玖、發明說明： 【發明所屬之技術領域】 本發明關於安裝内裝有半導體晶片的資訊卡片，把設置 在邊資訊卡片上的外部連接端子連接到需要的電子線路上 用的卡片用連接裝置。 【先前技術】 過去，已知的内裝半導體晶片，外形為卡片片狀的資訊 卡片’作為外部存儲裝置等能在微機、攝像機、數碼相機 和動電話機等電子裝置内裝卸自如地安裝。 在這種電子，裝置中具有卡片用連接裝置，以便把設置在 資訊卡片上的外部連接端子連接到電子裝置内的電子線路 上，但過去的電子裝置中具有只能安裝一種特定結構的資 訊卡片的卡片用連接裝置，不能安裝形狀和尺寸以及外部 連接端子的數量和排列方式不同的多種資訊卡片。 因為市場上早已出現了各種資訊卡片，其形狀和尺寸以 及外邵連接端子的數量和排列方式各不相同，所以，要求 提高電子裝置的使用方便性，使其能根據需要而安裝多種 資訊卡片。 - 而且，如果在電子裝置中安裝許多種卡片用連接裝置， 那，麼’能適應這種要求，但是出現電子裝置成本提高，體 積增大等其他嚴重問題，所以，實際使用時不能採用這種 方冬。 【發明内容】 本發明正是為解決現有技術的這種問題而提出的方案。 84604 1223475 其目的在於提供—種能分 薄的第p ^ 見而尽的第1卡片心金二 弟2卡片的卡片用連接裝置。 T片和臂而 為了達到上述目的，本發明具有： :片插入部’其中能分別插入 的罘2卡片； 7罘1卞片和笮而薄 第1卡片插入口，用於把上述第1卡片引導到 入邵内； T /T到導到上述卡片插 導引構件，並佑 … 而且，形成了第2卡片：：、片插入口内並能進行開關， 上述卡片插入部内； 口’用於把上述第2卡片料到 第1端子構件，用於和設置在上 端子進行電氣連接；以及 卡片上的外部連接 弟2崎子構件’用於和設置在上 端子進行電氣連接；且 W卡片上的外邵連接 上述導引構件’對應上 從上述第丨卡片插入口插入上述心=進行開關，在 件打開，並打開上述第i十片=十片的情況下，導引構 入口插入上在從上述第2卡片插 上述弟2卡片的情況下，導 1卡片插入口内。 $引構件被保持在上述第 '如此，若具有： 的^卡插片入部’其中能分別插入寬而厚的第！卡片和窄而薄 =構件，其中開設了能插入第2卡片，不能 片的第2卡片插入孔； 84604 弟1端子構件，闵、人、 進行電氣連接設置在第1卡片上的外部連接端子 進件1於和設置在第…上的㈣連接端子 則能在一倘+ & m、土 、 窄而薄的第2卡片 '接裝置内安裝寬而厚的第1卡片和 ^ 、 所以，能提高卡片用連接裝置以及裝有 邊卡片用連接裝置的電衣置以及衣有 插入了第2卡片的情^ 、且，若具有在 入了第丨卡片的 争在罘1卡片插入口内，在插 件或第2端子構件上， A卡片二可罪地安裝到第1端子構 可靠性。 以，能提高這種卡片用連接裝置的 ^道為了達到上述目的，本發明的結構是： 上述導引構件安裝在 一 能轉動自如，而且徉 邵的左右兩側部内並 入部内，由解於上述第1卡片插入到上述卡片插 片插入部的位置導引保持構件而保持在關閉上述卡 例:二二:上述導引構件安裝在上述卡片插入部的左右兩 Μη月匕Γ動自如’而且’借助於把上述第1卡片插入到上 内就解除結合狀態的導引保持構件而保持在關 狀能：::Γ部的位置上。那麼不使用時導引構件以關閉 片扞ώ 、片插入邵内’所以，能防止灰塵等異物侵入卡 >入邵内’能提高卡片用連接裝置的耐久性。 '' 為了達到上述目的，本發明採用此種結構： 84604 1223475 上述導引構件安裝在上述卡片栖 τ巧播入邯的左右兩側邵内並 能轉動自由-施力構件在平常關閉卡片插入部的方向上 施力’而且把上述第1卡片插人到上述卡片插人部内，由解 除結合的導引保持構件保持在關閉上述卡片插人部的位置 上。 如此，如果導引構件在施力構件的作用下平常關閉卡片 插入部，而且，借助於導引保持構件而保持在關閉卡片插 入邵的位置上，那麼’當把第2卡片插入到卡片插入部内時 ，導引構件保持穩定可靠狀態，所以，㈣很容易而且牢 靠地在第2卡片插入孔内插入第2卡片，能提高這種卡片用 連接裝置的可靠性和易操作性。 再者’為了達到上述目的，本發明採用此種結構：在上 述導引構件的外面設置便於在上述第2卡片插入 第2卡片的斜面。 Θ播 ;此’若在導引構件的外面，設置-種便於第2卡片插入 到弟2卡片插人孔内用的斜面，則能很容易而且牢靠地把第 2卡片插入到匕2卡片插入孔内，所以，能提高這種卡片用 連接裝置的可靠性和易操作性。 【實施方式】 首先，在說明關於本發明的卡片用連接裝 附圖1和圖2，詳細令昍命甘4 、 則’根據 … 明與其相週用的資訊卡片的構成。圖！ 疋逦用于本發明的卡片用連接 ” 2是適用于本發明的卡片用連接裝置的第二 叫㈣卡片的上面圖，⑻是第丨卡片二:明圖。 n W下面圖，（C) 84604 1223475 疋弟】卡片的從後端部看的侧面圖，⑷是從 部看的倒面圖。.從這些以看出 卡片的側薄 形狀形成縱長方形，在里 '片100 ’平面 於防止向卡片用連接以tt 右前角部上設置了用 矸用連接衣置祆插入的斜邊 剩所示，在左右各側緣部，對 並且，如圖 成薄壁軌道102，在從上面臺沾士/…成万形切口，形 置了限制第1卡片10〇在十片，W軌通102的—部分上設 J弟1卡片100在卡片用連接裝置上的 定位用凹部⑻。並且，如叫）、⑷所示的 左側軌道102的一部分上， 上面看的 .· 风了 4別秸記設定凹兽β 1 在別標記-設定凹部104内，具有能滑 ’ 彳者:如圖1(b)所示，在下面的前緣部按規定排列= 夕固夕邵連接端子（在圖例中為106 端子106盥埋咹* + a ώ , 心二外邵連接 ^卡片内的半導體晶片（圖示從略）進行♦衮 :接，向半導體晶片進行供電，在半導 )::二 片用連接裝置的雷+ 及具有卡 且，識別標記⑼例如可1^^^ 第丨卡/ 為寫入保護器使用，以便把向 、 ㈣訊寫入切換到可能狀態或禁止狀熊。 第=)是第2卡片的俯視圖，是第2的仰視圖，㈣ 部看的η的仗後端邵看的側面圖，（狀從第2卡片的從側端 ::看的側面圖，從這些圖中可以看出，第2卡片2〇。 形狀形成縱長方形，你 k上面看的左前角部上設置了防止誤 入^卡片用連接裝置内用的斜邊2〇1。如圖抑）所示，在 :面前緣部上，按規定佈置來設置多個外部連接端子（在圖2 、例中為9個）2G2。這些外部連接端子2()2也與埋設卡片内的 84604 +導體晶片（圖示從略）進4斤 丁电氧連接，向半導體晶片進行供 電，在半導體晶〜片以 p„ /、有卡片用連接裝置的電子裝置之 間進行信號的接收和發逆。 ,,^ ^ 而且，在該第2卡片内具有與第 1卡片100的定位用凹邱1Λ1 ， 描、 Η 3、識別標記設定凹部104和識別 才恭？己1 05相當的部分。 圖1和圖2相比較可以臺山 产卜 々Μ上 看出’弟1卡片1〇〇的寬度W1稍大於 第2卡片200的寬度W2 ·镇1本u 〇λλ ’弟1卡片1⑼的長度L1稍大於第2卡片 2〇〇的長度L2 ;第1卡片】⑽ . 的厚度丁1稍大於第2卡片200的厚 度Τ2。如此，本發昍上 心# 月的卡片用連接裝置，其特徵在於··能 女裝尺寸不同的2種資邙丰* /、Λ卡片進行資訊的接收和發送。 以下根據圖3〜圖11，μ η ,、 汗細說明關於實施方式的卡片用連 =裝置。圖3是卡片用連接裝置的構件結構圖。圖4是 凸輪溝槽的說明圖。圖5是卡片料接裝置的裝配狀態的平 面^圖6是把卡片用連接裝置的罩拆下後的狀態的平面圖 。圖7疋圖5的7-7部斷面圖。 圖8是圖5的8-8部斯面岡 口 * 一 1 _面圖，是表不滑動器在卡片排 移動的狀態的斷面圖，圖9是圖5的8_8部斷面圖，』= 動备在卡片插入方向移動的狀態的斷面圖，圖10是表心 片用連接裝置的第！卡片插人狀態的斷面圖，wu = 片用連接裝置的第2卡片插人狀態的斷面圖。 不、 關於本發明實施方式的卡片用連接裝置，如圖3所示，主 要由以下各部分構成·· h 「框架1，它由絕緣性樹脂的成形體構成； 至屬製罩2，用於覆蓋在該框架1的上面； 84604 -10- 導引構件3，它設置在卡片插 從上士 、 「巧猶入4内，精由在上述框架1 上安裝上述罩2而形成； 罘1施力構件4,歸施加作用力，使該導引構件3平常處 於打開狀態； 導引保持構件5，用於把上述導引構件3保持在關閉狀態； 動構件6，[被安裝在上述卡片插人部内並能滑動； 捷性印製電路板7,其一端被連接在該滑動構件6上； 第1保持構件（第丨操作構件）8，用於把上述滑動構件6保持 在卡片排出側的規定位置上，同時，根據插入到卡片插入 邵内的資訊卡-片的種類來切換凸輪結合銷的移動路徑，該 結合銷在上述框架1内所形成的心形凸輪溝槽内進行移動； 第2保持構件9，用於使上述滑動構件6保持在卡片插入側 的規定位置上； 卡片排出構件10 ’它安裝在上述框架1上並能滑動； 凸輪結合銷11，其一端安裝在該卡片排出構件10上，另一 端與上述心形凸輪溝槽相結合； 防止脫落構件（第2操作構件）丨2，用於防止該凸輪結合銷 11從上述卡片排出構件丨〇上脫落下來；以及 第2施力構件13，用於對上述卡片排出構件1 〇施力，使其 平常保持在卡片排出方向上」。 框架1 ’如圖3和圖6〜圖11所示，由以下部分構成：底板 21 ’沿該底板21的左右兩側邊而立起的第1導軌22和第2導 軌2 3。沿上述底板2 1的裏側的側邊而立起的後面板24。底 板21由以下各部分構成：設置在卡片插入側的厚板部25， 84604 -11 - 設置在裏側的薄板部26，製作在薄板部26的一部分上的開 口邯27。在厚板—部2S和上述第i導軌22以及第2導軌23的一 4刀上，设置為設疋導引構件3用的導引構件設定溝槽28， 在導引構件設疋溝槽28的左右兩端部内，設置了為保持導 引構件3能轉動自如用的導引保持孔29。另一方面，在上述 薄板邵26上插入模製（inside m〇ld)了與設置在上述第i卡片 100上的外邵連接端子1〇6進行電氣連接的第1端子構件 。第1端子構件30的前端部藉由上述開口部27而佈置在比上 述厚板邵25上面的上方，第！端子構件3〇的後端部藉由後面 板24而佈置在框架1外面。 在上述第1導軌22的上面，如圖3和圖5所示在上述導引構 件設足溝槽28的後方部分上，設置了第丨保持構件（第丨操作 構件）8的安裝部3 1，在該裝入部3丨内設置了第丨保持構件8 的保持銷32。並且，在第！導軌22的上面的上述安裝部^的 後方，設置卡片排出構件10、凸輪結合銷u、防止脫落構件 12和施力構件13的安裝部33，在該安裝部33内，形成了與 凸輪結合銷11的一端相結合的心形凸輪溝槽3 4。 心形凸輪溝槽34，如圖4放大圖所示，由以下各部分構成 :當插入了上述第1卡片i 〇〇時，凸輪結合銷丨丨的一端進行移 動的第1迴圈溝槽35，當插入了上述第2卡片2〇〇時凸輪結合 銷11的一端進行移動的第2迴圈溝槽36、以及對該第i和第2 迴圈溝槽3 5、3 6進行連通的連通溝槽3 7。 第1迴圈溝槽35的行程大於第2迴圈溝槽36的行程。也就 是說’第1迴圈溝槽35由a->b—d—e—a路線構成；第2 84604 -12- 1223475 迴圈溝槽36由a—f—g—h—e—以各線構成。而且，第〗迴圈 溝槽35的行程（ac_間的距離）和第2迴圈溝槽36的行程（叫間的 距離）之差，根據資訊卡片的尺寸等來進行設定，使得在安 裝卡片時，第1卡片100從卡片用連接裝置中的突出量與第2 卡片200的突出量相等。 另方面，在上述第2導軌23的上面，如圖3和圖6所示 ，在上述卡片插入側A上設置導引保持構件5的安裝部“ ，在該安裝部38内設置導引保持構件5的保持銷”。並且 ，在第2導軌22上面的上述後面板24側，設置第2保持構件 9的安裝邵40 ,在該安裝部4〇内，設置了第以呆持構件9的 保持銷4 1。 再有，在上述第1導軌22和上述底板21的邊界部、以及上 述第2導軌23和上述底板21的邊界部處，設置臺階部42，用 於對形成在上述第！卡片1〇〇左右兩側部的導軌ι〇2相結合 :在上述第1導軌22的外面和上述第2導軌23的外面，形成 了與罩2進行結合用的結合凸起43。 罩2,如圖3和圖7〜圖u所示，由以下各部分構成：形成 f上述框架1上面的、其大小能覆蓋框架的長方形頂板44、 從孩頂板44的左右兩側邊向下折彎的侧板45、以及從該頂 板44的裏側邊上向下折.彎的後面板仏。在頂板料的卡片插 入側’形成了為便於插入和取出卡片用的凹部47。並且， 在上述側板45上，開設了為與形成在上述框架丨上的結合凸 起43相結合用的結合孔48 ;在上述後面板上，開設了為 插入撓性印製電路板7用的插入孔49。該罩2叫吏頂板料搭 84604 * 13 - 1223475 接到上述框架1的第1導軌22和第2導軌23的上面，同時，使 側板45和後面板„46搭接到上述框架1的第1導軌22和第2導 軌23以及後面板24的外面上，通過使形成在框架i上的結合 凸起43與開設在側板45上的結合孔48進行快速（snap)結合 ’而與框架1形成一個整體。 如此，如圖7〜圖11所示，在框架1的内面和頂板44的内面 之間，構成包括第1卡片插入口 5〇a在内的卡片插入部5〇，同 時，在卡片插入部50内利用上述厚板部25的上面、上述第i 和第2導軌22、23的内面以及上述頂板44的内面，來構成為 把第1卡片100-引導到第i端子構件3〇的設定部用的第工卡片 導引部。 導引構件3如圖3和圖6〜圖11所示，由以下各個部分構成 面板4 5 1，從忒面板部5丨的一端向外突出的彈簧保持軸 52、從該彈簧保持軸52的前端部和上述面板部5丨的另一端 邵向外突出的導引保持軸53、以及形成在上述彈簧保持軸 52的鄰接部分上的彈簧結合片54。在上述面板部上，形成 了為對上述第2卡片200進行導引用的第2卡片插入口乃、以 及為便於把第2卡片200插入到該第2卡片插入口乃内用的 第1施力構件4， 為關閉狀態。其衾士 4，其作用力的方向是上述導引構件3平常说明 Description of the invention: [Technical field to which the invention belongs] The present invention relates to a card connection device for mounting an information card with a semiconductor chip therein and connecting an external connection terminal provided on a side information card to a desired electronic circuit. [Prior art] In the past, a known built-in semiconductor chip has a card-shaped information card. As an external storage device, it can be detachably installed in electronic devices such as a microcomputer, a video camera, a digital camera, and a mobile phone. In this type of electronic device, a card connection device is provided in order to connect an external connection terminal provided on the information card to an electronic circuit in the electronic device. However, in the past, the electronic device had an information card capable of mounting only one specific structure. The card connection device cannot be installed with a variety of information cards with different shapes and sizes, and the number and arrangement of external connection terminals. Since various information cards have already appeared on the market, their shapes and sizes, as well as the number and arrangement of external connection terminals are different. Therefore, it is required to improve the convenience of the electronic device so that it can install a variety of information cards as needed. -Moreover, if many kinds of card connection devices are installed in electronic devices, then 'can adapt to such requirements, but there are other serious problems such as increased cost and volume of electronic devices, so this cannot be used in actual use. Fang Dong. SUMMARY OF THE INVENTION The present invention is a solution proposed to solve such a problem in the prior art. 84604 1223475 The purpose is to provide a card connection device for the first card that can be thinned and the second card to be exhausted. In order to achieve the above-mentioned object, the present invention has: a sheet inserting portion 'in which 2 cards can be inserted respectively; 7 a 1 sheet and a thin and thin first card insertion opening for receiving the first card Guide to the entrance slot; T / T to the card insertion guide member, and you ... Also, a second card is formed ::, the card is inserted into the port and can be opened and closed, and the card is inserted into the port; The second card mentioned above is connected to the first terminal member for electrical connection with the upper terminal; and the external connection member 2 Saki sub-member on the card is used for electrical connection with the upper terminal; and the When the above-mentioned guide member is connected to the above-mentioned guide member, correspondingly, insert the above-mentioned heart from the above-mentioned card insertion port = to perform a switch, and when the piece is opened, and open the above-mentioned tenth piece = ten pieces, the guide structure entrance is inserted in When the second card is inserted into the second card, the first card is inserted into the mouth. The $ priming member is held at the above-mentioned 'so, if it has: ^ card inserting part', which can insert a wide and thick one respectively! Card and narrow and thin = member, which has a second card insertion hole that can be inserted into the second card, but can not be sliced; 84604 1 terminal member, Min, person, external connection terminal set on the first card 11 and the 设置 connecting terminal provided on the first can install a wide and thick first card and ^ in a + &m; earth, narrow and thin second card 'connecting device, so, can Improve the card connection device and the electric clothes set equipped with the side card connection device, and insert the second card ^, and if there is a contention for entering the first card, insert the card into the card insertion slot, insert the card Or on the second terminal member, the A card can be guiltyly attached to the first terminal mechanism. Therefore, in order to improve the card connection device, in order to achieve the above object, the structure of the present invention is as follows: the guide member is installed in a part that can rotate freely, and is incorporated into the left and right sides of the shaft, The first card is inserted into the position where the card insert is inserted into the guide holding member and is kept closed. Example of the card: 22: The guide member is installed on the left and right sides of the card insertion section. 