1273499 九、發明說明： : 【發明所屬之技術領域】 本發"日月尽月 、 山 關於一種用於行動電話、pc等各種行動資訊終 ^ :數位相機、數位AV設備等記憶體對應設備等的小型 己L、卡片所使用的卡片用連接器裝置的構造。 【先前技術】1273499 IX. Description of the invention: : [Technical field to which the invention belongs] The present invention relates to a variety of action information for mobile phones, PCs, etc.: memory corresponding devices such as digital cameras and digital AV devices The structure of the card connector device used for the small size L and the card. [Prior Art]
IG卡 # $ «X σ冗憶卡片等被廣泛使用於安裝有IC及記憶體等 白勺 ti 0 ^ 、〃、了將此種Ic卡片和記憶卡片等與設備側的電路 土板進行電連接而採用卡片用連接器裝置。 見有的卡片用連接器裝置，在可以插入與拔出卡片的盒 中/、備卡片的退出機構，在此種卡片的退出機構中開發出 種推一推式構造，其將卡片推入連接器内而插裝，在退 出時，經再次推壓而退出。此時，由於卡片的退出操作而 使滑塊在盒内突然地移動，因此有卡片會從盒内跳出之 虞，此外，還已知-種卡片用連接器裝置（例如，參照專 利文獻1)，具備爲了防止此種卡片的跳出而從卡片的上面 向厚度方向按壓卡片、抑制卡片的退出速度而防止跳出 按壓裝置。 有咐㈣奶的構造進行 圖9及圖10表示現有的卡片用連接器裳置的構造，圖9係 卡片用連接器裝置的立體圖，圖1G係卡片料接器裝置的 從下方觀看時的立體圖。IG card # $ «X σ redundancy card is widely used in the installation of IC and memory, etc. ti 0 ^, 〃, the Ic card and memory card are electrically connected to the circuit board on the device side. A card connector device is used. See some card connector devices, in the box that can be inserted and removed from the card, the card exit mechanism, in the card's exit mechanism developed a push-push configuration, which pushes the card into the connection Inserted inside the device, when exiting, it is pushed again to exit. At this time, since the slider suddenly moves in the cartridge due to the ejecting operation of the card, there is a case where the card jumps out of the cartridge, and a card connector device is also known (for example, refer to Patent Document 1) In order to prevent such a card from jumping out, the card is pressed from the upper surface of the card in the thickness direction, and the exit speed of the card is suppressed to prevent the push-out device from jumping out. FIG. 9 and FIG. 10 show a structure in which a conventional card connector is worn, FIG. 9 is a perspective view of a card connector device, and FIG. 1G is a perspective view of the card connector device when viewed from below. .
如圖所示，本連接器1 〇 J 係在由樹脂等絕緣性材料構 101428.doc 1273499 成勺孤0上安扁9個連接器侧觸點30和3個檢測用開關3 i、 32、33而構成，在從卡片⑽的插入方向（箭頭A)觀看時的 :2。0的右側#分裝備有將㈣插人的卡#嶋行同方向推 壓操作而退出的推· j仓4上 ® 0推推式卡片退出機構40。 卡片80，具有主體部81和安裝在該主體部η裏面侧的9 個卡片側觸點82。各+ κ 一 卞片側觸點82，設置在形成於主體部 8 1裏面側的8個觸點庠驻播Q。t 夠點女哀槽83中，與主體部81内部的Ic曰 片（未圖示）相連。 θθAs shown in the figure, the connector 1 〇J is connected to a single connector side contact 30 and three detecting switches 3 i, 32 by a resin material such as a resin material 101428.doc 1273499. 33, when viewed from the insertion direction of the card (10) (arrow A): the right side of the 0. 0 is equipped with a push/j warehouse 4 that pushes the card in the same direction. Up® 0 push-pull card exit mechanism 40. The card 80 has a main body portion 81 and nine card side contacts 82 mounted on the inner side of the main body portion n. Each of the + κ-ring side contacts 82 is provided on eight contact pads Q formed on the inner side of the main body portion 81. t is enough to connect to the Ic 片 (not shown) inside the main body 81. Θθ
在盒20的左右兩侧部’形成有引導卡請兩側部的卡片 插Ρ 24肖以將卡片8〇順暢地插入盒2〇内，在卡片插入 部24外側安裝有卡片8〇插入盒2〇内時引導卡片8〇兩 導向配件60。 各V向配件60’具有壓入安裝在卡片插入部24外側的壓 入部6卜從該塵入部61向盒2〇前方突出形成的基部Q、從 «亥基4 62下端部向盒2〇外側延伸形成的引線部ο、從基部 62上端部向盒2G内方水平延伸形成的内方延出部μ、從二 内方延出部向盒2〇後方延伸形成的後方延出部咖形成在 後方延出部65後端部的抑制部66，由基⑽和内方延出部 64形成L角狀導向部。在此，後方延出部65,成爲越向盒 20後方而越緩緩下降般傾斜的形狀，以使其後端的抑制部 66在卡片80插人盒2()内時位置比卡片8()上面的位置的面更 靠下方。 卡片退出機構40由滑塊50、拉伸彈簧41和凸輪棒“構 成，滑塊50其滑動部54a與在盒2〇右方上面側向盒前後 10i42S.doc 1273499 方向延伸形成的滑動槽26卡合而在盒20的前後方向滑移自 由，拉伸彈黃4 1其則方端部與形成在盒2〇右方前部的彈薯 卡止。p 27卡合並在盒2〇同向前後方向延伸、後方端部卡片 扣在滑塊50的彈簧卡止部並始終向卡片8〇的退出方向施 力；凸輪棒42其後端部支撐在盒2〇上在盒2〇内向盒2〇前方 延伸、且使形成在其前端部的彎曲部42a位於形成在滑塊 50下面的凸輪槽51内。 右卡片80插入盒20中，則滑塊5〇抵抗拉伸彈簧41的施力 而向裏移動，凸輪棒42的彎曲部42&在凸輪槽51中移動並 鎖定在插入位置。並且，若再次推卡片8〇 ,則解除凸輪機 構對滑塊50的鎖定，由拉伸彈菁41施力的滑塊5〇向盒2〇前 方（卡片80的退出方向）滑移，卡片8〇被向盒2〇前方推出。 從而，卡片80後端部從盒20前方突出，卡片用戶能夠將卡 片8 〇從連接器1 ο 1中拔出。 在此，如上所述，卡片80成爲被設在盒2〇左右的導向配 φ件60的後方延出部65及抑制部66壓向下方的狀態，因此， 即使滑塊50受到拉伸彈簧41的施力而向盒2〇前方移動，卡 片80亦不會突然地從盒2〇中跳出。 專利文獻1 :特開2002— 252(M7號公報 士不過，現有的卡片用連接器裝置的構成中，在卡片退出 時，卡片成爲由導向配件壓向下方的狀態，因此，卡片不 會突然地從盒中跳出’不過’存在的問題是由於與卡片接 觸的抑制部爲金屬片而會劃傷卡片。 【發明内容】 101428.doc 1273499 口此，本發明係爲了解決上述問題 在於提供-種能防止卡片退出時广其目的 卡片的卡片用連接器裝置。