M366191 五、新型說明 【新型所屬之技術領域] 本創作係關於一種電子卡連接器 機構之電子卡連接器。 九，、"及—種具有退卡 【先前技術】 習知供電子卡插接之電子卡連— 構，以方便電子卡退出電子卡連拉 DD奴均設有退卡機 2829134Y號揭示之一種電子卡接、，大陸專利公告第 容於絕緣本體内之複數導電端子月=杜，、包括絕緣本體、收 機構。絕緣本體設有用以收子絕緣本體上之退卡 塊、驅動滑塊移動之彈簧及定位滑塊 曰=機構包括滑 桿。滑塊具有凸伸人插槽内用以抵持電子^相對位置之導 其内側固持有凸伸入插槽内的彈片，' —:端的抵接部，及 上，另一端定位於滑塊上。當電 S :端定位於絕緣本體 於電子卡側部的缺口内，從而增 ^時，彈片扣持 固持效果。 卡連接器對電子卡的 退卡時，滑動塊於彈簧的彈 槽開口方向移動，然而，如果4:彈:接部推動電子卡 與電子卡共同快速移動，然後，去力過強，首先滑塊 移動時，電子卡由於慣性會繼續^ ^緣本體阻擒而停止 彈片的扣持而自插槽開 脫落’速度移動，容易克服 要種電子卡連接器以解決上述技術問 f嶋β卡的作用力彈:：彈菁的彈力較弱，抵 月匕正常退出電子連接器。 的扣持，以致電子卡不 題 【新型内容】 子卡連接Ϊ之主要目的在於提供-種防止電子卡被彈飛之電 3 M366191 。。本創作之目的係藉以如下技術方案達成的：一種電子卡連 接态，係设有插接面及自插接面向内側凹設之插槽，其包括： t緣本體；導電端子，係設於絕緣本體上；退卡機構，係包括 &电子卡插接方向移動之/骨塊、驅動滑塊移動之彈性件、止動 件及凸伸入插槽内的用以與電子卡相抵壓之扣持部，所述止動 件y先後將滑塊固定於第一位置及比第一位置更遠離插接面 之第二位置，滑塊具有凸伸入插槽内的用以推動電子卡退出插 槽的抵觸部；其中，所述電子卡連接器還設有限制部，用以於 退卡時促使扣持部增加對電子卡的抵壓力。 本創作之目的還<藉以如下技術方案達成的：一種電子卡 連接器，係設有插接面及自插接面向内側凹設之插槽，其包 ，.絕緣本體；複數導電端子，係設於絕緣本體上；退卡機構， =包括沿電子卡插接方向移動之滑塊、驅動滑塊移動之彈性 、止動件及設於滑塊上用以與電子卡相抵壓之第一彈片， 插先後將滑塊固定於第一位置及比第-位置更遠離 退屮许播—位置’滑塊具有凸伸人浦㈣用以推動電子卡 2之抵觸部；其中，所述電子卡連接器還包括於 止:飛彈片，增加對電子卡之抵壓力而防 卡時知技術，糊作具有如下增進功效：電子卡於退 :=大’防止了彈性件的彈力過強使電子卡被 【實施方式】 °月#閱第一圖至第五圖所示，本創作電子+連拔哭丨田 於電路板(未圖示)上供電子卡卡連接囊用以安裝 向内側凹毁之择揭η 4卡插接叹有插接面仞及自插接面10 包括絕緣本體f槽12用以收容電子卡。電子卡連接器⑽ 體1上之退卡機構二本體1上之複數導電端子2 '組裝於絕緣本 絶缘本絕緣本體1上之金屬遮蔽殼體4。 、，巴緣本體I包括底部13、自底都13 部15，插接面1〇6上凸伸之兩側部14及後端 5又於兩側部14及底部13之最前端，插槽12形成於 4 M366191 底部13、兩側部14及後端部15之間。後端部15開設有貫穿後端部 15的複數端子收容槽152，絕緣本體1的一側部丨4後端凹設有收容退 卡機構3之收容空間142，收容空間142的後端内侧設有向前凸伸之定 位柱143，收容空間142的前端還進一步設有樞接孔(未圖示），兩側部 14的外側均設有用以固定遮蔽殼體4之卡塊144。 σ 導電端子2包括分別沿絕緣本體丨前後方向佈置之第一、第二導 電端子組21、22，第一導電端子組21包括收容於絕緣本體丨端子收容 槽152内的第一固持部21卜自第一固持部211向上凸伸入插槽12内 的^接觸部212、自第-固持部2Π向後延伸出絕緣本體j的第—焊 接部213 ;第二導電端子組22包括鑲埋成型於絕緣本體丨内的第二固 持，221、自第二固持部221向上凸伸入插槽12内之第二接觸部、 立自第二固持部221分別向兩側延伸出絕緣本體i兩側部Μ之第二焊接 ^=23’第一'第二接觸部212、222用以與電子卡2㈨相配合，第一、 213、223用以焊接於電路板上，以使電子卡200與電路板 °當然’於本創作其他實施方式巾，第二導電端子組亦 可以藉由組裝方式固定於絕緣本體上。 =卡機構3包括沿電子卡200_方向移動之滑塊3卜驅動滑塊 ⑽q之彈性件32、止動件33及固定於滑塊31上的第一彈片3心彈 2於本實施方式+設置為彈簧。止鱗μ可 Π1置it第—位置及比第—位置更遠離插接面⑺的第二位置 口槽12内並與第一、第二接觸部212、222形成 ;331及;fe接於㈣3王「]」型桿，止動件33包括連接部330、從動 4 33!及樞接於絕緣本體！樞接孔内的 = 部33= 於，30兩端且均垂直於連接部： 抵觸==:=== — 插槽U，主體部細設有位於後端的固t2^；端使電子卡細退出 «定位部313。定位部313中部疋^及凸伸入插槽12内的 設有凸輪315及導引從動部33】移又動之槽314,主體部編 軔之軌逼316 ’軌道310包括有公用 5 M366191 軌道3161、自公用軌道3161 -端分別向兩相對外侧延伸 + 伽與退卡軌道3163及連接於進卡執道3162與退卡軌‘二執: 的鎖卡軌道3164 ’公用軌道遍沿滑塊31的移動方向延伸進卡軌 =3162、鎖卡軌道3164及退卡軌道3163分別圍設於凸輪315的 側。主體部310後端還設有固定彈性件32 一端的固定柱3口，彈性 件32々的另；'端與絕緣本體1收容空間142内的定位柱143相固定。 —第-彈性片34包括與滑塊31固定槽312相固持之固定部糾、自 111定部341向插接面1〇方向水平延伸之彈性部342、自彈性部342 & :彎折延伸之弧型扣持部343及位於扣持部342末端的顯部祕，固 .外嫩有與固定槽312内壁干涉之_，彈性部342設於定 4 313上以使扣持部343自滑塊31開槽314向下凸伸入插槽u内。 辟遮蔽殼體4包括頂壁41及自頂壁41兩端向下垂直彎折延伸之侧 Γ罢走頂壁41衝壓成型有位於第一位置處之第三彈片412、位於第二 立處的阻擋部413及抵壓止動件33之彈性臂414 ，增後相對齊，第二彈片412前端設有向下凸 == 的球型限制部415，阻料4ηΊμ…奸八播槽12内 開，絕緣本體Γ卡114===12内，兩側壁42均 ^電子卡200插入之前，即滑塊31被止動件33固定於 200逐漸自插接面卿插 电子卡 3H_3U，電子卡·^子卡200别端抵接滑塊 彈力後，扣牲郝I卡 第片向上克服第二彈片412的 卡200側缘位;^ 3向下扣持電子卡2〇0侧緣缺〇 202内，並且電子 ==部313下方被限制向上偏移，滑塊31自第-位置 而tXi滑 部331自公用軌道3161經過進卡軌道備 施側緣^ 64，滑塊31定位部313位於彈性部祀與電子卡 彈性部342向下移動及電子卡向上移動。 插入插槽‘=31抵^^315側壁上’此時電子卡㈣完全 200側緣克服觸部212、222形成電性連接，電子卡 部343相卡4 賴片34彈性部342的彈力而使其缺口 202與扣持 。，阻擋部413位於彈性部342上方，以阻正彈性部撕 6 M366191 對電子卡的抵壓力，防止了電子卡 2〇〇於插槽12内產生鬆動，保證了 g & 卡 222的電性連接。 ％子卡·與第-、弟二接觸部212、 當電子卡200退出時，如果彈性 的驅動下，滑塊31推動電子卡· 力過強，於彈性件η 漸向第-位置,_動當運動^ Λ共_二位置逐 限制繼續滑動，電子卡滑塊31被絕緣本體1 ;償生而保持原有速度繼續往插接面10 344 =設置有第二㈣412，當扣持部如帶^接 344 415 ^ ^ « 持，避免了雷子j大從而使電子卡200難以脫離扣持部343的扣 持，避免了電子卡被彈飛出電子卡連接器觸。 _ 第一 _部可設於絕_上。或者，將 杳滑動塊絲蔽㈣上，秘限制部餅退卡機構上， 位置時，該第—彈片與限制部相配合，增=了扣 、#上所iT的if力，如此設計’同射纽本_之目的。 :===::r創作之== 或變化，嶋細墙象等綱 ❿ 【圖式簡單說明】 r圖係本創作電子卡連接器與電子卡之立體圖。 解圖係本創作電子卡連接器絕緣本顺輕殼體分開之立體分 第三圖係摘作電子卡連接ϋ之立體分解圖。 第四圖係本創作電子卡遠接哭 第五圖係本創作電子；。 