201232957 六、發明說明： 【發明所屬之技術領域】 本案係關於一種電連接插座（electrical receptacle)，尤指一種 具有可供一電連接插頭（electrical plug)正、反地插入並定位於其中 之電連接插座° 【先前技術】 由於目前各種電子產品的功能越來越強大，各種產品或裝置 間的信號傳輸需求也越來越多，如何在體積不斷縮小的產品或裝 置中，設置更多可與不同裝置進行信號傳輸的連接介面，即成為 業界共同努力的目標。 於其中，例如USB 2.0協定的電連接器，其插頭或插座都有 防呆設計，然而，當希望電連接揷座的尺寸愈來愈小時，插座之 防呆設計反而不利於使用者操作’甚至可能因為施力不當造成毁 損；是以’如何提出一種不具防呆設計之電連接插座’以便因應 具有防呆設計的插頭被以任一方向（例如’任意的正向或反向）與插 座進行對接時，皆能輕易地遂行插入並完成定位動作，便成為業 界持續關心與欲改善的設計方向。 另一方面，我們也知道電連接插座内的空間十分的有限，因 此，設置於其中的各種介面信號間於運作時’經常會產生一些彼 此干擾或來自外部的影響，諸如：短路、過電流/過電壓保護、電 源與接地保護、串音（Cr<?sS-Talk)、靜電放電（Electrostatic Discharge，ESD)或電磁干擾（ElectroMagnetic Interference，EMI) 201232957 等等备種問題；此種現象，在目前電連接插座所普遍使用的較低 傳輸速度的通用串列匯流排2 〇版本（Universal Seria丨3us 2 〇，簡 稱US3 2.〇)即已然存在著，甚阜，對於目前市場上遂漸次發展出 的通用串列匯流排3.0版本(Universal Seda丨則§ 3…簡稱usb 3 〇) 等更同速的對接信號介面等等，上述問題更是有越趨嚴重的情況。 舉例而言，由於上述USB 3.0對接信號介面之傳輸效率可高 達5GbpS，如此一來，對於在空間越來越擁擠的電連接插座内進 行尚速傳輸的對接彳§號介面傳輸，其中的短路、過電流/過電壓保 遵、電源與接地保護、串音、靜電放電或電磁干擾等等各種問題， 將會因為此種高頻傳輸而帶來更多的困擾；因此，如何於電連接 插座中收容具不同抗干擾或安全保護功能的電路機制，甚或可進 -步包括具信絲流等等具各式功能的電子元件，也就顯得更為 迫切與必要。 ㈣’為ϋ應電子產品之硬碟容量日益擴大’抑或需應付處 理類似3D影像等各種龐大資料的傳輸要求，如何再進一步提升電 、插座内之對接彳3號介面的傳輸速率，也將是中請人的努力目 標之一。 【發明内容】 /案的主要目的’在於提供一種可收容光信號處理元件及/或 電信號處理元件於其中，且具有可供—插頭正、反向地對接時址 用之電連接插座。 、 勺另目的’在於提供一種可降低對接信號介面間於運 卞夺彼此所至^產生的串音、靜料電或電磁干擾現象或電路安 201232957 全問題之電連接插座β =案的又-目的，在於提供-種具有高料料傳輸功能之光 對接彳自號介面之電連接插座。 本案之-較佳做法’係關於一種電連接插座，用以供一連接 •對接空間中之至少一者 第 插頭正、反地(nprmally and reversely)對接於其中，該電連接插座 包括：一座體，設有一第一對接空間與一第二對接空間；一第^ 表面’朝向該第—對接空間；—第二表面，朝向該第二對接空間； -第-對接信號介面’其收容至該第一表面；一第二對接：號介 面，其收容至該第二表面；以及一光信號處理元件以及—電信號 處理70件之上述兩者之至少任一，其曝露於該第一對接空間與該 依據上述較佳之實施概念，其中該第一對接信號介面以及該 第二對接信號介面，係皆為接收相同協定的信號介面。 依據上述較佳之實施概念，其中一舌板定位於該座體的一底 部的側壁，且向前延伸於該第一對接空間與該第二對接空間之 間，且該舌板提供該第一表面及該第二表面。又，該舌板是一單 一板體或是一複舍板體，又，該單一板體是一至少具有塑膠材料 之板體、抑或是一插座電路板。 依據上述較佳之實施概念，其中該第一對接信號介面及該第 二對接信號介面之至少任一，係由複數個余屬接觸彈臂、電連接 於該些金屬接觸彈臂的複數個金屬延伸段或金屬延伸導線、以及 電連接於遠些金屬延伸段或延伸導線的複數個金屬接腳段所構 成。又，該第一對接信號介面及該第二對接信號介面之至少任一， 係由金屬導電端子所構成。又，該第一對接信號介面或該第二對 201232957 接信號介面係為接收USB 2.Q協定的對接信號介面。 依據上述較佳之實施概念，其中該複合板體包栝：一插座電 路板介於一具有純塑膠材料之塑膠板體的一第一塑膠表面及一第 二塑膠表面之間、抑或是由該塑膠板體及該插座電路板所疊令組 成。又’此電連接插座，更包括一第三對接信號介面與一第四對 接信號介面’其中該第三對接信號介面被收容至該塑膠板體中並 暴露於該第一對接空間、或是設置於該插座電路板上並暴露於該 第一對接空間、或是設置於該插座電路板上並鄰近該第一對接信 號介面；以及該第码對接信號介面被收容至該塑膠板體中並暴露 於該第二對接空間、或是設置於該插座電路板上並暴露於該第二 對接空間、或是設置於該插座電路板上並鄰近該第二對接信號介 面。 依據上述較佳之實施概念，其中該第一對接信號介面、該第 一對接饧號介面、該第三對接信號介面、或該第四對接信號介面 中之至少任一，係由複數個余屬接點或金屬接觸彈臂、電連接於 該些金屬接點或金屬接觸彈臂的複數個金屬延伸段或金屬延伸導 線、以及電連接於該些金屬延伸段或金屬延伸導線的複數個金屬 接腳段所構成，且其中該些金屬接點以及該些金屬延伸導線由該 插座電路板提供。又，該第一對接信號介面、該第二對接信號介 面、該第三對接信號介面、或該第四對接信號介面中之至少任一， 係由複數個金屬導電端子構成。 依據上述較佳之實施概念，更包括一插座電路板與一另一插 座電路板相對地設置於該座體之頂部與底部之兩電路板定位槽 中，其中該插座電路板提供該第一表面，該另一插座電路板提供 6 201232957 該第二表面，且該第-對接空間與該第二對接空間係為同一對接 空間。又’該插座電路板與該另—插座電路板分別具有複數個導 電孔，藉以分別收容該第一對接信號介面及該第二對接信號介面 的複數個金屬接腳段。 ； 依據上述較佳之實施概念’更包括一第三對接信號介面以及 -第四對接信號介面’其中該第三對接信號介面與該第—對接信 號介面組合接收卿3.0協定的對接信號介面，且該第四對難 號介面與該第三對接信號介面組合接收USB 3 G協定的對接信號 介面。又’該第一對接信號介面、該第二對接信號介面、該第。三 對接信號介面、或該第四對接信號介面令之至少任—係由複數 個金屬接點或金屬接觸彈臂、電連接於該些金屬接點或金屬接觸 彈臂的複數個余屬延伸段或金屬延伸導線、以及電連接於該些金 屬延伸段或金屬延伸導線的複數個金屬接腳段所構成，且其中該 些金屬接點以及該些金屬延伸導線由該插座電路板、該另一插座 電路板之至少任一提供。又，該第一對接信號介面、該第二對接 U’i面、该第三對接信號介面、或該第四對接信號介面中之至 少任一，係由複數個金屬導電端子構成。 、依據上述較佳之實施概念，其中該第_表面及該第二表面係 刀别你於6彡座體之頂部與底部的兩相對平面，以及該第—表面及 表面各《^有複數個對接信號介面容置槽，以分別收容該第 L號"面與δ亥第一對接信號介面，且該第一對接空間與該 第二對接空間係為同一對接空間。 、 依據上述較佳之實施概念，更包括一第三對接信號介面以及 第四對接k说介面，分別位於該座體之頂部與底部的該兩相對 201232957 平面，以及該第一表面及該第二表面各設有另一複數個對接信號 介面容釁槽，以分別收容該第三對接信號介面與該第西對接信號 介面；其中，該第三對接信號介面與該第一對接信號介面組合接 收USB 3 ·0協定的對接信號介面，且該第四對接信號介面與該第 二對接信號介面組合接收χ;$Β 3·〇協定的對接信號介面。 依據上述較佳之實施概念，其中該第一對接信號介面、該第 二對接信號介面、該第三對接信號介面、或該第四對接信號介面 中之至少任一，係由複數個金屬接點或金屬接觸彈臂、電連接於 该些金屬接點或金屬接觸彈臂的複數個金屬延伸段或金屬延伸導 線、以及電連接於該些金屬延伸段或金屬延伸導線的複數個金屬 接腳段所構成，且其中該些金屬接點以及該些金屬延伸導線由該 插座電路板、該另一插座電路板之至少任一提供。又，該第一對 接信號介面、該第二對接信號介面、該第三對接信號介面、或該 第四對接h號介面中之至少任一，係由複數個金屬導電端子構成。 依據上述較佳之實施概念，其中該第一表面及該第二表面係 分別位於該座體之頂部與底部的兩相對平面，以及該第一表面及 該第一表面各設有複數個對接信號介面容置槽，以分別收容該第 子接乜號面與s亥第二對接信號介面，且該第一對接空間與該 第二對接空間係為同一對接空間。 依據上述較佳之實施概S ’更包括_第三對接信號介面以及 :第四對接信號介面，分別位於該座體之頂部與底部的該兩相對 :面〜以及4第-表面及該第二表面备設有另—複數個對接信號 二面今置槽，以分別收容該第三對接信號介面與該第四對接信號 "面’其巾H對接料介面與該第—對接信號介面組舍接 8 201232957 收USB 3.0協疋的對接信號介面，且該第四對接信號介面與該第 二對接信號介面組合接收_ 3.0協定的對接信號介面。又，該 第一對接信號介面、該第二對接信號介面、該第三對接信號介面、 或該第四對接錢介面中之至少任一，係由複數個金屬接觸彈 臂、電連接於該些金屬接觸彈臂的複數個金屬延伸段、以及電連 接於該些金屬延伸段的複數個金屬接腳段所構成。 依據上述較佳之實施概φ，其中該第—表面及該第二表面係 刀另j位於„玄座體之頂部與底部的兩相對連續凹凸面，並分別具有 複數個對接信號介面容置槽，以分別收容用以接收—低電壓差分 訊號之該第一對接信號介面及該第二對接信號介面，且該第一對 接二間與忒第一對接空間係為同一對接空間。又，該第一對接信 號介面及該第二對接信號介面中之至少任―，係由複數個金屬接 觸彈臂、電連接於該些金屬接觸彈臂的複數個金屬延伸段、以及 電連接於该些金屬延伸段的複數個金屬接腳段所構成。 依據上述較佳之實施概念，其中該電信號處理元件及該光信 號處理元件中之至少一者，係設置於該插座所更包栝之至少一插 座電路板上，抑或電連接於該至少一揷座電路板。又，該至少一 插座電路板’係可為一印刷電路板^如^^⑶丨^⑽^，％^。 又，該電信號處理元件係設翼於該至少一插座電路板之上，且以 串接或旁路方式電連接於該至少一插座電路板之上之任一對接信 號介面。而該光信號處理元件係電連接於該至少一插座電路板 上，且曝露於該第一對接空間或/及該第二對接空間中，並藉由一 光信號接腳部而電連接於位於該電連接插座外之一外部電路板。 此外，該光信號接腳部係可為一金屬接腳段，其一端焊接於該至 201232957 少—插座電路板或電連接於該光信號處理元件，另—端用 於_部電路I又，該電信號處理元件㈣接方式電連接於該 光^號處理元件與該外部電路板之間。 入 依據上述較佳之實施概念，其中該光信號處理元件係包括一 具有透鏡結構之光信號對接器，且其為光學等級信號傳輸速率之 對捿信號介面，而與包含該第一對接信號介面與該第二對接作號 介面在内之複數個對接韻介面料為電性等級信號傳輸速率之 對接信號介面有所不同。而該電信號處理元件設置於包括該第一 對接信號介面與該第二對接信號介面在内之複數個對接信號介面 ㈣〇部份對接信號介面上。又，該些對接信號介面中之至少 子接L號介面’包括區分成為前/後兩部分對接信號介面，且該 電L號處理元件以串接方式電連接於該前/後兩部分對接信號介面 之間。再者’《至少-對接信號介面係形成至少—預斷凹部，以 於與該電信號處理元件接觸結合且完成—介面斷開程序後，成為 分離之該前/後兩部分對接信號介面。 i依據上述較佳之實施概念’其中該電信號處理元件係為一至 少具有防串音、或防電磁干擾、或防靜電放電、或防短路、或防 逆電流、抑或防過電流/過電壓之保護電路安全功能的半導體元 件又，忒電彳§號處理元件係為一至少具有整流功能或偵測功能 之半導體s件；抑或，其中該電信號處理元件係為—至少具有聲 流功能或偵測功能且具有微機電結構之半導體元件。 依據上述較佳之實施概念，其中該座體更包括一殼體，用以 套合一插座本體之外側周緣。 根據上述’本案提供__種電連接插座，用以供—連接插頭雙 201232957 向地(bi-directi〇nally)插入定位於其中，並用與位在該電連接插座 外之一外部電路板進行電連接，該插座具有一座體、一對接空間、 一第一對接信號介面以及一第二對接信號介面，該電連接插座的 特徵在於：更包括一光信號處理元件以及一電信號處理元件之上 述兩者之至少任一，且其中至少一者被收容於該插座之一介面信 號輸入接口以及一介面信號輸出接口之間。 依據上述較佳之實施概念，其中該介面信號輸入接口係用以 與δ玄連接插頭相互對接之一第一連接接口，該介面信號輸出接.口 係用以供該插座中之任一信號介面或任一元件連接至該外部電路 板之一第二連接接口。 依據上述較佳之實施概念，其中包括該第一對接信號介面以 及該第二對接信號介面在内之至少兩個對接信號介面中之任一， 係可為一 USB2.0對接信號介面、一 USB3.0對接信號介面、或一 低電壓差分訊號對接信號介面等單一協定之電性等級信號傳輸速 率之對接信號介面中之任一，抑或是複合式協定之電性等級信號 傳輸速率之對接信號介面。 依據上述較佳之實施概念，其中該光信號處理元件係包括一 具有透鏡結構之光信號對接器’且其為光學等級信號傳輸速率之 對接信號介面。又，該電信號處理元件及該光信號處理元件中之 至少一者，係設置於該插座所更包括之至少一插座電路板上，抑 或電連接於該至少一插座電路板。 依據上述較佳之實施概念，其中該至少一插座電路板，係可 為一印刷電路板（Printed Circuit B(?ard，PCB)。又，其中該電信號 處理元件係設置於該至少一插座電路板之上，且以串接或旁路方 201232957 式電連接於該至少—插座電路板之上之任—對接信號介面。又， 该光信號處理元件係可電連接於該至少—心電路板上， 於該第-對接空間或/及該第二對接空間中，並藉由一光信號接: 部而電連接於位於該電連接插座外之—外部電路板。又，該光作 號接腳部係可為-金屬接腳段，其—端焊接於該至少—插座電^ 板或電連接於該総號處理元件，另—端心焊接於該外部電路 板；而該電信號處理元件以$接方式電連接於該光信號處理元件 與該外部電路板之間。 依據上述較佳之實施概念’其中該電信號處理元件設置於包 括該第-對接信號介面與該第二對接信號介面在内之至少兩個對 接信號介面中的至少部份對接信號介面上。又，該些對接信號介 面中之至少—對接信號介鸯，包括區分成為前/後兩部分對接信號 介面，且該電信號處理^件以串接方式電連接於該前/後兩部分對 接信號介φ之間。又該至少―對接信號介面係形成至少一預斷凹 部，以於與該電信號處理元件接觸結合且完成一介面斷開程序 後，成為分離之該前/後兩部分對接信號介面。 依據上述較佳之實施概念，其中該連接插頭係包括一電連接 插頭與-紐接插頭’且該電連接插卿接於該第—對接空間或/ 及該第二對接空間，而該光連接插頭對接於該座體之一第三對接 空間；其中’該第-對接空間及該第二對接空間具有共用對接空 間，且其皆與§亥第二對接空間互為各自獨立且未共用對接空間。 又’該介面信號輸人接σ設置於該座體，且該介面信號輸入接口 具有可供不同連接插頭使用之至少兩組輪庵。又，該至少兩組輪 廓中具有部分重疊的輪廓結構，以提供予該電連接插頭或該光連 201232957 接插頭使用。 依據上述較佳之實施概念’其中該電信號處理元件係為一至 少具有防串音、或防電磁干擾、或防靜電放電、或防短路、或防 逆電流、抑或防過電流/過電壓之保護電路安全功能的半導體元件。 依據上述較佳之實施概念，該電信號處理元件係為一至少具 有查力自b或偵測功能之半導體元件；抑或’其中該電信號處理 疋件係為-至少具有整流功能或仙功能且具有微機電結構之半 導體元件。 依據上述較佳之實施概念，其中該座體更包括一殼體，用以 套合一插座本體之外側周緣。 依據上述較佳之實施概念，其中包括該第一對接信號介面以 及該第二對接信號介面在内之至少兩個對接信號介面，係皆為接 收相同協定的信號介面。 【實施方式】 首先，於此需先行說明的是，依據本案之發明或創作實施概 念，除可通用各種主要的單一信號協$或多纟一信號協定之不具 有防呆結構的電連接插座外，也可適用於可供雙向對接之不具有 防呆結構的電連接插座。 另外，本案所適用不具有防呆結構之電連接插座中的各式座 體，也可有不同的變化或設計；例如，座體可區分成插座本體、 後座以及殼體等3個獨立元件，抑或可區分成插座本體、蓋體以 及殼體等另外一種3個獨立元件。當然，座體也可僅區分成插座 本體、後座等2個獨立元件，抑或區分成插座本體、蓋體、後座 13 201232957 以及殼體等4個獨立元件；且，不以本案後述所舉例揭露之各種 較佳實施例為限。 另外，本案所適用之電連接插座中的各式座體，除可容置單 獨疋件的電連接插頭（如圖24中標號2所示者）或光連接插頭（如圖 26中標號1〇1所示者）之座體外，亦可用以容置可同時傳輸光信號 與電信號之整舍型連接插頭（圖未示出）的座體。 當然，上述插座本體是否具有左/右兩側之延伸側壁、抑或是 否具有底部（基部）等等，也可視實際的應用領域而可有不同的變更 與設計。 又本案所適用之電連接插座中的舌板結構，係可為單一插 座電路板、或單一包含有塑膠材料與金屬材料於其中之舌板等單 一舌板結構，抑或為純塑膠舌板與插座電路板、包含有塑膠材料 與金屬材料之舌板與插座電路板、抑或具有兩個以上的插座電路 板等複合舌板結構；且，其與上述座體間之組合關係，亦可以一 體成型方式形成為上述座體的一部分延伸結構，抑或與至少部分 疋件以獨立元件而相互㈣而成；當然’也不以本案後述所舉例 揭露之各種較佳實施例為限。 〇再者，於本案中所使用之任一對接信號介面，不論是要採用 單一金屬導電端子，抑或更搭配金屬接點與金屬導線來組合實 現’依據連接器產業之共同認知，其皆係需由金屬接觸彈臂段(金 屬接點）、金屬延伸段(金屬延伸導線）、金屬固定段、金屬接腳段(金 屬焊接段）等4大部分對接信號介面結構所提供之功能，方能達成 傳遞-完整介面信號之目的。當‘然，上述對接信號介面結構可有 各種的疋義、說法與不同的區分方式(例如，更改定義並區分成為 201232957 具有金屬接觸及延伸段（金屬接觸與延伸導線）與金屬接腳段（金屬 焊接段）等2大部分功能，抑或區分成金屬接觸彈臂段（金屬接點）、 金屬延伸段(金屬延伸導線）、金屬接腳段（金屬焊接段）等3大部分 功能的對接信號介面結構），然應皆不脫離上述業界所認定之習知 認知。 此外，上述對接信號介面結構與上述座體或舌板間之結合關 係或空間排列與設置關係，亦可視實際的應用領域、抑或視塑膠 埋入射出（lnsert m<?lding)製程、抑或視電路板製程等等因素而可有 不同的變更與設計；且，不以本案後述所舉例揭露之各種較佳實 施例為限。 以下茲列舉一較佳較佳實施例以說明本案，然熟悉此項技藝 者皆知此僅為一舉例，而並非用以限定發明本身。 請配合參閱圖1、圖2及圖3，分別為本案之第一較佳較佳實 施例之前視'立體部分分解以及部分立體結構組裝概念示例圖。 此第一較佳實施例中’電連接插座丨包括：殼體19,第一與 第一對接空間1〇1、丨02、屬於塑膠材質之插座本體u、具有第一 與相對的第二表面12卜122與複數個對接信號介面容置槽123的 舌板12，且舌板12係以一體成型方式設置於插座本體11之底部 115的側壁1151 ’並呈向前延伸狀；以及設置或曝露於插座本體 11中的光信號處理元件2G及電信號處理元件2卜#然，於本較 佳實施例中’因舌板12係為屬於塑膠材質的舌板（且為固定板 體)，其由-塑膠板體構成，故舌板12之第一與第二表面⑵、122 係分別為第一與第二塑膠表面。 另於本較佳實施例中，該些對接信號介面容置槽123係可為 15 201232957 貫通該第-與相對的第 槽；當然透空狀之複數個透空 妬19 4 實_中’亦可視實際實施情況（例如，於舌 度較Α)時，可改為複數個具有槽底結構之不迷空 化圖未示出）來取代；且’此應為熟悉本技藝之人士所熟知之均 4變化，於本案切不再予以贅述。 車乂佳者’此第一較佳奢始办丨士 貫施例中，由於舌板12係固定於插座本 體Η之底部115的側噔Α 51雄馬延伸自插座本體11的一部分結 冓且舌板12破收容至彀體19中，故設於插座丄中的第一與第 一對接空間1 〇 1、102，係由M讲 t f'由Λ又體19與舌板12所共同構成；其中， 忒體19所提供的容置空間的前段分成一第一子空間⑽如第一對 接空間:川以及一第二子空間(例如第二對接空間1〇2)。 其人第121朝向第一對接空間1〇1，第二表面朝向第201232957 VI. Description of the Invention: [Technical Field] The present invention relates to an electrical receptacle, and more particularly to an electrical plug that can be inserted into and positioned in an electrical plug. Connection socket ° [Prior Art] As the functions of various electronic products are becoming more and more powerful, and the signal transmission requirements between various products or devices are increasing, how to set more in the products or devices with shrinking size The connection interface for signal transmission of different devices has become the goal of the industry's joint efforts. Among them, for example, the USB 2.0-compliant electrical connector has a foolproof design for its plug or socket. However, when it is desired that the size of the electrical connection socket is getting smaller and smaller, the anti-stay design of the socket is not conducive to user operation. May be damaged by improper force; it is 'how to propose an electrical connection socket without a foolproof design' so that the plug with the foolproof design is in any direction (such as 'arbitrary forward or reverse direction') with the socket When docking, it is easy to insert and complete the positioning action, which has become the design direction of the industry's continuous concern and improvement. On the other hand, we also know that the space inside the electrical connection socket is very limited. Therefore, the various interface signals disposed therein often generate some interference or external influences during operation, such as short circuit, over current / Overvoltage protection, power and ground protection, crosstalk (Cr<?sS-Talk), Electrostatic Discharge (ESD) or Electromagnetic Interference (EMI) 201232957, etc.; this phenomenon, at present The universal serial bus 2 〇 version (Universal Seria丨3us 2 〇, referred to as US3 2.〇), which is commonly used in electrical connection sockets, is already in existence, and is gradually developed for the current market. The general-purpose serial bus version 3.0 (Universal Seda丨 § 3...abbreviated usb 3 〇) and other more parallel docking signal interface, etc., the above problems are more and more serious. For example, since the transmission efficiency of the above-mentioned USB 3.0 docking signal interface can be as high as 5 GbpS, the short-circuit, the short-circuit, the short-circuit, the interface transmission is performed for the speedy transmission in the increasingly congested electrical connection socket. Overcurrent/overvoltage protection, power and ground protection, crosstalk, electrostatic discharge or electromagnetic interference, etc., will cause more trouble due to such high frequency transmission; therefore, how to connect to the electrical outlet It is more urgent and necessary to accommodate circuit mechanisms with different anti-jamming or safety protection functions, or even to include electronic components with various functions such as letter flow. (4) 'The increasing capacity of hard disk for CAYIN's electronic products' or the need to deal with the transmission of various huge data such as 3D images, how to further improve the transmission rate of the interface in the electrical and socket interface 3, will also be One of the hard work goals of the person in the middle. SUMMARY OF THE INVENTION The main object of the present invention is to provide an electrical connection socket for accommodating an optical signal processing component and/or an electrical signal processing component therein, and having a connector for the forward and reverse connection. The purpose of the spoon is to provide a kind of electrical connection socket β = case which can reduce the crosstalk, static electricity or electromagnetic interference caused by the interface between the docking signal interface and the circuit. The purpose is to provide an electrical connection socket with a high material transfer function and a light docking interface. The preferred embodiment of the present invention relates to an electrical connection socket for at least one of the connection and docking spaces to be docked in a nprmally and reversely manner, the electrical connection socket comprising: a body a first docking space and a second docking space; a first surface 'facing the first docking space; a second surface facing the second docking space; - a first docking signal interface 'to accommodate the first a second surface: a second interface: the interface is received to the second surface; and at least one of the optical signal processing component and the electrical signal processing 70 are exposed to the first docking space and According to the preferred implementation concept described above, the first docking signal interface and the second docking signal interface are all receiving the same protocol signal interface. According to the above preferred implementation concept, a tongue is positioned on a sidewall of the bottom of the base and extends forward between the first docking space and the second docking space, and the tongue provides the first surface And the second surface. Further, the tongue plate is a single plate body or a double-sheath plate body, and the single plate body is a plate body having at least a plastic material or a socket circuit board. According to the above preferred implementation concept, at least one of the first docking signal interface and the second docking signal interface is formed by a plurality of remaining contact elastic arms and a plurality of metal extensions electrically connected to the metal contact elastic arms. A segment or metal extension wire and a plurality of metal pin segments