200525446 九、發明說明： 【發明所屬之技術領域】 本發明係關於在行動電話、Pc笔 f丄' 寺各種仃動資訊終端、數 位相機、數位AV機等應用記憶體 ^ 媸的°又備中，所使用的小型 §己憶體卡片等所使用的卡片用連接器 【先雜術】 “ 個人電腦或數位相機等的電子設料增設存儲裝置中， 二般使用卡片用連接器裝置。作爲該卡片用連接 存儲媒體，PC卡片或記憶體卡 ,u m, 卜乃寻破廣泛使用。該先前的 卡片用連接器裝置，已知有_種在 種在设體寻的筐體内部形成 插入卡片的收容部，在該收容部上並列設置多個連接器端 子（觸頭）’使該連接器端子的觸點與插設於收容部中的記惊 體卡片等的外部觸點連接而進行必要的資訊的寫入及讀取 的裝置（例如專利文獻1 )。 圖19及圖20表示先前的卡片用連接器裝置的構造。圖19 係表示先前的卡片用連接器裝置的立體圖，圖㈣表示在 裝设於基板上的卡片用連接壯 用逑接為驮置中插設著卡片用連接器 裝置的狀怨的局部剖面圖。 在圖中，先前的卡片用連接器裝置5〇具備底板54、設置在 底板54的後端的絕緣體51、保持在絕緣㈣之壁部…上的 由細長的導體構成的觸頭52、以—端覆蓋絕緣體似置的金 屬蓋53。另外’在金屬盍53的與具備觸頭52的絕緣體“的壁 部51a相反的-侧’設有用於插設卡片2〇的開口部％。 另外’在金屬蓋53的與觸頭52相對應的位置，設置有可 96138.doc 200525446 供觸頭52的前端部通過的細長孔55，以免在插設卡片之 際，在觸頭52被頂起時與金屬蓋53接觸。此外，符號63是 用於檢測卡片有沒有插設的開關。 在將卡片20插入裝设在基板60上的卡片用連接器裝置5〇 上時，卡片20被由底板54和金屬蓋53形成的導引部導引而 進行插入。在卡片20的前端，設置有觸點21，當將卡片2〇 從連接器的開口插入而向後方移動時，觸頭52的觸點52a與 卡片20的觸點21接觸。此時，卡片2〇的觸點21使觸頭“以 克服其彈性力而以觸頭52的壁部的固定端部爲軸而向上方 推壓起到達孔55内的方式移動。 另外，根據記憶體卡片的種類不同，還開發出了帶有檢 測卡片的插設狀況的檢測開關的類型，開發出了滿足在卡 片沒有被可靠地插^在連接器裝置中的狀態下禁止進行資 訊的寫入及讀取、藉此防止向記憶體卡片的寫人失誤或資 料的損壞的需求的卡片用連接器裝置（例如專利文獻2)。 作爲該具備檢測開關的卡片料接器裝置，在具有插設 記憶體卡片的收容部，且在該收容部中配設有與記憶體卡 片接觸的連接器端子的殼體上’設置由記憶體卡片的插設 而被驅動的檢測開關，在記憶體卡片被插入時，記憶體卡 片的&部與其對接從而使檢測開關的觸點部被驅動，使 其電連接，從而輸出檢測到記憶體卡片被插設在殼體上 信號。 專利文獻1 :特開2003-59557號公報 專利文獻2.特開2001-357917號公報 96138.doc 200525446 但是，在先前的卡片用連接器裝置的構成中，保持在絕 緣體（殼體）51上的觸頭（連接器端子）52，是以形成其觸點 52a的自由端側相對於卡片2〇的插入方向從内側向前方（卡 片插入口方向）延伸的形式形成的，因此存在有如下的問 題，即，在由於某種原因而使觸點52a被安裝得偏向卡片收 容部的下側的情況下，在插入卡片2〇時，卡片2〇的前端會 與觸點52a的前端相抵觸，因而會導致觸頭52挫屈或變形， 引起接觸不良。 另外，在爲了避免觸點52a的前端與卡片2〇的前端抵觸， 預先使其向上方彎曲而使其突出的情況下，必須要將絕緣 體的问度σ又置知較咼以免在插設著卡片2〇時觸點從絕 緣體（殼體）5i突出，因此又産生了連接器裝置大型化的問 題。 另外雖〃要使保持在絕緣體（殼體）5 1上的觸頭（連接 ^子）52以使形成觸點52a的自由端側相對於卡片的 插入方向向内側延伸的形式形成即可，但在這種情況下， 就成了觸頭52的保持部相反地位於卡片收容部的插入口側 的形怨’因此在卡片插人時，當觸頭52的觸點m與卡片接 觸時，作爲絕緣體51的自由端側的卡片插人口側就會因爲 觸頭52的彈性壓力而向卡片收容部側彎曲，出現無法確保 與卡片的接觸壓力的情況。 另外，在先前的卡片用連接器裝置的構成中，檢測卡片 的插設狀態的檢測開關的觸點部，由以轉動支點爲中心轉 動的一個觸點彈簧形成’由同-觸點彈篑來獲得觸點彈菁 96138.doc 200525446 的自恢復用彈性壓力和觸點部的觸點壓力，因此當經 ,月使用¥，就會出現觸點彈簧鬆弛倒下、接觸壓力下、 ::起接觸不穩定如此的問題。另夕卜，要提高觸點壓力就必 須加大觸點彈菩，因此 ” 口此必然會使殼體增大，因而存在有難 以實現連㈣裝置的小型化的問題。 、 【發明内容】 因此’本發明之目的在於解決上述的問題，提供一種卡 片用連接。。裝置，其可防止在卡片的插入時連接器端子的 觸點部挫屈或變形，接古 阿觸點。卩的接觸信賴性及提高檢測 卡片的插設的檢測開關的觸點部的接觸信賴性， 現 連接器裝置的小型化。 爲解决上述問題’在本發明中之第⑽決方案，所採用的 構=爲：具備具有插設卡片的收容部的殼體及配設在上述 收，部上並可與上述卡片的外部接觸部接觸的觸點部的連 接器端子；且具有從上述連接器端子導出而向上述殼體的 外側突出的連接端子；上述殼體由上殼及下殼構成，上述 收容部被形成在該上殼及下殼之間；上述連接器端子其一 鈿側，上述上喊的卡片插入口側向内部延伸，上述觸點部 &置在上述上取上#窗孔冑向上述收容部β弯曲而被 /成$知側/α著上述上殼的上述窗孔部的兩側緣延伸 β又置到上述上殼的内部為止，向上述殼體的外側突出而形 成上述連接端子。 另外’作爲第2解決方案，採用的構造爲：使配設在上述 上成的窗孔#上的上述連接器端子的觸點部，與向上述殼 96138.doc 200525446 石與上述卡片的插入方向 體的外側突出的上述連接端子 相同的方向延伸而形成。 Λ 另外，作爲第3解決方案，採用的構造爲：上述連接器端 子及上述連接端子係由連續的一片金屬板所形成，其中間 部被一體地埋設形成在上述上殼内。 另外，作爲第4解決方案，採用的構造爲：在上述殼體的 收容部中，具有由被插設的上述卡片的一端部所驅動而檢 測上述卡片的插設的檢測裝置，·上述檢測裝置具有設置在 上述设體上的第1及第2固定觸點、與連接該第工及第2固定 觸點的可動觸點；#由將延伸到上述上殼内部的上述連接 端子的一部分導出而形成上述第丨及第2固定觸點。 另外，作爲第5解決方案，採用的構造爲：具備具有插設 卡片的收容部的殼體及被配設在上述收容部上並可與上述 卡片的外部接觸部接觸的觸點部的連接器端子丨且具有由 上述卡片的一端部驅動而檢測上述卡片的插設的檢測裝 置；上述檢測裝置具有設置在上述殼體上的第丨及第2固定 觸站與連接該第1及第2固定觸點的可動觸點；由具有兩 個女裝定位圈部的一根受扭螺旋彈簧形成上述可動觸點， 亚且在该觉扭螺旋彈簧上形成與上述第1固定觸點相抵接 :弟1觸點彈簧、及與上述第2固定觸點相抵接的第2觸點彈 瓦’將该第1觸點彈簧及第2觸點彈簧分別從不㈤的安裝固 定圈部延伸設置。 另外，作爲第6解決方案，採用的構造爲··在上述殼體上 具備有與上述卡片的一端部相抵接而轉動的驅動部件，在 96138.doc -10· 200525446 且被可轉動地軸支在上 該驅動部件上保持上述可動觸點， 述殼體的收容部中。 另^’作爲第7解決方案，採用的構造爲··在上述驅動部 x置保持上述可動觸點的上述第1觸點彈簧的安裝固 =的第!保持部、及保持上述第2觸點彈菁的安裝 保持部；將上述第⑽± , 使上Ϊ弟1觸點彈簧以與上述第1固定觸點相接觸的狀態下 、賦月匕I且將上述第2保持部以可以上述第i保持部爲支 ^而轉動的方式保持，而將上述第2觸點彈簣與上述第2固 定觸點配置爲可相互接觸或分離。 ^ I /卜：爲第8解決方案，採用的構造爲··上述第2觸點 平耳係隨者上述驅動部件的轉動，藉由使上述第2觸點彈菩 的安裝定位圈部扭轉’而在上述第2固錢點上進行滑動接 ^外，作爲第9解決方案，採用的構造爲：上述第1觸點 >係構成上述驅動部件的恢復用的彈簧，上述第2觸點彈 簧係構成施加與上述第2固定觸點的觸點壓力用的彈簧。 另外，作爲第1G解決方案，採用的構造爲：具備具有插 設卡片的收容部的殼體，及被配設在上述收容部上而可與 上述卡片的外部接觸部接觸的觸點部的連接器端子；且具 有裝设在上述殼體上的蓋部件；上述殼體由上殼及下殼構 成，上述11欠容部被形成在該上及下殼之間；Ji述連接器 端子係彳文上述上殼的卡片插入口側向内部延伸設置，上述 觸點由⑤置在±述±殼巾央的窗孔部向上述收容部内 96138.doc 200525446 寫曲而一體形成在上述上殼上，在上述蓋部件及上述上殼 上+形成有限制裝置，其係在上述卡片插入時，限制上述 上a又ik著上述觸點部被頂起而向上述收容部側發生位移。 另外，作爲第11解決方案，採用的構造爲：以金屬板形 成上述蓋部件，在該金屬板上形成向下方彎曲的卡止階梯 二且在上述上设上形成與上述卡止階梯部卡合的卡合 凹部’藉由將上述卡止階梯部卡合在該卡纟凹部上而限制 上述上殼向上述收容部側的位移。 另外，作爲第12解決方案，採用的構造爲：將上述卡止 階梯部及上述卡合凹部形成在上述蓋部件及上述上殼的上 述卡片插入口側的中央。 另外’作爲第13解決方案，㈣的構造爲：將上述卡止 階梯部及上述卡合凹部’沿著對於上述卡片的插入方向垂 直的方向而形成為長幅狀。 如以上所巩明般’本發明的卡片用連接器裝置，包括且 有插設卡片的收容部的殼體和被配設在收容部上並可與; 片的外部接觸部接觸的觸點部的連接器端子，且具有從連 接器端子導㈣、向殼體的外側突出的連接端子，殼體由 上：及下殼構成，收容部被形成在該上殼及下殼之間，連 接益端子，—端側從上殼的卡片插人口側向内部延伸，觸 點部經由設置在上殼卜& + 的固孔部向收容部内彎曲而被形 成，另-端側沿著上殼的窗孔部的兩側緣延伸到上殼的内 部，向上殼的外側突出而形成連接端子；目此，能夠將連 接器端子的觸點部以從卡片插入口側向内部延伸的方式形 96138.doc '12- 200525446 成，所以，在向收容部插設卡片時，即便卡片的前端部與 連接器端子相抵接也會順利地向上方彎曲（避開），因此能夠 防止連接器端子的觸點部發生挫屈或變形，可提高觸點部 的接觸信賴性。 另外，因爲沒有必要加高殼體的高度，因此可實現連接 器裝置的小型化。 另外，由於是使配設在上殼的窗孔部上的連接器端子的 觸點部、和向殼體的外側突出的上述連接端子，沿與卡片 的插入方向相同的方向延伸而形成，因此，即便在從連接 器端子導出的連接端子從殼體的内部突出的連接器裝置 中，也能夠很容易地獲得觸點部的接觸信賴性優異的端子 構造。 另外纟於連接裔端子和連接端子由連續的—片金屬板 形成’且其中間部々皮一體地埋設形成在上殼内，目此，連 接器端子的構造不會變得複雜，因爲較簡I，所以可提高 生産性。 另外’由於在毅體的收容部中，具有由插設的卡片的一 端部驅動、檢測卡片的插設的檢測裝置，且上述檢測裝s 具有設置在殼體上的第1及第2固定觸點、和連接該第⑴ 2固定觸點的可動觸點，並藉由將延伸到上殼的内部的《 端子的一部分導出而形成第1及第2固定觸點，因此，不^ 增加零件數量，能夠簡單地形成局部檢測卡片的插設㈣ 測開關的卡片用連接器裝置。 另外’本發明的卡片用查 下片用連接g裝置，具備具有插設卡； 96l38.doc -13 - 200525446 的收容部的殼體和被配設在收容部上並可與卡片的外部接 觸部接觸的觸點部的連接器端子，且具有由卡片的一端部 驅動、檢測卡片的插設的檢測裝置，檢測裝置具有設置在 殼體上的第i及第2固定觸點、和連接該第1及第2@定㈣ 料動觸點，由具有兩個安裝定位圈部的—根受扭螺旋彈 貫形成可動觸點，並且在該受扭螺旋彈簧上形成與第1固定 觸點相抵接的第！觸點彈t、和與第2固定觸點相抵接的第2 觸點彈簧’將該第i觸點彈簧及第2觸點彈簧分別從不同的 安裝固定圈部延伸設置；因& ’對於檢測卡片的插設的檢 測開關的觸點冑’能夠以不同的觸點彈簧獲得觸點彈菩的 自恢復用的彈性壓力、和觸點部的觸點壓力，因此，即便 2時間使用’也不會導致觸點部的觸點彈f鬆他、觸點壓 力下降，能夠提高接觸信賴性。另外，沒有 觸點壓力而增大觸點彈筈，可f — 回 斤-』貫現連接裔裝置的小型化。 另外’由於在殼體上具備與卡片的一端部相 的驅動部件，在該驅動部件 ' 地軸支在殼體的收容部中Π:觸被可轉動 μ ^ 中因此，能夠經由驅動部件將卡 片的插設可靠地傳遞給可動觸點、 插設檢測。 ㈣了罪地進行卡片的 ―另外’由於在驅動部件上設置保持可動觸點的 =安裝固定圈部第1保持部、和保持第2觸點彈菩的安： 二圈：的第2保持部，將第i保持部軸支 : 、、…、弟口疋觸點相接觸的狀態賦能(具有彈勢、 亚且將第2保持部以能夠 、、有弹勢）， 以弟1保持部爲支點轉動的方式伴 96i38.doc -14- 200525446 持，從而將第2觸點彈簣與第2固定觸點配置爲可相互接觸 或分離，因此，能夠將可動觸點可靠地保持在驅動部件上， 且同時能夠分別獨立地使第丨觸點彈簧及第2觸點彈簧進行 賦能動作。 另外，由於第2觸點彈簧，藉由隨著驅動部件的轉動使第 2觸點彈黃的女裝定位圈部扭轉，從而在第2岐觸點上進 行滑動接觸，因此，在觸點部相互接觸之際’能夠獲得相 互摩擦的自清潔作用，所以可實現接觸的信賴性的提高。 另外，由於第1觸點彈簧構成驅動部件的恢復用的彈簧， 第2觸點彈簧構成施加與第2固定觸點的觸點壓力用的彈 菁’因此，以不同的接觸彈簧形成了恢復用的彈菁與施加 觸點壓力用的彈簀，所以能夠可#地施加觸點壓力，能夠 提高接觸的信賴性。 另外，本發明的卡W連接器裝置，具備具有插設卡片 的收容部的殼體和被配設在收容部上並可與卡片的外部接 觸部接觸的觸點部的連接器端子，且具有裝設在殼體上的 蓋口 IM牛’设體由上殼及τ殼構成，收容部被形成在該上殼 及下π又之間’連接$端子從上殼的卡片插人口側向内部延 伸設置，觸點部經由設置在上殼t央的窗孔部向收容部内 ’%’曲而-體形成在上殼上，在蓋部件及上殼上，形成有限 制在卡片插入時、上殼隨著觸點部被頂起而向收容部側位 移的限制裝置’· nut，能夠防止在插設卡片時連接器端子 的觸點部發生挫屈或變形，可提高觸點部的接觸信賴性， 亚且因爲由蓋部件來限制觸點部受到推壓時的上殼的位 96138.doc -15 - 200525446 扣因此/又有必要加厚上殼的厚度，沒有必要增加殼體的 高度，因此可實現連接器裝置的小型化。 另卜由於盍部件由金屬板形成，在該金屬板上形成向 下方彎曲的卡止階梯部，並且在上殼上形成與卡止階梯部 卡合的卡合凹部，藉由將卡止階梯部卡合在該卡合凹部上 而限制上殼的向上述收容部側的位移，因此，能夠以僅在 金屬的蓋部件上設置卡止階梯部㈣單的構造，來限制上 殼的位移。 另外，由於將卡止階梯部及卡合凹部形成在蓋部件及上 殼的卡片插人π側的中u此，能夠限制上殼的位移最 大的部位，從而能夠可靠地限制上殼的位移。 另外，由於將卡止階梯部及卡合凹部沿著相對於卡片的 插入方向垂直的方向呈長幅狀地形成，因&，相對於位移 方向的限制部的幅度要寬，戶斤以強度變得牢固，進而能夠 可靠地限度上殼的位移。 【實施方式】 以下，將本發明的實施形態表示在圖i〜圖。中。圖⑽ 卡片用連接器裝置的俯視圖，圖2係卡片用連接器I置的前 視圖’圖3係拆去蓋部件後的狀態的卡片用連接器裝置的俯 視圖’圖4係卡片用連接器裝置的主要部分剖面圖，圖％ 卡片退出位置的卡片用連接器裝置的俯視圖，圖㈣卡片退 出位置的卡片用連接器裝置的主要部分剖面圖，圖7係卡片 插入中途的卡片料接器裝置的俯視圖，圖8係卡片插入中 途的卡片用連接器裝置的主要部分剖面圖，圖9係卡片插設 96138.doc -16 - 200525446 位置的卡片用連接器裝置的俯視圖，圖1〇係卡片插設位置 的卡片用連接器裝置的主要部分剖面圖，圖u係上殼的仰 ^圖’圖12係上殼的主要部分剖面圖，圖13係驅動部件和 可動觸點的仰視圖’圖14係驅動部件和可動觸點的側視 圖，圖15係表示上殼和蓋部件的卡合部的局部剖視圖。 圖1圖4中，喊體1 ’由合成樹脂等絕緣材料形成爲前 方開口的方形狀的箱形，由上下重合的上殼2和下殼'3構 成。在該殼體1的t央設有收容部la，另外，在上述殼體夏 上，與上述收容部13相連續地在殼體丨的前面形成卡片插入 口1b。另外，在上述收容部13上並列設置有多個由具有彈 f生的導笔性的金屬材料構成的連接器端子4。 上成2，如圖π及圖12所示，由合成樹脂等絕緣材料形成 爲大體平板狀’在中央設置有多個窗孔部2a。在該窗孔部 2a上配叹多個連接器端子4。該連接器端子4，是使—端 側從上述上殼2的卡片插入口側（由箭頭A表示）向内側延 伸，經由設置在上殼2上的上述窗孔部仏向上述收容部“内 彎曲而形成，在其自由端形成觸點部乜。 另外，上述連接器端子4,被以插入成形等方法一體地埋 5又在上述上殼2中’其中間的導電部4b，沿著上述上殼之的 上述窗孔部2a的兩侧緣彎曲而延伸設置。並且，該導電部 4b延伸到上述上殼2的後端部，從而連接器端子4的另—端 側從上述上殼2的後方外側面向外側突出，從而配設多個連 接端子4c，该連接端子4c藉由與電子設備等的外部的電路 基板上的電路圖形錫焊固定而進行信號的傳送。 96138.doc -17· 200525446 上述連接器端子4’由連續的-片金屬板形成上述觸點部 矛連接端子4c，且其中間的導電部4b被一體地埋設形成 在上述上^:2中，另外’配設在上述上殼2的窗孔部2&上的 連接器端子4的觸點部&、與向上殼2的外側突出地配設的 連接端子4e，從卡片插人口側沿卡片插人方向延伸而形成。 如此，由於連接益端子4的觸點部如與連接端子乜，由連 績的-片金屬板形成’且其中間的導電部仆被一體地埋設 形成在上述上殼2中，因此連接器端子4的構造不會變得複 雜而簡單’因此可實現生產性的提高，並且即便在從連接 器端子4導出的連接端子化從殼體i的内側向外側突出的連 接裝置中’也能夠沿著與卡片的插入方向相同的方向延 伸地形成連接器端子4的觸點部4a。 另外，在上述連接器端子4的一端側延伸形成的上述觸點 部4a，是向上述收容部la内突出而配設的。在後述的卡片 12被插設到殼體丨的收容部^中的時候，卡片12的外部接觸 部12a會連接在該觸點部4a上。 另外，在上殼2上，在與卡片插入口側相反的一侧的内 部，形成有作爲檢測卡片12的插設的檢測裝置的一對觸點 部一一第1及第2固定觸點化、51)。該第丨及第2固定觸點化、 5b由導電性的金屬材料形成，該第i及第2固定觸點化、， 是藉由將延伸設置到上述上殼2的後端部的上述連接端子 4c的一部分導出而以同樣的插入成形等方法一體地形成 者。 如此，因爲作爲檢測卡片12的插設的檢測裝置的一對觸 96138.doc •18- 200525446 點部一第1及第2固定觸點5 a、5 b是藉由將延伸設置到上殼2 的内側的連接端子4c的一部分導出而形成的，所以不會增 加零件個數，能夠簡單地形成具備檢測卡片12的插設的檢 測開關的卡片用連接器裝置。 另外，在上殼2的一側部上，設置有切口部沘，在該切口 部2b上配設著設置在後述的蓋部件11上的推遷片爪，從而 使得該推壓片lib經由切口部2b向配置在下方的軸支在下 殼3上的後述鎖定部件7進行施力。 另外，在上殼2的卡片插入口側的中央部，形成有凹狀的 卡合凹部2c。另外，該卡合凹部及沿著相對於卡片插入方 向垂直的方向長幅狀地形成。在該卡合凹部。上，卡合著 後述的蓋部件11的同樣形成在卡片插入口側的中央部上的 钩狀的卡止階梯部llc，從而限制上殼2向殼體i的收容部4 側位移（彎曲）。 另外，在上殼2上，在上述連接器端子4的中間的導電部 4b被一體埋設形成在上述上殼2内的部分的多個部位，形成 有沿上下方向貫通的貫通孔2d。該貫通孔％，是在將連接 2 7子4一體地插入成形在上殼2上之後，用於使各個連接 器端子4各自獨立的切斷沖頭的加工痕跡。 二下〃又3以同樣的合成樹脂等的絕緣材料被形成爲上面及 前面開口的箱形形狀。冑由在該開口部的上側重疊上殼2 而在該開Π部内構成上述殼體1的收容部la。另外，在該下 :又3的側部上，形成有收容施力部件6的彈簧收容部3a , 也力邛件6由螺旋彈簧構成，對後述的滑動部件1 〇向卡片 96138.doc -19- 200525446 退出方向施力。 