1286860 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種卡片用連接器裝置，用以相對於行動 電話和pc等各種行動資訊終端、數位相機或數位Av設備等 電子裝置插入排出存儲媒體等卡片狀媒體，並且用以進行 設置在該卡片狀媒體上的外部連接端子與形成在上述電子 裝置的電路基板上的電子電路間的電連接。 【先前技術】 現有對於PC、攝影機、數位相機、行動電話等電子裝遷 可自由拆裝地安裝的移動型媒體，已知有Pc+、存儲卡筹 卡片2存儲媒體及通信用卡等（以下，只稱爲卡片）。此種卡 片’藉由搭載在電子裝置上的卡片用連接器裝置相對於電 子裝置插人排出，並且其外部連接端子與形成在電子裝置 的電路基板上的電子電路進行電連接。 上述卡片用連接器裝置，例如，包含安裝^在電子裝 置上的殼體、安裝在殼體上保持卡片的托架(卡片幻。上述 ㈣’與安裝在同-殼體上的滑動構件爲—體，可相對於 殼體向卡片插入排出方向移動。另外，滑動構件可在將卡 片外部連接端子與電子裝置的上述電子電路電氣連接的連 接位置（卡片插人位置）、及將托架及由它保持的卡片推出到 f體2以使從托架取出卡片的排出位置之間移動，並且 藉由彈頁等鈀力構件向上述排出位置施力。 另外，上料片料接^裝置包含用㈣ (鎖定）在上述連接位置的敎機構。作爲此種衫機構= 105090.doc 1286860 知例如，由心型凸輪槽、一端支撐在殼體上且另一端以滑 動狀態與上述凸輪槽卡片合的鎖定銷構成（例如，參照專利 文獻1)。[Technical Field] The present invention relates to a connector device for a card for inserting and discharging an electronic device with respect to various mobile information terminals such as a mobile phone and a PC, a digital camera, or a digital AV device. A card-shaped medium such as a medium, and an electrical connection between an external connection terminal provided on the card-shaped medium and an electronic circuit formed on a circuit board of the electronic device. [Prior Art] Existing mobile media that can be freely attached and detached to electronic devices such as PCs, cameras, digital cameras, and mobile phones are known as Pc+, memory card cards, storage media, and credit cards (hereinafter, only Called card). Such a card piece is inserted into the electronic device by a connector device mounted on the electronic device, and its external connection terminal is electrically connected to an electronic circuit formed on the circuit board of the electronic device. The card connector device includes, for example, a housing mounted on the electronic device, a bracket mounted on the housing to hold the card (card phantom, the above (4)' and a sliding member mounted on the same-casing- The body is movable relative to the housing in the direction in which the card is inserted into the discharge direction. Further, the sliding member can be connected at a position (card insertion position) electrically connecting the card external connection terminal to the electronic circuit of the electronic device, and the bracket and the bracket The card held by it is pushed out to the f body 2 to move between the discharge positions for taking out the card from the tray, and is biased toward the discharge position by a palladium force member such as a magazine. In addition, the loading material is included in the discharge device. (4) (locking) the cymbal mechanism at the above-mentioned connection position. As such a jersey mechanism, for example, a card cam groove, one end of which is supported by the casing and the other end of which is slidably engaged with the cam groove card The lock pin is configured (for example, refer to Patent Document 1).
具體而言，採用該心型凸輪槽的鎖定機構，若將托架推 λ又體内使滑動構件克服施力裝置的施力向連接位置滑 動則^之相伴，上述鎖定銷的另一端隨心型凸輪槽動作。 並且，若滑動才冓件到達連接位置，則鎖定銷的另一端與凸 輪槽中央的凹陷的卡扣部卡扣，滑動構件相對於殼體定位 固定。即，滑動構件被鎖定在連接位置。 另方面，若從該鎖定狀態，將托架推入殼體内，使滑動 構件克服％力裝置的施力進—步向殼體裏面滑動，㈣定 銷的另-端及凸輪槽的上述卡扣部的卡扣狀態被解除。因 此γ若在該狀態下解除對托架及滑動構件的推壓力，則藉 由細力構件產生的施力使滑動構件移動到排出位置，因 此，托架及由它保持的卡片被推出到殼體外部。 專利文獻1 ··特開2003-165356號公報 不過’在由上述心型凸輪槽及鎖定銷構成的鎖定機構 中，如果不使滑動構件克服施力裝置的施力進—步向咬體 晨面滑動’就不能解除鎖定銷的另一端及凸輪槽的上述 =的卡扣狀態。換言之，則必須在般體内確保使滑動構 件從連接位置進-步向殼體裏面移動的空間。因此 殼體整體進而連接器裝置整體大型化的問題。 另外’亦考慮不採用心型凸輪槽的鎖定機構，不 種情況中存在鎖定解除用操作部露出裝有連接器裝置的前 105090.doc 1286860 端板而外觀差的問題。 【發明内容】 本發明即是鑒於上述問題點而産生者，其目的在於提供 小型且外觀良好的卡片用連接器裝置。 本發明的卡片用連接器裝置，其特徵在於包含：含有插 入有卡片的卡片插入口的殼體；含有可安置上述卡片的安 置α卩，並且在上述殼體内於與上述卡片進行電連接的連接 位置與從上述殼體取出上述卡片的排出位置之間相對於上Specifically, the locking mechanism of the card-shaped cam groove is accompanied by the pusher λ and the sliding member is slid to the connection position against the urging force of the urging device, and the other end of the locking pin is of the heart type. The cam groove operates. Further, if the sliding member reaches the connection position, the other end of the locking pin is engaged with the recessed locking portion at the center of the cam groove, and the sliding member is positioned and fixed with respect to the housing. That is, the sliding member is locked in the connected position. On the other hand, if the bracket is pushed into the casing from the locked state, the sliding member is slid into the casing by the urging force of the % force device, and (4) the other end of the pin and the above-mentioned buckle portion of the cam groove The buckle status is released. Therefore, if γ releases the pressing force on the bracket and the sliding member in this state, the urging force generated by the thin force member moves the sliding member to the discharge position, and therefore, the bracket and the card held by it are pushed out to the casing. Outside the body. However, in the locking mechanism composed of the above-described heart-shaped cam groove and the locking pin, if the sliding member is not pushed against the biasing force of the urging means, the sliding direction of the biting body is slid. It is impossible to release the above-mentioned buckle state of the other end of the lock pin and the cam groove. In other words, it is necessary to ensure a space in the body that moves the sliding member from the joint position to the inside of the casing. Therefore, the entire casing and the connector device as a whole are enlarged. Further, a locking mechanism that does not use a card type cam groove is also considered. In some cases, there is a problem that the unlocking operation portion exposes the front 105090.doc 1286860 end plate in which the connector device is mounted, and the appearance is poor. SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and an object thereof is to provide a card connector device which is small and has a good appearance. The connector device for a card of the present invention is characterized by comprising: a housing containing a card insertion opening into which a card is inserted; and a housing α that can accommodate the card, and is electrically connected to the card in the housing. The connection position is opposite to the discharge position of the card from the housing
