M383844 - 五、新型說明： 一【新型所屬之技術領域】 本創作涉及-種簡連接H .尤指___接電子卡之 .:5插槽連接器。M383844 - V. New description: 1. [New technical field] This creation involves a kind of simple connection H. Especially ___ is connected to electronic card.: 5-slot connector.
•V 【先前技術】 •目月'j冑界所用以電性連接直插式記憶模塊與電路板之電 連接器即DDR通常設有-塑勝座體及—耳扣裝置，所述塑膠座 體上設有若干導電端子，其_設树形部，所述塔形部中設 有收容所料扣裝置之收容空間，所述收容空間兩延伸壁設有 :她孔，所料扣裝置樞接於所述樞接孔内，所述耳扣裝置可 將所述記憶模塊穩定扣持在所述電連接器内，然而，所述電連 .，接器裝設在所述電路板上時，所述耳扣裝置的周邊位置需留一 定空間才利於退出所述記憶模塊，因而佔用了所述電路板一定 的空間，不利於小型化聲展。 基於上述情況，業界㈣了設單邊耳扣裝置之電連接器。 但是，當將所述記憶模塊插入所述單邊耳扣裝置之電連接器 時，由於所述記憶模塊之長度比較長，所以，如果操作者將所 述言έ憶模塊插於所述單邊耳扣裝置之電連接器之力度不均的 話，就會使得所述記憶模塊不能在同一高度接觸到所述塑膠座 體中之每一所述導電端子，而只能聽聲響確認靠近所述耳扣裝 置一側的所述記憶模塊是否插接到位元，而另一側是否有插接 M383844 ，1 .* f 八Η並實現電f生連接，操作者則無法判斷，從而影響了所述記 ::隐模塊與所述早邊耳扣裳置之電連接器之正常電性連接；此 二外’也有可能給操作者—個錯誤的#訊，誤以為聽到聲響所述 δ己憶換塊就已插接到位元，即完全接_每一所述導電端子實 電f連接從而―止操作，景》響了所土記憶模塊與所述單邊 耳扣裝置之電連接器之正常電性連接。 目此’有必要設計—類減連接H，以克服上述問題。 【新型内容】 針對背景技術崎φ臨之翻問題，梢狀目的在於提 供-種能確認對接物已完全插接到位之插槽連接器，以保證電 性連接。 為了達到上述目的，在本創作插槽連接器之實施例中所採 用之核心技術，主要於一絕緣本體設有至少一感應裝置，所述 _ 絕緣本體頂面開設一電^接插槽，所述電連接插槽一側定義有 至少一容置槽’一扣卡裝置設於遠離所述容置槽之所述絕緣本 體一側，所述感應裝置則設於靠近所述容置槽之所述絕緣本體 一側，所述感應端子具有一彈性感應端子設於所述容置槽内， 及一指示燈定位於所述絕緣本體上，所述指示燈具有二傳導 端，其中一傳導端位於所述彈性感應端子之彈性變形路徑上。 與現有技術相比’本創作插槽連接器通過於所述絕緣本體 設有至少一所述感應裝置，以使操作者確認對接件已完全插接 5 M383844 -.¾位，保證了所述對接件與所述插槽連接器之正常電性連接。 V 為便於貴審查委員能對本創作之目的、形狀、構造、特徵 ::及其功效能皆能有進一步的認識與瞭解，並結合實施例與附圖 U作詳細說明。 f• V [Prior Art] • The DDR used to electrically connect the in-line memory module to the circuit board, that is, the DDR is usually provided with a plastic body and an ear button device, the plastic seat The body is provided with a plurality of conductive terminals, which are provided with a tree-shaped portion, wherein the tower-shaped portion is provided with a receiving space for receiving the buckle device, and the two extending walls of the receiving space are provided with: her hole, the buckle device pivot Connected to the pivot hole, the ear button device can stably hold the memory module in the electrical connector, however, when the connector is mounted on the circuit board The peripheral position of the ear button device needs to leave a certain space to facilitate the exit of the memory module, thereby occupying a certain space of the circuit board, which is disadvantageous for miniaturizing the sound exhibition. Based on the above situation, the industry (4) has an electrical connector with a single-sided ear button device. However, when the memory module is inserted into the electrical connector of the single-sided ear button device, since the length of the memory module is relatively long, if the operator inserts the speech memory module into the one side If the strength of the electrical connector of the ear button device is uneven, the memory module cannot contact each of the conductive terminals in the plastic body at the same height, and only the sound is confirmed to be close to the ear. Whether the memory module on one side of the buckle device is plugged into the bit, and whether the other side has a plug M383844, 1 .* f gossip and realizes the electrical connection, the operator cannot judge, thereby affecting the note :: The hidden module and the normal electrical connection of the electrical connector of the early ear button; the second external 'may also give the operator a wrong # message, mistakenly thought that the sound of the δ recall block It has been plugged into the bit, that is, it is completely connected. Each of the conductive terminals is electrically connected to f, so that the operation is stopped, and the normal electrical property of the electrical connector of the soil memory module and the single-side ear button device is rang. connection. It is necessary to design - reduce the connection H to overcome the above problems. [New content] For the background technology, the purpose of the tip is to provide