M328698 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，尤其係一種用於收容電子卡並具有退卡機 構之電連接器。 【先前技術】 隨著電子設備之迅速發展，其體積日趨小型化，從而促使其訊號傳輸 裝置也朝更小、更輕且更且攜f之方向發展，這對用於該電子設備上之電 連接也提出了更高之要求。中國大陸專利CN2800558 Y揭露了一種電連 接器’用於收容電子卡。言亥電連接器包括絕緣本體、收容於絕緣本體内之 複數導電端子、覆蓋在絕緣本體上之遮蔽殼體和安裝魏緣本體内之退卡 機構。 /該退卡機構，其具有滑塊、彈簀、導引桿及鎖扣彈片。其中 片係以組裝之方式固定於滑塊上，其與滑塊相配合而用 =子卡。當插人電子卡時，電子卡藉外力對鎖扣彈聽加作^放^ =之，鎖扣彈片賴外力之_作用㈣現位移之情況，縣 問題外，綱電連接ϋ整體小型化，鎖扣彈片 足 而造成鎖扣則力量不足之問題，影響了電連接器之正常使見用力。«度不足 【新ί 了内Ϊ】祕1題，檐翻了—_咖關補其不足。 =作之目的在於提供—種具錢卡機構之電 退卡機構包括有著良好穩固性之鎖扣彈片。 "電連接抑之 爲實現前述目的，本創作採用了一種 包括設有端子插置孔之絕緣本體、複數於收容電子卡，其 電端子、扣設於絕緣本體上L㈣f心緣本體之端子插置孔之導 且所述 該鎖扣彈片可隨滑塊於 基部及_延伸形成之滑動部，^滑動緣本體包括 部，所述針麟包射於電何針機構之收容 退卡機構還包括與前述滑塊_體成型之鎖=方向上移動之滑塊， 電子卡插入及退出方向上移動。 乃 與先前技術她，本_藉_扣則之部分結構與滑塊—體成型， 5 M328698 u 除了可健鎖扣彈片不會因爲外力過大而出現位置移動甚至脫落之情況， 還解決了因此類連接器小型化後而帶來鎖扣彈片力臂不足所造成力量不足 之問題。 【實施方式】 下面結合圖式來詳細說明本創作電連接器100之具體實施方式。 凊參閱第一圖至弟五圖所示，本創作公開一種電連接器100，用於收容 具有缺口部71之電子卡7，其包括絕緣本體2，收容於絕緣本體2内之複 數導電端子3、組裝於絕緣本體2上之退卡機構4、組設於絕緣本體2上之 摘測端子5以及扣合於絕緣本體2上之遮蔽殼體6。 φ 如圖所示，絕緣本體2包括基部21、及由基部21兩侧端向前延伸形成 之固持肋22及滑動部23,同時基部21之後端向上垂直延伸以形成後壁24。 所述滑動部23之外側向上垂直延伸有與後壁24相連之侧壁23〇，並由絕緣 本體2之側壁230、基部21及後壁24與遮蔽殼體6 —起形成電子卡7之收 容空間10。在固持肋22及滑動部23之前端靠近中部位置處設有連接所述 固持肋22和滑動部23之插置部25，所述插置部25上設置有複數相互間隔 以供導電端子3插置之端子插置孔251。所述絕緣本體2滑動部23與端子 插置孔251之連接處設有引導電子卡7插入之第一平台部231，及由第一平 台部231繼續延伸至絕緣本體2後壁24之第二平台部232，第一、第二平 台部23卜232藉由斜面233連接，而所述第一、第二平台部23卜232與 > 側壁230之間形成有收容退卡機構4之收容部234，該收容部234由並排緊 靠之第一收容槽2341和第二收容槽2342所構成，所述第一收容槽2341於 其底部之中間位置處設有一導滑槽2343，且第一收容槽2341於其靠近第一 平台部231之端部上設有收容腔2344。此外，後壁24在靠近第一收容槽 2341之位置處設有定位孔241，且後壁24之内側壁上還延伸有與第二收容 槽2342上下平行之定位柱242。另，侧壁230之外側面上設有複數用以定 位之凸塊2301以及設置於凸塊2301之間之抵靠部2302，與此結構類似， 固持肋22之外侧面上也相應設有凸塊（未標號）及間隔設於凸塊之間之抵 靠部（未標號）。 導電端子3收容於絕緣本體2之端子插置孔251内，其包括固持於端 子插置孔251内之基體部31、自基體部31 —端彎折延伸之接觸部32及自 6 M328698 基體部31另一端f折延伸之第一焊接部33。其中一個導電端子3與侧端 子5相配合以形成摘測開’該導電端子3由其基體部3ι —側延 觸部32大致平行之導測部34。導電端子3之第一焊接部％突伸出絕緣本 體2之端子插置孔25卜同時，導電端子3之接觸部32位於絕緣本體2之 收容空間10内，以與插入之電子卡7形成電性接觸。各 絕緣本體2後其第一焊接部33具有很好之共面度。 、、且衣於 退卡機構4 ’其包括滑塊41、鎖扣彈片42、彈性元件43及導44。 滑塊41延伸有-具有引導面412之推動部4U，所述推動部4ιι 塊41組裝於絕緣本體2後藉其導引面412可引導插入之電子卡7進一:插 入，進而鱗電端子3達成雜接觸。所述退卡機構4之滑塊41 ^設 =凹之心形導槽413及容置彈性元件43之容置孔（未標號），前述心形 導槽413包括平滑之第-引導槽4m、連接於第一引導槽㈣變折且平滑 之第二引導槽4132以及連接第-引導槽備和第二引導槽4132之第三引 導槽4133，第二引導槽4132大致呈v形，用於延長電 第一、第二、第三引導請餐一 舰七用以引導導引桿44之滑動。第―、第三、第二引導槽4i3i、⑽、 4132之高度呈負增長之趨勢，這樣有利於導引桿44於其内滑動。此外，滑 私之底對應月ί】述導滑槽2343處設有插入部（未標號）用於定位及滑 動。 所述鎖扣彈片Μ與滑塊Μ 一體成型，其包括完全置於滑塊Μ體内之 ^部（未標號）、由固定部-端弯折延伸之連接部421以及設於連接部421 ㈣^之彈性撞止部422。前述鎖扣彈片42大致呈L形，其連接部421沿 於之運動方向延伸設置。在電子卡7插入之初之按壓力或退出時之拉 用下，彈性擋止部422藉彈性收容於收容腔幻44之上表面下，可確 呆“子卡7於插入之初及退出之時不受彈性擋止部422之阻 =:料42之狀部與滑塊4卜體成型，除了可保證鎖扣彈片42= 過大而出現位移甚至脫落之情況，還解決了因此類連接器小型化 後而㈣鎖扣彈片42力臂从所造成力量不狀問題。 辦？ 塊41組裝於絕緣本體2後，彈性元件43之—端_於絕緣本 一後羞24之定位柱242上，另一端收容於滑塊41之容置孔内，其可利 7 M328698 % ^ 用自身之彈力驅動滑塊41在絕緣本體2内於初始位置和第二位置間滑動。 這裡，初始位置指當彈性元件43未被按壓時滑塊41和導引桿糾所處之位 置，第二位置指電子卡7在絕緣本體2内移動時，彈性元件43被按壓至最 短長度時，滑塊41和導引桿44所處之位置。 ^導引桿44包括呈直線狀之主體部441和分設於主體部441相對兩端之 定位端442和導引端443，所述定位端442連接於絕緣本體2後壁24之定 位孔241内，而導引端443樞動於心形導槽413内。 _偵測端子5包括呈U形之基體51、及分設於基體51兩端之配合部52 和^三焊接部53。其中，基體51之週邊部位設有複數尖刺（未標示）用於 • 固定偵測端子5於絕緣本體2上，而配合部52用於與特定導電端子3之導 測部34相配合作動，且第三焊接部53突出絕緣本體2之後壁24並與導電 端子3之第一焊接部33共面。 遮蔽殼體6包括平板部60和自平板部60兩側分別向下延伸形成設有 固持片（未標示）之兩侧牆62、63。其中，側牆62上間隔設置有與絕緣本 體2側壁230上間隔設置之凸塊2301相配合之開口 621，所述侧牆62具有 開口 621之固持片之間設置有由遮蔽殼體6平板部6〇向下彎折延伸之壓持 片622 ’所述壓持片622抵靠於絕緣本體2侧壁230之抵靠部2302上。侧 牆6^前端設置之具有第二焊接部623〇之彎折片6幻係與絕緣本體2側壁 % 230 A方設置之阻擋部2303相配合而實現在左右方向上對遮蔽殼體ό之定 ，與側牆62對應之側牆63也包括複數設有開口（未標號）之固持片（未 ^虎）’在所述固持片之間亦設置有壓持#(未標號）。