【主要元件符號說明】⑽插人S子卡後之剖視圖。 電子卡連接器 1〇〇 插接面 1〇 絕緣本體 插槽 12 7 10 M366191 ' 底部 收容空間 卡塊 端子收容槽 第一導電端子組 第一固持部 第一焊接部 第二接觸部 退卡機構 主體部 • 固定槽 開槽 軌道 進卡軌道 鎖卡執道 彈性件 連接部 柩轉部 固定部 I 扣持部 > 遮蔽殼體 第二彈片 彈性臂 側壁 電子卡 側部 14 定位柱 143 後端部 15 導電端子 2 22 第二導電端子組 22 第一接觸部 212 第二固持部 221 第二焊接部 223 滑塊 31 抵觸部 311 定位部 313 凸輪 315 公用執道 3161 退卡軌道 3163 固定柱 317 止動件 33 從動部 331 第一彈片 34 彈性部 342 壓接部 344 頂壁 41 阻擋部 413 限制部 415 卡口 424 缺口 202 8M366191 V. New description [New technical field] This creation is about an electronic card connector for an electronic card connector mechanism.九,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, An electronic card connection, the mainland patent publication is capable of accommodating a plurality of conductive terminals in the body of the body = du, including an insulating body and a receiving mechanism. The insulative housing is provided with a retracting block for receiving the insulating body, a spring for driving the slider to move, and a positioning slider. The mechanism includes a sliding bar. The slider has a spring in the protruding person slot for resisting the relative position of the electronic device, and the inner side of the slider is fixedly protruded into the slot, the edge of the abutting portion, and the other end is positioned on the slider on. When the electric S: end is positioned in the notch of the insulating body on the side of the electronic card, thereby increasing the clamping force of the elastic piece. When the card connector retracts the electronic card, the sliding block moves in the direction of the spring slot of the spring. However, if the 4: bomb: the joint pushes the electronic card and the electronic card to move together quickly, then the force is too strong, first slide When the block moves, the electronic card will continue to hold off due to the inertia, and the spring will be stopped and the speed will be removed from the slot. It is easy to overcome the need to plant an electronic card connector to solve the above problem. Force bomb: The elasticity of the bullet is weaker, and the electronic connector is normally withdrawn from the moon. The deduction of the electronic card is not a problem [New content] The main purpose of the sub-card connection is to provide a kind of electricity to prevent the electronic card from being bombed. 3 M366191 . The purpose of the present invention is achieved by the following technical solution: an electronic card connection state, which is provided with a plug surface and a slot that is recessed from the inner side of the plug, and includes: a t-edge body; a conductive terminal, which is insulated On the main body; the card retracting mechanism includes: an elastic member that moves in the direction of insertion of the electronic card, an elastic member that drives the slider to move, a stopper, and a buckle that protrudes into the slot to be pressed against the electronic card. a holding portion, the stopping member y sequentially fixes the slider to the first position and is further away from the second position of the mating surface than the first position, and the slider has a protrusion protruding into the slot for pushing the electronic card to be inserted The electronic card connector is further provided with a limiting portion for causing the fastening portion to increase the pressing force on the electronic card when the card is retracted. The purpose of the present invention is also achieved by the following technical solution: an electronic card connector having a plug-in