈣第四十三實補，其係為—酸〇規 格之隨身碟，其大致與第四十—實施例相同，其差異在於本實施 例之連接板不設卡槽卡定該電路板4〇。 凊參閱圖80，係本發明第四十四實施例，其係為一仍取〇規 格之隨身碟，其大致與第四十二實關相同，其差異在於本實施 例之二排第一端子6〇之接腳64皆焊接於該電路板4〇下面。 請參閱圖81、圖82及圖83，係本發明第四十五實施例，其係 為一USB2.0規格之隨身碟，其大致與第三十四實施例相同，其差 異在於本實施例之電路板4〇前段下面兩侧各設有一塑膠塊312，該 二塑膠塊312再疊合一第二電路板424而形成該連接板55，該第二 電路板424和該電路板4〇間呈一空間且兩者前後對齊，該連接板55 一板面之一排第一接點41形成在該第二電路板424外面且為一排 金手指，該連接板55另一板面之一排第一接點41形成在該電路板 201242180 40前段外面且為一排金手指。 該第二電路板424和該電路板4〇藉由插梢425與該二塑膠塊 312結合固定，另外該二塑膠塊312一體成型有該限位構造训，該 外覆體30係為封膠體，其以封膠方式覆蓋該電路板仙和該第二電 路板425之内面。 請參閱圖84及圖85，係本發明第四十六實施例，其係為一 USB2.0規格之電子裝置，其大致與第三十六實施例相同其差異 在於本實施之外覆體30係為-高度較連接板55大之塑膠盒體，如 此該電路板40在外覆獅内巾間，該電路油兩面與外覆體綱 有足夠空間可配置相關之電子元件。 請參閱圖86，係本發明第四十七實施例，其係為一USB2 〇規 格之電子裝置’其大致與第三十實蝴相同，其差異在於本實施 之外覆體30係為-高度較連接板55大之塑膠盒體，且該二電路板 40皆為約0. 3mm之薄板’如此該二電路板4〇在外覆體加内中間，該 二電路板40兩面财足夠㈣可配置侧之電子元件，可縮短整 個電子裝置之長度。 請參閱圖87及圖88，縣發明第四十人實施例，其係為-逑 你尘USB2. 0規格之電子裝置，其大致與第三十四實施例相同，其 差異在於本實施之連接板55為—對接構造，該對接構造為一塑膠 材=之絕緣座魏下方結合-電路_，該絕緣越設有一排第 端子60 1¾對接構造一板面之一排第一接點犯形成在該一排第 端子60 ’该-排第一端子6〇延伸接腳與該電路板電連接，該 45 201242180 對接構造另-板面之-排第—接點41形成在該電路板4G下面且為 一排金手指，絕緣座體34與該電路板4〇間呈一空間，該電子單元4 设於該連接板55内且電連接於該電路板上。 上述第二十四實施例至第四十八實施例中之電子單元4除了 可為-儲存單元而成-隨身碟外，或可為—無線收發單元而成一 無線收發裝置，或可為-連接線材而成—電連麟公頭，或可為 -轉接電路及-電連接器而成—轉接電連接器，或可為一擴充電 路及-組電連接插座而成一擴充插座，或可為一控制單元而成一 1C控制器。 在第二十四實施例中所述之製造方法中，其中該電路板之2組 依序反向排列USB2. 0連接介面的串接電路及接點的後方更設有另 2組依序反向排列的連接介面的串接電路及焊墊；該絕緣座體設有 另2組彈動端子結構的USB3 〇連接介面，該彈動端子設有接腳， USB3. 0連接介面在USB2. 0連接介面在之後；該電路板設有供該彈 動端子連接介面彈動的透空槽；如此即可製造一USB3 〇規格之電 子產品。 另外’在製造上該絕緣座體亦可直接均設有多個小面積之焊 板，藉由該焊板與電路板焊接亦可達到補強效果，該絕緣座體亦 可分開延伸座體長度而形成一外覆體完全蓋合該電路板上排放電 子元件的區域。 請參閱圖89及圖90，係本發明第四十九實施例，其係為一 USB2.0規格之隨身碟，其大致與第四十一實施例相同，本實施同 46 201242180 樣是該連接板55與該二排第一端子60以埋入方式塑膠射出成型， 該連接板55兩側各設有一補強板59，補強板59為金屬材質且截面 呈E字形，該補強板59由連接板55延伸至該電路板4〇，該補強板59 與該電路板40夾合固定，本實施之差異在於暫時未設有封膠體覆 蓋該電路板40上面並將該電子單元4覆蓋。 另外，該二排第一接點62、41皆為USB2.0連接介面，係可分 別傳送VCC、USB D-、USB D+及GND等訊號，該二排第一接點41係 為相同之連接介面且電路序號相互為反向排列，如圖62所示，該 連接板55上板面之一排第一接點62之電路序號由右至左為&1， a2，a3，a4，該連接板55下板面之一排第一接點41之電路序號由 右至左為b4，b3 ’ b2 ’ b卜另外，該連接板55之形狀正反面對稱， 故可正反雙面對接定位於一電連接母座。 該二排第一接點62、41相同之電路序號者電連接而串接成一 組，即al和bl電連接，a2和b2電連接，a3和b3電連接，a4和b4電 連接其中al和bl係為電源接點，絕不可造成短路，故ai和w皆 先經一蕭基二極體46再相互電連接，該蕭基二極體46之作用主要 是防止電流逆流，如此可達到防短路效果。 上述使用蕭基二極體防短路係為一種電子式防逆流或防短路 之電路安全保護手段的—種方式然而亦有多種方式如設置防逆 電子7L件或防短路電子元件或電路安全倾元件或安全電路設 置手段，藉以朗電路安全賴效果。 "月參閱圖91，係本發明第五十實施例，其大致與第四十九實 201242180 施例相同’其差異在於本實施之補強板59截面呈IL形。 請參閱圓92，係本發明第五十一實施例，其大致與第四十九 實施例相同’其差異在於本實施之補強板59截面呈〇形。 請參閱圖93 ’係本發明第五十二實施例，其大致與第四十九 實施例相同’其差異在於本實施之補強板59截面亦呈^形，然並未 卡合電路板4〇。 請參閱圖94及圖95，係本發明第五十三實施例，其係為一 USB2.0規格之隨身碟，其大致與第四十九實施例相同，本實施之 差異在於該補強板59與該連接板55為塑膠一體成型，該補強板59 一體連接於該連接板55後端二側向後延伸，該補強板59截面亦呈 凹子形套合該電路板40兩側。 另外，該補強板59之戴面可為其他形狀，以套合或卡合或粘 合該電路板兩侧。 請參閱圖96及圖97，係本發明第五十四實施例，其係為一 USB2.0規格之隨身碟，其大致與第四十九實施例相同，本實施之 差異在於該補強構造為設於該連接板55之套接槽52，該電路板4〇 前段套接卡定於該套接槽52，套接槽52位於連接板55厚度中間。 請參閱圖98及圖99，係本發明第五十五實施例，其係為一 USB2.0規格之隨身碟，其大致與第四十實施例及第四十九實施例 相同，本實施同樣是該連接板55包括一絕緣座體34及該電路板 40之前段，該絕緣座體34設於該電路板4〇之前段上，該絕緣座 體34上面設有該一排第一接點62,該絕緣座體上之一排第一接點 48 201242180 62係形成在-排第一端子6〇，該第一端子6〇設有接腳64電連接 或焊接在該電路板40’該電路板4〇之前段下面設有該一排第一接 點41，該電路板之一排第一接點41為電路接點，該絕緣座體34 兩側各設有一補強板59，該補強板59及一排第一端子6〇與該絕 緣座體34係為埋入塑膠射出成型，補強板59為金屬材質且截面 呈E形’該補強板59延伸至該電路板4〇後段且焊接該電路板4〇， 本實施之差異在於暫時未設有封膠體覆蓋該電路板4〇上面並將該 電子單元4覆蓋。 請參閱圖100’係本發明第五十六實施例，其大致與第五十五 實施例相同，其差異在於本實施之補強板59截面呈y形。 請參閱圖101，係本發明第五十七實施例，其大致與第五十五 實施例相同’其差異在於本實施之補強板59截面呈同形。 請參閱圖102’係本發明第五十八實施例，其大致與第五十五 實施例相同’其差異在於本實施之補強板59截面呈U形。 請參閱圖103,係本發明第五十九實施例，其大致與第五十五 實施例相同’其差異在於本實施之補強板59截面呈形。 請參閱圖104、圖105、圖106及圖107,係本發明第六十實施 例，其係為一USB2.0規格之隨身碟，其大致與第三十九實施例相 同，本實施之差異在於設有一電路板4〇及一第二電路板424，該電 路板40下面前段設有一排四個第一接點41，該電路板4〇上面係先 焊接一電子單元4、二側焊接二前後延伸之補強板59及前段焊上四 個呈匚形之導電片593後，再以封膠方式形成一外覆體3〇覆蓋該電 49 201242180 路板40上面及電子單兀4，同時使該二補強板59及四個導電片593 上端露出，如圖107所示，該第二電路板424上面係設有一排四個 第一接點41且下面設有對應該二補強板59及四個導電片593之焊 墊，上面之一排四個第一接點41係呈反向排列藉由導電部420電連 接至下面之焊墊，該第二電路板424疊合於該外覆體3〇前段且下面 之焊墊焊接於該二補強板59及四個導電片593上端而形成一連接 板55，如此該連接板55上下面即各形成一排電路序號依序反向排 列之第一接點。 本實施例之製造方法，包括以下步驟： 一、提供一電路板40，該電路板4〇設有2組導電接點、該2 組導電接點依序反向排列的串接電路、防逆流或防短路或其他電 子式電路安全保護裝置的電路及接點、一電子單元4的電路及接 點、及補強板59的接點，該2組導電接點依序反向排列的串接電 路與該電子單元4的電路電連接，該2組導電接點分別設於該電 路板不同面，該電路板4〇前段相對於設有該電子單元4的接點之 另一面之1組導電接點為一組連接介面，即一排4個第一接點41， 其為USB2. 〇之連接介面； 一、 提供一絕緣體，該絕緣體為一第二電路板424,其上設有 該另一組連接介面’即一排第一接點41，其為USB2. 0之連接介面； 二、 提供防逆流電子元件或防短路電子元件或蕭基二極體46 或其他電子式魏安全保護裝置； 四、提供一電子單元4、外加之一組導電接點及補強板59， 50 201242180 該外加之一組導電接點為一組導電片593; 五、 提供焊接材料塗抹於該電路板4〇之接點. 六、 將該防逆流電子純或防短路電子元件或蕭基二極體或 其他電子式電路安全賴裝置、電子單元4、及二_板μ分別 排列貼放於該電路板40對應的接點，噹— 牧彌忑組導電片593貼放於電 路板該面之一組導電接點； 七、 將分職放於該電路板4G上的元件進行迴焊焊板加工； 八、 將該焊接有上述元件之電路板4()—面進行封裝而形成一 外覆體30，並使並使該電路板40和外覆體3〇結合成一封裝體， 且使該-組導電片593及二補強板59露出外覆體3G上表面，且 該電路板另-面之-組連接介面，即一排4個第一接點41露出該 封裝體之電路板一面； 九、 提供焊接材料塗抹於該外覆體上表面之一組導電片593 及補強板59 ;以及 十、將該第二電路板424疊合於該外覆體3〇上表面前段，該 第二電路板424之一組連接介面的焊接點連接該一組導電片593 且第二電路板424設有焊接點連接該二補強板59，最後再進行迴 焊焊板加工。 上述之補強構造係採用補強板59，然亦可採用焊板，該第二 電路板424可以超音波或高週波方式結合於該外覆體30上。 請參閱圖108，係本發明第六十一實施例，其大致與第六十實 施例相同，其差異在於本實施之外覆體30更包覆該電路板4〇兩側 51 201242180 面。 請參閱圖1G9，係本發明第六十二實施例，其大致與第六十實 施例相同，其差異在於本實施之外覆體3〇上係疊合一絕緣座體 34，該絕緣座體34上面設有該一排第一接點62，該一排第一接點 62係形成在-排第-端子6〇，該絕緣座體34與該—排第一端子6〇 係採埋入_射出成财式，該第—端子⑼設有接辦接在該外 覆體30前段上面之四個導電片上端’該絕緣座體34可以超音波或 高適波方式結合該外覆體3〇上。 請參閱圖110 ’係本發明第六十三實施例，其大致與第三十四 實施例相同，其差異在於本實施之外覆體3〇與絕緣座體34係分開 設置而非一體成型，該外覆體30與絕緣座體34可以超音波或高週 波方式結合於該電路板4〇上。 請參閱圖111、圖112、圖113及圖114，係本發明第六十四實 %例，其係為一USB2. 0規格之隨身碟，其大致與第三十四實施例 相同，本實施包括有一電路板4〇、二絕緣座體34、34，、一電子單 元4、及一外覆體30，其中： 該電路板40上下面皆設有一組導電接點43〇且前端各設有二 焊接區432 ’另電路板40下面二側各設有一前後延伸之焊接區434。 該二絕緣座體34、34’上各設有一組導電接點，該一組導電接 點係為一排四個第一接點62，其為USB2.0之連接介面，該二排第 —接點62係形成在二排第一端子6〇，該二絕緣座體、34’與該二 排第一端子60係分別採埋入塑膠射出成型方式，該二排第一端子 52 201242180 60設有接腳64分別焊接於該電路板4〇上下面之一組導電接點 430，該二排第一端子6〇之前端66焊接於該電路板4〇上下面之焊接 區432，該二絕緣座體34、34’前端對應該焊接區432各設有二缺口 342，藉由該缺口342可補焊，另外該絕緣座體34較大，其兩側邊 大致與電路板40齊平，其兩側各設有一前後延伸之補強板59，該 補強板59焊接該焊接區434。 該電子單元4為一儲存單元’其包括有相關之電子元件及控制 電路’該電子單元4電連接於該電路板4〇上面。 該外覆體30為一絕緣之封膠體，其將該電路板4〇焊接有電子 單元4及絕緣座體34’之一面封膠覆蓋，只令該絕緣座體34,上一排 第一接點62露出該外覆體30上表面。 藉由以上構造，該電路板40前段上下面分別設有一絕緣座體 而开>成該連接板55 ’該該連接板55兩面各有一組連接介面，即該 一排第一接點62。 本實施例之製造方法，包括以下步驟： 一、 提供一電路板40，該電路板設有2組導電接點430、該2 組導電接點依序反向排列的串接電路、防逆流或防短路或其他電 子式電路安全保護裝置的電路及接點、一電子單元的電路及接點 及補強板59的焊接區434，該串接電路與該電子單元的電路電連 接’該2組導電接點430分別設於該電路板40不同面； 二、 提供一絕緣體，該絕緣體為一絕緣座體34，其上設有一 組USB2.0之連接介面及補強板59，其為一排4個第一接點62 , 53 201242180 端子60，該絕緣座體34，與 成型方式； 該一排第一接點62係形成在一排第一 該一排第一端子60係採埋入塑膠射出 電子元件或蕭基二極體或 二、提供防逆流電子元件或防短路 其他電子式電路安全保護裝置； 四、提供-電子單元4及外加之—組導電接點，該外加之一 組導電接點錢在—絕緣座體34’上，其為—組觀』之連接介 面二其為-排4個第-接點62，該—排第—接點62係形成在一排 第一端子6G，該絕緣座體34，與該—排第—端子6()係採埋入塑膠 射出成型方式； ^ 五 432 ; 提供焊接材料塗抹於該電路板4G —面之接點及谭接區 /、、將該防逆流電子元件或隨路電子元件或蕭基二極體或 其他電子式電路安辣魏置及電子單元4分聊_放於該電 路板40上對應之接點，該外加之一組導電接點即該絕緣座體料, 之排第一端子60之接腳64貼放於電路板該面之一組導電接點 430 ’其中兩第一端子60之前端66連接該焊接區432 ; 七、 將分別貼放於該電路板4〇上的元件，進行迴焊焊板加工； 八、 將該焊接有上述元件之電路板一面進行封裝而形成—外 覆體3〇，並使該電路板40和外覆體30結合成一封裝體，且使該 外加之一組導電接點，即該一排第一端子6〇之第一接點62露出 〜封裝體之外覆體30上表面，且該電路板另一面之一組導電接點 路出該封裝體之電路板一面； 54 201242180 九、提供焊接材料塗抹於該電路板一面之—組導電接點細、 焊接區432及補強板之焊接區434 ;以及 十、將該絕緣座體34疊合於該封裝體之電路板4〇前段，該 絕緣座體34之-排第-端子6〇之接腳64連接於該塗抹有悍接材 料之-組導電接點侧，其中兩第—端子6Q之前端⑽連接該焊接 區432 ’該補強板59連接於該焊接區似，並進行迴谭焊板加工。 本實施例之電路板40前段上面之絕緣座體係採較小的絕緣座 體34封縣合成與電路板4Q _齊平找緣座體，該絕緣座體 34’主要制从結合該—排第—端子6Q以達職造上之簡便， 然而亦可將該-排第-端子6〇直接焊在該電路板4〇上再封膠直 接形成一絕緣座體。 > 上述之補強構造係採用補強板59，然亦可採用焊板，該絕緣 座體34亦可以超音波或高週波方式結合於該電路板仙。 請參閱圖115及圖116，係本發明第六十五實施例，其係為一 USB2.0規格之隨身碟，其大致與第六十四實施例相同其差異在 於本實施之絕緣座體n體設有限倾造5G凸出該—組連接 介面及相對於該-組連接介面之一組導電接點，即該限位構造肋 凸出該連接板55兩面之一排第一接點62。 上述第四十九貫施例至第六十五實施例中之電子軍元4除了 可為-儲存單元而成一隨身碟外，或可為一無線收發單元而成一 無線收發裝置’或可為—連接線材而成—電連接線公頭，或可為 -轉接電路及-電連接器而成—轉接電連接器，或可為一擴充電 55 201242180 路及一組電連接插座而成一擴充插座，或可為一控制單元而成— ic控制器。 在較佳實施例之詳細說明中所提出之具體的實施例僅為了易 於說明本發明之技_容，而並非將本發·義地_於該實施 例，在不超出本發明之精神及以下申請專利範圍之情況 ，可作種 種變化實施。 【圖式簡單說明】 圖1係習知之隨身碟之立體圖。 圖2係習知之隨身碟之前視剖面圖。 圖3係習知之電連接母座前視圖。 圖4係習知之隨身碟插入電連接母座前視圖。 圖5係本發明第一實施例之立體分解圖。 圖6係本發明第一實施例之立體組合圖。 圖7係本發明第一實施例之前視剖面圖。 圖8係本發明第一實施例之二排第一接點串接示意圖。 圖9係本發明第一實施例之使用狀態圖。 圖10係本發明第二實施例之立體組合圖。 圖11係本發明第二實施例之前視剖面圖。 圖12係本發明第三實施例之立體組合圖。 圖13係本發明第三實施例之二排第一接點串接示意圖。 圖14係本發明第四實施例之側視剖面圖。 56 201242180 圖15係本發明第四實施例之前視圖。 圖16係本發明第五實施例之立體組合圖。 圖17係本發明第六實施例之立體分解圖。 圖18係本發明第六實施例之立體組合圖。 圖19係本發明第七實施例之立體組合圖。 圖20係本發明第八實施例正面之立體組合圖。 圖21係本發明第八實施例反面之立體組合圖。 圖22係本發明第九實施例之側視剖面圖。 圖23係本發明第十實施例之側視剖面圖。 圖24係本發明第十一實施例之側視剖面圖。 圖25係本發明第十二實施例之立體組合圖。 圖26係本發明第十二實施例之前視剖面圖。 圖27係本發明第十二實施例之側視剖面圖。 圖2 8係本發明第十二實施例之切換開關裝置及控制電路示意圖。 圖29係本發明第十二實施例之切換開關裝置及控制電路示意圖。 圖3 0係本發明第十二實施例之切換開關裝置及控制電路示意圖。 圖31係本發明第十三實施例之切換開關裝置及控制電路示意圖。 圖32係本發明第十四實施例之切換開關裝置及控制電路示意圖。 圖33係本發明第十五實施例之正面平面圖。 圖34係本發明第十五實施例之反面平面圖。 圖35係本發明第十六實施例之前視剖面圖。 圖36係本發明第十七實施例之正面平面圖。 57 201242180 圖37係本發明第十七實施例之反面平面圖。 圖38係本發明第十八實施例之上視圖。 圖39係本發明第十八實施例之側視剖面圖。 圖39A係本發明第十八實施例之前視剖面圖。 圖40係本發明第十九實施例之立體組合圖。 圖41係本發明第十九實施例之側視剖面圖。 圖42係本發明第二十實施例之側視剖面圖。 圖43係本發明第二十一實施例之側視剖面圖。 圖44係本發明第二十一實施例之前視剖面圖。 圖45係本發明第二十二實施例之側視剖面圖。 圖46係本發明第二十二實施例之前視圖。 圖47係本發明第二十三實施例之側視剖面圖。 圖48係本發明第二十三實施例之連接板立體圖。 圖49係本發明第二十四實施例之立體組合圖。 圖50係本發明第二十五實施例之立體組合圖。 圖51係本發明第二十六實施例之立體組合圖。 圖52係本發明第二十七實施例之側視剖面圖。 圖53係本發明第二十八實施例之側視剖面圖。 圖54係本發明第二十九實施例之側視剖面圖。 圖55係本發明第三十實施例之側視剖面圖。 圖56係本發明第三十一實施例之立體組合圖。 圖57係本發明第三十一實施例之前視剖面圖。 58 201242180 圖58係本發明第三十二實施例之立體組合圖。 圖59係本發明第三十三實施例之立體組合圖。 圖60係本發明第三十四實施例之上視圖。 圖61係本發明第三十四實施例之側視剖面圖。 圖62係本發明第三十四實施例之前視剖面圖。 圖63係本發明第三十四實施例之立體圖。 圖63A係本發明第三十四實施例之另一立體圖。 圖64係本發明第三十五實施例之立體圖。 圖65係本發明第三十六實施例之側視剖面圖。 圖66係本發明第三十七實施例之側視剖面圖。 圖67係本發明第三十八實施例之側視剖面圖。 圖68係本發明第三十八實施例之前視剖面圖。 圖69係本發明第三十九實施例之上視圖。 圖70係本發明第三十九實施例之側視剖面圖。 圖71係本發明第三十九實施例之前視剖面圖。 圖72係本發明第四十實施例之上視圖。 圖73係本發明第四十實施例之側視剖面圖。 圖74係本發明第四十實施例之前視剖面圖。 圖75係本發明第四十一實施例之上視圖。 圖76係本發明第四十一實施例之側視剖面圖。 圖77係本發明第四十一實施例之前視圖。 圖78係本發明第四十二實施例之側視剖面圖。 59 201242180 圖79係本發明第四十三實施例之側視剖面圖。 圖80係本發明第四十四實施例之側視剖面圖。 圖81係本發明第四十五實施例之上視圖。 圖82係本發明第四十五實施例之側視剖面圖。 圖83係本發明第四十五實施例之前視剖面圖。 圖84係本發明第四十六實施例之立體圖（外覆體取下）。 圖85係本發明第四十六實施例之立體圖。 圖86係本發明第四十七實施例之側視剖面圖。 圖87係本發明第四十八實施例之立體圖。 圖88係本發明第四十八實施例之側視剖面圖。 圖89係本發明第四十九實施例之側視剖面圖。 圖90係本發明第四十九實施例之後視剖面圖。 圖91係本發明第五十實施例之後視圖。 圖92係本發明第五十一實施例之後視圖。 圖93係本發明第五十二實施例之後視圖。 圖94係本發明第五十三實施例之側視剖面圖。 圖95係本發明第五十三實施例之後視圖。 圖96係本發明第五十四實施例之側視剖面圖。 圖97係本發明第五十四實施例之後視圖。 圖98係本發明第五十五實施例之側視剖面圖。 圖99係本發明第五十五實施例之後視圖。 圖100係本發明第五十六實施例之後視圖。 201242180 圖101係本發明第五十七實施例之後視圖。 圖102係本發明第五十八實施例之後視圖。 圖103係本發明第五十九實施例之後視圖。 圖104係本發明第六十實施例之側視剖面圖。 圖105係本發明第六十實施例之前視剖面圖。 圖106係本發明第六十實施例之立體組合圖。 圖107係本發明第六十實施例之底層立體圖。 圖108係本發明第六十一實施例之立體組合圖。 圖109係本發明第六十二實施例之立體組合圖。 圖110係本發明第六十三實施例之立體分解圖。 圖111係本發明第六十四實施例之正面立體分解圖。 圖111係本發明第六十四實施例之反面立體分解圖。 圖113係本發明第六十四實施例封膠後之正面立體分解圖。 圖114係本發明第六十四實施例封膠後之正面立體組合圖。 圖115係本發明第六十五實施例封膠後之正面立體分解圖。 圖116係本發明第六十五實施例封膠後之正面立體組合圖。 