述殼體可移動的移動體；對上述移動體向上述排出位置施 力的施力裝置，·將上述移動體鎖定在上述連接位置的鎖定 機構；含有可解除由上述鎖定機構所造成的上述移動體的 鎖定狀態的操作部的鎖定解除機構；而上述移動體上，設 有用以封閉上述殼體的上述卡片插入口的封閉部，該封閉 部含有可變位的變位部，並且藉由使上述變位部變位而可 操作上述操作部。 根據該構成，並非藉由使移動體從連接位置克服施力裝 置的施力進-步向殼體裏面#動而解除移動體在連接位置 的鎖定狀態’而是藉由操作操作部而解除移動體的鎖定狀 態，因此，即使在殼體内未保留可使移動體從連接位置進 步向殼體裏面移動的空間，亦無關係。因此，可小型地 形成殼體整體進而連接器裝置整體（可謀求裝置的小型化）。 另外’根據上述構成，藉由用以封閉卡片插入口的移動 體封閉部的變位部可操作操作部H無需將操作部露 出外部，可提供外觀良好的外觀（從封閉部其封閉卡片插入 105090.doc 1286860 口此種功能來看，一般外觀形成良好）。 的上 置， 一部 本發明的卡片用連接器裝置中，較佳為上述封閉部 述變位部與上述操作部係沿操作部的操作方向並排設 上述變位部配置成從前方遮蔽住上述操作部的至少 份。 根據該構成’封閉部的變位部及操作部沿操作部的操作 方向並排設置，因此，由變位部帶來的操作部的操作性良 好，另外，由封閉部的變位部遮蔽住操作部，因此 ： 效地改善外觀。 $ 本發明的卡片用連接器裝置中’較佳為上述變位部可彈 性變形。根據該構成，則可簡單地使變位部變位，另外， 由變位部帶來的操作部的操作性亦良好。 本發明的卡片用連接器裝置中，較佳為上述封閉部含有 與變位部結合的主體部，上述變位部相對於上述主體部可 轉動。 φ 根據該構成’變位部相對於主體部轉動地形成，因此， 變位部自然可使操作部的操作性良好，而且還可從與各自 功能相對應的適當材料中單獨選擇主體部及變位部的材 料。因此’可有效地進行功能的改善及製造成本的降低。 本發明的卡m接器裝置中，較佳為上述封閉部愈裝 有上述殼體的框體的前面板配置在同一平面。根據該構 成，可使連接器裝置及裝有它的框體(例如電子裝置的框 整體外觀良好。 本發明的卡片用連接器裝置中，較佳為上述敎機構含 105090.doc -10-a moving body movable with respect to the casing; a biasing device for biasing the moving body toward the discharge position, a locking mechanism for locking the moving body to the connecting position; and the lifting of the movement caused by the locking mechanism a lock release mechanism of the operation portion in the locked state of the body; and the movable body is provided with a closing portion for closing the card insertion opening of the casing, the closed portion including the displacement portion of the variable position, and The displacement portion is displaced to operate the operation unit. According to this configuration, the moving body is not released from the connection position by the urging force of the urging means, and the locked state of the moving body at the connection position is released, but the moving body is released by operating the operation portion. The locked state is therefore irrelevant even if there is no space in the housing that allows the moving body to move from the connected position to the inside of the housing. Therefore, the entire casing can be formed in a small size and the entire connector device can be formed (the size of the device can be reduced). Further, according to the above configuration, the operation portion H can be operated by the displacement portion for closing the card insertion opening of the card insertion opening, and the appearance of the operation portion can be provided without providing the appearance of a good appearance (the closed card insertion 105090 is closed from the closure portion). .doc 1286860 This function is generally good in appearance. In the card connector device of the present invention, it is preferable that the closing portion and the operation portion are arranged along the operation direction of the operation portion, and the displacement portion is disposed to shield the front portion from the front side. At least a portion of the operating portion. According to the configuration, the displacement portion and the operation portion of the closing portion are arranged side by side in the operation direction of the operation portion. Therefore, the operability of the operation portion by the displacement portion is good, and the displacement portion of the closure portion blocks the operation. Department, therefore: Effectively improve the appearance. In the card connector device of the present invention, it is preferable that the above-mentioned displacement portion is elastically deformable. According to this configuration, the displacement portion can be easily displaced, and the operability of the operation portion by the displacement portion is also good. In the card connector device of the present invention, preferably, the closing portion includes a main body portion coupled to the displacement portion, and the displacement portion is rotatable relative to the main body portion. According to this configuration, the displacement portion is formed to be rotatable with respect to the main body portion. Therefore, the displacement portion naturally allows the operability of the operation portion to be good, and the main body portion and the variable can be individually selected from appropriate materials corresponding to the respective functions. The material of the position. Therefore, the improvement of the function and the reduction of the manufacturing cost can be effectively performed. In the card m connector device of the present invention, it is preferable that the front panel of the casing in which the casing is mounted in the closing portion is disposed on the same plane. According to this configuration, the connector device and the frame in which the connector device is mounted (e.g., the frame of the electronic device as a whole has a good appearance. In the card connector device of the present invention, it is preferable that the above-described mechanism includes 105090.doc -10-