electrically connected to a distal metal extension or extension wire. Moreover, at least one of the first docking signal interface and the second docking signal interface is formed by a metal conductive terminal. Moreover, the first docking signal interface or the second pair of 201232957 signal interface is a docking signal interface for receiving the USB 2.Q protocol. According to the preferred implementation concept described above, the composite board package includes: a socket circuit board between a first plastic surface and a second plastic surface of a plastic board having a pure plastic material, or a plastic The board body and the socket circuit board are stacked. In addition, the electrical connection socket further includes a third docking signal interface and a fourth docking signal interface, wherein the third docking signal interface is received into the plastic board body and exposed to the first docking space, or is set On the socket circuit board and exposed to the first docking space, or disposed on the socket circuit board and adjacent to the first docking signal interface; and the code docking signal interface is received into the plastic board body and exposed The second docking space is disposed on the socket circuit board and exposed to the second docking space, or is disposed on the socket circuit board and adjacent to the second docking signal interface. According to the above preferred implementation concept, at least one of the first docking signal interface, the first docking interface interface, the third docking signal interface, or the fourth docking signal interface is connected by a plurality of remaining interfaces a point or metal contact spring arm, a plurality of metal extensions or metal extension wires electrically connected to the metal contacts or metal contact spring arms, and a plurality of metal pins electrically connected to the metal extensions or metal extension wires The segments are constructed, and wherein the metal contacts and the metal extension wires are provided by the socket circuit board. Moreover, at least one of the first docking signal interface, the second docking signal interface, the third docking signal interface, or the fourth docking signal interface is formed by a plurality of metal conductive terminals. According to the above preferred implementation concept, a socket circuit board is disposed opposite to another socket circuit board in two circuit board positioning slots at the top and bottom of the base body, wherein the socket circuit board provides the first surface. The other socket circuit board provides 6 201232957 the second surface, and the first docking space and the second docking space are the same docking space. Further, the socket circuit board and the other socket circuit board respectively have a plurality of conductive holes for respectively receiving the first docking signal interface and the plurality of metal pin segments of the second docking signal interface. According to the preferred implementation concept described above, the method further includes a third docking signal interface and a fourth docking signal interface, wherein the third docking signal interface and the first docking signal interface are combined to receive the interface interface of the protocol 3.0, and the The fourth pair of hard interface interfaces and the third docking signal interface are combined to receive a docking signal interface of the USB 3G protocol. And the first docking signal interface, the second docking signal interface, and the first. The three-way signal interface, or the fourth docking signal interface, is at least any of a plurality of metal contacts or metal contact spring arms, and a plurality of remaining extensions electrically connected to the metal contacts or the metal contact spring arms Or a metal extension wire, and a plurality of metal pin segments electrically connected to the metal extension or the metal extension wire, and wherein the metal contacts and the metal extension wires are used by the socket circuit board, the other At least one of the socket boards is provided. Moreover, at least one of the first docking signal interface, the second docking U'i plane, the third docking signal interface, or the fourth docking signal interface is formed by a plurality of metal conductive terminals. According to the preferred implementation concept described above, wherein the first surface and the second surface are opposite to each other on the top and bottom surfaces of the 6-foot body, and the first surface and the surface have a plurality of dockings The first interface space and the second docking space are the same docking space. The first interface space and the second docking space are the same docking space. According to the preferred implementation concept described above, further comprising a third docking signal interface and a fourth docking k interface, the two opposite 201232957 planes at the top and bottom of the body, and the first surface and the second surface Each of the plurality of docking signal interface receiving slots is configured to receive the third docking signal interface and the west docking signal interface respectively; wherein the third docking signal interface and the first docking signal interface are combined to receive the USB 3 The 0-matched docking signal interface, and the fourth docking signal interface and the second docking signal interface are combined to receive the 对; Β 3 · 〇 agreed docking signal interface. According to the above preferred implementation concept, at least one of the first docking signal interface, the second docking signal interface, the third docking signal interface, or the fourth docking signal interface is composed of a plurality of metal contacts or a metal contact spring arm, a plurality of metal extensions or metal extension wires electrically connected to the metal contacts or metal contact spring arms, and a plurality of metal pin segments electrically connected to the metal extensions or metal extension wires And wherein the metal contacts and the metal extension wires are provided by at least one of the socket circuit board and the other socket circuit board. Moreover, at least one of the first docking signal interface, the second docking signal interface, the third docking signal interface, or the fourth docking h interface is formed by a plurality of metal conductive terminals. According to the above preferred implementation concept, the first surface and the second surface are respectively located on opposite planes of the top and the bottom of the base, and the first surface and the first surface are respectively provided with a plurality of docking signal interfaces. And accommodating the second docking signal interface, wherein the first docking space and the second docking space are the same docking space. According to the preferred embodiment described above, the method further includes: a third docking signal interface and a fourth docking signal interface, respectively located at the top and bottom of the body: the face ~ and the 4th surface and the second surface An additional plurality of docking signals are disposed on the two sides of the slot for respectively receiving the third docking signal interface and the fourth docking signal "face' the towel H interface interface and the first docking signal interface group 8 201232957 Receives the docking signal interface of the USB 3.0 protocol, and the fourth docking signal interface and the second docking signal interface combine to receive the docking signal interface of the _3.0 protocol. In addition, at least one of the first docking signal interface, the second docking signal interface, the third docking signal interface, or the fourth docking interface is electrically connected to the plurality of metal contact spring arms The plurality of metal extensions of the metal contact spring arm and the plurality of metal pin segments electrically connected to the metal extensions. According to the above preferred embodiment, the first surface and the second surface are located on the two opposite continuous concave and convex surfaces of the top and bottom of the squat body, and respectively have a plurality of docking signal interface receiving grooves. The first docking signal interface and the second docking signal interface are respectively received for receiving the low voltage differential signal, and the first docking two is the same docking space as the first docking space. At least one of the docking signal interface and the second docking signal interface is a plurality of metal contact spring arms, a plurality of metal extensions electrically connected to the metal contact spring arms, and electrically connected to the metal extensions According to the above preferred implementation concept, at least one of the electrical signal processing component and the optical signal processing component is disposed on at least one socket circuit board of the socket. And at least one socket circuit board can be a printed circuit board, such as ^^(3)丨(10)^, %^. The processing component is disposed on the at least one socket circuit board and electrically connected to any of the docking signal interfaces on the at least one socket circuit board in a serial or bypass manner. The optical signal processing component is electrically Connected to the at least one socket circuit board, and exposed in the first docking space or/and the second docking space, and electrically connected to one of the outside of the electrical connection socket by an optical signal pin In addition, the optical signal pin portion may be a metal pin segment, one end of which is soldered to the 201232957-less socket circuit board or electrically connected to the optical signal processing component, and the other end is used for the _ portion circuit In addition, the electrical signal processing component (four) is electrically connected between the optical processing component and the external circuit board. According to the preferred implementation concept, the optical signal processing component includes a light having a lens structure. a signal docking device, which is a pair of signal interface of the optical grade signal transmission rate, and a plurality of docking rhyme fabrics including the first docking signal interface and the second docking interface The electrical signal processing component is disposed in a plurality of docking signal interfaces, and the electrical signal processing component is disposed on the plurality of docking signal interfaces (four) and the partial docking signal including the first docking signal interface and the second docking signal interface. In addition, at least the sub-interface L of the docking signal interfaces includes a front-to-back two-part docking signal interface, and the electrical L-processing component is electrically connected to the front/back two in series. Partially docked between the signal interfaces. Further, 'at least the docking signal interface forms at least a pre-breaking recess for contact with the electrical signal processing component and completes - the interface disconnection procedure becomes the separation of the front/back two Partially docked signal interface. i according to the above preferred implementation concept 'where the electrical signal processing component is at least with anti-crosstalk, or anti-electromagnetic interference, or anti-static discharge, or short-circuit proof, or anti-reverse current, or prevent Current/overvoltage protection circuit safety function of the semiconductor component, the 彳 彳 处理 processing component is at least has a rectification function or detection function S semiconductor element; Or, wherein the electrical signal processing system is a member - or at least detect the acoustic streaming functions and having a function of a microelectromechanical structure of a semiconductor device. According to the above preferred implementation concept, the base further includes a casing for fitting the outer circumference of the socket body. According to the above-mentioned 'this case provides __ kind of electrical connection socket, for the connection plug double 201232957 to the ground (bi-directi〇nally) inserted and positioned therein, and with an external circuit board located outside the electrical connection socket for electricity Connecting, the socket has a body, a pair of connection spaces, a first docking signal interface and a second docking signal interface, the electrical connection socket is characterized by: further comprising an optical signal processing component and an electrical signal processing component At least one of them, and at least one of them is housed between one of the interface signal input interfaces of the socket and an interface signal output interface. According to the preferred implementation concept, the interface signal input interface is configured to interface with a delta connection plug, the first connection interface, and the interface signal output interface is used for any signal interface in the socket or Either component is coupled to one of the second connection interfaces of the external circuit board. According to the above preferred implementation concept, any one of the at least two docking signal interfaces including the first docking signal interface and the second docking signal interface may be a USB2.0 docking signal interface and a USB3. 