遮蔽殼體6之平板 j 60上對應導引桿44之位置處設有彈性部6〇1用於彈性按壓於所述導引 #44上，以確保導引桿44實現平滑退卡。遮蔽殼體6自其平板部⑻後端 向下延伸置有複數扣持結構（未標號），所述扣持結構分珊應絕緣本體 2後壁24设置之配合結構相固持。遮蔽殼體6組裝於絕緣本體2後由於壓 持片必與^緣本體2抵靠部23〇2高度之和略大於遮蔽殼體化裝於絕緣 本體2後之高度’使得在組裝過程中壓持片必産生一定之彈性形變，在 組裝外力丨肖失後絕緣本體2之抵靠部提供給遮蔽殼體6 —個向上之作 用力，並藉遮蔽殼體6之壓持片622恢復形變之彈力使得遮蔽殼體6之固 持片之開口 621與絕緣本體2上對應凸塊23〇1緊密配合，從而確保組裝後 8 M328698 之遮蔽殼體6及導電端子3焊接於電路板（未圖示）時各焊接 53具有很好之共面度。 組裝時，首先將各導電端子3及侧端子5分難胁絕緣本體2之 2應位置處，與此㈣，可將彈性元件43安裝於滑塊41之容置孔 著，將設置了鎖扣彈片42及彈性元件43之滑塊41組設於絕緣本體] 收容部234 β，這時，鎖扣彈片42之彈性播止部似不僅突出於第 槽2341之上表面，而且位於第一收容槽2341之收容腔23私之上方 彈性元件43械純雜容置狀ρ軌接魏緣本體2 _ ^之定 位柱242上。然後，將導引桿44之定位端442插置於絕緣本體 241内，而導引端443收容於滑塊41之第一引導槽4131内，最 殼體6蓋扣於絕緣本體2上，這時，侧端子5與吏子 於分離狀態。 守电^于3處 使用時，施力將電子卡7沿插卡方向推入電連接器1〇〇内，滑塊 二應部位抵持，這時，彈性元件43處於未被按壓 H導引幹44處於初始位置，當進一步推動電子卡7時， 到電子卡7之推動而向絕緣本體2之後壁24方向運動，彈性 ^ 者滑塊41運動之方向按壓，導引桿44自 被/〇 ‘當電子卡7完全_咖陶/，== 二引導槽他内，侧軒5鱗應_子 :=巧 ，出電子卡7時，施力推動電子卡7向絕緣本體2 ==動當 44之導引端443在滑塊41之帶動下由第二引導槽4132滑動H 引導槽⑽内，並藉彈性元件43之彈性恢復力使導引桿44之導^弟一 I到初雜置，晴，雜元件化錄崎塊41及電子卡 十卡7。在刖述推退電子卡7之過程中， 卬电 擔止部422抵麟電子卡7之缺口部？1電° '了免1内之彈性 之時間。 j延長電子卡7退出電連接器100 綜上騎，本鑛符合新辦件，纽法提出專 3述7為本_之健實施方式，本_之範圍並不述=方= 為限，舉凡熟習本案技藝之人士援依本創作之精神所作之等效修飾也2 9 M328698 化，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 第一圖係本創作電連接器組裝後之立體圖。 第二圖係本創作電連接器之立體分解圖。 第三圖係本創作電連接器之部分組裝圖。 第四圖係本創作電連接器中導電端子與退卡機構組裝於絕緣本體之立 體圖。 第五圖係本創作電連接器插入卡後之狀態圖，其中遮蔽殼體未組裝。 【主要元件符號說明】M328698 VIII. New Description: [New Technology Field] This creation relates to an electrical connector, and more particularly to an electrical connector for housing an electronic card and having a card ejecting mechanism. [Prior Art] With the rapid development of electronic devices, their size has become increasingly smaller, which has led to the development of smaller, lighter and more portable signal transmission devices, which are used for the electronic devices. The connection also raises higher requirements. The Chinese patent CN2800558 Y discloses an electrical connector 'for accommodating an electronic card. The cymbal electrical connector comprises an insulating body, a plurality of conductive terminals received in the insulating body, a shielding shell covering the insulating body, and a card ejector mechanism for mounting the rim body. / The card ejecting mechanism has a slider, a magazine, a guiding rod and a locking tab. The film is fixed to the slider in an assembled manner, and cooperates with the slider to use the = daughter card. When inserting an electronic card, the electronic card uses the external force to add the lock to the lock, and the effect of the lock on the outer force of the external force is (4) the current displacement, and the county issue is externally miniaturized. The problem that the lock clips are sufficient to cause the lock to be insufficient in strength affects the normal use of the electrical connector. «Insufficient degree [New 了 Ϊ Ϊ] Secret 1 question, 檐 了 _ _ _ _ _ _ _ _ _ _ _ _ _ = The purpose is to provide - a card with a money card mechanism. The card ejecting mechanism includes a latching shrapnel with good stability. "Electrical connection, in order to achieve the above purpose, the present invention adopts an insulating body including a terminal insertion hole, a plurality of receiving electronic cards, and an electrical terminal thereof, and a terminal block of the L (four) f core body fastened on the insulating body The accommodating and ejecting mechanism includes a