201246713 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種電子卡連接器 之電子卡連接器。 尤指一種設有退卡機構 [0002] 〇 [0003] 〇 【先前技術】 中國大陸㈣⑽㈣心號專射請揭示了—種設有 =卡機構之電子卡連接器，包括絕緣本體、容置於絕緣 體内之導電端子、料於_本體上之賴殼體及安 緣本體上之退卡機構，所述退卡機構包括設於絕 =^以#及設^緣本體尾部用以執行退卡動 轉軸轉^所述執订件在推桿作用下可以中間一個旋 轉：:所述旋轉轴是在執行件中間部位開設有通孔 步成-㈣内安置—旋轉轴’或者執行件中間部位凸出 槽㈣轴，對應之絕緣本體上設有容納旋轉轴之孔 上通常退卡機構能夠完成退卡之功能場上一 tr 切來料的情況下，如目前市~上的Mlcr〇 SiM卡連接 轉之旋轉轴強度會減小，在退卡=：!機構執行件旋 折斷之情崎生。 退切㈣容“成折變或 闺料此，實有必要設計—種新的 述問題。 電子卡連接器來解決上 【發明内容】 圆树明要解決之技_題是提供— 之電子卡連接器。 種尺寸小、結構簡單 100116265 表單編號A0101 第3頁/共21頁 1002027304-0 201246713 [0006] 為解決上述技術問題，本發明提供一種電子卡連接器包 括絕緣本體、收容於絕緣本體内之導電端子、遮覆於絕 緣本體上之遮蔽殼體及安裝於絕緣本體一侧之退卡機構 ，所述退卡機構包括推桿及與推桿接觸之執行件，所述 執行件包括轴部及自轴部兩端延伸形成之受力部與卡推 部，所述受力部與卡推部之間呈特定角度設置成弧狀結 構，所述執行件可繞軸部旋轉。 [0007] 與先前技術相比較，本發明具有以下優點：藉將執行件 設計成弧狀結構的方式，解決了現有技術中退卡機構繁 雜、尺寸大等缺陷。 【實施方式】 [0008] 請參閱第一圖至第四圖所示，本發明電子卡連接器100包 括絕緣本體10、安裝於絕緣本體10内之導電端子30、遮 覆於絕緣本體10上之遮蔽殼體20、抽屜座40及安裝於絕 緣本體10 —側之退卡機構50。所述絕緣本體10與遮蔽殼 體20共同圍設成用於收容抽屜座40之移動空間60。本案 定義電子卡插入方向爲A方向，與電子卡插入方向的反方 向爲B方向，電子卡左右兩側的方向分別爲C方向、D方向 〇 [0009] 所述絕緣本體10包括基部11、位於基部11兩側並與基部 11 一體成型之側部1.2及位於絕緣本體10遠離電子卡插入 端之尾部17。所述導電端子30收容安裝於所述絕緣本體 10基部11靠近中間位置處，所述侧部12兩侧設有複數卡 塊13。側部12中間部位設有傾斜之阻擋塊1 5，所述阻擋 塊1 5在靠近電子卡插入端一側設有傾斜面1 51，在傾斜面 100116265 表單編號A0101 第4頁/共21頁 1002027304-0 201246713 151末端開設有貫通至移動空間60内之開口 14。絕緣水艨 10安裝退卡機構50的一側上設有移動槽16，所述移動槽 I6位於阻擋塊15外側。所述尾部17内側設有一弧形四槽 18，絕緣本體10在靠近弧形凹槽18位於6方向前端的棊部 11上開設有固持孔19。 [0010] ο 所述遮蔽殼體20遮覆於絕緣本體10上，包括主體部21及 自主體部21兩侧彎折延伸形成之側壁22，所述側壁以上 設有卡持於絕緣本體10側部12外側卡塊13上之卡扣件23 ’側壁22中部設有—彈片24，所述彈片24自主體部21變 ㈣沿Β方向延伸形成’包括彈性部241及設於彈性部241 末端之曲狀抵接部242。所述彈性部241沿絕緣本體1〇降 擋塊15上之傾斜面151向移動㈣⑹内傾斜延伸所述曲 狀抵接部242對應絕緣本體1G上之開〇14進人移動变間 60内。所述主體部21後端設有與絕緣本㈣固持孔19對 應之固持孔2 5。 [0011]ο 所述退卡機構50包括安裝於絕缘本體iq_側移動槽⑽ ^推桿52及奸於絕緣本劃靠近尾部17位置處之執行 作邻52Π*52包括操作部522、推卿521及連接操 自頂部521的連接部523，所述操作部522及推 接部523彎折成曲狀結構。所述執行件Η =:Γ別自轴部510兩端斜㈣方向延伸形成之 :力：卡推部511，所述轴部51〇上下兩面分別一 二伸二内有收容於遮蔽殼趙2°固持孔MS緣本體Μ 卡^51Γ支挺513。所述轴部5iq兩側之受力部512 、卡推部511以轴部510爲中心呈特定角度設置成弧狀結 100116265 表單編號A0101 第5頁/共21頁 1002027304-0 201246713 冓所迷轴部51〇向外凸出形成有與絕緣 弧形凹槽18對應之弧形凸部51:°尾部17之 體U上可蟢缸A 汁边執仃件51在絕緣本 由弧形凸轉動，而所述㈣51(3之支撐力主要 支如咖 緣本㈣轉吻8提供，所述 要是套谷於固持孔19、25内除提供部分支擇力外，主 實現對執行件51之定位功能，當钬，在 單^ 侧妹513吻持孔19、Μ [0012] 2〇=機構Μ依照如下原理運作，插卡過程：當抽屜 (實施過程中也可以爲電子卡）插人電 100内時，抽屜座40尾端抵接執行件51之卡推部5ιι，並 凡成插卡過程；退卡過程··對推桿52之操作部把施加A 方，之外力，使執行件51之受力部51如方向上受到推 頂部521之受力，並使執行件51繞軸部51〇發生轉動使 卡推部511對抽屜座4G施加B方向之力量並迫使抽展座4〇 向B方向退卡。 [0013]凊參閱第三圖至第八圖所示，特別參考第三圖及第五圖 ’所述抽屜座40包括主體框架41及位於主體框架41—端 之蓋部42，所述主體框架41中空並形成電子卡收容部45 ’所述導電端子30透過主體框架41之中空部44與電子卡 電性接觸。所述主體框架41兩侧在A方向上依次設有與遮 蔽殼體20之彈片24順次接觸之卡口 410、凸部411及凹槽 415，特別參考第五圖及第六圖，所述卡口 410靠近凸部 411—側設有坡度較大之導引面412用以導引遮蔽殼體20 之彈片24，防止彈片24之曲狀抵接部242抵接於凸部411 100116265 表單編號A0101 第6頁/共21頁 1002027304-0 201246713 Ο 而無法滑入卡口410内之現象發生，且曲狀抵接部242只 要Άθν引面2上即可對抽屉座4〇進行扣持穩固。特 別參考第五圖及第七圖，所述凸部4ΐι靠近凹槽415 一側 〇又有又力斜面413 ’在抽屜座4〇退出過程中，遮蔽殼體2〇 兩側之彈片24抵接所述抽屜座4〇兩側之受力斜面3並分 別對受力斜面413產生_個垂直於斜面的力F，所述力阿 分解爲B方向上之分力F1及橫向方向上之力F2，而兩側橫 向方向之力F2爲相等反方向力可以相互抵消，而兩側豎 直方向上的力均爲B方向，故，B方向上的力爲兩倍F2， 故’受力斜面413的存在，可以對抽屜座4〇之退出施加輔 助力’且該凸部411之設置可使遮蔽殼體2〇彈片24進入卡 口 410内產生扣合手感的同時，使遮蔽殼體2〇彈片24退出 卡口 410進入受力斜面413上時同樣産生退出時手感，提 示操作者電子卡開始退出，在具體實施過程中，所述受 力斜面413與豎直方向的夾角以15度至45度爲佳。特別參 閱第五圖及第八圖，在凹槽415後端沿A方向斜向上延伸 G 有阻擋斜面414，所述阻擋斜面414延伸長度較大，長於 受力斜面413之延伸長度，坡度較小（以與豎直方向夾角 爲15度至30度爲佳），所述遮蔽殼體20彈片24自凹槽 415内滑行至阻擋斜面414上時，所述阻擋斜面414與遮 蔽殼體20之彈片24相互作用，產生阻止抽屜座40退出的 阻力，防止抽廢座40飛卡現象的發生。 [0014] 相較於先前技術，本發明電子卡連接器100將執行件51設 計成呈一定角度之弧狀結構，且利用絕緣本體10尾部17 作爲軸部510支撐點之方式，解決了現有技術中返卡機構 100116265 表單編號A0101 第7頁/共21頁 1002027304-0 201246713 [0015] [0016] [0017] [0018] [0019] [0020] [0021] [0022] [0023] 100116265 器之立體分解圖； 器退卡機構凸輪之立體圖； 器抽屜座之俯視圖； 器抽屜座完全插入狀態下與 態下與 子卡連接器括屉座退卡初始狀 第八圖是本發明 表單編號A0101 抽屜座退卡過程即將結束 1002027304-0 繁雜、支撐力不夠之缺陷。藉抽展座4。兩側凸部411及凸 部4U兩側導引面412、受力斜面413之設置，使拙展座 ⑽插入及退出産生明顯手感並有助於抽屜座⑼之退出 。藉凹槽415後端阻擋斜面414之設置，解決了現有技術 中抽屜座40容易飛出之缺陷。 本發明的技術内容和技術特點已揭示如上，‘然而熟悉本 領域的技術人貝仍可能基於本發日㈣教示及揭示進行種 種«離本發明精神的替換和修飾。因此，本發明的保 雜圍應祕於實施方式所揭示_容而包括各種不 背離本發明的替換和修飾，均為本專射請權利要求所 涵蓋。 【圖式簡單說明】 第一圖是本發明電子卡連接器之立體組合圖； 第二圖是本發”子切㈣魏殼體分離後之立體圖 第三圖是本發明電子卡連接 第四圖是本發明電子卡連接 第五圖是本發明電子卡連接 第六圖是本發明電子卡連接 遮蔽殼體之配合圖，· 第七圖是本發明電 遮蔽殼體之配合圖 電子卡連接器 第8頁/共21頁 201246713 [0024] 狀態下與遮蔽殼體之配合圖。 【主要元件符號說明】 電子卡連接器：100 [0025] 絕緣本體：10 [0026] 基部：11 [0027] 側部：12 [0028] 卡塊：13 Ο [0029] 開口 ： 14 [0030] 阻擋塊：15 [0031] 傾斜面：151 [0032] 移動槽：16 [0033] 尾部：17 [0034] 弧形凹槽：18 ❹[0035] 固持孔：19、25 [0036] 遮蔽殼體：20 [0037] 主體部：21 [0038] 侧壁：22 [0039] 卡扣件：23 [0040] 彈片：24 [0041] 彈性部：241 100116265 表單編號Α0101 第9頁/共21頁 1002027304-0 201246713 [0042] 曲狀抵接部：242 [0043] 導電端子： 30 [0044] 抽屜座：4 0 [0045] 主體框架： 41 [0046] 卡口 ： 410 [0047] 凸部：411 [0048] 導引面：412 [0049] 受力斜面： 413 [0050] 凹槽：415 [0051] 阻擋斜面： 414 [0052] 蓋部：42 [0053] 退卡機構： 50 [0054] 執行件：51 [0055] 軸部：510 [0056] 卡推部：511 [0057] 受力部：512 [0058] 支柱：513 [0059] 推桿：52 [0060] 推頂部：521 100116265 表單編號A0101 第10頁/共21頁 1002027304-0 201246713 [0061] 操作部：522 [0062] 連接部：523 [0063] 移動空間：60 〇 100116265 表單編號A0101 第11頁/共21頁 1002027304-0201246713 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to an electronic card connector of an electronic card connector. Especially refers to a kind of card withdrawal mechanism [0002] 〇 [0003] 〇 [Prior Art] Mainland China (4) (10) (four) heart number special shot, please reveal a kind of electronic card connector with = card mechanism, including the insulation body, the accommodation a conductive terminal in the insulator, a housing on the body of the body, and a card-removing mechanism on the body of the edge, the card-removing mechanism includes a bottom portion of the body and a tail portion of the body for performing the card ejection The rotating shaft can be rotated by the pusher under the action of the push rod: the rotating shaft is opened in the middle of the actuator, and the through hole is formed into a - (4) inner placement - a rotating shaft 'or an intermediate portion of the actuator (4) The shaft, corresponding to the insulating body is provided with a hole for accommodating the rotating shaft, and the normal card-retracting mechanism can complete the function of the card to be retracted, such as the current Mlcr〇SiM card connection rotation The strength of the shaft will be reduced, and the kick-off of the mechanism is reversed. Retreat (four) capacity "conformation or distressed material, it is necessary to design - a new problem. Electronic card connector to solve the above [invention content] Yuan Shuming to solve the problem _ title is to provide - electronic card connection Small size and simple structure 100116265 Form No. A0101 Page 3 / 21 pages 1002027304-0 201246713 [0006] In order to solve the above technical problem, the present invention provides an electronic card connector including an insulating body and housed in an insulating body. a