a slot connector that can confirm that the docking has been fully inserted to ensure electrical connection. In order to achieve the above object, the core technology used in the embodiment of the present invention is that at least one sensing device is disposed on an insulating body, and a top surface of the insulating body is provided with an electrical socket. One side of the electrical connection slot defines at least one receiving slot. A card device is disposed on a side of the insulative housing away from the receiving slot, and the sensing device is disposed adjacent to the receiving slot. On the side of the insulative housing, the sensing terminal has an elastic sensing terminal disposed in the receiving slot, and an indicator light is disposed on the insulative housing, the indicator light has two conducting ends, wherein a conducting end is located The elastic sensing terminal is in an elastic deformation path. Compared with the prior art, the present creative socket connector is provided with at least one sensing device on the insulating body, so that the operator confirms that the docking member has been fully inserted into the 5 M383844 -.3⁄4 position, and the docking is ensured. The component is electrically connected to the socket connector. V is to facilitate the review committee to have a better understanding and understanding of the purpose, shape, structure, characteristics and function of the creation, and to explain in detail in conjunction with the embodiment and the drawing U. f
•V 【實施方式】 下面結合附圖和具體實施例對本創作插槽連接器作進一 步說明。 請參閱第一圖至第五圖，本創作插槽連接器電性連接一電 子卡1至一電路板(未圖示）上，其包括一絕緣本體2、裝設於 所述絕緣本體2内之多數導電端子3 (為清楚起見，圖中僅顯 示一對）、一扣卡裝置4、固持裝置（以下所稱的基座51和彈 性體52)及設於所述絕緣本體2 —侧的至少一感應裝置（以下 所稱之彈性感應端子61和指示燈62)。所述電子卡1具有相 對之一第一端11及一第二端12。 所述絕緣本體2呈縱長形，其具有相對之一上表面21及 一下表面22，自所述上表面21開設有一供所述電子卡1插接 之電連接插槽23。所述電連接插槽23具有兩側壁231，兩所 述‘壁231設有多數貫穿所述上表面21及所述下表面22之端 子收容室2311 ’各所述導電端子3對應收容於各所述端子收 容室2311内。所述電連接插槽23 —側定義有一容置槽232， 所述容置槽232自所述下表面22凹設形成，並連通所述電連 6 接插槽23。所述容置槽232下端設有一固定槽2321。一所述 側壁231鄰近所述下表面22處設有一讓位槽2312部分貫穿所 述側壁231並貫穿所述下表面22 ’所述讓位槽2312連通所述 容置槽232。 所述絕緣本體2之兩端分別設有一第一塔架24和一第二 塔架25，所述第一塔架24和所述第二塔架25均與所述絕緣 本體2 —體成型，且所述第一塔架24與所述第二塔架25 —樣 向。 所述第一塔架24遠離所述容置槽232設置，其具有一溝 槽241(請參見附第一圖）以容置所述扣卡裝置4，及一第一開 口 242連接所述電連接插槽23。於所述第一塔架24相對之兩 内壁沿所述絕緣本體2之縱長方向上分別凹設有一樞接孔 243，所述第一塔架24上還設相對之兩卡持槽244。 所述第二塔架25靠近所述容置槽232設置，其包括一第 —侧板251、一第二侧板:252、一第三側板253及一第四側板 254，所述第一側板251與所述第三侧板253相對設置，所述 第二側板252和所述第四側板254位於所述第一侧板251和所 述第三側板253之間鄰接所述第二側板脱和所述第四側板 254。所述讓簡㈣與所述第二側板脱錄所述絕緣本體 2之同一側。 所述第-側板25卜所述第二側板脱、所述第三側板挪 及所述第四側板254彼此配合規劃出一第一收容槽挪、一第 二收容槽256及-第三收容槽257。所述第一收容槽255、所 ‘述第二收容槽256和所述第三收容槽257並列設置，所述第一 「收容槽255鄰近所述第一側板251，所述第二收容槽挪與所 .-·述第二收谷槽257並排設置。所述第一收容槽255貫穿所述第 -塔架25之頂面和底面’且具有一第£開口 2551連通所述容 置槽232和所述電連接插槽23，用以夾持所述電子卡i之所 述第二端12。所述第-收容槽255内下端設有一擔止塊獅， 上端則於所述第-側板251與所述第四側板况之相接合處設 有-燈座258貫穿所述第一側板251與所述第四側板254。所 述燈座258凹設有-凹槽258卜所述凹# 2581於所述第一側 板251凹設形成，與所述凹槽2581相對之另一側設有一小孔 2582。所述第二收容槽256於所述第：側板脱和所述第四側 板254之内壁分別設有一凸塊2561，並與所述第一收容槽挪 部分連通’所述第二收容槽256與所述第一收容槽255之間具 有-橫壁259。所述第三收容槽257呈‘、，，狀，自所述第二 塔架25頂面開設，不貫穿所述第一塔架24底面，所述第三收 容槽257 一部分與所述第一側板251相平行，另一部分與所述 第二側板252相平行。 所述扣卡裝置4樞接於所述第一塔架24内，其包括一第 一主體部41、由所述第一主體部41頂端延伸而出之一扣合部. 42及由所述第一主體部41底端延伸而出之一頂出部43。所边 第-主體部41兩側分別設有一樞接柱如，所述樞接柱411 與所述第一塔架24内的所述樞接孔243相配合，以使所述扣， 卡裝置4以所述極接柱411為轉軸在所述絕緣本體2之所述第 一塔架24内以一定角度轉動。所述第一主體部41分別延伸有 扣持部44，所述扣持部44位於所述扣合部42下方，所述 扣持部44與所述扣合部42和所述頂出部43自所述第一主體 部41延伸之方向相同，所述扣持部44扣持於所述第一塔架 24之所述卡持槽244内，從而完成所述扣卡裝置4與所述第 一塔架24之間相互固定。所述扣合部42用於卡持所述電子卡 1之所述第一端11，所述頂出部43用於將所述電子卡1從所 述絕緣本體2之所述電連接插槽23内頂出。所述第一主體部 41於所述扣合部42相反的方向延伸有一操作部45，扳動所述 操作部45，所述扣卡裝置4便以所述枢接柱411為轉軸在一 定角度内轉動》 所述固持裝置装設於所述第二塔架25上，用於固持所述 電子卡1，其包括基座51及一彈性體52。 所述基座51具有-第二主體部、由所述第二主體部 511延伸有兩卡鉤512和-定位柱513 〇兩所述卡鉤512相對 設置’且進入所述第-收容# 255卡持於兩所述凸塊上。 所述定位柱513進入所述第三收容槽挪内，其外表面形成有 至少-凸肋5⑶’叫_述定她513與所述第三收容槽 257之配合度。所述第二主體部511鄰近所述卡鉤512 一側設 有通孔514所述第一主體部511向所述絕緣本體2方向開 M383844 f 1 * 乂卡槽515，用於卡持所述電子卡i之所述第二端12，所 ::…述疋位柱513位於所述卡槽阳一側。