M351497 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種電連接器組合，尤指用於高速訊號傳輸之電連接器組 合。 【先前技術】 小型可插拔連接器（Small Form-factor Pluggable)、萬兆乙太網接口 '小型可插拔連接器（X-SFP)及四通道小型可插拔連接器（qSFP)均為用 * 於光纖傳輸或訊號傳輸的電連接器組合。該等電連接器組合的一個重要特 >徵係體積較小。電連接器組合的體積越小，其與設備面板結合佔據的空間 越小。較小的電連接益組合能夠允許同一設備面板上連接更多數量的電連 接器組合以支持額外的訊息通道。然，使用者很難操作小型可插拔連接器。 當其中一個電連接器組合出現故障，需將其從設備面板上拔出而更換 新的電連接n組合時’操作較為困難，若直接拉拔纟姆，則可能會對面板 上的配對連接器模組造成損害。 為克服丽述電連接器組合在使用中存在的問題，許多可行的方法已經 被提出。例如美國專利公告第6851867，6749448，6884〇97，69〇8323， 7052306，6824416 ’ 7090523號等均給出了解決前述問題的一些方法。前 ，述方法的原理大致相同，即電連接器組合包括一對滑動臂，滑動臂前端可 與對接連接器的相應部位形成卡扣，一驅動元件，其可繞電連接器組合某 支轉動從而驅動滑動臂沿直線向後運動，從而使滑動臂前端盘對接 連接器解除卡扣。前述公告專财所義方法能夠成功的解決該等問題， ’鳴靖糊咖細者操作。 補作之目的在於提供—種電連接器組合，《具有改進之鎖扣機構以 方便拔掉電連接器組合。 6 M3 51497 狀μ歷則述目的’本創作之電連接器叙合與對接連接器鎖扣對接並安 衣路板上、，’其包括：相對平行設置且沿對接方向延伸的一對側壁 及’、：口、置’其t則述鎖扣裝置包括驅動件及一對退出件，所述驅動件旋 轉組裝於前述側壁，且該驅動件包括一對末端設有驅動端的驅動臂及與該 對驅動臂的另一端相連的操作部，該操作部垂直於對接方向且與侧壁正 交；退出件旋轉組裝於側壁且與驅動件的驅動端配合，當操作部自上向下 .運⑽、，驅動臂及‘_端自下向上運動，進而導致·件相對於側壁向外 轉動以與對接連接裔的卡扣部解除鎖扣，從而脫離對接連接器；驅動件 #還包括「對-體成型於驅動臂的彈性臂，該彈性臂在驅動件自上向下移動 時能夠被擠塵且對驅動件提供彈性復力，以促使驅動件及退出件回到且 初始位置。 … 與先前技術相比，本創作之電連接器組合具有如下功效：藉改進之鎖 扣機構以方便電連接器组合脫離對接連接器。 【實施方式】 睛參照第-圖至第三圖所示，本創作電連接器組合1〇〇為插頭模組， 其包括由蓋體部1與基體部2組合在一起而形成的壓鑄本體7、組裳於蓋 鲁，體部1及基體部2上且自身具有彈性回復力的鎖扣裳置8以及組|於鎖扣 .裝置8及蓋體部1的拉帶6，該拉帶6用於實現本電連接器組合_與插 •座式對接連接器（未圖示）解除卡鎖。 〃 鎖扣裝置8包括組裝至蓋體部丨和基體部2的金屬驅動件4及—對組 裝至盍體部1和基體部2且能夠被驅動件4驅動的壓鑄成型的退出件5， 隹本實施例中，電連接器組合1〇〇為QSFP (Quad SmaU F〇rin ^tOT P1uggable)標準連接器。 ^ M351497 蓋體部1包括台階狀的基板部10，一對自基板部10左、右側緣向下延 伸且平行的第一側壁11、自基板部10前、後部向下延伸不同高度的第一前、 後壁13、12，該第一前、後壁13、12與第一侧壁n相連。第—前緣自基 板部10前端向前延伸超出第一前壁13而形成。一對橢圓形的開孔14〇分開設 置於第一前緣14的前部。一l型的切口 141自基板部1〇的上表面向下凹陷並 佔據其一角。第一凸緣101設於基板部10上且將蓋體部丨分為第一前對接部 -1〇2及比第一前對接部102高且短然比第一凸緣1〇1低的第—後安裝部⑴3。 -第一凸緣101能夠顯示電連接器組合100最終的插入位置。 籲 第一後安裝部103設有一對自第-侧壁11向内凹陷的缺口 110 ,進而形 成與第-後壁12相連的播止部U1。凸肋⑽設於基板部_上表面且鄰近 基板部ίο的後邊緣，狹槽1040沿從前至後的方向貫穿凸肋1〇4。第一收容空 間m設於各第-侧#11上且沿前後方向延伸，第一中心槽出靠近第一凸 緣101且自第則壁11向内凹陷，該第一中心槽115與第一收容空間m相 通，半圓形第一滑槽1120自第一收容空間112向上凹陷形成，其與第一中心 槽115检向對齊。第一配合槽113自第—收容空間ιΐ2的前端向内凹陷且開口 鲁向外。圓形第-中心孔114自第一側向上凹陷且與第一配合槽ιι3相連 « 通0 弟-後壁12沿對接方向具有相對較大的厚度，其設有第一半圓開口 J (、線繞（未圖π)穿過。一對第一螺孔122分別設於擔止部ηι上且 位:第半圓開口 12〇的兩側，另一對第一螺孔⑵設於鄰近第一中心孔似 、1支撐。p内。亥兩勒第一螺孔122共同固定基體部之。一對二型的突出部 130形成於第-細3的下方，進㈣彡成—聽於突出細側壁u 之間的結合槽131。 M351497 〜基體42包括請狀的基卿，—對自基部歡、右侧緣向上延伸的 刖 第二侧壁2卜自基部2G前、後部向上延伸且與第二侧壁21相連的第二 後壁23、22。 基。P 20包括第—如對接部2〇2及比第二前對接部低的第二後安裂部 2ω一，故第二前對接部搬與第二後安襄部2〇3之間形成第二凸緣加，讀 第-凸緣101共_示電連接器組合则的最終插人狀態。第二後壁22沿對 接方向具有較大的厚度且被切除形成有與第一半圓開口 120配合以形成供 ❿線纜（未圖不）穿過的通道70 (第七圖所示）的第二半圓開口220。另，第 二後壁22設有1位於第二半_口22()兩侧且與第一螺孔122相對應的圓 形第二螺孔222 ’-對螺絲9插人第—觀122及第二螺孔222内，從使蓋體 部1與基體部2結合在一起。基部％延伸超過第二前壁23以形成平行於第一 月(J緣14的第一岫緣24，印刷電路板（未圖示）的前端收容於蓋體部〗和基體 部2之間且暴露於第一前緣14和第二前緣24之間。 第二側壁21向下凹陷形成第二收容空間212，該第二收容空間212與蓋 體部1的第一收容空間112相對應並配合形成收容通道71，該電連接器組合 φ 1〇0的收容通道71用於收容驅動件4。較深的收容槽210 (第六圖所示）鄰近 第二後壁22且向上凹進第二侧壁21，該收容槽216與第二收容空間212相 、通。第二中心槽215自第二侧壁21的内部向内凹陷，其與第一中心槽115相 對應。另’第一中心槽115較第二中心槽215深，也就是說，第一中心槽115 的角度比第二中心槽215大。第二滑槽2120自第二收容空間212向下凹陷， 與第一滑槽1120構成一個整圓，以收容驅動件4的凸柱4201。第二配合槽213 設於第二側壁21上’其與第一配合槽113對應且與第二收容空間212相通。 第二中心孔214設於第二側壁21且與第一中心孔114對應，該第二中心孔214 與第二配合槽213相連通。一對前端231朝向第二側壁21的前端向前延伸且 M351497 位於第二前壁23之上。另，υ_σ213()自第二側壁辦下凹陷且開口兩 外，該開口2130與第二配合細相通。所述第一、第二侧壁η、21均可稱 之為側壁，所述第-、第二中心孔114、214均可稱之為中心孔，第一、第 二中心槽m、2简可稱朴讀，第_、第二配合細、213均為配合 槽0 驅動件4組裝於基體部2及蓋體糾上以促使退出件$向外移動，其包括 —扁平的操作部4卜-對自操作部41的相财端向下垂直延伸的連接部嫩 饞-對自連接部44相對的底部末端向前延伸的驅動臂42。所述操作部41包括 自其水平段向後延伸的擴展部彻，該擴展部上設有方便使用者操作的 摩擦凸肋備。通孔411設於擴展部彻上且靠近擴展部41〇的後邊緣。驅動 臂42為紡錘形結構，其包練寬的中間段42〇及一對較窄的前、後段、 421，自驅動臂42的中間段420的上、下邊緣向外突伸形成一對弧形隆起 4202，因此中間段420呈圓柱狀。圓柱狀凸柱傷自一驅動臂似的中間段42〇 向著另-驅動臂42的中間段420延伸且作為驅動件4的轉軸。彈性臂421〇自 後段421彳4部的底面向下傾觀伸，轉性臂a峨後段421的下邊緣之間 籲形成銳角。驅動端43設於驅動臂42的前段422的末端，驅動端43包括自相應 則·Μ22向内、彎折的彎曲狀結合部431及與結合部431相連的彈性部纽，彈 、性部432包括與結合部431相連的上部彻及自上部彻向外彎折的下驅動 部4321。在本實施例中，驅動件4由金屬材料採用比壓鑄成型更能降低成本 的衝壓成型方法製成。 退出件5組裝於基體部2及蓋體部丨上且被驅動件4驅動以將電連接器 組合100與對接連接器分離。所述退出件5由金屬材料壓禱成型，其包括沿 垂直方向排列且收容於第- '第二中心孔114、214的前樞姉，自前枢轴 51向後延伸的本體部52及形成於本體部52末端且靠上的錐形配合端53，所 M3 51497 述配合端53的外表面及τ表面為錐形。本體部幻包括内表面及相反的外表 面，主體部52被部分切除以形成橋娜21及一對位於橋接部肌、下側 的楔形凹陷部522。 