M361158 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種連接器及其相關電子模組，尤指—種可連接複 數個插頭之連接器及其相關電子模組。 【先前技術】 隨著電子科技的進步，電腦所能提供的功能日益強大，除了内部 強大的運算處職資觸存魏之外，電腦亦m卜接方式來達到 擴充儲存容量或增設多舰處理魏等絲，藉以因應使用者不同 的需求’舉娜說，外接式硬碟係可擴充電縣本有限的記憶容量， 而可攜式乡媒體裝置（如外接式絲機、燒錄鮮）則是可擴充電 腦的多媒體資源存取功能，並提供大容量資料備份的能力。上述外 接式裝置均須利用與電腦主機板上相對應之一連接埠的電性連接， 以與電腦進行資料傳輸、多媒體播放、以及充電等操作，外接式序 列進階技術附加裝置（External Serial Advanced Attachment，eSATA ) 連接埠即為一具代表性之例子。 所謂的外接式序列進階技術附加裝置連接埠係為設置於電腦主 機板上之高速㈣傳輸介面連料，主要是时外接式硬碟與電腦 之連接上，其應用方式係利用外接式序列進階技術附加裝置傳輸線 電連接外接式硬碟以及外接式序列進階技術附加裝置連接璋，藉以 使外接式硬碟可透過外接式序列進階技術附加裝置連接埠，以高速 4 M361158 的資料傳輸速度（最快可達每秒傳輸約3GB容量之資料）來進行與 電腦之間的大容量資料傳輸。值得注意的是，一般常見的外接妨 列進階技術附加裝置連接埠僅能用來傳輸資料，而外接式硬碟運作 所需之電源通常係利用通用序列匯流排（Universal Serial Bus，usb) 傳輸線電連㈣接式硬碟以及設置於電敝機板上的序列匯流 排連接蟑’藉以將電腦所提供之電力傳輸至外接式硬碟，以供應外 接式硬碟運作時之所需電力’或是外接核碟另外連接至外部電源 #裝置。因此，在可支援外接式硬碟駐機板設計上，财會同時酉'己 置有外接式序列進階技術附加裝置連接蟑以及通用序列匯流排連接 埠’以使電腦達顺外接式硬碟錢資料傳輸並可同時供給外接式 硬碟所需電力之效果’然而，由上述可知，由於在使用外接式硬碟 前，使用者必須先進行外接式序列進階技術附加裝置傳輸線以及通 用序列匯流排傳輸線（或外部電源連接線）之插 成使用者在制上的錢，騎縣雜频麵之增加 Φ 主機板上電路配置及整體空間規劃的問題。 f新型内容】 本創作係提供—種可連接複數個插頭之連接器，M361158 V. New description: [New technical field] This creation is about a connector and its related electronic modules, especially a connector that can connect a plurality of plugs and related electronic modules. [Prior Art] With the advancement of electronic technology, the functions that computers can provide are becoming more and more powerful. In addition to the powerful internal operations of the computer, the computer is also connected to expand the storage capacity or add multi-ship processing. Wei et al., in order to meet the different needs of users, said that the external hard disk system can expand the limited memory capacity of the county, while the portable town media device (such as external wire machine, burning fresh) It is a multimedia resource access function that can expand the computer and provide the ability to back up large data. The external device must use an electrical connection with a corresponding one of the computer motherboards for data transmission, multimedia playback, and charging operations with the computer, and an external serial advanced technology attachment (External Serial Advanced) Attachment, eSATA) The connection is a representative example. The so-called external serial advanced technology attachment device is a high-speed (four) transmission interface connected to the computer motherboard, mainly when the connection between the external hard disk and the computer is used, and the application mode is by using an external serial connection. The transmission line of the technology attachment device is electrically connected to the external hard disk and the external serial advanced technology attachment device port, so that the external hard disk can be connected through the external serial advanced technology attachment device to the data transmission speed of the high speed 4 M361158 (Up to up to 3GB of data per second) for large-capacity data transfer with computers. It is worth noting that the common external connection technology add-on device can only be used to transmit data, and the power required for the operation of the external hard disk usually uses the Universal Serial Bus (usb) transmission line. The electrical (4) hard disk and the serial bus connection on the power board are used to transmit the power provided by the computer to the external hard disk to supply the power required for the operation of the external hard disk. It is an external nuclear disk that is additionally connected to an external power supply #device. Therefore, in the design that