片《、並且不會劃傷 爲了實現上述目的，本發 構成係包人n, “ τ作爲弟I解決方案，其 ’、3 · 一備插入有卡片的收容部的殼體、邴署/吁 收容部-端側且可以…士…城體配置在该 器端子、隨著上辻卡^卡片的外部接觸部接觸的連接In the left and right side portions ' of the case 20, a card insert 24 is formed on both sides of the card to smoothly insert the card 8〇 into the case 2, and a card 8 is inserted outside the card insertion portion 24 to insert the case 2. The card guides the two guide fittings 60. Each of the V-direction fittings 60' has a press-fitting portion 6 that is press-fitted to the outside of the card insertion portion 24, a base portion Q that is formed to protrude from the dust-in portion 61 toward the front of the cartridge 2, and a lower portion from the lower end of the base 4 to the outer side of the cartridge 2 The lead portion ο formed by extending, the inner extending portion μ extending horizontally from the upper end portion of the base portion 62 toward the inside of the case 2G, and the rear extending portion formed extending from the inner side extending portion toward the rear of the case 2 are formed in the rear portion The restraining portion 66 at the rear end portion of the rear extension portion 65 forms an L-angled guide portion from the base (10) and the inner extending portion 64. Here, the rear extension portion 65 has a shape that is gradually inclined as it gradually descends toward the rear of the cartridge 20, so that the restraining portion 66 at the rear end thereof is positioned closer to the card 8() when the card 80 is inserted into the cartridge 2 (). The top of the position above is lower. The card ejecting mechanism 40 is composed of a slider 50, a tension spring 41 and a cam bar. The slider 50 has a sliding portion 54a and a sliding groove 26 formed on the upper side of the casing 2 侧 in the direction of the front and rear of the casing 10i42S.doc 1273499. In the front-rear direction of the case 20, the slide is free, and the stretched spring 4 1 is terminated with the spring formed on the right side of the box 2 。. The p 27 card is merged in the case 2 The direction extension, the rear end card is fastened to the spring locking portion of the slider 50 and always urges the card 8's exit direction; the rear end of the cam bar 42 is supported on the case 2〇 in the case 2〇 toward the case 2〇 The front portion extends and the curved portion 42a formed at the front end portion thereof is located in the cam groove 51 formed on the lower surface of the slider 50. When the right card 80 is inserted into the cartridge 20, the slider 5 is biased against the biasing force of the tension spring 41. Moving, the curved portion 42& of the cam bar 42 moves in the cam groove 51 and is locked in the insertion position. Further, if the card 8 is pushed again, the locking of the slider 50 by the cam mechanism is released, and the tensioning of the slider 50 is applied. The slider 5 of the force slides toward the front of the cartridge 2 (the exit direction of the card 80), and the card 8 is fed toward the cartridge 2 The front end of the card 80 protrudes from the front of the case 20, and the card user can pull the card 8 〇 out of the connector 1 ο 1 . Here, as described above, the card 80 is set to be around the case 2 Since the rear extension portion 65 and the restraining portion 66 of the guide φ member 60 are pressed downward, even if the slider 50 is moved forward of the cartridge 2 by the urging force of the tension spring 41, the card 80 does not suddenly In the configuration of the conventional card connector device, the card is pressed downward by the guide member when the card is withdrawn. Therefore, the card does not suddenly jump out of the box. However, the problem is that the card is scratched because the restraining portion in contact with the card is a metal piece. [Invention] 101428.doc 1273499 The above problem is solved by providing a card connector device capable of preventing a card from being widely used when the card is ejected. The film "and does not scratch" In order to achieve the above object, the present invention constitutes a package person n, "τ is solved as a brother I square , ', 3 · a housing inserted into the housing of the card, the 邴 / / 收容 accommodating part - end side and can be ... ... ... city body is placed in the device terminal, with the external contact of the card Contact connection
::rrf動構件、使該滑動構件向退出方向施力的 :二杆滑動構件抵抗上述施力構件的施力而保 彳㈣㈣❹輪槽及鎖定構件；在上述殼體 r力二有㈣裝置，其係在上述滑動構件藉由上述 =:向卡片退出位置移動時，將上述卡片向卡片厚度 :向推屋’該推㈣置係由樹脂製卡片抵接部及將卡片抵 接邓向卡片推壓的金屬製彈簧片形成。 另外，作爲第2解決方案，其構成係將上述推麼裝置設 置在上述收容部的卡片插入口附近。 另外#爲第3解決方案’其構成係將上述推壓裝置配 置成推壓上述卡片寬度方向之中央，並且使上述彈菁片沿 上述卡片的寬度方向延伸而設置。 另卜作爲第4解決方案，其構成係以與上述殼體相同 的樹脂材料一體形成上述卡片抵接部。 另外，作爲第5解決方案，錢成係將上述卡片抵接部 在與上述收容部的卡片插入方向交叉的方向上配置成長條 狀，使其與上述卡片的抵接面形成為平坦面。 101428.doc 1273499 另外，作爲第6解決方案，豈 的卡片插入方向前面設置傾斜部構成係在上述卡片抵接部 安”人：：弟7解決方案’其構成係在上述殼體上面側 ==屬板的蓋，在上述蓋上設有在上述卡片插入時 ” 述卡片的上面側抵接的一對引導片。 如上所述，本發明的士 卡片的… 的卡片用連接器裝置’具備帶有插入 =的收谷部的殼體、配置在收容部-端側且能夠盘卡片 白外補觸部接觸的連接器端子、隨著卡片插入及退出而 ==插入及退出方向移動的滑動構件、使滑動構件 心出方向施力的施力構件、使滑動構件抵抗施力構件的 細力而保持在卡片插入位置的心形凸輪槽及鎖定構 殼體的收容部設有推壓裝置’在滑動構件藉由施力構件向 卡片退出位置移動時，將卡片向卡片厚度方向推壓，推壓 l置由樹脂製卡片抵接部和將卡片抵接部向卡片推屢的金 屬製彈簧片形成’因而’基於金屬製彈簧片的彈力而可以 削弱退出卡片時的退出勢力’因此’能夠防止卡片從殼體 突然地跳出，並且’由於推壓卡片的抵接部爲樹脂製因而 不會劃傷卡片。 另外，由於將上述推壓裝置設置在收容部的卡片插入口 附近’因而在卡片退出時能夠推壓卡片的整個長度，因 此，能夠一直到卡片退出的最後抑制退出速度。 