五、新型說明： 【新型所屬之技術領域】 本創作涉及一種連接器，尤其涉及一種用戶身份識別模組 (Subscriber Identity Module > SIM)的卡連接器。 【先前技術】 SIM卡連接器廣泛應用於移動電話等諸多電子通訊設備 中，其安裝於電路板上，並提供SIM卡插置於其中以達成SIM 卡與電路板的電訊傳輸’從而實現資料識別。 第一圖展示了一種傳統的SIM卡連接器50，其包括殼體 51，殼體51的底壁上開設有複數卡槽511，卡槽511上嵌有 複數導電端子512，導電端子512焊接在電路板（圖未示）上 並與電路板電性連接。該SIM卡連接器50還包括設置於殼體 51之上的緊固件52 ’該緊固件52和殼體51的底壁和側壁組 成穩定的插置空間，以供SIM卡53插入。V. New Description: [New Technology Field] This creation relates to a connector, and more particularly to a card connector of a Subscriber Identity Module (SIM). [Prior Art] SIM card connectors are widely used in many electronic communication devices such as mobile phones, which are mounted on a circuit board and provide a SIM card inserted therein to achieve telecommunications transmission between the SIM card and the circuit board. . The first figure shows a conventional SIM card connector 50, which includes a housing 51. The bottom wall of the housing 51 is provided with a plurality of card slots 511. The card slot 511 is embedded with a plurality of conductive terminals 512, and the conductive terminals 512 are soldered. A circuit board (not shown) is electrically connected to the circuit board. The SIM card connector 50 further includes a fastener 52' disposed over the housing 51. The fastener 52 and the bottom wall and side walls of the housing 51 form a stable insertion space for insertion of the SIM card 53.
惟’隨著現今移動電話等電子通訊設備朝向輕薄、精巧的 趨勢邁進，使用於移動電話内的SIM卡連接器亦應適應於此 而朝輕薄、精巧的方向前進。然而上述傳統的SIM卡連接器 50體積大，需佔據電子通訊設備較大的空間，不適應當前的 實際需要。而且’該SIM卡連接器沒有頂推裝置，當需將SIM 卡取下時’需人手直接取下SIM卡’給使用者造成極大的不 便。 【新型内容】 本創作的目的在於針對上述習知技術的不足提供一種鎖 定穩定、退卡方便，且輕薄、結構緊湊，節省電子產品空間的 卡連接器。 M424674 為實現上述目的，本創作所提供的卡連接器，包括絕緣本 體、蓋合於絕緣本體上的殼體、嵌於絕緣本體之内的複數導電 端子，以及收容於殼體及絕緣本體之内，用以支托電子卡的卡 支撐件；其中，還包括可活動地安裝於絕緣本體上的頂推裝 置，頂推裝置包括頂推本體、頂推部以及抵頂於頂推本體和絕 緣本體之間的彈性體，頂推部設於卡支撐件的後端的位置；當 推動卡支撐件，卡支撐件帶動頂推本體並使彈性體發生形變， 彈性體恢復形變時將卡支撐件和電子卡從殼體中退出。 如上所述，本創作的卡連接器的頂推裝置與卡支撐件相配 合，只需推動卡支撐件則能實現其自身及其上電子卡的鎖定和 退出，不需額外的驅動機構去驅動頂推裝置。本創作鎖定穩 定、退卡方便，且結構簡單、緊湊，從而節省電子產品的空間。 【實施方式】 為詳細說明本創作的技術内容、構造特徵、所實現目的及 效果，以下結合實施方式並配合附圖詳予說明。 請參考第二圖至第三圖，本創作卡連接器1包括絕緣本體 12、蓋合於絕緣本體12之上的殼體11、卡支撐件13以及嵌 於該絕緣本體12之内的複數導電端子14。本實施例中的卡連 接器1供收納SIM卡20用。當SIM卡20插入卡支撐件13上 使用時，SIM卡20上的電訊有效部位與導電端子14接觸，從 而與外部電路板形成電訊連接。 作為本創作的構思，該卡連接器1還包括可活動地安裝於 絕緣本體12上的頂推裝置16，推動卡支撐件13時，卡支撐 件13則會驅動頂推裝置16，使得頂推裝置16反作用於卡支 撐件13使其連通SIM卡20從殼體11和絕緣本體12之中退 出，從而便於SIM卡20的裝入與取出。 4 AVH24674 請續參照第三圖及第四圖，該殼體u呈半封閉狀覆蓋於 絕緣本體12之上，該殼體11上設有兩個彈臂lu，具體地， 該彈臂111的末端呈彎折狀，當卡支榡件13安裝於内時，其 f折部（未標示）壓緊卡支揮件13的表面。具體地，該卡支 撐件13在相應於彈臂的位置上設有凹陷131，彈臂“丄 與凹陷131相配合。另外，殼體u的彈臂1U之側還設有一 彈片112。 請參考第四® ’該絕緣本體12包括底板121以及與底板 121相連的左側部122、右侧部123、後側部丨^。底板⑵上 鲁 開叹複數開槽125，導電端子14分別置於該開槽125中。具 體地’該絕緣本體12之側的右側部123上形成用於安裝頂推 裝置16的安裝區域（未標示），安裝區域包括用於安裝頂推本 體的女裝槽126、通槽127以及位於安裝槽126前方的止擋體 128 ° 具體地，請參考第四圖至第六圖，頂推裝置16包括頂推 本體161、與頂推本體161相連的頂推部162、設置於頂推本 體161和絕緣本體12之間的彈性體163，以及與頂推本體⑹ 籲何緣本體12相連的連動頂冑164。具體地該頂推本體⑹ 和頂推部162為-體式的L型結構。當頂推裝置16安裝於絕 緣本體12的安裝區域上時，頂推本體161安裝於安裝槽126 上’頂推部162則置於通槽127中，通槽127用以供頂推部 =滑移’頂推本體161能在安裝槽126上滑移。頂推部⑹ X :卡支撑件13的後端的位置。該頂推部162呈臺階狀，卡 支樓件13的後端一角由該臺階狀的頂推部162支律。頂推本 體^的前端上設有第一凸柱165，絕緣本體12的後侧部124 上叹有第二凸柱166’該第一凸柱165和第二凸柱的位置 相對應，彈性體163為彈簧，彈簧的—端安裝於第一凸柱165 5 M424674 之上，另一端安裝於第二凸柱166之上。而連動頂針164則一 端與頂推本體161的前端相連，另一端則抵頂在絕緣本體12 的止擋體128上。具體地，該止擋體128具有供連動頂針164 移動的弧面（圖未標示）。另外，殼體11上的彈片112在相應 於止擋體128的位置上抵壓連動頂針164的前端，以防連動頂 針164發生過度移位。 結合圖第二圖至第七圖，當卡支撐件13和SIM卡20位於 殼體11及絕緣本體12之内時，殼體11的彈臂112與卡支撐 件13上的凹陷131相卡合，實現鎖定。