can support the external hard disk board, the accounting also has an external serial advanced technology attachment device and a universal serial bus connection port to make the computer reach the external hard disk. The effect of the money data transmission and the power required for the external hard disk can be supplied at the same time. However, as described above, since the external hard disk is used, the user must first perform the external serial advanced technology attachment transmission line and the general sequence convergence. The transmission line (or external power connection line) is inserted into the user's money, and the riding frequency of the county is increased by Φ. The circuit configuration on the main board and the overall space planning problem. f new content] This creation provides a connector that can connect multiple plugs.
體，其内係形成有一第—中空槽孔以及一第二中空槽孔，該第二 連通物均测㈣娜H U 鄉-巾空槽簡；—第二料，其係設置於該殼 " 卫槽孔内；-外接式相進眺麵加裝置 組，其係設置於該第―舌片之—第—社，絲傳輸電力；二= 5 M361158 式序列進階技術附加裝置資料傳輸接腳組，其係設置於該第一舌片 之一第二面上，用來傳輸資料；以及一通用序列匯流排接腳組，其 係設置於該第二舌片上。 本創作另提供一種包含有可連接複數個插頭之連接器之電子模 組，其包含有一電路板；一儲存裝置，其係電連接於該電路板；一 電源供應裝置，其係電連接於該電路板；以及一連接器，其係固定 •於該電路板上，該連接器包含有一殼體，其内係形成有一第一中空 槽孔以及一第二甲空槽孔，該第一中空槽孔係連通並實質上平行於 第一中空槽孔’一第一舌片，其係設置於該殼體之該第一中空槽孔 内；一第二舌片’其係設置於該殼體之該第二中空槽孔内；-外接 式序列進ρ白技術附加裝置電源接腳組，其係設置於該第一舌片之一 第-面上且電連接於該電源供應裝置，用來進行該電源供應裝置與 一電子裝置之_電力傳輸；—外接式序舰階技_加裝置資料 瞻傳輸接腳組’其係設置於該第一舌片之一第二面上且電連接於該儲 存裝置’用來進行贿键置與該電子装置之_資料傳輸；以及 -通用序列匯流排接腳組，其係設置於該第二舌片上。 【實施方式】 。月多一閱第1 ®以及第2圖，第J圖為本創作一電子模組之功 能方塊示細，第2 _第1圖為電子模組1G之部分示意圖。電子 ’、，匕匕有電路板12、一儲存裝置Η、-電源供應裝置16， 、連接器18。儲存裝置14係電連接於電路板12，電源供應裝 6 M361158 =6 _連接於電路板12，在本麟實施射，電子模㈣係較 桌上㈣觸或疋筆記型電觸，以此類推，電路板】2係為對 ^桌上±電域疋3峰記型電腦之—域板，耐轉裝置Μ以及 2供應裝置丨6則疋分別絲於該主機板上之—資料儲存設備（如 硬碟）以及一電源供應器。 接著，如第2圖所示，連接器18係固定於電路板12上，連接器 18包含有-殼體2〇、—第—舌片22、—第二舌片％、—外接式序 列進階技術附加裝置電源接腳組％、一外接式序列進階技術附加裝 置資料傳輸接腳組28 ’以及一通用序列匯流排接腳組如；殼體如 内係形成有-第-中空槽孔32以及一第二中空槽孔％，第一中空 槽孔Μ係連通並實質上平行於第二中空槽孔％，在本創作之實施 例中H空槽孔32係對應―般常狀外接式序親階技術附加 裝置插頭之形狀，而第二中空槽孔34之形狀係對應一般常見之通用 序列匯流排插頭之形狀’也就是說，連接器18係利用第—中空槽孔 32以及第一中空槽孔34之結構設計而允許使用者可將一外接式序 列進階技術附加裝置插頭以及一通用序列匯流排插頭插入連接器 18 ’以利㈣與-電子裝置進行麵傳輸或電力供輸等動作。 此外，由第2圖可知，第一舌片22係設置於殼體2〇之第一中空 槽孔32内，而第二舌片24則是設置於殼體2〇之第二中空槽孔％ 内’第一舌片22與第二舌片24係較佳地相距υ公釐(mm)，以收 縮減連接H 18體積之功效，然第—舌片η與μ相距之距 M361158 離亦"T因應連接器18不同的應用需求而有所變動，舉例來說，若是 將第一舌片22以及第二舌片24之間距從1.5mm之距離擴大至允許 外接式序列進階技術附加裝置插頭以及一通用序列匯流排插頭可 同時插入之距離，則使用者即可同時將一外接式序列進階技術附加 裝置插頭以及一通用序列匯流排插頭分別插接連接器18令之第一 舌片22以及第二舌片24,藉以使連接器18具有同時可插接不同電 子裝置的功效。 接著，上述外接式序列進階技術附加裝置電源接腳組26係設置 於弟舌片22對應苐二舌片24之一第一面36上且電連接於第1 圖所示電路板12上之電源供應裝置16，外接式序列進階技術附加 裝置電源接腳組26係較佳地包含有二電源接腳彈片％，其係用來 進行電源供應裝置16與一電子裝置之間的電力傳輸；外接式序列進 階技術附加裝置資料傳輸接腳組28係設置於第一舌片22相對第二 舌片24之一第二面40上且電連接於第}圖所示之儲存裝置14，外 接式序列進階技術附加裝置資料傳輸接腳組28係較佳地包含有複 數個資料傳輸接腳彈片42，其係用來進行儲存裝置14與該電子裝 置之間的資料傳輸；最後，通用序列匯流排接腳組3〇係設置於第二 舌片24上’至於通用序列匯流排接腳組3〇在第二舌片％上的接腳 配置係與先前技術中常見的通用序_流排接腳設計相同，故於此 不再贅述。 以下係以-筆記型電腦與一外接式硬碟之連接為例來進行連接 8 M361158 器i8之結構的詳細說明，意即以下描述係以電路板u 記型電腦之-主機板，儲棘置14為安裝於触機板上之—資= 存設備’以及電源供應襄置16為安裝於該主機板上之—電源供 之前提下來進行連接器18之作動說明。當使用者欲將一外接式硬碟 電輕於一筆記型電腦時，首先，使用者係可使用符合連接器 内第-舌片22之規格的-外接式序列進階技術附加裝置傳輪線，並 將其兩端分別插接於連接器18之第—舌片22以及—外接式硬碟之 ❿一外接斜舰階技細加裝置連糾，歧值躲意的是，由上 述可知，由於本創作之連接器18之第—舌片22上之第_面％以及 第二面40係分別設置有二電源接卿彈片％以及複數個資料 腳彈片42 ’因此，上述之外接式序列進階技術附加裝置傳輪線以及 該外接式硬碟之外接式序列進階技術附加裝置連接埠内部亦須具有 相對應之電路配置的設計’也就是說，夕卜接式序列進階技術附域 置傳輸線内部的電線配置係須具有對應二電源接腳彈片％以及複 ⑩數個資料傳輸接腳彈片42之電線’而該外接式硬碟之外接式序列進 階技術附加裝置連接璋内則是須具有對應二電源接腳彈片％以及 複數個資料傳輸接腳刹42之接腳彈片。如此—來，藉由該外接式 序列進階技術附加裝置傳輸線分別與連接器18内第一舌片~22以^ 該外接式硬碟之外減序舰階技娜加裝置連料之電性連接， 該外接式硬碟不僅可透過連接n 18之第—舌片22上之複數個資料 傳輸接腳彈片42而進行與儲存裝置14之間的資料傳輸，同時亦可 透過連接器18之第-舌片22上之二電源接腳彈片％而自電源供應 裝置⑽收到其運作所需之電力，換言之，在該外接式硬碟透過^ M361158 接裔18之第一舌片22上之複數個資料傳輸接腳彈片42而與儲存裝 置Η進行資料傳輸的雜中，由於該外接式硬碟可啊透過連接器 18之第-舌片22上之二電源接腳彈片38而自電源供絲置μ接 收到其運作所需之電力，因此，使用者即可不須額外使用一通用序 列匯流排傳輪線電連接該外接式硬碟以及該筆記型電腦上之一通用 序列匯流排連接埠，以使該外接式硬碟另外再從該通用序列匯流排 連接埠接㈣自獅供應裝置16所傳來之電力，如此即可簡化該外 •接式硬碟與該筆記型電腦之間的傳輸線插接流程。 