所述卡槽奶相對另— j則形成-缺口 516，所述缺口 516呈半弧狀。所述缺口 516恰 對應位於所述燈座258上方。 所述彈性體52包括-第三主體部如，所述彈性體％袭 設於所述第二塔架25的所述第-收容槽255中。所述第三^ 體部521之兩側分別設有—固定部微，以將所述彈性體％ 固疋於所述ϋ定槽咖1中。所述彈性體52裝設於所述第一塔 架24之所述第-收容槽255中時，所述固定部奶分別卡固 二所述卡持槽244 +，所述固定部哪可使所述彈性體犯固 疋於所述第-收容槽255中。所述第三主體部521中部向下延 伸有-卡片523擋止於所述擋止塊舰上方，所述卡片卿 朝所述第一收谷槽256傾斜-定角度，以防上所述彈性體52 向下移動。所述固定部522向上延伸形成兩連接部汹，兩所 述連接部524之間設有-凹形通孔525，以容納所述電子卡i 的所述第二端12 ,林供所述電子卡〗縱長方向之活動空間， .從而可使用常規之所述電子卡丨。由所述連接部汹進一步延 伸形成-導引部526，所述導引部526為一個弧形結構，所述 電子卡1插入所述電連接插槽23十時，所述導引部娜起引 導作用。所述導引部526抵靠所述第一收容槽255與所述第二 收容槽256之間之所述橫壁259之下側面上。所述凹形通孔 525與所述導引部526相銜接地方設有一騎卡持部奶，所 -厂^折卡持部527為由所述雜體52朝所述電連接插槽23方 :向彎折後’再向相反方向延伸而成的彈片。 所述彈性體52裳設於所述第二塔架25之所述第一收容槽 ' 255中之後，所述彈性體犯之所述科卡持部阳抵靠於所 、述第-收容槽255與所述第二收容槽256之間之所述橫壁挪 上’所述卡片523擋止於所述擋止塊酿上，以限制所述彈 性體52上下移動。所述彈性體52之兩所述固定部微固定於 所述卡持槽244内，以限制所述彈性體52沿所述電連接插槽 23縱長方向移動及沿所述第二塔架25中之所述第二侧板脱 和所述第四側板254方向左右移動。 所述感應裝置裝設於所述第二塔架25中，其具有一彈性 感應端子61設於所述容置槽232内，及一指示燈62定位於所 述第二塔架25之所述燈座258上，所述指示燈62具有兩傳導 端62卜其中一所述傳導端621進入所述凹槽2581並位於所 述彈性感應端子61之彈性變形路徑上，另一所述傳導端621 穿過所述小孔2582顯露所述第二塔架25底面插接於所述電路 板(未圖示）上。在本實施例巾，所述指示燈62為發光二極體， 但所述指示燈62不限於本實施例中所講的所述發光二極體， 也可為其他發光裝置，並且所述指示燈62也可設於所述電連 接插槽23之所述側壁231上。所述傳導端621為插腳式，在 其他實施例中，所述傳導端621也可為導線式。 一所述傳導端621沿所述絕緣本體2之縱長方向侧向延伸 M383844 ·. ' · 一接觸端6211進入所述容置槽232，所述接觸端6211位於所 '·述讓位槽2312 —側’且相對低於所述電連接插槽23底壁面。 .vr1 所述彈性感應端子61具有一基部611，所述基部611向下 Γ延伸一插腳612以插接於所述電路板（未圖示）上，所述基部 .., 611兩側分別設有一定位部M3，兩所遠定位部613固定於所 述谷置槽232中之所述固定槽2321内。所述基部611中部側 .向彎折延伸一搭接片614,所述搭接片614具有一彎折部6141 及位於所述搭接片614末端之一抵持部6142,所述彎折部6141 彎折處形成所述搭接片614之最高點。所述彎折部6141顯露 於所述容置槽232進入所述電連接插槽23，且相對高於所述 電連接插槽23底壁面。所述搭接片與所述絕緣本體2之 縱長方向互相垂直，且所述抵持部6142恰位於所述接觸端 6211上方而不相接觸。 請參閱第一圖’組裝時，首先將各所述導電端子3裝設 固定於所述絕緣本體2之所述電連接插槽23中；其次，將所 述扣卡裝置4裝)所述第—塔架24内，使所述第—主體部41 位於所述溝槽241内’所述樞接柱411樞接於所述極接孔243 内’.所述扣持部44卡扣於所述卡持槽244内以得到固定；再 次’將所述感應裝置和所述固持裝置裝入所述容置槽娜和所 述第二塔架25上，使所述彈性感應端子61之所述定位部613 固疋於所述固定槽2321内，所述指示燈62定位於所述燈座 258上所述彈性體52定位於所述第一收容槽挪内，所述 12 基座51之所述卡鉤512鉤持於所述第二收容槽256之所述凸 /鬼2561上’所述基座51的所述定位柱513進入所述第三收容 槽257内；最後’將所述電子卡丨插入所述絕緣本體2之所述 電連接插槽23中’所述電子卡！之所述第一端u卡持於所述 扣卡裝置4之所述扣合部42 ’所述第二端12卡持於所述固持 裝置4之所述卡槽515内。 當將所述電子卡1裝入所述絕緣本體2之所述電連接插槽 23中時’所述電子卡丨向下移動直至所述第二端12底面抵靠 到所述彈性感應端子61之所述搭接>;614，以使所述搭接片 614之所述彎折部6141發生彈性變形，帶使所述抵持部6142 下移而接觸到所述指示燈62之所述接觸端6211，而所述指示 燈62之另一所述傳導端621導接於所述電路板(未圖示）上 的’以使所述感應裝置連通而點亮，_所述感應裝置即使所 述電子卡1之長度再長’或者操作者將所述電子卡丨插入所述 絕緣本體2之所述電連接插槽23之力度不均，也不會導致所 述電子卡1之所述第二端12無法確認而影響所述電子卡i與 所述插槽連接||的正常·連接；設有所述感應裝置，從而操 作者在將所述電子卡丨插入所述絕緣本體2之所述電連接插槽 23時’聽賴述扣卡駭4的聲響和看酬韻隸置點亮， 而給操作者一個明確的資訊，即所述電子卡i已插制位，從 而停止操作，進而保證了所述電子卡丨與所述插槽連接器之正 常電性連接；此外，由於所述絕緣本體2之所述第二塔架 M383844 内設有職體52，從喊所述電子卡丨插塌述絕緣本 JI2之所述電連接插槽23時，所述第二端η進人所述凹形通 :孔525内固定’從而使得所述電子更好地固持於所述插槽 連接器中。 綜上所述’本創作插槽器“以下有益效果· 1. 由於所述絕緣本體内設有一所述感應襄置，喊所述電子卡 又再長又，即使操作者將所述電子卡插入所述絕緣本 體之所述電連接插槽的力度不均，也不會導致所述電子卡之 所述第二端無法確認而影響所述電子卡與所述插槽連接器 之正常電性連接。 2. 由於所述絕緣本體内設有一所述感應裝i，從而操作者在將 所述電升插績舰緣本體續職連無猶，聽到所 述扣卡裝置的聲響和看到所述感應裝置點亮，而給操作者一 個明痛的資訊，即所述電子卡已插接到位元，從而停止操 作’進而保證了所述電子卡與所述插槽連接器之正常電性連 接。 3. 由於所述絕緣本體之所述第二塔架内設有所述彈性體，從而 使所述電子卡插續述絕緣本體的所述電連接鋪時，所述 第二端進入所述凹形通孔内固定，從而使得所述電子卡更好 地固持於所述插槽連接器中。 上述說明是針對本創作較佳可行實施例的詳細說明，但實 施例並非用以限定本創作之專利申請範圍，凡本創作所揭示的 M383844 *. <· 於本創作所 “技術精神下所完成的同等變化或修飾變更，均應屬 涵蓋專利範圍。 【圖式簡單說明】 第一圖是本創作插槽連接器與一電子+組裝關係之立體分解 圖； 第二圖是第一圖所示絕緣本體之局部示意圖； 第三圖是第—圖所示鋪連接器未裝人電子卡前之感應裝置 之局部示意圖； 第四圖是第三晰示插槽連接器之另—視肖立體圖； 第五圖是第-圖所示鋪連接^裝人電子卡時规應裝置組 裝關係之示意圖； 第六圖是第五圖所示插槽連接器之另一視角立體圖。 【主要元件符號說明】 11:第一端 22:下表面 2312:讓位槽 241:溝槽 25第二塔架 254:第四側板 256:第二收容槽 2581:凹槽 1:電子卡 21:上表面 2311:端子收容室 24:第一塔架 244:卡持槽 253··第三側板 2552:擋止塊 258:燈座 3:導電端子 42:扣合部 51:基座 5131:凸肋 52:彈性體 524:連接部 61:彈性感應端子 614 :搭接片 621·.傳導端 12:第二端 23:電連接插槽 232:容置槽 242:第一開口 251:第一側板 255:第一收容槽 2561:凸塊 2582:小孔 41:第一主體部 44:扣持部 512:卡鉤 515:卡槽 52¾:固定部 526:導引部 612:插腳 6142:抵持部 4:扣卡裝置 43:頂出部 511:第二主體部 514:通孔 521:第+主體部 525:凹形通孔 611:基部 6141:彎折部 6211·.