若需取出SIM卡20 時，向内（見箭頭17)推動卡支撐件13，卡支撐件13通過頂 推部162帶動頂推本體161在安裝槽126上同樣以箭頭17的 方向滑動，繼而使得頂推裝置16中的彈性體163發生進一步 的彈性形變，當卡支撐件13失去推力時，彈性體163恢復形 變，藉由該恢復力將卡支撐件13和SIM卡20從殼體11中退 出，進而可取出SIM卡20，再次推動卡支撐件13則再次實現 鎖定。同理，裝入SIM卡20的原理一致，在此不贅述。 綜上所述，本創作的卡連接器1的頂推裝置16與卡支撐 件13相配合，只需推動卡支撐件13則能實現其自身的鎖定和 退出，不需額外的驅動機構去驅動頂推裝置16。本創作鎖定 穩定、退卡方便，且結構簡單、緊湊，從而節省電子產品的空 間。 【圖式簡單說明】 第一圖為習知SIM卡連接器之立體圖。 第二圖為本創作卡連接器的一個實施例之立體圖。 第三圖為第二圖所示之卡連接器之立體分解圖。 第四圖為第三圖所示之卡連接器之更詳細之立體分解圖。 6 M424674 第五圖為第四圖所示之頂推裝置之立體圖。 第六圖為第五圖所示之頂推裝置之另一個視角之立體分 解圖。 第七圖為本創作卡連接器之使用狀態圖。 【主要元件符號說明】However, as electronic communication devices such as mobile phones are moving toward a thin, compact trend, the SIM card connector used in mobile phones should be adapted to this direction in a light and delicate direction. However, the above-mentioned conventional SIM card connector 50 is bulky and needs to occupy a large space of the electronic communication device, and is not suitable for the current actual needs. Moreover, the SIM card connector has no push-up device, and when the SIM card needs to be removed, it is extremely inconvenient for the user to directly remove the SIM card. [New Content] The purpose of this creation is to provide a card connector that is stable in lock, easy to withdraw, and that is light and thin, compact, and saves space in electronic products. M424674 In order to achieve the above object, the card connector provided by the present invention comprises an insulative housing, a housing covered on the insulative housing, a plurality of conductive terminals embedded in the insulative housing, and the housing and the insulative housing. a card support member for supporting an electronic card; wherein, the device further includes an pushing device movably mounted on the insulating body, the pushing device comprising an pushing body, a pushing portion, and abutting against the pushing body and the insulating body Between the elastic body, the pushing portion is disposed at the rear end of the card supporting member; when the card supporting member is pushed, the card supporting member drives the pushing body and deforms the elastic body, and the card support member and the electronic body are restored when the elastic body is restored. The card exits from the housing. As described above, the pushing device of the card connector of the present invention is matched with the card supporting member, and only the pushing of the card supporting member can realize the locking and the withdrawal of the electronic card itself and the upper electronic card without the need of an additional driving mechanism to drive. Pushing device. The creation is stable and easy to withdraw, and the structure is simple and compact, thus saving space for electronic products. [Embodiment] The technical contents, structural features, objects and effects achieved by the present invention will be described in detail below with reference to the embodiments. Referring to the second to third embodiments, the present invention includes an insulative housing 12, a housing 11 overlying the insulative housing 12, a card support 13 and a plurality of conductive embedded in the insulative housing 12. Terminal 14. The card connector 1 in this embodiment is for housing the SIM card 20. When the SIM card 20 is inserted into the card support 13, the telecommunications