此外由第2圖可知，除了外接式序列進階技術附加裝置之設計 外’連接器18之第二舌片24亦同時配置有通用序列匯流排接腳組 如此-來’使用者亦可使用一通用序列匯流排傳輸線分別插接 =連接益18之第二舌片24以及-電子裝置（如隨身碟、滑鼠等）， 错以進行該電子裝置後續之相關操作。 〜综上所述’連接器18不僅可透過第一舌片22上對應序列進階技 術附加裝置規格之二電源接腳彈片38以及複數個資料傳輸接腳彈 片犯之設計，以允許使用者只須使用一傳輸線即可同時完成該外接 2碟與該筆記型電腦之間的龍傳輸與電力供應，同時亦可透過 f舌片22以及第一舌片24分別位於同一殼體内不同槽孔中之設 2 Μ解決先前技術中單一外接式序列進階技術附加裝置連接痒與 用序列匯流排連接棒以平行堆疊之方式設置於主機板上的設 冲所f來的連接器體積增加的問題。 M361158 值件-提的是，本獅之實關係可加設—絲料於第—中空 槽孔32與第二令空槽孔34之結構内，以避免使用者誤將一外接式 序列進階技術附加裝置插頭插接於連接器18之第二舌片Μ上歧 將-通用序舰流排插輸接於連接器18之第上= 電路短路燒毀的情況發生，上述設計係可為先前技術中常見之 設計，财說’在糊作之實施射，第—巾空航32之寬度係 可设計為大於第二中空槽孔34之寬度 二 插接錯誤的_發生。祕，卜加^防止_者傳輸線 、 卜上述外接式序列進階技術附加裝置雷 源接腳組26以及外接式序列進階技術附城置細 之設置亦™於找_顺紅輯，_綠，外= 列進階技術附加裝置電源接聊組26亦可改為設置於第一舌片。之 傳輸接心 種配置，端視魏應用而定。 W木用何 此外’請參閱第3圖’第3圖為第2圖 示意圖，由第3圖可知，連接器18俘 、， σΡ刀側面 / ,λ. 係以苐—中空槽孔32之善缸士 向（即第3圖中之X轴方向）以及第— 之長軸方 ㈣之方歧胁魏板12上^ 2 #^ ^仃於電路 方式係可不限於如第3圖所示之方;^= 8與電路心之連接 及第頂，第4圖為本創作另一實1冰說’請參閱第4圖以 』作力貫知例連接器18連接於雷社” 上之部分側面示_，第5 _為 連接於電路板12 J作另一實施例連接器18連接 M361158 於電路板12上之部分示意圖，也就是說，連接器18與電路板12 之連接方式係可從如第3圖所示之設計變更為如第4圖所示之連接 器18以第一中空槽孔32之長軸方向（如第4圖中之χ軸方向）以 及第一舌片22實質上均垂直於電路板I2之方式連接於電路板12 上的設計，或是變更為如第5圖所示之連接器18以第一舌片22實 質上垂直於電路板12以及第—中空槽孔32之短軸方向（如第5圖 中之Υ軸方向）實質上平行於電路板12之方式連接於電路板12上 •的設計，至於採用何種連接方式，可端視連接器18於電路板12上 合適之機構配置而定。 相較於先前技術中須同時使用外接式序列進階技術附加裝置傳 輸線以及通用序列匯流排傳輸線之插接來完成連接器與一外接式裝 置之間的資料傳輸以及電源供應，本創作係透過於舌片上設置對應 外接式序_階技細加裝置規格之二電源接響#以及複數個資 料傳輸接響#之設計’以允許侧者賴制—外接式序列進階 技術附加裝置傳輸線即可同時完成連接器與一外接式裝置之間的資 料傳輸與電力供應，如此即可大大地簡化以往外接式裝置在傳輸線 插接上所帶來的繁複流程。除此之外，本創作亦可透過將各自對應 外接式序列進階技術附加裝置插頭與通用序列匯流排插頭的二舌片 刀別叹置於同-連接器殼體内不同槽孔中之設計，以解決先前技術 中單-外接式序列進階技術附加裝置連接琿與單—通用序列匯流排 連接埠以平行堆疊之方式設置於主機板上的設計所帶來的連接器體 積增加的問題，如此-來’隨著連接器體積的縮小，主機板上整體 12 M361158 空間規_卩可具妓大岐計彈性 圍 μ上魏縣本創狀触實關，凡依本創 所做之均_咖飾，⑽相狀涵蓋_。利軌 【圖式簡單說明】 :圖為本創作-電子模組之功能方塊示意圖。 ，2圖為第1圖為電子模組之部分示意圖。 第3圖為第2圖電子模組之部分側面示意圖。 示惫第圖4。圖為本創作另一實施例連接器連接於電路板上之部分側面 圖第5圖為本創作另—實施例連接器連接於電路板上之部分示意 _ 10 14 18 22 26 【主要元件符號說明】 電子模組 儲存裝置 連接器 12 16 第一舌片 外接式序列進階技 術附加裝置電源接 24 28 腳組 30 通用序列匯流排接 32 電路板 電源供應裝置 殼體 第二舌片 外接式序列進階技 術附加裝置資料傳 輸接腳組 第一中空槽孔 13 M361158 腳組 36 第一面 40 第二面 34 第二中空槽孔 38 電源接腳彈片 42 資料傳輸接腳彈片The body is formed with a first hollow slot and a second hollow slot, and the second connector is measured (4) Nahu Township-towel empty slot; - the second material is set in the shell" Inside the guard hole;-external phase-in-face surface-adding device set, which is set in the first-------the wire transmission power; 2 = 5 M361158-type sequence advanced technology attachment device data transmission pin a set, which is disposed on a second side of the first tongue for transmitting data, and a universal serial bus bar set on the second tongue. The present invention further provides an electronic module including a connector for connecting a plurality of plugs, comprising a circuit board; a storage device electrically connected to the circuit board; and a power supply device electrically connected to the circuit board a circuit board; and a connector fixed to the circuit board, the connector includes a housing having a first hollow slot and a second hollow slot formed therein, the first hollow slot The hole system is connected and substantially parallel to the first hollow slot 'a first tongue, which is disposed in the first hollow slot of the housing; a second tongue is disposed on the housing The second hollow slot; the external serial sequence of the power supply pin set is disposed on the first surface of the first tongue and electrically connected to the power supply device for performing The power supply device and the electronic device are respectively configured to be disposed