portion, and the sliding rim body includes a portion, and the accommodating and ejecting mechanism of the accompaniment of the needle mechanism is further included The slider that moves in the direction of the slider _ body forming lock = direction moves in the electronic card insertion and withdrawal directions. It is with the prior art that she, part of the structure of the _ borrowing _ buckle and the slider-body molding, 5 M328698 u In addition to the health-locking sprocket, the position will not move or even fall off due to excessive external force, and also solve the problem. The miniaturization of the connector brings about a problem of insufficient strength due to insufficient arm of the locking tab. [Embodiment] Hereinafter, a specific embodiment of the present electrical connector 100 will be described in detail with reference to the drawings. The present invention discloses an electrical connector 100 for receiving an electronic card 7 having a notch portion 71, which includes an insulative housing 2 and a plurality of conductive terminals 3 received in the insulative housing 2. The card ejecting mechanism 4 assembled on the insulative housing 2, the pick-up terminal 5 assembled on the insulative housing 2, and the shielding case 6 fastened to the insulative housing 2. φ As shown, the insulative housing 2 includes a base portion 21, and retaining ribs 22 and sliding portions 23 extending forward from both side ends of the base portion 21, while the rear end of the base portion 21 extends vertically upward to form the rear wall 24. The outer side of the sliding portion 23 extends vertically upwardly with a side wall 23〇 connected to the rear wall 24, and the side wall 230, the base portion 21 and the rear wall 24 of the insulative housing 2 form a housing for the electronic card 7 together with the shielding housing 6. Space 10. An insertion portion 25 connecting the holding rib 22 and the sliding portion 23 is disposed at a position near the middle portion of the holding rib 22 and the sliding portion 23, and the insertion portion 25 is provided with a plurality of mutually spaced spaces for the insertion of the conductive terminal 3 The terminal insertion hole 251 is provided. A first platform portion 231 for guiding the insertion of the electronic card 7 is disposed at a junction of the sliding portion 23 of the insulative housing 2 and the terminal insertion hole 251, and the second platform portion 231 continues to extend to the second portion of the rear wall 24 of the insulative housing 2 The platform portion 232, the first and second platform portions 23 and 232 are connected by a slope 233, and the first and second platform portions 23 and 232 and the side wall 230 are formed with a housing portion for accommodating the card ejecting mechanism 4. The accommodating portion 234 is formed by the first receiving groove 2341 and the second receiving groove 2342 which are adjacent to each other. The first receiving groove 2341 is provided with a guiding slot 2343 at a middle position of the bottom portion thereof, and the first receiving portion is provided. The groove 2341 is provided with a receiving cavity 2344 at an end portion thereof adjacent to the first platform portion 231. In addition, the rear wall 24 is provided with a positioning hole 241 