surface and a slot that is recessed from the inside of the plug-in surface, the package, the insulating body, and the plurality of conductive terminals. Provided on the insulative housing; the card retracting mechanism, including a slider that moves in the direction in which the electronic card is inserted, an elastic force that drives the slider to move, a stopper, and a first elastic piece that is disposed on the slider for pressing against the electronic card Inserting the slider in the first position and moving away from the first position and away from the first position - the position 'the slider has a protruding person (4) for pushing the contact portion of the electronic card 2; wherein the electronic card is connected The device is also included in the: the shrapnel, which increases the pressure on the electronic card and prevents the card from being known. The paste has the following enhancement effects: the electronic card is retracted: = large 'prevents the elastic force of the elastic member to make the electronic card [Embodiment] °月# Read the first to fifth figures, the creation of the electronic + even crying on the circuit board (not shown) for the electronic card connector bag for installation to the inside of the concave Optional η 4 card plug sigh splicing face 自 and self-plugging face 10 pack F insulative housing groove 12 for accommodating the electronic card. Electronic card connector (10) The card-removing mechanism on the body 1 is a plurality of conductive terminals 2' assembled on the insulating body. The metal shielding case 4 on the insulating body 1 is insulated. The rim body I includes a bottom portion 13 and 13 portions 15 from the bottom. The two side portions 14 and the rear end portion 5 of the insertion surface 1 〇 6 are at the front ends of the side portions 14 and the bottom portion 13 respectively. It is formed between the bottom portion 13, the side portions 14 and the rear end portion 15 of the 4 M366191. The rear end portion 15 defines a plurality of terminal receiving slots 152 extending through the rear end portion 15. The rear end of the one side portion 丨4 of the insulative housing 1 is recessed with a receiving space 142 for receiving the card ejecting mechanism 3, and the rear end of the receiving space 142 is disposed inside. There is a positioning post 143 protruding forwardly. The front end of the receiving space 142 is further provided with a pivot hole (not shown), and the outer side of the two side portions 14 is provided with a block 144 for fixing the shielding case 4. The σ conductive terminal 2 includes first and second conductive terminal groups 21 and 22 respectively disposed in the front-rear direction of the insulating body ,. The first conductive terminal group 21 includes a first holding portion 21 received in the insulating body 丨 terminal receiving groove 152. The first contact portion 211 protrudes upward into the contact portion 212 in the slot 12, and extends from the first-hold portion 2Π to the first soldering portion 213 of the insulating body j; the second conductive terminal group 22 includes an embedded molding a second holding portion 221 in the insulating body ,, a second contact portion protruding upward from the second holding portion 221 into the slot 12, and a second holding portion 221 extending from the second holding portion 221 to both sides of the insulating body i The second soldering ^=23' first 'second contact portion 212, 222 is used to cooperate with the