【主要元件符號說明】 隨身碟1 隨身碟3 塑膠座體10 電路板15 接點16 電連接母座20 連接槽21 舌片22 接點23 金屬殼25 彈片24 201242180 外覆體30 容室33 定位彈片36 空間39 電子單元4 貫穿孔42 記憶體44 1C控制晶片47 連接槽410 舌片413 電線419 下電路板423 導電接點430 卡槽52 穿孔56 補強板59 第一端子60 第一接點63 第二端子70 偵測構造80 固定端子83 滑動鈕91 下座31 絕緣座體34 塑膠板37 塑膠塊312 電路板40 記憶體43 控制電路45 接點48 第一接點411 接點417 導電部420 第二電路板424 焊接區432 限位構造50 凹面57 焊板591 延伸部61 接腳64 延伸部71 可動端子81 凸點85 滑槽92 上蓋32 定位凹槽35 金屬殼38 透空孔301 第一接點41 蕭基二極體46 電路49 第二接點412 接點418 上電路板422 插梢425 焊接區434 連接板55 對接構造58 導電片593 第一接點62 前端66 第二接點72 可動端子82 切換開關裝置90 導電部93 62Stick Card (MSC), Memory Stick Dou Card (MS-Dou C)... Other memory cards can be implemented as in the fifteenth embodiment. Referring to FIG. 35, it is a sixteenth embodiment of the present invention, which is substantially the same as the seventh embodiment, and the difference is that the first contact points of the two rows of the two sides of the connecting plate 55 of the embodiment are different connection interfaces. Moreover, the limit structure 5〇 of the two plates of the connecting plate 55 is also shifted up and down. Referring to FIG. 36 and FIG. 37, it is a seventeenth embodiment of the present invention, which is a 1 (: a chip card (referred to as a smart card), which can be electrically connected to the mother and the female, which includes a front and back double-sided electrical connection. An outer cover, a connecting plate and an electronic unit 4, wherein: the outer cover and the connecting plate are a mating structure 58 integrally formed of a plastic material, and the front portion of the mating structure 58 is a connecting plate 55, and the shape thereof can be The front and back double-sided docking is positioned on the electrical connection base, and the two boards of the connecting plate 55 are respectively provided with the same connection interface and the circuit serial numbers are mutually reversed--the first row is connected with the second and the second row is connected. Point 72, the row of first contacts 72 are located behind the two rows of first contacts 62. The electronic unit 4 is a -1C chip, which is disposed in the docking structure _, and the two rows of first contacts 62 and two The second contact 72 is electrically connected to the electronic unit 4. 29 201242180 With the above configuration, the ic chip card can be positioned and electrically connected to the connecting slot of the electrical connection mating on both sides. Please refer to FIG. 38 and FIG. 39 and FIG. 39A are the eighteenth embodiment of the present invention, which is a USB2. The electrical connector of the 0 specification can be electrically connected to the front and back sides of the electrical connection. The utility model comprises an outer cover 30, an electronic unit 4, a connecting plate 55, two rows of first terminals 60 and an electronic unit 4. , wherein: the outer cover 30 is made of a plastic material. The connecting plate 55 is integrally formed on the front end of the outer covering 30. The electronic unit 4 is a set of four wires 419 which are covered by the outer cover 30. The two rows of first terminals 60 are fixed to the outer covering body 30. The two rows of first terminals 60 are respectively four, and can respectively transmit signals such as VCC, USB D-, USB D+ and GND, and the first terminal 60 is provided. An inextensible extension portion, the extension portion extends to the connecting plate 55 at one end and is provided with a first contact 62 to be flatly attached to the connecting plate 55-plate surface, and the other end of the extending portion and the electronic unit 4 Connecting, the two rows of the first connection - respectively affixed to the two sides of the connecting plate 55, the two rows of first contacts (10) are the same connection interface and the circuit numbers are arranged in opposite directions as shown in the figure, the front side The circuit number is from right to left as 2' 3 ' 4, and the circuit number on the reverse side is 4, 3, 2 from right to left, and the same circuit number of the first contact 62 in the second row is electrically connected to the electronic unit 4 The same wire. According to the above configuration, the connection slot of the electrical connection line inserted into the electrical connection base can be positioned and electrically connected, and the other end of the electrical connection can be electrically connected, such as a keyboard, a mouse, an LED lamp, or a fan. , adapters and other electronic devices. 40 40 and _ ′ are the nineteenth embodiment of the present invention, which is a 201242180 USB2. The wireless transceiver of the 0 specification can be electrically connected to the female connector. The utility model comprises an outer cover 30, a circuit board 4, an electronic unit 4, a connecting plate 55, and a limiting structure. 50, wherein: the outer cover 30 is made of a plastic material. The connecting plate 55 is integrally formed on the front end of the outer covering 3〇. The rear panel of the circuit board 40 is covered by the outer covering 30. The front panel of the circuit board 4 is exposed outside the outer covering 30, that is, the connecting board 55. The two sides of the connecting board 55 are provided with a row. a contact 41, the two rows of first contacts 41 are circuit contacts formed on the circuit board, the two rows of first contacts 41 are four connected interfaces and the circuit numbers are reversed . The electronic unit 4 is a wireless transceiver module electrically connected to the circuit board 4 and covered by the outer cover 30. The electronic signal can be wirelessly transmitted and received, and the second row of the first contact 41 is electrically The electronic unit 4 is connected. The limiting structure 5G is a metal layer, and is electrically deposited on both sides of the two sides of the connecting plate 55. The limiting structure 5 is used to protect the two rows of first contacts 41 on the connecting plate 55, thereby avoiding Scratched. With the above configuration, the connecting slots of the front and rear double-sided plug-in electrical connection matings of the wireless transceiver can be positioned and electrically connected. The wireless transceiver device of this embodiment may be a wireless network card, a Bluetooth receiver, or 2. 4G wireless transmission receiver (such as wireless mouse transceiver) and other electronic devices. Referring to FIG. 42, it is a twentieth embodiment of the present invention, which is a spliced electrical connection H of the -usb3 〇 specification, which can be connected to the front and back double-sided f-electrical connection, which includes 31 201242180 201242180 a circuit The board 40, the second row of the first outer covering 30, an electronic unit 4, a connecting board 55 terminal 60 and a row of second terminals 60, wherein: The outer cover 30 is made of a plastic material. The connecting plate 55 is a plastic plate which is fixedly coupled to the front end of the outer covering body 3, and has a rear end-body forming-seat 59 in the outer covering body 3G. The connecting plate 55 exposes the outer covering body 30. outer. The circuit board 40 is disposed in the outer cover 3〇. The electronic unit 4 is a USB3. A 0-type electrical connection male connector and a switching circuit are partially covered by the outer covering 30 and electrically connected to the circuit board 4''. The two rows of first terminals 6〇 are fixed to the outer cover 3〇, and the two rows of first terminals 6〇 are each four, and the first terminal 6〇 is provided with a non-bounceable extension portion, and the extension portion extends at one end. To the connecting plate 55, a first contact 62 is disposed on the connecting plate 55 - the board surface, and the other end of the extending portion is soldered to the circuit board 4 to be electrically connected to the electronic unit 4, and the second row is first The contacts 62 are respectively flat on the two plates of the connecting plate 55. Each of the two rows of second terminals 70 is five. The second terminal 70 is provided with a springable extension. The extension extends to the connecting plate 55 at one end and is provided with a protruding second contact 72'. The other end of the portion is soldered to the circuit board 4 and electrically connected to the electronic unit 4. The two rows of second contacts 72 respectively protrude from the two boards of the connecting board 55 and are located behind the two rows of first contacts 62. The second contact 72 can be bounced up and down with the extension 71. The second row of the first contact 62 and the second row of the second contact 72 of the second row of the present embodiment are all connected to each other and the circuit numbers are arranged in opposite directions. With the above configuration, the adapter electrical connector is inserted into the front and back of the connecting plate 55 32 201242180. The connecting slot of the electrical connection base can be positioned and electrically connected. Referring to FIG. 43 and FIG. 44, it is a twenty-first embodiment of the present invention, which is an adapter electrical connector having a dual connection interface, which comprises an outer cover 3, a circuit board 40, and a connection. The board 55, an electronic unit 4 and a limiting structure 5〇, wherein: the outer covering 30 is made of a plastic material. The rear portion of the circuit board 40 is fixed in the outer cover 3, and the front portion of the circuit board 4 is exposed outside the outer cover 3G, that is, the connecting plate 55. The two sides of the connecting plate 55 are provided with two rows. The first contact 4 is the circuit contact formed on the circuit board 4G, and the second row of the first contact 41 is a different connection interface. In addition, the shape of the connecting plate 55 is symmetrical with respect to the front and back sides, so that the front and back double-sided butt joints are positioned to be electrically connected to the female base. The electronic unit 4 is -USB2. The 0-connected electrical connection base and a switching circuit are disposed in the outer cover 30, and are electrically connected to the circuit board 4, and the two rows of first contacts 41 are electrically connected to the electronic unit 4. With the above configuration, the adapter (4) connection board 55 is inserted into the connection slots of the electrical connection matings of the different connection interfaces for electrical connection. Please refer to FIG. 45 and FIG. 46' which are the twenty-second embodiment of the present invention, which is a 2. The 0-type adapter electrical connector is substantially the same as the twenty-first embodiment. The difference is that the two rows of the first-contact 41 of the present embodiment are all four identical connection interfaces and the circuit numbers are opposite each other. The electronic unit 4 is a socket and a switching circuit of the double connection interface. As shown in FIG. 46, the two sides of the tongue 413 of the electronic unit 4 are respectively provided with a row of first contacts 4U. The first contact 411 is a different connection interface, and the electronic unit 4 is disposed in the outer cover 3, electrically connected to the circuit board 33 201242180 40 'the