conductive terminal, a shielding shell covering the insulating body, and a card ejecting mechanism mounted on one side of the insulating body, the card ejecting mechanism comprising a push rod and an actuator contacting the push rod, the actuator comprising a shaft portion and The force receiving portion and the card pushing portion formed from both ends of the shaft portion are disposed at an angle between the force receiving portion and the card pushing portion, and the actuator is rotatable around the shaft portion. [0007] Compared with the prior art, the present invention has the following advantages: by the way that the actuator is designed as an arc structure, the defects of the card retracting mechanism in the prior art, such as large size and large size, are solved. [Embodiment] [0008] As shown in the first to fourth embodiments, the electronic card connector 100 of the present invention includes an insulative housing 10, a conductive terminal 30 mounted in the insulative housing 10, a shielding housing 20 covering the insulative housing 10, and a drawer housing 40. The ejecting mechanism 50 is mounted on the side of the insulative housing 10. The insulative housing 10 and the shielding housing 20 are disposed together for accommodating the moving space 60 of the drawer base 40. The electronic card insertion direction is defined as the A direction, and the electronic The opposite direction of the card insertion direction is the B direction, and the directions of the left and right sides of the electronic card are respectively the C direction and the D direction. [0009] The insulative housing 10 includes a base portion 11 and a side formed on both sides of the base portion 11 and integrally formed with the base portion 11 The portion 1.2 and the tail portion 17 of the insulative housing 10 are away from the insertion end of the electronic card. The conductive terminal 30 is received and mounted at a position near the base portion 11 of the insulative housing 10, and a plurality of blocks 13 are disposed on both sides of the side portion 12. The middle portion of the side portion 12 is provided with an inclined blocking block 15 which is provided with an inclined surface 1 51 on the side close to the insertion end of the electronic card, on the inclined surface 100116265 Form No. A0101 Page 4 / Total 21 Page 1002027304 -0 201246713 1 An opening 14 penetrating into the moving space 60 is formed at the end of the opening 51. A side of the insulating water raft 10 on which the card ejecting mechanism 50 is mounted is provided with a moving groove 16, and the moving groove I6 is located outside the blocking block 15. The inside of the tail portion 17 is provided There is a curved four-slot 18, and the insulating body 10 is provided with a retaining hole 19 on the crotch portion 11 near the front end of the arcuate groove 18 in the 6 direction. [0010] ο The shielding housing 20 is covered on the insulative housing 10, The main body portion 21 and the side wall 22 extending from the two sides of the main body portion 21 are formed. The side wall is provided with a latching member 23 on the outer side of the side portion 12 of the side portion 12 of the insulative housing 10 a spring piece 24 that