electronic card 2 (nine), the first, 213, 223 is used for soldering on the circuit board, so that the electronic card 200 and the circuit board ° Of course, in other embodiments of the present invention, the second conductive terminal set can also be fixed to the insulative body by assembly. The card mechanism 3 includes a slider 3 that moves in the direction of the electronic card 200_, an elastic member 32 that drives the slider (10) q, a stopper 33, and a first elastic piece 3 that is fixed to the slider 31 in the present embodiment + Set to spring. The stop scale can be placed at the first position and further away from the second position slot 12 of the mating surface (7) and formed with the first and second contact portions 212, 222; 331 and ; fe are connected to (4) 3 The king "]" rod, the stopper 33 includes a connecting portion 330, a driven 4 33! and pivoted to the insulating body! The = part 33 in the pivot hole is at, both ends of the 30 are perpendicular to the connection: the interference ==:=== — the slot U, the main body is finely fixed at the rear end; the end makes the electronic card thin Exit the «positioning unit 313. The central portion of the positioning portion 313 and the groove 314 which protrudes into the slot 12 and is provided with the cam 315 and the guiding follower portion 33, and the main body portion of the track 316' track 310 includes a common 5 M366191 The track 3161, the self-common track 3161-end extends to the opposite outer sides respectively + the gamma and the eject track 3163, and the connection to the card access road 3162 and the retracting track 'two: the lock card track 3164' common track traversing slider The moving direction of 31 extends into the card rail = 3162, the lock card track 3164, and the eject track 3163 are respectively disposed on the side of the cam 315. The rear end of the main body portion 310 is further provided with a fixing post 3 for fixing one end of the elastic member 32, and the other end of the elastic member 32 is fixed to the positioning post 143 in the receiving space 142 of the insulative housing 1. The first elastic piece 34 includes a fixing portion that is fixed to the fixing groove 312 of the slider 31, and an elastic portion 342 that extends horizontally from the 111 fixed portion 341 toward the insertion surface 1 , and a self-elastic portion 342 & The arc-shaped retaining portion 343 and the protruding portion at the end of the latching portion 342 are fixed to the inner wall of the fixing groove 312, and the elastic portion 342 is disposed on the fixed portion 313 to make the latching portion 343 slide. The block 31 slot 314 projects downwardly into the slot u. The shielding shell 4 includes a top wall 41 and a side wall extending perpendicularly from the two ends of the top wall 41. The third elastic piece 412 is located at the first position and is located at the second position. The blocking portion 413 and the elastic arm 414 of the pressing stopper 33 are enlarged and aligned, and the front end of the second elastic piece 412 is provided with a spherical restricting portion 415 which is downwardly convex ==, and the material is blocked. Insulation body Leica 114===12, both side walls 42 are before the electronic card 200 is inserted, that is, the slider 31 is fixed by the stopper 33 to the 200 gradually self-plugging surface, the electronic card 3H_3U, the electronic card·^ After the other end of the daughter card 200 abuts the slider elastic force, the