at a position close to the first receiving groove 2341, and a positioning post 242 parallel to the second receiving groove 2342 is further extended on the inner side wall of the rear wall 24. In addition, a plurality of protrusions 2301 for positioning and an abutting portion 2302 disposed between the protrusions 2301 are disposed on the outer side surface of the side wall 230. Similar to the structure, the outer side of the holding rib 22 is also convexly disposed. Blocks (not labeled) and spacers (not labeled) are provided between the bumps. The conductive terminal 3 is received in the terminal insertion hole 251 of the insulative housing 2, and includes a base portion 31 held in the terminal insertion hole 251, a contact portion 32 bent from the end of the base portion 31, and a base portion from 6 M328698. The other end f is folded to extend the first welded portion 33. One of the conductive terminals 3 cooperates with the side terminal 5 to form a probe portion 34 in which the conductive terminal 3 is substantially parallel from the base portion 3i of the side extension portion 32. The first soldering portion of the conductive terminal 3 protrudes from the terminal insertion hole 25 of the insulative housing 2, and the contact portion 32 of the conductive terminal 3 is located in the receiving space 10 of the insulative housing 2 to form an electric charge with the inserted electronic card 7. Sexual contact. The first welded portion 33 of each of the insulating bodies 2 has a good coplanarity. And the garment retracting mechanism 4' includes a slider 41, a latching elastic piece 42, an elastic member 43, and a guide 44. The slider 41 extends with a pushing portion 4U having a guiding surface 412. The pushing portion 4 is assembled to the insulative housing 2, and the electronic card 7 that can be guided by the guiding surface 412 can be inserted into the electronic card 7 to be inserted into, and then the scale electrical terminal 3 is inserted. Achieve miscellaneous contact. The slider 41 of the card ejecting mechanism 4 is provided with a concave heart-shaped guiding groove 413 and a receiving hole (not labeled) for accommodating the elastic member 43. The heart-shaped guiding groove 413 includes a smooth first guiding groove 4m, a second guiding groove 4132 that is folded and smoothed by the first guiding groove (four) and a third guiding groove 4133 that connects the first guiding groove and the second guiding groove 4132. The second guiding groove 4132 is substantially v-shaped for extending The first, second, and third guiding meals are used to guide the sliding of the guiding rod 44. The heights of the first, third, and second guiding grooves 4i3i, (10), and 4132 tend to decrease negatively, which facilitates the sliding of the guiding rod 44 therein. In addition, the base of the slid is corresponding to the month, and the insertion chute 2343 is provided with an insertion portion (not labeled) for positioning and sliding. The locking elastic piece 一体 is integrally formed with the sliding block ,, and comprises a connecting portion (not labeled) completely disposed in the slider body, a connecting portion 421 extending from the fixing portion end, and being disposed at the connecting portion 421 (4) ^Elastic impact stop 422. The latching elastic