接觸端 2:絕緣本體 231:側壁 2321:固定槽 243:柩接孔 252:第二侧板 2551:第二開口 257:第三收容槽 259:橫壁 411:樞接柱 45:操作部 513:定位柱 516:缺口 523:卡片 527 :彎折卡持部 613:定位部 62:指示燈• V [Embodiment] The creative slot connector will be further described below with reference to the accompanying drawings and specific embodiments. Referring to the first to fifth figures, the creative socket connector is electrically connected to an electronic card 1 to a circuit board (not shown), and includes an insulative housing 2 and is mounted in the insulative housing 2 a plurality of conductive terminals 3 (only one pair is shown for the sake of clarity), a card fastening device 4, a holding device (hereinafter referred to as a base 51 and an elastic body 52), and a side of the insulating body 2 At least one sensing device (hereinafter referred to as an elastic sensing terminal 61 and an indicator light 62). The electronic card 1 has a relatively first end 11 and a second end 12. The insulative housing 2 has an elongated shape and has a pair of upper surface 21 and a lower surface 22. An electrical connection slot 23 for inserting the electronic card 1 is opened from the upper surface 21. The electrical connection slot 23 has two side walls 231, and the two walls 231 are provided with a plurality of terminal receiving chambers 2311 through which the upper surface 21 and the lower surface 22 are connected. The inside of the terminal accommodating chamber 2311. A receiving slot 232 is defined in the side of the electrical connection slot 23, and the receiving slot 232 is recessed from the lower surface 22 and communicates with the electrical connection slot 23. A fixing slot 2321 is defined at a lower end of the receiving groove 232. A retaining groove 2312 is formed in the side wall 231 adjacent to the lower surface 22 and extends through the side wall 231 and extends through the lower surface 22 ′. A first tower 24 and a second tower 25 are respectively disposed at two ends of the insulating body 2, and the first tower 24 and the second tower 25 are integrally formed with the insulating body 2, And the first tower 24 is in the same direction as the second tower 25. The first tower 24 is disposed away from the accommodating groove 232, and has a groove 241 (please refer to the first figure) for accommodating the card fastening device 4, and a first opening 242 for connecting the electricity. Connect slot 23. A pivot hole 243 is defined in each of the two opposite inner walls of the first tower 24 along the longitudinal direction of the insulative housing 2. The first tower 24 is further provided with two opposite retaining slots 244. The second tower 25 is disposed adjacent to the accommodating groove 232, and includes a first side plate 251, a second side plate 252, a third side plate 253, and a fourth side plate 254. The first side plate 251 is disposed opposite to the third side plate 253, and the second side plate 252 and the fourth side plate 254 are located between the first side plate 251 and the third side plate 253 adjacent to the second side plate The fourth side plate 254. The simplification (4) and the second side panel are detached from the same side of the insulative housing 2. The first side panel 25, the second side panel, and the fourth side panel 254 are combined with each other to plan a first receiving slot, a second receiving slot 256, and a third receiving slot. 257. The first receiving slot 255, the second receiving slot 256 and the third receiving slot 257 are arranged side by side. The first receiving slot 255 is adjacent to the first side plate 251, and the second receiving slot is moved. The second receiving groove 255 is disposed alongside the second receiving groove 257. The first receiving groove 255 extends through the top surface and the bottom surface of the first tower 25 and has a first opening 2551 communicating with the receiving groove 232. And the electrical connection slot 23 is configured to clamp the second end 12 of the electronic card i. The