0: Docking signal interface, or a low-voltage differential signal docking signal interface, etc., or any of the docking signal interfaces of a single-level electrical level signal transmission rate, or a docking signal interface of a composite protocol electrical level signal transmission rate. According to the preferred implementation concept described above, the optical signal processing component includes an optical signal docker having a lens structure and is a docking signal interface of an optical grade signal transmission rate. Moreover, at least one of the electrical signal processing component and the optical signal processing component is disposed on at least one of the socket circuit boards further included in the socket, or is electrically connected to the at least one socket circuit board. According to the above preferred implementation concept, the at least one socket circuit board may be a printed circuit board (Printed Circuit B), and wherein the electrical signal processing component is disposed on the at least one socket circuit board. Above, and electrically connected to the at least one socket interface on the at least one socket circuit board by a serial or bypass side 201232957. Further, the optical signal processing component is electrically connected to the at least one core circuit board And in the first docking space or/and the second docking space, and electrically connected to an external circuit board located outside the electrical connection socket by an optical signal connection portion. Further, the light is pinned. The electrical system can be a metal pin segment, the end of which is soldered to the at least the socket board or electrically connected to the nickname processing component, and the other end is soldered to the external circuit board; and the electrical signal processing component is The connection mode is electrically connected between the optical signal processing component and the external circuit board. According to the preferred implementation concept described above, the electrical signal processing component is disposed to include the first butt signal interface and the second docking signal interface. It At least a part of the at least two docking signal interfaces are connected to the signal interface. Further, at least one of the docking signal interfaces is connected to the interface signal, and is divided into a front/back two-part docking signal interface, and the electrical signal processing is The device is electrically connected in series between the front/rear part of the docking signal φ. Further, the at least “docking signal interface” forms at least one pre-breaking recess for contacting the electrical signal processing component and completing an interface break. After the process is opened, the front/back two parts of the separated signal interface are separated. According to the preferred implementation concept described above, the connection plug includes an electrical connection plug and a - connection plug, and the electrical connection is connected to the first a docking space or/and the second docking space, wherein the optical connector plug is connected to one of the third docking spaces of the body; wherein the first docking space and the second docking space have a shared docking space, and both of them And the second docking space of the § hai is independent of each other and does not share the docking space. The 'interface signal input σ is set in the pedestal, and the interface signal input interface At least two sets of rims that can be used by different connection plugs. Further, the at least two sets of profiles have partially overlapping contour structures for use in the electrical connection plug or the optical connection 201232957 connector plug. According to the preferred implementation concept described above 'The electrical signal processing component is a semiconductor component having at least a protection circuit function for preventing crosstalk, or preventing electromagnetic interference, or preventing electrostatic discharge, or preventing short circuit, or preventing reverse current, or preventing overcurrent/overvoltage. According to the preferred implementation concept described above, the electrical signal processing component is a semiconductor component having at least a self-checking b or a detecting function; or wherein the electrical signal processing component is at least having a rectifying function or a fairy function A semiconductor device having a microelectromechanical structure. According to the preferred implementation concept described above, the body further includes a housing for receiving a peripheral edge of the outer side of the socket body. According to the preferred implementation concept described above, the at least two docking signal interfaces including the first docking signal interface and the second docking signal interface are all receiving the same agreed signal interface. [Embodiment] Firstly, it should be noted that, according to the invention or the creative implementation concept of the present invention, in addition to the electrical connection sockets which can be used for all kinds of main single signal coordination or multi-signal agreement without foolproof structure. It can also be applied to an electrical connection socket that can be used for two-way docking without a foolproof structure. In addition, the various seat bodies in the electrical connection sockets which do not have the foolproof structure in the present case may also have different variations or designs; for example, the seat body can be divided into three independent components such as the socket body, the rear seat and the casing. Or it can be divided into another three independent components such as a socket body, a cover body and a casing. Of course, the seat body can also be divided into two independent components such as a socket body and a rear seat, or can be divided into four independent components such as a socket body, a cover body, a rear seat 13 201232957, and a casing; and, not exemplified by the following description of the present case. The various preferred embodiments disclosed are limited. In addition, the various bases in the electrical connection socket to which the present invention is applied, except for the electrical connection plug (shown by reference numeral 2 in FIG. 24) or the optical connection plug (refer to the numeral 1 in FIG. 26) can be accommodated. The body of the one shown in FIG. 1 can also be used for accommodating a housing of a whole-type connection plug (not shown) capable of simultaneously transmitting optical signals and electrical signals. Of course, whether the above-mentioned socket body has extended sidewalls on the left/right sides, or whether it has a bottom (base), etc., can also be changed and designed depending on the actual application field. The tongue plate structure in the electrical connection socket to which the present invention is applicable may be a single socket circuit board, or a single tongue plate structure including a tongue plate of a plastic material and a metal material therein, or a pure plastic tongue plate and a socket. a circuit board, a tongue and socket circuit board comprising a plastic material and a metal material, or a composite tongue structure having two or more socket circuit boards; and the combination relationship with the above-mentioned seat body can also be integrally formed Formed as a part of the extension structure of the above-mentioned seat body, or formed with at least a part of the element by a separate element (four); of course, 'not limited to the various preferred embodiments disclosed in the following examples. Furthermore, any docking signal interface used in this case, whether it is to use a single metal conductive terminal, or a combination of metal contacts and metal wires to achieve 'according to the common understanding of the connector industry, is required The function provided by the four major interfaces of the metal contact spring arm section (metal joint), metal extension section (metal extension wire), metal fixing section, metal pin section (metal welding section), etc. Pass-through the purpose of the complete interface signal. When it is, the above-mentioned docking signal interface structure can have various definitions, different expressions and different ways of distinguishing (for example, changing the definition and distinguishing it into 201232957 with metal contacts and extensions (metal contacts and extension wires) and metal pin segments ( 2 major functions such as metal welding section), or division into three parts of the metal contact elastic arm section (metal joint), metal extension (metal extension wire), metal pin section (metal welding section) The interface structure) should not deviate from the conventional knowledge recognized by the above industry. In addition, the relationship between the above-mentioned docking signal interface structure and the above-mentioned seat or tongue plate or the spatial arrangement and arrangement relationship can also be regarded as an actual application field, or a plastic embedded incident (lnsert m<?lding) process, or a visual circuit. There may be different changes and designs in terms of board process and the like; and, not limited to the various preferred embodiments disclosed in the following examples. In the following, a preferred embodiment is illustrated to illustrate the present invention, which is well known to those skilled in the art and is not intended to limit the invention itself. Please refer to FIG. 1, FIG. 2 and FIG. 3, respectively, for a first preferred embodiment of the present invention, which is a front view of a three-dimensional partial decomposition and a partial three-dimensional structure assembly concept. In the first preferred embodiment, the 'electrical connection socket 丨 includes: a housing 19, first and first docking spaces 〇1, 丨02, a socket body u belonging to a plastic material, having a first and opposite second surface 12 122 and a plurality of docking signal interfaces accommodate the tongue 12 of the groove 123, and the tongue 12 is integrally formed on the side wall 1151' of the bottom 115 of the socket body 11 and extends forward; and is disposed or exposed The optical signal processing component 2G and the electrical signal processing component 2 in the socket body 11 are in the preferred embodiment, because the tongue plate 12 is a tongue plate of a plastic material (and is a fixed plate body), The first and second surfaces (2) and 122 of the tongue plate 12 are the first and second plastic surfaces, respectively. In addition, in the preferred embodiment, the docking signal interface receiving slots 123 can be 15 201232957 through the first and opposite slots; of course, the plurality of transparent spaces permeable to the air 19 4 It may be replaced by a plurality of vacancies having a grooved bottom structure, not shown in the actual implementation (for example, when the tongue is relatively sturdy); and 'this should be familiar to those skilled in the art. All 4 changes, will not be repeated in this case. In the first example, the tongue plate 12 is fixed to the side of the bottom 115 of the socket body 噔Α 51. The male horse extends from a part of the socket body 11 and The tongue plate 12 is broken into the body 19, so the first and first docking spaces 1 〇1 and 102 provided in the socket , are composed of M t t f ′ and the body 19 and the tongue plate 12 are formed together. The front section of the accommodating space provided by the corpuscle 19 is divided into a first subspace (10) such as a first docking space: a river and a second subspace (for example, a second docking space 1-2). The person's 121st faces the first docking space 1〇1, and the second surface faces the first
一'對接空間1 02，如士卜—A -r- I 來’舌板12即呈現其一端定位於該些對 接工間UH、1Q2的後方區域，而其另一端則懸置於該些對接空間 101、1Q2之前方區域。 再者於第-較佳實施例中，第一對接信號介面^包括複數 個導電4子1’任-導電端子16G自前而後依序包括_金屬接觸 彈煮奴161電連接於金屬接觸彈臂段1 $ 1之金屬延伸段162、 # f連接於金屬延伸段⑹之佘屬金屬接腳段⑹。第二對接信 说；I面17則包括複數個導電端子17〇，任一導電端子ΐ7〇自前而 後依序包括—金屬接觸彈臂段171、-電連接於金屬接觸彈臂段 171之金屬延伸段172與-電連接於金屬延伸段172之金屬接腳段 173。 再者’舌板12的兩相對面提供第一表面ι21以及第二表面 16 201232957 mu接信㈣面16與第二對接信號介面i7分別收容至第 一表面m α及第二表自122的對接信號介面容置槽123中。根 據上述，金屬接觸彈臂段⑹以及金屬接觸彈臂段⑺分別被收 谷至第纟Φ 121 0及第二表面122的對接信號介面容置槽123 中’故金屬接觸彈臂段⑹以及金屬接觸彈臂段⑺分別暴露於 第一對接空間101與第二對接空間1〇2。且於本較佳實施例中，金 屬接觸彈臂段161以及金屬接觸彈臂段171之最高接觸點，皆高 出於第一表面121以及第二表面122。 如此一來，於以如圖24所示者之電連接插頭2(例如，其可為 一屬於USB 2.0協定之公插頭）正向插入定位於電連接插座丨提供 之第二對接空間102並由第二對接信號介面17接收USB2〇協定 之信號時，余屬接觸臂段171將被抵頂而伸入於對接信號介面容 置槽123。同理，以上述電連接插頭2反向插入定位於第一對接空 間101並由第一對接信號介面16接收USB 2 〇協定之信號時，金 屬接觸臂段1 $ 1亦將被抵頂而伸入於對接信號介面容置槽丨23。當 然，在舌板12相對兩面之對應位置的導電端子i 、！ 7〇接受的 信號需依序顛倒。其中可以理解的是，上述正反、向以及接收信 號的敘述僅係用以說明插頭與插座間對接的關係，非用以限制本 較佳實施例的對接形式。 其次，一後座114可設置於插座本體u下方，並具有複數個 槽孔1146、1147、1141以分別供金屬接腳段163、173以及光信 號處理元件20的光信號接腳部2Q1穿插容置之用。當然，於本實 施例中，座體的定義係涵蓋上述殼體19、第一與第二對接空間 1(H、102、插座本體η、後座114等等結構於其中。 201232957 再則，於本較佳實施例中之第一對接信號介面16、第二對接 信號介面17,皆分別與兩光信號處理元件20曝露於同一對接空間 101、102中，且兩光信號處理元件20分別設置於插座本體11之 底部115的上、下兩中空橫槽1152中，並藉由該對應於兩光信號 處理元件2Q之複數個光信號接腳部201而電連接於位於電連接插 座1外之一外部電路板（請先行參閱圖25中標示800者）；其中， 任一光信號處理元件20係可皆為一具有透鏡結構202之光信號對 接器，且上述透鏡結構202係用以曝露於該些對接空間1〇1、102 中，以便接收光連接插頭（例如，此插頭之外觀可類似於圖26中 標示200者，但兩者體積大小與長寬略為不同）或整合型連接插頭 (圖未示出）之光信號。 需說明的是，於本較佳實施例中之兩光信號處理元件2〇所具 有之該些光信號接腳部201，係皆為一金屬接腳段（其一端可電連 接於光信號處理元件20，且另一端可焊接於上述外部電路板）；當 然，於本較佳實施例中之該些光信號接腳部201，亦可改以光纖導 線（圖未不出）來貫施。 另外，光信號處理元件20内部可設有光/電轉換器（圖未示 出），以將所接收之上述光信號轉換成電信號後，自上述以金屬接 腳段實現之該些光信號接腳部201輸出。當然，上述光信號處理 元件20可為具各種實施結構之光信號對接器，舉例而言，上述光 /電轉換器亦可改設置於上述外部電路板，如此一來，僅需改用以 上述光纖導線實現之該些光信號接腳部201，來將光信號輸出至上 述外部電路板中，而不需使用到上述以金屬接腳段實現之光信號 接腳部201 ;惟，本案並不以此較佳實施例所舉上述光信號處理元 18 201232957 件20之實施結構為限。 本較佳實施例之另-特徵所在，即係電信號處理元件η電連 接於第-對接信號介面16與第二對接信號介面Η，且於較佳實施 财之第-對接信號介面！"第二對接信號介面17的複數個導 電端子17q’可以—介面斷開程序的連接方式與電信號處理 二件21相結合。其中所謂介面斷開程序，係於具有至少一預斷凹 K圖未不出，但可參考後述標示2〇11處之相關說明）之處斷開任 一對接信號介面，錢其成為分離之歸/後兩部分對接信號介 面。當然，是否要於信號介面表面預先形成上述至少一預斷凹部， 或是如何形成至少-上述預_部之實施步驟，抑或是形成其他 :同#構之預斷凹部等等’皆可視實際電連接插座之組裝狀況而 定，且並不以此方式為限。 匕來即可將電“號處理元件21連接於金屬延伸段 刪72與金屬接腳段_73之間，即金屬延伸段可透 過電信號處理元件21電連接於金屬接腳段163/173。可以選擇的， 電L號處理7L件21亦可以旁路(by_pass)或其他串接的方式電連接 十接L號"面1 ◊或是第二對接信號介面i 7，如此可利用電連 接插座1優化所接收的信號品質。 又，因於本較佳實施例中光信號處理元件20所具有之兩光信 號接腳部201係皆可為一金屬接腳段，故該些金屬接腳段201係 先形成至少-預斷凹部2〇11(如圖3中所標示者)於其上，以於與 另電彳。號處理元件21〇接觸結合且完成上述介面斷開程序後， 成為/7離之β則/後兩部分對接信號介面；如此一來，另一電信號 處理元件210即係串接於光信號處理元件與上述外部電路板之 19 201232957 間。 圖4圖5、圖6分別為本案第二較佳實施例的前視示意圖、 立體部分分解以及部分立體結構組裝概念示例圖。與第—較佳實 施例類似的，電連接插座3包括：殼體39、第—與第二對接空間 301 302插座本體3卜具有第一與第二表面卜如與複數個 對接信號介面容置槽323、324的舌板32，且舌板32係固定於一 插座本體31之底部316的側壁3⑻，並呈向前延伸狀；以及固定 於插座本體31之底部31$的上、下兩中空橫槽31$2中且分別暴 露於第-對接”與第二對接”則、逝的兩光信號處理元件 22 〇 於第二較佳實施例中，殼體39的前端開口具有導正板392以 利於公插頭正反向外，除了第1接信號介面％ 及第二對接信號介面37外’第二較佳實施例尚包括第三對接信號 介㈣與第四對接信號介面47。首先，第—對接信號介面心 第二對接信號介面37由複數個導電端子構成，舌板32提供的第 一絲321具有複數個對接信號介面容置槽阳可以收容第一對 接信號介面36之導電端子的接觸段36卜再者，舌板Μ所提供之 相對於第-表面切的第二表面322具有複數個對接信號介面容 置槽324可以收容第二對接信號介面37之導電端子的接觸段切。 根據上述，於此第二較佳實施例中，第三對接信號介㈣與 第四對接信號介面47亦由複數個導電端子構成，導電端子被設置 於舌板32甲，舌板32的前端，即於對接信號介面容置槽功、似 =端分別有複數個開孔325、326以暴露出第三對接信號介面私 與第四對触號介面47的導電端子的接觸段咐，，導電端子 20 201232957 的金屬接腳段4^3、473則從鄰近側壁3161的舌板32之後端突伸 出來。 另外’電連接插座3更包括後座314設置於插座本體31下， 提供複數排數量不等的槽孔，自前而後依序提供光信號處理元件 22的金屬接腳段、第一對接信號介面36及第二對接信號介面37 的金屬接腳段363及373、第三對接信號介面46與第四對接信號 介面47的金屬接腳段463、473的金屬接腳段插接固定之用。可 以理解的，上述的後座314的槽孔安排並不限於上述，可透過調 整各導電端子的長度以及處理元件的端子長度來改變槽孔於後座 的排列方式與數量。 再者，插座本體31為一塑膠插座本體，舌板32亦由一塑膠 板體構成。其中，第一對接信號介面36與第三對接信號介面46 組合成為一組接收〇協定的對接信號介面，第二對接信號 "面37與第四對接信號介面47組合成為另一組接收USB 3.0協 义的對接信號介面，故電連接插座3可提供一 3.0公插頭正、 反向地對接之用。 