中，較佳為上述解除操作裝 向可移動的可動體、隨著該 動體及解除插作裝置而謀求襄置的更小型化 現良好的操作性。 1286860 有在述連接4立置與上述移動體卡扣而限制移動體相對於 殼體的移動的卡扣構件’上述敎解除機構含有解除上述 移動體與上述卡扣構件在上述連接位置的卡扣狀態的解除 操作裝置。 杞據μ構成’在進行與卡片電連接的連接位置可藉由解 除操作裝置解除移動體與卡扣構件的卡扣狀態，因此，即、 :使移動體從連接位置克服施力裝置的施力進—步向殼體 晨面滑動而可解除移動體的鎖定狀態，SUb，即使不在殼 體内確保可使移動體從連接位置進—步向殼體裏面移動的 空間’亦無關係。因此，可小型地形成殼體整體進而連接 器裝置整體（可謀求裝置的小型化）。 另外上述構成中，鎖定機構及鎖定解除機構，並非採 用凸輪槽及鎖定鎖等的複雜機構，而僅是相對於移動體使 卡扣構件卡扣或脫離的機構，因此可簡單且廉價地實現移 動體的鎖定及其解除。 本發明的卡片用連接器裝置 置包含沿上述移動體的移動方 可動體的移動而可使上述卡扣構件從上述移動體脫離的作 用部、及用以移動操作上述可動體的上述操作部。 根據該構成，移動體及解除操作裝置的動作方向不彼此 交叉而是-致’另夕卜’與可動體的單向動作連動使上述卡 扣構件從移動體脫離，因此不僅可在殼體上小型地配置移 而且還可實 105090.doc -11， 1286860 本發月的卡片用連接器裝置中，較佳為上述移動體包含 安置有卡片的托架、及與上述托架結合且受到從上述施力 的施力而相對於殼體移動並在上述連接位置卡扣上述 卡扣構件的滑動構件。 根據β亥構成，由彼此成爲獨立個體的托架及滑動構件形 成移動體目此，可從與各自工力㉟對應的適當材料中單獨 選擇托$及滑動構件的材才斗。因&，可有效地進行功能的 改善及製造成本的降低。 發明的效果 根據本發明，在相對於殼體可移動的移動體上，設置用 以封閉殼體的卡片插入口的封閉部，該封閉部含有可變位 的變位α卩，並且藉由使變位部變位因此可操作操作部，因 此，可提供小型且外觀良好的卡片用連接器裝置。 【實施方式】 以下，參知圖式關於本發明的一實施方式進行說明。 首先，特別參照圖1〜圖4關於本發明的一實施方式的卡片 用連接器裝置1的構成進行說明。如這些圖所示，本實施方 式的卡片用連接器裝置1，含有相對於例如pc、攝影機、數 位相機、行動電話等電子裝置安裝固定的殼體2。該殼體2， 包含由例如合成樹脂等絕緣材料形成且前方及上方開口的 箱型设體主體2a(特別參照圖3)、與殼體主體2a結合且覆蓋 设體主體2a上部開口的例如金屬制蓋構件η。殼體主體 2a，含有經由後述托架1 〇插入、收容存儲卡片等卡片狀媒 體（以下，只稱爲卡片C)的收容部3，另外，在殼體2前面， 105090.doc -12- 1286860 形成與收容部3連通的卡片插入口4。此外，本說明書中， 並不限定於此，不過，爲了方便起見，規定卡片插入口4 所處位置的側爲"前"方向、與之相反側爲"後"方向、蓋構件 2b所處位置側爲"上"方向、與之相反侧爲"下"方向。 在與卡片插入口 4相對的收容部3的裏側，並排設有與經 由上述托架10收容在收容部3内的卡片C的外部連接端子^ 觸的多個連接器端子5這些連接器端子5·..與電子裝置 科部電路基板上的電路圖案電連接。另外，在殼體主體 # ^的兩側設有引導插入收容部3内的上述托架10的侧緣部 的導向部6、6。 另外，在殼體主體2a上安裝有移動體8。此時，移動體名 的安裝是向卡片C相對於殼體2插入排出方向（橫剖卡片插 二口 4的圖中箭頭方向)可移動’包含沿殼體主體2a的一侧 邛可滑動地配置的滑動構件12及相對於滑動構件結合且 在殼體2a的收容部3内移動的托架」〇。 Φ 托架10，將例如金屬板彎折而形成（亦可以由樹脂等形 成）’含有安置卡片C的安置部10a、在相對於殼體2完全插 入托架10的狀態封閉卡片插入口 4的封閉部議及用以防止 卡片C誤插入的傾斜狀端面1〇c。、 另外’滑動構件12,纟合成樹脂等絕緣材料形成，並且 例如與沿卡片C插入排出方向延伸的導軌卡片合，沿該導軌 與托架10-體移動。具體而言，滑動構件12，可在安置於 托架U)安置部1Ga上的卡片⑽外部連接端子與連接器端子 5電連接的連接位置（圖2所示的位置）即滑動構件12的後 105090.doc -13· 1286860 端面12b與殼體主體2a的後端壁21幾乎抵接的位置、及托架 ίο被推出到殼體2外部以使可相對於托架10插入脫離卡片c 的排出位置（圖4所示的位置）即滑動構件12的前侧抵接端面 12a與殼體主體2a的後述L字型移動限制壁（限位板）19抵接 的位置之間移動。 另外，本實施方式中，托架10經由連接構件3〇而安裝為 可相對於滑動構件12自由地拆裝。具體而言，連接構件3〇 由在多個部位彎折的長條彈簧片形成，含有由形成在滑動 構件12後端部的凹陷狀支樓槽i2c支撑的前端部3〇a、與滑 動構件12的前端側壁12d彈性抵接的後端部3〇b、在這些端 部30a、30b間彎曲形成大致v字型且與形成在托架1〇側壁的 凹部1〇d可彈性卡片合或脫離地卡片合的卡片合凸部30c。 此外，卡片合凸部30c，含有前側斜面部4〇及後側平面部 41，另外’如圖3所示，在安裝在滑動構件12的狀態下，突 出到殼體主體2a的收容部3内。 採用此種連接構件3〇而將托架1〇相對於滑動構件12安裝 時’例如在相對於滑動構件12安裝連接構件3〇的圖3的狀 態’將托架10從卡片插入口 4側水平推入殼體2内，使托架 10的後端緣與連接構件3〇的卡片合凸部3〇c的前側斜面部 40抵接。並且’若從其抵接狀態進一步沿前側斜面部4〇向 殼體2内推入托架10，則連接構件3〇發生彈性變形且包含卡 片合凸部30c的其前端部3〇1)側被拉入作爲階梯凹狀空間形 成在滑動構件12上面的脫開部12e内，而允許托架插入殼體 2内。其後’右托架1 〇插入殼體2内直到托架凹部1 與卡片 105090.doc • 14· 1286860 合凸部30c相對的位置，則連接構件3〇的卡片合凸部3〇c解 除從托架10受到的推壓力，而藉由其彈性復原力重設成原 來的位置，彈性卡片合在托架1〇的凹部1〇d内。即，托架1〇 女裝在滑動構件12上（圖2的狀態）。另外，此時，卡片合凸 邛30c的後側平面部41抵住凹部1 〇d的後端面而防止托架j 〇 從滑動構件12脫落。 此外’滑動構件12藉由作爲施力裝置的壓縮彈簧45，向 上述排出位置施力。此時，壓縮彈簧45的後端，由突出設 置在喊體主體2a後端壁21内面的彈簧支撐部2〇(特別參照 圖4)支撐，並且，壓縮彈簧45前端側，藉由形成在滑動構 件12下面且終止在脫開部12e内的彈簧貫通插槽，抵接、支 撐在作爲該彈簧貫通插槽端壁的滑動構件12的彈簧抵接面 12f。 另外，本實施方式的卡片用連接器裝置1，含有將滑動構 件12(移動體8)鎖定在上述連接位置的鎖定機構及解除該鎖 定機構産生的滑動構件丨2的鎖定狀態的鎖定解除機構。 上述鎖定機構包含藉由在滑動構件12上面設置大致楔狀 槽12h而形成的鈎狀卡扣部12g及在上述連接位置與卡扣部 12g端面49彈性卡扣的卡扣構件5〇。此時，卡扣構件5〇由藉 由將與滑動構件12相對的蓋構件2b的部位向下側切起而形 成的舌片構成（參照圖1及圖4)，以向下的施力向滑動構件12 的移動路徑突出。另外，卡扣部丨2g含有向前方立起的傾斜 面70以使可從下側向上推卡扣構件5〇。 另方面’上述鎖定解除機構含有不使滑動構件12從上 105090.doc -15- 1286860 述連接位置移動而在其連接位置解除滑動構件12的卡扣部 12g與卡扣構件50的卡扣狀態的解除操作裝置。具體而言， 該解除操作裝置含有與滑動構件12平行配置且沿滑動構件 12的移動方向可移動的包含長條板的可動體6〇。該可動體 60的後端侧折返成大致u字型以使其圍繞滑動構件12的卡 扣部12g，在其折返的端部，設有作用部6〇a，與卡扣構件 50抵接、從下側向上推該卡扣構件5〇而使之從卡扣部 脫離。該作用部60a含有向斜前方立起的傾斜面53(特別參 照圖4(b))，隨著可動體6〇的移動可沿傾斜面53順暢地向上 推卡扣構件50。另外，可動體6〇的前端部從殼體主體以的 前端壁向前方突出，在該突出部上設有例如L字型操作部 55 〇 另外，在可動體60途中形成向側方伸出的伸出部6〇b，該 伸出邛60b與喊體主體2a前端壁22及上述移動限制壁19抵 接而限制可動體60的移動範圍。此時，伸出部6〇b可移動 地位於由喊體主體2a前端壁22及[字型移動限制壁Μ區劃 的二間内。另外，在伸出部6〇b前端面09(參照圖4(b))與移 動限制壁19之間夾著插入使伸出部6〇b向相對於殼體主體 2a別柒壁22抵接的方向施力的壓縮彈簧63。 因此，根據此種構成，操作部55可在相對於殼體2推入的 作用位置’即伸出部6〇b後端克服壓縮彈簧63的施力而與移 =限制壁19抵接的位置（圖8所示的位置）、與從殼體2離開規 定里的待機位置，即伸出部6〇b的前端面69藉由彈簧〇的施 力與般體2a的前端壁22抵接的位置（圖i〜圖3所示的位置）之 105090.doc -16 - 1286860 間移動，以使卡扣構件50從滑動構件12的卡扣部12g脫離。 此外，可動體60其長度被設定成如下：使在操作部55位於 上述作用位置的狀態下，不會比位於上述連接位置的滑動 構件12後端更向後側突出。 另外，本實施方式中，托架10的封閉部l〇b在托架10完全 插入殼體2内（因此，滑動構件12位於上述連接位置）的狀態 (圖6的狀態），向側方延長以使覆蓋位於上述待機位置的操 作部55。並且，與操作部55相對的封閉部i〇b的部位，作爲 藉由彈性變形而可變位的變位部而被形成。即，本實施方 式中’變位部80及操作部55沿操作部55的操作方向並排設 置’配置變位部80以使從前方遮蔽住操作部55的至少局 部。作爲在封閉部1 〇b設置此種變位部80的方法之一者，例 如有藉由彈性體等可彈性變形的材料形成封閉部l〇b整體 或僅變位部80。 此外’本實施方式中，托架1〇的封閉部l〇b如圖6所示， 與裝有殼體2(連接器裝置丨）的電子裝置等框體1〇〇的前面板 100a配置在同一平面。 接下來’參照圖4〜圖8關於上述構成的卡片用連接器裝置 1的動作進行說明。圖4表示滑動構件12藉由壓縮彈簧45的 施力位於排出位置，而與滑動構件12結合的托架1〇藉由卡 片插入口 4被推出到殼體2外側的狀態。在該狀態下，如圖 所示可在托架10的安置部l〇a上安置卡片C。此外，在圖4 的狀悲’操作部55藉由壓縮彈簧63的施力位於待機位置。 接下來’從在托架1〇的安置部l〇a上安置卡片C的圖4的狀 105090.doc •17- 1286860 態，例如用手指推壓托架10的封閉部10b，因此，將托架⑺ 藉由卡片插入口 4推入（插入）殼體2内。因此，滑動構件12 克服壓縮彈簧45的施力開始向連接位置移動，使其卡扣部 12g的傾斜面70與卡扣構件50抵接。其狀態如圖5所示。 若從該圖5的狀態進一步向殼體2内推入托架丨〇，則卡扣 部12g經由其傾斜面70從下侧向上推卡扣構件5〇。並且，在 解除傾斜面70相對於卡扣構件50的向上推力的時間點即滑 動構件12位於連接位置的時間點，卡扣構件5 〇藉由其彈菁 復原力落入卡扣部12g的槽12h内並與之卡扣。其狀態如圖6 所示。 在該圖6所示的狀態，卡扣構件5〇與滑動構件12的卡扣部 12g的端面49彈性卡扣，因此，限制滑動構件12相對於殼體 2的移動（勝過壓縮彈簧45的施力），將限制構件12保持在其 連接位置。另外，在該圖6的狀態，托架1 〇上的卡片c的外 部連接端子與對應的連接器端子5接觸，並且，卡片插入口 4由托架10的封閉部10b封閉。 接下來’在該圖6的狀怨’從殼體2拉出托架1〇時，如圖7 所示，推壓托架10的封閉部10b的變位部80等使其彈性變 形，而使變位部80向操作部55側變位，藉由變位部8〇使操 作部55克服壓縮彈簧63的施力從其待機位置向作用位置移 動。因此，可動體60的作角部60a的傾斜面53如圖所示，與 卡扣構件50抵接。 若從該圖7的狀態經由變位部80進一步推入操作部55，則 作用部60a經由其傾斜面53從下側向上推卡扣構件5〇。並 105090.doc -18 - 1286860 且，卡扣構件50被向上推到越過滑動構件12的卡扣部i2g . 的位置，則卡扣構件50與卡扣部12g的卡扣狀態被解除，滑 . 動構件12如圖8所示，藉由壓縮彈簧45的施力移動到排出位 置，隨此，托架10亦通過卡片插入口 4被推出到殼體2外部。 其後，若滑動構件12的抵接面12a與移動限制壁19抵接，滑 動構件12位於排出位置，則成爲圖4所示的最初狀態，可從 托架ίο取出卡片c。此外，在解除卡扣構件50與卡扣部12g 的卡扣狀態解除的時點，若解除對變位部8〇的推壓力，則 # 變位部80籍由其彈簧復原力回到原來的直線狀態，操作部 55亦藉由壓縮彈簧63的施力而回復到原來的待機位置。另 外’此時，卡扣構件50亦藉由其彈力習性而重設到向滑動 構件構件12的移動路徑中突出的原來的位置。 如以上說明，本實施方式的卡片用連接器裝置1中，在用 以封閉卡片插入口 4的托架1〇的封閉部1〇b上設有可變位的 變位部80，藉由使該變位部8〇變位而可操作操作部55。因 此不須使操作部55露出外部，可提供外觀良好的外形。 φ 另外，本實施方式的卡片用連接器裝置1中，在進行卡片 C的電連接的連接位置，藉由操作部55(變位部可解除滑 動構件12與卡扣構件50的卡扣狀態，因此，不需使滑動構 件12從連接位置克服壓縮彈簧45的施力進一步向殼體2裏 面滑動即可解除滑動構件12的鎖定狀態，因此，即使不在 殼體2内確保可使滑動構件12從連接位置進一步向殼體2裏 面移動的空間，亦無關係。因此，可簡潔地形成殼體2整體， 進而連接器裝置1整體（可謀求裝置的小型化）。 另外，本實施方式的卡片用連接器裝置1中，封閉部10b 105090.doc •19- 1286860 因^位°M〇及操作部55沿操作部55的操作方向並排設置， 二’由變位部80帶來的操作部55的操作性良 由封閉部10b的變位邱也― 卜 改善外觀。 σ 0遮蔽住操作部55,因此，可有效地 可二•本實施方式的卡片用連接器裝置1中，變位部8〇 一性k形，因此，可簡單地使變位部8〇變位 炎位部叫來的操作部55的操作性亦良好。Preferably, the release operation is performed on the movable movable body, and the movable body and the release device are disposed to be smaller, and the operability is improved. 