拉帶6為寬度的柔性帶體’且由絕緣材料製成。 請參照第四至第五圖並結合第—至第二圖及第六圖至第九圖所示，組 裝時，拉帶6首先組裝於驅動件4，其穿過位於驅動件4的操作部^上的通孔 411 ’且拉帶6的相對末端相互枯結形成後拉動部&及前環形聊，接著， 帶有拉帶6的驅動件4與退出件5一起組裝於蓋體部i。 驅動件4沿從下至上的方向組裝於蓋體部i，拉帶6的拉動部以穿過蓋 體部1的狹槽1_，凸肋104構成了拉帶6舰職置，操作部41位於蓋體部 1之上’且通孔411構成拉帶6的導引裝置，驅動臂42的上部位於第一收容空 間112内，上部的一對隆起4202分別旋轉收容於對應第一中心槽115内，凸 柱4201的上面部分旋轉收容於第一侧壁u的第一滑槽112〇。驅動端43的上 面部分收谷於第一配合槽113内。退出件5組裝於蓋體部丨，前樞軸51插入第 一中心孔114内，主體部52及配合端53佔據第一配合槽113内的剩餘空間。 在本實施例中，驅動端43的彈性部432的驅動部4321位於配合端53之下，驅 -動端43扁平的内表面抵接於彈性部432的上部4320的外表面，L型第一階梯 、部1132位於楔形凹陷部522内且靠近橋接部521。 再將基體部2組裝於蓋體部1、驅動件4、退出件5及拉帶6，前端231插 入蓋體部1的結合槽131内’將基體部2轉動一定的角度以與蓋體部1結合形 成本體7 ’也稱為蓋體裝置。驅動臂42較低的部分、驅動端43及退出件5以 相似的方式收容於第二收容空間212、第二配合槽213及第二中心孔214内。 隆起4202的較低部分可旋轉的第二中心槽215内，凸柱4201的下面部分可旋 轉的收容於第二滑槽2120内，驅動端43的底部收容於第二配合槽213内。前 M3 51497 枢軸51的下面部分插入第二中心孔214内，另，主體部52的下面部分及配合 端53佔據第二配合槽213的剩餘空間，l型第二階梯部2132位於另一楔形凹 陷部522内且罪近橋接部521，彈性臂4210收容於基體部2的收容槽216内。 請參照第四圖至第八圖所示，彈性臂伽處於釋放狀態，其彎曲端㈣彈 性抵接於收容槽216的底面，驅動件4的操作部41位於蓋體部i的頂面上， 另’拉帶6的拉動部61與環形部60之間呈鈍角。前述組裝完成後，請參照第 -六圖及第七圖，由於驅動臂42呈紡錘形結構，驅動臂42僅較寬的中間段42〇 -夾置於第一觀11與第二侧壁21之間，即驅動臂42的後段421與第一側壁u 籲之間留有-定間距，以作為操作部Μ的操作區域，驅動臂π的前段422與驅 動端43距離第…第二侧則、21有—定距離，以作為驅動端_操作區 域。 在上述組裝完成之後，電連接器組合1〇〇基本組裝完成，第一收容空 間112及第二收容空間212挺配合形成本體7的收容通道仙收容驅動件 4 ’第-配合槽113及第二配合槽213相互配合形成本體7的配合空間72 (第 六圖所示），驅動件4與退出件5-般情況下收容於該配合空間72内。當將 鲁電連接組合100自對接連接器上移開時，請參照第九圖至第十三圖，操作 '者可對拉帶6的拉動部61施加向後的拉力，或者對驅動件4的操作施加 ，向下的力，以促使驅動件4沿逆時針方向轉動，該逆時針方向為第一個方 向’進而帶動退出件5向外轉動，該向外轉動的方向為第二個方向，使電連 接驗合靡與對接連接器解除鎖扣。在第—種情況下，當向後拉動拉帶6 的拉動部㈣，隨著拉帶6向後的移動，驅動件4的操作_朝向蓋體部丄 的上表面移動’進而壓迫賴f側向下且㈣收容制⑽底面移動直 蝴乍部的後端抵靠於蓋體部i的凸肋1〇4，且拉帶6夾置於凸肋服和摔 作部Μ之間’拉帶6的環形部60與技動觸之間的夾角為直角，在咳情況 12 M3 51497 下，隆起42〇2及凸柱4201分別在第一、第二中心槽115、215内及第一、第 二滑槽1120、2120内沿逆時針方向轉動，驅動端43向上移動且其驅動部4321 沿配合端53傾斜的底面滑動，進而導致配合端53向外轉動，且前柩軸51在 第一、第二中心孔114、214内轉動’驅動端43及配合端53共同作為配合裝 置；在第二種情況下，操作者向下按壓驅動件4的操作部41，驅動件4的運 動過程與第一種情況下相同。當電連接器組合1〇〇脫離對接連接器之後，釋 -放作用於拉帶6或驅動件4的操作部41上的力，處於壓迫狀態的彈性臂4210 .向外移動，進而促使驅動件4以與前述運動過程相反的過程運動，最終，驅 •動件4回到第四圖至第八圖所示的初始狀態。 綜上所述，本創作確已符合新型專利之要件，爰依法提出專利申請。 惟，以上所述者僅係本創作之較佳實施方式，本創作之範圍並不以前述實 施方式爲限，舉凡熟習本案技藝之人士援依本新型之精神所作之等效修飾 或變化，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 第一圖至第三圖係本創作電連接器組合之立體分解圖。 鲁第四®至第五圖⑽-®所示電連接器組合於鎖扣裝置處於釋放 ' 狀態下之立體組裝圖。 * 第六圖至第人圖係第四、五®所示電連接器組合沿mVI至線 VIII-VIII之剖視圖。 第九圖至第十圖得'第-圖所示電連接器組合於鎖扣裂置處於使用 狀態下之立體組裝圖。 第十-圖至第十三圖係第九、十圖所示電連接器組合沿線虹跑 線XIII-XIII之剖視圖。 【主要元件符號說明】 13 M351497M351497 VIII. New description: [New technical field] This creation relates to an electrical connector combination, especially an electrical connector combination for high-speed signal transmission. [Prior Art] Small Form-factor Pluggable, 10 Gigabit Ethernet Interface 'Small Pluggable Connector (X-SFP) and Quad Small Formal Pluggable Connector (qSFP) A combination of electrical connectors for fiber optic transmission or signal transmission. An important feature of the electrical connector combination is a small volume. The smaller the volume of the electrical connector assembly, the smaller the space it occupies in conjunction with the device panel. A smaller combination of electrical connections allows a greater number of electrical connector combinations to be connected to the same device panel to support additional messaging channels. However, it is difficult for a user to operate a small form factor pluggable connector. When one of the electrical connector combinations fails, it needs to be pulled out of the device panel and replaced with a new electrical connection n combination. 