於本實施例中，兩光信號處理元件22之設計與結構，類似本 案第貫施例中之兩光信號處理元件20，於此即不再予以贅述。 疋以，兩光信號處理元件22亦皆具有複數個光信號接腳部221而 、接於位於霄連接插座3外之一外部電路板（請先行參閱圖25 中私不800者）；其中，任—光信號處理元件22係可皆為一具有 透鏡結構222之光信號對接器，且上述透鏡結構222係用以曝露 於4些對接空間3(H、3Q2中以便接收光連接插頭。 又，因於本較佳實施例中兩光信號處理元件22所具有之各自 21 201232957 的光信號接腳部221㈣可為—金屬接腳段，故該些金屬接腳段 切係先形成上述至少一預斷凹部（圖未示出）於其上，以於與一電 竭理元件24接觸結合且完成上述介面斷開程序後，成為分離 之該前/後兩部分對接信號介面；如此_來，電信號處理元件μ 即係串接於任―光錢處理元件22與上述外部料板之間。 圖7、圖8、圖9為本案之第三較佳實施例的前視示意圖、立 體部分結構的兩不同視角的示意圖。於第三較佳實施例中，電連 接插座5具有包含-殼體59、一插座本體51及一蕈體叫之座 體；其中，插座本體51的底部515具有複數個概，且底部μ 有一向前延伸的側壁515卜另夕卜，蓋體518亦有一向前延伸的側 壁5 1 § 1，且對應於上述底部5 15的側壁5151。 再則’電連接插座5更包括一舌板52，其固定於上述底部515 的側壁5151以及蓋體518的側壁5181之間。亦即，側壁5i5i與 側壁51 81係用以壓制並夾持固定舌板52。 其次，電連接插座5所更包括的第一對接信號介面％，係收 容於舌板52的一第一表面521，一光信號處理元件％及一電信號 處理元件23則被固定於第一表面521上並暴露於第一對接空間 50卜再者，第二對接信號介面57則被收容於舌板52的一第二表 面522, 一光信號處理元件2β及一電信號處理元件乃則被固定於 第一表面522上並暴露於第二對接空間5〇2。 當然，因於本實施例中，第一對接信號介面56與第二對接信 號介面57皆各由複數個金屬導電端子所組成，所以，蓋體518亦 可用以強化及穩固上述之金屬導電端子。然可以理解的，本案的 蓋體518不限於圖上所繪的形式，任何適當的修飾以達到強化及 22 201232957 穩固的壓制夾持功能者，皆不脫離本案權利範圍。 又，於第三較佳實施例中，舌板52由一插座電路板構成，因 此光信號處理元件2$、28及電信號處理元件23、25可直接設置 於舌板52，並且光信號處理元件26、2$或電信號處理元件23、 25可直接電連接於舌板52上。其次’光信號處理元件26、28或 電信號處理元件23、25可分別電連接於第一對接信號介面5$或 第二對接彳§號介面5 7。根據上述’光k號處理元件2$、28及電信 號處理元件23、25可以是電連接於舌板52、第一對接信號介面 56或第一對接信號介面57，亦4具有各自的接腳電連接於電連接 插座5外的一外部電硌板（圖未繪）。 圖10為本案之第四較佳實施例的立體部分結構的示意圖。電 連接插座6之座體包括一金屬殼體69、一塑膠插座本體61以及一 蓋體;當然，電連接插座$更包括：一插座電路板料、一第 一對接彳s號介面的、一第二對接信號介面、光信號處理元件 40、42、以及電信號處理元件27。於第四較佳實施例中，由於舌 板係採用複合板體：岜括與塑膠插座本體61 一體成型的塑膠舌片 62以及可活動組裝之插座電路板64,因此上述複合板體將對接空 間_分成第-對接空間以及第二對接空間，且上述複合板體提 供兩表面，一為塑膠表面，一為電路板表面。 又，本較佳實施例中，由插座電路板料提供第一表面641以 設置第一對接信號介面66，且第一表面$41朝向第—對接空間 6〇1 ;由塑膠舌片提供第二表面622以設置第二對接信號介面 67,且第二表面622朝向第二對接空間602。另外，於本實施例中， 因塑膠舌片62提供第一表面621係為一可容納插座電路板64之 23 201232957 谷置區域’故插座電路板64提供的第二表面⑷將與塑膠舌“2 提供的第-表面⑵相互疊合於—起，以形成—複合板體。 再者’光信號處理元件4〇、42分別設置於插座電路板料的 第表面$41及塑膠舌片¢2的第二表面$22上。電信號處理元件 27貝1僅⑧置;^第_表面64丨上，其可以以旁路或串接的方式電連 接第-對接信號介© 或是第二對接信號介面67。 圖11、圖12、圖13為本案之第五較佳實施例的前視示意圖、 立體部分結構的兩不同視角的示意圖。與第二較佳實施例相同 的’第五_實_可提供接收—卿3 ()協定的信號，因此， 電連接插座7包括··殼體79、—插座本體71、第—對接信號介面 70第一對接信號介面77、第三對接信號介面⑼以及第四對接信 號"面87。與第二較佳實施例相異之處，在於舌板72為一複合板 體，複合板體具有一第一塑膠表面72卜第二塑膠表面722外，尚 包括一插座電路板74介於第一塑膠表面721及第二塑膠表面722 之間。要說明的是，第一塑膠表面721及第二塑膠表面722可由 不同的塑膠板體提供，或是由一具有中空空間的塑膠體提供，該 中空空間提供插座電路板74穿插其中。再者，介於第一塑膠表面 721及第二塑膠表面722之間的揷座電路板74可突伸出第一塑膠 表面721及第二塑膠表面722的前端7211，於後詳述。 於第五較佳實施例中，第一塑膠表面721上設有複數個對接 h號介面容置槽723,用以收容由複數個導電端子所組成的第一對 接化號介面76。相同的，第二塑膠表面722上設有複數個對接信 號介面容置槽724，用以收容由複數個導電端子所組成的第二對接 信號介面77。 24 201232957 其次，插座電路板74具有一第_電路表面741以及—第二電 路表面742彼此相對。第一料表面741上設有複數個金屬接點 741卜電連接於金屬接點7411的對應金屬延伸導線7412、以及電 連接於對應金屬延伸導線7412的金屬接腳段7413。同理，第二電 路表面742上設有複數個金屬接點7421、電連接於金屬接點Mu 的對應金屬延伸導線7422、以及電連接於對應金屬延伸導線Μ。 的金屬接腳段7423。於此第五較佳實施例中，第三對接信號介面 86由複數個金屬接點7411、金屬延伸導線7412以及金屬接腳段 7413組成，並且與第一對接信號介面76組合以接收ySB 3 〇協定 的信號。第四對接信號介面87由複數個金屬接點7421、金屬延伸 導線7422以及金屬接腳段7423組成，並且與第二對接信號介面 77組合以接收USB 3.0協定的信號。 根據上述，當插座電路板74穿過第一塑膠表面721及第二塑 膠表面722之間’並從舌板72的前端π"突伸出來，藉以使金 屬接點7411、7421分別暴露於殼體79中插座本體71的第—對接 空間701以及第二對接空間702。因此，由複數個金屬接點74u、 金屬延伸導線7412以及佘屬接腳段7413組成的第三對接信號介 面86鄰近且部分暴露於第一對接空間7〇1。由複數個金屬接點 7421、金屬延伸導線7422以及金屬接腳段7423組成的第四對接 信號介面87鄰近且部分暴露於第二對接空間7〇2。因此，一 uSB 3.0的公插頭可以雙向地（bi-direcdor^)對接於電連接插座7中，分 別透過第-對接信號介® 76、结合第三對接信號介自86，或是，第 二對接信號介結合第四對接信號介面87來達到接㈣阳3〇 協定的信號。 25 201232957 又’多個電信號處理元件29、33可分別設置於第一電路表面 741、第—電路表面742上，並/或可電連接於第一電路表面μ卜 第二電路表面742、第-對接信號介面％、第二對接信號介面… 第三對接信號介面86或第四對接信號介面87，或是透過金屈接腳 段向外電連接。X，㈣714結合於插座本體71下方，且其具有 複數個槽隸純號_金屬接職以及各信號處理元件的金屬 接腳段穿插固定之用，於此不再贅述。 根據上述，第五較佳實施例可包括多個電信號處理元件29、 33分別置於第一電路表面”丨、第二電路表面上任一金屬 延伸導線7412、7422電連接至任一電信號處理元件29、33的導 電輸入金屬接點（圖上未標號），再由電信號處理元件29、33的導 電輸出金屬接點（圖上未標號）電連接於另一側的金屬延伸導線 7412、7422。如此，任一電信號處理元件29、33即與第三對接信 號介®%或第四對接信號介面形成一串接的電連接關係。 圖14為為本案之第六較佳實施例的組裝部分結構的示意圖。 與第五較佳實施例類似地，電連接插座7,具有殼體79，、插座本體 71、第一對接信號;介面、第二對接信號介面77，、第三對接信 號介面8$’以及第四對接信號介面87，、以及由塑膠舌片62，與插座 電路板74’所構成的複合舌板72,、以及後座714,。與第五較佳實 施例相異的，在於使用單一電信號處理元件33’設置於電路板74, 上’且插座電路板74,的電路表面（本圖僅以第二電路表面742，示 之）上，每一金屬接點7421’電連接於金屬延伸導線7422，，其中部 分或全部的金屬延伸導線7422,先電連接於單一電信號處理元件 33的導電輸入金屬接點（圖上未標號），再由單一電信號處理元件 26 201232957 33的導電輸出金屬接點（圖上未標號）電連接於單—電信號處理元 件33’的另一側的佘屬延伸導線7422,。 圖15 ϋ 16、圖17為本案之第七較佳實施例的前視示意圖、 兩組裝部分結構的示意圖。電連接_ 9包括__具有蓋體991的 金屬殼體99、於頂部與底部處具有兩相對設置的兩電路板定位槽 913的插座本體91、插座電路板84、另一插座電路板％、第一對 接信號介面96以及第二對接信號介面97、與一後座914。 其中’金屬殼體99提供-對接空間9〇1/9〇2，此對接空間 9Q1/902相當於將第一較佳實施例中的第一對接空間與第二對接 空間整合為同-對接空間，且由插座本體91提供，此時插座電路 板34被設置純於_本體91頂部的電路板定位槽⑽未示出） 中’且提供-第-電路表面$41;另一插座電路板料則被設置於 插座本體底部的電路板定位槽913中，且提供—第二電路表面 其人第電路表面841與第二電路表面941皆朝向對接空 間901/902’第一對接信號介面％收容至作為第一表面的第一電 路表面34卜且第二對接信號㈣97收容至作為第二表面的第二 電路表面941。 當然’於本實施例中，座體的定義係涵蓋上述金屬殼體％、 對接空間901/902、插座本體9卜後座914等等結構於其中。 再者，於第七較佳實施例中，第一對接信號介面％及第二對 接h 5虎"面97 ’由前向後依序地’包括複數個料接觸段（圖上僅 以第二對接信號介面97的彈f接觸段971顯示）分別銲接於第一 電路表面841與第二電路表面941上、與彈臂接觸段銲接接觸的 金屬延伸導線(圖上僅以第二對接信號介面97的金屬延伸導線Μ 27 201232957 顯示）、電連接金屬延伸導線的貫通導電孔（圖上僅以第二對接信號 介面97的貫通導電孔973顯示）、以及電連接貫通導電孔的金屬 接腳段974。其次，第一對接信號介面96的金屬接腳段與第二對 接信號介面97的金屬接腳段974則穿過後座914以將其固定其中。 再者’電連接插座9更可包括一第三對接信號介面98與一第 四對接信號介面99，其組成與第四較佳實施例中的第三對接信號 介面或第四對接信號介面相同，於此不再贅述。 另外，光信號處理元件48以及電信號處理元件35可設置於 第一電路表面841或第二電路表面941上，但於本實施例中，光 信號處理元件4§以及電信號處理元件35係皆僅設置於第二電路 表面941上。要說明的是，第七較佳實施例中的電連接插座9並 無設置懸空的舌板’因此光信號處理元件邱以及電信號處理元件· 35可不須對稱地設置2組，仍可滿足光學公插頭正反地或雙向地 對接々 圖18為本案第八較佳實施例的部分分解示意圖。電連接插座 2包括一具有分離蓋體291的殼體29、插座本體21、第一對接信 號介面206、及第二對接信號介面207。於第八較佳實施例中，塑 膠插座本體21提供位於其頂部與底部處的兩相對塑膠平面作為第 一表面（圖未示出）、第二表面211 ’且第一表面及第二表面211分 別具有複數個對接信號介面容置槽213，對接信號介面容置槽213 係用以收容具有複數個導電端子的第一對接信號介面206及第二 對接信號介面207 ;其中，第一對接信號介面206及第二對接信號 介面207的金屬接腳段穿過插座本體21下方的後座214，且對接 空間900位於第一表面及第二表面211之間。 28 201232957 當然’於本實施例中，座體的定義係涵蓋上述殼體29、對接 空間900、插座本體21、後座214等等結構於其中。 另外，光信號處理元件5〇暴露於具有蓋體291的殼體“的 插座中’電信號處理元件43則與任—斷開的第—對接信號介面 206與第一對接信號介面斯的導電端子電連接，並暴露於第一表 面/第二表面211上。較佳者，於光信號處理元件之光信號接腳 部5〇1處，亦可串接另一電信鱿處理元件430;在此即不再予以贅 述0 當然，亦可如圖19中所示之第九較佳實施例，單一電信號處 理元件45與複數個斷開的第一對接信號介面2〇6與第二對接信號 I面207的導電端子電連接，並暴露於第一表面/第二表面211上。 圖20為第十較佳實施例，與第九較佳實施例的差異在於無光信號 處理元件，其餘相同，故於此不再贅述。 圖21、22為本案第十一較佳實施例的前視示意圖及部分分解 不思圊。電連接插座4包括一金屬殼體49、具有對接空間4㈧之 塑膠插座本體41、第一對接信號介面4〇6、第二對接信號介面 〇7以及光乜號處理元件54、電信號處理元件53。於此較佳實 ^例中’塑膠插座本體41的兩連續凹凸面411、412係相對應設 置，且各具有複數個對接信號介面容置槽413、415，以分別收容 第對接仏號介面4〇6及第二對接信號介面4〇7的複數個金屬導 電端子〇 另外，光仏號處理元件54亦可對應位置地分別設置於一對接 L號介面容置槽413、415中，其中光信號處理元件54並位於第 對接彳§號介面40$及第二對接信號介面4〇7的側邊，電信號處 29 201232957 理元件53則與任一斷開的第一對接信號介面406的金屬導電端子 電連接。根據上述，電連接插座4可提供低電壓差分訊號 (Low-voltage differential signaling，LVDS)協定的公插頭正、反 向地或雙向地對接。 圖2 3為本案第十二較佳實施例，與本案第十一較佳實施例的 差異在於無電信號處理元件，其餘相同，故於此不再贅述。 有關本案上述务實施例中如有提及插座電路板，其係可為一 印刷電路板(Printeci Circuit Board，PCB)，且其板體材質不限，只 要是可供形成印刷電路於其上之板體材質，皆可應用於本案中。 當然，於本案上述所揭露之各實施概念中，如僅包含設置一 光Ίέ號處理元件時，亦可用以埋入射出（Insert Molding)方式结合塑 膠材料與屬於金屬導電端子類型之信號介面於一體的舌板，來取 代上述印刷電路板類型之舌板，進而實現本案之發明。其中，有 關上述埋入射出之實施方式’應為熟悉本技藝之人士所知悉，在 此即不再予以贅述。 另外’有關本案上述各實施例中所提及之電連接插頭，現茲 僅列舉一可供USB2.0或USB3.0對接信號介面協定使用之具體實 例，以為補充說明；請參閱圖24，其係為本案之一符合USB2.〇 或USB3.〇對接信號介面協定之電連接插頭（Electrical plug)之部分 結構示意圖；於其中，電連接插頭1〇〇可至少用以與本案上述第 一較佳實施例所揭露之電連接插座丨與上述第二較佳實施例所揭 露之電連接插座3，相互配合對接。 另外，本案上述設於各種電連接插座中之電信號處理元件及/ 或光信號處理元件，除可設置於上述各式座體、或各式對接信號 201232957 介面、或不同的插座電路板中之至少一者之外，也可從下列觀點 審視本案。請參閱圖25 ’其係為本案之一電連接插座8設置於_ 外部電路板80Q處之實施概念示意圖。 其中，電連接插座80中之插座電路板801、電信號處理元件 802及光信號處理元件8〇3 ,皆被收容於插座8〇之一介面信號輸 入接口 8011以及一介面信號輸出接口 8〇12之間；其中，介面信 號輸入接口 3011係用以與二光連接插頭（請先配合參閱圖中標 不200者）’或如圖24中所示之電連接插頭"ο相互對接之一第 一連接接口，介面信號輸出接口 3〇12則為供插座8〇中之任一信 號介面或任一元件與外部電路板8〇〇連接之一第二連接接口。如 此一來，例如原本設置於外部電路板3〇〇且用以處理各介面信號 之電信號處理元件802 ’即可提前改設置於電連接插座8〇内；此 舉不但可增加外部電路板咖之使用空間，且可讓電信號處理元 件802儘早處理介面信號所衍生之各種電性問題。 另外，以上所述各實施例之電連接插座中之光㈣處理元件 與該些介面㈣(例如，USB2.G或⑽3.Q料對接信號介面）中之 至少-介面信號’係曝露於可共用之對接空間中。但亦可有曝露 於不共用之對接空間的實施方式。 再請參閱圖26,其係為本案之第十三較佳實施例之局部結構 概念不意圖；於此概念式之實施例中，顯示本案可適用於且有多 個獨立對接空間的電連接插座81，且其設置於外部電路板㈣； :中，插座電路板⑴、至少—對接信號介面812、電信號處理元 件及先㈣處理元件（此兩元件之實㈣樣可請參閱前述 例之制，在此即不歸述），冑_諸職座81 31 201232957 號輸入接口 8111以及一介面信號輸出接口 8112之間。其中，介 面信號輸入接口 8111係用以與一連接插頭相互對接之一第一連接 接口，介面信號輸出接口 8112則為用以供該揷座81中之任一信 號介面或任一元件與外部電路板81〇連接之一第二連接接口。 申言之，插座81之座體具有一可供光連接接頭（〇ptical plug)2〇〇進行對接之一第一對接空間8131，以及可供電連接接頭 100(以圖24為例所示者）進行正、反向對接之一第二對接空間 8132 ;另外，第一對接空間8131與第二對接空間8132,係皆為獨 立的對接空間而無如前述各種實施例中所示之共用對接空間的情 形。 當然，以本實施而言，其中光連接接頭2〇〇抑或設置於第一 對接空間8131内之電信號處理元件（圖未示出），係可直接電連接 於外部電路板㈣；另—方面，如為更充分利用上述所設置之插座 電路板811 ’則上述光連接接頭2〇〇或上述電信號處理元件，則可 先電連接於置在第二對接空間8132中之插座電路板川，之後 再電連接於外部電路板81()，如此—纟，顯將可額外空出外部電路 板810之部分區域而增加其他元件的使用空間，i，亦可提早於 傳輸信號尚未離開電連接插座81之前，即先行處理至少部分的電 性保護或整流等等各種問題。 另外，於本實施例之電連接插座81具有兩組輪廟8141、 2以刀別提供光連接接頭2〇〇或電連接接頭以圖μ為例 所不者)❹’ ^ ’更進__步具有可共用之部分輪廓結構8⑷，以 降低！體電連接插座81之體積或高度。當然，此概念式實施結構 僅為η並不以此為限；例如，於實際實施之電連接插座是 32 201232957 否要設置有上述可共用之部分輪廓結構，係可視實際的應用狀況 而定，在此即不再予以贅述。 至於本案各實施例中有關各個電信號處理元件21、24、25、 27、29、33、33’、35、43、45、53、802、210 ’ 其係可為一至少 具有防串音、或防電磁干擾(EMI)、或防靜電放電（esd)、或防短 路、或防逆電流、抑或防過電流（inrush current/Surge Current)/過 電壓之保護f路安全功能的半導韙元件；抑或可為一至少具有整 流功能或偵測功能之半導體元件；抑或可為一至少具有整流功能 或偵測功能且具有微機電結構之半導體元件。且’其各種具體實 施電路態樣，可參閱圖27至圖32所示之第一至第六較佳具體實 施概念示意圖；且，上述電路係為熟悉本技藝之人士所知悉，並 僅為一舉例說明而不以此為限。 申言之，圖27所示之電信號處理元件822，係可用以防制非 電’原線（例如，任一對接仏號介面中之資料線或傳輸線）之電磁干擾 (EMI);圊28所示之電信號處理元件832，係可用以防制任一對 接信號介面中之電源線之電磁干擾(EMI);圖29所示之電信號處 理元件842，係可用以防制任一對接信號介面中之靜電放電 (ESD);圖3Q所示之電信號處理元件852,係可用以同時防制任 對接信號介面中之非電源線的電磁干擾（EMI)與靜電放電 (ESD);圖3丨所示之電信號處理元件862，係可用以防制任一對 接信號介面中之過電壓；圖32所示之電信號處理元件872,係可 用以防制任一對接信號介面中之過電流（Inrush Current/SurgeA 'docking space 102, such as Shibu-A-r-I, 'the tongue plate 12 is such that one end thereof is positioned at the rear area of the docking stations UH, 1Q2, and the other end is suspended at the dockings. The area before the space 101, 1Q2. Furthermore, in the first preferred embodiment, the first docking signal interface includes a plurality of conductive 4 sub-1'-conducting terminals 16G, which are sequentially included from the front and the rear, and the metal contact bouncing slaves 161 are electrically connected to the metal contact spring arm segments. The metal extensions 162, #f of 1 $1 are connected to the metal pin segments (6) of the metal extension (6). The second pair of contacts said: the I face 17 includes a plurality of conductive terminals 17A, and any of the conductive terminals ΐ7〇 includes, in order from the front and the rear, a metal contact spring arm segment 171, and a metal extension electrically connected to the metal contact spring arm segment 171. The segments 172 and - are electrically connected to the metal pin segments 173 of the metal extension 172. Furthermore, the two opposite faces of the tongue plate 12 provide the first surface ι 21 and the second surface 16 201232957 mu the contact (four) face 16 and the second docking signal interface i7 are respectively received into the docking of the first surface m α and the second watch from 122 The signal interface is accommodated in the slot 123. According to the above, the metal contact spring arm segment (6) and the metal contact spring arm segment (7) are respectively valleyd to the 纟Φ 121 0 and the second surface 122 of the docking signal interface receiving groove 123, so the metal contact spring arm segment (6) and the metal The contact elastic arm segments (7) are respectively exposed to the first docking space 101 and the second docking space 1〇2. In the preferred embodiment, the highest contact point of the metal contact spring arm segment 161 and the metal contact spring arm segment 171 is higher than the first surface 121 and the second surface 122. In this way, the plug 2 is electrically connected as shown in FIG. 24 (for example, it can be a USB 2. The 0-port male plug) is inserted in the second docking space 102 provided by the electrical connection socket and receives the USB2 protocol signal from the second docking signal interface 17, and the remaining contact arm segment 171 will be extended to the top. The input signal is received in the docking signal interface. Similarly, when the electrical connection plug 2 is reversely inserted into the first docking space 101 and the USB interface is received by the first docking signal interface 16, the metal contact arm segment 1 1 1 will also be extended. The docking signal interface accommodates the slot 23 . Of course, the conductive terminals i, at the corresponding positions on the opposite sides of the tongue 12; 7〇 The received signals need to be reversed in order. It should be understood that the descriptions of the above-mentioned forward, reverse, and received signals are merely used to illustrate the relationship between the plug and the socket, and are not intended to limit the docking form of the preferred embodiment. Next, a rear seat 114 can be disposed under the socket body u and has a plurality of slots 1146, 1147, 1141 for respectively inserting the metal pin segments 163, 173 and the optical signal pin portion 2Q1 of the optical signal processing component 20 Used for it. Of course, in the present embodiment, the definition of the base body covers the above-mentioned housing 19, the first and second docking spaces 1 (H, 102, the socket body η, the rear seat 114, and the like are constructed therein. 201232957 The first docking signal interface 16 and the second docking signal interface 17 in the preferred embodiment are respectively exposed in the same docking space 101, 102 with the two optical signal processing components 20, and the two optical signal processing components 20 are respectively disposed on The upper and lower hollow slots 1152 of the bottom portion 115 of the socket body 11 are electrically connected to one of the electrical connection sockets 1 by the plurality of optical signal pins 201 corresponding to the two optical signal processing elements 2Q. An external circuit board (refer to the one shown in FIG. 25 first); wherein any of the optical signal processing elements 20 can be an optical signal connector having a lens structure 202, and the lens structure 202 is used to expose the interfaces. Spaces 1〇1, 102, in order to receive the optical connection plug (for example, the appearance of this plug can be similar to the one shown in Figure 26, but the size of the two is slightly different from the length and width) or the integrated connection plug (not shown) Out) The optical signal pin 201 of the two optical signal processing components 2 in the preferred embodiment is a metal pin segment (one end of which can be electrically connected to The optical signal processing component 20 can be soldered to the external circuit board. The optical signal pin 201 in the preferred embodiment can be replaced by a fiber optic cable (not shown). In addition, an optical/electrical converter (not shown) may be disposed inside the optical signal processing component 20 to convert the received optical signal into an electrical signal, which is implemented from the above-mentioned metal pin segment. The optical signal processing unit 20 can be an optical signal adapter having various implementation structures. For example, the optical/electrical converter can be modified to be disposed on the external circuit board. In one case, the optical signal pins 201 implemented by the optical fiber wires are used to output the optical signals to the external circuit board without using the optical signal connection implemented by the metal pin segments. Foot 201; only, the case The implementation of the above-described optical signal processing unit 18 201232957 is not limited to the preferred embodiment. The other feature of the preferred embodiment is that the electrical signal processing component η is electrically connected to the first-to-dial signal interface. 