1286860 The above-described 敎 机构 机构 与 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 868 Status release device. According to the configuration of μ, the connection state of the movable body and the snap member can be released by the release operation device, so that the moving body can overcome the force of the urging device from the connection position. The step slides toward the morning surface of the casing to release the locked state of the moving body, and the SUb does not matter if the space in which the moving body can move from the connection position to the inside of the casing is not in the casing. Therefore, the entire casing can be formed in a small size and the entire connector device can be formed (the size of the device can be reduced). Further, in the above configuration, the lock mechanism and the lock release mechanism are not complicated mechanisms such as a cam groove and a lock lock, but are only a mechanism for snapping or detaching the snap member with respect to the movable body, so that the movement can be easily and inexpensively realized. The locking of the body and its release. The card connector device of the present invention includes a working portion that disengages the snap member from the movable body along a movement of the moving movable body of the movable body, and an operation portion for moving the movable body. According to this configuration, the moving directions of the moving body and the releasing operation device do not cross each other, but the "one-way" interlocking with the one-way operation of the movable body causes the snap member to be detached from the movable body, so that not only the housing but also the housing In a card connector device of the present month, preferably, the moving body includes a bracket in which a card is disposed, and is coupled to the bracket and received from the above. The urging force of the urging is moved relative to the housing and the sliding member of the snap member is snapped at the above-mentioned connection position. According to the configuration of the β-Hai, the carrier and the sliding member which are independent individuals are formed into a moving body, and the material of the supporting member and the sliding member can be individually selected from suitable materials corresponding to the respective working forces 35. Thanks to &, the function can be effectively improved and the manufacturing cost can be reduced. Advantageous Effects of Invention According to the present invention, on a moving body movable relative to a casing, a closing portion for closing a card insertion opening of the casing is provided, the closing portion containing a variable position α卩, and Since the displacement portion is displaced and the operation portion can be operated, it is possible to provide a card connector device which is small and has a good appearance. [Embodiment] Hereinafter, an embodiment of the present invention will be described with reference to the drawings. First, the configuration of the card connector device 1 according to an embodiment of the present invention will be described with reference to Figs. 1 to 4 in particular. As shown in these figures, the card connector device 1 of the present embodiment includes a casing 2 that is attached and fixed to an electronic device such as a pc, a video camera, a digital camera, or a mobile phone. The casing 2 includes a box-shaped main body 2a (see FIG. 3) which is formed of an insulating material such as synthetic resin and which is open in front and above, and is, for example, metal bonded to the casing main body 2a and covering the upper portion of the main body 2a. Cover member η. The casing main body 2a includes a housing portion 3 in which a card-shaped medium (hereinafter simply referred to as a card C) such as a memory card is inserted and housed via a bracket 1 described later, and in front of the casing 2, 105090.doc -12-1286860 A card insertion opening 4 that communicates with the accommodating portion 3 is formed. Further, in the present specification, the present invention is not limited thereto, but for the sake of convenience, the side where the card insertion opening 4 is located is the "front" direction, and the opposite side is "post"direction, cover The position side of the member 2b is the "up" direction, and the opposite side is the "lower" direction. On the back side of the accommodating portion 3 opposed to the card insertion opening 4, a plurality of connector terminals 5 that are in contact with external connection terminals of the card C housed in the accommodating portion 3 via the cradle 10 are arranged in parallel. ·.. is electrically connected to the circuit pattern on the circuit board of the electronic device section. Further, guide portions 6 and 6 for guiding the side edge portions of the bracket 10 inserted into the accommodating portion 3 are provided on both sides of the casing main body #^. Further, a moving body 8 is attached to the casing body 2a. At this time, the attachment of the moving body name is to insert the card C into the discharge direction with respect to the casing 2 (the direction of the arrow in the cross-sectional view of the card insertion slot 4) can be moved 'including slidably along the side of the casing main body 2a The disposed sliding member 12 and the bracket 〇 that is coupled to the sliding member and moved within the accommodating portion 3 of the casing 2a. Φ The bracket 10 is formed by bending, for example, a metal plate (which may also be formed of a resin or the like). The mounting portion 10a containing the card C is closed, and the card insertion opening 4 is closed in a state where the bracket 10 is completely inserted into the housing 2. The closing portion and the inclined end surface 1〇c for preventing the card C from being erroneously inserted. Further, the sliding member 12 is formed of an insulating material such as a synthetic resin, and is, for example, joined to a guide rail extending in the direction in which the card C is inserted and discharged, and moves along the guide rail and the carrier 10 body. Specifically, the sliding member 12 is connectable at a position where the external connection terminal of the card (10) disposed on the bracket U) seating portion 1Ga is electrically connected to the connector terminal 5 (the position shown in FIG. 2), that is, behind the sliding member 12. 