lower end of the first receiving groove 255 is provided with a supporting lion, and the upper end is at the first side plate Between the 251 and the fourth side plate, a lamp holder 258 is disposed through the first side plate 251 and the fourth side plate 254. The lamp holder 258 is concavely provided with a groove 258. The second side plate 251 is recessed and formed on the other side, and the other side opposite to the groove 2581 is provided with a small hole 2582. The second receiving groove 256 is disengaged from the first side plate and the fourth side plate 254. The inner wall is respectively provided with a bump 2561 and communicates with the first receiving groove, and the second receiving groove 256 and the first receiving groove 255 are a transverse wall 259. The third receiving groove 257 is formed in a ',, shape, from the top surface of the second tower 25, does not penetrate the bottom surface of the first tower 24, and the third receiving groove 257 is partially Parallel to the first side plate 251, the other portion is parallel to the second side plate 252. The card fastening device 4 is pivotally connected to the first tower 24, and includes a first main body portion 41. The first main body portion 41 has a top end extending from the top end portion of the first main body portion 41 and an ejector portion 43 extending from the bottom end of the first main body portion 41. a pivot post, such as the pivot post 411, mating with the pivot hole 243 in the first tower 24, so that the buckle and the card device 4 are pivoted with the pole 411 The first tower 24 of the insulative housing 2 rotates at an angle. The first main body portion 41 respectively extends with a latching portion 44, and the latching portion 44 is located below the latching portion 42. The latching portion 44 is the same as the direction in which the latching portion 42 and the ejector portion 43 extend from the first body portion 41, and the latching portion 44 is fastened to the first tower 24 The card holding slot 244 is configured to fix the card clamping device 4 and the first tower 24 to each other. The fastening portion 42 is configured to hold the first end of the electronic card 1 11. The ejector portion 43 is configured to eject the electronic card 1 from the electrical connection slot 23 of the insulative housing 2. The first main body portion 41 is opposite to the fastening portion 42. An operation portion 45 is extended in the direction, and the operation portion 45 is pulled, and the card fastening device 4 rotates at a certain angle with the pivot post 411 as a rotating shaft. The holding device is mounted on the second tower. 25, for holding the electronic card 1, which comprises a base 51 and an elastic body 52. The base 51 has a second body portion, two hooks 512 and a positioning post 513 extending from the second body portion 511, and the hooks 512 are oppositely disposed and enter the first-receiving #255 The card is held on the two bumps. The positioning post 513 enters the third receiving slot, and the outer surface thereof is formed with at least a rib 5 (3) ′ to describe the degree of cooperation between the 513 and the third receiving slot 257. The second body portion 511 is provided with a through hole 514 adjacent to the side of the hook 512. The first body portion 511 opens the M383844 f 1 * card slot 515 toward the insulating body 2 for holding the The second end 12 of the electronic card i is located on the male side of the card slot. The card slot milk forms a notch 516 relative to the other, and the notch 516 is semi-arc. The notch 516 corresponds to the lamp holder 258. The elastic body 52 includes a third main body portion, for example, the elastic body % is disposed in the first receiving groove 255 of the second tower 25. The