two first contacts 41 electrically connect the electronic Unit 4. Please refer to FIG. 47 and FIG. 48, which are a twenty-third embodiment of the present invention, which is a USB3. The 0-type adapter electrical connector is substantially the same as the twentieth embodiment, and the difference is that the electronic unit 4 of the present embodiment is a double-sided electrical connection electrical connection male and a switching circuit, and the electronic unit 4 The top surface and the bottom surface of the connecting groove 410 are provided with a row of first contacts 411 and a row of second contacts 412'. One of the top faces is a first contact μ丨 and a row of second contacts 412 and a bottom surface The row of first contacts 411 and the row of second contacts 412 are the same connection interface and the circuit numbers are arranged in opposite directions. In addition, the lower plate surface of the connecting plate 55 is provided with a protruding limiting structure 50. . Referring to FIG. 49, a twenty-fourth embodiment of the present invention is a USB2 〇 specification of a pen drive, which is substantially the same as the first embodiment, and the difference is that the connecting plate 55 and the limit structure of the present embodiment are Returning to the body, the upper and lower surfaces of the connecting plate 55 are flat. There is also a row of four first contacts 62. The two rows of first contacts 62 are formed in two rows of first terminals 60. The two rows of first contacts are recorded as the same connection interface and the circuit numbers are opposite to each other. 30 is a metal shell, and the outer covering 3 〇 covers the periphery of the connecting plate π to expose only the upper and lower plates. The two sides of the connecting plate 55 are provided with a positioning groove 35 and the portable disk is inserted. A female seat can be locked with the female seat by the positioning groove 35. The row of the first terminals 6 〇 can be buried and positioned to be positioned on the connecting plate 55 or the slabs are positioned on the connecting plate 55. Figure 50 is a twenty-fifth embodiment of the present invention, which is a USB2. 随 之 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的 的The dirty and compliant portable disk is substantially the same as the twenty-fourth embodiment, except that the cover 3 of the present embodiment is provided with a positioning elastic piece %, which can be borrowed when the portable disk is inserted into a female seat. The positioning elastic piece 36 and the 凊 图 图 图 , , , 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 0 gauge, a circuit board 40, a connecting board 55, an electronic single tc4, and a limit structure 5〇, which are substantially the same as the first embodiment, the difference being that the connection secret and the secret paste of the present embodiment are Na-body molding. The circuit board 4 is thinner. The rear end of the connecting board 55 is provided with a sleeve groove 52 for the circuit (4) - the end is inserted into the cassette. The lower surface of the connecting board 55 is flatly provided with a row of 4 first connections. Point, the second row of the first contact - into the second - end box, the second row of the first contact 62 is the same connection interface and the circuit sequence ribs are arranged opposite each other, the second row of the first contact 62 are electrically The s circuit board 40 is connected to the electronic unit 4 as a storage unit, and is electrically connected to the circuit board for covering the outer cover 30. The memory unit 45 includes a memory 43 and a control circuit 45. The control circuit 45 is controlled by a control unit. The operation of the memory unit 43 of the electronic unit, the two rows of first contacts 62 are electrically connected to the electronic unit 4. With the above configuration, the circuit board 4 can adopt a thin plate body. When the thickness of the outer cover 3 is substantially the same as the thickness of the connecting plate 55, the circuit board 40 located in the outer cover 3 is still provided. There is enough space to set up the electronic unit 4. Referring to FIG. 53, a twenty-eighth embodiment of the present invention is a USB2. The utility model includes a cover 30 circuit board 40, a connecting board 55, an electronic unit 4 and a limiting structure 50, which are substantially the same as the first embodiment, and the difference is 35 201242180 in the present embodiment. The circuit board 40 is thinner, and the upper and lower boards of the front side of the circuit board 4 are respectively superposed on an upper and lower circuit board 422, 423. The upper circuit board 422, the circuit board 4 〇 and the lower circuit board 422 are extended. The connecting plate π is formed at the front end of the outer cover 30. The upper and lower circuit boards 422 and 423 are respectively provided with a row of four first contacts 41. The two rows of first contacts 41 are the same connection interface and the circuit serial numbers are mutually The two rows of first contacts 41 are electrically connected to the circuit board 4 through the conductive portion 420 of the connecting plate 55. The conductive portion 42 is formed by drilling and refilling the tin, and the electronic unit 4 is formed. Is a storage unit electrically connected to the circuit board 40 and covered by the outer cover 3, comprising a memory 43 and a control circuit 45, the control circuit 45 is for controlling the memory of the electronic unit In operation of the 43, the first row of the first contacts 41 is electrically connected to the electronic unit 4. Referring to FIG. 54, a twenty-ninth embodiment of the present invention is a USB2. The 随 之 之 , , , , , , , 〇 〇 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 423 电路The plastic plate 37 and the lower circuit board 422 extend beyond the front end of the outer cover 3 to form the connecting plate 55. Further, the conductive portion 420 is formed by welding a hole and inserting a terminal. Referring to FIG. 55, a thirtieth embodiment of the present invention is a dual interface flash disk, which is substantially the same as the twenty-ninth embodiment, except that the present embodiment is provided with two circuit boards 40 and an electronic unit. 4, the front panel of the two circuit boards is stacked with a plastic plate 耵 and protrudes from the front end of the outer cover 30 to form the connecting plate 55. The lower plate surface of the connecting plate 55 is respectively provided with a row of first contacts 41. The second row of first contacts 41 is a different connection interface, and the electronic unit is a storage unit and is covered by the outer cover 3〇, the electronic unit 4 includes 36 201242180 » the memory element 43 , a memory 44 and The second control circuit 45 controls the operation of the memory 43 and 44 respectively. One of the circuit boards 4 is provided with the memory and a control circuit 45. The memory 43 and a control circuit 45 are electrically connected. One of the first contacts 41 is arranged, the other circuit board 4 is provided with the memory 44 and another control circuit 45, and the memory 44 and the other control circuit 45 are electrically connected to the first row of the upper row. Point 41. Referring to FIG. 56 and FIG. 57, it is a third-J embodiment of the present invention, which is a USB2. The electrical connection line of the 0 specification is substantially the same as that of the eighteenth embodiment, and the difference is that both the surface of the connecting plate 55 of the present embodiment are integrally formed with a protruding limiting structure, thereby preventing the first contact 62 from being short-circuited. In addition, the first contact 62 of the connecting board 55 having the circuit board number 丨 (transmission VCC) is electrically connected to a Xiaoji diode 46, and is electrically connected to one of the electric connecting lines, by the Xiao Jiji The pole body 46 can prevent current from flowing backwards, so as to ensure that the first contact 62 of the transmission VCC is not short-circuited, and in addition to using the Xiaoji diode to prevent short circuit, other anti-backflow electronic components or short-circuit prevention electronic components or circuit safety protection can also be used. Component or safety circuit setting means to achieve circuit safety protection. The front side, the two side edges and the rear side of the connecting plate 55 of the embodiment are sleeved with a metal shell 38. The metal shell 38 is provided with a positioning groove 35 on each side of the connecting rod 55. When the electric connecting line is inserted into a female seat, the socket can be borrowed. The positioning groove 35 is locked with the female seat. Please refer to FIG. 58 , which is a thirty-second embodiment of the present invention, which is a USB 2. The electrical wiring of the specification is substantially the same as that of the thirty-first embodiment, except that a reinforcing plate 59 of a metal material is further disposed in the connecting plate 55 of the present embodiment. Referring to FIG. 59, it is a thirty-third embodiment of the present invention, which is a USB2. The electrical connection line of the specification is substantially the same as that of the thirty-second embodiment. The connection plate 55 is also provided with a metal reinforcing plate 59. The difference is that the metal shell is not provided in the present embodiment. The connecting board of the present invention is directly in contact with and fixed to the outer covering, and is different from the electronic component of the package on the display card by the pins fixed to the circuit board, and is specifically claimed herein. Referring to FIG. 60, FIG. 61, FIG. 62, and FIG. 63, it is a thirty-fourth embodiment of the present invention, which is a USB2. The utility model relates to a flash drive of a specification, which can be electrically connected to the mother and the female, and comprises an outer cover 3〇, a circuit board 4〇, a connecting plate 55, an electronic unit 4 and a limiting structure 5 And a row of first terminals 6〇, wherein: the circuit board 40 is provided with an insulating base 34 on the front side of the circuit board 40 to form the connecting board 55. The connecting board 55 of the present embodiment has a mating structure, and the insulating base body is provided with the one. Four first terminals 60 are arranged, and each of the first terminals 60 is provided with a first contact 62 that is flatly attached to the upper surface of the connecting plate 55 and extends with a pin 64 to be soldered to the circuit board 55. The front end of the connecting plate 55 is bent down to the upper surface of the circuit board 4 to be soldered in an SMT manner, so that the upper area of the rear portion of the circuit board 40 is not occupied, which is beneficial to the use of the rear side of the circuit board 4, the front side of the circuit board 40 A row of four gold fingers of a first contact 41 is formed. The row of first contacts 41 forms a connection interface of the lower plate surface of the connecting plate 55. The insulating base body 34 has a door shape in cross section, so that the insulating base body 34 is provided. A space 39 is formed between the front section of the circuit board 4, so that the electronic component can still be disposed on the front section of the circuit board 40. Piece 43 〇, the circuit board 4 is a thin plate, about 0. 