'Operation is more difficult. If you pull directly, you may have a mating connector on the panel. The module caused damage. In order to overcome the problems in the use of the Lie electrical connector assembly, many possible methods have been proposed. Some methods for solving the aforementioned problems are given, for example, in U.S. Patent Nos. 6,851,867, 6,749,448, 6,884, 97, 69, 8323, 7052,306, 68,214,416, and 70,905,023. The principle of the method is substantially the same, that is, the electrical connector assembly includes a pair of sliding arms, and the front end of the sliding arm can form a buckle with a corresponding portion of the mating connector, and a driving component can be rotated around the electrical connector to thereby rotate The driving sliding arm moves rearward in a straight line, so that the front end of the sliding arm docking connector is released from the buckle. The above-mentioned method of advertising special funds can successfully solve these problems, and the operation of Mingjing is fine. The purpose of the supplement is to provide a combination of electrical connectors, "an improved latching mechanism for easy removal of the electrical connector assembly. 6 M3 51497 状 历 述 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ', the port, the t-locking device includes a driving member and a pair of ejecting members, the driving member is rotatably assembled to the side wall, and the driving member includes a pair of driving arms having a driving end at the end and An operating portion connected to the other end of the driving arm, the operating portion is perpendicular to the mating direction and orthogonal to the side wall; the ejecting member is rotationally assembled to the side wall and cooperates with the driving end of the driving member, when the operating portion is moved from top to bottom (10) The driving arm and the '_ end move from bottom to top, thereby causing the member to rotate outward relative to the side wall to unlock the buckle portion of the docking connection, thereby disengaging the docking connector; the driving member # also includes "- Formed on the elastic arm of the driving arm, the elastic arm can be squeezed when the driving member moves from top to bottom and provide elastic recombination force to the driving member to urge the driving member and the ejecting member back to the initial position. Technical comparison The electrical connector assembly of the present invention has the following functions: an improved locking mechanism is adopted to facilitate the combination of the electrical connector and the detachable connector. [Embodiment] The present invention is shown in the drawings. 1〇〇 is a plug module, which comprises a die-cast body 7 formed by combining the cover body portion 1 and the base portion 2, a group on the cover body, the body portion 1 and the base portion 2 and having an elastic restoring force. The latching sleeve 8 and the group | the locking device. The device 8 and the strap 6 of the cover portion 1 are used to realize the electrical connector assembly _ and the socket type docking connector (not shown) The latching device 8 includes a metal driving member 4 assembled to the cover body portion and the base portion 2 and a die-casting exit that is assembled to the body portion 1 and the base portion 2 and can be driven by the driving member 4. In the present embodiment, the electrical connector assembly 1 is a QSFP (Quad SmaU F〇rin ^tOT P1uggable) standard connector. ^ M351497 The cover portion 1 includes a stepped substrate portion 10, a pair of self-substrate a first side wall 11 extending downward and parallel to the left and right side edges of the portion 10, from the front of the substrate portion 10, a first front and rear wall 13, 12 extending at different heights, the first front and rear walls 13, 12 being connected to the first side wall n. The first leading edge extends forward from the front end of the substrate portion 10 beyond the first The front wall 13 is formed. A pair of elliptical openings 14 are separately disposed at the front of the first leading edge 14. An l-shaped slit 141 is recessed downward from the upper surface of the substrate portion 1 and occupies a corner thereof. A flange 101 is disposed on the substrate portion 