two sides of the third body portion 521 are respectively provided with a fixing portion micro to fix the elastic body % in the setting slot. When the elastic body 52 is installed in the first receiving groove 255 of the first tower 24, the fixing portion milk respectively fixes the holding groove 244 +, and the fixing portion can The elastic body is fixed in the first receiving groove 255. The middle portion of the third main body portion 521 extends downwardly with a card 523 blocking the top of the stop block, and the card is inclined at an angle to the first valley groove 256 to prevent the elasticity. Body 52 moves down. The fixing portion 522 extends upward to form two connecting portions 汹, and a concave through hole 525 is defined between the connecting portions 524 to accommodate the second end 12 of the electronic card i. The card has an active space in the longitudinal direction, so that the conventional electronic cassette can be used. Further extending from the connecting portion 形成 to form a guiding portion 526, the guiding portion 526 is an arc structure, and when the electronic card 1 is inserted into the electrical connection slot 23, the guiding portion is up Guiding role. The guiding portion 526 abuts against the lower side of the transverse wall 259 between the first receiving groove 255 and the second receiving groove 256. The concave through hole 525 is provided with a riding portion milk portion at a position where the guiding portion 526 is engaged with the concave through hole 525, and the factory folding portion 527 is formed by the hybrid body 52 toward the electrical connection slot 23 : A shrapnel that extends in the opposite direction after bending. After the elastic body 52 is disposed in the first receiving groove '255 of the second tower 25, the elastic body is caused to abut against the first receiving groove. The horizontal wall between the 255 and the second receiving groove 256 is moved. The card 523 is stopped by the blocking block to restrict the elastic body 52 from moving up and down. The two fixing portions of the elastic body 52 are micro-fixed in the holding groove 244 to restrict the elastic body 52 from moving along the longitudinal direction of the electrical connection slot 23 and along the second tower 25 The second side plate is removed from the fourth side plate 254 and moved to the left and right. The sensing device is disposed in the second tower 25, and has an elastic sensing terminal 61 disposed in the receiving slot 232, and an indicator light 62 is positioned on the second tower 25 On the lamp holder 258, the indicator light 62 has two conductive ends 62. One of the conductive ends 621 enters the groove 2581 and is located on the elastic deformation path of the elastic sensing terminal 61, and the other conductive end 621 The bottom surface of the second tower 25 is exposed through the small hole 2582 to be inserted into the circuit board (not shown). In the embodiment, the indicator light 62 is a light emitting diode, but the indicator light 62 is not limited to the light emitting diode described in the embodiment, and may be other light emitting devices, and the indicator A lamp 62 can also be provided on the side wall 231 of the electrical connection slot 23. The conductive end 621 is of a pin type. In other embodiments, the conductive end 621 can also be of a wire type. A conductive end 621 extends laterally along the longitudinal direction of the insulative housing 2 M 383 844. A contact end 6211 enters the accommodating slot 232, and the contact end 6211 is located in the accommodating slot 2312 - Side 'and relatively lower than the bottom wall surface of the electrical connection slot 23. .vr1 The elastic sensing terminal 61 has a base portion 611, and the base portion 611 