3mm to 0. 5mm. The first row of contacts 62, 41 of the second row are all USB2. 0 connection interface, can transmit VCC, USB D-, USB D+ and GND signals, the first row 41 of the second row is the same connection interface and the circuit numbers are reversed, as shown in Figure 62, The circuit number of the first contact 62 of one of the upper plates of the upper plate of the connecting plate 38 201242180 55 is from right to left, ",,, a4, the circuit number of the first contact 41 of one of the lower plates of the connecting plate 55 From right to left, it is b4 ' b3 ' b2, Μ. In addition, the shape of the connecting plate 55 is symmetrical in front and back, so that the front and back double-sided docking can be positioned on an electrical connection base. The two rows of first contacts 62, 41 The same circuit serial number is electrically connected and connected in series. That is, a and Μ are electrically connected, a2 and b2 are electrically connected, a3 and b3 are electrically connected, and a4 and b4 are electrically connected, wherein al and bl are power contacts, and must not be connected. A short circuit is caused, so "and" are first electrically connected to each other via a Xiaoji diode 46, and the role of the Xiaoji diode 46 is mainly to prevent current from flowing back. Thus, the short circuit prevention effect can be achieved. Body short circuit protection is a way of electronic safety protection against backflow or short circuit However, there are also various ways, such as providing anti-backflow electronic components or short-circuit prevention electronic components or circuit safety protection components or safety circuit setting means, thereby achieving circuit safety protection effect. The outer cover 30 and the connecting plate 55 are combined into a one-to-one connection structure. The covering body 3 is integrally molded with the insulating seat body 34. The outer covering body 3 covers the rear surface of the circuit board 4, and the outer covering body 3 has a door shape, so that the outer covering body 3〇 There is also a space 39 between the rear portion of the circuit board 4. The electronic unit 4 is a storage unit electrically connected to the rear portion of the circuit board 4 and covered by the outer cover 30, which includes a memory and a a control circuit, the memory may be, but not limited to, a flash memory (flash memQry) or a read-only memory (R〇M), the size of the memory is not limited, and the control circuit controls the memory of the electronic unit In operation, the two rows of first contacts 62, 41 are electrically connected to the electronic unit 4. 39 201242180 In addition, the embodiment may further include a control means and the USB2. The 0-size portable disc is combined to perform a data storage and control program for the storage unit. The limiting structure 50 is integrally formed with the insulating base 34. The limiting structure 5 defines a rib in the front-rear direction on both sides of the connecting plate 55. The limiting structure 5 is compared with the connecting plate. The first contacts 62, 41 of the two panel faces protrude to protect the two rows of first contacts 41. The reinforcing plate 59 has a c-shaped metal surface, and is disposed on two sides of the insulating base 34. The reinforcing plate 59 extends from the connecting plate 55 to the rear portion of the circuit board 4 and is provided with a soldering plate 591 and the circuit. The plate 4 is welded and fixed. In addition, in the implementation, the insulating base 34 can also be directly provided with a plurality of small-area soldering plates, and the soldering plate and the circuit board can be welded to achieve the reinforcing effect. With the above construction, the present embodiment has the following advantages: 1. Forming a space 39 in the connecting plate 55 allows the electronic component 430 to be disposed on the front side of the circuit board 4. 2. The outer cover 30 and the insulating base 34 are plastic-molded and molded, which is simple in the manufacture. 3. At the same time, the «« electronic short-circuit prevention Xiaoji diode 46 and the mechanical anti-scratch and short-circuit proof limit structure 5〇 can ensure the safety of the circuit on both sides. The manufacturing method of this embodiment comprises the following steps: 1. Providing a circuit board, the circuit board has two groups arranged in reverse order in sequence. G connection interface circuit, circuit and contact point for group connection, anti-backflow or anti-short circuit or other electronic circuit safety device, circuit and contact of a 201242180 subunit, and reinforcing plate In the soldering area, the two sets of serially connected circuits of the connection interface are electrically connected to the circuit of the electronic unit, and the other side of the circuit board is provided with a set of USB2. 0 is a connection interface, which is a gold finger; 2. an insulating seat body is provided, the insulating seat body is a plastic seat body and is provided with a set of terminal structure USB2.0 connection interface, the terminal is provided with a pin, below the insulating seat Forming a space with the circuit board, the electronic component is arranged by the space, the insulating seat body is provided with a reinforcing plate, the insulating seat body integrally extends the length of the seat body to form an outer cover body, and the insulating seat body and the circuit are flush Flat, to completely cover the area of the circuit board to discharge electronic components, third, to provide anti-backflow electronic components or short-circuit proof electronic components or Xiaoji diode or other electronic circuit safety protection device; Fourth, provide an electronic unit, The electronic unit is a storage unit including a memory and a control circuit; 5. providing a soldering material to the solder joint of the electrical contact and the flip board; 6. the anti-backflow electronic component or short-circuit proof electronic component or The Xiaoji diode or other electronic circuit safety device, the f subunit, and the squad body are respectively arranged on the contacts of the circuit board, and the insulating body completely covers the circuit. On the discharge region of the electronic element; and seven, respectively affixed to the elements placed on the circuit board, a reflow soldering processing board to complete the simple double-sided sheet processing apparatus connected to the electronic interface process. In the above manufacturing method, the two sets of USB2 of the circuit board, the serial connection circuit of the 〇 connection interface, wherein the circuit of circuit number 1 is electrically connected to the _ anti-backflow electronic component or the anti-short 201242180 electronic component or the Xiaoji diode or Other electronic circuit safety protection devices, in addition, the insulating seat body is provided with a limit structure for preventing short-circuiting and protruding two sets of viewing interface. In addition, the electronic unit can be a wireless transceiver unit or a wireless transceiver unit, or can be a connection cable to form an electrical connection line male, or can be an adapter circuit and an electrical connector - an electrical connection The device may be an expansion circuit and a 'group electrical connection socket-expansion socket' or may be a control unit to form an ic controller. . The related manufacturing method of the present invention is also disclosed in other embodiments. Referring to FIG. 63A, the upper surface and the two sides of the cover 3 () and the two sides of the insulating base 34 of the thirty-fourth embodiment may be provided with a through hole 3 (1), so that the outer cover is The insulating base 34 is heat-sealed to the electric 4G or the reflowed welding plate plus 4 with air convection, and has a better heat sealing effect or better reflow soldering plate processing. Please refer to _ 'the thirty-fifth embodiment of the present invention, which is a USB flash drive of the -usb2 〇 specification, which is the same as the thirty-fourth embodiment, and the difference is that the circuit board 40 of the embodiment is thicker. Is 0. 