10 and divides the cover portion into the first front butt portion -1 〇 2 and the first portion that is higher than the first front butt portion 102 and shorter than the first flange 1 〇 1 - Rear mounting portion (1) 3. - The first flange 101 can display the final insertion position of the electrical connector assembly 100. The first rear mounting portion 103 is provided with a pair of notches 110 recessed inwardly from the first side wall 11 to form and The broadcast portion U1 to which the first-rear wall 12 is connected. The rib (10) is provided on the upper surface of the substrate portion____ and adjacent to the rear edge of the substrate portion ίο, and the slit 1040 penetrates the rib 1〇4 in the front-to-back direction. The first receiving space m is disposed on each of the first side #11 and extends in the front-rear direction. The first center groove is close to the first flange 101 and is recessed inward from the first wall 11. The first center groove 115 is first The receiving space m communicates with each other, and the semicircular first sliding slot 1120 is formed to be recessed upward from the first receiving space 112, and is aligned with the first central slot 115 for detecting. The first engaging groove 113 is recessed inward from the front end of the first receiving space ι 2 and is open to the outside. The circular first-center hole 114 is recessed upward from the first side and is connected to the first mating groove ιι3. The pass-back wall 12 has a relatively large thickness in the butting direction, and is provided with a first semicircular opening J (and a line) A pair of first screw holes 122 are respectively disposed on the supporting portion ηι and are located on both sides of the first semicircular opening 12 ,, and the other pair of first screw holes (2) are disposed adjacent to the first center The hole is like, 1 is supported. In the p, the first screw hole 122 of the two joints fixes the base portion together. The pair of two-type protrusions 130 are formed below the first thin 3, and the four (4) turns into the protruding thin sidewalls. The coupling groove 131 between the u. The M351497~the base body 42 includes the base of the request shape, the second side wall 2 extending upward from the base portion and the right side edge, and the front side and the rear portion extending upward from the base portion 2G and the second portion The second rear wall 23, 22 is connected to the side wall 21. The base P20 includes a first butt joint 2〇2 and a second rear split portion 2ω1 lower than the second front butt joint, so the second front butt joint A second flange is formed between the moving and the second rear ampule 2〇3, and the read-flange 101 collectively shows the final insertion state of the electrical connector combination. The second rear wall 22 The docking direction has a greater thickness and is cut away to form a second semi-circular opening 220 that cooperates with the first semi-circular opening 120 to form a channel 70 (shown in Figure 7) through which the cable (not shown) passes. The second rear wall 22 is provided with a circular second screw hole 222 ′ on both sides of the second half port 22 ( ) corresponding to the first screw hole 122 - the insertion of the screw 9 - the view 122 and the In the two screw holes 222, the cover body portion 1 and the base portion 2 are joined together. The base portion extends beyond the second front wall 23 to form a first printed circuit board parallel to the first month (the first edge 24 of the J edge 14 The front end (not shown) is received between the cover portion and the base portion 2 and exposed between the first leading edge 14 and the second leading edge 24. The second sidewall 21 is recessed downward to form a second receiving space 212, The second receiving space 212 corresponds