16 and the second docking signal interface, and in the preferred implementation of the first - docking signal interface! " the second plurality of conductive terminals 17q' of the second interface signal interface 17 can be - interface disconnection program connection and electrical signal processing Two pieces of 21 are combined. The so-called interface disconnection procedure is to disconnect any of the docking signal interfaces when there is at least one pre-breaking K-picture, but can refer to the relevant description at 2〇11 below. It becomes the separated/back two-part docking signal interface. Of course, whether the at least one pre-breaking concave portion is formed in advance on the surface of the signal interface, or how to at least the implementation steps of the above-mentioned pre-section portion, or other forming: the pre-breaking concave portion of the same structure, etc. can be visually connected to the actual electrical connection socket. It depends on the assembly status and is not limited in this way. The electrical "processing component 21" can be connected between the metal extension segment 72 and the metal pin segment _73, that is, the metal extension can be electrically connected to the metal pin segment 163/173 through the electrical signal processing component 21. Alternatively, the electric L-processing 7L piece 21 can also be connected by way of bypass (by_pass) or other serial connection to the ten-digit L-face " face 1 ◊ or the second docking signal interface i 7, so that the electrical connection can be utilized The socket 1 optimizes the received signal quality. Moreover, since the two optical signal pins 201 of the optical signal processing component 20 in the preferred embodiment can be a metal pin segment, the metal pins are The segment 201 is formed thereon by forming at least a pre-breaking recess 2〇11 (as shown in FIG. 3) for contact with the other electrical processing component 21 and completing the interface disconnection procedure. 7 is separated from the β/the latter two parts of the signal interface; thus, another electrical signal processing component 210 is serially connected between the optical signal processing component and the external circuit board 19 201232957. Figure 4 Figure 5, Figure 6 The front view and the three-dimensional part of the second preferred embodiment of the present invention, respectively An example of a solution and a partial three-dimensional structure assembly concept. Similar to the first preferred embodiment, the electrical connection socket 3 includes: a housing 39, a first and second docking space 301, 302 socket body 3 having first and second surfaces The tongue plate 32 of the groove 323, 324 is received by the plurality of docking signal interfaces, and the tongue plate 32 is fixed to the side wall 3 (8) of the bottom portion 316 of the socket body 31 and extends forward; and is fixed to the socket body 31. The upper and lower two hollow lateral grooves 31$2 of the bottom portion 31$ are respectively exposed to the first butt joint and the second butt joint, and the two optical signal processing elements 22 are removed in the second preferred embodiment. The front end opening of the 39 has a guiding plate 392 to facilitate the forward and reverse of the male plug, except for the first signal interface interface % and the second docking signal interface 37. The second preferred embodiment further includes a third docking signal (4) and The four-to-dial signal interface 47. First, the first butt signal interface interface of the first butt signal interface 37 is composed of a plurality of conductive terminals, and the first wire 321 provided by the tongue plate 32 has a plurality of docking signal interfaces for accommodating the slot to accommodate the first Docking signal interface 3 The contact portion 36 of the conductive terminal of the sixth terminal, the second surface 322 of the tongue-and-groove portion provided with the plurality of docking signal interface receiving slots 324 can accommodate the conductive terminals of the second docking signal interface 37. According to the above, in the second preferred embodiment, the third docking signal (4) and the fourth docking signal interface 47 are also formed by a plurality of conductive terminals, and the conductive terminals are disposed on the tongue 32, the tongue. The front end of the board 32, that is, the docking signal interface receives the slot work, and the = end has a plurality of openings 325, 326 respectively to expose the contact portion of the third docking signal interface and the conductive terminals of the fourth pair of contact interfaces 47. That is, the metal pin segments 4^3, 473 of the conductive terminal 20 201232957 protrude from the rear end of the tongue 32 adjacent the side wall 3161. In addition, the electrical connection socket 3 further includes a rear seat 314 disposed under the socket body 31 to provide a plurality of slots having a plurality of rows, and the metal pin segments of the optical signal processing component 22 and the first docking signal interface 36 are sequentially provided from the front to the rear. And the metal pin segments 363 and 373 of the second docking signal interface 37, the third docking signal interface 46 and the metal pin segments of the metal pin segments 463 and 473 of the fourth docking signal interface 47 are inserted and fixed. It can be understood that the arrangement of the slots of the rear seat 314 is not limited to the above, and the arrangement and the number of slots in the rear seat can be changed by adjusting the length of each conductive terminal and the length of the terminal of the processing component. Furthermore, the socket body 31 is a plastic socket body, and the tongue plate 32 is also composed of a plastic plate body. The first docking signal interface 36 and the third docking signal interface 46 are combined to form a set of receiving interface interfaces for receiving the protocol, and the second docking signal & face 37 is combined with the fourth docking signal interface 47 to form another group of receiving USB 3. . 0 is the docking signal interface, so the electrical connection socket 3 can provide a 3. 0 male plugs are used in the opposite direction. In the present embodiment, the design and structure of the two optical signal processing elements 22 are similar to the two optical signal processing elements 20 in the first embodiment of the present invention, and thus will not be further described herein. In the meantime, the two optical signal processing elements 22 also have a plurality of optical signal pin portions 221 and are connected to an external circuit board located outside the 霄 connection socket 3 (please refer to FIG. 25 for privacy). The optical signal processing component 22 can be an optical signal connector having a lens structure 222, and the lens structure 222 is exposed to the four docking spaces 3 (H, 3Q2 for receiving the optical connector plug. Because the optical signal pin portions 221 (4) of the respective 21 201232957 of the two optical signal processing elements 22 in the preferred embodiment may be - metal pin segments, the metal pin segments first form the at least one pre-break. a recess (not shown) thereon for contacting the electro-destructive element 24 and completing the interface disconnection process, and forming the separated front/back two-part docking signal interface; thus, the electrical signal The processing element μ is connected in series between any of the optical processing elements 22 and the external material sheet. Fig. 7, Fig. 8, and Fig. 9 are two schematic views of the third preferred embodiment of the present invention. Schematic diagram of different perspectives. In the third preferred embodiment, the electrical connection socket 5 has a housing - 59, a socket body 51 and a body called a body; wherein the bottom 515 of the socket body 51 has a plurality of profiles, and the bottom μ has a forward The extended side wall 515 further includes a forwardly extending side wall 5 1 § 1 and corresponding to the side wall 5151 of the bottom portion 5 15 . Further, the 'electrical connection socket 5 further includes a tongue 52 . It is fixed between the side wall 5151 of the bottom portion 515 and the side wall 5181 of the cover 518. That is, the side wall 5i5i and the side wall 51 81 are used for pressing and clamping the fixing tongue 52. Secondly, the electrical connection socket 5 further includes The pair of signal interface interfaces is received on a first surface 521 of the tongue 52, and an optical signal processing component % and an electrical signal processing component 23 are fixed on the first surface 521 and exposed to the first docking space 50. Furthermore, the second docking signal interface 57 is received on a second surface 522 of the tongue 52, and an optical signal processing component 2β and an electrical signal processing component are fixed on the first surface 522 and exposed to the second surface. Docking space 5〇2. Of course, due to this implementation The first docking signal interface 56 and the second docking signal interface 57 are each composed of a plurality of metal conductive terminals. Therefore, the cover 518 can also be used to strengthen and stabilize the above metal conductive terminals. However, it can be understood that the present invention The cover 518 is not limited to the form shown in the drawings, and any suitable modification to achieve the reinforcement and the stable pressing and clamping function of 22 201232957 does not depart from the scope of the present invention. Also, in the third preferred embodiment, the tongue plate 52 is comprised of a socket circuit board such that optical signal processing components 2$, 28 and electrical signal processing components 23, 25 can be disposed directly on tongue 52, and optical signal processing components 26, 2$ or electrical signal processing components 23, 25 It can be directly electrically connected to the tongue 52. Next, the optical signal processing elements 26, 28 or the electrical signal processing components 23, 25 can be electrically coupled to the first docking signal interface 5$ or the second docking interface interface 57, respectively. The above-mentioned 'light k-number processing elements 2$, 28 and the electrical signal processing elements 23, 25 may be electrically connected to the tongue plate 52, the first docking signal interface 56 or the first docking signal interface 57, and 4 have their respective pins. It is electrically connected to an external electric raft (not shown) outside the electrical connection socket 5. Figure 10 is a schematic view showing the structure of a three-dimensional portion of a fourth preferred embodiment of the present invention. The base of the electrical connection socket 6 includes a metal housing 69, a plastic socket body 61 and a cover; of course, the electrical connection socket $ further includes: a socket circuit board, a first interface, and a first interface The second docking signal interface, the optical signal processing components 40, 42, and the electrical signal processing component 27. In the fourth preferred embodiment, since the tongue plate adopts a composite plate body: a plastic tongue piece 62 integrally formed with the plastic socket body 61 and a socket circuit board 64 that can be assembled by the movable body, the composite plate body will be docked space. _ is divided into a first docking space and a second docking space, and the composite board provides two surfaces, one is a plastic surface and the other is a circuit board surface. Moreover, in the preferred embodiment, the first surface 641 is provided by the socket circuit board to provide the first docking signal interface 66, and the first surface $41 faces the first docking space 6〇1; the second surface is provided by the plastic tongue 622 is configured to provide a second docking signal interface 67 and the second surface 622 faces the second docking space 602. In addition, in the present embodiment, the first surface 621 of the plastic tongue 62 is a accommodating socket circuit board 64. The 201232957 valley area is provided. The second surface (4) provided by the socket circuit board 64 will be associated with the plastic tongue. 2 The provided first surface (2) is superposed on each other to form a composite plate body. Further, the optical signal processing elements 4, 42 are respectively disposed on the first surface of the socket circuit board $41 and the plastic tongue piece 2 The second surface is on the surface of the second interface $22. The electrical signal processing component 27 is only 8; the first surface 64 is electrically connected to the first-to-dial signal interface or the second docking signal interface by way of bypass or serial connection. 67. FIG. 11, FIG. 12, FIG. 13 are schematic diagrams showing two different perspectives of a front view and a three-dimensional structure of a fifth preferred embodiment of the present invention. The fifth 'real_ can be the same as the second preferred embodiment. Providing the signal of the reception-clear 3 () agreement, therefore, the electrical connection socket 7 includes a housing 79, a socket body 71, a first docking signal interface 70, a first docking signal interface 77, a third docking signal interface (9), and a Four-dial signal " face 87. And second preferred embodiment The difference is that the tongue plate 72 is a composite plate body having a first plastic surface 72 and a second plastic surface 722, and further includes a socket circuit board 74 interposed between the first plastic surface 721 and the second plastic. Between the surfaces 722. It should be noted that the first plastic surface 721 and the second plastic surface 722 may be provided by different plastic plates or by a plastic body having a hollow space, which is provided with a socket circuit board 74. Further, the cymbal circuit board 74 between the first plastic surface 721 and the second plastic surface 722 can protrude from the front end 7211 of the first plastic surface 721 and the second plastic surface 722, as described in detail later. In the fifth preferred embodiment, the first plastic surface 721 is provided with a plurality of butt-shaped interface accommodating slots 723 for receiving the first mate interface 76 formed by a plurality of conductive terminals. The second plastic surface 722 is provided with a plurality of docking signal interface receiving slots 724 for receiving a second docking signal interface 77 composed of a plurality of conductive terminals. 