8mm to 1. Imm. Please refer to the Secretary's (4) thirty-sixth embodiment, which is - hidden. The size of the flash drive is substantially the same as that of the thirty-fourth embodiment, and the pin 64 of the first terminal 60 of the row of the embodiment is bent downward from the rear end of the connecting plate 55 to the circuit board. The upper section is welded by SMT. "Monthly, Fig. 66 is a thirty-seventh embodiment of the present invention, which is an IW body of the specification, which is substantially the same as the thirty-sixth embodiment, and the difference is that the row of the embodiment The pin of the first terminal 6G is soldered through the circuit board, and the outer cover 3 is a sealing body, and the (10) glue covers the upper surface of the electric job 40, and at the same time, the insulating seat of the connector 42 201242180 is connected. The space between the body and the circuit board is filled up to increase the strength, which is also a way of reinforcing means. Please refer to FIG. 67 and FIG. 68, which are a thirty-eighth embodiment of the present invention, which is a USB2. A 0-port portable disc, which is substantially the same as the thirty-seventh embodiment, except that a second circuit board 422 is superposed on the front section of the circuit board 40 of the present embodiment to form the connecting board 55. A row of first contacts 41 is formed on the second circuit board and is a row of gold fingers, and a row of first contacts 41 of the lower plate surface of the connection plate is formed under the front section of the circuit board 40 and is - gold Fingers, in addition, the limit structure 5〇 is a two-insulation base body, respectively protruding above and below the connecting plate 55 and between the circuit numbers 1, 2 of the first row of the second row and the circuit number 3, 4 between. Referring to FIG. 69, FIG. 7G and FIG. 71, it is a thirty-ninth embodiment of the present invention, which is -USB2. The G-type portable disk, the A is the same as the thirty-seventh implementation, the difference is that the insulating seat of the connecting plate 55 of the embodiment and the outer covering 3 are both a sealing body, which is covered by a sealing method. On the upper surface of the circuit board 4, the front and rear ends of the first row and the terminal 6 are bent downwardly and 64. The upper surface of the circuit board is soldered by SMT, and the limit structure 50 is directly formed during sealing. The position of the bit structure 50 is the same as that of the thirty-eighth embodiment. Please refer to FIG. 72, ®73 and FIG. 74, which are embodiments of the present invention, which is -USB2. The G-type portable disk is substantially the same as the thirty-seventh embodiment, and the difference is that the circuit board 4G of the present embodiment is a thick plate 'about 1 〇 mm, and the insulating body 37 of the connecting plate 55 and the circuit board There is no space between the 40 fronts. Please refer to FIG. 75, FIG. 76 and FIG. 77, which are the fortieth-embodiment of the present invention, and the system is a working-disc of the G specification, which is roughly the same as the twenty-seventh embodiment, and the difference lies in the implementation. The second row of the first row is embedded in the joint towel, and the outer cover 30 is attached to the outer cover 30, which is covered with a _ way, and the other side of the connecting plate 55 is provided with a reinforcing The plate 59, the reinforcing plate _ metal material and has a concave cross section, the view (4) extends from the connecting plate 55 to the circuit board 4 (), and the reinforcing plate 59 is clamped and fixed to the circuit board 4 。. Referring to FIG. 78, it is a forty-second embodiment of the present invention, which is a USB flash drive of the __USB2 〇 specification, which is substantially the same as the fortieth embodiment, and the difference is that the first terminal 60 of the second row of the present embodiment The pins 64 are soldered to the top of the circuit board 4. Please refer to, 'Fourth (Four) forty-third, which is a pick-on of the acid-acid specification, which is roughly the same as the fortieth-embodiment, except that the connecting plate of the embodiment does not have a card slot card. Set the board 4〇. Referring to FIG. 80, it is a forty-fourth embodiment of the present invention, which is a portable disk of still the specification, which is substantially the same as the forty-second real-off, and the difference is that the first terminal of the second row of the embodiment The 6-pin pins 64 are soldered to the bottom of the board. Please refer to FIG. 81, FIG. 82 and FIG. 83, which are a forty-fifth embodiment of the present invention, which is a USB2. The 0-type portable disk is substantially the same as the thirty-fourth embodiment, and the difference is that a plastic block 312 is disposed on each of the lower sides of the front side of the circuit board 4 of the embodiment, and the two plastic blocks 312 are further laminated with a second The connecting board 55 is formed on the circuit board 424. The second circuit board 424 and the circuit board 4 are in a space and are aligned with each other. The connecting board 55 forms a first contact 41 on one of the board faces. The second circuit board 424 is outside and is a row of gold fingers. The first contact 41 of the other board surface of the connecting board 55 is formed outside the front section of the circuit board 201242180 40 and is a row of gold fingers. The second circuit board 424 and the circuit board 4 are fixedly coupled to the two plastic blocks 312 by the insertion end 425. The two plastic blocks 312 are integrally formed with the limiting structure. The outer cover 30 is a sealant. The cover plate covers the inner surface of the circuit board and the second circuit board 425. Referring to FIG. 84 and FIG. 85, it is a forty-sixth embodiment of the present invention, which is a USB2. The electronic device of the 0 specification is substantially the same as the thirty-sixth embodiment. The difference is that the cover 30 is a plastic case having a height greater than that of the connecting plate 55, so that the circuit board 40 is covered with a lion inner towel. Between the two sides of the circuit oil and the outer cover body have enough space to configure the relevant electronic components. Referring to FIG. 86, it is a forty-seventh embodiment of the present invention, which is a USB device of the USB2" specification, which is substantially the same as the thirtyth real butterfly, and the difference is that the cover 30 is - height outside the present embodiment. The plastic case is larger than the connecting plate 55, and the two circuit boards 40 are about 0. The 3mm thin plate is so that the two circuit boards 4 are disposed in the middle of the outer cover. The two circuit boards 40 are both versatile (4) configurable side electronic components, which can shorten the length of the entire electronic device. Please refer to Figure 87 and Figure 88, the fourth invention of the county invention, which is -逑 You dust USB2. The electronic device of the 0 specification is substantially the same as that of the thirty-fourth embodiment, and the difference is that the connecting plate 55 of the present embodiment is a butt joint structure, and the butt joint structure is a plastic material=insulation seat under the joint-circuit_, The insulation is provided with a row of the first terminals 60 13⁄4 butt joints, one of the first rows of the board faces is formed in the row of the first terminals 60 'the first row of the first terminals 6 〇 the extension pins are electrically connected to the circuit board, 45 201242180 Docking structure - the board - row - the contact 41 is formed under the circuit board 4G and is a row of gold fingers, the insulating base 34 and the circuit board 4 呈 a space, the electronic unit 4 The connection board 55 is electrically connected to the circuit board. The electronic unit 4 in the above-mentioned twenty-fourth to forty-eighth embodiments may be a wireless storage unit or a wireless connection unit, or may be a wireless transceiver unit. The wire is made up of an electric extension connector, or may be an adapter circuit and an electrical connector, or may be an expansion socket and an expansion socket and an electrical connection socket. It is a 1C controller for a control unit. In the manufacturing method described in the twenty-fourth embodiment, wherein the two groups of the circuit board are sequentially arranged in reverse by USB2. The serial connection circuit of the 0 connection interface and the rear of the contact point are further provided with two series of serially connected circuits and solder pads of the connection interface; the insulating base body is provided with two sets of USB3 terminals with a spring terminal structure. Connection interface, the spring terminal is provided with a pin, USB3. 0 connection interface on USB2. The 0 connection interface is behind; the circuit board is provided with a through slot for the spring terminal connection interface to be springed; thus, a USB3 〇 specification electronic product can be manufactured. In addition, in the manufacturing, the insulating seat body can also be directly provided with a plurality of small-area welding plates, and the welding plate can be welded to the circuit board to achieve the reinforcing effect, and the insulating seat body can also extend the length of the seat body separately. Forming an outer cover completely covers the area of the circuit board that discharges electronic components. Referring to FIG. 89 and FIG. 90, it is a forty-ninth embodiment of the present invention, which is a USB2. The 0-standard portable disk is substantially the same as the forty-first embodiment. The present embodiment is the same as the 46 201242180. The connecting plate 55 and the two rows of the first terminals 60 are plastically injection molded in an embedded manner. Each of the reinforcing plates 59 is made of a metal material and has an E-shaped cross section. The reinforcing plate 59 extends from the connecting plate 55 to the circuit board 4 , and the reinforcing plate 59 is clamped and fixed to the circuit board 40 . The difference is that the sealing body is not provided to cover the upper surface of the circuit board 40 and the electronic unit 4 is covered. In addition, the first row of contacts 62, 41 of the second row are all USB2. 