'It is held in the position of the position of the closed-shaped energy ::: Γ by inserting the first card into the upper part to release the coupling and holding member. Then, when not in use, the guide member is closed to close the tablet, and the tablet is inserted into the shao ’, so that foreign matter such as dust can be prevented from entering the card > entering the shao’ can improve the durability of the card connection device. '' In order to achieve the above purpose, the present invention adopts this structure: 84604 1223475 The above guide member is installed on the left and right sides of the above card habitat and can rotate freely-the force applying member normally closes the card insertion portion The force is applied in the direction of the direction, and the first card is inserted into the card insertion portion, and is held at a position where the card insertion portion is closed by a guide and holding member that is released from the coupling. In this way, if the guide member normally closes the card insertion portion under the action of the urging member, and is held at the position where the card insertion is closed by the guide holding member, then "when the second card is inserted into the card insertion portion In this case, the guide member is kept in a stable and reliable state. Therefore, it is easy and reliable to insert the second card into the second card insertion hole, which can improve the reliability and operability of the card connection device. Furthermore, in order to achieve the above-mentioned object, the present invention adopts a structure in which an inclined surface is provided on the outside of the guide member to facilitate insertion of the second card into the second card. Θ 播; this' If a bevel is provided on the outside of the guide member to facilitate the insertion of the second card into the second card insertion hole, the second card can be easily and reliably inserted into the dagger 2 card insertion In the hole, the reliability and easy operability of the card connection device can be improved. [Embodiment] First, the card connector according to the present invention will be described with reference to Figs. 1 and 2 in detail. The structure of the information card used in connection with it will be explained in detail based on ... Figure!连接 The card connection used in the present invention 2 is the top view of the second card, which is suitable for the card connection device of the present invention, and ⑻ is the second card: the clear picture. N The lower picture, (C) 84604 1223475 My brother] The side view of the card from the rear, the side view is an inverted view. From these, it can be seen that the side thin shape of the card forms a vertical rectangle, and the 'sheet 100' is inside to prevent To the card connection, the beveled side inserted with the connection clothing for the card is installed on the right front corner of the tt, and the left and right side edges are opposite. As shown in the figure, the thin-walled track 102 is attached to the table from the top. Taxi / ... made into a notch, limiting the first card 10 is formed in the ten, W rail 102-part of the J-card 1 card 100 positioning recess ⑻ on the card connection device. And, such as (Called), part of the left side rail 102 shown above, as seen above. · Wind 4 Do not forget to set the concave beast β 1 In the mark-setting recess 104, there is a slippery '彳: Figure 1 ( As shown in the figure b), the lower front edge is arranged according to regulations = Xigu Xishao connection terminal (106 terminals in the illustration)子 106 盥 * + a Royalty, Heart 2 is connected ^ The semiconductor chip in the card (illustration omitted) ♦ 衮: connect, power supply to the semiconductor chip, in semiconducting) :: two-chip connection device的 雷 + and has a card, and the identification mark ⑼ can be used, for example, as a 1 ^^^ card / for a write protector, in order to switch the direction and message writing to a possible state or prohibit the bear. No. =) is No. The top view of the 2 card is the bottom view of the second, the side view of the rear end of η viewed from the ㈣ part, (like the side view of the 2nd card from the side end :: see, from these pictures you can see Out, the second card 2 0. The shape is formed into a vertical rectangle, and the oblique side 201 for preventing the card from being accidentally inserted into the card connection device is provided on the left front corner of the top of the k. As shown in FIG. On the front edge part, a plurality of external connection terminals (9 in the example in FIG. 2) are provided in a prescribed arrangement. 2G2. These external connection terminals 2 () 2 are also connected to the 84604 + conductor chip embedded in the card (illustrated from (Omitted) Connect 4 kg of D-oxygen connection to supply power to the semiconductor chip. Use p „/ on the semiconductor chip to connect the card. Between the electronic device and receiving means send the reverse signal. ,, ^ ^ In addition, the second card has a positioning recess 1Λ1 for the positioning of the first card 100, 、, Η3, the identification mark setting recess 104 and identification. Already 105 equivalent parts. Comparing Fig. 1 with Fig. 2, it can be seen on Taishan's production line that 'the width of the card 1 of the brother 1 is slightly larger than the width W2 of the card 2 of the second 200. The town 1 u u λλ' the length of the brother 1 card 1⑼ L1 The thickness L2 of the second card 200 is slightly larger than that of the first card 200. The thickness D1 of the second card 200 is slightly larger than the thickness T2 of the second card 200. In this way, the present card connection device for the card # 上 特征 is characterized by the ability to receive and send information from two types of information cards with different women's sizes * and Λ cards. Hereinafter, the card connection device according to the embodiment will be described in detail with reference to FIGS. 3 to 11. FIG. 3 is a structural diagram of a card connection device. Fig. 4 is an explanatory diagram of a cam groove. Fig. 5 is a plan view of an assembled state of the card material receiving device ^ Fig. 6 is a plan view of a state where a cover of the card connection device is removed. Fig. 7 is a cross-sectional view of part 7-7 in Fig. 5. FIG. 8 is a sectional view of the 8-8 Span Gangkou of FIG. 5-a 1 _ sectional view, which is a sectional view showing a state in which the slider is moving in the card row, and FIG. 9 is a sectional view of the 8_8 portion of FIG. 5 ”= A cross-sectional view of the state in which the motion device moves in the card insertion direction. FIG. 10 is the first connection device of the watch core piece! Sectional view of the card insertion state, wu = Sectional view of the second card insertion state of the tablet connection device. No. As shown in FIG. 3, the card connection device according to the embodiment of the present invention is mainly composed of the following parts: h "Frame 1, which is formed of a molded body of an insulating resin; Covered on the frame 1; 84604 -10- guide member 3, which is set on the card inserted from the sergeant, "Qiao Yi Ru 4", and is formed by mounting the cover 2 on the frame 1; The force member 4 is used to apply a force to make the guide member 3 normally open; the guide holding member 5 is used to keep the guide member 3 in a closed state; the moving member 6, [is installed in the card slot It can slide inside the human body; one end of the agile printed circuit board 7 is connected to the sliding member 6; the first holding member (the operation member) 8 is used to hold the sliding member 6 on the card discharge side. At the same time, the movement path of the cam coupling pin is switched