first piece of the buckled Hao I card overcomes the side edge position of the card 200 of the second elastic piece 412; ^ 3 buckles the electronic card 2〇0 side edge defect 202 downward, And the lower portion of the electronic== portion 313 is restricted upwardly, the slider 31 is from the first position and the tXi sliding portion 331 is passed from the common rail 3161 through the card loading rail side edge 64, and the slider 31 positioning portion 313 is located in the elastic portion. The electronic card elastic portion 342 moves downward and the electronic card moves upward. Inserting the slot '=31 against the ^ 315 side wall' at this time, the electronic card (4) completely 200 side edges are electrically connected to the contact portions 212, 222, and the electronic card portion 343 is engaged with the elastic force of the elastic portion 342 of the sheet 34 Its gap 202 and buckle. The blocking portion 413 is located above the elastic portion 342 to resist the pressing force of the elastic portion 6 M366191 against the electronic card, thereby preventing the electronic card 2 from being loosened in the slot 12, thereby ensuring the electrical property of the g & card 222. connection. When the electronic card 200 is ejected, the slider 31 pushes the electronic card too strong, and the elastic member η gradually goes to the first position, When the motion Λ 2 position continues to slide, the electronic card slider 31 is insulated from the body 1; the original speed is maintained to continue to the plug surface 10 344 = the second (four) 412 is set, and the buckle portion is provided ^ 344 415 ^ ^ « Hold, avoiding the lightning rod j so that the electronic card 200 is difficult to get rid of the holding portion 343, avoiding the electronic card being bombed out of the electronic card connector. _ The first _ part can be set on the _. Or, the silk block of the 杳 sliding block is shielded (4), and the position of the first elastic piece is matched with the restricting part when the position is restricted, and the if force of the iT on the buckle, #, is designed as the same Shoot the purpose of the new _. :===::rCreation == or change, 嶋 墙 wall image, etc. ❿ [Simple diagram of the diagram] r diagram is a perspective view of the electronic card connector and the electronic card. The solution is the three-dimensional exploded view of the electronic card connector insulation and the lighter housing. The third picture is extracted as an exploded view of the electronic card connection. The fourth picture is the creation of the electronic card far crying. The fifth picture is the creation of the electronic; [Explanation of main component symbols] (10) Cross-sectional view after inserting the S subcard. Electronic card connector 1 〇〇 接 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Department • Fixed slot slotted track, card track lock card, elastic member, connecting part, turning part, fixing part, Ibucking part, shielding housing, second spring, elastic arm, side wall, electronic card side, 14, positioning post 143, rear end 15 Conductive terminal 2 22 second conductive terminal group 22 first contact portion 212 second holding portion 221 second welded portion 223 slider 31 abutting portion 311 positioning portion 313 cam 315 common way 3161 ejecting track 3163 fixing post 317 stopper 33 Follower portion 331 First elastic piece 34 Elastic portion 342 Crimp portion 344 Top wall 41 Block portion 413 Restriction portion 415 Bayonet 424 Notch 202 8