on the second surface of the first tongue and electrically connected to the power supply device and the electronic device. Storage device 'used to perform bribes and the electronics _ Set of data transmission; and - a universal serial bus pin set, which are disposed on the second tongue. [Embodiment] Read more of the 1st and 2nd drawings in the month. The figure J shows the function block of the creation of an electronic module. The 2nd - 1st is a schematic diagram of the part of the electronic module 1G. The electronic unit has a circuit board 12, a storage device, a power supply unit 16, and a connector 18. The storage device 14 is electrically connected to the circuit board 12, and the power supply device 6 M361158 = 6 _ is connected to the circuit board 12, is implemented in the lining, the electronic module (4) is compared with the table (four) touch or 疋 note type electric contact, and so on. , circuit board] 2 series for the ^ table ± electric domain 疋 3 peak record type computer - domain board, anti-rotation device Μ and 2 supply device 丨 6 疋 respectively on the motherboard - data storage equipment ( Such as a hard drive) and a power supply. Next, as shown in FIG. 2, the connector 18 is fixed to the circuit board 12. The connector 18 includes a housing 2, a first tongue 22, a second tongue %, and an external serial sequence. Step technology attachment device power pin group %, an external sequence advanced technology attachment device data transmission pin group 28 ' and a universal sequence bus bar pin group; for example, the inner casing is formed with a - hollow slot 32 and a second hollow slot %, the first hollow slot is connected and substantially parallel to the second hollow slot. In the embodiment of the present invention, the H slot 32 corresponds to a "normal" external connection. The parenting technology attaches the shape of the plug, and the shape of the second hollow slot 34 corresponds to the shape of a generally common universal bus bar plug. That is, the connector 18 utilizes the first hollow slot 32 and the first The structural design of the hollow slot 34 allows the user to insert an external serial advanced technology attachment plug and a universal serial bus plug into the connector 18' to facilitate (4) and - electronic device surface transmission or power supply, etc. action. In addition, as can be seen from FIG. 2, the first tongue 22 is disposed in the first hollow slot 32 of the housing 2, and the second tongue 24 is disposed in the second hollow slot of the housing 2 The inner first tongue 22 and the second tongue 24 are preferably at a distance of υ mm (mm) to shrink and reduce the effect of connecting the H 18 volume, but the distance between the first tongue η and the μ is M361158. ;T varies depending on the application requirements of the connector 18, for example, if the distance between the first tongue 22 and the second tongue 24 is extended from 1.5 mm to allow the external sequence advanced technology attachment device The plug and a universal serial bus plug can be inserted at the same time, and the user can simultaneously plug an external serial advanced technology attachment plug and a universal serial bus plug into the first 18 of the connector 18 22 and the second tab 24, whereby the connector 18 has the effect of simultaneously plugging in different electronic devices. Then, the external serial advanced technology attachment device power pin group 26 is disposed on the first surface 36 of the second tongue piece 24 corresponding to the tongue piece 22 and