piece 42 is substantially L-shaped, and the connecting portion 421 extends in the moving direction. When the pressing force of the electronic card 7 is inserted or pulled out, the elastic blocking portion 422 is elastically received under the upper surface of the receiving cavity 44, so that the "card card 7 is inserted and exited at the beginning". The resistance of the elastic blocking portion 422 is not formed: the shape of the material 42 and the slider 4 are formed, except that the locking elastic piece 42= is too large to be displaced or even fallen off, and the connector is also small. After the (4) locking arm 42 force arm from the resulting force is not problematic. After the block 41 is assembled in the insulating body 2, the end of the elastic element 43 is on the positioning post 242 of the insulation after the shame 24, another One end is received in the receiving hole of the slider 41, which can drive the slider 41 to slide between the initial position and the second position in the insulating body 2 by its own elastic force. Here, the initial position refers to the elastic element. 43 is the position where the slider 41 and the guiding rod are corrected when not pressed, and the second position refers to the slider 41 and the guiding rod when the elastic member 43 is pressed to the shortest length when the electronic card 7 moves in the insulating body 2 Position of 44. ^ Guide rod 44 includes a main body portion 441 and a separate portion The positioning end 442 of the opposite ends of the main body portion 441 and the guiding end 443 are connected to the positioning hole 241 of the rear wall 24 of the insulative housing 2, and the guiding end 443 is pivoted in the heart-shaped guiding groove 413. The detecting terminal 5 includes a U-shaped base body 51, and a fitting portion 52 and a third welding portion 53 which are disposed at two ends of the base body 51. The peripheral portion of the base body 51 is provided with a plurality of spikes (not labeled) for • The fixed detecting terminal 5 is on the insulative housing 2, and the mating portion 52 is configured to cooperate with the guiding portion 34 of the specific conductive terminal 3, and the third soldering portion 53 protrudes from the rear wall 24 of the insulative housing 2 and the conductive terminal 3. The first welding portion 33 is coplanar. The shielding shell 6 includes a flat plate portion 60 and two side walls 62, 63 extending downward from the two sides of the flat plate portion 60 to form a holding piece (not labeled). The upper portion is provided with an opening 621 which is matched with the protrusion 2301 disposed on the side wall 230 of the insulative housing 2, and the side wall 62 has an opening 621 provided between the holding pieces and is bent downward by the flat portion 6 of the shielding case 6. The pressing piece 622 of the folded extension abuts against the side wall 230 of the insulating body 2 2302. The bending piece 6 having the second welding portion 623〇 disposed on the front end of the side wall 6^ is matched with the blocking portion 2303 provided on the side wall of the insulating body 2 by 230 A to realize the shielding housing in the left-right direction. The side wall 63 corresponding to the side wall 62 also includes a plurality of holding pieces (not