另外，在彈黃收容部3a的軸線上且在前面的卡片插入口 側，形成有可旋轉地軸支鎖定部件7的一端的軸孔补，其中 該鎖定部件7由金屬線材構成，被滑動接觸在形成於後述的 滑動部件10的一端側的心形凸輪槽1〇b上。另外，在上述下 殼3的後方端部上，設置有可轉動地軸支後述的驅動部件8 的支撐孔3c，可轉動地軸支在該支撐孔&上的驅動部件8是 ί1远者卡片12的插入而轉動的。 驅動部件8，如圖i 3及圖工4所示，由合成樹脂等絕緣材料 構成，具有細長狀的臂部8a、突出設置在該臂部8的一端側 的工作部8b、設置在該工作部扑的另一端側的由圓柱狀的 支軸構成的第1保持部8c、及設置在上述臂部的大體中央處 的中空的豎立壁狀的第2保持部8d。 在該驅動部件8上，安裝有由導電性的金屬線材構成且由 具有兩個安裝定位圈部的一根受扭螺旋彈簧形成的可動觸 ..-έ 9在遠可動觸點9上，形成有分別從兩個安裝定位圈部 延伸出來的第1觸點彈簧9a及第2觸點彈簣外。該可動觸點 9,藉由將延伸出p觸點彈*9a的安裝定位圈部保持在驅 動部^8的第}保持部_支軸上，而將延伸出第2觸點彈簧 9b的安裝定位圈保持在驅動部件8的第2保持部的中空豎 立壁中而被安裝。 該驅動部件8的第1保持部8c的支軸的前端，被可旋轉地 支擇在設置於上述下殼3的後方端部上的支揮孔3e中，被可 轉動地軸支在該支撐孔3。上的驅動部件8，在卡片12被插人 96138.doc -20- 200525446 之際，與卡片12的一端部相抵接而轉動，藉此，隨著驅動 部件8的旋轉，可動觸點9的第！及第2觸點彈簧“、外就會 與形成在上述上殼2上的第1及第2固定觸點化、％接觸。 此時，驅動部件8,藉由將第1保持部8c軸支在上述下殼3 的支撐孔3c中，從而被形成爲以與上述第i固定觸點“相接 觸的狀態使上述第i觸點彈簧％賦能，將上述第2保持部Μ 保持爲可以上述第丨保持部8c爲支點旋轉，藉此上述第2觸 點彈簧9b和上述第2固定觸點5b被配置爲可相接觸或分離。 如此，在驅動部件8上，設置有保持可動觸點9的第丨觸點 彈ir 9a的女裝疋位圈部的第1保持部8C*保持第2觸點彈簧 外的安裝定位圈部的第2保持部8d，將第i保持部8c軸支在 忒體1上，以與第i固定觸點5&相接觸的狀態使第1觸點彈箬 賦能，並且能以第丨保持部8c爲支點轉動地保持第2保持部 8d，從而將第2觸點彈簧9b和第2固定觸點％配置爲可相接 觸或分離，因此，能夠可靠地將可動觸點9保持在驅動部件 8上，並且能夠分別獨立地使第ί觸點彈簧9a和第2觸點彈箬 9b進行賦能動作。 另外’在第2觸點彈簧9b與第2固定觸點5b相接觸時，隨 著驅動部件8的轉動，前述第2觸點彈簧9b的安裝定位圈部 被扭轉’藉由該安裝定位圈部的扭轉作用，上述第2觸點彈 黃913就會滑動接觸在上述第2固定觸點5b的接觸面上。 如此’隨著驅動部件8的轉動，第2觸點彈簧9b的安裝定 位圈部被扭轉，藉此第2觸點彈簧外滑動接觸在上述第2固 定觸點5b上，因此，在觸點部相互接觸之際，就會獲得相 96138.doc -21 - 200525446 互摩擦的自清潔作用，因此可實現接觸的信賴性的提高。 另外，採用的構造是由具有兩個安裝定位圈部的第1及第 2觸點彈簧9a、9b形成可動觸點9,由第丨觸點彈簧“構成上 述驅動部件8的轉動動作後的恢復用的彈簧，由上述第2觸 點彈黃9b構成用於施加與上述第2固定觸點外的觸點壓力 的彈簧。 * 如此，由於第1觸點彈簧9a構成驅動部件8的恢復用彈 簧，第2觸點彈簧9b構成與第2固定觸點外的觸點壓接用的 弹更，因此可以由不同的觸點彈簧形成恢復用的彈簧和施 加觸點壓力用的彈簧，因此能夠可靠地施加觸點壓力，能 夠提高接觸的信賴性。 滑動部件10,由合成樹脂等的絕緣材料形成爲大體倒L 字形狀，可隨著卡片12的插入及退出而沿卡片12的插入及 退出方向移動地被收容在上述殼體丨的收容部^中。在該滑 動部件10的基部的一端側，形成有卡合被收容在下殼3的彈 簧收容部3a中的由螺旋彈簧構成的上述施力 部的彈簧卡合部1〇a。 另外，在基部的上面的一端側’形成有與一端側被可旋 轉地軸支在下殼3的軸孔3b中的上述鎖定部件7協同動作， 而克服上述施力部件6的施力將滑動部件1〇保持在卡片Η 的插設位置上的心形凸輪槽10b。另外，在滑動部件1〇的一 端側，形成有從基部向與卡片插入方向垂直的方向突出而 设置的、與卡片12的一端部（前端部）相抵接的卡片抵接部 10c。 。 96138.doc -22· 200525446 在上述上威2的上面側，覆芸上、200525446 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to the use of mobile memory, various mobile information terminals, digital cameras, digital AV machines and other application memories ^ 媸 ° Card connector used for small-sized self-remembered cards, etc. [Complex] The card connector is generally used as an additional storage device for electronic materials such as personal computers or digital cameras. As the card It is widely used to connect storage media, PC cards or memory cards. Um, Bu Nai Xun is widely used. The previous card connector device is known to have _ a kind of storage for inserting a card in the inside of the body of the device. A plurality of connector terminals (contacts) are provided in parallel on the receiving portion, and the necessary contact information is provided by connecting the contacts of the connector terminals with external contacts such as a body card inserted in the receiving portion. A device for writing and reading (for example, Patent Document 1). Figs. 19 and 20 show the structure of a conventional card connector device. Fig. 19 is a perspective view showing a conventional card connector device. Figure ㈣ shows a partial cross-sectional view of a card connector device inserted into a card connection connector mounted on a substrate. The conventional card connector device 5 is shown in the figure. The base plate 54 is provided with an insulator 51 provided at the rear end of the base plate 54, a contact 52 made of an elongated conductor held on a wall portion of the insulating grate, etc., and a metal cover 53 like an insulator is covered with one end. On the opposite side of the wall portion 51 a of the insulator 53 including the contacts 52, an opening portion% for inserting the card 20 is provided. In addition, at the position of the metal cover 53 corresponding to the contact 52, an elongated hole 55 is provided to allow the front end of the contact 52 to pass through 96138.doc 200525446, so as to prevent the contact 52 from being topped when a card is inserted. It comes into contact with the metal cover 53 at the time. The symbol 63 is a switch for detecting whether a card is inserted. When the card 20 is inserted into the card connector device 50 mounted on the substrate 60, the card 20 is guided by a guide formed by the bottom plate 54 and the metal cover 53 and inserted. A contact 21 is provided at the front end of the card 20, and when the card 20 is inserted rearwardly through the opening of the connector, the contact 52a of the contact 52 contacts the contact 21 of the card 20. At this time, the contact 21 of the card 20 moves the contact "to overcome its elastic force and press the fixed end of the wall portion of the contact 52 as an axis to push upward to reach the inside of the hole 55. In addition, according to Different types of memory cards have been developed, and a type of detection switch has been developed to detect the insertion status of the card. It has also been developed to satisfy the prohibition of writing information when the card is not reliably inserted in the connector device. A card connector device (for example, Patent Document 2) that needs to be inserted and read to prevent writer errors or data damage to a memory card. As a card connector device having a detection switch, A storage section for a memory card is provided, and a detection switch driven by the insertion of the memory card is provided on a housing provided with a connector terminal in contact with the memory card in the storage section. When it is inserted, the & part of the memory card is docked with it, so that the contact part of the detection switch is driven and electrically connected, thereby outputting a signal that the memory card is inserted into the casing is output. Note 1: Japanese Patent Application Laid-Open No. 2003-59557 Patent Literature 2. Japanese Patent Application Laid-Open No. 2001-357917 96138.doc 200525446 However, in the structure of the conventional card connector device, the contact held on the insulator (housing) 51 is held. The head (connector terminal) 52 is formed in a form in which the free end side of the contact 52a extends from the inside to the front (card insertion port direction) with respect to the insertion direction of the card 20, and therefore has the following problems. That is, when the contact 52a is mounted to be lowered to the lower side of the card accommodation portion for some reason, when the card 20 is inserted, the front end of the card 20 will collide with the front end of the contact 52a, so that The contact 52 may be buckled or deformed, resulting in poor contact. In addition, in order to prevent the front end of the contact 52a from coming into contact with the front end of the card 20, it is necessary to bend it upward in advance to make it protrude. The degree of problem σ is also relatively high so as not to protrude from the insulator (housing) 5i when the card 20 is inserted, so there has been a problem that the connector device is enlarged. In addition, it is necessary to keep the insulator ( The contact (connector) 52 on the body 51 may be formed such that the free end side forming the contact 52a extends inward with respect to the card insertion direction, but in this case, it becomes a contact The holding portion of the head 52 is oppositely located on the insertion port side of the card receiving portion. Therefore, when the card is inserted, when the contact m of the contact 52 is in contact with the card, the card inserted as the free end side of the insulator 51 is inserted. On the side, the card receiving portion may be bent due to the elastic pressure of the contact 52, and the contact pressure with the card may not be ensured. In addition, in the previous configuration of the card connector device, the card insertion state was detected. The contact part of the detection switch is formed by a contact spring that rotates around the fulcrum. The contact spring is obtained from the same-contact spring. 