electrically connected to the circuit board 12 shown in FIG. The power supply device 16, the external serial advanced technology attachment device power pin group 26 preferably includes two power pin springs, which are used for power transmission between the power supply device 16 and an electronic device; The external serial advanced technology attachment device data transmission pin set 28 is disposed on the second surface 40 of the first tongue piece 22 opposite to the second tongue piece 24 and electrically connected to the storage device 14 shown in the figure, externally connected The sequence sequence advanced technology attachment device data transmission pin set 28 preferably includes a plurality of data transmission pin springs 42 for performing data transmission between the storage device 14 and the electronic device; finally, the universal sequence The busbar pin group 3 is disposed on the second tongue piece 24'. The pin configuration on the second tongue piece % of the universal sequence bus bar pin group 3 is the same as the common sequence in the prior art. The pin design is the same, so it is not here. Repeat. The following is a detailed description of the structure of the 8 M361158 device i8 by taking the connection between the notebook computer and an external hard disk as an example, which means that the following description is based on the board u-type computer - the motherboard 14 is a storage device mounted on the touch panel and the power supply unit 16 is mounted on the motherboard. The power supply is provided for the operation of the connector 18. When the user wants to make an external hard disk lighter than a notebook computer, firstly, the user can use the external serial advanced technology attachment device that meets the specifications of the first tongue 22 in the connector. And the two ends of the connector 18 are respectively connected to the first tongue-and-loop piece 22 of the connector 18 and the external hard disk of the external slanting ship step-and-step fine-graining device, and the value is hidden, as can be seen from the above, Since the _th surface % and the second surface 40 of the first tongue 22 of the connector 18 of the present invention are respectively provided with two power supply splicing springs and a plurality of data foot sprocket 42 ', the above-mentioned external sequence is The technology attachment transmission line and the external hard disk external sequence advanced technology attachment device connection must also have a corresponding circuit configuration design 'that is, the splicing sequence advanced technology annex The wire arrangement inside the transmission line must have a wire corresponding to two power pin springs and a plurality of data transmission pin springs 42. The external hard disk external sequence advanced technology attachment device is connected. Must have Shall two shrapnel% power pin and a plurality of data transfer pins 42 of the brake pin shrapnel. In this way, the electrical connection between the transmission line of the external serial advanced technology attachment device and the first tongue in the connector 18 is replaced by the external hard disk. The external hard disk can transmit data between the storage device 14 and the storage device 14 through a plurality of data transmission pin springs 42 connected to the first tongue 22 of the n 18, and can also pass through the connector 18 - the two power pin shrapnel on the tongue 22 receives the power required for its operation from the power supply device (10), in