另外，由於使推壓裝置推壓 並且使彈簧片沿卡片的寬度方 壓卡片中央而使推壓力不會偏 卡片寬度方向中央般配置， 向延伸設置，因而，由於推 向一方地傳遞給卡片，並且 101428.doc -10- 1273499 使彈箬片在嘗疮十丄 而不增大進深尺寸而形成 ” 隹見度方向延伸設置從 達接器裝置。 部，因而二 體相同的樹脂材料一體形成卡片抵接 另⑥夠削減零件數目，且構成簡單、組裝容易。 又二由於將卡片抵接部在與收容部的卡片插入方向交 】的：向配置成長條狀，使其與卡片的抵接面由平坦面形 二也=夠擴展形成與卡片的抵接面，增大摩擦 男地防止卡片跳出。 另^ ’由於在卡片抵接部的卡片插入方向前面設置傾斜 和因而，在插入卡片0夺，卡片容易插入。 另外，由於在上述殼體上面側安裝包含金屬板的蓋，在 ^述盖上設置在上述卡片插入時與上述卡片的上面側抵接 2對引導片’因而’收容在收容部的卡片能夠不傾斜地 ”片抵接部抵接，能夠確實地削弱卡片的退出勢力。 【實施方式】 、以下’圖1〜圖8係表示本發明的實施方式。旧係卡片用 連接器裝置的分解立體圖，圖2係表示卡片用連接器裝置 的俯視圖，圖3係表示卡片用連接器裝置的主視圖，圖4係 表不拆除蓋的狀態的卡片用連接器裝置的俯視圖，圖5係 表示未插入卡片時的推壓裝置的主要部分剖視圖，圖6係 表示未插入卡片時的推壓裝置的主要部分剖視圖，圖了係 表不插入卡片時的推壓裝置的主要部分剖視圖，圖&係表 示插入卡片時的推壓裝置的主要部分剖視圖。 圖中，喊體1由合成樹脂等絕緣材料形成前方及上方開 101428.doc -11 · 1273499 口的方形狀的箱形。在該殼體1中央設有收容部u，另 外，在上述殼體丨上形成與上述收容部〗&相連且延伸到殼 體則面的卡片插入部lb。另外，在上述收容部〗3並排設置 多個帶有彈性的由導電性金屬材料形成的連接器端子2。 上述連接器端子2，由配置在上述收容部la的卡片插入 ^向的裏側且一體嵌設在收容部^内底部的平板狀基部和 k忒基部向與設於内底部的開口部丨c相互對置的方向彎曲 形成的連接片2a及接觸片2b形成。上述連接器端子2，其 形成於一端側的上述連接片2a通過上述開口部。從殼體j 底面向外側露出配置，該連接片2&與電子設備等的外部電 路基板上的電路圖形經銲錫焊固定而進行信號的傳送。 卜在上述連接器端子2基部的另一端側延出形成的 上述接觸片2b，通過上述開口部^突出收容部u内而配 置另外，在上述接觸片2b的前端側，形成與卡片13的外 部接觸部連接的接點部2c。 ^另外，在上述殼體1的一側部形成彈簧收容部Id，收容 著使後述滑動構件7向卡片退出方向施力的由線圈彈菩構 成的施力構件3。另外，在與該彈簧收容部η對置的一端 側設有將後述滑動構件7保持在卡片退出位置的保持部 卜在該保持部le形成軸孔1£’可以轉動地軸支承著與形 ^後述滑動構件7 一端側的心型凸輪心滑動接觸的由 -屬線材構成的鎖定構件4的一端’該鎖定構件4的另一端 被心型凸輪槽7c施力。 另外， 在上述殼體1的收容部1 a的卡片 插入部1 b附近設 101428.doc -12- 1273499 有開口部lg，在該開口部lg配置 W上u 2 U曰氣卞片抵接部5和與 该卡片抵接部5相連設置在兩側 ”且具有弹性的金屬製彈簧 〜卡片抵接部5和彈簧片6構成將插入的卡片㈣ =方向推壓的推壓裝置。如此，將推壓装置設在上述收 谷部la的卡片插入口附近， 卡片13退出時能夠推壓 卡片的整個全長，因此’能夠將退出速度控制到卡片退 出的最後。 η々^ —亡述卡片抵接部5 ’由合成樹脂等絕緣樹脂製形成，本 貫施例中與上述殼體1由相同樹脂材料-體成形。此時， 上述卡片抵接部5與上述彈菁片6相連設置，上述彈菁片6 亦-體嵌設在上述殼⑴而形成。如此，上述卡片抵接部5 ’、上述Λ又體i由相同樹脂材料一體成形，因而能夠削減零 件數目’且構成簡單、組裝容易。 另外二上述卡片抵接部5，位於插入上述收容部U中的 卡片？寬度方向的中央位置而配置，上述彈簧片6沿著卡 片寬度方向而向與卡片插入方向交叉方向延出配置。另 外，上述彈簧片6在其中央暫時向返回方向延伸設置，形 成大致S字狀’通過加長臂從而謀求彈性的提高。 如^ ’配置推塵裝置使其推屢卡片13寬度方向中央，並 且使彈簧片6沿卡片13寬度方向延伸設置，因而，由於推 θ卡片3中央而使推壓力不會偏向一方地傳遞給卡片1 3， 並且通過使彈簧片6向寬度方向延伸設置，從而能夠不 ^曰大進/木尺寸（向内尺寸）而形成連接器裝置。 夕卜 ， 卜、十、卜 处卞片抵接部5，在上述收容部1 a的與卡片插 101428.doc 1273499 σ又又方向形成長條狀，以擴大與卡片13的接觸面 積’另外，：IL μ 二 y t μ 外，在 ”面側铃卡片13的抵接面5a形成平坦面。另 插入方向的前面側形成由斜面構成的傾斜部 ^ 乂卡片抵接部5，在上述收容部i a的與卡片插 向又又方向形成長條狀，與卡>! 13的抵接面5a形成平 因而此夠擴大與卡片13的接觸面，增大摩擦力， 因此，能夠確實地防 部5的卡片插人方向^出。另夕卜，在上述卡片抵接 插:卡叫容二:有上述傾斜部5b，在 滑動構:;牛上7由::旨等絕緣材料形成大致倒L字狀。該 入方向垂直方… 方向的前端側形成向與卡片插 P大出且抵接著卡片13的卡片座部7a，另 外’在该滑動構件7中央# 另 部lc中的用於丰 、叹有收谷在上述殼體1的彈簧收容 7b。、；片扣上述施力構件3 一端部的彈簧卡止部 軸=在=滑動構件7的後端側形成-端 、心又體1-端側、且滑動接觸上述鎖定構件4另 一端的心型凸輪;j* 7 苒仵4另 心型凸輪槽7c的配V ，利用上述鎖定構件4與上述 而上述滑動構件7抵抗上述施力 構件3的把力而保持在卡片插入位置。 另外，在上述滑動構件7的後端 …上述滑動構件7由上述施力構件3向卡千"狀“面部 時，該承受面部7d盥上、f、> # , A U立置鈀力 與上述威體】的保持部le抵接。 101428.doc -14- 1273499 另外，在上述滑動構件7的一側面部固定著由具有彈性 的金屬板構成的卡合片8,與上述卡片座㈣抵接且被收 容於其内並與設在卡片13側面部的定位用凹部(未圖示)卡 合。而且，在插入卡片13時’藉由該卡合片8的彈性，而 使卡片13確實地定位在插入位置。::rrf moving member, biasing the sliding member in the withdrawal direction: the two-bar sliding member resists the urging force of the urging member to protect the (four) (four) ❹ wheel groove and the locking member; in the above-mentioned housing r force has four (four) device, When the sliding member moves by the above-mentioned =: to the card exiting position, the card is pushed toward the thickness of the card: the pushing (four) is pushed by the resin card abutting portion and the card is pressed against the Deng card. A pressed metal spring piece is formed. Further, as a second solution, the above-described pushing device is provided in the vicinity of the card insertion opening of the accommodating portion. Further, in the third embodiment, the pressing means is disposed to press the center of the card width direction, and the elastic crystal piece is extended in the width direction of the card. Further, as a fourth solution, the card abutting portion is integrally formed by the same resin material as the casing. Further, as a fifth solution, the money forming unit has a strip shape in a direction intersecting the card insertion direction of the accommodating portion, and a contact surface with the card is formed into a flat surface. 101428.doc 1273499 In addition, as a sixth solution, the inclined portion is disposed in front of the card insertion direction, and the card abutting portion is attached to the card abutting portion. The structure is on the upper side of the casing. The lid of the panel is provided with a pair of guide sheets that abut on the upper side of the card when the card is inserted. As described above, the card connector device of the present invention has a housing having a valley portion with an insertion=, and a connection disposed on the end portion of the housing portion and capable of contacting the disk card with the external contact portion. The slider, the sliding member that moves in the insertion and withdrawal directions as the card is inserted and withdrawn, the biasing member that urges the sliding member in the direction of the core, and the sliding member that resists