according to the type of the information card-sheet inserted into the card insertion slot, and the coupling pin moves in the heart-shaped cam groove formed in the frame 1; 2 holding member 9 for The slide member 6 is held at a predetermined position on the card insertion side; the card ejection member 10 ′ is mounted on the above-mentioned frame 1 and is slidable; the cam coupling pin 11 has one end mounted on the card ejection member 10 and the other end connected to the card core Combined with a cam groove; a detachment preventing member (a second operation member); 2 for preventing the cam coupling pin 11 from falling off the card ejection member; and a second urging member 13 for The card ejection member 10 applies a force to keep the card ejection direction in the usual direction. " As shown in FIGS. 3 and 6 to 11, the frame 1 ′ is composed of a base plate 21 ′, and first and second guide rails 22 and 23 standing up along the left and right sides of the base plate 21. The rear panel 24 stands up along the back side of the bottom plate 21. The bottom plate 21 is composed of a thick plate portion 25 provided on the card insertion side, 84604 -11-a thin plate portion 26 provided on the inner side, and an opening 27 formed on a part of the thin plate portion 26. A guide member setting groove 28 for setting the guide member 3 is provided on the thick plate portion 2S and a 4-knife of the i-th guide rail 22 and the second guide rail 23 described above, and the guide member is provided with the groove 28 In the left and right end portions, guide holding holes 29 are provided for holding the guide member 3 to be rotatable. On the other hand, a first terminal member that is electrically connected to the external connection terminal 106 provided on the i-th card 100 is inserted into the thin plate Shao 26 by molding. The front end portion of the first terminal member 30 is arranged above the upper surface of the thick plate Shao 25 through the opening 27, and the first! The rear end portion of the terminal member 30 is arranged outside the frame 1 by a rear plate 24. On the upper surface of the first guide rail 22, as shown in Figs. 3 and 5, a mounting portion 3 of the first holding member (the first operation member) 8 is provided on the rear portion of the guide member foot groove 28. A holding pin 32 of the holding member 8 is provided in the mounting portion 3 丨. And, at the first! Behind the above-mentioned mounting portion ^ on the upper surface of the guide rail 22, a mounting portion 33 of the card ejection member 10, the cam coupling pin u, the detachment prevention member 12, and the urging member 13 is provided. In this mounting portion 33, a cam coupling pin is formed. The one end of 11 is combined with the heart-shaped cam groove 3 4. As shown in the enlarged view of FIG. 4, the heart-shaped cam groove 34 is composed of the following parts: When the above-mentioned first card i 00 is inserted, one end of the cam coupling pin 丨 丨 moves the first loop groove 35 When the second card 200 is inserted, the second loop groove 36 that moves one end of the cam coupling pin 11 and communicates with the i and second loop grooves 3 5 and 36. Grooves 3 7. The stroke of the first loop groove 35 is greater than the stroke of the second loop groove 36. In other words, the first loop groove 35 is composed of the a- > b-d-e-a route; the second 84604-12-1223475 loop groove 36 is composed of a-f-g-h-e- Each line constitutes. Moreover, the difference between the stroke (distance between ac_) of the lap groove 35 and the stroke (distance between ac_) of the second lap groove 36 is set according to the size of the information card, etc. In the case of cards, the amount of protrusion of the first card 100 from the card connection device is equal to the amount of protrusion of the second card 200. On the other hand, as shown in FIG. 3 and FIG. 6, on the upper surface of the second guide rail 23, a mounting portion “of the guide holding member 5 is provided on the card insertion side A, and a guide holding member is provided in the mounting portion 38. 5 holding pins. " Further, a mounting bracket 40 of a second holding member 9 is provided on the rear panel 24 side above the second guide rail 22, and a holding pin 41 of a second holding member 9 is provided in the mounting portion 40. Furthermore, a step portion 42 is provided at a boundary portion between the first guide rail 22 and the bottom plate 21 and at a boundary portion between the second guide rail 23 and the bottom plate 21, so as to be formed in the first! The guide rails ι2 on the left and right sides of the card 100 are combined: On the outer surface of the first guide rail 22 and the outer surface of the second guide rail 23, coupling protrusions 43 for coupling with the cover 2 are formed. As shown in FIGS. 3 and 7 to u, the cover 2 is composed of a rectangular top plate 44 formed on the frame 1 and covering the frame in a size, and downward from the left and right sides of the child top plate 44 The bent side plate 45 and the bent rear plate 仏 are bent downward from the inner side of the top plate 44. On the card insertion side 'of the top sheet, a recess 47 is formed to facilitate insertion and removal of the card. In addition, the side plate 45 is provided with a coupling hole 48 for combining with the coupling protrusion 43 formed on the frame; and the rear plate is provided with a flexible printed circuit board 7 for insertion. Insert hole 49. The cover 2 is called the top sheet strap 84604 * 13-1223475 connected to the first guide rail 22 and the second guide rail 23 of the frame 1, and at the same time, the side plate 45 and the rear panel „46 are connected to the first frame of the frame 1 The guide rails 22, the second guide rails 23, and the outer surface of the rear panel 24 are formed by snap coupling with the coupling projections 43 formed in the frame i and the coupling holes 48 formed in the side panel 45 to form one with the frame 1. In this way, as shown in FIGS. 7 to 11, the card insertion portion 50 including the first card insertion opening 50a is formed between the inner surface of the frame 1 and the inner surface of the top plate 44, and at the same time, card insertion is performed. The upper surface of the thick plate portion 25, the inner surfaces of the i-th and second rails 22 and 23, and the inner surface of the top plate 44 are used in the portion 50 to configure the setting of the first card 100- to the i-th terminal member 30. As shown in FIG. 3 and FIG. 6 to FIG. 11, the guide member 3 is composed of the following sections 4 5 1, and is held by a spring protruding outward from one end of the panel section 5 丨. The shaft 52 extends from the front end portion of the spring holding shaft 52 and the other end of the panel portion 5 丨. A protruding guide holding shaft 53 and a spring coupling piece 54 formed on an adjoining portion of the spring holding shaft 52. A second card insertion opening for guiding the second card 200 is formed in the panel portion. In order to facilitate the insertion of the second card 200 into the second card insertion opening, the first urging member 4 is in a closed state. For the warrior 4, the direction of the force is the above-mentioned guide member 3 in general.
但本發明的要點並非僅限於此， 彈簧作為第1施力構件4 而是可以採用其他任意 84604 -14- 1223475 彈性體’只要其作用力的方向能使導引構件3平常為關閉 狀態即可。 — 上述導引構件3如圖6和圖7所示，把面板部51安裝在上述 框架1上所形成的導引構件設定溝槽28内，同時把導引保持 軸53安裝在上述框架丨上所形成的導引保持孔“内，以便與 上絲架1形成—體化。並且，使安裝在上述彈簧保持軸52 上的第1施力構件4的兩端部分別結合到上述導引構件3上 所形成的彈黃結合片54和框架丨上，如此施加作用力使導引 構件3平時為關閉狀態。 導引保持構件5如圖3和圖6所示，由具有捲繞部化的受扭 螺旋彈簧構成’該捲繞部能安裝在上述第2導軌23上面的保 持銷39上，在該捲繞部的一端上形成了結合部5b，以便與 上述第2導軌23上面的凹形安裝部3 8相結合。並且，在上述 捲繞部5a的另一端上形成了由第1卡片1〇〇有選擇地進行按 壓操作的三角形按壓部化以及與上述導引構件3的一部分相 結合，使上述導引構件3保持在關閉狀態下的結合部5d。該 導引保持構件5如圖6所示，把捲繞部5a安裝到保持銷39上， 同時使結合部5b與安裝部38的一部分相結合，如此與框架^ 形成髖化，把按壓操作部5c和結合部5d佈置在上述卡片插 入4 50内。而且，在本實施方式中，採用受扭螺旋彈簧作 導引保持構件5 ,但本發明的要點並非僅限於此，而是只要 能根據第1卡片100的插入動作而有選擇地打開導引構件3 即可’可選擇其他任意彈性體。 滑動構件6由絕緣性樹脂的成形品而構成，如圖3、圖6、 84604 -15- 1223475 圖8和圖9所示具有··上面板6〇、下面板。、連結該上面板 6〇和下面板61的_·連結板62、沿下面板61的一側邊而進行立 起的側板63，在連結側板63的前端部和下面板61的部分， 形成了斜邊64,該斜邊64的尺寸和角度基本上等於上述第ι 卡片1〇〇的右前角部上所形成的斜邊101。在上述連結板62 上，插入模製了第2端子構件65，用於和設置在上述第2卡 片200上的外邵連接端子2〇2進行電氣連接。該第2端子構件 65的前端部被設定在上述上面板6〇和下面板61之間的規定 位置上，該第2端子構件65的後端部藉由上述連結板62而被 佈置在外部。並且，在上述側板63的前端部上設置第i保持 構件（操作構件）8的結合凸部66，同時在該結合凸部66的後 方部分上，設置了卡片排出構件1〇的結合凸部67，在該結 合凸邯67的後方部分，形成了卡片排出構件1 0的設定凹部 68。再者’在該滑動構件6與上述第2導軌23相對置的一側 的外面上，設置了為與第2保持構件9相結合用的結合凹部 69 〇 上面板60和下面板6 1的間隔，其設定狀態是：能插入第2 卡片200，對詨置在該第2卡片200上的外部連接端子2〇2和 第2端子構件65進行電氣連接。所以，在利用導引保持構件 5來把上述導引構件3保持在關閉狀態的情況下，如圖8和圖 9所示，利用設置在導引構件3上的第2卡片插入口乃和上述 厚板部25上面以及上述滑動構件6的内面，來構成第2卡片 導引部，用於把上述第2卡片200引導到第2端子構件65的設 定部上。 84604 -16- 1223475 撓性印製電路板7用於把上述第2端子構件65連接到益圖 π的電路上’形成寬闊狀的—端連接到上述第2端子構件^ 的後端部，·另-端藉由在罩2上開設的插入孔衫而引 部。 卜 第2保持構件9如圖3和圖6所示，由受扭螺旋彈簧構成， 該受扭螺旋彈簧所具有的捲繞部93能安裝到設置在上述第2 導軌23上面的保持銷41上，在其—端上形成結合部外，以 便和5又置在上述第2導軌23上面的安裝部4〇相結合。並且， 在上述捲繞部9a的另一端上，形成了三角形的結合部％，該 、σ η »卩被上述第1卡片有選擇地進行按壓操作，能與設置在 上述滑動構件6外面的結合凹部69相結合。 該第2保持構件9，如圖6所示，把捲繞部9a安裝到保持銷 41上’同時使結合部9b與安裝部4()的一部分相結合，從而 與框架1形成一個整體，上述結合部％被佈置在上述卡片插 入：5〇内。而JL ’在本實施方式中，採用受扭螺旋彈簧作 為第2保持構件9。