105090.doc -13· 1286860 The position where the end surface 12b almost abuts against the rear end wall 21 of the casing main body 2a, and the bracket ίο are pushed out to the outside of the casing 2 so as to be detachable from the carriage 10 to be detached from the carriage c The position (the position shown in FIG. 4), that is, the front side contact end surface 12a of the slide member 12 moves between the position at which the L-shaped movement restricting wall (limit plate) 19 of the casing main body 2a abuts. Further, in the present embodiment, the bracket 10 is attached to the slide member 12 so as to be detachable from the slide member 12 via the connecting member 3''. Specifically, the connecting member 3 is formed of a long spring piece bent at a plurality of locations, and includes a front end portion 3〇a supported by the concave branch groove i2c formed at the rear end portion of the sliding member 12, and a sliding member The rear end portion 3〇b of the front end side wall 12d of the 12 is elastically abutted between the end portions 30a and 30b to form a substantially v-shape and elastically engages or disengages from the concave portion 1〇d formed on the side wall of the bracket 1〇. The card of the ground card is combined with the convex portion 30c. Further, the card engagement convex portion 30c includes the front side slope portion 4A and the rear side plane portion 41, and as shown in FIG. 3, in the state of being attached to the sliding member 12, it protrudes into the housing portion 3 of the casing body 2a. . When the bracket 1 is mounted relative to the sliding member 12 by such a connecting member 3', the bracket 10 is horizontally pulled from the card insertion opening 4 side, for example, in the state of FIG. 3 in which the connecting member 3 is mounted with respect to the sliding member 12. The housing 2 is pushed into the housing 2 so that the rear end edge of the bracket 10 abuts against the front side inclined surface portion 40 of the card engaging projection 3c of the connecting member 3A. And, if the bracket 10 is further pushed into the casing 2 from the front side inclined surface portion 4 from the abutting state, the connecting member 3 is elastically deformed and includes the front end portion 3〇1) side of the card engaging convex portion 30c. The detachment portion 12e which is formed as a stepped concave space formed on the sliding member 12 allows the bracket to be inserted into the casing 2. Thereafter, the right bracket 1 is inserted into the casing 2 until the bracket recess 1 is opposed to the card 105090.doc • 14· 1286860 and the convex portion 30c, and the card engaging projection 3〇c of the connecting member 3〇 is released. The urging force applied to the bracket 10 is reset to the original position by the elastic restoring force, and the elastic card is fitted into the recess 1 〇d of the bracket 1 。. That is, the bracket 1〇 is worn on the sliding member 12 (the state of Fig. 2). Further, at this time, the rear flat surface portion 41 of the card engaging projection 30c abuts against the rear end surface of the concave portion 1 〇d to prevent the bracket j 脱落 from coming off the sliding member 12. Further, the sliding member 12 is biased toward the discharge position by a compression spring 45 as a biasing means. At this time, the rear end of the compression spring 45 is supported by a spring support portion 2' (particularly referring to FIG. 4) projecting from the inner surface of the rear end wall 21 of the body 2a, and the front end side of the compression spring 45 is formed by sliding A spring through slot that terminates in the disengagement portion 12e below the member 12 abuts against and supports the spring abutting surface 12f of the sliding member 12 as the spring through slot end wall. Further, the card connector device 1 of the present embodiment includes a lock mechanism that locks the slide member 12 (moving body 8) at the above-described connection position, and a lock release mechanism that releases the lock state of the slide member 产生2 generated by the lock mechanism. The lock mechanism includes a hook-shaped hook portion 12g formed by providing a substantially wedge-shaped groove 12h on the upper surface of the slide member 12, and a snap member 5'''''''''' At this time, the snap member 5 is formed by a tongue piece formed by cutting a portion of the cover member 2b facing the slide member 12 to the lower side (see FIGS. 1 and 4), with a downward biasing force. The moving path of the sliding member 12 is protruded. Further, the hook portion 2g includes an inclined surface 70 that rises forward so that the snap member 5 can be pushed upward from the lower side. On the other hand, the above-described lock release mechanism includes a state in which the slide member 12 is not released from the connection position of the upper member 105090.doc -15-1286860, and the buckle portion 12g of the slide member 12 and the buckle member 50 are released from the joint position. Release the operating