，M344651 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種插頭與插座配合之可插拔模組，尤其涉及可釋放該 插頭與插座之間鎖扣之釋放裝置。 【先前技術】 目前可插拔餘驗接收數位電編碼瓣u，將它機成光訊號並將光 訊號傳送到光數據鏈路。現有一種信號轉換模組，其可安裝在一設有卡扣 彈片之金屬殼體内。該信號轉換模組包括—插座，安裝於插座前端之滑動 推塊以及-釋放機構。該插座上設有—卡扣凸起，釋放機構包括一釋放架 和-連接杆，該釋放架絲於插座上並可猶。拉動職架可推動滑動推 塊進入插座，滑動推塊頂推殼體上之卡扣彈片，使該卡扣凸起與卡扣彈片 分離，從而將信號轉換模組與金屬殼體分離。該信號轉換模組之釋放 結構複雜，不利於操作。 【新型内容】 之間讀術問題係：提供一種操作簡單的釋放插頭與插座 為解猶紐_題，摘作储供—種可 構，外Λ又設有-卡扣彈片，當插頭插入插，^ ，時’可卿繼峰推卡_，=== =所述娜錢有-與細面呈-⑽之=卡 機構脫離。 ν引面¥引下抵推卡扣彈片使其與卡扣 與先前技術相比，本創作在將插 抵推彈片在導引面導引下抿推卡 2槪…驅動釋放裝置， 置的結構簡單且利於操作卡扣淨片使其與卡扣機構脫離，其中釋放裝 以下結合圖式及實施方式對本創作做進一步說明。 6 .M344651 【實施方式】 β 一请麥閱第一圖，本創作可插拔模組100,其包括設有外殼1之插座（未 圖不）及一可插入外殼1内與該插座1配合之插頭3。外殼1包括一設有凹 孔101之卡扣彈片10 睛苓閱第二圖，插頭3包括一上座體31、一底座32、位於上座體31 14底=32之間的電路板33以及可沿插頭3 一側面移動之釋放裝置討。 明「併苓閱第一圖至第三圖，上座體31包括凹槽312、設於凹槽312 中的一「Ε」形凸台313、位於rE」形凸台313表面且可與外殼i的卡扣彈 片ίο 2持配合之卡扣機構310、以及位於上座體31前端之擋壁311。擋壁 311的前側設有一開口槽3ln。前述上座體31之凹槽312中設有一對導引 面 314 〇 置34包括一抵推彈片340以及可帶動抵推彈片34〇滑動之拉片 341。刚述抵推彈片34〇包括一框口 34〇1、沿導引面方向延伸之抵接片 3403以及自框口 34〇1延伸之回彈部34〇2。回彈部34〇2前端抵接於擋壁 311，其可將抵推彈片340自動回彈至抵推彈片34〇滑動前位置。拉帶341 自開口槽3111延伸而出。 插頭3+還包括線纜37、連接裝置36以及分別扣持於上座體31與底座 32之上遮蔽设體35與下遮蔽殼體35〇。連接裝置36將複數線纜連接至 電路板33。上遮壁殼體35可將抵推彈片34〇限定於上遮蔽殼體邪盥上 體31間。 ， 明一併參閱第一圖至第三圖，組裝本可插拔模組1〇〇，第一步：連接裝 置36將線繞37連接至電路板33。再將電路板％放置於底座％上，複數 ，母330將電路板33鎖固於底座32。第二步··將上座體31與底座扣合。 第三步··將組裝好的釋放裝置34安裝於上座體31之相應位置，抵推彈片 340放置於凹槽312巾，拉帶341自開口槽3111穿出，然後將上、下遮壁 殼體35: 350安裝於上座體31與底座32上。最後將插頭3插入插座中。 请參閱第四圖，為自外殼1中釋放插頭3之示意圖，當拉動拉帶341 %，抵接片3403在導引面314導引下滑動且抵推卡扣彈片1〇使豆盘卡扣 機構310脫離，回彈部3402發生彈性形變且抵接於擋壁311。當^頭3自 外殼1中釋放後，鬆開拉帶341，抵推彈片340在回彈部34〇2作用下回彈 7 M344651 前位置。在將插頭3從插座帽放時，鷄觀裝置34，抵推彈η 釋放壯面314導引下抵推卡扣彈片1◦使其與卡扣機構310脫離，其中 釋衣置34的結構簡單且利於操作。 系不上所述，本創作確已符合新型之要件 或變化，轉减範人&麟摘作之料所作之等效修飾 【圖式簡單說明】 第—圖係本齡之可插顧組之示意圖。 :::第一圖所示之可插拔模組之立體分解圖。 圖係弟―®所示之插頭之立體圖。 第四圖係第三圖所示之抵推彈片抵推外殼之卡 【主要元件符號說明】 之示意圖。 可插拔模組 卡扣彈片 插頭 卡扣機構 開口槽 凸台 底座 螺母 抵推彈片 回彈部 拉片 下遮蔽殼體 線纜 100 10 3 310 3111 313 32 330 340 3402 341 350 37 外殼 凹孔 上座體 擋壁 凹槽 導引面 電路板 釋放裝置 框口 抵接片 上遮蔽殼體 連接裝置 1 101 31 311 312 314 33 34 3401 3403 35 36 8, M344651 VIII, new description: [New technical field] This is a pluggable module with plug and socket, especially the release device that can release the lock between the plug and the socket. [Prior Art] Currently, the pluggable residual test receives the digital electrical coded flap u, converts it into an optical signal, and transmits the optical signal to the optical data link. There is a signal conversion module that can be mounted in a metal housing provided with snap tabs. The signal conversion module includes a socket, a sliding push block mounted on the front end of the socket, and a release mechanism. The socket is provided with a latching protrusion, and the release mechanism comprises a release frame and a connecting rod, and the release frame is threaded on the socket and can be juxtaposed. Pulling the service frame can push the sliding push block into the socket, and sliding the push block to push the snap spring on the housing to separate the buckle protrusion from the snap spring, thereby separating the signal conversion module from the metal housing. The release structure of the signal conversion module is complicated and is not conducive to operation. [New content] The problem of reading between the two is to provide a simple operation of the release plug and socket for the solution of the problem, which is extracted as a storage-type, and the outer casing is also provided with a snap-up spring. , ^, when 'King Qing Jifeng push card _, === = said Na Qian has - and the fine surface is - (10) = card mechanism detached. ν ¥ ¥ 引 引 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推 推It is simple and convenient to operate the buckle piece to be detached from the buckle mechanism, wherein the release is further described below in conjunction with the drawings and embodiments. 