effective portion of the SIM card 20 is in contact with the conductive terminal 14 to form a telecommunication connection with the external circuit board. As a concept of the present invention, the card connector 1 further includes an pushing device 16 movably mounted on the insulative housing 12. When the card support 13 is pushed, the card support 13 drives the pushing device 16 so that the pushing The device 16 reacts with the card support 13 to cause the SIM card 20 to exit from the housing 11 and the insulative housing 12, thereby facilitating the loading and unloading of the SIM card 20. 4 AVH24674 Please continue to refer to the third and fourth figures, the housing u is semi-closed over the insulative housing 12, the housing 11 is provided with two elastic arms lu, in particular, the elastic arm 111 The end is bent, and when the card holder 13 is mounted therein, its f-fold portion (not shown) presses against the surface of the card holder 13. Specifically, the card support member 13 is provided with a recess 131 at a position corresponding to the elastic arm, and the elastic arm "丄 is matched with the recess 131. In addition, a side of the elastic arm 1U of the housing u is further provided with a resilient piece 112. The fourth® 'the insulative housing 12 includes a bottom plate 121 and a left side portion 122 connected to the bottom plate 121, a right side portion 123, and a rear side portion. The bottom plate (2) is slid on the plurality of slots 125, and the conductive terminals 14 are respectively disposed. Specifically, a mounting area (not labeled) for mounting the pushing device 16 is formed on the right side portion 123 of the side of the insulating body 12, and the mounting area includes a women's groove 126 for mounting the pushing body. The through slot 127 and the stop body 128 ° located in front of the mounting slot 126 . Specifically, referring to the fourth to sixth figures, the pushing device 16 includes an pushing body 161 , an pushing portion 162 connected to the pushing body 161 , The elastic body 163 disposed between the pushing body 161 and the insulating body 12, and the interlocking top 164 connected to the pushing body (6) to the edge body 12. Specifically, the pushing body (6) and the pushing portion 162 are - body type L-shaped structure. When the pushing device 16 is mounted on the insulative body 12 When the mounting area is above, the pushing body 161 is mounted on the mounting groove 126. The pushing portion 162 is placed in the through groove 127, and the through groove 127 is used for the pushing portion=slipping. The pushing body 161 can be installed in the groove 126. The upper pushing portion (6) X: the position of the rear end of the card supporting member 13. The pushing portion 162 is stepped, and a corner of the rear end of the card supporting member 13 is controlled by the stepped pushing portion 162. A first protruding post 165 is disposed on the front end of the pushing body ^, and a second protruding post 166' is slanted on the rear side portion 124 of the insulative housing 12. The first protruding post 165 and the second protruding post correspond to each other, and the elastic body 163 It is a spring, the end of the spring is mounted on the first protrusion 165 5 M424674, and the