0 connection interface, can transmit VCC, USB D-, USB D+ and GND signals, the first row 41 of the second row is the same connection interface and the circuit numbers are reversed, as shown in Figure 62, The circuit number of the first contact 62 of one of the upper surfaces of the connecting plate 55 is from right to left, & 1, a2, a3, a4, and the circuit of the first contact 41 of one of the lower plates of the connecting plate 55 The serial number is b4, b3 'b2' b from right to left. In addition, the shape of the connecting plate 55 is symmetrical with respect to the front and back sides, so that the front and back double-sided docking can be positioned on an electrical connection base. The same circuit numbers of the first rows of the first contacts 62, 41 are electrically connected and connected in series, that is, a1 and b1 are electrically connected, a2 and b2 are electrically connected, a3 and b3 are electrically connected, and a4 and b4 are electrically connected to each other. Bl is a power contact, and must not cause a short circuit. Therefore, both ai and w are electrically connected to each other via a Xiaoji diode 46. The role of the Xiaoji diode 46 is mainly to prevent current from flowing backwards. Short circuit effect. The above-mentioned use of the Xiaoji diode anti-short circuit is an electronic anti-backflow or short-circuit proof circuit safety protection method, but there are also various ways, such as providing anti-reverse electronic 7L pieces or short-circuit proof electronic components or circuit safety tilting elements. Or a safe circuit setting means, by virtue of the safety of the circuit. "Monthly, Fig. 91 is a fiftieth embodiment of the present invention, which is substantially the same as the forty-ninth embodiment 201242180. The difference is that the reinforcing plate 59 of the present embodiment has an IL-shaped cross section. Referring to the circle 92, which is a fifty-first embodiment of the present invention, which is substantially the same as the forty-ninth embodiment, the difference is that the reinforcing plate 59 of the present embodiment has a cross-section in a cross section. Referring to FIG. 93, it is a fifty-second embodiment of the present invention, which is substantially the same as the forty-ninth embodiment. The difference is that the cross-section of the reinforcing plate 59 of the present embodiment is also in the shape of a ^, but the circuit board is not engaged. . Please refer to FIG. 94 and FIG. 95, which are a fifty-third embodiment of the present invention, which is a USB2. The 0-standard portable disk is substantially the same as the forty-ninth embodiment. The difference between the present embodiment is that the reinforcing plate 59 and the connecting plate 55 are integrally formed of plastic, and the reinforcing plate 59 is integrally connected to the rear end of the connecting plate 55. Extending laterally, the reinforcing plate 59 also has a concave shape that fits on both sides of the circuit board 40. In addition, the wearing surface of the reinforcing plate 59 may have other shapes to fit or snap or bond the sides of the circuit board. Please refer to FIG. 96 and FIG. 97, which are a fifty-fourth embodiment of the present invention, which is a USB2. The 0-port portable disk is substantially the same as the forty-ninth embodiment. The difference in the present embodiment is that the reinforcing structure is a socket groove 52 provided in the connecting plate 55, and the front plate of the circuit board 4 is locked to the The socket groove 52 is located in the middle of the thickness of the connecting plate 55. Please refer to FIG. 98 and FIG. 99, which are a fifty-fifth embodiment of the present invention, which is a USB2. The 0-port portable disk is substantially the same as the fortieth embodiment and the forty-ninth embodiment. The present embodiment is similarly that the connecting plate 55 includes an insulating base 34 and a front portion of the circuit board 40. The insulating base 34 Provided on the front side of the circuit board 4, the row of first contacts 62 is disposed on the insulating base 34, and one row of the first contacts 48 on the insulating block is formed in the first row The first terminal 6 is provided with a pin 64 electrically connected or soldered to the circuit board 40'. The circuit board 4 is provided with a row of first contacts 41 below the circuit board 4, one of the circuit boards The first contact 41 is a circuit contact, and a reinforcing plate 59 is disposed on each side of the insulating base 34. The reinforcing plate 59 and the first row of terminals 6 and the insulating base 34 are embedded in plastic injection molding. The reinforcing plate 59 is made of a metal material and has an E-shaped cross section. The reinforcing plate 59 extends to the rear portion of the circuit board 4 and is soldered to the circuit board. The difference in this embodiment is that the sealing body is not provided to cover the circuit board. The electronic unit 4 is covered. Referring to Fig. 100', a fifty-sixth embodiment of the present invention is substantially the same as the fifty-fifth embodiment, except that the reinforcing plate 59 of the present embodiment has a y-shaped cross section. Referring to Fig. 101, a fifty-seventh embodiment of the present invention is substantially the same as that of the fifty-fifth embodiment. The difference is that the reinforcing plate 59 of the present embodiment has the same cross section. Referring to Fig. 102', a fifty-eighth embodiment of the present invention is substantially the same as that of the fifty-fifth embodiment. The difference is that the reinforcing plate 59 of the present embodiment has a U-shaped cross section. Referring to Fig. 103, a fifty-ninth embodiment of the present invention is substantially the same as that of the fifty-fifth embodiment. The difference is that the reinforcing plate 59 of the present embodiment has a cross section. Referring to FIG. 104, FIG. 105, FIG. 106 and FIG. 107, it is a sixtieth embodiment of the present invention, which is a USB2. A 0-port portable disc is substantially the same as the thirty-ninth embodiment. The difference in this embodiment is that a circuit board 4A and a second circuit board 424 are provided. The front panel of the circuit board 40 is provided with a row of four first connections. Point 41, the circuit board 4 is first soldered to an electronic unit 4, the two sides of the second reinforcing strip 59 and the front section are welded with four conductive strips 593, and then formed into an outer seal. The cover 3 covers the upper surface of the circuit 49 201242180 and the electronic unit 4, and exposes the upper ends of the two reinforcing plates 59 and the four conductive sheets 593. As shown in FIG. 107, the second circuit board 424 is provided on the upper surface. There are four rows of four first contacts 41 and a pad corresponding to the two reinforcing plates 59 and the four conductive sheets 593. The first row of the four first contacts 41 are arranged in opposite directions by the conductive portion 420. The second circuit board 424 is electrically connected to the upper surface of the outer cover 3 and the lower surface of the second circuit board 424 is soldered to the upper ends of the two reinforcing plates 59 and the four conductive sheets 593 to form a connecting plate 55. Thus, the upper and lower sides of the connecting plate 55 are respectively arranged in a row and the circuit numbers are sequentially arranged in reverse. Contacts. The manufacturing method of the embodiment includes the following steps: 1. Providing a circuit board 40, the circuit board 4 is provided with two sets of conductive contacts, the two sets of conductive contacts are arranged in reverse in series, and the anti-backflow Or the circuit and the contact of the short circuit or other electronic circuit safety protection device, the circuit and the contact of the electronic unit 4, and the contact of the reinforcing plate 59, the two sets of conductive contacts are arranged in reverse in series. Electrically connected to the circuit of the electronic unit 4, the two sets of conductive contacts are respectively disposed on different sides of the circuit board, and the first part of the circuit board 4 is electrically connected to the other side of the contact surface of the electronic unit 4 The point is a set of connection interfaces, that is, a row of 4 first contacts 41, which is USB2. The connection interface of the cymbal is provided. 1. An insulator is provided. The insulator is a second circuit board 424, and the other set of connection interfaces ′, that is, a row of first contacts 41, which is USB 2. 0 connection interface; 2, provide anti-backflow electronic components or short-circuit prevention electronic components or Xiaoji diode 46 or other electronic Wei safety protection device; Fourth, provide an electronic unit 4, plus a group of conductive contacts and reinforcement Plate 59, 50 201242180 The one set of conductive contacts is a set of conductive sheets 593; 5. The solder material is applied to the contacts of the circuit board 4〇. 6. The anti-backflow electronic pure or short-circuit proof electronic component or the Xiaoji diode or other electronic circuit safety device, the electronic unit 4, and the second board μ are respectively arranged and placed on the corresponding contacts of the circuit board 40. , when - the MU 忑 group conductive sheet 593 is placed on one of the conductive contacts on the surface of the circuit board; VII, the components placed on the circuit board 4G for reflow soldering processing; VIII, the welding The circuit board 4() having the above components is packaged to form an outer cover 30, and the circuit board 40 and the outer cover 3 are combined to form a package, and the set of conductive sheets 593 and 2 are The reinforcing plate 59 exposes the upper surface of the outer covering 3G, and the other side of the circuit board is connected to the interface, that is, a row of four first contacts 41 exposes one side of the circuit board of the package; a conductive sheet 593 and a reinforcing plate 59 on the upper surface of the outer cover; and a second circuit board 424 is superposed on the front surface of the upper surface of the outer cover 3, and the second circuit board 424 is connected The solder joint of the interface is connected to the set of conductive sheets 593 and the second circuit board 424 is provided with solder joints. Two reinforcement plates 59, and finally reflowed solder plate processing. The reinforcing structure described above employs a reinforcing plate 59, but a welding plate may be used, and the second circuit board 424 may be coupled to the outer covering 30 in an ultrasonic or high-frequency manner. Referring to FIG. 108, it is a sixty-first embodiment of the present invention, which is substantially the same as the sixtyth embodiment, except that the cover 30 further covers the sides of the circuit board 4 51 51 201242180. Referring to FIG. 1G9, it is a sixty-second embodiment of the present invention, which is substantially the same as the sixtyth embodiment, except that the insulating body 34 is laminated on the covering body 3, and the insulating seat body is laminated on the covering body 3 The row of first contacts 62 is formed on the upper surface of the row, and the row of first contacts 62 is formed on the row of the first terminals 6〇, and the insulating block body 34 is embedded in the first row of the row of terminals The first terminal (9) is provided with an upper end of four conductive sheets attached to the front portion of the outer cover 30. The insulating base 34 can be coupled to the outer cover 3 in an ultrasonic or high-wave mode. . Referring to FIG. 110, a sixth embodiment of the present invention is substantially the same as the thirty-fourth embodiment, except that the cover 3〇 and the insulating