to the first receiving space 112 of the cover portion 1 and cooperates with the receiving passage 71. The receiving passage 71 of the electrical connector combination φ 1〇0 is used for accommodating the driving member 4. The deep receiving chamber The slot 210 (shown in FIG. 6 ) is adjacent to the second rear wall 22 and is recessed upwardly into the second sidewall 21 . The receiving slot 216 is opposite to the second receiving space 212 . The second center groove 215 is recessed inward from the inside of the second side wall 21, which corresponds to the first center groove 115. The other 'first center groove 115 is deeper than the second center groove 215, that is, the first center The slot 115 is larger than the second center slot 215. The second slot 2120 is recessed downward from the second receiving space 212, and forms a full circle with the first slot 1120 to receive the boss 4201 of the driving member 4. The matching groove 213 is disposed on the second side wall 21 and corresponds to the first matching groove 113 and communicates with the second receiving space 212. The second center hole 214 is disposed on the second side wall 21 and corresponds to the first center hole 114. The two center holes 214 are in communication with the second matching groove 213. A pair of front ends 231 extend forward toward the front end of the second side wall 21 and M351497 is located above the second front wall 23. In addition, υ_σ213() is recessed from the second side wall and has two openings, and the opening 2130 is in fine communication with the second fit. The first and second side walls η, 21 may be referred to as side walls, and the first and second center holes 114, 214 may be referred to as central holes, and the first and second center slots m, 2 are simply It can be said that the _, the second matching fine, 213 are assembled with the groove 0 driving member 4 assembled to the base portion 2 and the cover body to correct the ejection member $ outward movement, which includes a flat operation portion 4 - a connecting portion that extends vertically downward from the coin end of the operating portion 41 - a driving arm 42 that extends forward from the opposite bottom end of the connecting portion 44. The operation portion 41 includes an extension portion extending rearward from a horizontal portion thereof, and the expansion portion is provided with a friction rib for easy operation by a user. The through hole 411 is provided in the expansion portion and close to the rear edge of the expansion portion 41A. The driving arm 42 is a spindle-shaped structure, which has a wide intermediate section 42〇 and a pair of narrow front and rear sections 421. The upper and lower edges of the intermediate section 420 of the driving arm 42 project outwardly to form a pair of curved shapes. The ridge 4202 is so that the intermediate section 420 has a cylindrical shape. The cylindrical stud is wound from a middle section 42 of the drive arm and extends toward the intermediate section 420 of the other drive arm 42 and serves as the shaft of the drive member 4. The elastic arms 421 are inclined downward from the bottom surface of the rear portion 421彳4, and an acute angle is formed between the lower edges of the rear arms 421 of the rotating arm a. The driving end 43 is disposed at the end of the front section 422 of the driving arm 42. The driving end 43 includes a curved joint portion 431 bent inward from the corresponding portion 22 and a flexible portion connected to the joint portion 431, and the elastic portion 432 The upper portion connected to the joint portion 431 includes a lower drive portion 4321 that is bent outwardly from the upper portion. In the present embodiment, the driving member 4 is made of a metal material using a press forming method which is more cost-effective than die