other words, the plurality of hard disks pass through the first tongue 22 of the M361158 The data transmission pin spring 42 and the storage device perform data transmission, since the external hard disk can be supplied from the power supply through the two power pin springs 38 on the first tongue 22 of the connector 18. The μ receives the power required for its operation, so that the user can electrically connect the external hard disk and one of the universal serial bus ports on the notebook without additionally using a universal serial bus. To make the external hard drive separate Port access from the universal serial bus (iv) the power supply from the lion of 16 came, thus simplifying the transmission line can plug flow between the outer Drive • fit with the laptop. In addition, as can be seen from FIG. 2, in addition to the design of the external serial advanced technology attachment device, the second tongue 24 of the connector 18 is also provided with a universal serial busbar pin group. Thus, the user can also use one. The universal serial bus transmission lines are respectively inserted = the second tongue 24 of the connection benefit 18 and the electronic device (such as a flash drive, a mouse, etc.), and the subsequent related operations of the electronic device are performed. ~ In summary, the connector 18 can not only transmit the design of the power supply pin tab 38 and the plurality of data transmission pin tabs of the corresponding sequence advanced technology attachment device on the first tongue 22 to allow the user to only A transmission line can be used to simultaneously complete the dragon transmission and power supply between the external 2-disc and the notebook computer, and at the same time, the f-tab 22 and the first tongue 24 are respectively located in different slots in the same casing. The problem of increasing the connector volume of the single external serial advanced technology attachment device in the prior art and the connection of the serial bus bar connecting rods on the main board in parallel stacking is solved. M361158 Values - It is mentioned that the actual relationship of the lion can be added - the wire is in the structure of the first hollow slot 32 and the second hollow slot 34, so as to avoid the user accidentally pushing an external sequence. The technology attachment plug is inserted into the second tongue of the connector 18, and the universal sequence of the ship is connected to the first of the connector 18 = the circuit is short-circuited, and the above design can be prior art. In the common design, the financial statement 'in the implementation of the paste, the width of the first towel air 32 can be designed to be larger than the width of the second hollow slot 34. Secret, Bu Jia ^ Prevent _ transmission line, Bu external serial advanced technology attachment device Leiyuan pin group 26 and external serial advanced technology attached to the fine setting of the TM is also looking for _ shun red series, _ green The outer = column advanced technology attachment power contact group 26 can also be set to the first tongue. The transmission connection configuration depends on the Wei application. W wood used in addition to 'see Figure 3' Figure 3 is a schematic diagram of Figure 2, from Figure 3, the connector 18 capture, σ Ρ side / / λ. 