但本發明的要點並非僅限於此，而是可 以私用任忍其他彈性體，只I能使滑動構件6保持在卡片插 入方向的規定拉置上即可。 卡片排出構件1 〇由絕緣性樹脂成形體而構成，如圖3所示 其中具有·形成了凸輪結合銷丨丨的安裝孔71和防止脫落構 :12的固疋邵72的王體部73、用於保持第^施力構件u的一 端的彈簧保持軸74、以及上述滑動構件6上所形成的設定凹 4 68内所叹疋的按壓操作部75。該卡片排出構件⑺如圖崎 ^在上逑第1導軌22上面所設置的安裝部33内安裝上述主 84604 -17- 1223475 體部73並使其能滑動，而且，在上述滑動構件6上所形成的 設定凹部68内設-定上述按壓操作部75，如此與上述框架 滑動構件6形成一體化。 凸輪結合銷11如圖3所示，由兩端向同一方向彎曲的、倒 放的略“U”字形（C字形）金屬絲構成。該凸輪結合銷丨丨，其 一端被插入到上述卡片排出構件1〇的主體部乃上所形成的 女裝孔71内並能轉動；另一端被安裝在導軌22上面的所形 成的心形凸輪溝槽3 4内並能滑動。 防止脫落構件（第2操作構件）丨2用於防止凸輪結合銷丨丨脫 落，同時，對心形凸輪溝槽34内所安裝的凸輪結合銷u的一 端施力使其平常位於上述框W的内側，它由彈性良好的金 屬板等來形成。該防止脫落構件（第2操作構件）12，其一端 例如用嵌合等方法而被固定在上述卡片排出構件1〇的主體 部73上所形成的固定部72上，另_端與安裝在上述卡片排 出構件10的主體部73上的凸輪結合銷“進行彈性接觸。 第2施力構件13用於使上述卡片排出構件1〇平常位於卡 片排出側。如圖3和圖6所示，採用螺旋彈簧。該第2施力 構件13的-端被安裝在上述卡片排出構件Μ上所形成的 彈簧保持軸72上’另-端與框架丨的後面心相搭接。而 且，在本實施方式中，採用螺旋彈簧作為第2施力構件13 :但本發明的要點並非僅限於此，而是可以採用其他任意 渾性體’只要能使卡片排出構件1{)平常保持在卡片排出方 向上即可。 利用上述心形凸輪溝槽34、卡片排出構件1〇、凸輪結合 84604 -18 - 1223475 销π、防止脫落構件（第2操作構件）i 2和第2施力構件丨3，來 構成為把上述第-1卡片1〇0和第2卡片200鎖緊在規定位置上 用的鎖定裝置。 第1保持構件（第1操作構件）8如圖3和圖ό所示，其結構構 件又扭螺捉彈黃所具有的捲繞部8a能安裝到上述第^導軌Μ 上面所設置的保持銷32上，在其一端上形成了結合部朴， x更與》又置在上述第i導軌22上面的安裝部3i相结合。並且 ，在上述捲繞部8a的另一端上形成了：用於由上述第1卡片 _有選擇地進行按壓操作的三角形按壓部、當第i卡片 ⑽插入到卡片插人部50内時，把上述心形凸輪溝槽34中的 ，輪結合銷U的移動路線切換到^迴圈溝㈣側的銷操作 糊、以及與形成在與上述滑動構件6的結合凸部“相結合 ::!Γ邵'孩第1保持構件(第1操作構件)8如圖6所示，把 38::8::裝到保持銷32上，同時藉由使結合部❿與安裝部 …相結合而與框架1和滑動構件6構成-個整體， ‘[4 8 c和結合邵8 e佈置在上十 太“ n 布罝在上述卡片插入部50内。而且，在 万广二’第1保持構件(第"喿作構舰用了受扭螺 片二。：广要點並非僅限於此，如果能根據第^卡 片100的插入動作有選擇地打開滑 形凸輪溝槽34中的凸輪έ士人銷 而且此切換心 用其他任何彈性體。 仙的移動路線，那麼，可以選 卡片_“到上述結構的卡片：連：置:， 動作。圖12是插入第〗卡片時 ':衣置内的情況下* 、 連接裝置的初始位j 84604 •19- 1223475 的說明圖，圖13是插入第丨卡 程位置的說明圖…插入 接裝置的全行 的卡片鎖緊位置的說明圖，圖15 +片用連接裝置 連接裝置的返回（恢復）位置的^。入弟1卡片時的卡片用 在把第1卡片100插入到卡 ，導引俣祛^ 卞片插入邵50内之前，如圖6所示 導引保持構件5的結合部5(1與導 件3如圖8所示，在保持 相、、口口寸引構 了傅1干叹疋溝槽Μ内進 ，形成在導引保持構件5上的三 " 50内今+。* π —角形按壓邵5c向卡片插入部 大 、且，如圖6所示，滑重摄 杜Η ΑΑ π ; - 肖勤構件6借助于第2施力構 件13的弹力而-向卡片排出側 刀稱 杜#人、 力弟1保持構件（第1操作構 件）8的…a邵8e與形成在滑動 肖勁構件6上的結合凸部66相纟士人 。如此，滑動構件6穩定地保持 ,^ 寸社卞片排出万向的規定位置 上。而且，這時第2保持構件9 λ ρ π動構件6解除結合，形成 在弟2保持構件9上的二角开^ έ士 、 内。 角开乂結合邵9c突出到卡片插入部50 若從該狀態按規定方向把笛〗上以 50肉目,,Μ 万^把弟1卡片⑽插入到卡片插入部 5〇内，則首先，未設置斜邊的 到導引保持構-件5上所來2 卡彳100的左前角部搭接 宁稱仵5上所形成的三角形按壓部5c上，形成在嗲 導引保持構件5上的二角形括段、 办成在Θ 周开/按壓邵5c和結合部5(1利用第1 + 片，1〇〇的插入力而排出到+於并 扪用罘1卡 出到卡片插入部5〇外。如此，導引構件 3和結合部5 d的社人舳能说念刀人 口狀恶被解除。導引構件3利用第丨卡 100的插入力如圖10所示，以遒 寸引保持軸53為中心進行轉動 心成罘1卡片100的插入空間。 當從該狀態進一步插人mu /播入罘1卡片100時，如圖12所示，第i 84604 -20- 1223475 卡片100的前邊和斜邊101與滑動構件6相搭接，同時，抑 卡片100的右側邊與形成在第1保抟媒 弟 „ . ^ 、… 、 待構件（第1操作構件）8上 勺二角形按壓部8 c相搭接’形成在兮楚 茨罘1保持構件（第1操作 構件）8上的按壓部8C和結合部86利用筮^ 而站山 、 扪用罘1卡片100的插入力 排出到卡片插入部50外。如此，滑動 彼，Μ β s力構件6和第1保持構 = '操作構件)8的結合被解除’同時利用形成在第〗保持 構^弟旧作構件）8上的銷操作部8d把凸輪結合銷u向外 安壓’沿心形凸輪溝槽3 4移動的凸於处入 7凸軲結合銷11的移動路線被 切換到弟1迴圈溝槽35側。 當從該狀態-進一步按入第！卡片 m ^ 丁巧100時，如圖13所示，利 J弟1卡片1 〇〇的插入力，使滑重媒 “士入 動構件6、卡片排出構件10、 凸輪結合銷11、防止脫落構件（第 〒（弟2铋作構件）12來壓住第2施 力構件13的彈力向裏側移動， -, j吁在滑動構件6移動的過 裎中，形成在第2保持構件9上 八 祙6 μ从人、 7、、、口口口15 9b與形成在滑動構 上、、、口 a凹邵69内相結合，凸輪紝人 户罢必* ϋ知、、、口 &銷11的丽端在從初始 位置a移動到第1迴圈溝槽35的全杆& — 7王仃私位置b的階段，不能進 步按入第1卡片丨⑽。這時一 ψ $lf ^ ^ ^ 、T如圖9所不，第1端子構件30露 J μ動構件6的前方， 44 ^ ^ 叹置在罘1卡片100上的外連 接.；"子106和第1端子構件30進行電氣連接。 於：二。:操作者手離開第1卡片_時，如圖Μ所示，凸 構件㈣作構件):二力^ ^ ^ . άΛ ^ 々爭力作用下，自動地移動到第1迴圈 置1纟卡片鎖定位置m卡片順I定地保持在該位 置上。所以，操作去处产々々… ^ 月匕在弟1卡片1 〇〇上進行穩定的資訊錄 84604 -21 - 1223475 放。 在錄放操作結〜束後，操作者再次插入第1卡片100，然後 f手：開第1卡片100時，如圖15所示，凸輪結合銷U的前端 在第她力構件1 3的彈力和防止脫落構件（第2操作構件） 12的彈力作用下，在心形凸輪溝槽％上按照㊁自動 也私動動構件6和第2保持構件9的結合狀態被解除，第 卡片1 00 Μ重力構件6、卡片排出構件i 〇、凸輪結合銷j 1和 防止脫洛構件（第2操作構件2、在第2施力構件⑽彈力作 用下’向卡片排出方向移動。並且，滑動構件6向卡片排出 、向和動糸疋返回到設置在第1卡片1 〇〇上的外部連接端 子1 06和第1端子構件3〇的連接被解除的狀態。 f當操作者從卡片用連接裝置中拉出第1卡片1〇〇時 μ第1卡片1 〇〇和第丨保持構件（第丨操作構件）8的結合被解 除，所以，第1保持構件（第丨操作構件）8的結合部k與形成 切動構件6上的結合凸起66相結合，_，凸輪結合銷u 猎^連通溝槽37返回到初始位laJi，變成_所示的初始 狀怨。並且’帛i卡片1〇〇和導引構件3的結合被解除，所以 ^導引構件3左第1施力構件4的彈力作用下向關閉卡片插入 崢50的方向轉動，導引構件3在垂直豎立的狀態下與導引保 持構件5的結合部5d相結合。 :且，當第1卡片1〇〇插入卡片插入部5〇内的方向錯誤時 ，第1卡片1〇〇的角部與形成在滑動構件6上的斜邊64相搭接 ，卡片1〇〇不能插入到全行程位置，能防止發生誤插入 故&。並且’在第1卡片i 00插入時的正反面颠倒時，框架i 84604 -22- U475 的底板和導軌22、23的邊界部上所形成的臺階部42與第^ 卡片1 00的前邊相搭接，所w 筮 接所以罘1卡片100不能插入到卡片 插入部50内，能防止發生誤插入故障。 以下根據圖6、圖8、圖“和圖16〜圖19，詳細說明上述結 構的=片用連接裝置内插人第2卡片時㈣作。圖16是 ，入罘2卡片時卡片用連接裝置的初始位置的說明圖，圖17 疋插入第2卡片時卡片用連接裝置的全行程位置的說明圖 ’圖18是插人第2卡片時卡片料接裝置的卡片鎖定位置的 說明圖是插人第2卡片時卡片料接裝置的返回位置 的說明圖。 - 如圖8所示，導引構件3在導引構件設定溝槽“内進行立 起動作，並且，如圖6所示，在滑動構件6在第2施力構件13 的彈力作用下向卡片排出側進行移動的狀態下，當第2卡片 20。插入到卡片插入部5。内時，第2卡片2〇。面向規田定方向從 導引構件3的面板部51上所形成的第2卡片插入口 55進行插 入0 從第j卡片插入口 55插入的第2卡片2〇〇，不與導引保持構 件5和罘1保持構件（第丨操作構件）8相結合，如圖16所示，與 卡片排出構件10相搭接。 片當從該狀態進一步按入第2卡片200時，如圖17所示，在 弟2卡片200的插入力作用下，卡片排出構件1〇、凸輪結合 銷Η和防止脫落構件12克服第2施力構件13的彈力向裏側^ 動，同時第2卡片200插入到滑動構件6内，凸輪結合銷11的 則端從初始位置&移動到第2迴圈溝槽36的全行程位置f的階 84604 -23 - 1223475 段、、’不能進一步按入第2卡片200。並且，在該階段，設置 在β動構件6上的第2端子構件65和設置在第2卡片2〇〇上的 外部連接端子202進行電氣連接。 =後’當操作者的手離開第2卡片2〇〇時，如圖18所示， 凸輪結合銷η的前端部在第2施力構件13的彈力和防止脫落 構件（第2操作構件）12的彈力作用下，自動地向第2迴圈溝槽 %的卡片鎖定位置§上移動。第2卡片細穩定地保持在該位 ^上。所以’操作者能在Ρ卡片則上進行敎的資訊錄 ^錄万U果作-結束後，操作者再次向裏按壓第2卡片·， 二f、备手離開第2卡片200時，如圖19所示，凸輪結合销11 β在弟2施力構件i 3的彈力#防止脫落構件（第2操作 件）12的彈力作用下自動地在心形凸輪溝槽34上按昭g—h 二路線進行移動’第2卡片·、卡片排出構件iq、凸輪結 和防止脫㈣件（第2操作構件）12在第2施力構㈣ 广作用下，向卡片排出方向移動。並且，卡片排出構 二〇'由向卡片#出方向移動而返回到設置在第2卡片· 熊。、15連接响子202和第2端子構件65的連接被解除的狀 '最後，如果換作| 乍者用卡片用連接裝置把第2卡片200拔出 不，那麼，凸私&士 μ 、 軲〜3銷11藉由連通溝槽37返回到初始位置a 上，變成圖16所示的初始位置。 關於本實施方式的 有：第1端子構件3〇 卡片用連接裝置在卡片插入部50内具 第2端子構件65、由厚板部25的上面 84604 -24- H 厶 ^ :=,第2導軌22、23的内面和頂板44的内面所構成的第1 =片導㈣、以由第2卡片插人口55和厚板部_上面及 π動構件6的内面所構成的第2卡片導引部。 因為，從一：卡片插入部5〇分別插入寬而厚的第”片 H蓴的第2卡片2GG，所以，能使卡片插人部50通用 ’能製造可以安裝2種資訊卡片的小型化的卡片用連接裝 夕為除第1端子構件3G和第2端子構件65外的許 句:通用化’所以’與配備2種卡片用連接裝置的情 /、目比’&降低卡片用連接裝置的成本。 、並且’關於'本實施方式的卡片用連接裝置，在卡片插入 =内具转㈣件6,把第2料構件咐置在該滑動構 :同時把第1端子構件3〇設定在該滑動構件6的移動範 么内、所以’此上下重疊地佈置2個端子構件30、65，與在 :後或左右錯開位置來佈置2個端子構件時相比，能減小卡 片用連接裝置的平面積。 ^且’關於本實施方式的卡片用連接裝置，I有卡片搭 ,:K上面板60和下面板61的前端部），用於在滑動構件6與 弟11片1G叫前端部相搭接，❺止設置在該第1卡片刚上 的外部連接端？ 106和第2端子構件65進行連接。 '所=能使滑動構件6準確地根據第丄卡片1〇〇的插拔動作 “ /于力作此使设置在第1卡片1⑽上的外部連接端子106 和第/端子構件30準確地進行連接，同時能準確地防止設置 、第、卡片100上的外連接端子1〇6和第2端子構件65進行連 接。並且具有第2卡片導引部（上面板60、下面板61、連結板 84604 25 1223475 ㈣板的内面）’用於在滑動構件6内把第2卡片引導 到與第2端子構件65相連接的位置上，所以， 2卡片200上的外部連接端 :…置在弟 / 土 r 不弟2响子構件65準確地進 仃連接，能提高卡片用連接裝置的可靠性。 :且？於本發明實施方式的卡片：連接裝置，因為具 弟1和#2保持構件8、9,分別科把滑動構件6保持 片排出万向和卡片插入方向的規定位置上，所 資訊卡片準確地安裝到卡片 匕把2種 連接裝置料靠性。 ㈣高卡片用 再者，關於-本實施方式的卡片 印製雷踗柘- t , 用連接衣置，因為用撓性 P “路板7的一私來與第2端子構件“的一端進 接，所以’不管滑動構件6的動 ：* 件65和電子裝置上的電子線路-直保持正常連接，不易產 生斷線和接觸能提高卡片用連接裝置的可靠性。易產 並且，關於本實施方式的卡片用連接裝置，因為卡片插 ^㈣内所具有的滑動構件6和卡片排出構件1〇的^插 匡木i上所形成的心形凸輪溝槽以及一端與該 ^凸^合―銷丨丨來進㈣制，所以，能準確地保持^ ::。卡片1〇°和第2卡片2°。’能提高卡片用連接裝置j 再者’關於本實施方式示例的卡片用連接裝置， 鎖緊裝置’用於對第1卡片⑽的鎖緊位置和第2卡;； 二：鎖緊位置進行切換’以便在第i鎖定位置上被錯緊的 100的末端邵的位置、與在第2鎖定位置上被#^ 84604 -26- 1223475 第2卡片200的末端部的位置為同一位置，所以，在卡片用 連接裝置内能安〜裝2種長度不同的資訊卡片，能提高電子裝 置使用的万便性，同時能使插入的各種資訊卡片的末端部 的U整齊—& ’能提供使電子裝置操作性良好的卡片用 連接裝置。 並且，關於本實施方式示例的卡片用連接裝置，因為由 以下各部分構成··被第！卡片100或第2卡片2〇〇進行按壓而 使鎖疋裝置向卡片插入方向移動的卡片排出構件、與該 卡片排出構件1 0進行相對移動的構件上所形成的心形凸輪 溝槽34、一端-安裝在卡片排出構件1〇上並能轉動，另一端 與心形凸輪溝槽34相結合的凸輪結合銷u、使卡片排出構件 1 〇平時承受向卡片排出方向的作用力的第2施力構件i 3。所 以，用簡單的結構即可構成此種鎖定構件：即把2種長度不 同的資訊卡片鎖定到規定的位置上，而且能把已裝入的資 訊卡片自動地進行排出，因此，能提供低成本高性能的卡 片用連接裝置。 並且，關於本實施方式示例的卡片用連接裝置，因為在 开y凸輪溝;^ 3 4上形成第i迴圈溝槽3 5和第2迴圈溝槽3 6， 在第1迴圈溝槽35的一部分上所形成的第丨鎖定位置c和第2 迴圈溝槽36的-部分上所形成的第2鎖定位置§的距離被設 定為第1卡片1〇〇和第2卡片2〇〇的長度之差，所以，用簡單 的、’、口構即可把2種長度不同的資訊卡片鎖定到規定位置上 ，能提供低成本高性能的卡片用連接裝置。 再者，關於本實施方式示例的卡片用連接裝置，因為藉 84604 -27- 由連通溝槽3 7來對第1迴 .s .. 圈溝匕35和第2迴圈溝槽36進行連 ，，所以’能簡-北心形凸輪溝槽34的結構，能會現十片; 連接裝置的小型化。並且 彝現卡片用 入到卡片#/— 、為/、有·當第1卡片100被插 迴圈篝沟丨4 50内時把凸輪結合銷11的前端部切換到第1 ^保持構件(第1操作構件)8、…第2 卡片2 0 0被插入到卡择j 、 两弟 , 卡片插入邵50内時把凸輪結人销〗丨沾山 邵切換到第2迴圈溝槽36側 ^ 々刖场 12，所以，θ 〃、万止脫落構件（第2操作構件） g疋插入那種資訊卡片，均炉佶Λ丛从人 準確地進行動作，能提供.吏凸輪、、·。合销11 · " 非性卡片用連接裝置。 再者’關於冰實施方式示 安裝寬而長的第丨卡片刪*卡片用連接裝置，因為能 製成實用性強的卡片用連接裝置。…2°°’所以能 並且’關於本實施方式示例的卡 有：能分別插入寬而厚的第 連接裝置’因為具 的卡片插入部5。、開設了能插入第卡片 卡片一卡片插入，導引構件3、'片二 =1 片上的外部連接端子1G6進行電氣連接的第卡 以及與設置在-第2卡片200上的 =構件30、 連接的第2端子構件65。所以，在_ :子加進行電氣 安裝寬而厚的第1卡片100和有而薄的第2十:連接裝置内能 卡片用連接裝置以及且有 卡片2〇〇,能提高 /、寄d卡片用連接举 通用性。並且，因為具有此種㈣ ^子裝置的 卡片時保持在第i卡片插入口…内·二㈠插入了第2 100時，進行打開 田插入了弟i卡片 把弟1卡片插入口50a打開，所以，能把 84604 -28- 1223475 ==片1GG和* 2卡片2GG準確地安裝到第1端子構件30或 第2场予構件65上，能提高這種卡片用連接裝置的可靠性。 :者，關於本實施方式示例的卡片用連接裝置，因為把 = 安裝在卡片插入部5〇的左右兩側部上並能轉動 自由’而且把第…⑽插人到卡片插人部州，如此， 被解除結合的導引保姓甚 .w μ 、 保持構件5使卡片插入部保持在關閉的 "，所以，當不使用時，在卡片插入部50内導引構件3 保持在關閉狀態，能 円等引構件3 %防止灰塵寺井物侵入到卡片插入部5〇 月匕才疋同卡片用連接裝置的耐久性。 ^且，關於-本實施方式示例的卡片用連接 用弟！施力構件4對導引構件3施力使其在平常 = 邵50進行關閉，而且利引 片插入 .^ M 幻用導引保持構件5使卡片插入部5〇保 持在關閉位置上，所以當把第2卡片2 := =能準確地保持導引構件3,能很容易而且準確 2卡片200插入到第2卡片插入口 ：地把弟 接裝置的可靠性和操作性。 ^心種卡片用連 再者，關於本實施方式示例的卡片用連接裝置 導引構件3的外面設置了為便於把第2卡片勘 為在 片插入口 55内所用的斜面部^，所到弟2卡 第_2卡片200插入到第2十 此合易而且準確地把 '圭^ ^^口55内’能提高這種卡片田 連接衣置的可靠性和操作性。 卡片用 【發明的效果】 如以上說明的那樣，本發明的卡 分別插入寬而厚的第丨卡 接衣置具有：能 片1〇0和专而薄的第2卡片的卡片 84604 -29- 1223475 插入部、開設了能插入第2卡片虞 々 入口的導引ϋ . 罘卡片的第2卡片插 *丨構件..、與設置在第1卡片上的外部連接端子進Γ 電氣連接的第1端子構件、以及與設置在第2卡片上的外： 連接端子進行電氣連接的第2端子構件。戶斤以 $ 用連接裝置内能安裝寬而厚 固卡片 子I : 連接裝置以及具有該卡片用連接裝置的： 片：入部二杜。並且’因為具有此種導引構件，即在卡 片插入#内當插入了第2卡片時保 告A十片i干Λ 、 待在罘1卡片插入口内； 1 入邵内插入了第1卡片時’向卡片插入部外移動 ’所以，能把第1卡片和第2卡片準確地安 或第：2端子構件上，沪楹古土士祜+ u 碲子構件 r ^ ^ 〇 此}疋问廷種卡片用連接裝置的可靠性。 【圖式簡單說明】 圖l(a)-(d)是第1卡片的說明圖。 圖2(aHd)是第2卡片的說明圖。 關於實施方式例的卡片用連接裝置的構件結構圖。 圖4疋心形凸輪溝槽的說明圖。 平二疋關於貫施方式例的卡片用連接裝置的裝配狀態的 實施方式例的拆下了卡片用連接裝置的 狀怨的平面圖。 圖7是圖5的7-7部斷面圖。 是表示滑動器向卡片排出側 是表示滑動器向卡片插入側 圖8是圖5的8-8部斷面圖 動的狀態的斷面圖。 圖9是圖5的8-8部斷面圖 84604 -30- 1223475 動的狀態的斷面圖。 圖10是表示關―於實施方式例的卡片用連接裝置的第丨卡 片插入狀悲的斷面圖。 圖11是表示關於實施方式例的卡片用連接裝置的第2卡片 插入狀態的斷面圖。 圖12是插入第i卡片時的卡片用連接裝置的初始位置的 說明圖。 圖13是插入第1卡片時的卡片用連接裝置的全行程位置 的說明圖。 圖14是插入第1卡片時的卡片用連接裝置的卡片鎖定位 置的說明圖。 圖15疋插入第1卡片時的卡片用連接裝置的卡片恢復位 置的說明圖。 置的卡片初始位 圖16疋插入第2卡片時的卡片用連接裝 置的說明圖。 裝置的卡片全行程 圖17是插入第2卡去h 卞片時的卡片用連接 位置的說明圖。 時的卡片用連接裝置的卡片鎖定位 圖丨8是插入-第2卡片 置的說明圖。 圖19是插入第2卡片時的卡 置的說明圖。 【圖式代表符號說明】 1 框架 2 金屬製罩 片用連接裝置的卡片恢復位 84604 -31 . 