casting. The ejector 5 is assembled to the base portion 2 and the cover portion 且 and is driven by the drive member 4 to separate the electrical connector assembly 100 from the docking connector. The ejecting member 5 is formed by a metal material, and includes a front pivot which is arranged in the vertical direction and accommodated in the first-second center hole 114, 214, and a body portion 52 extending rearward from the front pivot 51 and formed on the body The tapered end portion 53 of the end portion 52 and the upper portion thereof has a tapered shape on the outer surface of the mating end 53 and the surface of the τ. The body portion includes an inner surface and an opposite outer surface, and the body portion 52 is partially cut away to form a bridge 21 and a pair of wedge-shaped recesses 522 at the lower side of the bridge. The draw tape 6 is a flexible tape body of width ' and is made of an insulating material. Referring to the fourth to fifth figures and in conjunction with the first to second and sixth to ninth drawings, when assembled, the draw tape 6 is first assembled to the driving member 4, which passes through the operating portion of the driving member 4. The through hole 411 ' on the upper hole 411 ' and the opposite ends of the draw tape 6 are mutually squashed to form a rear pull portion & and a front ring chat, and then the drive member 4 with the draw tape 6 is assembled with the ejector 5 to the cover portion i . The driving member 4 is assembled to the cover portion i in a direction from bottom to top, and the pulling portion of the pulling belt 6 passes through the slot 1_ of the cover portion 1, and the protruding rib 104 constitutes the pulling belt 6 and the operating portion 41 is located. The upper portion of the cover portion 1 and the through hole 411 constitute a guiding device for the draw tape 6. The upper portion of the driving arm 42 is located in the first receiving space 112, and the upper pair of the protrusions 4202 are respectively rotatably received in the corresponding first central slot 115. The upper portion of the stud 4201 is rotated and received by the first sliding slot 112 第一 of the first side wall u. The upper portion of the drive end 43 is valleyd in the first mating groove 113. The ejecting member 5 is assembled to the cover portion 丨, and the front pivot 51 is inserted into the first center hole 114. The main body portion 52 and the mating end 53 occupy the remaining space in the first engaging groove 113. In the present embodiment, the driving portion 4321 of the elastic portion 432 of the driving end 43 is located below the mating end 53, and the flat inner surface of the driving end 43 abuts against the outer surface of the upper portion 4320 of the elastic portion 432, L-shaped first The step, portion 1132 is located within the wedge-shaped recess 522 and adjacent to the bridge portion 521. Further, the base portion 2 is assembled to the lid portion 1, the driving member 4, the ejecting member 5, and the strap 6, and the distal end 231 is inserted into the coupling groove 131 of the lid portion 1 to rotate the base portion 2 by a certain angle to the lid portion. The combination of 1 forming the body 7' is also referred to as a cover device. The lower portion of the driving arm 42, the driving end 43 and the ejector 5 are received in the second receiving space 212, the second engaging groove 213 and the second central hole 214 in a similar manner. In the second central slot 215 of the lower portion of the ridge 4202, the lower portion of the stud 4201 is rotatably received in the second chute 2120, and the bottom of the driving end 43 is received in the second mating slot 213. The lower portion of the front M3 51497 pivot 51 is inserted into the second center hole 214. Further, the lower portion of the main body