other end is mounted on the second protrusion 166. The interlocking ejector 164 is connected at one end to the front end of the pushing body 161, and the other end is abutted. The top end of the insulating body 12 is mounted on the stop body 128. Specifically, the stop body 128 has a curved surface (not shown) for moving the ejector pin 164. In addition, the elastic piece 112 on the housing 11 corresponds to the stop body. The position of 128 is pressed against the front end of the ejector pin 164 to prevent the ejector pin 164 from being excessively displaced. In the figure, when the card support member 13 and the SIM card 20 are located in the housing 11 and the insulative housing 12, the elastic arm 112 of the housing 11 is engaged with the recess 131 on the card support member 13 to achieve locking. When the card 20 is inward, the card support 13 is pushed inwardly (see arrow 17), and the card support 13 drives the pusher body 161 to slide on the mounting groove 126 in the direction of the arrow 17 by the pushing portion 162, thereby causing the pushing device 16 to be pushed. The elastic body 163 is further elastically deformed. When the card support 13 loses the thrust, the elastic body 163 recovers the deformation, and the card support member 13 and the SIM card 20 are withdrawn from the housing 11 by the restoring force, thereby being removable. The SIM card 20 pushes the card support 13 again to achieve locking again. Similarly, the principle of loading the SIM card 20 is the same, and will not be described here. In summary, the pushing device 16 of the card connector 1 of the present invention cooperates with the card supporting member 13, and only needs to push the card supporting member 13 to realize its own locking and withdrawing, without an additional driving mechanism to drive. Pushing device 16. The creation is stable and easy to withdraw, and the structure is simple and compact, thus saving space in electronic products. [Simple description of the drawing] The first figure is a perspective view of a conventional SIM card connector. The second figure is a perspective view of one embodiment of the authoring card connector. The third figure is an exploded perspective view of the card connector shown in the second figure. The fourth figure is a more detailed exploded view of the card connector shown in the third figure. 6 M424674 The fifth picture is a perspective view of the thrusting device shown in the fourth figure. The sixth figure is a perspective view of another perspective of the thrusting device shown in the fifth figure. The seventh figure is a usage state diagram of the creative card connector. [Main component symbol description]
卡連接器 1 殼體 11 彈臂 111 彈片 112 絕緣本體 12 底板 121 左側部 122 右側部 123 後侧部 124 開槽 125 安裝槽 126 通槽 127 止擋體 128 卡支撐件 13 凹陷 131 導電端子 14 頂推裝置 16 頂推本體 161 頂推部 162 彈性體 163 連動頂針 164 第一凸柱 165 第二凸柱 166 箭頭 17 SIM卡 20Card connector 1 housing 11 elastic arm 111 spring 112 insulating body 12 bottom plate 121 left side portion 122 right side portion 123 rear side portion 124 slot 125 mounting slot 126 through slot 127 stop body 128 card support 13 recess 131 conductive terminal 14 top Pushing device 16 Pushing body 161 Pushing portion 162 Elastomer 163 Linking thimble 164 First stud 165 Second stud 166 Arrow 17 SIM card 20