base 34 are separately disposed instead of being integrally formed. The outer cover 30 and the insulating base 34 can be coupled to the circuit board 4A in an ultrasonic or high-frequency manner. Please refer to FIG. 111, FIG. 112, FIG. 113 and FIG. 114, which are the sixty-fourth embodiment of the present invention, which is a USB2. The 0-standard portable disk is substantially the same as the thirty-fourth embodiment. The present embodiment includes a circuit board 4, two insulating bases 34, 34, an electronic unit 4, and an outer cover 30, wherein: A plurality of conductive contacts 43 are disposed on the upper and lower sides of the circuit board 40, and two soldering regions 432 are disposed at the front ends. The other two sides of the circuit board 40 are respectively provided with a soldering region 434 extending forward and backward. Each of the two insulating bases 34, 34' is provided with a set of conductive contacts, and the set of conductive contacts is a row of four first contacts 62, which are USB2. The connection interface of 0, the second row of the first contact 62 is formed in the second row of the first terminal 6〇, and the two insulating bases 34' and the second row of the first terminals 60 are respectively embedded in the plastic injection molding manner. The two rows of first terminals 52 201242180 60 are provided with pins 64 respectively soldered to a lower set of conductive contacts 430 on the lower surface of the circuit board 4, and the two rows of first terminals 6 〇 the front end 66 are soldered to the circuit board 4 In the upper and lower pads 432, the front ends of the two insulating seats 34, 34' are respectively provided with two notches 342, which can be repaired by the notches 342, and the insulating blocks 34 are larger on both sides. The sides are substantially flush with the circuit board 40, and a reinforcing plate 59 extending forward and backward is provided on both sides thereof, and the reinforcing plate 59 is welded to the welding zone 434. The electronic unit 4 is a storage unit 'which includes associated electronic components and control circuitry'. The electronic unit 4 is electrically coupled to the circuit board 4 . The outer cover 30 is an insulating sealant, and the circuit board 4 is soldered with a cover of the electronic unit 4 and the insulating base 34'. The insulating base 34 is first connected to the upper row. Point 62 exposes the upper surface of the outer cover 30. With the above configuration, the upper and lower sides of the front panel of the circuit board 40 are respectively provided with an insulating base member to open the connecting plate 55'. The connecting plate 55 has a plurality of connecting interfaces on both sides, that is, the row of first contacts 62. The manufacturing method of the embodiment includes the following steps: 1. Providing a circuit board 40, the circuit board is provided with two sets of conductive contacts 430, the two sets of conductive contacts are sequentially arranged in reverse series, and the anti-backflow or Circuit and contact point of short circuit or other electronic circuit safety protection device, circuit and contact of an electronic unit and soldering area 434 of reinforcing plate 59, the series circuit is electrically connected with the circuit of the electronic unit The contacts 430 are respectively disposed on different sides of the circuit board 40. 2. An insulator is provided. The insulator is an insulating base 34, and a set of USB2 is disposed thereon. 0 connection interface and reinforcing plate 59, which is a row of 4 first contacts 62, 53 201242180 terminals 60, the insulating base 34, and the molding method; the first row of the first row 62 is formed in a row The first terminal 60 of the row is embedded in a plastic injection electronic component or a Xiaoji diode or a second electronic circuit protection device for providing anti-backflow electronic components or short circuit protection; 4. Providing an electronic unit 4 and adding a set of conductive contacts, the external one of the set of conductive contacts on the insulating body 34', which is a group view of the connection interface 2 which is - row of 4 first - contact 62, the row The first contact 62 is formed in a row of the first terminal 6G, and the insulating base 34 and the row-terminal 6 () are embedded in a plastic injection molding method; ^ 432; providing a welding material to be applied thereto Circuit board 4G - surface contact and tan junction /,, the anti-backflow electronic component or associated electronic component or Xiaoji diode or other electronic circuit Anxiwei Wei and electronic unit 4 a corresponding contact point on the circuit board 40, the external one of the set of conductive contacts is the insulating seat material, the row The pin 64 of the first terminal 60 is attached to a set of conductive contacts 430 ′ on the surface of the circuit board. The front end 66 of the two first terminals 60 is connected to the soldering area 432; 7. The pins are respectively placed on the circuit board. The upper component is processed by reflow soldering; VIII. The circuit board with the above components is packaged to form an outer covering 3〇, and the circuit board 40 and the outer covering 30 are combined into a package. And the one of the plurality of conductive contacts, that is, the first contact 62 of the first row of the first terminals 6 露出 is exposed to the upper surface of the package 30 outside the package, and the conductive contact of the other side of the circuit board Passing out one side of the board of the package; 54 201242180 IX. Providing a solder material coated on one side of the board - a set of conductive contacts, a soldering area 432 and a soldering area 434 of the reinforcing board; and ten, the insulating body 34 is superimposed on the front side of the circuit board 4 of the package body, and the pin 64 of the row-terminal 6〇 of the insulating seat body 34 is connected to the group of conductive contacts coated with the splicing material, wherein the two - the front end (10) of the terminal 6Q is connected to the soldering area 432 'the reinforcing plate 59 is connected to the soldering Like area, it welded and Tan back plate processing. The insulating seat system on the front section of the circuit board 40 of the present embodiment adopts a smaller insulating base 34 to seal the county and the circuit board 4Q _ flush to find the edge body, and the insulating base 34' is mainly made from the combination. - The terminal 6Q is simple to manufacture, but the first row-terminal 6〇 can be directly soldered to the circuit board 4 再 and then directly sealed to form an insulating seat. > The above-mentioned reinforcing structure is a reinforcing plate 59, but a welded plate may be used, and the insulating seat 34 may be coupled to the circuit board in an ultrasonic or high-frequency manner. Referring to FIG. 115 and FIG. 116, it is a sixty-fifth embodiment of the present invention, which is a USB2. The 0-standard portable disk is substantially the same as the sixty-fourth embodiment. The difference is that the insulating body n body of the present embodiment is provided with a limited-ply 5G protruding-to-group connection interface and a group relative to the group-connecting interface. The conductive contact, that is, the limiting structure rib protrudes from the first contact 62 of one of the two sides of the connecting plate 55. The electronic military unit 4 in the above-mentioned forty-ninth embodiment to the sixty-fifth embodiment may be a wireless storage device or a wireless transceiver unit, or may be a wireless storage unit. Connected to the wire - the electrical connector male, or can be - adapter circuit and - electrical connector made - adapter electrical connector, or can be an expansion of electricity 55 201242180 road and a set of electrical connection socket to expand The socket, or can be a control unit - ic controller. The specific embodiments set forth in the detailed description of the preferred embodiments are intended to be illustrative only, and are not intended to be The scope of application for patents can be implemented in various changes. [Simple description of the drawing] Fig. 1 is a perspective view of a conventional portable disk. Figure 2 is a front cross-sectional view of a conventional flash drive. Figure 3 is a front elevational view of a conventional electrical connection female seat. Figure 4 is a front view of a conventional plug-in electrical connection female socket. Figure 5 is a perspective exploded view of the first embodiment of the present invention. Figure 6 is a perspective assembled view of a first embodiment of the present invention. Figure 7 is a front cross-sectional view showing a first embodiment of the present invention. Figure 8 is a schematic view showing the first connection of two rows of the first embodiment of the present invention. Figure 9 is a view showing the state of use of the first embodiment of the present invention. Figure 10 is a perspective assembled view of a second embodiment of the present invention. Figure 11 is a front cross-sectional view showing a second embodiment of the present invention. Figure 12 is a perspective assembled view of a third embodiment of the present invention. Figure 13 is a schematic view showing the tandem connection of the first rows of the second row of the third embodiment of the present invention. Figure 14 is a side cross-sectional view showing a fourth embodiment of the present invention. 