the force of the biasing member to remain in the card insertion position The heart-shaped cam groove and the accommodating portion of the lock housing are provided with a pressing device. When the sliding member moves toward the card ejecting position by the urging member, the card is pressed in the thickness direction of the card, and the pressing member is made of resin. The card abutting portion and the metal spring piece that pushes the card abutting portion toward the card are formed 'and thus' based on the elastic force of the metal spring piece, the exiting force when the card is withdrawn can be weakened. Therefore, the card can be prevented from suddenly coming out of the casing. Bounced out, and 'the card is not scratched because the abutment portion of the push card is made of resin. Further, since the pressing means is provided in the vicinity of the card insertion opening of the accommodating portion, the entire length of the card can be pressed when the card is ejected, so that the exit speed can be suppressed up to the end of the card withdrawal. Further, since the pressing means is pressed and the spring piece is pressed against the center of the card along the width of the card, the pressing force is not disposed in the center of the card width direction, and is extended. Therefore, since the push is transmitted to the card in one direction, And 101428.doc -10- 1273499 makes the elastic piece in the form of a flaw in the sputum without increasing the depth of the depth. The visibility direction is extended from the splicing device. The two parts of the same resin material are integrally formed into the card. The other 6 is sufficient to reduce the number of parts, and the configuration is simple and easy to assemble. Further, since the card abutting portion is placed in the card insertion direction of the accommodating portion, the card is placed in a strip shape so as to be in contact with the card. The flat surface shape 2 also expands enough to form an abutting surface with the card, and increases the friction to prevent the card from jumping out. Another ^ 'Because the tilt is set in front of the card insertion direction of the card abutting portion, and thus the card is inserted. In addition, since the cover including the metal plate is attached to the upper surface side of the casing, the cover is provided on the upper side of the card when the card is inserted. Then 2 pair of guide pieces 'Thus' accommodated in the card accommodating portion can not be inclined "piece abuts the abutting portion can be surely weaken the forces exit card. [Embodiment] Hereinafter, Figs. 1 to 8 show an embodiment of the present invention. FIG. 2 is a plan view showing a connector device for a card, FIG. 3 is a front view showing a connector device for a card, and FIG. 4 is a card connector for a state in which the cover is not removed. FIG. 5 is a cross-sectional view showing a main portion of the pressing device when the card is not inserted, and FIG. 6 is a cross-sectional view showing a main portion of the pressing device when the card is not inserted, and shows a pressing device when the card is not inserted. A cross-sectional view of a main portion, a diagram & is a cross-sectional view showing a main portion of a pressing device when a card is inserted. In the figure, the body 1 is formed of an insulating material such as synthetic resin to form a box shape of a square shape of 101428.doc -11 · 1273499 in front and above. A housing portion u is provided in the center of the casing 1, and a card insertion portion 1b that is connected to the housing portion and extends to the surface of the casing is formed on the casing casing. Further, a plurality of elastic connector terminals 2 made of a conductive metal material are arranged side by side in the housing portion 3. The connector terminal 2 is formed by a flat base portion and a k-base portion which are integrally formed in the inner side of the card insertion portion of the accommodating portion 1a and which are integrally fitted in the bottom portion of the accommodating portion, and the opening portion 丨c provided at the inner bottom portion. The connecting piece 2a and the contact piece 2b which are formed by bending in the opposing direction are formed. In the connector terminal 2, the connecting piece 2a formed on one end side passes through the opening. The outer surface of the casing j is exposed to the outside, and the connecting piece 2& is connected to a circuit pattern on an external circuit board such as an electronic device by soldering to transmit a signal. The contact piece 2b which is formed on the other end side of the base portion of the connector terminal 2 is disposed