extends downwardly from a pin 612 to be inserted into the circuit board (not shown), and the base portions .., 611 are respectively disposed on two sides. There is a positioning portion M3, and the two distal positioning portions 613 are fixed in the fixing groove 2321 in the valley groove 232. a middle portion of the base portion 611. A lap piece 614 is bent and extended. The lap piece 614 has a bent portion 6141 and a resisting portion 6142 at the end of the strap 614. The bent portion The 6141 bend forms the highest point of the strap 614. The bent portion 6141 is exposed in the accommodating groove 232 into the electrical connection slot 23 and is relatively higher than the bottom wall surface of the electrical connection slot 23. The straps are perpendicular to the longitudinal direction of the insulative housing 2, and the abutting portions 6142 are just above the contact ends 6211 without contacting. Referring to the first figure, in the assembly, each of the conductive terminals 3 is firstly fixed in the electrical connection slot 23 of the insulative housing 2; secondly, the card fastening device 4 is mounted) The inside of the tower 24 is such that the first body portion 41 is located in the groove 241. The pivot post 411 is pivotally connected to the pole hole 243. The latch portion 44 is fastened. The holding slot 244 is fixed to be fixed; the sensing device and the holding device are again loaded into the receiving slot and the second tower 25 to make the elastic sensing terminal 61 The positioning portion 613 is fixed in the fixing slot 2321, and the indicator light 62 is positioned on the socket 258. The elastic body 52 is positioned in the first receiving slot, and the 12 base 51 is located. The hook 512 is hooked on the protrusion/ghost 2561 of the second receiving slot 256. The positioning post 513 of the base 51 enters the third receiving slot 257; finally, the electronic device The cassette is inserted into the electrical connection slot 23 of the insulative housing 2 'the electronic card! The first end u is held by the engaging portion 42' of the buckle device 4, and the second end 12 is held in the card slot 515 of the holding device 4. When the electronic card 1 is loaded into the electrical connection slot 23 of the insulative housing 2, the electronic cassette moves downward until the bottom surface of the second end 12 abuts against the elastic sensing terminal 61. The lap 614 is configured to elastically deform the bent portion 6141 of the strap 614, the belt moving the abutting portion 6142 downward to contact the indicator light 62 Contacting the end 6211, and the other conductive end 621 of the indicator light 62 is connected to the 'on the circuit board (not shown) to illuminate the sensing device, _ The length of the electronic card 1 is longer, or the operator inserts the electronic cassette into the electrical connection slot 23 of the insulative housing 2 with a non-uniform force, and does not cause the electronic card 1 to be The second end 12 cannot confirm and affect the normal connection of the electronic card i to the slot connection ||; the sensing device is provided, so that the operator inserts the electronic cassette into the insulative housing 2 When the electrical connection slot 23 is used, the sound of the buckle card 4 and the viewing rhyme are illuminated, and the operator is given a clear Information that the electronic card i has been inserted into position, thereby stopping the operation, thereby ensuring a normal electrical connection between the electronic cassette and the socket connector; further, due to the insulative body 2 The second tower M383844 is provided with a working body 52. When the electrical connection slot 23 of the insulating JI2 is slammed from the electronic card, the