1223475 3 導引構件 4 第1施力橡-件 5 導引保持構件 6 滑動構件 7 撓性印製電路板 8 第1保持構件（第1操作構件） 9 第2保持構件 10卡片排出構件 11 凸輪結合銷 12第2操作-構件 13第2施力構件 32- 84604However, the gist of the present invention is not limited to this. As the first urging member 4, the spring may use any other 84604 -14-1223475 elastomer. As long as the direction of the force can make the guide member 3 normally closed, . — As shown in FIG. 6 and FIG. 7, the guide member 3 is installed with the panel portion 51 in the guide member setting groove 28 formed on the frame 1, and the guide holding shaft 53 is mounted on the frame 丨The guide holding hole "is formed so as to be formed integrally with the upper wire holder 1. Furthermore, both ends of the first urging member 4 mounted on the spring holding shaft 52 are coupled to the guide members, respectively. The elastic yellow coupling piece 54 formed on the 3 and the frame 丨 apply a force so that the guide member 3 is normally closed. As shown in FIG. 3 and FIG. 6, the guide holding member 5 is formed by a coiled part. The torsion coil spring constitutes that the winding portion can be mounted on the retaining pin 39 on the upper surface of the second guide rail 23, and a coupling portion 5b is formed on one end of the winding portion so as to be concave with the upper surface of the second guide rail 23. The mounting portion 38 is combined. On the other end of the winding portion 5a, a triangular pressing portion that is selectively pressed by the first card 100 is formed and combined with a part of the guide member 3 To keep the above-mentioned guide member 3 in a closed state. The joint portion 5d. As shown in FIG. 6, the guide and holding member 5 attaches the winding portion 5a to the holding pin 39, and at the same time combines the joint portion 5b with a part of the mounting portion 38, thereby forming a hip with the frame ^. The pressing operation portion 5c and the coupling portion 5d are arranged in the card insertion 4 50. Furthermore, in this embodiment, a torsion coil spring is used as the guide holding member 5, but the gist of the present invention is not limited to this but is As long as the guide member 3 can be selectively opened in accordance with the insertion action of the first card 100, any other elastic body can be selected. The sliding member 6 is made of a molded resin material, as shown in Figs. 3, 6, and 84604. -15- 1223475 The upper and lower panels 60 and 60 are shown in FIGS. 8 and 9. The connecting plate 62 connecting the upper and lower panels 60 and 61 is performed along one side of the lower panel 61. The erected side plate 63 forms a beveled edge 64 at a portion connecting the front end portion of the side plate 63 and the lower plate 61, and the size and angle of the beveled edge 64 are substantially equal to the upper right corner of the first card 100. The formed hypotenuse 101. On the connecting plate 62, the second The sub-member 65 is used for electrical connection with the external connection terminal 200 provided on the second card 200. The front end portion of the second terminal member 65 is set between the upper panel 60 and the lower panel 61. At a predetermined position, a rear end portion of the second terminal member 65 is disposed outside by the connecting plate 62. Further, a coupling projection of the i-th holding member (operation member) 8 is provided on the front end portion of the side plate 63. At the same time, a coupling protrusion 67 of the card ejection member 10 is provided on the rear portion of the coupling protrusion 66, and a setting recess 68 of the card ejection member 10 is formed on the rear portion of the coupling protrusion 67. Furthermore, on the outer surface of the side of the sliding member 6 opposite to the second guide rail 23, a coupling recess 69 for coupling with the second holding member 9 is provided. The gap between the upper panel 60 and the lower panel 61 is provided. The setting state is that the second card 200 can be inserted, and the external connection terminal 202 and the second terminal member 65 disposed on the second card 200 are electrically connected. Therefore, when the guide holding member 5 is used to hold the guide member 3 in a closed state, as shown in FIGS. 8 and 9, the second card insertion opening provided on the guide member 3 is the same as the above. The upper surface of the thick plate portion 25 and the inner surface of the sliding member 6 constitute a second card guide portion for guiding the second card 200 to a setting portion of the second terminal member 65. 84604 -16- 1223475 The flexible printed circuit board 7 is used to connect the above-mentioned second terminal member 65 to the circuit of FIG. Π 'to form a wide-shaped end connected to the rear end portion of the above-mentioned second terminal member ^, · The other end is led by the insertion hole opened on the cover 2. As shown in FIGS. 3 and 6, the second holding member 9 is composed of a torsion coil spring, and the winding portion 93 of the torsion coil spring can be attached to a holding pin 41 provided on the upper surface of the second guide rail 23. A joint portion is formed on its one end so as to be combined with the mounting portion 40 placed on the second rail 23 above. In addition, a triangular joint portion% is formed on the other end of the winding portion 9a, and σ η »卩 is selectively pressed by the first card, and can be combined with the outer surface of the sliding member 6. The recess 69 is combined. As shown in FIG. 6, the second holding member 9 attaches the winding portion 9 a to the holding pin 41 ′ while combining the coupling portion 9 b with a part of the mounting portion 4 (), thereby forming a whole with the frame 1. The joint% is arranged within the above-mentioned card insertion: 50. On the other hand, JL 'uses a torsion coil spring as the second holding member 9 in this embodiment. However, the gist of the present invention is not limited to this, but other elastic bodies can be used for personal use, as long as the sliding member 6 can be held in a predetermined direction of the card insertion direction. The card ejection member 10 is made of an insulating resin molded body. As shown in FIG. 3, it has a mounting hole 71 formed with a cam coupling pin 丨 丨 and a detachment prevention structure: 12 of the solid body 72 of the solid body 72, and The spring holding shaft 74 that holds one end of the ^ th urging member u and the pressing operation portion 75 sighed in the setting recess 4 68 formed in the sliding member 6. This card ejection member is as shown in FIG. ^ The above main body 84604 -17-1223475 body 73 is installed in the mounting portion 33 provided on the upper rail 1 of the upper rail 22 and can be slid. The setting recessed portion 68 is formed with the above-mentioned pressing operation portion 75 and is thus integrated with the frame sliding member 6. As shown in Fig. 3, the cam coupling pin 11 is formed of a slightly U-shaped (C-shaped) wire bent at both ends in the same direction and inverted. One end of the cam coupling pin is inserted into a women's wear hole 71 formed on the main body portion of the card ejection member 10 and is rotatable; the other end is a heart-shaped cam formed on the guide rail 22. The grooves 34 can slide inside. The falling prevention member (second operation member) 2 is used to prevent the cam coupling pin 丨 丨 from falling off, and at the same time, a force is applied to one end of the cam coupling pin u installed in the heart-shaped cam groove 34 so that it is normally located in the frame W On the inside, it is formed by a metal plate or the like having good elasticity. One end of the detachment preventing member (second operation member) 12 is fixed to a fixing portion 72 formed on the main body portion 73 of the card ejection member 10 by, for example, fitting, and the other end is attached to the above. The cam coupling pin on the main body portion 73 of the card ejection member 10 makes elastic contact. The second urging member 13 is used to make the card ejection member 10 normally located on the card ejection side. As shown in Figs. 3 and 6, a spiral Spring. The other end of the second urging member 13 is attached to the spring holding shaft 72 formed on the card ejection member M, and the other end is overlapped with the rear center of the frame. Further, in this embodiment, Coil spring is used as the second urging member 13: but the gist of the present invention is not limited to this, but any other turbid body can be used as long as the card ejection member 1 {) can be normally maintained in the card ejection direction The above-mentioned heart-shaped cam groove 34, the card ejection member 10, the cam coupling 84604 -18-1223475 pin π, the falling prevention member (the second operation member) i 2 and the second urging member 3 are used to constitute The above -1 card The locking device for locking the sheet 100 and the second card 200 at a predetermined position. The first holding member (the first operating member) 8 is shown in FIG. 3 and