so as to protrude into the accommodating portion u through the opening portion, and is formed on the front end side of the contact piece 2b with the outside of the card 13 The contact portion 2c to which the contact portion is connected. Further, a spring accommodating portion Id is formed in one side portion of the casing 1, and an urging member 3 composed of a coiled elastic body that urges the sliding member 7 to be described later in the card ejecting direction is housed. Further, a holding portion for holding a slide member 7 to be described later at a card ejecting position is provided on one end side opposed to the spring housing portion η. The shaft portion 1 is formed in the holding portion le so as to be rotatable and pivotally supported and described later. One end of the locking member 4 composed of a --wire member in which the heart-shaped cam core on one end side of the sliding member 7 is in sliding contact is urged by the heart-shaped cam groove 7c. Further, in the vicinity of the card insertion portion 1b of the accommodating portion 1a of the casing 1, 101428.doc -12-1273499 has an opening portion lg, and the opening portion lg is disposed with a U 2 U 卞 卞 抵 abutment portion. 5 and the metal spring-to-card abutment portion 5 and the spring piece 6 which are provided on both sides with the card abutting portion 5 and which are elastic, constitute a pressing device for pressing the inserted card (four) = direction. The pressing device is disposed near the card insertion opening of the threshing portion 1a, and when the card 13 is withdrawn, the entire length of the card can be pushed, so that the exit speed can be controlled to the end of the card exit. η々^ - the card is abutted The portion 5' is formed of an insulating resin such as synthetic resin, and is formed of the same resin material as the casing 1 in the present embodiment. In this case, the card abutting portion 5 is provided in connection with the elastic crystal piece 6, and the bomb is provided. The cyanine sheet 6 is also formed by being embedded in the case (1). Thus, the card abutting portion 5' and the crotch body i are integrally molded from the same resin material, so that the number of parts can be reduced, and the configuration is simple and easy to assemble. The other two card abutting portions 5, The card is inserted into the central portion of the card in the width direction of the accommodating portion U, and the spring piece 6 extends in the direction intersecting the card insertion direction in the card width direction. Further, the spring piece 6 is temporarily positioned at the center thereof. The return direction is extended to form a substantially S-shaped shape. The length of the arm 13 is arranged in the width direction of the card 13 by the extension of the arm, and the spring piece 6 is extended in the width direction of the card 13, Therefore, since the center of the θ card 3 is pushed, the pressing force is transmitted to the card 13 without being biased toward one side, and by extending the spring piece 6 in the width direction, it is possible to prevent the large/wood size (inward size) from being large. The connector device is formed. In addition, the cymbal abutment portion 5 of the embossing portion, the occlusion portion 5, and the card insertion 101428.doc 1273499 σ are further elongated in the direction to enlarge the card 13 The contact area 'in addition, IL μ 2 yt μ, the flat surface is formed on the abutting surface 5a of the face side bell card 13. The front side of the other insertion direction forms an inclined portion of the card abutting portion 5, and the receiving portion ia is formed in a long strip shape in the direction in which the card is inserted and inserted, and the abutting surface 5a of the card > The flat surface is formed so that the contact surface with the card 13 is enlarged, and the frictional force is increased. Therefore, the card insertion direction of the protection portion 5 can be surely eliminated. Further, in the above-mentioned card abutting insertion: the card is called the second member: the inclined portion 5b is formed in a sliding structure: and the upper portion 7 is formed of an insulating material such as a substantially inverted L shape. The front end side of the direction is formed toward the card seat portion 7a which is larger than the card insertion P and abuts against the card 13, and the other is used for the sigh in the center lc of the sliding member 7 The valley accommodates the spring 7b of the casing 1 described above. a spring-locking portion shaft of one end portion of the above-mentioned urging member 3 = a - end at the rear end side of the sliding member 7 and a heart-body 1-end