96138.doc 200525446 The elastic pressure for recovery and the contact of the contact part Point pressure, so when using menstruation, ¥, there will be problems such as the contact spring slack and fall, under contact pressure, :: contact instability. In addition, to increase the contact pressure, it is necessary to increase the contact springs. Therefore, the shell will inevitably increase the size of the casing, and there is a problem that it is difficult to achieve miniaturization of the flail device. [Summary of the Invention] Therefore 'The object of the present invention is to solve the above-mentioned problems and provide a card connection device which can prevent the contact portion of the connector terminal from being buckled or deformed when the card is inserted, and contact the Gua contact. In order to improve the reliability and contact reliability of the contact portion of the detection switch on which the detection card is inserted, the size of the connector device is reduced. In order to solve the above-mentioned problem, the third solution in the present invention, the structure adopted is: A housing having a housing portion for inserting a card, and a connector terminal provided on the receiving portion and a contact portion of the contact portion that can be in contact with the external contact portion of the card; and has a lead-out from the connector terminal to the above. A connection terminal protruding from the outer side of the housing; the housing is composed of an upper case and a lower case, the receiving portion is formed between the upper case and the lower case; one side of the connector terminal, and the upper side The card insertion port side extends inward, and the contact portion & placed on the upper #window hole 弯曲 is bent toward the receiving portion β to be / known to the side of the window hole portion of the upper case. Both side edges extend β to the inside of the upper case and protrude to the outside of the case to form the connection terminal. In addition, as a second solution, a structure is adopted in which a window disposed on the upper case is used. The contact portion of the connector terminal in the hole # is formed to extend in the same direction as the connection terminal protruding to the outside of the housing 96138.doc 200525446 stone and the card insertion direction body. Λ In addition, as a third solution The solution adopts a structure in which the connector terminal and the connection terminal are formed by a continuous piece of metal plate, and an intermediate portion is integrally embedded and formed in the upper case. In addition, as a fourth solution, the structure is adopted. For the housing part of the casing, there is a detection device that is driven by one end of the inserted card to detect the insertion of the card, and the detection device has a The first and second fixed contacts on the device, and the movable contacts connected to the first and second fixed contacts; #The part is derived from a part of the connection terminal extending into the upper case to form the first丨 and the second fixed contact. In addition, as a fifth solution, a structure including a housing having a receiving portion for inserting a card, and an external contact portion disposed on the receiving portion and capable of contacting the card. The connector terminal of the contact point portion has a detection device that is driven by one end portion of the card to detect the insertion of the card; the detection device includes first and second fixed contact stations provided on the housing, and The movable contact connected to the first and second fixed contacts; the above-mentioned movable contact is formed by a torsion coil spring having two women's positioning ring portions, and the torsion coil spring is formed with the first torsion coil spring. 1 Fixed contact: The first contact spring and the second contact spring bearing that are in contact with the second fixed contact. The first contact spring and the second contact spring are never installed. The fixed ring portion is extended. In addition, as a sixth solution, a structure is adopted in which a driving member that is in contact with one end of the card and rotates is provided on the casing, and is supported by a rotatable shaft at 96138.doc -10 200505446. The movable contact is held on the driving part, and is accommodated in the housing part of the housing. In addition, as a seventh solution, a structure is adopted in which the first contact spring of the first contact spring that holds the movable contact is held in the driving unit x, and the holding portion that holds the second contact and the second contact are held. Mounting and holding part of elastic spring; put the above-mentioned, ± so that the upper contact of the first contact spring is in contact with the first fixed contact, and add the first holding part to the second holding part so that the first The i holding portion is held in a rotating manner for supporting, and the second contact spring and the second fixed contact are arranged to be able to contact or separate from each other. ^ I / Bu: As the eighth solution, the structure adopted is that the second contact flat ear is following the rotation of the driving member, and the mounting and positioning ring portion of the second contact spring is twisted. In addition to sliding connection on the second fixed point, as a ninth solution, the structure adopted is: the first contact > is a spring for recovery of the driving member, and the second contact spring A spring for applying a contact pressure to the second fixed contact. In addition, as a 1G solution, a structure is adopted in which a housing including a housing having a card insertion portion and a contact portion disposed on the storage portion and capable of contacting an external contact portion of the card are connected. And a cover member mounted on the housing; the housing is composed of an upper case and a lower case, and the 11 undercapacity portion is formed between the upper and lower cases; Ji said connector terminal system The card insertion opening of the upper case is extended inwardly, and the contacts are integrally formed on the upper case by writing a song from the window hole portion placed at the center of the case into the receiving portion. 96138.doc 200525446 A restriction device is formed on the cover member and the upper case. The restriction device restricts the upper portion a from being pushed up against the contact portion when the card is inserted, so as to be displaced toward the receiving portion side. In addition, as the eleventh solution, a structure is adopted in which the cover member is formed of a metal plate, a locking step 2 bent downward is formed on the metal plate, and the upper step is formed to engage with the locking step portion. The engaging recessed portion ′ limits the displacement of the upper case to the receiving portion side by engaging the locking stepped portion with the engaging recessed portion. As a twelfth solution, a structure is adopted in which the engaging stepped portion and the engaging recessed portion are formed in the center of the cover member and the card insertion port side of the upper case. In addition, as a thirteenth solution, the structure of ㈣ is such that the locking stepped portion and the engaging recessed portion are formed in a long shape along a direction perpendicular to the insertion direction of the card. As described above, the card connector device of the present invention includes a housing having a card receiving portion and a contact portion disposed on the receiving portion and capable of contacting the external contact portion of the sheet. The connector terminal has a connection terminal protruding from the connector terminal and protruding to the outside of the case. The case is composed of an upper case and a lower case, and a receiving portion is formed between the upper case and the lower case. Terminal, the end side extends inward from the card insertion side of the upper case, the contact part is formed by bending into the receiving part through the solid hole part provided on the upper case, and the other end side is along the upper case. Both side edges of the window hole portion extend to the inside of the upper case and protrude to the outside of the upper case to form a connection terminal; for this purpose, the contact portion of the connector terminal can be formed to extend from the card insertion port side to the inside 9696. doc '12-200525446 is completed, so when inserting a card into the accommodating part, even if the front end of the card is in contact with the connector terminal, it will smoothly bend upward (avoid), so the contact of the connector terminal can be prevented Frustration or deformation High contact reliability of the contact portion. In addition, since it is not necessary to increase the height of the housing, miniaturization of the connector device can be achieved. In addition, since the contact portions of the connector terminals arranged on the window hole portion of the upper case and the connection terminals protruding to the outside of the case are