second end η enters the concave through hole 525. Internally fixed ' so that the electrons are better held in the socket connector. In summary, the present invention has the following advantages: 1. Since the insulative housing is provided with one of the sensing devices, the electronic card is called again and again, even if the operator inserts the electronic card. The strength of the electrical connection slot of the insulative housing is not uniform, and the second end of the electronic card cannot be confirmed, thereby affecting the normal electrical connection between the electronic card and the slot connector. 2. Since the insulative housing is provided with the inductive device i, the operator can continue to operate the electric lift card ship body body, hear the sound of the card device and see the The sensing device illuminates, giving the operator a painful message that the electronic card has been plugged into the bit, thereby stopping the operation' and thereby ensuring a normal electrical connection of the electronic card to the socket connector. 3. The second end enters the recess when the electronic card is inserted into the second tower of the insulative housing so that the electronic card is inserted into the electrical connection of the insulative housing The through hole is fixed inside, so that the electronic card is better The above description is for the detailed description of the preferred embodiment of the present invention, but the embodiment is not intended to limit the scope of the patent application of the present invention, the M383844*. < · Equivalent changes or modifications made in the “technical spirit” of this firm shall be covered by the scope of the patent. [Simple diagram of the figure] The first figure is an exploded view of the relationship between the socket connector and an electronic + assembly relationship; the second diagram is a partial schematic view of the insulating body shown in the first figure; A partial schematic view of the sensing device before the electronic connector is not installed on the display connector; the fourth figure is a different perspective view of the third clear socket connector; the fifth figure is the connection shown in the first figure The schematic diagram of the assembly relationship of the electronic card timing device; the sixth figure is another perspective view of the slot connector shown in the fifth figure. [Main component symbol description] 11: First end 22: Lower surface 2312: Positioning groove 241: Groove 25 Second tower 254: Fourth side plate 256: Second receiving groove 2581: Groove 1: Electronic card 21: Upper surface 2311: terminal accommodating chamber 24: first tower 244: holding groove 253·· third side plate 2552: stopper 258: socket 3: conductive terminal 42: fastening portion 51: pedestal 5131: rib 52: Elastomer 524: connecting portion 61: elastic sensing terminal 614: strap 621 · conductive end 12: second end 23: electrical connection slot 232: receiving slot 242: first opening 251: first side panel 255 The first receiving groove 2561: the bump 2582: the small hole 41: the first main body portion 44: the fastening portion 512: the hook 515: the card slot 523⁄4: the fixing portion 526: the guiding portion 612: the pin 6142: the resisting portion 4 : carding device 43: ejector portion 511: second body portion 514: through hole 521: + body portion 525: concave through hole 611: base portion 6141: bent portion 6211 ·. contact end 2: insulating body 231: Side wall 2321: fixing groove 243: boring hole 252: second side plate 2551: second opening 257: third receiving groove 259: transverse wall 411: pivoting column 45: operating portion 513: positioning post 516: notch 523: card 527: bending holding portion 613: positioning portion 62: indicator light