side, and slidingly contacting the other end of the locking member 4 The type V; j*7 苒仵4 is disposed in the card insertion position by the lock member 4 and the above-described sliding member 7 against the biasing force of the urging member 3 described above. Further, at the rear end of the sliding member 7, when the sliding member 7 is in the form of a card-like "face" by the urging member 3, the receiving portion 7d 、, f, >#, AU stands up palladium force and 101428.doc -14- 1273499 Further, an engaging piece 8 made of an elastic metal plate is fixed to one side surface of the sliding member 7, and the card holder (four) is abutted against the card holder (four) And being accommodated therein and engaged with a positioning recess (not shown) provided on a side surface portion of the card 13. Further, when the card 13 is inserted, the card 13 is surely made elastic by the elasticity of the engaging piece 8. Positioned at the insertion position.
另外，在與上述殼體丨的彈簧收容部1(1對置的另一側部 的、上述收容部la的裏側配置由導電性金屬板形成的—對 固定接點9、9。另外’與這一對固定接點9、9對置且可以 轉動地配置有桿Π)和接點彈^卜該桿1Q由合成樹脂等絕 緣材料構成，該桿10上卡合著由導電性金屬材料構成的 點彈簧1 1。 由上述固定接點9、9和上述接點彈簧丨丨構成檢測裝置， 向上述殼體1的收容部1&插入卡片13時，檢測卡片13是否 確實地插入到規定位置。 在上述殼體1的上面側覆蓋著上述殼體〗上面侧的開口部 地安裝有由金屬板構成的蓋12。另外，該蓋12覆蓋著配置 在上述殼體1的收容部&的上述連接器端子2而形成，並可 發揮防止從外部侵入輻射雜訊等的密封板的作用。 另外，在上述蓋12的一端部一體形成彈性片12a，使彈 性片12a—端由上述殼體丨的軸孔“軸支承著且與上述滑動 構件7的心型凸輪槽7c滑動接觸的上述鎖定構件4的另一端 向上述心型凸輪槽乃方向施力。另外，在上述蓋12的兩側 部設有一對引導片12b、12b，在卡片13插入時與卡片13上 面侧的兩端部抵接而防止卡片的傾斜。 101428.doc -15- 1273499 卡片13的内部收容有積體電路(IC)，作爲各 等電子設備的記錄媒體等而被廣泛使用。該卡片^的:而 面上的一端側形成多個外部接觸部（未圖示），該外部接觸 ::與配置在上述殼體1的收容部h的上述連接器端子 觸片2b的接點㈣接觸，從而與連接在外部的電子 進行各種資訊處理。 又曰 另外’上述卡片13的前端部成爲與上述滑動構件7的卡 片座部7a抵接的抵接部。另夕卜在上述卡片_ —側面部 :成定位用凹部（未圖示）。並且，將卡化與抵接著上述 :動構件7的卡片座部插人時，.㈣卡合著設在上述 滑動構件7-側面部的具有彈性的上述卡合片8，從而，將 上述卡片1 3保持在上述滑動構件7中。 、 上述卡片13向上述滑動構件7插人時，上述卡片13的前 端部與上述滑動構件7,的卡片座部7a抵接，從而，上述滑 動構件7隨著上述卡片13的插入，而可以向卡片插入方向 移動而形成。 以下’說明關於上述卡片13插入連接器裝置時的動作。 4首先，在初始狀態，即上述13未插入時，上述滑動構件 7猎由上述施力構件3的施力而向退出方向施力。此時，上 述滑動構件7其承受面部7d與上述殼體丨的保持部ie抵接， 且保持在該位置。另外’此時’如圖5、圖6所示，殼體！ 2設在卡片插入部113附近的上述卡片抵接部5藉由上述彈 瓦片6具有的彈力而向收容部la内突出。 接著，若上述卡片13向殼體1的收容部丨a插入，則上述 10l428.doc -16- 1273499 2 3利用上述卡合片8卡合著定位用凹部，並且，·^ 力“抵接在上述卡片座部〜而被保持 ;; 的外部接觸部（未圖示）與上 这卡片13 厂、丄现運接斋端子2的 點部2c離開。另外，如圖7、圖1片2b的接 5，由卡片口'所不’上迷卡片抵接部 由卡片13的丽端部推壓其 由芈士曰；W A L ‘ 叮口1 攸而向下方移動， 一 y成的卡片抵接面5 a與卡>1 13抵；& #I j Μ 下5 13抵接並滑動接觸。 ，右向卡片插入方向推壓上述卡片13， 構件7隨著上述卡片 、丨上述/月動 動，心 的插入而可以向卡片插入方向移 動’抵抗上述施力摄株^ & 入方向π p、、，， 述滑動構件7向卡片插 °夕，述鎖定構件4-端部跟隨著上述心型凸輪 才曰7c而被鎖定在鎖定位置。此 部與上述連接器端子2的接觸片2二：13的外部接觸 ㈣㈣卡片插入位:的接點部2冬卡片 若從該狀態拔出上述卡片13時，再將上述卡向卡片 凸二二7向：f二上述鎖定構件4-端部跟隨著上述心型 W 疋位置脫離，上述滑動構件7藉由上述施 籌件3的施力而向卡片退出方向施力，隨之，卡片㈣ 被向退出方向推回。並且， I出到卡片退出位置，則上述 白勺外妾觸^與上述連接器端子2的接觸片2b的接 點4 2c的接觸被解除。 此時’上述滑動構件7的後端部的承受面部7d斑上述殼 體1的保持部㈣接，從而，該抵接時的衝擊介由上述滑 動構件7而傳遞給上述卡片 、 下月13，此時，會有上述卡片13突 然地從連接器中跳出之虞。 101428.doc 1273499 不過，在上述殼體丨的卡片插入部lb附近設有藉由上述 彈片6而向著朝收容部^内突出的方向施力的上述卡片 I接^ 5 4卡片抵接部5的抵接面5a將退出到退出位置的 上述：片,的底面向卡片13的厚度方向推壓，因而，基於 上述U 6具有的彈力，能夠緩和上述滑動構件7重定時 的衝擊，從而能夠抑制上述卡片13退出時傳遞給卡片13的 衝擊，目此，能夠防止卡片13的跳出。 根據本發明的構成，在上述殼體1的收容部la設置上述 :片抵接部5及彈簧片6，作爲在上述滑動構件 施力構件3而移動到+ H山 ^ 卡片退出位置時向卡片厚度方向推壓 上述卡片13的推壓裝置， 的合成樹脂製上述卡…置由與殼體1 -體成形 卡片u減的具有彈^㈣卡片抵接部5向上述 ㈣由金屬製上:::二製力上述彈簣“形成，因 卡片13時的卡片13的退出勢力’能夠削弱退出上述 ⑽上述殼體!突然地跳出，並且此推能夠…述卡片 、+，上u 1 並且’推>1上述卡片13的卜 接部製’從而，不會劃傷上述卡片 此外，上述實施例中，構成推 5，其構成係具有由入成抖/置的上述卡片抵接部 片抵心 知製的長條狀平坦面形成的卡 片抵接面5a’而此處雖未圖 ☆成的卡 的轉子構件形成卡片抵接部，，使=可以採用由可以旋轉 向能夠旋轉且向卡片退出 "子構件向卡片插入方 構成，卡片插入==能旋轉的構成。根據如此 寺通過轉子構件旋轉而能夠容易地插入 I01428.doc 1273499 卡片而卡片退出時轉子構件不旋轉，從而能夠抑制卡片 的退出速度。 【圖式簡單說明】 圖1係表示本發明的卡片用連接器裝置的分解立體圖。 圖2係表示本發明的卡片用連接器裝置的俯視圖。 圖3係表示本發明的卡片用連接器裝置的主視圖。 圖4係表示本發明的拆除蓋的狀態的卡片用連接器裝置 的俯視圖。 、 圖5係表不本發明的去抽^ u rrk jlA Ια. 1禾插入卡片時的推壓裝置的主要部 分剖視圖。 圖6係表示本發明的未插a卡片日夺的推壓裝f的 部 分剖視圖。 圖7係表示本發明的插入卡片時的推壓装置的主要部分 剖視圖。 圖8係表示本發明的插入卡片時的推壓裝置的主要部分 剖視圖。 圖 圖9係表示現有的卡片用連接器裝置的主要部分 剖視 ^係表示從下方觀看先前的卡片用連接器裝置時的立 體圖。 【主要元件符號說明】 1 殼體 1 a 收容部 lb 卡片插入部（卡片插入口） 101428.doc -19- 1273499 1 c 開口部 Id 彈簧收容部 1 e 保持部 If 軸孔 ig 開口部 2 連接器端子 2a 連接片 2b 接觸片 2c 接點部 3 施力構件 4 鎖定構件 5 卡片抵接部（推壓裝置） 5a 抵接面 5b 傾斜部 6 彈簧片（推壓裝置） 7 滑動構件 7a 卡片座部 7b 彈簧卡止部 7c 心型凸輪槽 7d 承受面部 8 卡合部 9 固定接點 10 桿 11 接點彈簧 101428.doc -20- 1273499 12 12a 12b 13 20 24 26 27 • 30 31 32 33 40 41 42 42aFurther, in the spring accommodating portion 1 of the casing ( (the other side portion facing the other side of the housing 配置, the pair of fixed contacts 9 and 9 are formed by a conductive metal plate on the back side of the accommodating portion 1a. The pair of fixed contacts 9, 9 are oppositely and rotatably disposed with a rod Π) and a contact spring. The rod 1Q is made of an insulating material such as synthetic resin, and the rod 10 is engaged with a conductive metal material. Point spring 1 1. The detecting means is constituted by the fixed contacts 9, 9 and the contact springs, and when the card 13 is inserted into the accommodating portion 1& of the casing 1, it is detected whether or not the card 13 is reliably inserted into