FIG. The coiled portion 8a can be mounted on the retaining pin 32 provided on the above-mentioned third rail M, and a joint portion P is formed on one end thereof, and the mounting portion 3i is disposed on the i-th rail 22 above. A triangular pressing portion for selectively pressing the first card _ is formed on the other end of the winding portion 8 a, and the i-th card ⑽ is inserted into the card insertion portion 50. At this time, the moving path of the wheel coupling pin U in the above-mentioned heart-shaped cam groove 34 is switched to the pin operation paste on the side of the loop groove 、, and combined with the coupling protrusion formed on the sliding member 6 above: :! Γ 邵 'Children's first holding member (first operating member) 8 As shown in FIG. 6, 38 :: 8 :: is mounted on the holding pin 32, and the joint portion ❿ and the mounting portion are combined at the same time. And with the frame 1 and the sliding member 6 as a whole, '[4 8 c and the combined Shao 8 e are arranged on the upper ten tai “n cloth in the above card The sheet is inserted into the section 50. In addition, the torsion screw 2 is used for the first holding member of the Wanguang second (the "&" structure.) The point is not limited to this. The action selectively opens the cam pin in the sliding cam groove 34 and this switch uses any other elastomer. For the moving route of the fairy, then, you can select the card _ "to the card of the above structure: connect: set: Figure 12 is an illustration of the initial position of the card when inserting the card: 'In the case of clothes **, the initial position of the connecting device j 84604 • 19-1223475, Figure 13 is an illustration of the position of the first card journey ... Insert An explanatory diagram of the card locking position of the entire row of the connection device, FIG. 15 + The connection device for the tablet is connected to the return (recovery) position of the device. When entering the 1st card, the card is used to insert the first card 100 into the card, and guide the 俣 ^^ before the cymbal is inserted into Shao 50, as shown in FIG. 6, guide the joint 5 (1 and guide of the holding member 5) 3 As shown in FIG. 8, in the holding phase, the openings of the Fu 1 dry sigh groove M are advanced, and the three " 50 inner + + formed on the guide holding member 5 are formed. * Π —Angular Press Shao 5c toward the card insertion section, and, as shown in FIG. 6, slide Du Du ΑΑπ;-Xiao Qin member 6 uses the elastic force of the second force applying member 13 to discharge the side knife called Du # The person, the younger brother 1 holding member (the first operating member) 8 ... a Shao 8e and the coupling protrusion 66 formed on the sliding Xiao Jin member 6 are in a good relationship. In this way, the sliding member 6 is stably held, ^ inch company The cymbal is ejected to a predetermined position of the universal. At this time, the second holding member 9 λ ρ π moving member 6 is uncoupled, and the two corner openings on the second holding member 9 are formed. 9c protrudes to the card inserting section 50. If the flute is inserted in the prescribed direction from this state, the card 1 is inserted into the card inserting section 50. First, the oblique side of the guide holding structure-member 5 without a beveled edge 2 is attached to the left front corner of the clip 彳 100 on the triangular pressing portion 5c formed on the cymbal 5 to form the guide holding member 5 On the pentagonal brackets, make it open at Θ weekly / press Shao 5c and the joint 5 (1 using the 1 + piece, the insertion force of 100 is ejected to + Yu and 扪 1 card out to the card insertion In this way, the guide member 3 and the worker of the joint portion 5 d can say that the evil spirit of the sword is removed. The guide member 3 uses the insertion force of the card 100 as shown in FIG. Inch guide holding shaft 53 is centered to rotate the center into the insertion space of 罘 1 card 100. When mu / broadcast 罘 1 card 100 is further inserted from this state, as shown in FIG. 12, the i 84604 -20- 1223475 card The front side of the 100 and the hypotenuse 101 are overlapped with the sliding member 6, and at the same time, the right side of the card 100 is formed with the first protection media player „. ^,... The angular pressing portion 8 c is overlapped with each other, and the pressing portion 8C and the coupling portion 86 formed on the holding member (the first operation member) 8 of the cypress unit 1 are formed by using 筮 ^ and The insertion force of the card 100 is ejected to the outside of the card insertion portion 50. Thus, by sliding the other, the combination of the M β s force member 6 and the first holding member = 'operation member) 8 is released' and simultaneously formed at No. 〖Retaining structure (Old work member) 8 The pin operation portion 8d on the cam coupling pin u presses the cam coupling pin u outwardly and moves along the heart-shaped cam groove 34. The convex path 7 is moved by the convex pin 7. Switch to the side of the circle 1 groove 35 of the brother. When from this state-further push into the first! Card m ^ Ding Qiao 100, as shown in Figure 13, the insertion force of the brother 1 card 1 00 makes the slide heavy The medium driving member 6, the card ejection member 10, the cam coupling pin 11, and the falling prevention member (the second (bismuth as the member) 12) press the elastic force of the second urging member 13 to move inward,-, j In the passage where the sliding member 6 moves, it is formed on the second holding member 9 and 8 μ 6 μ from the person, 7 ,,, and the mouth 15 9b and formed on the sliding structure, and the mouth a concave 69 Combined, the cams must be closed. * The slick end of the 、, 口, & & pin 11 is moved from the initial position a to the first lap groove 35. &Amp; - 7 position b Wang Ding private stage, can not enter into the first step by a card Shu ⑽. At this time, ψ $ lf ^ ^ ^, T is as shown in FIG. 9, the first terminal member 30 is exposed in front of the J μ moving member 6, and 44 ^ ^ sighs the outer connection on the 罘 1 card 100; " 子 106 It is electrically connected to the first terminal member 30. Yu: Two. : When the operator leaves the first card _, as shown in Figure M, the convex member works as the member): Second force ^ ^ ^. ΆΛ ^ 々Automatically moves to the first circle to place a 1 纟 card The locked position m card is held in this position. Therefore, the operation goes to the place of production ... ^ Moon Dagger performs stable information recording 84604 -21-1223475 on the 1st card 1 00. After the recording and playback operation is completed, the operator inserts the first card 100 again, and then f hands: When the first card 100 is opened, as shown in FIG. 15, the front end of the cam coupling pin U is at the elastic force of the third force member 13 and Under the action of the elastic force of the falling prevention member 12 (the second operation member) 12, the coupling state of the automatic movement member 6 and the second holding member 9 on the heart-shaped cam groove% is released, and the first card 100 μM gravity member 6. The card ejection member i 〇, the cam coupling pin j 1 and the anti-loose prevention member (the second operation member 2 and the second force-applying member ⑽ elastic force 'move in the card ejection direction. Also, the slide member 6 ejects the card , Xianghe, and Dongzhi return to the state in which the connection between the external connection terminal 106 and the first terminal member 30 provided on the first card 100 is released. F When the operator pulls the first card from the card connection device At the time of 1 card 100, the coupling between the first card 100 and the first holding member (the first operation member) 8 is released. Therefore, the joint k of the first holding member (the first operation member) 8 and the cut portion are cut. The combining protrusion 66 on the moving member 6 is combined, The wheel coupling pin u hunting ^ communication groove 37 returns to the initial position laJi, and becomes the initial state shown in _. And the combination of the 帛 i card 100 and the guide member 3 is released, so the guide member 3 is left The elastic force of the first urging member 4 is rotated in the direction of the closing card insertion 峥 50, and the guide member 3 is combined with the joint portion 5d of the guide holding member 5 in a vertical standing state. Also, when the first card If the direction of insertion of the card insertion portion 50 is wrong, the corner of the first card 100 overlaps with the hypotenuse 64 formed on the sliding member 6, and the card 100 cannot be inserted at the full stroke position. It is possible to prevent mis-insertion & and when the front and back sides of the first card i 00 are inserted upside down, the step portion 42 formed on the boundary portion of the bottom plate of the frame i 84604 -22- U475 and the guide rails 22 and 23 and ^ The front side of the card 100 is overlapped, so the card 1 cannot be inserted into the card insertion portion 50, which can prevent mis-insertion failure. The following is based on Figs. 6, 8, 8, and 16 ~ Fig. 19 is a detailed explanation of the operation of the above-mentioned connection device for inserting a second card into a tablet connection device FIG. 16 is an explanatory diagram of the initial position of the card connection device when the second card is inserted. FIG. 17 is an explanatory diagram of the full stroke position of the card connection device when the second card is inserted. FIG. 18 is a card when the second card is inserted. The illustration of the card lock position of the loading device is an illustration of the return position of the card loading device when the second card is inserted.