portion 52 and the mating end 53 occupy the remaining space of the second fitting groove 213, and the first step of the first type 2132 is located at the other wedge-shaped recess. In the portion 522, the sin is adjacent to the bridge portion 521, and the elastic arm 4210 is received in the receiving groove 216 of the base portion 2. Referring to the fourth to eighth figures, the elastic arm is in a released state, and the curved end (4) is elastically abutted against the bottom surface of the receiving groove 216, and the operating portion 41 of the driving member 4 is located on the top surface of the cover portion i. In addition, the pulling portion 61 of the 'pull tape 6' is at an obtuse angle with the annular portion 60. After the foregoing assembly is completed, please refer to the sixth to seventh figures and the seventh figure. Since the driving arm 42 has a spindle-shaped structure, the driving arm 42 has only a wide intermediate portion 42〇-positioned between the first view 11 and the second side wall 21. Between the rear section 421 of the driving arm 42 and the first side wall u, a predetermined distance is left as the operating area of the operating portion ,, and the front section 422 of the driving arm π is spaced apart from the driving end 43 by the second side. 21 has a fixed distance as the drive end _ operating area. After the assembly is completed, the electrical connector assembly 1 is substantially assembled, and the first receiving space 112 and the second receiving space 212 are matched to form the receiving passage of the body 7 and the first receiving slot 113 and the second engaging slot 113 and the second The fitting grooves 213 cooperate with each other to form a fitting space 72 (shown in FIG. 6) of the body 7, and the driving member 4 and the releasing member 5 are normally housed in the fitting space 72. When the lug connection assembly 100 is removed from the butt connector, referring to the ninth to thirteenth drawings, the operation can apply a rearward pulling force to the pulling portion 61 of the draw tape 6, or to the driving member 4. Operating, applying a downward force to cause the driving member 4 to rotate in a counterclockwise direction, the counterclockwise direction being the first direction 'and thereby driving the ejecting member 5 to rotate outward, the direction of the outward rotation being the second direction, The electrical connection is checked and the docking connector is unlocked. In the first case, when the pulling portion (four) of the draw tape 6 is pulled backward, as the pull tape 6 moves rearward, the operation of the drive member 4 moves toward the upper surface of the cover portion ', thereby pressing the lower side And (4) the receiving system (10) the bottom surface moves the rear end of the straight butterfly portion to abut against the rib 1〇4 of the cover portion i, and the pull belt 6 is sandwiched between the rib garment and the falling portion ' The angle between the annular portion 60 and the technical touch is a right angle. Under the cough condition 12 M3 51497, the ridge 42〇2 and the protrusion 4201 are respectively in the first and second central grooves 115, 215 and the first and second slides respectively. The slot 1120, 2120 rotates in the counterclockwise direction, the driving end 43 moves upward and the driving portion 4321 slides along the inclined bottom surface of the mating end 53, thereby causing the mating end 53 to rotate outward, and the front bobbin 51 is in the first and second directions. The central opening 114, 214 rotates 'the driving end 43 and the mating end 53 together as a matching device; in the second case, the operator presses down the operating portion 41 of the driving member 4, the movement process of the driving member 4 and the first type The same is true. After the electrical connector assembly 1 is detached from the mating connector, the force acting on the operating portion 41 of the strap 6 or the driving member 4 is released, and the elastic arm 4210 in the pressed state is moved outward, thereby driving the driving member. 