苐 - hollow slot 32 good The cylinder mode (ie, the X-axis direction in FIG. 3) and the long-axis side (fourth) of the first-axis are not in the circuit diagram as shown in FIG. ;^= 8 and the connection of the circuit heart and the top, the fourth picture is the other side of the creation of the real 1 ice said 'Please refer to Figure 4 to force the example of the connector 18 connected to the Lei" part of the side </ RTI> _, the fifth _ is connected to the circuit board 12 J as another embodiment of the connector 18 connected to the M361158 part of the circuit board 12, that is, the connector 18 and the circuit board 12 can be connected from The design shown in Fig. 3 is changed to the connector 18 as shown in Fig. 4 in the longitudinal direction of the first hollow slot 32 (as in the x-axis direction in Fig. 4) and the first tongue 22 substantially The design is connected to the circuit board 12 perpendicular to the circuit board I2, or is changed to the connector 18 as shown in FIG. 5 such that the first tongue 22 is substantially perpendicular to the circuit board 12 The short-axis direction of the first hollow slot 32 (such as the x-axis direction in FIG. 5) is connected to the circuit board 12 substantially parallel to the circuit board 12, and the connection method is adopted. The connector 18 is configured according to a suitable mechanism on the circuit board 12. Compared to the prior art, the external serial advanced technology attachment transmission line and the universal serial bus transmission line are simultaneously used to complete the connector and an external device. Between the data transmission and the power supply, the creation of the system is based on the design of the external power supply _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ System-external sequence advanced technology add-on transmission line can simultaneously complete the data transmission and power supply between the connector and an external device, thus greatly simplifying the connection of the external connection device in the transmission line In addition to the complicated process, the creation can also be through the corresponding external serial advanced technology attachment plug and universal serial bus plug The tongue knives are designed to be placed in different slots in the same connector housing to solve the prior art single-external sequence advanced technology attachment device connection and single-universal sequence bus bar connection. The problem of increased connector size caused by the design of the motherboard is such that - as the size of the connector shrinks, the overall 12 M361158 space gauge on the motherboard can have a large flexibility上Upper Wei County's Creativity touches the real thing, and everything that is done according to the creator is _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Fig. 2 is a partial schematic view of the electronic module in Fig. 1. Fig. 3 is a partial side view of the electronic module in Fig. 2. Figure 4 shows. Figure 5 is a side view of another embodiment of the connector connected to the circuit board. Figure 5 is a schematic view of the portion of the connector of the present invention connected to the circuit board _ 10 14 18 22 26 [Major component symbol description 】 Electronic module storage device connector 12 16 First tongue external sequence advanced technology attachment power supply 24 28 foot group 30 universal sequence bus bar 32 circuit board power supply device housing second tongue external serial Step technology attachment device data transmission pin group first hollow slot 13 M361158 foot group 36 first surface 40 second surface 34 second hollow slot 38 power pin shrapnel 42 data transmission pin shrapnel
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