labeled) having openings (not labeled). A holding # (not numbered) is also disposed between the holding pieces. The position of the corresponding guiding rod 44 on the flat plate j 60 of the shielding shell 6 is provided with an elastic portion 6〇1 for elastic pressing on the guiding #44 to ensure smooth guiding of the guiding rod 44. The body 6 extends downward from the rear end of the flat plate portion (8) with a plurality of fastening structures (not labeled), and the fastening structure is held by the mating structure provided by the rear wall 24 of the insulating body 2. After the shielding case 6 is assembled to the insulative housing 2, the height of the abutting portion 23〇2 of the pressing body must be slightly larger than the height of the shielding housing after being mounted on the insulative housing 2, so that the pressing is performed during the assembly process. The sheet must have a certain elastic deformation. After the external force of the assembly, the abutting portion of the insulating body 2 provides an upward force to the shielding shell 6, and the elastic force of the deformation is restored by the pressing piece 622 of the shielding shell 6. The opening 621 of the holding piece of the shielding case 6 is closely matched with the corresponding protrusion 23〇1 of the insulating body 2, thereby ensuring that the shielding case 6 and the conductive terminal 3 of the 8 M328698 are soldered to the circuit board (not shown) after assembly. Each weld 53 has a good coplanarity. When assembling, firstly, the conductive terminals 3 and the side terminals 5 are separated from the position of the insulating body 2; and (4), the elastic member 43 can be mounted on the receiving hole of the slider 41, and the locking button is set. The elastic piece 44 of the elastic piece 43 and the elastic element 43 are disposed in the accommodating portion 234 β. At this time, the elastic sliding portion of the locking elastic piece 42 not only protrudes from the upper surface of the second groove 2341 but also lies in the first receiving groove 2341. The accommodating chamber 23 is privately disposed above the elastic member 43 and the mechanically pure accommodating ρ rail is connected to the positioning post 242 of the rim body 2 _ ^. Then, the positioning end 442 of the guiding rod 44 is inserted into the insulative housing 241, and the guiding end 443 is received in the first guiding slot 4131 of the slider 41, and the most housing 6 is fastened to the insulative housing 2. The side terminal 5 and the die are in a separated state. When the power saver is used at 3 places, the force is applied to push the electronic card 7 into the electrical connector 1〇〇 in the direction of the card insertion, and the slider 2 should be pressed against the position. At this time, the elastic member 43 is not pressed and guided. 