24 201232957 Next, the socket circuit board 74 has a _ circuit surface 7 41 and the second circuit surface 742 are opposite to each other. The first material surface 741 is provided with a plurality of metal contacts 741, corresponding metal extension wires 7412 electrically connected to the metal contacts 7411, and electrically connected to the corresponding metal extension wires 7412. Similarly, the second circuit surface 742 is provided with a plurality of metal contacts 7421, corresponding metal extension wires 7422 electrically connected to the metal contacts Mu, and metal electrically connected to the corresponding metal extension wires. The pin segment 7423. In the fifth preferred embodiment, the third docking signal interface 86 is composed of a plurality of metal contacts 7411, a metal extension wire 7412, and a metal pin segment 7413, and is combined with the first docking signal interface 76. To receive the signal agreed by ySB 3 〇. The fourth docking signal interface 87 is composed of a plurality of metal contacts 7421, metal extension wires 7422 and metal pin segments 7423, and is combined with the second docking signal interface 77 to receive the USB 3. 0 agreement signal. According to the above, when the socket circuit board 74 passes between the first plastic surface 721 and the second plastic surface 722 and protrudes from the front end of the tongue plate 72, the metal contacts 7411 and 7421 are respectively exposed to the housing. The first docking space 701 and the second docking space 702 of the socket body 71 are 79. Therefore, the third docking signal interface 86 composed of the plurality of metal contacts 74u, the metal extension wires 7412, and the pin-out pin segments 7413 is adjacent and partially exposed to the first docking space 7〇1. A fourth docking signal interface 87 composed of a plurality of metal contacts 7421, metal extension wires 7422, and metal pin segments 7423 is adjacent and partially exposed to the second docking space 7〇2. Therefore, a uSB 3. The male plug of 0 can be connected to the electrical connection socket 7 bidirectionally (bi-direcdor^), respectively through the first-to-dial signal interface 76, combined with the third docking signal from 86, or the second docking signal is combined with the first Four docking signal interface 87 is used to reach the signal of the (four) yang 3 〇 agreement. 25 201232957 Further, the plurality of electrical signal processing elements 29, 33 may be respectively disposed on the first circuit surface 741, the first circuit surface 742, and/or may be electrically connected to the first circuit surface 卜, the second circuit surface 742, - Docking signal interface %, second docking signal interface... The third docking signal interface 86 or the fourth docking signal interface 87 is electrically connected to the outside through the gold flexing leg. X, (4) 714 is coupled to the underside of the socket body 71, and has a plurality of slots, the metal number, and the metal pin segments of the signal processing components are inserted and fixed, and will not be described herein. According to the above, the fifth preferred embodiment may include a plurality of electrical signal processing elements 29, 33 respectively disposed on the first circuit surface"", any metal extension wires 7412, 7422 on the surface of the second circuit are electrically connected to any electrical signal processing The conductive input metal contacts of the components 29, 33 (not labeled) are electrically connected to the metal extension wires 7412 of the other side by the conductive output metal contacts (not labeled) of the electrical signal processing components 29, 33. 7422. Thus, any electrical signal processing component 29, 33 forms a series electrical connection with the third interface signal or the fourth interface signal interface. Figure 14 is a sixth preferred embodiment of the present invention. A schematic diagram of the assembled portion structure. Similar to the fifth preferred embodiment, the electrical connection socket 7 has a housing 79, a socket body 71, a first docking signal, an interface, a second docking signal interface 77, and a third docking signal. The interface 8$' and the fourth docking signal interface 87, and the composite tongue 72 formed by the plastic tab 62 and the socket circuit board 74', and the rear seat 714 are different from the fifth preferred embodiment. In the use of a single An electrical signal processing component 33' is disposed on the circuit board 74, on the circuit surface of the socket circuit board 74 (shown only in the second circuit surface 742, shown), each metal contact 7421' is electrically connected to The metal extension wire 7422, wherein some or all of the metal extension wire 7422, is first electrically connected to the conductive input metal contact of the single electrical signal processing component 33 (not labeled), and then by a single electrical signal processing component 26 201232957 33 The conductive output metal contact (not labeled) is electrically connected to the cascading extension wire 7422 on the other side of the single-electric signal processing component 33'. Figure 15 、 16, Figure 17 is a seventh preferred embodiment of the present invention. A front view, a schematic view of a two-part assembly structure. The electrical connection _9 includes a metal housing 99 having a cover 991, and a socket body 91 having two opposite circuit board positioning slots 913 at the top and bottom. The socket circuit board 84, the other socket circuit board %, the first docking signal interface 96 and the second docking signal interface 97, and a rear seat 914. The 'metal housing 99 provides a docking space 9〇1/9〇2, This docking space 9Q1 The /902 is equivalent to integrating the first docking space and the second docking space in the first preferred embodiment into the same-dock space, and is provided by the socket body 91. At this time, the socket circuit board 34 is disposed on the top of the body 91. The circuit board positioning slot (10) is not shown) and provides a -th circuit surface $41; the other socket circuit board is disposed in the board positioning slot 913 at the bottom of the socket body and provides - a second circuit surface The first circuit surface 841 and the second circuit surface 941 are both received toward the docking space 901/902', the first docking signal interface % is received to the first circuit surface 34 as the first surface, and the second docking signal (four) 97 is received as the second surface. The second circuit surface 941. Of course, in the present embodiment, the definition of the base body covers the above-mentioned metal casing %, the docking space 901 / 902, the socket body 9 , the rear seat 914 and the like. Furthermore, in the seventh preferred embodiment, the first docking signal interface % and the second docking h 5 tiger "face 97' sequentially comprise a plurality of material contact segments from front to back sequentially (only second in the figure) The spring-flip contact section 971 of the docking signal interface 97 is shown as a metal extension wire soldered to the first circuit surface 841 and the second circuit surface 941, respectively, in contact with the spring-arm contact section (only the second docking signal interface 97 is shown). Metal extension wire Μ 27 201232957 shows) a through-conducting hole electrically connected to the metal extension wire (shown only through the through-hole 973 of the second butt signal interface 97), and a metal pin segment 974 electrically connected through the conductive hole . Second, the metal pin segment of the first docking signal interface 96 and the metal pin segment 974 of the second docking signal interface 97 pass through the backseat 914 to secure it. Furthermore, the electrical connection socket 9 may further include a third docking signal interface 98 and a fourth docking signal interface 99, which are the same as the third docking signal interface or the fourth docking signal interface in the fourth preferred embodiment. This will not be repeated here. In addition, the optical signal processing component 48 and the electrical signal processing component 35 may be disposed on the first circuit surface 841 or the second circuit surface 941. However, in this embodiment, the optical signal processing component 4 and the electrical signal processing component 35 are both It is only disposed on the second circuit surface 941. It is to be noted that the electrical connection socket 9 in the seventh preferred embodiment is not provided with a suspended tongue plate. Therefore, the optical signal processing element and the electrical signal processing element 35 can be provided symmetrically without setting two groups. The male plug is docked in a forward or reverse direction or in a two-way manner. FIG. 18 is a partially exploded perspective view of the eighth preferred embodiment of the present invention. The electrical connection socket 2 includes a housing 29 having a separate cover 291, a socket body 21, a first docking signal interface 206, and a second docking signal interface 207. In the eighth preferred embodiment, the plastic socket body 21 provides two opposing plastic planes at its top and bottom as a first surface (not shown), a second surface 211 ' and a first surface and a second surface 211. Each of the plurality of docking signal interface receiving slots 213 is configured to receive a first docking signal interface 206 and a second docking signal interface 207 having a plurality of conductive terminals; wherein the first docking signal interface The metal pin segments of the 206 and the second docking signal interface 207 pass through the rear seat 214 below the socket body 21, and the docking space 900 is located between the first surface and the second surface 211. 28 201232957 Of course, in the present embodiment, the definition of the seat body encompasses the above-described housing 29, docking space 900, socket body 21, rear seat 214, and the like. In addition, the optical signal processing component 5 is exposed to the "without the socket" of the housing having the cover 291. The electrical signal processing component 43 is connected to the first-to-be-connected signal interface 206 and the first butt signal interface. Electrically connected and exposed on the first surface/second surface 211. Preferably, at the optical signal pin portion 〇1 of the optical signal processing component, another telecommunication processing component 430 may be connected in series; That is, the description will not be repeated. Of course, as shown in the ninth preferred embodiment of FIG. 19, the single electrical signal processing component 45 and the plurality of disconnected first docking signal interfaces 2〇6 and the second docking signal I The conductive terminals of the face 207 are electrically connected and exposed to the first surface/second surface 211. Figure 20 is a tenth preferred embodiment, which differs from the ninth preferred embodiment in that the optical signal processing component is the same, and the rest are the same. 21 and 22 are front view and partial disassembly of the eleventh preferred embodiment of the present invention. The electrical connection socket 4 includes a metal housing 49 and a plastic socket body having a docking space 4 (8). 41. The first docking signal interface 4〇6, the first The two docking signal interface 〇7 and the optical 处理 processing element 54 and the electrical signal processing component 53. In the preferred embodiment, the two continuous concave and convex surfaces 411 and 412 of the plastic socket body 41 are correspondingly disposed, and each has a plurality The docking signal interface accommodating slots 413 and 415 respectively accommodate the plurality of metal conductive terminals of the first butt interface 4〇6 and the second docking signal interface 4〇7, and the optical processing component 54 can also correspond to the position. The ground signal is disposed in a pair of L-shaped interface receiving slots 413, 415, wherein the optical signal processing component 54 is located on the side of the first butt interface 40$ and the second docking signal interface 4〇7, and the electrical signal is 29 201232957 The rational component 53 is electrically connected to the metal conductive terminal of any of the disconnected first docking signal interfaces 406. According to the above, the electrical connector socket 4 can provide a low voltage differential signaling (LVDS) compact male plug. Figure 2 is the twelfth preferred embodiment of the present invention, and the difference from the eleventh preferred embodiment of the present invention is that there is no electrical signal processing component, and the rest are the same, so no longer For the above-mentioned embodiments of the present invention, a socket circuit board may be referred to as a printed circuit board (PCB), and the board material is not limited as long as it is suitable for forming a printed circuit. The upper plate material can be used in the present case. Of course, in the implementation concepts disclosed in the above, if only one optical 处理 processing element is included, it can also be used in the form of Insert Molding. The plastic material is combined with the tongue plate of the signal interface type of the metal conductive terminal type to replace the tongue plate of the above printed circuit board type, thereby realizing the invention of the present invention. The embodiments of the above-described buried incidents should be known to those skilled in the art and will not be further described herein. In addition, regarding the electrical connection plugs mentioned in the above embodiments of the present case, only one of them is available for USB2. 