is changed from the main body portion 21 (four) to extend in the z-direction to include an elastic portion 241 and a curved abutting portion 242 provided at an end of the elastic portion 241. The elastic portion 241 extends obliquely in the moving (4) (6) along the inclined surface 151 of the insulating body 1 〇 descending block 15 to extend into the movable opening 60 of the opening 14 of the corresponding insulating body 1G. The rear end of the main body portion 21 is provided with a holding hole 25 corresponding to the insulating (4) holding hole 19. [0011] The card ejecting mechanism 50 includes an operating body 522, a push-fit mechanism that is mounted on the insulative housing iq_ side moving slot (10) ^ push rod 52 and the position of the insulating portion near the tail portion 17 521 and a connecting portion 523 connected to the top portion 521, the operation portion 522 and the pushing portion 523 are bent into a curved structure. The actuator Η =: Γ 自 自 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 510 The holding hole MS edge body Μ card ^ 51 Γ 挺 513. The force receiving portion 512 and the card pushing portion 511 on both sides of the shaft portion 5iq are arranged at a specific angle around the shaft portion 510 to form an arc-shaped knot 100116265. Form No. A0101 Page 5 / Total 21 Page 1002027304-0 201246713 The portion 51〇 is outwardly convexly formed with an arcuate convex portion 51 corresponding to the insulating curved groove 18: the body U of the tail portion 17 is rotated by the arcuate convex portion 51 in the insulating body. And the (four) 51 (3 support force is mainly provided as the card edge (four) to the kiss 8 provided, if the set of valleys in the retaining holes 19, 25 in addition to providing part of the selective force, the main realization of the positioning function of the actuator 51 When 钬, in the single ^ side sister 513 kiss holding hole 19, Μ [0012] 2 〇 = mechanism Μ according to the following principle, the card insertion process: when the drawer (can also be an electronic card during the implementation process) plug in the power 100 When the tail end of the drawer seat 40 abuts the card pushing portion 5 ιι of the actuator 51, and the card insertion process is performed; the card withdrawal process is performed on the operating portion of the push rod 52, and the external force is applied to the actuator 51. The force receiving portion 51 receives the force of the push top portion 521 in the direction, and rotates the actuator 51 around the shaft portion 51〇 to cause the card pushing portion 511 to the drawer seat 4G. Adding the force of the B direction and forcing the drawer 4 to withdraw the card in the B direction. [0013] Referring to the third to eighth figures, with particular reference to the third and fifth figures, the drawer 40 includes a main body. The frame 41 and the cover portion 42 at the end of the main body frame 41 are hollow and form an electronic card receiving portion 45. The conductive terminal 30 is electrically connected to the electronic card through the hollow portion 44 of the main body frame 41. The two sides of the main body frame 41 are sequentially provided with a bayonet 410, a convex portion 411 and a recess 