a predetermined position. A cover 12 made of a metal plate is attached to the upper surface side of the casing 1 so as to cover the opening on the upper surface side of the casing. In addition, the cover 12 is formed so as to cover the connector terminal 2 disposed in the housing portion of the housing 1, and functions as a sealing plate that prevents radiation noise or the like from entering the outside. Further, the elastic piece 12a is integrally formed at one end portion of the cover 12, and the elastic piece 12a-end is "axially supported by the shaft hole of the casing" and is locked in sliding contact with the heart-shaped cam groove 7c of the sliding member 7. The other end of the member 4 is biased in the direction of the heart-shaped cam groove. Further, a pair of guide pieces 12b and 12b are provided on both sides of the cover 12, and the two ends of the upper surface of the card 13 are abutted when the card 13 is inserted. In addition, the card 13 is housed with an integrated circuit (IC), and is widely used as a recording medium for each electronic device, etc. A plurality of external contact portions (not shown) are formed on one end side, and the external contacts are in contact with a contact point (four) of the connector terminal contact piece 2b disposed in the housing portion h of the casing 1, and are connected to the outside. The electronic device performs various kinds of information processing. Further, the front end portion of the card 13 serves as an abutting portion that abuts against the card seat portion 7a of the sliding member 7. Further, the card side surface portion is a positioning concave portion ( Not shown) and will When the card seat portion of the movable member 7 is inserted, the above-mentioned engaging piece 8 provided with elasticity on the side surface portion of the sliding member 7 is engaged with the above-mentioned card 1 3 In the sliding member 7, when the card 13 is inserted into the sliding member 7, the front end portion of the card 13 abuts against the card seat portion 7a of the sliding member 7, and the sliding member 7 follows the card. The insertion of 13 can be formed by moving in the card insertion direction. The following describes the action when the card 13 is inserted into the connector device. 4 First, in the initial state, that is, when the above 13 is not inserted, the sliding member 7 is hung by the above. The urging force of the urging member 3 is biased in the withdrawal direction. At this time, the sliding member 7 has a receiving surface portion 7d that abuts against the holding portion ie of the casing , and is held at the position. 5. As shown in Fig. 6, the card contact portion 5 provided near the card insertion portion 113 protrudes into the housing portion 1a by the elastic force of the elastic tile 6. Next, if the card 13 is oriented The housing portion 丨a of the housing 1 is inserted In the above, the above-mentioned engaging piece 8 is engaged with the positioning recessed portion, and the external contact portion is held by the force of the card seat portion. Not shown), it is separated from the point 2c of the terminal 13 of the card factory. In addition, as shown in Fig. 7 and Fig. 1 of the piece 2b, the card abutment portion is pushed by the sleek portion of the card 13 by the card end; the WAL '叮口1 攸Moving downward, a y-card abutting surface 5a abuts the card > 1 13; &#I j Μ 5 13 abuts and slides into contact. The card 13 is pushed in the right direction of the card insertion direction, and the member 7 can be moved in the card insertion direction in accordance with the insertion of the card and the above-mentioned card, and the insertion of the heart is resistant to the above-mentioned urging force ^ & The sliding member 7 is inserted into the card, and the locking member 4-end portion is locked in the locked position following the card-shaped cam member 7c. The external contact of the contact piece 2 of the connector terminal 2: 13: (4) (4) the card insertion position: the contact part 2 of the winter card, if the card 13 is pulled out from the state, the card is then convex to the card. 7: f: The above-mentioned locking member 4-end portion is disengaged following the above-mentioned heart-shaped W 疋 position, and the sliding member 7 is biased in the card ejecting direction by the urging force of the above-mentioned urging member 3, and accordingly, the card (four) is Push back in the exit direction. When the I exits to the card ejecting position, the contact of the outer contact with the contact 4 2c of the contact piece 2b of the connector terminal 2 is released. At this time, the holding portion (four) of the casing 1 on the rear end portion of the sliding member 7 is attached, and the impact at the time of the contact is transmitted to the card through the sliding member 7, and the next month, At this time, there is a possibility that the above-mentioned card 13 suddenly jumps out of the connector. 