formed so as to extend in the same direction as the card insertion direction, Even in a connector device in which a connection terminal derived from a connector terminal protrudes from the inside of a housing, a terminal structure having excellent contact reliability at a contact portion can be easily obtained. In addition, the connection terminal and the connection terminal are formed by a continuous sheet metal plate, and the middle part of the skin is embedded and formed in the upper case. For this reason, the structure of the connector terminal will not become complicated because it is simpler. I, so productivity can be improved. In addition, since the receiving part of the body has a detection device that detects the insertion of the card and is driven by one end of the inserted card, and the detection device has first and second fixed contacts provided on the casing. The first and second fixed contacts are formed by deriving a part of the terminal that extends to the inside of the upper case and the movable contact connected to the second fixed contact. Therefore, the number of parts is not increased. It is possible to easily form a card connector device for inserting a detection switch for a local detection card. In addition, the device for connecting cards for card inspection of the present invention includes a housing having an accommodation card; 96l38.doc -13-200525446, and an external contact portion disposed on the accommodation unit and capable of contacting the card. The connector terminal of the contact portion has a detection device that is driven by one end portion of the card and detects insertion of the card. The detection device includes i-th and second fixed contacts provided on the housing, and the first and second fixed contacts are connected to the first contact. 1 and 2 @ 定 ㈣ The moving contact is formed by a torsion spiral spring with two mounting and positioning ring portions, which forms a movable contact, and abuts against the first fixed contact on the torsion coil spring. First! The contact spring t and the second contact spring that abuts against the second fixed contact are respectively provided with the i-th contact spring and the second contact spring from different mounting and fixing ring portions; because & The contact point 胄 of the detection switch on which the detection card is inserted can obtain the elastic pressure for the self-recovery of the contact spring and the contact pressure of the contact portion with different contact springs. The contact reliability of the contact portion can be improved without causing the contact spring f of the contact portion to loosen and decrease the contact pressure. In addition, the contact spring is increased without the contact pressure, and f-return-in-the-miniature miniaturization of connected devices has been achieved. In addition, 'the housing is provided with a drive member that is opposite to one end of the card, and the drive member' is supported in the housing portion of the housing Π: touched and rotatable μ ^, so the card can be moved through the drive member. The insertion is reliably transmitted to the movable contact and the insertion detection. "Separately" to perform the card ―In addition ', since the movable contact is provided on the driving part = the first holding part of the fixed ring part and the second holding part for holding the second contact are installed: second turn: the second holding part ， Support the shaft support of the i-th holding part: ,, ..., the state where the contact points of the younger brothers are in contact with each other (has a spring potential, and the second holding part can be, and has a spring potential), and the younger holding part 1 The fulcrum rotation method is supported by 96i38.doc -14- 200525446, so that the second contact spring and the second fixed contact can be arranged to contact or separate from each other. Therefore, the movable contact can be reliably held on the driving part. And at the same time, the energizing operation of the first contact spring and the second contact spring can be performed independently. In addition, since the second contact spring twists the yellow female positioning ring portion of the second contact with the rotation of the driving member, sliding contact is made on the second contact. When contacting each other, self-cleaning action can be obtained by rubbing against each other, so the reliability of contact can be improved. In addition, the first contact spring constitutes a spring for recovering the driving member, and the second contact spring constitutes a spring spring for applying a contact pressure to the second fixed contact. Therefore, a recovery spring is formed with a different contact spring. Because of the elasticity of the elastic element and the impulse for applying contact pressure, the contact pressure can be applied in an ## manner, and the reliability of contact can be improved. In addition, the card W connector device of the present invention includes a housing having a housing portion into which a card is inserted, and a connector terminal of a contact portion disposed on the housing portion and capable of contacting an external contact portion of the card. The cover IM cowl mounted on the casing is composed of an upper casing and a τ casing, and a receiving portion is formed between the upper casing and the lower π '. The connection $ terminal is inserted from the card of the upper casing to the side of the interior. It is extended, and the contact part is formed into the upper case through a window hole provided on the center of the upper case. The body is formed on the upper case, and the cover member and the upper case are formed with restrictions on card insertion and upper. The nut that restricts the housing's displacement to the side of the receiving portion as the contact portion is pushed up can prevent buckling or deformation of the contact portion of the connector terminal when inserting a card, and can improve the contact reliability of the contact portion. Since the position of the upper shell when the contact part is pressed is restricted by the cover member, the buckle is therefore / required to increase the thickness of the upper shell, and it is not necessary to increase the height of the shell. Therefore, miniaturization of the connector device can be achieved. In addition, since the cymbal member is formed of a metal plate, a locking stepped portion bent downward is formed on the metal plate, and an engaging recessed portion which is engaged with the locking stepped portion is formed on the upper case. The engagement with the engaging recessed portion restricts the displacement of the upper case to the accommodating portion side. Therefore, it is possible to restrict the displacement of the upper case with a structure in which the locking stepped portion is provided only on the metal cover member. In addition, since the locking stepped portion and the engaging recess are formed in the middle of the π side of the cover member and the card of the upper case, the position where the displacement of the upper case is the largest can be restricted, and the displacement of the upper case can be reliably restricted. In addition, since the locking stepped portion and the engaging recessed portion are formed in a long shape along a direction perpendicular to the card insertion direction, the width of the restricting portion with respect to the displacement direction is wider, and the householder has greater strength. It becomes firm, and the displacement of the upper shell can be reliably limited. [Embodiment] Hereinafter, embodiments of the present invention are shown in Figs. in. Figure ⑽ A top view of the card connector device, a front view of the card connector I shown in FIG. 2 'FIG. 3 A plan view of the card connector device with the cover member removed' FIG. 4 series of card connector device A cross-sectional view of the main part of the card, a top view of the card connector device in the card ejection position, a cross-sectional view of the main part of the card connector device in the card ejection position, and FIG. 7 is a view of the card connector device in the middle of card insertion. Top view, FIG. 8 is a sectional view of a main part of a card connector device in the middle of card insertion, FIG. 9 is a plan view of a card connector device at 96138.doc -16-200525446 position, and FIG. 10 is a card insertion device A sectional view of the main part of the card connector device at the position, FIG. U