415 which are sequentially in contact with the elastic piece 24 of the shielding shell 20 in the A direction. Referring specifically to the fifth and sixth figures, the bayonet 410 is further referred to. A guide surface 412 having a large slope is disposed on the side adjacent to the convex portion 411 to guide the elastic piece 24 of the shielding case 20, and the curved abutting portion 242 of the elastic piece 24 is prevented from abutting on the convex portion 411 100116265. Form No. A0101 No. 6 Page / Total 21 pages 1002027304-0 201246713 Ο The phenomenon that the slide can not be slid into the bayonet 410 occurs, and the curved abutment portion 242 can hold the drawer seat 4 Ά as long as the Άθν lead surface 2 is fixed. In the fifth and seventh figures, the convex portion 4ΐι is close to the side of the groove 415 and has a strong force. Face 413', during the withdrawal of the drawer seat 4, the elastic piece 24 on both sides of the shielding case 2 abuts against the force inclined surface 3 on both sides of the drawer seat 4 and respectively generates a vertical oblique surface to the force inclined surface 413 The force F is decomposed into the component force F1 in the B direction and the force F2 in the lateral direction, and the force F2 in the lateral direction on both sides is equal to the opposite direction, and the forces in the opposite directions can be canceled each other. The force is in the B direction, so the force in the B direction is twice F2, so the presence of the force-bearing slope 413 can exert an assisting force on the exit of the drawer seat 4〇 and the setting of the convex portion 411 can make the shielding shell When the body 2 〇 elastic piece 24 enters the bayonet 410 to generate a snap feeling, the cover case 2 〇 spring piece 24 exits the bayonet 410 and enters the force-bearing slope 413 to also generate a feeling of exiting, prompting the operator to start the electronic card to exit. In a specific implementation process, the angle between the stressed slope 413 and the vertical direction is preferably 15 degrees to 45 degrees. Referring in particular to the fifth and eighth figures, the rear end of the recess 415 extends obliquely upward in the direction A in the direction A. The blocking ramp 414 has a larger extension length and is longer than the extended length of the stressed slope 413, and the slope is small. (In the case of an angle of 15 degrees to 30 degrees with respect to the vertical direction), when the elastic piece 24 of the shielding case 20 is slid from the inside of the groove 415 to the blocking inclined surface 414, the blocking inclined surface 414 and the elastic piece of the shielding case 20 The 24 interaction creates a resistance that prevents the drawer seat 40 from exiting, preventing the occurrence of the flying card 40 flying card phenomenon. [0014] Compared with the prior art, the electronic card connector 100 of the present invention solves the prior art by designing the actuator 51 as an arc-shaped structure at an angle and using the tail portion 17 of the insulating body 10 as a support point of the shaft portion 510. Medium card return mechanism 100116265 Form No. A0101 Page 7 / Total 21 page 1002027304-0 201246713 [0015] [0018] [0020] [0023] [0023] [0023] 100116265 Exploded view; a perspective view of the cam of the card ejecting mechanism; a top view of the drawer of the drawer; a fully inserted state of the drawer and a state of the sub-card connector, and a card release initial form. The eighth figure is the form number A0101 of the present invention. The card withdrawal process is about to end 1002027304-0 complex and insufficient support. Borrow the booth 4. The two sides of the convex portion 411 and the convex portion 4U are provided with the guiding surface 412 and the force inclined surface 413, so that the insertion and withdrawal of the expansion seat (10) produce a distinct hand feeling and facilitate the withdrawal of the drawer seat (9). By virtue of the arrangement of the rear end blocking slope 414 of the groove 415, the defect that the drawer seat 40 is easy to fly out in the prior art is solved. The technical contents and technical features of the present invention have been disclosed as above, however, it is to be understood that the skilled person in the art may still make various substitutions and modifications from the spirit of the present invention based on the teachings and disclosures of the present invention. Therefore, the invention is not to be construed as limited by the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a three-dimensional combination diagram of the electronic card connector of the present invention; the second figure is a perspective view of the present invention, the sub-cut (four) Wei shell is separated, and the third figure is the fourth diagram of the electronic card connection of the present invention. The fifth diagram of the electronic card connection of the present invention is the connection diagram of the electronic card connection shielding case of the present invention, and the seventh figure is the cooperation diagram of the electronic card connector of the electric shielding case of the present invention. 8 pages/total 21 pages 201246713 [0024] Figure with the shield housing. [Main component symbol description] Electronic card connector: 100 [0025] Insulating body: 10 [0026] Base: 11 [0027] Side :12 [0028] Block: 13 Ο [0029] Opening: 14 [0030] Blocking block: 15 [0031] Inclined surface: 151 [0032] Moving groove: 16 [0033] Tail: 17 [0034] Curved groove :18 ❹[0035] Holding hole: 19, 25 [0036] Shielding housing: 20 [0037] Main body: 21 [0038] Side wall: 22 [0039] Snap fitting: 23 [0040] Shrapnel: 24 [0041 ] Elastic part: 241 100116265 Form number Α 0101 Page 9 / Total 21 page 1002027304-0 201246713 [0042] Abutment: 242 [0043] Conductor terminal: 30 [0044] Drawer seat: 4 0 [0045] Main frame: 41 [0046] Bayonet: 410 [0047] Projection: 411 [0048] Guide surface: 412 [ 0049] Forced bevel: 413 [0050] Groove: 415 [0051] Blocking bevel: 414 [0052] Cover: 42 [0053] Evacuation mechanism: 50 [0054] Actuator: 51 [0055] Shaft: 510 [0056] Card pushing part: 511 [0057] Force part: 512 [0058] Pillar: 513 [0059] Push rod: 52 [0060] Push top: 521 100116265 Form number A0101 Page 10 / Total 21 page 1002027304-0 201246713 [0061] Operation unit: 522 [0062] Connection unit: 523 [0063] Mobile space: 60 〇 100116265 Form number A0101 Page 11 / Total 21 page 1002027304-0