101428.doc 1273499 However, in the vicinity of the card insertion portion 1b of the casing 设有, the card I is attached to the card abutting portion 5 by the elastic piece 6 in a direction protruding toward the inside of the accommodating portion. The abutting surface 5a presses the bottom of the above-mentioned sheet that has been withdrawn to the exit position in the thickness direction of the card 13, so that the impact of the sliding member 7 can be alleviated based on the elastic force of the U 6 described above. The impact transmitted to the card 13 when the card 13 is withdrawn, thereby preventing the card 13 from jumping out. According to the configuration of the present invention, the sheet abutting portion 5 and the spring piece 6 are provided in the accommodating portion 1a of the casing 1 as a card when the sliding member biasing member 3 is moved to the +H mountain card exit position. The synthetic resin-made card which presses the card 13 in the thickness direction is placed on the metal (4) card abutting portion 5 which is subtracted from the casing 1 - body forming card u to the above (4) made of metal: : The second force of the above-mentioned magazine "forms, the withdrawal force of the card 13 due to the card 13" can weaken and exit the above-mentioned (10) housing! Suddenly jumped out, and this push can describe the card, +, on u 1 and 'push >1 The card portion of the card 13 is manufactured so that the card is not scratched. In the above embodiment, the push 5 is configured to have the card abutting portion of the card shaken/set. The card abutting surface 5a' formed by the long flat flat surface is formed, and the rotor member of the card which is not formed here is formed as a card abutting portion, so that it can be rotated to be rotatable and can be withdrawn from the card "Subcomponents are formed into the card insertion side, the card The structure of the input == can be rotated. According to the rotation of the rotor member, the I01428.doc 1273499 card can be easily inserted, and the rotor member does not rotate when the card is withdrawn, so that the exit speed of the card can be suppressed. [Simplified illustration] FIG. Fig. 2 is a plan view showing the card connector device of the present invention. Fig. 3 is a front view showing the card connector device of the present invention. Fig. 4 is a view showing the present invention. Fig. 5 is a cross-sectional view showing the main part of the pressing device of the card in the state in which the cover is removed. Fig. 5 is a cross-sectional view showing the main part of the pressing device in the case where the card is inserted. Fig. 7 is a cross-sectional view showing the main part of the pressing device of the present invention, in which the card is inserted. Fig. 7 is a cross-sectional view showing the main part of the pressing device of the present invention. A cross-sectional view of a main part of the apparatus. Fig. 9 is a cross-sectional view showing the main part of the conventional card connector device. Stereo view of the connector device. [Description of main components] 1 Housing 1 a Housing lb Card insertion (card insertion) 101428.doc -19- 1273499 1 c Opening Id Spring housing 1 e Holding part If axis Hole ig Opening 2 Connector terminal 2a Connecting piece 2b Contact piece 2c Contact part 3 Force member 4 Locking member 5 Card abutting portion (pressing device) 5a Abutting surface 5b Inclined portion 6 Spring piece (pushing device) 7 Sliding member 7a Card seat portion 7b Spring locking portion 7c Heart-shaped cam groove 7d Receiving face portion 8 Engagement portion 9 Fixed contact 10 Rod 11 Contact spring 101428.doc -20- 1273499 12 12a 12b 13 20 24 26 27 • 30 31 32 33 40 41 42 42a
51 54a 60 61 62 63 64 101428.doc 蓋 彈性片 引導片 卡片 盒 卡片插入部 滑動槽 彈簧卡止部 連接器側觸點 檢測用開關 檢測用開關 檢測用開關 卡片退出機構 拉伸彈簧 凸輪棒 彎曲部 滑塊 凸輪槽 滑動部 導向配件 壓入部 基部 引線部 内方延出部 -21 - 1273499 65 後方延出部 66 抑制部 80 卡片 81 主體部 82 卡片側觸點 83 安裝槽 101 連接器 101428.doc -22-51 54a 60 61 62 63 64 101428.doc Cover elastic sheet guide piece Card case Card insertion part Sliding groove spring locking part Connector side contact detection switch detection switch detection switch card exit mechanism extension spring cam bar bending part Slider cam groove sliding portion guide fitting press-in portion base lead portion inner extension portion - 2173499 65 rear extension portion 66 suppression portion 80 card 81 main body portion 82 card side contact 83 mounting groove 101 connector 101428.doc -22 -