is a bottom view of the upper case. FIG. 12 is a sectional view of the main part of the upper case, and FIG. 13 is a bottom view of the driving member and the movable contact. A side view of the driving member and the movable contact. FIG. 15 is a partial cross-sectional view showing the engaging portion of the upper case and the cover member. In FIGS. 1 and 4, the shout body 1 'is formed of an insulating material such as a synthetic resin into a box shape with a front opening, and is composed of an upper case 2 and a lower case 3 which are superposed on top and bottom. A receiving portion la is provided at the center of the case 1, and a card insertion opening 1b is formed on the front surface of the case in continuity with the receiving portion 13 on the case summer. In addition, a plurality of connector terminals 4 made of a metal material having a pen-guide property that is elastically provided are arranged in parallel on the accommodating portion 13. The upper part 2 is formed into a substantially flat plate shape from an insulating material such as synthetic resin, as shown in Figs. Π and 12, and a plurality of window hole portions 2a are provided in the center. A plurality of connector terminals 4 are arranged in the window hole portion 2a. The connector terminal 4 extends inward from the card insertion opening side (indicated by arrow A) of the upper case 2 and is bent inwardly into the receiving portion through the window hole portion 仏 provided in the upper case 2. The contact portion 乜 is formed at the free end thereof. In addition, the connector terminal 4 is integrally buried 5 by a method such as insertion molding, and is further embedded in the upper case 2 with a conductive portion 4b in the middle along the upper portion. Both side edges of the window hole portion 2a of the case are bent and extended. Also, the conductive portion 4b extends to the rear end portion of the upper case 2 so that the other end side of the connector terminal 4 is from the upper case 2 The rear outer side protrudes outward, so that a plurality of connection terminals 4c are provided, and the connection terminals 4c are fixed by soldering to a circuit pattern on an external circuit board such as an electronic device to transmit signals. 96138.doc -17 · 200525446 The above-mentioned connector terminal 4 'is formed by a continuous-piece metal plate, and the above-mentioned contact portion spear connection terminal 4c is formed, and the middle conductive portion 4b is integrally embedded and formed in the above ^: 2, and' is disposed above On the window part 2 of the shell 2 & The contact portion & of the connector terminal 4 and the connection terminal 4e provided protruding from the outer side of the upper case 2 are formed by extending from the card insertion side in the card insertion direction. Thus, the contacts of the connection terminal 4 are connected. The part and the connection terminal 乜 are formed of a continuous piece of sheet metal plate, and the conductive part in the middle is embedded and formed in the upper case 2 integrally, so the structure of the connector terminal 4 does not become complicated and simple. 'As a result, productivity can be improved and the connection terminal derived from the connector terminal 4 can be extended from the inside of the housing i to the outside.' It can extend in the same direction as the card insertion direction. The contact portion 4a of the connector terminal 4 is formed. The contact portion 4a extending from one end side of the connector terminal 4 is disposed to protrude into the accommodation portion 1a. The card 12 described later is When it is inserted into the receiving portion ^ of the housing 丨, the external contact portion 12a of the card 12 is connected to the contact portion 4a. In addition, on the upper case 2, on the side opposite to the card insertion opening side Internally A pair of contact portions of the detection device inserted for detecting the card 12 are first and second fixed contacts, 51). The first and second fixed contacts, 5b are formed of a conductive metal material. The i-th and second fixed contacts are integrally formed by deriving a part of the connection terminal 4c extended to the rear end portion of the upper case 2 by the same method of insert molding or the like. Because the pair of contacts as the detection device of the detection card 12 is 96138.doc • 18- 200525446, the first and second fixed contacts 5 a and 5 b of the point portion are extended to the upper case 2. A part of the inner connection terminal 4 c is derived, so that it is possible to easily form a card connector device including a detection switch for detecting the insertion of the detection card 12 without increasing the number of parts. In addition, a cutout portion 沘 is provided on one side portion of the upper case 2, and a push-out piece claw provided on a cover member 11 to be described later is disposed on the cut-out portion 2b so that the push-down piece lib passes through the cutout. The part 2b biases the lock member 7 mentioned later which the lower shaft 3 is supported by the lower shaft 3 arrange | positioned. A recessed engagement recess 2c is formed in a central portion on the card insertion opening side of the upper case 2. The engaging recessed portion is formed in a long shape in a direction perpendicular to the card insertion direction. In this engaging recess. The hook-shaped locking step 11c formed on the center portion of the card insertion port side of the cover member 11 to be described later is also engaged, so that the upper case 2 is restricted from being displaced (bent) toward the receiving portion 4 side of the case i. . Further, in the upper case 2, a plurality of portions of a portion formed in the upper case 2 are integrally embedded in the conductive portion 4b in the middle of the connector terminal 4, and through-holes 2d penetrating in the vertical direction are formed. This through-hole% is a processing mark for cutting the punch independently for each connector terminal 4 after the connection 2 7 sub 4 is integrally inserted into the upper case 2 and molded. The second lower part 3 is formed into a box shape with an upper surface and a front surface made of an insulating material such as synthetic resin. (2) The upper case 2 is overlapped on the upper side of the opening portion, and the accommodating portion 1a of the case 1 is formed in the opening portion. In addition, a spring accommodating portion 3a for accommodating the urging member 6 is formed on the side portion of the bottom 3, and the urging member 6 is formed of a coil spring. -200525446 Apply force in the exit direction. In addition, on the axis of the elastic yellow accommodating portion 3a and on the front card insertion opening side, a shaft hole repair of one end of a pivotally supported lock member 7 is formed, wherein the lock member 7 is made of a metal wire and is slidably contacted on It is formed in the heart-shaped cam groove 10b on one end side of the sliding member 10 described later. In addition, the rear end of the lower case 3 is provided with a support hole 3c for a driving member 8 to be described later, and the driving member 8 rotatably supported on the support hole is a remote card 12. Inserted while turning. As shown in FIG. 3 and FIG. 4, the driving member 8 is made of an insulating material such as synthetic resin. The driving member 8 has an elongated arm portion 8 a, a working portion 8 b protrudingly provided on one end side of the arm portion 8, and the working portion 8. A first holding portion 8c made of a cylindrical support shaft on the other end side of the part flutter, and a hollow vertical wall-shaped second holding portion 8d provided at a substantially center of the arm portion. The drive member 8 is mounted with a movable contact made of a conductive metal wire and formed by a torsion coil spring having two mounting and positioning ring portions.