device. Specifically, the release operation device includes a movable body 6〇 including a long plate which is disposed in parallel with the sliding member 12 and movable in the moving direction of the sliding member 12. The rear end side of the movable body 60 is folded back into a substantially U-shape so as to surround the locking portion 12g of the sliding member 12, and an end portion of the movable body 60 is provided with an action portion 6a, which abuts against the snap member 50. The snap member 5 is pushed upward from the lower side to be detached from the buckle portion. The action portion 60a includes an inclined surface 53 that rises obliquely forward (see Fig. 4(b) in particular), and the snap member 50 can be smoothly pushed up along the inclined surface 53 as the movable body 6〇 moves. Further, the front end portion of the movable body 6〇 protrudes forward from the front end wall of the casing main body, and the protruding portion is provided with, for example, an L-shaped operation portion 55, and is formed to protrude laterally in the middle of the movable body 60. The projecting portion 6bb abuts against the front end wall 22 of the body 2a and the movement restricting wall 19 to restrict the range of movement of the movable body 60. At this time, the projecting portion 6b is movably located in the two spaces of the front end wall 22 of the body 2a and the [shaped movement restricting wall. Further, the extension portion 6〇b front end surface 09 (see FIG. 4(b)) and the movement regulating wall 19 are interposed so that the extension portion 6〇b abuts against the casing wall 2a of the casing body 2a. The direction of compression of the compression spring 63. Therefore, according to such a configuration, the operation portion 55 can be moved to the position of the movement of the compression spring 63 against the action position of the housing portion 2, that is, the position of the extension portion 6〇b. (the position shown in FIG. 8) and the standby position away from the casing 2, that is, the front end surface 69 of the extension portion 6〇b is abutted against the front end wall 22 of the general body 2a by the biasing force of the spring weir The position (the position shown in FIGS. i to 3) is moved between 105090.doc -16 - 1286860 to disengage the snap member 50 from the hook portion 12g of the sliding member 12. Further, the length of the movable body 60 is set so as not to protrude rearward from the rear end of the sliding member 12 located at the above-described connection position in a state where the operation portion 55 is located at the above-described action position. Further, in the present embodiment, the closing portion 10b of the bracket 10 is extended to the side in a state in which the bracket 10 is completely inserted into the casing 2 (hence, the sliding member 12 is located at the above-described connection position) (state of FIG. 6). The operation unit 55 located at the standby position described above is covered. Further, a portion of the closing portion i〇b facing the operation portion 55 is formed as a displacement portion that is displaced by elastic deformation. In other words, in the present embodiment, the displacement portion 80 and the operation portion 55 are arranged side by side in the operation direction of the operation portion 55 to dispose the displacement portion 80 so as to shield at least the entire portion of the operation portion 55 from the front. As one of the methods of providing such a displacement portion 80 in the closing portion 1b, for example, the entire portion of the closing portion 10b or the only portion 80 can be formed by an elastically deformable material such as an elastic body. Further, in the present embodiment, the closing portion 10b of the bracket 1A is disposed on the front panel 100a of the casing 1 such as an electronic device in which the casing 2 (connector device) is mounted, as shown in Fig. 6 . same plane. Next, the operation of the card connector device 1 having the above configuration will be described with reference to Figs. 4 to 8 . 4 shows a state in which the sliding member 12 is located at the discharge position by the urging force of the compression spring 45, and the bracket 1 conjugated with the sliding member 12 is pushed out to the outside of the casing 2 by the card insertion opening 4. In this state, the card C can be placed on the seating portion 10a of the carriage 10 as shown in the figure. Further, the urging operation portion 55 of Fig. 4 is placed at the standby position by the urging force of the compression spring 63. Next, from the state of 105090.doc • 17-1286860 of FIG. 4 in which the card C is placed on the seating portion 10a of the bracket 1〇, for example, the closing portion 10b of the bracket 10 is pushed with a finger, and therefore, the tray 10 The frame (7) is pushed (inserted) into the casing 2 through the card insertion opening 4. Therefore, the sliding member 12 starts to move toward the joint position against the urging force of the compression spring 45, and the inclined surface 70 of the hook portion 12g abuts against the snap member 50. Its state is shown in Figure 5. When the bracket 进一步 is further pushed into the casing 2 from the state of Fig. 5, the hooking portion 12g pushes the snap member 5'' from the lower side via the inclined surface 70. Further, at the time point when the upward thrust of the inclined surface 70 with respect to the snap member 50 is released, that is, at the time when the slide member 12 is at the joint position, the snap member 5 落 falls into the groove of the hook portion 12g by its elastic recovery force. Within 12h and buckled with it. Its state is shown in Figure 6. In the state