6. M344651 [Embodiment] The first plug-in module 100 includes a socket (not shown) provided with a casing 1 and an insertable housing 1 mated with the socket 1 Plug 3. The outer casing 1 includes a snap-on elastic piece 10 provided with a recessed hole 101. The second embodiment is shown in the figure. The plug 3 includes an upper seat body 31, a base 32, a circuit board 33 located between the bottom of the upper seat body 31 14 and 32. A release device for moving the plug 3 on one side. As will be seen from the first to third figures, the upper body 31 includes a recess 312, a "Ε"-shaped boss 313 disposed in the recess 312, and is located on the surface of the rE-shaped boss 313 and is compatible with the housing i The snap tab ίο 2 is engaged with the snap mechanism 310 and the retaining wall 311 at the front end of the upper base 31. The front side of the retaining wall 311 is provided with an open groove 3ln. A pair of guiding surfaces 314 are disposed in the recess 312 of the upper seat body 31. The damper 34 includes an abutting elastic piece 340 and a pulling piece 341 which can drive the sliding elastic piece 34 to slide. The abutting spring 34 〇 includes a frame opening 34, an abutting piece 3403 extending in the direction of the guiding surface, and a rebound portion 34〇2 extending from the frame opening 34〇1. The front end of the rebound portion 34〇2 abuts against the retaining wall 311, which can automatically rebound the resisting elastic piece 340 to the position before the sliding elastic piece 34〇 slides. The draw tape 341 extends from the open groove 3111. The plug 3+ further includes a cable 37, a connecting device 36, and a shielding body 35 and a lower shielding case 35〇 respectively supported on the upper body 31 and the base 32. The connecting device 36 connects the plurality of cables to the circuit board 33. The upper visor housing 35 can restrain the urging spring 34 〇 between the upper visor shells 31. Referring to the first to third figures, the pluggable module 1 is assembled. The first step: the connecting device 36 connects the wire 37 to the circuit board 33. Then, the board % is placed on the base %, and the mother 330 locks the circuit board 33 to the base 32. The second step is to fasten the upper body 31 to the base. The third step is to install the assembled release device 34 at the corresponding position of the upper body 31, and the anti-theft elastic piece 340 is placed on the groove 312. The pull band 341 is pierced from the opening groove 3111, and then the upper and lower cover walls are opened. The body 35: 350 is mounted on the upper body 31 and the base 32. Finally, the plug 3 is inserted into the socket. Please refer to the fourth figure, which is a schematic diagram of releasing the plug 3 from the outer casing 1. When the pulling strap is pulled by 34%, the abutting piece 3403 slides under the guiding surface 314 and pushes the snapping elastic piece 1 to make the bean tray buckle. When the mechanism 310 is disengaged, the rebound portion 3402 is elastically deformed and abuts against the retaining wall 311. When the head 3 is released from the outer casing 1, the draw tape 341 is released, and the push spring 340 rebounds in the front position of the 7 M344651 under the action of the rebound portion 34〇2. When the plug 3 is placed from the socket cap, the chicken-viewing device 34 pushes the snap-on elastic piece 314 to push the snap-on elastic piece 1 to be disengaged from the buckle mechanism 310, wherein the structure of the dressing device 34 is simple. And it is good for operation. If this is not the case, the creation has indeed met the requirements or changes of the new type, and the equivalent modification of the material of the Fan & Lin is made. [Simple description of the figure] The first picture is the recordable group of the age. Schematic diagram. ::: An exploded view of the pluggable module shown in the first figure. A perspective view of the plug shown by the system. The fourth figure is a schematic diagram of the card of the anti-pushing piece against the push casing shown in the third figure. Pluggable module snap spring clip plug mechanism open slot boss base nut push push spring rebound spring pull down shield housing cable 100 10 3 310 3111 313 32 330 340 3402 341 350 37 housing recessed hole upper body Barrier groove guiding surface circuit board release device frame abutment on-chip shielding housing connecting device 1 101 31 311 312 314 33 34 3401 3403 35 36 8