44 is in the initial position. When the electronic card 7 is further pushed, the push of the electronic card 7 moves toward the rear wall 24 of the insulative housing 2, and the elastic slider 41 is pressed in the direction of movement, and the guide rod 44 is self-engaged. When the electronic card 7 is completely _ café /, == two guide slots inside him, side Xuan 5 scale should be _ child: = Qiao, when the electronic card 7 is out, force the electronic card 7 to the insulation body 2 == move 44 The guiding end 443 is slid by the second guiding groove 4132 in the H guiding groove (10), and the elastic restoring force of the elastic member 43 causes the guiding rod 44 to be mismatched. Sunny, miscellaneous components, recorded in the block 41 and electronic card ten card 7. In the process of reversing the electronic card 7, the power receiving portion 422 is placed on the notch portion of the electronic card 7. 1 electric ° 'The time to avoid the flexibility of 1. j Extend the electronic card 7 to exit the electrical connector 100. In general, the mine is in line with the new one, and Newfa has proposed a special 7-based implementation method. The scope of this _ is not stated as = square = limit The equivalent modifications made by those who are familiar with the skill of the present invention in accordance with the spirit of this creation are also included in the scope of the following patent application. [Simple description of the diagram] The first figure is a perspective view of the assembled electrical connector. The second figure is an exploded perspective view of the present electrical connector. The third figure is a partial assembly diagram of the present electrical connector. The fourth figure is a perspective view of the conductive terminal and the card ejecting mechanism assembled in the insulative housing in the present electrical connector. The fifth figure is a state diagram of the present invention after the card is inserted into the card, wherein the shield case is not assembled. [Main component symbol description]
電連接器 100 收容空間 10 絕緣本體 2 基部 21 固持肋 22 滑動部 23 侧壁 230 凸塊 2301 抵罪部 2302 阻擋部 2303 第一平台部 231 第二平台部 232 斜面 233 收容部 234 第一收容槽 2341 第二收容槽 2342 導滑槽 2343 收容腔 2344 後壁 24 定位孔 241 定位柱 242 插置部 25 端子插置孔 251 導電端子 3 基體部 31 接觸部 32 第一焊接部 33 導測部 34 退卡機構 4 滑塊 41 推動部 411 引導面 412 心形導槽 413 第一引導槽 4131 第二引導槽 4132 第三引導槽 4133 鎖扣彈片 42 連接部 421 彈性擋止部 422 彈性元件 43 導引桿 44 主體部 441 M328698 Λ 定位端 442 導引端 443 偵測端子 5 基體 51 配合部 52 第三焊接部 53 遮蔽殼體 6 平板部 60 彈性部 601 側牆 62、63 開口 621 壓持片 622 彎折片 623 第二焊接部 6230 電子卡 7 缺口部 71 11Electrical connector 100 accommodating space 10 Insulating body 2 Base 21 Holding rib 22 Sliding portion 23 Side wall 230 Bump 2301 Counterfeiting portion 2302 Blocking portion 2303 First platform portion 231 Second platform portion 232 Bevel 233 Housing portion 234 First receiving groove 2341 The second receiving groove 2342 the guiding slot 2343 the receiving cavity 2344 the rear wall 24 the positioning hole 241 the positioning post 242 the insertion portion 25 the terminal insertion hole 251 the conductive terminal 3 the base portion 31 the contact portion 32 the first solder portion 33 the guide portion 34 the card is retracted Mechanism 4 Slider 41 Pushing portion 411 Guide surface 412 Heart-shaped guide groove 413 First guide groove 4131 Second guide groove 4132 Third guide groove 4133 Locking tab 42 Connection portion 421 Elastic stop portion 422 Elastic member 43 Guide rod 44 Main body 441 M328698 定位 Positioning end 442 Leading end 443 Detecting terminal 5 Base 51 Matching portion 52 Third welded portion 53 Shielding housing 6 Flat plate portion 60 Elastic portion 601 Side wall 62, 63 Opening 621 Pressing piece 622 Bending piece 623 second soldering portion 6230 electronic card 7 notch portion 71 11