shown in FIG. 6, the snap member 5'' is elastically engaged with the end surface 49 of the hooking portion 12g of the slide member 12, thereby restricting the movement of the slide member 12 with respect to the housing 2 (beyond the compression spring 45) Applying force), the restraining member 12 is held in its connected position. Further, in the state of Fig. 6, the outer connecting terminal of the card c on the bracket 1 is in contact with the corresponding connector terminal 5, and the card insertion opening 4 is closed by the closing portion 10b of the bracket 10. Next, when the bracket 1 is pulled out from the casing 2 in the case of the complaint of FIG. 6, as shown in FIG. 7, the displacement portion 80 of the closing portion 10b of the bracket 10 is pressed and elastically deformed. The displacement portion 80 is displaced toward the operation portion 55 side, and the operation portion 55 is moved from the standby position to the action position against the biasing force of the compression spring 63 by the displacement portion 8A. Therefore, the inclined surface 53 of the corner portion 60a of the movable body 60 abuts against the snap member 50 as shown. When the operation portion 55 is further pushed from the state of FIG. 7 via the displacement portion 80, the action portion 60a pushes the snap member 5A upward from the lower side via the inclined surface 53 thereof. And 105090.doc -18 - 1286860, and the snap member 50 is pushed up to the position of the buckle portion i2g. of the sliding member 12, the buckle state of the snap member 50 and the buckle portion 12g is released, and the slide is released. As shown in FIG. 8, the movable member 12 is moved to the discharge position by the urging force of the compression spring 45, and the bracket 10 is also pushed out to the outside of the casing 2 through the card insertion opening 4. Thereafter, when the abutting surface 12a of the sliding member 12 comes into contact with the movement restricting wall 19, and the sliding member 12 is at the discharge position, the initial state shown in Fig. 4 is obtained, and the card c can be taken out from the tray ίο. Further, when the release state of the latching member 50 and the latching portion 12g is released, when the pressing force on the displacement portion 8 is released, the #position portion 80 returns to the original straight line by the spring restoring force. In the state, the operation unit 55 is also returned to the original standby position by the urging force of the compression spring 63. Further, at this time, the snap member 50 is also reset to its original position protruding in the moving path of the slide member member 12 by its elastic habit. As described above, in the card connector device 1 of the present embodiment, the variable portion 80 is provided in the closing portion 1B of the bracket 1A for closing the card insertion opening 4, by The displacement portion 8 is displaced to operate the operation portion 55. Therefore, it is not necessary to expose the operation portion 55 to the outside, and it is possible to provide a good appearance. In the card connector device 1 of the present embodiment, the operation portion 55 is disengaged at the connection position at which the card C is electrically connected, and the displacement portion can release the buckle state of the slide member 12 and the hook member 50. Therefore, the sliding state of the sliding member 12 can be released without sliding the sliding member 12 from the connecting position against the urging force of the compression spring 45 to the inside of the casing 2, and therefore, even if the sliding member 12 is not secured from the casing 2, The space in which the connection position is further moved to the inside of the casing 2 does not matter. Therefore, the entire casing 2 can be formed in a simple manner, and the connector device 1 as a whole can be reduced (the size of the device can be reduced). In the connector device 1, the closing portion 10b 105090.doc • 19-1286860 is disposed side by side in the operation direction of the operation portion 55 by the operation portion 55, and the second operation portion 55 of the operation portion 55 is provided by the displacement portion 80. The operability is improved by the displacement of the closing portion 10b, and the appearance is improved. σ 0 shields the operation portion 55, so that the card connector device 1 of the present embodiment can be effectively used. One-sex k-shaped, This can easily make the operation portion is displaced displacement portion 8〇 inflammatory bit portion 55 called also good operability.
另外’本實施方式的卡片用連接器裝置4，封閉部⑽ 由於與組入殼體2的框體1〇〇的前面板1〇〇&配置在同一平 面，所以連接器裝置!及組入其的框體1〇〇整體的外觀良好。 另外，本實施方式的卡片用連接器裝置1中，上述鎖定機 構及上述鎖定解除機構，並非採用凸輪槽及鎖定銷等的複 雜機構’只是相對於滑動構件12使卡扣構件5〇卡扣或脫離 的機構，因此可簡單且廉價地實現滑動構件12的鎖定及其 解除。 另外，本實施方式的卡片用連接器裝置丨中，滑動構件12 及可動體60的動作方向不彼此交叉而為一致，另外，與可 動體60的單向動作連動使卡扣構件5〇從滑動構件12脫離， 從不僅可在殼體2上小型地配置滑動構件12及可動體6〇而 謀求裝置的更小型化，而且還可實現良好的操作性。 另外’本實施方式的卡片用連接器裝置1中，由彼此成爲 單獨個體的托架1 〇及滑動構件12形成移動體8，因此，可從 與各自功能相對應的適當材料中单獨選擇托架1 〇及滑動構 件12的材料。因此，可有效地進行功能的改善及製造成本 105090.doc •20- 1286860 的降低。 此外，本發明中，並不限定於上述實施方式，在不脫離 其要旨的範圍内可作種種變形並實施係自不待言。例如， 在上述實施方式中，變位部藉由彈簧變形而可變位，不 過’變位部80的變位方式只要可藉由變位部80操作操作部 55，何種方式皆可。例如，如圖9所示，可以經由鉸鏈84 使變位部80相對於封閉部1〇1)的主體部82可轉動。如此一 來’則由變位部80帶來的操作部55的操作性良好係自不待 言’更可以從與各自功能對應的適當材料中單獨選擇主體 部82及變位部80的材料。因此，可有效地進行功能的改善 及製造成本的降低。另外，在上述的實施方式中，相對於 滑動構件12可自由拆裝地安裝托架丨〇，不過，亦可以使托 架10及滑動構件12蓋構件2b—體形成。另外，上述實施方 式中’卡扣構件50與蓋構件2b—體形成，不過，以單獨個 體準備卡扣構件50並把它相對於蓋構件孔安裝亦無關係。 另外，卡扣構件50並非必須設置在蓋構件2七上，另外，卡 扣構件50及滑動構件12的卡扣狀態的解徐構成並不限定於 上述實施方式的構成。總之，只要使滑動構件12在其連接 位置解除鎖定，則其方式無論為何皆無關係。 本發明可適用於伴隨著卡片插入排出的所有的連接器裝 置。 【圖式簡單說明】 圖1係本發明的一實施方式的卡片用連接器裝置的立體 圖0 105090.doc -21 - 1286860 圖2係從圖1的狀態拆除了蓋構件的立體圖。 圖3係從圖2的狀態拆除了托架的立體圖。 