4 moves in the opposite direction to the aforementioned motion process, and finally, the actuator 4 returns to the initial state shown in the fourth to eighth figures. In summary, this creation has indeed met the requirements of the new patent, and filed a patent application in accordance with the law. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the foregoing embodiments, and those skilled in the art will be able to modify the equivalent modifications or changes according to the spirit of the present invention. It should be covered by the following patent application. [Simple description of the drawings] The first to third figures are perspective exploded views of the combination of the present electrical connectors. The electrical connectors shown in Lu 4:5 to (10)-® are combined with the three-dimensional assembly diagram of the locking device in the release state. * Figure 6 to Figure 4 is a cross-sectional view of the electrical connector assembly shown in Figures 4 and 5® taken along line mVI to line VIII-VIII. The ninth to tenth drawings show the three-dimensional assembled view of the electrical connector shown in Fig. 1 in combination with the lock split in use. The tenth to thirteenth drawings are cross-sectional views of the electronic linker line XIII-XIII along the line ninth and tenth. [Main component symbol description] 13 M351497
電連接器組合 100 蓋體部 1 基板部 10 第一凸緣 101 第一前對接部 102 第一後安裝部 103 凸肋 104 狹槽 1040 第一側壁 11 缺口 110 擋止部 111 第一收容空間 112 第一滑槽 1120 第一配合槽 113 第一階梯部 1132 第一中心孔 114 第一中心槽 115 第一後壁 12 第一半圓開口 120 第一螺孔 122 第一前壁 13 突出部 130 結合槽 131 第一前緣 14 開孔 140 切口 141 基體部 2 基部 20 第二凸緣 201 第二前對接部 202 第二後安裝部 203 第二側壁 21 第二收容空間 212 第二滑槽 2120 第二配合槽 213 開口 2130 第二階梯部 2132 第二中心孔 214 第二中心槽 215 收容槽 216 第二後壁 22 第二半圓開口 220 第二螺孔 222 第二前壁 23 14 M351497 前端 231 第二前緣 24 驅動件 4 操作部 41 擴展部 410 摩擦凸肋 4101 通孔 411 驅動臂 42 中間段 420 凸柱 4201 隆起 4202 後段 421 彈性臂 4210 前段 422 φ 驅動端 43 結合部 431 彈性部 432 上部 4320 驅動部 4321 連接部 44 退出件 5 前柩軸 51 本體部 52 橋接部 521 凹陷部 522 配合端 53 拉帶 6 環形部 60 鲁 拉動部 61 本體 7 通道 70 收容通道 71 配合空間 72 鎖扣裝置 8Electrical connector assembly 100 cover portion 1 substrate portion 10 first flange 101 first front butt portion 102 first rear mounting portion 103 rib 104 slot 1040 first side wall 11 notch 110 stop portion 111 first receiving space 112 First chute 1120 first mating groove 113 first step portion 1132 first central hole 114 first central slot 115 first rear wall 12 first circular opening 120 first screw hole 122 first front wall 13 protruding portion 130 coupling groove 131 first leading edge 14 opening 140 slit 141 base portion 2 base portion 20 second flange 201 second front abutting portion 202 second rear mounting portion 203 second side wall 21 second receiving space 212 second chute 2120 second fit Slot 213 opening 2130 second step portion 2132 second center hole 214 second center groove 215 receiving groove 216 second rear wall 22 second semicircular opening 220 second screw hole 222 second front wall 23 14 M351497 front end 231 second leading edge 24 drive member 4 operating portion 41 expansion portion 410 friction rib 4101 through hole 411 drive arm 42 intermediate section 420 boss 4201 ridge 4202 rear section 421 elastic arm 4210 front section 422 φ drive end 43 Fitting 431 Elastic portion 432 Upper portion 4320 Driving portion 4321 Connecting portion 44 Ejecting member 5 Front boring shaft 51 Main body portion 52 Bridging portion 521 Recessed portion 522 Mating end 53 Pulling belt 6 Annular portion 60 Lu pulling portion 61 Main body 7 Channel 70 accommodating passage 71 Matching space 72 locking device 8