-As shown in FIG. 8, the guide member 3 stands in the guide member setting groove " As shown in FIG. 6, when the sliding member 6 is moved toward the card ejection side by the elastic force of the second urging member 13, the second card 20 is inserted into the card insertion portion 5. Time, the second card 20. Insert from the second card insertion opening 55 formed on the panel portion 51 of the guide member 3 facing the direction of the field 0. The second card 200 inserted from the j-th card insertion opening 55 is not connected to the guide holding member 5 Combined with the holding member 1 (the first operation member) 8, as shown in FIG. 16, the card discharging member 10 is overlapped. When the second card 200 is further pressed from this state, as shown in FIG. 17, under the action of the insertion force of the second card 200, the card ejection member 10, the cam coupling pin Η, and the anti-falling member 12 overcome the second application. The elastic force of the force member 13 moves inward, and at the same time, the second card 200 is inserted into the sliding member 6, and the end of the cam coupling pin 11 moves from the initial position & to the stage of the full stroke position f of the second loop groove 36. 84604 -23-1223475 paragraphs, 'Cannot push further into the second card 200. At this stage, the second terminal member 65 provided on the β moving member 6 and the external connection terminal 202 provided on the second card 200 are electrically connected. = Back 'When the operator's hand leaves the second card 200, as shown in FIG. 18, the front end portion of the cam coupling pin η is resilient to the second urging member 13 and the preventing member (second operating member) 12 Under the action of the spring force, it automatically moves to the card lock position § of the second circle groove%. The second card stays in this position. Therefore, 'the operator can record the information on the P card. After recording the U fruit, after the end, the operator presses the second card inward again. Second, when the hand leaves the second card 200, as shown in the figure. As shown in 19, the cam coupling pin 11 β is automatically pressed on the heart-shaped cam groove 34 according to the elastic force of the second force applying member i 3 #prevention member (the second operating member) 12 according to the two routes When the second card is moved, the card ejection member iq, the cam knot, and the detachment preventing member (second operation member) 12 are moved in the card ejection direction by the second urging mechanism. Then, the card ejection structure 20 ′ moves back to the card # and returns to the second card and bear set. , 15 The connection between the ringer 202 and the second terminal member 65 is released. Finally, if the second card 200 is not pulled out by using the card connection device, the convexity &轱 ~ 3 The pin 11 is returned to the initial position a by the communication groove 37 and becomes the initial position shown in FIG. 16. Regarding this embodiment, the first terminal member 30 and the card connection device are provided with the second terminal member 65 in the card insertion portion 50 and the upper surface of the thick plate portion 84604 -24-H 厶 ^: =, the second rail The first card guide composed of the inner surfaces of 22 and 23 and the inner surface of the top plate 44 is a second card guide composed of a second card insertion population 55 and a thick plate portion _ upper surface and the inner surface of the π moving member 6. . Because from one: the card insertion section 50 inserts the wide and thick second card 2GG of the first sheet H 片, so that the card insertion section 50 can be used universally, and it is possible to manufacture a miniaturized one in which two types of information cards can be installed. The card connection device is a promise other than the first terminal member 3G and the second terminal member 65: the universalization of the "so" and the ratio of the two card connection devices equipped with the card ratio & reduction of the card connection device The cost of the card connection device of this embodiment is "about". The card inserting means = internal turning member 6 sets the second material member in the sliding structure. At the same time, the first terminal member 30 is set to This sliding member 6 is within the range of movement, so that 'the two terminal members 30 and 65 are arranged one on top of the other, and the connection device for cards can be reduced compared with the case where two terminal members are arranged at the rear or left and right staggered positions. ^ And 'Regarding the card connection device of this embodiment, I have a card connector (K front panel 60 and front panel 61) (for the front end of the slide member 6 and 11 pieces of 1G) Overlap, stop the external connection provided on the first card 106 is connected to the second terminal member 65. 'So = the sliding member 6 can be accurately inserted and removed according to the first card 100' / / This is done to make the external connection terminal 106 provided on the first card 1⑽ It is accurately connected to the first / terminal member 30, and at the same time, the external connection terminal 106 and the second terminal member 65 on the first and second cards 100 can be accurately prevented from being connected. It also has a second card guide (upper panel 60, lower panel 61, connecting plate 84604 25 1223475 inner surface of the cymbal plate) for guiding the second card in the sliding member 6 to the second card member 65 Therefore, the external connection end on the 2 card 200: ... is placed on the brother / southern 2 ringer member 65 to accurately connect, which can improve the reliability of the card connection device. : And? In the card of the embodiment of the present invention: the connecting device, because the holding members 8 and 9 of the brothers 1 and # 2 respectively eject the holding piece of the sliding member 6 from the universal position and the prescribed position of the card insertion direction, the information card is accurately installed To the card dagger 2 kinds of connection device material reliability. For high-card use, the card printing thunder-t of this embodiment is connected with a clothing because a flexible P "one of the circuit board 7 is used to connect to one end of the second terminal member" Therefore, 'regardless of the movement of the sliding member 6: * The piece 65 and the electronic circuit on the electronic device-keep the normal connection, it is not easy to cause disconnection and contact, which can improve the reliability of the card connection device. In addition, the card connecting device of this embodiment is easy to produce, because the card-shaped cam groove formed on the sliding member 6 and the card ejecting member 10 of the card insertion member 10 and the end of the card-shaped cam groove are formed in the card insertion member 10. The ^ convex ^ combination-pin 丨 丨 comes into the control, so it can accurately maintain ^ ::. Card 10 ° and second card 2 °. 