0 or USB3. The concrete example of the use of the 0-dial signal interface is to supplement the description; please refer to Figure 24, which is one of the cases that conforms to USB2. 〇 or USB3. A partial structural diagram of an electrical connector of the 〇 信号 signal interface; wherein the electrical connector plug 至少 can be used at least with the electrical connection socket disclosed in the above first preferred embodiment of the present invention The electrical connection sockets 3 disclosed in the second preferred embodiment are mated to each other. In addition, the electrical signal processing component and/or the optical signal processing component provided in the above various electrical connection sockets may be disposed in the above-mentioned various types of sockets, or various types of docking signals 201232957 interface, or different socket circuit boards. In addition to at least one, the case can also be examined from the following points of view. Please refer to FIG. 25, which is a schematic diagram of the implementation of one of the electrical connection sockets 8 disposed at the external circuit board 80Q. The socket circuit board 801, the electrical signal processing component 802, and the optical signal processing component 8〇3 in the electrical connection socket 80 are all received in the socket 8 interface signal input interface 8011 and an interface signal output interface 8〇12. Between the two, the interface signal input interface 3011 is used to connect with the two optical connectors (please refer to the figure in the figure) (or the electrical connector plug as shown in FIG. 24) The connection interface, the interface signal output interface 3〇12 is a second connection interface for any one of the signal interfaces of the socket 8 or any element connected to the external circuit board 8〇〇. In this way, for example, the electrical signal processing component 802' originally disposed on the external circuit board 3 and used to process the signals of the interfaces can be modified in advance in the electrical connection socket 8; this can not only increase the external circuit board The space is used, and the electrical signal processing component 802 can process various electrical problems derived from the interface signals as early as possible. In addition, the optical (four) processing elements in the electrical connection sockets of the embodiments described above and the interfaces (4) (for example, USB2. G or (10) 3. At least the interface signal in the Q material docking signal interface is exposed to the dockable space that can be shared. However, there may be implementations that are exposed to the docking space that is not shared. Please refer to FIG. 26, which is a partial structural concept of the thirteenth preferred embodiment of the present invention. In the embodiment of the conceptual embodiment, the electrical connection socket applicable to the present invention and having multiple independent docking spaces is shown. 81, and it is disposed on the external circuit board (4); :, the socket circuit board (1), at least - the docking signal interface 812, the electrical signal processing component and the first (four) processing component (the two components of the real (four) can be referred to the foregoing example , which is not described here, 胄 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The interface signal input interface 8111 is used to interface with a connection plug, and the interface signal output interface 8112 is used for any signal interface or any component of the cymbal 81 and an external circuit. The board 81 is connected to one of the second connection interfaces. In other words, the socket of the socket 81 has a first docking space 8131 for docking the optical connection connector, and a power supply connection connector 100 (shown as an example in FIG. 24). The second docking space 8132 is forwardly and reversely connected; in addition, the first docking space 8131 and the second docking space 8132 are independent docking spaces without the common docking space as shown in the foregoing various embodiments. situation. Of course, in the present embodiment, the electrical signal processing component (not shown) in which the optical connector 2 is disposed or disposed in the first docking space 8131 can be directly electrically connected to the external circuit board (4); In order to make full use of the above-mentioned socket circuit board 811', the optical connector 2 or the electrical signal processing component may be electrically connected to the socket circuit board disposed in the second docking space 8132. Then, it is electrically connected to the external circuit board 81(). Thus, the display area can additionally free some areas of the external circuit board 810 to increase the use space of other components. i, it can also be earlier than the transmission signal has not left the electrical connection socket. Prior to 81, various problems such as at least partial electrical protection or rectification were handled first. In addition, the electrical connection socket 81 of the present embodiment has two sets of wheel temples 8141, 2 to provide an optical connection joint 2〇〇 or an electrical connection joint with a knife, for example, μ is not included) ❹ ' ^ 'More __ Steps have a shareable part of the contour structure 8 (4) to reduce! The body is electrically connected to the volume or height of the socket 81. Of course, the conceptual implementation structure is only η and is not limited thereto; for example, the actual implementation of the electrical connection socket is 32 201232957. It is necessary to set the above-mentioned shareable partial contour structure, which may be determined according to actual application conditions. This will not be repeated here. For each of the embodiments of the present invention, the respective electrical signal processing elements 21, 24, 25, 27, 29, 33, 33', 35, 43, 45, 53, 802, 210' may be at least have anti-crosstalk, Or anti-electromagnetic interference (EMI), or anti-static discharge (esd), or anti-short circuit, or anti-reverse current, or anti-overcurrent (inrush current / Surge Current) / over voltage protection of the semi-conductive components of the f-channel safety function Or it may be a semiconductor component having at least a rectifying function or a detecting function; or may be a semiconductor component having at least a rectifying function or a detecting function and having a microelectromechanical structure. And the first to sixth preferred embodiments of the present invention are shown in FIG. 27 to FIG. 32; and the above circuits are known to those skilled in the art and are only one. By way of illustration and not limitation. In other words, the electrical signal processing component 822 shown in FIG. 27 can be used to prevent electromagnetic interference (EMI) of a non-electrical 'original line (for example, a data line or a transmission line in any docking interface); The illustrated electrical signal processing component 832 can be used to prevent electromagnetic interference (EMI) in the power line in any of the docking signal interfaces; the electrical signal processing component 842 shown in Figure 29 can be used to prevent any docking signal. Electrostatic discharge (ESD) in the interface; the electrical signal processing component 852 shown in FIG. 3Q can be used to simultaneously prevent electromagnetic interference (EMI) and electrostatic discharge (ESD) of non-power lines in the interface of the docking signal; FIG. The electrical signal processing component 862 shown in FIG. 3 can be used to prevent overvoltage in any interface of the docking signal; the electrical signal processing component 872 shown in FIG. 32 can be used to prevent overcurrent in any interface of the docking signal. (Inrush Current/Surge
Current)。 另外，有關本案各實施例中電信號處理元件應用於偵測對接 33 201232957 信號介面的對接方向之一第一較佳具體實施概念側視示意圖，可 請參閱圖33所示’且不以此為限。其中，電連接插座92係為一 可供雙向對接之電連接插座（例如，可供雙向對接的USB2 〇電連 接插座）’因此，其中所包括之插座電路板921，於一電連接插頭 插入其中的對接空間時，可分別使第一對接信號介面926、第二對 接信號介面927等兩者中之一，朝向插座電路板921抵壓而接觸 導通（另-者此時可與插座電路板921保持斷路狀態），之後，透過 分別與第-對接信號介面926、第二對接信號介面927信號連接之 電信號處理元件922、923，即可順㈣測得知電連接插頭的插入 方向9其中’電信號處理元件922、923係分別為兩個獨立的電子 元件’且於本實施例中，第一料i直p缺八z 對接仏唬；I面926與第二對接信號 "面927的接腳段是採取串接方式而共用—共同接腳似，以降低 接腳段的數量。 1 〇閱圖34、35，其係分別為本案各實施例中電信號 於偵測對接介面信號的對接方向之-第二較佳具體 貫施概念側碼、頂視示意 ^ ^ %運接插座93係為一可供雙 二、二連接插座（例如’可供雙向對接的u$b2g電連接插 座），幼由位於不同對接”的偵測接腳9311、93丨2並皆電連 =一=式電信號處理元件阶即可順利偵測得知電連接插頭 的插入方向》 田然’有關上述圖34中整合式電信號處理元件932之具體實 施方式，係可分別參閱圖3 gR ^ „ 同較佳實施概念示意圖；亦 二接方I，示之電信號處理元件，，係可為用以纖 同對接方向信號的開關電路：圖37所示之電信號處㈣件892, 34 201232957 係可藉由蕭基一極體3921纟用以防止冑36所示開關電路的逆電 流。 另外咕參閱圖38，其係為本案各實施例中電信號處理元件 應用於偵測對接介面信號的對接方向之一第三較佳具體實施概念 側視示意圖。其中，電連接插座94中之整合式電信號處理元件 942，係可為一具有微機電半導體結構之電子元件，其不但可同時 提供所電連接之第一對接信號介面，946、第二對接信號介面947 之一信號傳輸路徑，亦可藉由電連接插頭插入電連接插座94時， 造成第一對接信號介面9的與第二對接信號介面947中之任一者 遂行一物理位移行程（當然，另一者可保持不移動狀態）而偵測得知 電連接插頭之插入方向性。至於整合式電信號處理元件942之具 體貫施手#又，應為熟悉本技藝之人士所知悉，在此即不再贅述。 當然，於本實施例中，第一對接信號介面9钧與第二對接信 號介面947的接腳段是屬於各自獨立的接腳，然亦可採取串接方 式而形成共同接腳（圖未示出），以降低接腳段的數量。 根據上述，本案之光/電信號處理元件，可以根據實際需要， 擇一或成對地，對應位置地分別設置於插座本體、舌板、或是電 路板表面上，或是其中的一對接信號介面容置槽中。其次，光/電 號处理元件了刀別暴路於塑膠板體的兩相對面，或是分別設置 於電路板的兩相對面上。其次，當插座電路板被以適當形式收容 於插座中時，光/電信號處理元件可設置於插座電路板上，並且電 連接於該插座電路板。又，光/電信號處理元件更可就近以旁路或 串接的方式與上述的對接信號介面電連接，如此可優化所接收的 信號。 35 201232957 另外，本案中的對接信號介面與光/電信號處理元件進行連接 時，對接信號介面係可採取先形成一預斷凹部方式結合（例如，焊 接）於光/電信號處理元件，之後再進行二次切斷加工，抑或是直接 以分離的前/後段連接接腳與光/電信號處理元件進行相互結合（例 如，焊接/抵接）。再則，電信號處理元件的整體外觀，可以是一平 整的封裝體，抑或是一具有凹部的封裝體，其當視實際應用情況 而定。 又，根據上述，本案由插座提供的對接空間用以容許公插頭 對接之用，對接空間可以由插座的殼體提供，或是由插座的插座 本體提供，但本案的上述較佳實施例並非用以限制本案的插座態 樣以及對接空間的態樣，用以察許公插頭正反地對接之用的空間 皆屬於本案的對接空間。 是以，本案確實可提供一種可將光信號處理元件及/或電信號 處理元件完全整合收容於其中，並提供正、反向對接之電連接插 座，因此，本案當可更進一步藉由光信號處理元件而獲得光學附 加功能，以提升其傳輸速率。例如，本案所示電連接插座中之光 信號處理元件，係可為一包括具有透鏡結構之光信號對接器，以 提供一高速光傳輸協定之對接信號介面（例如，可為屬於至少 lOGbps以上的光學傳輸等級)；且，本案所示電連接插座，亦可為 同時相容各種電性等級信號傳輸速率協定（例如，可為屬於約在 5Gbps以下的電性傳輸等級）之對接信號介面，例如，同時相容上 述光信號與USB3.0、抑或其同時相容US32.0對接信號介面協定 於一體之多合一電連接插座。 另外，本案所示電連接插座亦可藉由增設電信號處理元件， 36 201232957 而於傳輸信號縣㈣電連接插座之前， 所產生的前述各種串音、電磁干擾、靜電放電=運 =可藉由電㈣處理元件而提供電路短路保護讀、過電流/ =雜1输進―步提供至少_流或_例如，伯 二=信號的種類或偵測插頭對接方向等等 功权半導體元件；故，本案實為—極具產業價值之作冑處理 本案得由熟悉本技藝之人士純㈣ 脫如附申請專利範圍所欲保護者。 ·、.、-，然皆不 37 201232957 【圖式簡單說明】 圖1為本案之第-較佳實施例之前視實施概念示例圖。 圖2為本案之第一較佳實施例之立體部分分解實施概念示例 圖。 圖3為本案之第一較佳實施例之部分立體結構組裝概念示例圖。 圖4為本案之第二較佳實施例之前視實施概念示例圖。 圖5為本案之第三較佳實_之立體部分分解之實施概念示例圖。 圊6為本案之第二較佳實施例之部分立體結構組裝概念示例圖。 圖7為本案之第三較佳實施例之前視實施概念示例圖。 圖S為本案之第三較佳實關之立體部分結構的—視㈣示意圖。 圖9為本案之第三較佳實施例之立體部分結構的另—視角的示意 圖。 圖1Q為本案之第四較佳實施例之立體部分結構的—視角的示例 圖。 圖11為本案之第五較佳實施例之前視示意圖。 圖為本案之第隸佳實施例之立體部分結構的—視角的示例 圖。 圖13為本案之第五較佳實施例之立體部分結構的另—視角的示例 圖。 圖14為本案之第六較佳實施例的組裝部分結構的示意圖。 圖15為本案之第七較佳實施例之前視示意圖。 圖16為本案之第七較佳實施例之纟讀部分結構的示例圖。 ==案之第七較佳實施例之另一組裝部分結構的示例圖。 圖為本案第八較佳實施例的部分分解示意圖。 38 201232957 圖19為本案第九較佳實施例的部分分解示意圖。 圖2〇為本案第十較佳實施例的部分分解示意圖。 圖21為本案之第十—較佳實施例之前視示意圖。 =為本案之第十—較佳實_之謂料分解之實施概念示例 圖23為本案之第十二較佳實施例之立體部分分解之實施概念示例 圖 圖24為本案之一符合TTm 付口，2.0或USB3.0對接信號介面協定 接插頭之部分結構示意圖 圖2 5為本案各實施例之雷遠彡 m連餘座設置於外«路板處之實施概 念不意圖。 圖2^案之第十三較佳實施例之局部結構概Μ意圖。圖27·,、係為本案各實施例中電信號處理元件 之電連 施概念示意圖 圖 之第一較佳具體實 Μ:其係為本案各實施例中電信號處理元件 施概念示意圖。 圖29 .其係為本案各實施例中 電彳5號處理元件之第三較佳具體實 之第二較佳具體實 施概念示意圖 圖3 Q .其係為本案各實施例中 施概念示意圖。 圖3 1 .其係為本案各實施例中 施概念示意圖。 圖32 .其係林案备實施例施概念示意®。 處理元件之第六較佳具體實 電^號處理元件之第四較佳具體實 電^號處理元件之第五較佳具體實 39 201232957 圖33:其係為本案务實施例中電信號處理元件應用於仙 面信號的對接方向之-第-較佳具體實施概念側視示意圖。1 圖34 :其係為本案各實施例中電信號處理元件應用於_對接八 面信號的對接方向之-第二較佳具體實施Μ側視示意圖。 圖35.其係為本案各實施例中電信號處理元件應用於伯測對接八 =的㈣㈣輪念頂視示意圖。 示意圖其係為本案圖34中電信號處理元件之一較佳具體實施概念 圖37:其係為本案圖34巾電 念示意圖。 虎處理疋件之另-較佳具體實施概 ^信號的對接方以實施例中電信號處理元件應用於情測對接介 的對接方向之-第三較佳具體實施概念側視示意圖。 201232957 【主要元件符號 說明】 電連接插座 1、2、3、4、5、6、7、7,、9、80、 81 ' 92 ' 93 > 94 插座本體 11 、 21 、 31 、 41 、 51 、 61 、 71 、 71， 第一對接空間 101 、 301 、 501 、 701 、 901 、 8131 第二對接空間 102 、 302 、 502 、 702 、 902 、 8132 對接空間 400 ' 600 > 900 舌板 12 、 32 、 52 、 72 、 72， 舌板之前端 7211 塑膠舌片 62 、 62’ 第一表面 121 > 211 ' 321 ' 521 ' 621 ' ¢41 ' 721 第二表面 122 ' 322 ' 522 > 622 ' 642 ' 722 底部 115 ' 316 ' 515 側壁 1151 ' 3161 ' 5151 中空橫槽 1152 插座電路板 74 、 74, 、 84 、 94 、 801 、 811 ' 921 第一電路表面 741 、 S41 第二電路表面 742 、 742’ 、 941 對接信號介面容置槽 123 、 213 、 323 、 324 、 723 、 724 導電孔 973 第一對接信號介面 16、36、56、66、76、76’、96、206、 406 ' 926 ' 946 導電端子 160 ' 170 41 201232957 金屬接點 7411 ' 7421 ' 742Γ 金屬延伸導線 7412 、 7422 、 7422, 、 972 金屬接腳段 7413 、 7423 、 974 第二對接信號介面 17、37、57、67、77、77,、97、207、 407 、 927 、 947 接觸段 101 、 171 、 361 、 371 、 461 、 471 彈臂接觸段 971 延伸段 162 ' 172 金屬接腳段 163、173、201、363、373、463、473 蓋體 518 ' 618 蓋體側壁 5131 殼體 19、29、39、49、59、69、79、79,、 99 蓋體 291 、 991 光信號處理元件 2〇 ' 22 ' 26 ' 28 ' 40 ' 42 > 48 ' 50 ' 54 、 803 光信號接腳部 201 ' 221 ' 5〇1 透鏡結構 202 、 222 電信號處理元件 21 、 24 、 25 、 27 、 29 、 33 、 33’ 、 35 、 43 、 45 、 53 、 802 、 822 、 832 、 842 、 852、862、872、882、892、922、923、 932 、 942 另一電信號處理元件 210 開孔 325 ' 326 42 201232957 表面 對接信號介面容置槽 f路板定位槽 導正板 後座 槽孔 第三對接信號介面 第四對接信號介面 前端 電連接插頭 光連接插頭 外部電路板 介面信號輸入接口（第 一連接接口） 介面信號輸出接口（第 二連接接口） 輪廓 至少一對接信號介面 蕭基二極體 共同接腳 偵測接腳 411 、 412 213 ' 413 ' 415 913 392 114 、 214 、 314 、 714 、 714, 、 914 1141 ' 1146 ' 1147 46 ' 86 、 86, 、 98 47 ' 87 > 875 ' 99 7211 100 200 8Q0 ' 810 8011 、 8111 8012 ' 8112 8141 、 8142 、 8143 812 8921 928 9311 、 9312 43Current). In addition, in the embodiment of the present invention, the electrical signal processing component is applied to detect the docking direction of the interface interface of the 201232957 signal. A first side view of the first preferred embodiment is shown in FIG. 33. limit. The electrical connection socket 92 is a two-way docking electrical connection socket (for example, a USB2 electrical connection socket for bidirectional docking). Therefore, the socket circuit board 921 included therein is inserted into an electrical connection plug. When the docking space is used, one of the first docking signal interface 926 and the second docking signal interface 927 can be pressed against the socket circuit board 921 to be in contact with each other (others can be connected to the socket circuit board 921 at this time). After the open circuit state is maintained, the electrical signal processing components 922 and 923 respectively connected to the first-to-dial signal interface 926 and the second docking signal interface 927 can be used to determine the insertion direction of the electrical connector plug 9 The electrical signal processing components 922, 923 are respectively two independent electronic components 'and in the present embodiment, the first material i is short, and the first surface is 926, and the second interface is the second interface signal & surface 927 The pin segments are connected in a serial manner - the common pin is similar to reduce the number of pin segments. 