--9 is formed on the remote movable contact 9 The first contact spring 9a and the second contact spring are respectively extended from the two mounting positioning ring portions. The movable contact 9 holds the mounting and positioning ring portion extending out of the p-contact spring * 9a on the} th holding portion_support shaft of the driving portion ^ 8, and the second contact spring 9b is extended. The positioning ring is attached to the hollow upright wall of the second holding portion of the driving member 8. The front end of the fulcrum of the first holding portion 8c of the driving member 8 is rotatably selected in a fulcrum hole 3e provided in the rear end portion of the lower case 3, and is rotatably rotatably supported in the support hole 3. . When the card 12 is inserted into 96138.doc -20-200525446, the driving member 8 is in contact with one end of the card 12 and rotates. As a result, as the driving member 8 rotates, the first !! And the second contact spring, the first and second fixed contacts formed on the upper case 2 are brought into contact with each other. At this time, the driving member 8 is supported by the first holding portion 8c. The support hole 3c of the lower case 3 is formed so that the i-th contact spring% is energized in a state of being in contact with the i-th fixed contact, and the second holding portion M is held so that the The first holding portion 8c rotates as a fulcrum, whereby the second contact spring 9b and the second fixed contact 5b are arranged to be contactable or separable. In this way, the driving member 8 is provided with the first holding portion 8C * which holds the female contact ring portion holding the first contact spring ir 9a of the movable contact 9 and holds the positioning ring portion outside the second contact spring. The second holding portion 8d supports the i-th holding portion 8c on the carcass 1 to enable the first contact to be snapped and energized in a state of being in contact with the i-th fixed contact 5 & 8c holds the second holding portion 8d as a fulcrum, so that the second contact spring 9b and the second fixed contact% are arranged to be contactable or separable. Therefore, the movable contact 9 can be reliably held on the driving member 8 The energizing operation of the first contact spring 9a and the second contact spring 9b can be performed independently. In addition, when the second contact spring 9b is in contact with the second fixed contact 5b, as the drive member 8 rotates, the mounting and positioning ring portion of the second contact spring 9b is twisted. The torsional action of the second contact spring 913 slides into contact with the contact surface of the second fixed contact 5b. In this way, as the driving member 8 rotates, the mounting and positioning ring portion of the second contact spring 9b is twisted, whereby the second contact spring is brought into sliding contact with the second fixed contact 5b. Therefore, the contact portion When contacting each other, phase 96138.doc -21-200525446 will be obtained, and the self-cleaning effect of mutual friction will be obtained, so the reliability of contact can be improved. In addition, the structure adopted is that the movable contact 9 is formed by the first and second contact springs 9a, 9b having two mounting positioning ring portions, and the restoration after the rotation of the driving member 8 is constituted by the first contact spring " For the spring, the second contact spring yellow 9b constitutes a spring for applying a contact pressure to the outside of the second fixed contact. * In this way, the first contact spring 9a constitutes a restoration spring of the driving member 8. The second contact spring 9b constitutes a spring for pressure contact with a contact other than the second fixed contact, so that it is possible to form a spring for recovery and a spring for applying contact pressure from different contact springs, so it can be reliably When the contact pressure is applied, the reliability of the contact can be improved. The sliding member 10 is formed into a generally inverted L shape by an insulating material such as synthetic resin, and can be inserted and ejected along the card 12 as the card 12 is inserted and ejected. It is movably accommodated in the accommodating portion ^ of the casing 丨. On one end side of the base portion of the sliding member 10, the above-mentioned urging force made of a coil spring that is engaged with the spring accommodating portion 3a of the lower case 3 is formed. Spring The engaging portion 10a is formed on one end side of the upper surface of the base portion in cooperation with the above-mentioned locking member 7 in the shaft hole 3b of the lower case 3 rotatably supported on one end side, thereby overcoming the above-mentioned urging member 6 A heart-shaped cam groove 10b that holds the sliding member 10 at the insertion position of the card Η by applying a force of one. An end of the sliding member 10 is formed to protrude from the base in a direction perpendicular to the card insertion direction. The card contact portion 10c which is in contact with one end portion (front end portion) of the card 12. 96138.doc -22 · 200525446 On the upper side of the above-mentioned upper part 2, cover the upper part,
另外，如 b «亥推壓片lib經由上殼2的切口部㉛對軸支在下 ㈣件7向滑動部件1〇的心形凸輪槽⑽施力。 如圖15所* ’在蓋部件11的卡片插人 郤《又置有向下方彎曲的鈎狀的卡止階梯部丨丨c。另外，該卡In addition, for example, the b pusher compresses the shaft through the cutout portion of the upper case 2 to the heart cam groove 滑动 of the sliding member 10 through the lower member 7. As shown in FIG. 15, the card is inserted into the cover member 11. However, a hook-shaped locking stepped portion 丨 c is provided. In addition, the card
與上殼2的同樣設置在卡片插入口側的中央部上的卡合凹 部2c相互卡合，藉此限制上殼2向殼體i的收容部^側的位 移（彎曲）。 另外，在將蓋部件11安裝在上殼2上之際，能夠藉由使蓋 部件11滑動移動，而簡單地使蓋部件U的鈎狀的卡止階梯 部11c與上殼2的卡合凹部2c相卡合，能夠較容易地進行製 造° 如此’由於在蓋部件11及上殼2上，形成有用於限制在將 卡片12插入之際，隨著觸點部4a被頂起（藉由因連接器端子 4所具有的彈性引起的反作用）、而上殼2向收容部la側位移 (彎曲）的卡止階梯部11c及卡合凹部2c，因此，可由蓋部件 11限制在推壓觸點部4時的上殼2的位移，從而不必將上殼2 96138.doc -23- 200525446 的厚度設置得較厚，沒有必要加高殼體1的高度，因此可實 現連接器裝置的小型化。 另外’由於蓋部件11由金屬板形成，在該金屬板上形成 有向下方彎曲的卡止階梯部丨lc，因而僅以在金屬的蓋部件 11上設置卡止階梯部11 c如此的簡單的構造，即可限制上殼 2的位移。 另外’由於將卡止階梯部11 c及卡合凹部2c形成在蓋部件 11及上殼2的卡片插入口側的中央，所以能夠限制上殼2位 移最大的部位，因此能夠可靠地限制上殼2的位移。另外， 由於將卡止階梯部11c及卡合凹部2C沿著相對於卡片的插 入方向垂直的方向呈長幅狀地形成，所以相對於位移方向 的限制部的寬度較寬，因此能夠使強度變得較強，進而能 夠可靠地限制上殼2的位移。 卡片 12 例如疋 RS-MMC 卡片（reduce size-multi mekea card)，内部收容有積體電路（IC)，是作爲存儲媒體而被使 用的。在該卡片12的一表面上，在其一端側形成有多個外 部接觸部12a，該外部接觸部12a藉由與配設在上述殼體1的 收容部la上的上述連接器端子4的觸點部物接觸，從而進行 與連接在外部的電子設備的各種資訊處理。 另外，被形成爲在上述卡片12被插入上述殼體丨的收容部 la内時，卡片12的前端部抵接在滑動部件1〇的卡片抵接部 10c上，藉此滑動部件10可隨著卡片12的插入而向插入方向 移動。 其次，利用圖5〜圖10對將上述卡片12插入到連接器裝置 96138.doc -24· 200525446 中的情況下的動作進行說明。 在插入上述卡片12的情況下，首先，如圖3及圖4所示的 初期的狀態、即在上述卡片12未插人時，上述滑動部㈣ 被上述施力部件6的施力而趨向卡片退出方向。 接著、，當上述卡片12被向上述殼體i的收容心内插入 k ’上述卡片12的前端部與上述滑動部件1()的卡片抵接部 l〇c抵接而被保持。此時上述卡片12的外部接觸部⑶愈上 述連接器端子4的觸點料分離。另外，作爲檢測卡片_ 插設狀態的檢測裝置的可動觸點9，藉由驅動部件8的作爲 恢復用的彈簧的第i觸點彈簧％的施力，使驅動部件8趨向 卡片的退出方向’且第【觸點彈簧％與第10定觸點城 觸，但第2觸點彈簧外與第2固定觸點％處於分離狀態（參照 圖5、圖6)。 接著胃將上述卡片12向卡片插入方向推壓時，上述滑 動部件！〇可隨著卡片12的插人而向插人方向㈣，從㈣ 動部件10克服上述施力部件6的施力而向卡片插入方向移 動。然後’卡片12的前端部抵接在被可轉動地軸支在殼體【 的收容部la中的驅動部件8的工作部处上，使驅動部件8克 服第1觸點彈簣9a的施力向卡片插入方向移動。此時，隨著 滑動部件10的移動，鎖定部件7的—端部追隨設置在滑動部 件10上的心形凸輪槽10b而移動（參照圖7、圖8)。 如此，由於上述連接器端子4, 一端側從上殼2的卡片插 入口側向内側延伸，觸點部乜經由設置在上殼2上的窗孔部 h而向收容部1a内彎曲，另外，另一端側沿著上殼2的窗孔 96138.doc -25- 200525446 邓2a的兩側緣延伸到上殼2的内部，向殼體丨的外側突出而 形成連接端子4c，所以能夠將連接器端子4的觸點部乜以從 卡片插入口側向内側延伸的方式形成，因此，在向收容部 U中插設卡片12時，即便卡片12的前端抵接在連接器端子4 上也可以自然地向上方彎曲（避開），因此能夠防止連接器端 子4的觸點部4a發生挫屈或變形，能夠提高觸點部如的接觸 信賴性。 另外，由於上述連接器端子4的觸點部仏側從上殼2的卡 片插入口側向内側延伸，因此沒有必要在觸點部乜的前端 延伸設置作爲挫屈防止用的導引片等，因此不必擔心在卡 片12的插5又日可導引片等從殼體丨的上面突出，因此沒有必要 加高殼體1的高度，能夠實現連接器裝置的小型化。 其次，當將上述卡片12進一步向卡片的插入方向時，鎖 定部件7的一端部追隨設置在滑動部件1〇上的心形凸輪槽 l〇b而被鎖定在鎖定位置，上述卡片12被插設在上述殼體^ 的收容部la的卡片插設位置上。此時，上述卡片12的外部 接觸部12a與上述連接器端子4的觸點部乜接觸。此時，驅 動部件8藉由與卡片12的插設一起向卡片插入方向轉動，從 而使施加觸點壓力用的第2觸點彈簧9b與第2固定觸點外接 觸，從而經由可動觸點9將第1及第2固定觸點5&、5b之間電 連接，藉此檢測卡片12的插設（參照圖9、圖1 〇)。 爲了從圖9及圖10所示的狀態將卡片12退出，藉由進一步 將卡片12暫時向插入方向推壓，使前述鎖定部件7從上述心 形凸輪槽i〇b的鎖定位置脫離，使上述滑動部件1〇借助上述 96138.doc -26- 200525446 施力部件6的施力向卡片退出方向移動，從而使上述卡片a 與该滑動部件1 〇 —起被退出到退出位置。 如此，因爲在上述殼體！上設有將上述滑動部件1〇向卡片 退出位置施力的上述施力部件6、及使上述滑動部件⑺克服 上述施力部件6的施力而保持在卡片插設位置上的鎖定部 牛所卩在將上述卡片12退出時，能夠藉由利用上述施 力部件6的施力很容易地將上述卡片12退出。 另外，由設置在上述殼體丨上的第丨及第2固定觸點兄、讣 和連接該第1及第2固定觸點5a、5b的可動觸點9，形成被前 述卡片12的一端驅動來檢測卡片12的插設的檢測裝置，由 具有兩個安裝定位圈部的一根受扭螺旋彈簧形成該可動觸 點9,並且，在該受扭螺旋彈簧上形成與上述第丨固定觸點 5a接觸的第丨觸點彈簧9a和與上述第2固定觸點讣接觸的第 2觸點彈！ 9b，將上述第1觸點彈簧9a及第2觸點彈篑％分別 從不同的安裝定位圈部延伸出來而設置，藉此，對於檢測 卡片12的插設狀態的檢測開關的觸點部，可以由不同的彈 ，來獲得觸點彈簧的自恢復用的彈性壓力與觸點部的接觸 甏力因此，即便長時間使用，也不會導致觸點部的觸點 彈買氣、弛、使接觸壓力下降，可提高接觸信賴性。另外， /又有必要爲了提高觸點壓力而增大觸點彈簧的形狀，能夠 貫現連接器裝置的小型化。 另外，在上述殼體1上，具有與卡片12的一端抵接而轉動 的上述驅動部件8，在該驅動部件8上保持著上述可動觸點 9且叮疑轉地軸支在上述殼體1的收容部1 a中，因此，能 96138.doc -27- 200525446 夠經由上述驅動部件8可靠地將卡片i2的插設傳遞給可動 • ㈣9’從而就能夠可靠地進行卡片12的插設檢測。 —圖16 18表不的是本發明的卡片用連接器裝置的其他的 -f施例，圖16是表示卡片退出位置的俯視圖，圖17是表示 卡片插认中迷的俯視圖，圖18是卡片插設位置的俯視圖。 此外對於與上述貫施例相同的部件採用相同的符號而 略其說明。 在這種情況下，與上述的實施例的構造不同之處在於： 配設在殼體1上的連接器端子4的觸點部4a的延伸方向不 同、以及卡片的種類和檢測卡片的插設的檢測開關的構造 不同。 即，在本實施例中，殼體1僅由下殼形成，在該殼體1上 to地並排叹置多個連接器端子4。另外，該連接器端子的 連接端子4C，同樣地形成爲從殼體丨的後方外側面向外側突 出，但與插設的卡片的外部接觸部相連接的觸點部乜，從 殼體1的内側向卡片插入口側延伸，上述觸點部4a，經由設 置在殼體1上的窗孔部lc向收容部^内彎曲而形成。該連接 器端子4是向殼體丨的收容部la的内側並列地設置而形成 的。 另外’作爲檢測卡片13的插設的檢測裝置的一對觸點 部，第1及第2固定觸點5a、5b，被形成在殼體1的收容部！ a 側面部内側。