'Can improve the card connection device j again' Regarding the card connection device example of the embodiment, the locking device 'is used to switch the locking position of the first card ⑽ and the second card; 2. Switching the locking position 'So that the position of the end of Shao 100, which is staggered in the i-th lock position, is the same position as the position of the end of the second card 200 in the second lock position # 84 84 604 -26- 1223475 The card connection device can be installed with two types of information cards of different lengths, which can improve the convenience of the use of electronic devices, and at the same time can make the U of the end of various inserted information cards tidy-& 'can provide electronic devices Connection device for cards with good operability. In addition, the card connection device according to the example of the present embodiment is composed of the following parts. A card ejection member that presses the card 100 or the second card 200 to move the locking device in the card insertion direction, a heart-shaped cam groove 34 formed on the member that moves relative to the card ejection member 10, and one end -A second cam that is mounted on the card ejection member 10 and is rotatable, and the other end is coupled to the heart-shaped cam groove 34 by a cam coupling pin u that causes the card ejection member 10 to normally receive a force in the card ejection direction. Component i 3. Therefore, such a locking member can be constituted with a simple structure: that is, two types of information cards of different lengths are locked to a predetermined position, and the information cards that have been loaded can be automatically discharged, so it can provide low cost High-performance card connector. Further, regarding the card connection device of the example of the present embodiment, since the y-th cam groove is formed on the y-th groove, the third loop groove 35 and the second loop groove 36 are formed on the first loop groove, and the first loop groove is formed on the first loop groove. The distance between the first locking position c formed on a part of 35 and the second locking position § formed on a-part of the second loop groove 36 is set to the first card 100 and the second card 200. The difference in the length of the card can be used to lock two types of information cards with different lengths to a predetermined position with a simple, ', and mouth structure, which can provide a low-cost and high-performance card connection device. Furthermore, regarding the card connection device according to the example of the present embodiment, since the first and second loop grooves 35 and 36 are connected by the connecting grooves 37 and 84604 -27-, Therefore, the structure of the 'No Jane-North Heart-shaped Cam Groove 34' can show ten pieces; the miniaturization of the connecting device. And the current card is used to the card # / —, is /, yes · When the first card 100 is inserted back into the circle ditch 丨 4 50, the front end of the cam coupling pin 11 is switched to the first ^ holding member (No. (1 operating member) 8, ... The second card 2 0 0 is inserted into the card selection j and two brothers. When the card is inserted into Shao 50, the cam is tied to the pin. 丨 Zhan Shan Shao is switched to the side of the second loop groove 36 ^ 々 刖 场 12, so, θ 〃, Wanzhi shedding member (the second operating member) g 疋 inserts that kind of information card, and all furnaces 佶 Λ clusters accurately perform actions from people, and can provide cams, .... Pin 11 · " Connecting device for non-sex cards. Moreover, the embodiment of the ice is shown as follows. A wide and long card connection device for card deletion and card use is installed because a card connection device with high practicality can be made. … 2 °° 'so it can be ' Regarding the card of this embodiment example, a wide and thick first connection device can be inserted respectively because of the card insertion portion 5 of. The first card that can insert the first card, the first card is inserted, the guide member 3, and the second piece is connected to the external connection terminal 1G6 on the second piece, and the second piece 200 is connected to the second piece 200, and the third piece is 30.的 第二 terminal 机构 65。 The second terminal member 65. Therefore, in _: Zijia, electrical installation of the wide and thick 1st card 100 and the thin 20th: connection device can be used for card connection device and card 200, which can improve / send d card Use connections to lift versatility. In addition, since a card having such a device is held at the i-th card insertion slot ... inside the second card is inserted at the second 100th, the opening of the card is opened and the brother i card is opened to open the brother 1 card insertion port 50a, so 84604 -28- 1223475 == pieces 1GG and * 2 cards 2GG can be accurately mounted to the first terminal member 30 or the second field pre-member 65, which can improve the reliability of this card connection device. Note: As for the card connection device according to the exemplary embodiment, since = is installed on the left and right side portions of the card insertion portion 50 and can be rotated freely ', and the ... is inserted into the card insertion portion state, so The de-bonded guide guards are even .w μ, and the holding member 5 keeps the card inserting section closed, so when not in use, the guide member 3 is kept closed in the card inserting section 50. It can prevent the intrusion of dust and other objects into the card insertion part by 3%, and the durability of the card connection device is 50%. ^ Moreover, regarding the connection card for the example of this embodiment example! The urging member 4 applies a force to the guide member 3 so that it is normally closed = Shao 50 and closes the lead insert. ^ M The magic guide holding member 5 keeps the card insertion portion 50 in the closed position, so when The second card 2 can accurately hold the guide member 3, and can easily and accurately insert the second card 200 into the second card insertion port: the reliability and operability of the ground connection device. ^ For the card connector, the outer side of the card connection device guide member 3 according to the example of the present embodiment is provided with an inclined surface for facilitating the second card to be used in the sheet insertion opening 55. Inserting the 2nd card _2 card 200 into the 20th easy and accurate insertion of the 'Kui ^^^ 口 55' can improve the reliability and operability of this card field connection clothing. [Effects of the invention] As explained above, the card of the present invention is inserted into a wide and thick second card receiving device, which includes: a card 100 and a thin second card 84604 -29- 1223475 Insertion section, a guide for inserting the second card is provided. 罘 The second card insert of the card * 丨 .. The first electrical connection to the external connection terminal provided on the first card. A terminal member and a second terminal member electrically connected to the outer provided on the second card: a connection terminal. A household card can be used to install a wide and thick solid card in the connection device. Part I: The connection device and the card connection device with the card: a piece: two in the department. And 'because it has such a guide member, that is, when the second card is inserted in the card insertion #, it is guaranteed that A will be ten pieces, and stay in the 罘 1 card insertion port; 1 When the first card is inserted into the slot 'Move to the outside of the card insertion part', so that the first card and the second card can be accurately placed on the second terminal member: Husong ancient toast 祜 + u Tellurium member r ^ ^ 〇this} 此 问 廷Reliability of card connection device. [Brief description of the drawings] FIGS. 1 (a)-(d) are explanatory diagrams of the first card. FIG. 2 (aHd) is an explanatory diagram of a second card. A component configuration diagram of the card connection device according to the embodiment. Fig. 4 is an explanatory view of a heart-shaped cam groove. Heirojiri is a plan view showing the state of assembly of the card connection device according to the embodiment without the card connection device. Fig. 7 is a sectional view taken along a line 7-7 in Fig. 5. Fig. 8 is a sectional view showing a state where the slider is ejected to the card. Fig. 8 is a sectional view of the portion 8-8 shown in Fig. 5. Fig. 9 is a sectional view of the section 8-8 of Fig. 5 in the state of 84604 -30-1223475. Fig. 10 is a cross-sectional view showing the insertion state of the first card of the card connection device according to the embodiment; Fig. 11 is a sectional view showing a second card insertion state of the card connection device according to the embodiment. Fig. 12 is an explanatory diagram of the initial position of the card connection device when the i-th card is inserted. Fig. 13 is an explanatory diagram of the full-stroke position of the card connection device when the first card is inserted. Fig. 14 is an explanatory diagram of a card lock position of the card connection device when the first card is inserted. Fig. 15 is an explanatory diagram of the card recovery position of the card connection device when the first card is inserted. Initial position of the installed card Fig. 16 is an explanatory diagram of a card connection device when a second card is inserted. Full Card Travel of the Device Fig. 17 is an explanatory diagram of a card connection position when the second card-removing cymbal is inserted. Figure 8 shows the card lock position of the card connection device at the time of insertion. Fig. 19 is an explanatory diagram of a card position when a second card is inserted. [Illustration of representative symbols] 1 Frame 2 Card recovery position of connection device for metal cover 84604 -31. 1223475 3 Guide member 4 1st urging rubber member 5 Guide holding member 6 Slide member 7 Flexible seal Circuit board 8 First holding member (first operating member) 9 Second holding member 10 Card ejection member 11 Cam coupling pin 12 Second operation-member 13 Second biasing member 32- 84604