1 See FIGS. 34 and 35, which are respectively the connection directions of the electrical signals in the detection interface of the interface in the embodiments of the present invention - the second preferred embodiment of the concept side code, the top view shows the ^ ^ % transmission socket The 93 series is a dual-two or two-connected socket (for example, 'u$b2g electrical connection socket for two-way docking), and the detection pins 9311 and 93丨2 are located at different dockings and are electrically connected. = The type of electrical signal processing component can smoothly detect the insertion direction of the electrical connector plug. "Tian Ran'. For the specific implementation of the integrated electrical signal processing component 932 in Figure 34 above, refer to Figure 3 gR ^ „ The schematic diagram of the preferred implementation concept; the second connection I, the electrical signal processing component, can be a switching circuit for the fiber-to-butt direction signal: the electrical signal portion shown in FIG. 37 (four) 892, 34 201232957 It can be used to prevent the reverse current of the switching circuit shown by 胄36 by the Xiaoji one body 3921纟. Referring to FIG. 38, which is a side view of a third preferred embodiment of the electrical signal processing component used in the present invention for detecting the docking direction of the interface signal. The integrated electrical signal processing component 942 in the electrical connection socket 94 can be an electronic component having a micro-electromechanical semiconductor structure, which can simultaneously provide the first docking signal interface electrically connected, 946, the second docking signal. A signal transmission path of the interface 947 may also be caused by a physical displacement stroke of the first docking signal interface 9 and the second docking signal interface 947 when the electrical connection plug 94 is inserted into the electrical connection socket 94 (of course, The other can maintain the non-moving state and detect the insertion direction of the electrical connection plug. The specific embodiment of the integrated electrical signal processing component 942 is also known to those skilled in the art and will not be described herein. Of course, in this embodiment, the pin segments of the first docking signal interface 9 钧 and the second docking signal interface 947 belong to separate pins, but may also be connected in series to form a common pin (not shown) Out) to reduce the number of pin segments. According to the above, the optical/electrical signal processing component of the present invention can be respectively disposed on the surface of the socket body, the tongue plate or the circuit board, or a pair of signals therein, according to actual needs, alternatively or in pairs. The interface is accommodated in the slot. Secondly, the optical/electrical processing components are violently traversed on opposite sides of the plastic plate body or respectively disposed on opposite faces of the circuit board. Second, when the socket circuit board is received in the socket in a suitable form, the optical/electrical signal processing component can be disposed on the socket circuit board and electrically connected to the socket circuit board. Further, the optical/electrical signal processing component can be electrically connected to the above-described docking signal interface in a bypass or serial connection, so that the received signal can be optimized. 35 201232957 In addition, when the docking signal interface in the present case is connected to the optical/electrical signal processing component, the docking signal interface may be combined (eg, soldered) to the optical/electrical signal processing component by forming a pre-breaking recessed portion, and then performing. The secondary cutting process is performed by directly bonding the separated front/rear segment connecting pins to the optical/electric signal processing elements (for example, soldering/abutting). Furthermore, the overall appearance of the electrical signal processing component can be a flat package or a package having a recess depending on the application. Moreover, according to the above, the docking space provided by the socket is used for allowing the male plug to be docked, and the docking space can be provided by the housing of the socket or by the socket body of the socket, but the above preferred embodiment of the present invention is not used. In order to limit the socket aspect of the case and the aspect of the docking space, the space for observing the positive and negative grounding of the male plug belongs to the docking space of the present case. Therefore, the present invention can provide an electrical connection socket in which the optical signal processing component and/or the electrical signal processing component can be completely integrated and provided with positive and negative docking. Therefore, the present invention can further utilize the optical signal. The component is processed to obtain an optical add-on function to increase its transfer rate. For example, the optical signal processing component in the electrical connection socket shown in the present disclosure may be an optical signal interface including a lens structure to provide a high-speed optical transmission protocol docking signal interface (for example, may belong to at least 10 Gbps or more Optical transmission level); and the electrical connection socket shown in the present invention may also be a docking signal interface compatible with various electrical level signal transmission rate agreements (for example, may be an electrical transmission level of about 5 Gbps or less), for example, At the same time, it is compatible with the above optical signal and USB3.0, or it is compatible with the US32.0 docking signal interface to integrate the all-in-one electrical connection socket. In addition, the electrical connection socket shown in this case can also be generated by adding an electrical signal processing component, 36 201232957, before transmitting the signal county (four) to the socket, the aforementioned various crosstalk, electromagnetic interference, electrostatic discharge = operation = by Electrical (4) processing components to provide circuit short-circuit protection read, over current / = miscellaneous 1 input - step provides at least _ stream or _ for example, the second two = signal type or detect plug docking direction and other power semiconductor components; The case is actually - the work of great value in the industry. The case is handled by a person who is familiar with the art. (4) Detach the scope of the patent application. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Fig. 2 is a view showing an example of a three-dimensional partial decomposition implementation concept of the first preferred embodiment of the present invention. FIG. 3 is a view showing an example of a partial three-dimensional structure assembly concept of the first preferred embodiment of the present invention. 4 is a diagram showing an example of a prior implementation concept of the second preferred embodiment of the present invention. FIG. 5 is a diagram showing an example of the implementation concept of the third partial real part of the present invention.圊6 is a diagram showing an example of a partial three-dimensional structure assembly concept of the second preferred embodiment of the present invention. FIG. 7 is a diagram showing an example of a prior implementation concept of the third preferred embodiment of the present invention. Figure S is a schematic view of the three-dimensional portion of the third preferred embodiment of the present invention. Fig. 9 is a schematic view showing another perspective view of the structure of the three-dimensional portion of the third preferred embodiment of the present invention. Fig. 1Q is a view showing an example of a perspective view of a three-dimensional portion structure of a fourth preferred embodiment of the present invention. Figure 11 is a front elevational view of a fifth preferred embodiment of the present invention. The figure is an example of a perspective view of the three-dimensional structure of the preferred embodiment of the present invention. Fig. 13 is a view showing another example of the perspective of the three-dimensional portion of the fifth preferred embodiment of the present invention. Figure 14 is a schematic view showing the structure of the assembled portion of the sixth preferred embodiment of the present invention. Figure 15 is a front elevational view of a seventh preferred embodiment of the present invention. Figure 16 is a diagram showing an example of the structure of the reading portion of the seventh preferred embodiment of the present invention. An example diagram of another assembled portion structure of the seventh preferred embodiment of the invention. The figure is a partially exploded schematic view of the eighth preferred embodiment of the present invention. 38 201232957 Figure 19 is a partially exploded perspective view of the ninth preferred embodiment of the present invention. Figure 2 is a partially exploded perspective view of the tenth preferred embodiment of the present invention. Figure 21 is a front elevational view of a tenth preferred embodiment of the present invention. Example of the implementation concept of the decomposing of the tenth embodiment of the present invention. FIG. 23 is an example of the implementation of the stereoscopic partial decomposition of the twelfth preferred embodiment of the present invention. FIG. 24 is one of the cases in accordance with the TTm payment. FIG. 2 is a schematic diagram of a part of the structure of the 2.0 or USB3.0 docking signal interface interface plug. FIG. 5 is a schematic diagram of the implementation concept of the Leiyuan 连 m joint rest of the embodiment of the present invention. The partial structure of the thirteenth preferred embodiment of Fig. 2 is intended. Figure 27 is a schematic diagram showing the concept of the electrical connection of the electrical signal processing components in the embodiments of the present invention. It is a schematic diagram of the electrical signal processing components in the embodiments of the present invention. Figure 29 is a schematic diagram showing a second preferred embodiment of the third preferred embodiment of the apparatus 5 of the present invention. Figure 3 is a conceptual diagram of the embodiments of the present invention. Figure 31 is a conceptual diagram of the embodiments of the present invention. Figure 32. Conceptual representation of the system for the preparation of a forest case. The fifth preferred embodiment of the sixth preferred embodiment of the processing component is a fifth preferred embodiment of the fourth embodiment of the present invention. FIG. 33 is an electrical signal processing component of the present embodiment. A side view of a preferred embodiment of the docking direction applied to the fairy signal. 1 is a side view showing a second preferred embodiment of the application of the electrical signal processing component to the splicing direction of the _ octahedron signal in the embodiments of the present invention. Figure 35. It is a schematic diagram of the (four) (four) wheel view of the electrical signal processing component used in the embodiments of the present invention. The schematic diagram is one of the preferred implementation concepts of the electrical signal processing component in Fig. 34 of the present invention. Fig. 37 is a schematic diagram of Fig. 34 of the present invention. Another preferred embodiment of the processing device is a side view of the third preferred embodiment of the signal to which the electrical signal processing component of the embodiment is applied to the docking direction of the sensing interface. 201232957 [Explanation of main component symbols] Electrical connection socket 1, 2, 3, 4, 5, 6, 7, 7, 9, 90, 81 ' 92 ' 93 > 94 socket body 11, 21, 31, 41, 51 , 61 , 71 , 71 , first docking space 101 , 301 , 501 , 701 , 901 , 8131 second docking space 102 , 302 , 502 , 702 , 902 , 8132 docking space 400 ' 600 > 900 tongue 12 , 32 , 52 , 72 , 72 , tongue front end 7211 plastic tongue 62 , 62 ′ first surface 121 > 211 ' 321 ' 521 ' 621 ' ¢ 41 ' 721 second surface 122 ' 322 ' 522 > 622 ' 642 ' 722 bottom 115 ' 316 ' 515 side wall 1151 ' 3161 ' 5151 hollow transverse groove 1152 socket circuit board 74 , 74 , , 84 , 94 , 801 , 811 ' 921 first circuit surface 741 , S41 second circuit surface 742 , 742 ' , 941 docking signal interface receiving slots 123, 213, 323, 324, 723, 724 conductive holes 973 first docking signal interface 16, 36, 56, 66, 76, 76', 96, 206, 406 '926 ' 946 conductive Terminal 160 ' 170 41 201232957 Metal Contact 7411 ' 7421 ' 742Γ metal extension wires 7412, 7422, 7422, 972 metal pin segments 7413, 7423, 974 second docking signal interface 17, 37, 57, 67, 77, 77, 97, 207, 407, 927, 947 Contact section 101, 171, 361, 371, 461, 471 spring arm contact section 971 extension section 162 ' 172 metal pin section 163, 173, 201, 363, 373, 463, 473 cover body 518 ' 618 cover side wall 5131 shell Body 19, 29, 39, 49, 59, 69, 79, 79, 99 cover 291, 991 optical signal processing element 2 〇 ' 22 ' 26 ' 28 ' 40 ' 42 > 48 ' 50 ' 54 , 803 light Signal pin portion 201 ' 221 ' 5 〇 1 lens structure 202 , 222 electrical signal processing elements 21 , 24 , 25 , 27 , 29 , 33 , 33 ′ , 35 , 43 , 45 , 53 , 802 , 822 , 832 , 842 852, 862, 872, 882, 892, 922, 923, 932, 942 another electrical signal processing component 210 opening 325 ' 326 42 201232957 surface docking signal interface receiving slot f way board positioning slot guiding plate rear seat slot Hole third docking signal interface fourth docking signal interface front end electrical connection Optical connector plug external circuit board interface signal input interface (first connection interface) interface signal output interface (second connection interface) profile at least one pair of signal interface Xiaoji diode common pin detection pin 411, 412 213 ' 413 ' 415 913 392 114 , 214 , 314 , 714 , 714 , 914 1141 ' 1146 ' 1147 46 ' 86 , 86 , , 98 47 ' 87 > 875 ' 99 7211 100 200 8Q0 ' 810 8011 , 8111 8012 ' 8112 8141 , 8142, 8143 812 8921 928 9311 , 9312 43