圖4(a)係滑動構件位於排出位置時的卡片用連接器裝置 的俯視圖，（b)係沿⑷的A-A線的剖視圖。 圖5(a)係滑動構件的卡扣部與卡扣構件抵接時的卡片用 連接器裝置的俯視圖，（b)係沿（a)的B-B線的剖視圖。 圖6(a)係滑動構件位於連接位置時的卡片用連接器裝置 的俯視圖，（b)係沿⑷的C_C線的剖視圖。 圖7(a)係可動體的作用部與卡扣構件抵接時的卡片用連 接器裝置的俯視圖，（b)係沿（a)的D-D線的剖視圖。 圖8(a)係解除滑動構件鎖定狀態時的卡片用連接器裝置 的俯視圖，（b)係沿（a)的E-E線的剖視圖。 圖9係表示變位部的變形例的卡片用連接器裝置的立體 圖。 【主要元件符號說明】 1 卡片用連接器裝置 2 殼體 2a 殼體主體 2b 蓋構件 4 卡片插入口 8 移動體 10 托架 10a 安置部 10b 封閉部 105090.doc • 22 1286860 12 滑動構件 45 壓縮彈簧（施力裝置） 5 0 卡扣構件 55 操作部 60 可動體 60a 作用部 80 變位部 82 主體部Further, in the card connector device 4 of the present embodiment, the closing portion (10) is disposed on the same plane as the front panel 1A& which is incorporated in the casing 1 of the casing 2, so that the connector device! The overall appearance of the frame 1〇〇 is good. Further, in the card connector device 1 of the present embodiment, the lock mechanism and the lock release mechanism are not complicated mechanisms such as a cam groove and a lock pin, but only the snap member 5 is buckled with respect to the slide member 12 or Since the mechanism is disengaged, the locking of the sliding member 12 and its release can be realized simply and inexpensively. Further, in the card connector device of the present embodiment, the operation directions of the slide member 12 and the movable body 60 do not intersect each other, and the snap member 5 is slid in conjunction with the one-way operation of the movable body 60. When the member 12 is detached, the sliding member 12 and the movable body 6 小型 can be disposed not only in the casing 2 but also the size of the device can be further reduced, and good operability can be achieved. Further, in the card connector device 1 of the present embodiment, since the movable body 8 is formed by the bracket 1 and the sliding member 12 which are separate bodies, the movable body 8 can be individually selected from appropriate materials corresponding to the respective functions. The frame 1 and the material of the sliding member 12. Therefore, the function can be effectively improved and the manufacturing cost is reduced by 105090.doc •20-1286860. In addition, the present invention is not limited to the above-described embodiments, and various modifications and implementations are possible without departing from the spirit and scope of the invention. For example, in the above-described embodiment, the displacement portion is deformed by the spring deformation, and the displacement mode of the displacement portion 80 may be any type as long as the operation portion 55 can be operated by the displacement portion 80. For example, as shown in FIG. 9, the displacement portion 80 can be rotated relative to the main body portion 82 of the closure portion 1〇1) via the hinge 84. In this case, the operability of the operation portion 55 by the displacement portion 80 is good, and the material of the main body portion 82 and the displacement portion 80 can be individually selected from appropriate materials corresponding to the respective functions. Therefore, the improvement of the function and the reduction of the manufacturing cost can be effectively performed. Further, in the above-described embodiment, the bracket 可 is detachably attached to the sliding member 12, but the bracket 10 and the cover member 2b of the sliding member 12 may be integrally formed. Further, in the above embodiment, the snap member 50 is formed integrally with the cover member 2b, but it is also possible to prepare the snap member 50 in a separate body and mount it relative to the cover member hole. Further, the snap member 50 is not necessarily provided on the cover member 27, and the configuration of the snap-fit state of the snap member 50 and the slide member 12 is not limited to the configuration of the above embodiment. In short, as long as the sliding member 12 is unlocked at its connection position, the manner does not matter. The present invention is applicable to all connector devices that are accompanied by card insertion and ejection. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a card connector device according to an embodiment of the present invention. FIG. 2 is a perspective view of a cover member removed from the state of FIG. Figure 3 is a perspective view of the bracket removed from the state of Figure 2; Fig. 4 (a) is a plan view of the card connector device when the slide member is at the discharge position, and (b) is a cross-sectional view taken along line A-A of (4). Fig. 5 (a) is a plan view of the card connector device when the hooking portion of the sliding member comes into contact with the snap member, and (b) is a cross-sectional view taken along line B-B of (a). Fig. 6(a) is a plan view of the card connector device when the slide member is at the connection position, and Fig. 6(b) is a cross-sectional view taken along line C_C of (4). Fig. 7 (a) is a plan view of the card connector device when the acting portion of the movable body comes into contact with the snap member, and (b) is a cross-sectional view taken along line D-D of (a). Fig. 8(a) is a plan view of the card connector device when the sliding member is unlocked, and Fig. 8(b) is a cross-sectional view taken along line E-E of (a). Fig. 9 is a perspective view showing a card connector device according to a modification of the displacement portion. [Description of main component symbols] 1 Connector device for card 2 Housing 2a Housing main body 2b Cover member 4 Card insertion opening 8 Moving body 10 Bracket 10a Setting portion 10b Closing portion 105090.doc • 22 1286860 12 Sliding member 45 Compression spring (applied device) 5 0 snap member 55 operation portion 60 movable body 60a action portion 80 displacement portion 82 main body portion
C 卡片C card
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