另外，該第1及第2固定觸點5a、5b同樣由導 ^ 電性的金屬材料形成，該第1及第2固定觸點5a、5b，將在 殼體1的後方外側面突出的上述連接端子4c的一部分導 96138.doc -28 - 200525446 出’以同樣的插入成形等方法一體地形成。 另外’對於配設在上述收容部1 a中隨著卡片i 3的插入而 轉動的驅動部件8、及被保持在該驅動部件8上的可動觸點 9 ’因爲構造相同所以省略說明。 卡片13，在圖中以點劃線表示。該卡片13，例如是 SD-MINI卡片（咖跡抑㈣‘以㈤），同樣在内部收容有 積體電路（ic)，是作爲存儲媒體而被使用的。在該第1卡片 3的表面上，在其一端側形成有多個外部接觸部（圖未 不）’，亥外部接觸部藉由與配設在上述殼體1的收容部h中 的上述連接器端子4的觸點部4a接觸，而進行與連接在外部 的電子没備的各種的資訊處理。 此接著’對本實施例的動作進行說明，首先，在初始的狀 上述卡片13的未插入時，滑動部件H)藉由施力部件6 的施力而趨向卡片的退出方向。 接者’當將上述卡片13向殼體丨的收 13的左側前端部就合 T卞片 而被保持。此時，=動部件1〇的卡片抵接部_接 器端子4的觸點部4a;=T卜:接觸部(圖未機^ 插設的檢測褒置的可動觸：9恕。另外，作爲檢測卡片⑽ 用的彈菩的第Μ: 借助作爲驅動部件8的恢復The engaging recessed portions 2c provided on the central portion of the card insertion port side as in the upper case 2 are engaged with each other, thereby restricting the displacement (bending) of the upper case 2 to the receiving portion ^ side of the housing i. In addition, when the cover member 11 is mounted on the upper case 2, the hook member 11 can be easily engaged with the engaging recessed portion of the upper case 2 by slidingly moving the cover member 11. Phase 2c is engaged, making it easier to manufacture ° In this way, since the cover member 11 and the upper case 2 are formed to restrict the insertion of the card 12, the contact portion 4a is lifted (by The reaction caused by the elasticity of the connector terminal 4) and the engaging stepped portion 11c and the engaging recessed portion 2c which are displaced (curved) toward the receiving portion 1a by the upper case 2; therefore, the cover member 11 can be limited to the pressing contact The displacement of the upper shell 2 at the time of the part 4 eliminates the need to set the thickness of the upper shell 2 96138.doc -23-200525446 thicker, and it is not necessary to increase the height of the housing 1, so that the connector device can be miniaturized. In addition, since the cover member 11 is formed of a metal plate, and a locking stepped portion lc that is bent downward is formed on the metal plate, it is as simple as providing the locking stepped portion 11 c on the metal cover member 11. The structure can restrict the displacement of the upper shell 2. In addition, since the locking stepped portion 11 c and the engaging recessed portion 2 c are formed at the center of the card insertion opening side of the cover member 11 and the upper case 2, the position where the upper case 2 is displaced most can be restricted, and therefore the upper case can be reliably restricted 2 displacement. In addition, since the locking stepped portion 11c and the engaging recessed portion 2C are formed in a long shape in a direction perpendicular to the card insertion direction, the width of the restricting portion with respect to the displacement direction is wide, so that the strength can be changed. It is strong, and the displacement of the upper case 2 can be restricted reliably. The card 12 is, for example, a RS-MMC card (reduce size-multi mekea card), which contains an integrated circuit (IC) and is used as a storage medium. On one surface of the card 12, a plurality of external contact portions 12a are formed on one end side thereof, and the external contact portions 12a are in contact with the connector terminals 4 provided on the receiving portion 1a of the case 1 Point-to-point contact allows various information processing with external electronic devices. In addition, when the card 12 is inserted into the accommodating portion la of the housing 丨, the front end portion of the card 12 abuts on the card abutting portion 10c of the sliding member 10, whereby the sliding member 10 can follow The card 12 is inserted and moved in the insertion direction. Next, the operation when the card 12 is inserted into the connector device 96138.doc-24.200525446 will be described with reference to FIGS. 5 to 10. When the card 12 is inserted, first, as shown in FIGS. 3 and 4, that is, when the card 12 is not inserted, the sliding portion ㈣ is biased toward the card by the urging member 6. Exit direction. Next, when the card 12 is inserted into the housing heart of the housing i, k ', the front end portion of the card 12 comes into contact with the card contact portion 10c of the slide member 1 () and is held. At this time, the external contact portion ⑶ of the card 12 is separated from the contact material of the connector terminal 4 described above. In addition, the movable contact 9 serving as the detection device for detecting the card_insertion state is driven by the i-th contact spring of the driving member 8 as a recovery spring, so that the driving member 8 moves toward the card ejection direction. And the [contact spring%] is in contact with the 10th fixed contact, but the outside of the second contact spring and the second fixed contact% are separated (see FIGS. 5 and 6). Then, when the stomach pushes the card 12 in the card insertion direction, the sliding member described above! 〇 It can be inserted in the direction of insertion as the card 12 is inserted, and the moving member 10 can be moved in the card insertion direction against the urging force of the urging member 6 described above. Then, the front end portion of the 'card 12 abuts on the working portion of the driving member 8 which is rotatably supported in the housing [a] of the housing [1], so that the driving member 8 overcomes the biasing force of the first contact spring 9a. The card insertion direction moves. At this time, as the slide member 10 moves, the one end portion of the lock member 7 moves following the heart-shaped cam groove 10b provided in the slide member 10 (see Figs. 7 and 8). In this way, since one end side of the connector terminal 4 extends inward from the card insertion opening side of the upper case 2, the contact portion 乜 is bent into the accommodation portion 1a through the window hole portion h provided in the upper case 2, and, The other end side extends along the window hole 96138.doc -25- 200525446 of the upper case 2 to the inside of the upper case 2, and protrudes to the outside of the case to form the connection terminal 4c. Therefore, the connector can be connected. The contact portion 乜 of the terminal 4 is formed so as to extend inward from the card insertion port side. Therefore, when the card 12 is inserted into the receiving portion U, it is possible to naturally connect the front end of the card 12 to the connector terminal 4. Since the ground is bent upward (avoided), it is possible to prevent the contact portion 4a of the connector terminal 4 from being buckled or deformed, and to improve the contact reliability of the contact portion. In addition, since the contact part 仏 side of the connector terminal 4 extends inward from the card insertion port side of the upper case 2, it is not necessary to extend a leading end of the contact part 乜 as a guide piece for preventing frustration, etc. Therefore, there is no need to worry that the guide 5 or the like can protrude from the upper surface of the casing 1 at the insertion 5 of the card 12, so there is no need to increase the height of the casing 1, and the connector device can be miniaturized. Next, when the card 12 is further inserted in the card insertion direction, one end of the lock member 7 follows the heart-shaped cam groove 10b provided on the slide member 10 and is locked in the locked position, and the card 12 is inserted. At the card insertion position of the accommodating portion la of the casing ^. At this time, the external contact portion 12a of the card 12 is in contact with the contact portion 乜 of the connector terminal 4. At this time, the driving member 8 is rotated in the card insertion direction together with the insertion of the card 12, so that the second contact spring 9 b for applying a contact pressure is brought into contact with the second fixed contact, and the movable contact 9 passes through the movable contact 9. The first and second fixed contacts 5 & 5b are electrically connected to detect the insertion of the card 12 (see FIGS. 9 and 10). In order to eject the card 12 from the state shown in FIG. 9 and FIG. 10, the card 12 is temporarily pushed in the insertion direction to release the lock member 7 from the locked position of the heart cam groove iOb, so that the above-mentioned The sliding member 10 is moved toward the card ejection direction by the urging force of the above-mentioned 96138.doc -26- 200525446 urging member 6, so that the card a and the sliding member 10 are ejected to the ejection position together. So, because in the above case! The above-mentioned urging member 6 for urging the sliding member 10 to the card ejection position, and a locking portion for holding the sliding member ⑺ at the card insertion position against the urging force of the urging member 6 are provided.