56 201242180 Figure 15 is a front elevational view of a fourth embodiment of the present invention. Figure 16 is a perspective assembled view of a fifth embodiment of the present invention. Figure 17 is a perspective exploded view of a sixth embodiment of the present invention. Figure 18 is a perspective assembled view of a sixth embodiment of the present invention. Figure 19 is a perspective assembled view of a seventh embodiment of the present invention. Figure 20 is a perspective assembled view of the front side of the eighth embodiment of the present invention. Figure 21 is a perspective assembled view of the reverse side of the eighth embodiment of the present invention. Figure 22 is a side cross-sectional view showing a ninth embodiment of the present invention. Figure 23 is a side sectional view showing a tenth embodiment of the present invention. Figure 24 is a side cross-sectional view showing an eleventh embodiment of the present invention. Figure 25 is a perspective assembled view of a twelfth embodiment of the present invention. Figure 26 is a front cross-sectional view showing a twelfth embodiment of the present invention. Figure 27 is a side cross-sectional view showing a twelfth embodiment of the present invention. FIG. 2 is a schematic diagram of a diverter switch device and a control circuit according to a twelfth embodiment of the present invention. Figure 29 is a diagram showing a switch device and a control circuit of a twelfth embodiment of the present invention. Figure 30 is a schematic diagram of a diverter switch device and a control circuit of a twelfth embodiment of the present invention. Figure 31 is a schematic diagram of a diverter switch device and a control circuit of a thirteenth embodiment of the present invention. Figure 32 is a block diagram showing a switch device and a control circuit of a fourteenth embodiment of the present invention. Figure 33 is a front plan view showing a fifteenth embodiment of the present invention. Figure 34 is a plan view showing the reverse side of the fifteenth embodiment of the present invention. Figure 35 is a front cross-sectional view showing a sixteenth embodiment of the present invention. Figure 36 is a front plan view showing a seventeenth embodiment of the present invention. 57 201242180 Figure 37 is a plan view showing the reverse side of the seventeenth embodiment of the present invention. Figure 38 is a top plan view of an eighteenth embodiment of the present invention. Figure 39 is a side cross-sectional view showing an eighteenth embodiment of the present invention. Figure 39A is a front cross-sectional view showing an eighteenth embodiment of the present invention. Figure 40 is a perspective assembled view of a nineteenth embodiment of the present invention. Figure 41 is a side sectional view showing a nineteenth embodiment of the present invention. Figure 42 is a side cross-sectional view showing a twentieth embodiment of the present invention. Figure 43 is a side cross-sectional view showing a twenty-first embodiment of the present invention. Figure 44 is a front cross-sectional view showing a twenty-first embodiment of the present invention. Figure 45 is a side cross-sectional view showing a twenty-second embodiment of the present invention. Figure 46 is a front elevational view of a twenty-second embodiment of the present invention. Figure 47 is a side cross-sectional view showing a twenty-third embodiment of the present invention. Figure 48 is a perspective view of a connecting plate of a twenty-third embodiment of the present invention. Figure 49 is a perspective assembled view of a twenty-fourth embodiment of the present invention. Figure 50 is a perspective assembled view of a twenty-fifth embodiment of the present invention. Figure 51 is a perspective assembled view of a twenty-sixth embodiment of the present invention. Figure 52 is a side cross-sectional view showing a twenty-seventh embodiment of the present invention. Figure 53 is a side cross-sectional view showing a twenty-eighth embodiment of the present invention. Figure 54 is a side sectional view showing a twenty-ninth embodiment of the present invention. Figure 55 is a side sectional view showing a thirtieth embodiment of the present invention. Figure 56 is a perspective assembled view of a thirty-first embodiment of the present invention. Figure 57 is a front cross-sectional view showing a thirty-first embodiment of the present invention. 58 201242180 Figure 58 is a perspective assembled view of a thirty-second embodiment of the present invention. Figure 59 is a perspective assembled view of a thirty-third embodiment of the present invention. Figure 60 is a top plan view of a thirty-fourth embodiment of the present invention. Figure 61 is a side cross-sectional view showing a thirty-fourth embodiment of the present invention. Figure 62 is a front cross-sectional view showing a thirty-fourth embodiment of the present invention. Figure 63 is a perspective view showing a thirty-fourth embodiment of the present invention. Figure 63A is another perspective view of a thirty-fourth embodiment of the present invention. Figure 64 is a perspective view of a thirty-fifth embodiment of the present invention. Figure 65 is a side cross-sectional view showing a thirty-sixth embodiment of the present invention. Figure 66 is a side sectional view showing the thirty-seventh embodiment of the present invention. Figure 67 is a side sectional view showing the thirty-eighth embodiment of the present invention. Figure 68 is a front cross-sectional view showing a thirty-eighth embodiment of the present invention. Figure 69 is a top plan view of a thirty-ninth embodiment of the present invention. Figure 70 is a side cross-sectional view showing a thirty-ninth embodiment of the present invention. Figure 71 is a front cross-sectional view showing a thirty-ninth embodiment of the present invention. Figure 72 is a top plan view of a fortieth embodiment of the present invention. Figure 73 is a side sectional view showing a fortieth embodiment of the present invention. Figure 74 is a front cross-sectional view showing a fortieth embodiment of the present invention. Figure 75 is a top plan view of a forty-first embodiment of the present invention. Figure 76 is a side cross-sectional view showing a forty-first embodiment of the present invention. Figure 77 is a front elevational view of a forty-first embodiment of the present invention. Figure 78 is a side cross-sectional view showing a forty-second embodiment of the present invention. 59 201242180 Figure 79 is a side cross-sectional view showing a forty-third embodiment of the present invention. Figure 80 is a side cross-sectional view showing a forty-fourth embodiment of the present invention. Figure 81 is a top plan view showing a forty-fifth embodiment of the present invention. Figure 82 is a side cross-sectional view showing a forty-fifth embodiment of the present invention. Figure 83 is a front cross-sectional view showing a forty-fifth embodiment of the present invention. Figure 84 is a perspective view of the forty-sixth embodiment of the present invention (the outer cover is removed). Figure 85 is a perspective view showing a forty-sixth embodiment of the present invention. Figure 86 is a side sectional view showing the forty-seventh embodiment of the present invention. Figure 87 is a perspective view showing a forty-eighth embodiment of the present invention. Figure 88 is a side sectional view showing the forty-eighth embodiment of the present invention. Figure 89 is a side cross-sectional view showing a forty-ninth embodiment of the present invention. Figure 90 is a rear cross-sectional view showing a forty-ninth embodiment of the present invention. Figure 91 is a rear elevational view of the fiftieth embodiment of the present invention. Figure 92 is a rear elevational view of the fifty-first embodiment of the present invention. Figure 93 is a rear elevational view of the fifty-second embodiment of the present invention. Figure 94 is a side cross-sectional view showing a fifty-third embodiment of the present invention. Figure 95 is a rear elevational view of the fifty-third embodiment of the present invention. Figure 96 is a side cross-sectional view showing a fifty-fourth embodiment of the present invention. Figure 97 is a rear elevational view of the fifty-fourth embodiment of the present invention. Figure 98 is a side cross-sectional view showing a fifty-fifth embodiment of the present invention. Figure 99 is a rear elevational view of the fifty-fifth embodiment of the present invention. Figure 100 is a rear elevational view of a fifty-sixth embodiment of the present invention. 201242180 Figure 101 is a rear view of the fifty-seventh embodiment of the present invention. Figure 102 is a rear elevational view of the fifty-eighth embodiment of the present invention. Figure 103 is a rear elevational view of the fifty-ninth embodiment of the present invention. Figure 104 is a side cross-sectional view showing a sixtieth embodiment of the present invention. Figure 105 is a front cross-sectional view showing a sixtieth embodiment of the present invention. Figure 106 is a perspective assembled view of a sixtieth embodiment of the present invention. Figure 107 is a bottom perspective view of a sixtieth embodiment of the present invention. Figure 108 is a perspective assembled view of a sixty-first embodiment of the present invention. Figure 109 is a perspective assembled view of a sixty-second embodiment of the present invention. Figure 110 is a perspective exploded view of a sixty-third embodiment of the present invention. Figure 111 is a front perspective exploded view of a sixty-fourth embodiment of the present invention. Figure 111 is a perspective exploded view of the reverse side of the sixty-fourth embodiment of the present invention. Figure 113 is a front perspective exploded view of the sixty-fourth embodiment of the present invention after sealing. Figure 114 is a front perspective assembled view of the sixty-fourth embodiment of the present invention after sealing. Figure 115 is a front perspective exploded view of the sixty-fifth embodiment of the present invention after sealing. Figure 116 is a front perspective assembled view of the sixty-fifth embodiment of the present invention after sealing. [Main component symbol description] Drive 1 Drive 3 Plastic seat 10 Circuit board 15 Contact 16 Electrical connection Female 20 Connection groove 21 Tab 22 Contact 23 Metal case 25 Spring 24 201242180 Cover 30 Housing 33 Positioning Shrapnel 36 Space 39 Electronic unit 4 Through hole 42 Memory 44 1C Control wafer 47 Connection groove 410 Tab 413 Wire 419 Lower circuit board 423 Conductive contact 430 Card slot 52 Perforation 56 Reinforcing plate 59 First terminal 60 First contact 63 Second terminal 70 detection structure 80 fixed terminal 83 sliding button 91 lower seat 31 insulating seat 34 plastic plate 37 plastic block 312 circuit board 40 memory 43 control circuit 45 contact 48 first contact 411 contact 417 conductive portion 420 Second circuit board 424 soldering area 432 limiting structure 50 concave surface 57 soldering plate 591 extension 61 pin 64 extension 71 movable terminal 81 bump 85 chute 92 upper cover 32 positioning groove 35 metal shell 38 through hole 301 first Contact 41 Schottky diode 46 Circuit 49 Second contact 412 Contact 418 Upper circuit board 422 Insert 425 Solder zone 434 Connection plate 55 Docking configuration 58 Conductive sheet 593 First contact 62 Front end 66 Second contact 72 Movable terminal 82 switch device 90 guide Portion 9362