退出 When ejecting the card 12, the card 12 can be ejected easily by using the urging force of the urging member 6. In addition, the first and second fixed contact points 讣, 讣, and 讣 connected to the first and second fixed contact points 5a, 5b provided on the housing 丨 are formed to be driven by one end of the card 12 The detection device for detecting the insertion of the card 12, the movable contact 9 is formed by a torsion coil spring having two mounting positioning ring portions, and the torsion coil spring is formed with the first fixed contact The second contact spring 9a in contact with 5a and the second contact spring in contact with the above-mentioned second fixed contact 讣! 9b. The first contact spring 9a and the second contact spring% are respectively extended from different mounting and positioning ring portions, and are provided, thereby, for the contact portion of the detection switch that detects the insertion state of the card 12, Different contact springs can be used to obtain the contact pressure of the contact spring. Reduced contact pressure improves contact reliability. In addition, it is necessary to increase the shape of the contact spring in order to increase the contact pressure, so that the size of the connector device can be reduced. In addition, the casing 1 includes the driving member 8 that rotates in contact with one end of the card 12. The driving member 8 holds the movable contact 9 and is pivotally supported by the casing 1. In the storage unit 1 a, 96138.doc -27- 200525446 is able to reliably transfer the insertion of the card i2 to the movable • ㈣ 9 ′ via the driving member 8, and the insertion detection of the card 12 can be performed reliably. —Figures 16 and 18 show other -f embodiments of the card connector device of the present invention, FIG. 16 is a plan view showing a card ejection position, FIG. 17 is a plan view showing a fan during card recognition, and FIG. 18 is a card Top view of the insertion position. In addition, the same reference numerals are used for the same components as those in the above-mentioned embodiments, and the description is omitted. In this case, the structure differs from the above-mentioned embodiment in that the extension direction of the contact portion 4a of the connector terminal 4 arranged on the housing 1 is different, and the type of the card and the insertion of the detection card The construction of the detection switch is different. That is, in this embodiment, the case 1 is formed of only the lower case, and a plurality of connector terminals 4 are placed side by side on the case 1 to the ground. In addition, the connection terminal 4C of the connector terminal is also formed as a contact portion 突出 protruding outward from the rear outer side of the case 丨, but connected to the external contact portion of the inserted card, toward the inside from the case 1 The card insertion opening side extends, and the contact portion 4a is formed by bending into the receiving portion ^ through a window hole portion lc provided in the housing 1. The connector terminals 4 are formed in parallel to the inside of the accommodating portion la of the case 丨. In addition, a pair of contact portions of the detection device inserted as the detection card 13, the first and second fixed contacts 5a, 5b are formed in the housing portion of the housing 1! a Inner side. In addition, the first and second fixed contacts 5a and 5b are also formed of a conductive metal material. The first and second fixed contacts 5a and 5b will protrude from the outer side of the rear side of the housing 1. A part of the connection terminal 4c is 96138.doc -28-200525446, and is formed integrally by a method such as insert molding. In addition, the description of the driving member 8 provided in the receiving portion 1a and rotating with the insertion of the card i 3 and the movable contact 9 held by the driving member 8 is omitted because they have the same structure. The card 13 is indicated by a chain line in the figure. This card 13 is, for example, an SD-MINI card (coffee ㈣ ㈣), and also contains an integrated circuit (ic) inside, and is used as a storage medium. On the surface of the first card 3, a plurality of external contact portions (not shown) are formed on one end side of the first card 3, and the external contact portions are connected to the receiving portion h provided in the housing 1 through the connection. The contact portion 4a of the device terminal 4 is in contact with each other, and performs various information processing with electronic equipment connected to the outside. Next, the operation of this embodiment will be described. First, when the card 13 is not inserted in the initial state, the sliding member H) is biased toward the card ejection direction by the urging member 6. The receiver 'holds the card 13 when the front end of the left side of the receiving 13 of the casing 13 is closed with the T-piece. At this time, the contact part 4a of the card contact part of the movable part 10_connector terminal 4; = T: the contact part (not shown in the figure) The movable touch of the detection device is 9: In addition, Section M of the tadpole used as a detection card: by means of recovery as the driving unit 8
卞，、旧禾1觸點彈筈Q 方向（圖示左方向，對驅動部件8向逆時針 接觸，但第2觸㈣觸點彈^與第觸點& 態（參照圖16)。耳％與第2固定觸點外成爲相分離的狀 接著，當將上述卡片13向 师八方向推壓時，滑動 96138.doc -29- 200525446 部件ίο就能夠隨著卡片13的插入而向插入方向移動，從而 滑動部件H)克服施力部件6的施力而向卡片插入方向移 動。然後，卡片13的右側前端部與可旋轉地轴支在殼心 的收容部U上驅動部件8的工作㈣相抵接，從而使驅動部 件8克服第i觸點彈簀93的施力巾向順時針方向（圖示右方 向）旋轉。此時，隨著滑動部件1〇的㈣，鎖定部件7的_ 端部追隨設置在滑動部件10上的心形凸輪 17)。 … 接著，當將上述卡片13進一步向卡片的插入方向推星 時，鎖定部件7的-端部追隨設在滑動部件1()上的心形凸輪 槽⑽而被敎在敎位置，上述卡片13被插設於殼體^ 收容部_卡片插設位置。此時，上述卡片ΐ3的外部接觸 部就會與連接H端子4的觸料域觸^此時，由於驅動部 件8在卡片13插設時同時並向順時針方向㈤示右方向）轉 動，因此施加觸關力用的第·點彈簀9b與帛2固定觸點 5b接觸，從而經由可動觸點9, ^及第2固定觸點心^之 間被電連接，從而可檢測到卡片i 3的插設（參照圖18)。 士要攸圖18的狀態將上述卡片13退出，可藉由將卡片㈣ 、^向插人方向推麼’使鎖定部件7從心形凸輪槽⑺匕 的鎖定位置脫離，再借助施力部件6的施力使滑動部件ι〇 向卡片退出方向移動’從而與該滑動部件一起使上述卡 片13退出到退出位置。 ±根據本實施例，殼體1僅由下殼即可構成，因爲不需要上 殼所以能夠實現零件數量的削減。另外，因爲沒有必要使 96138.doc -30- 200525446 所以連接器端子4的構造變得簡 並且能夠實現連接器裝置的小型 導電部在殼體1内回繞， 單，能夠實現低成本化， 化0 【圖式簡單說明】 圖1係表示本發明的卡 圖2係表示本發明的卡 圖3係表示拆去本發明 器裝置的俯視圖。 片用連接器裝置的俯視圖。 片用連接器裝置的前視圖。 的蓋部件後的狀態的卡片用連接 圖 圖4係表示本發明的卡 片用連接器裝置的主要部分剖面 圖5係表示本發明的卡片 的俯視圖。 圖6係表示本發明的卡片 的主要部分剖面圖。 退出位置的卡片用連接器裝置 退出位置的卡片用連接器裝置 圖7係表示本發明的卡 的俯視圖。 片插入_途的卡片 用連接器裝置 圖8係表示本發明 的主要部分剖面圖。 圖9係表示本發明 的俯視圖。 的卡片插入中途的卡H m 土 巧卞片用連接器裝置 的卡片插設位置的卡jy 土 J卞片用連接器裝置 圖1 〇係表示本發明 的主要部分剖面圖。 圖11係表示本發明 圖12係表示本發明 的卡片插設位置的卡H ro f片用連接器裝置 的上殼的仰視圖。 的上殼的主要部分剖面圖。 96138.doc -31- 200525446 圖13係表示本發明的驅動部件和 4在主-+於 ’ ”，、έ的仰視圖。 =表:本务明的1區動部件和可動觸點的側視圖。 圖 面 ys係表不本發明的上殼和蓋部件的卡合部的局部剖 圖16係表示本發明的卡片 卡片退出位置的俯視圖。 圖1 7係表示本發明的卡片 卡片插入中途的俯視圖。 用連接器裝置的另一實施例的 用連接器裝置的另—實_@ 實施例的卞, the old Wo 1 contact springs in the Q direction (the left direction of the illustration, contacts the drive member 8 counterclockwise, but the second spring contact ^ and the second contact & state (see Fig. 16). % Is separated from the outside of the second fixed contact. Then, when the card 13 is pushed in the eighth direction, sliding 96138.doc -29- 200525446 can be inserted in the insertion direction as the card 13 is inserted. By moving, the sliding member PD is moved in the card insertion direction against the urging force of the urging member 6. Then, the right front end portion of the card 13 abuts the work ㈣ of the driving member 8 on the accommodating portion U rotatably supported on the shell center, so that the driving member 8 overcomes the force wiper of the i-th contact spring 93 clockwise. Direction (right direction of the picture) rotation. At this time, the _ end portion of the lock member 7 follows the heart-shaped cam 17 provided on the slide member 10 as the slide member 10 is slid. … Next, when the card 13 is pushed further in the card insertion direction, the-end of the locking member 7 follows the heart-shaped cam groove ⑽ provided on the sliding member 1 () and is held in the 敎 position. The card 13 It is inserted in the housing ^ receiving section_card insertion position. At this time, the external contact portion of the above card ΐ3 will be in contact with the contact area of the H terminal 4 ^ At this time, since the driving member 8 rotates clockwise at the same time when the card 13 is inserted (shown in the right direction), it applies The contact point 箦 9b for contact force is in contact with the 帛 2 fixed contact 5b, and is electrically connected via the movable contact 9, ^ and the second fixed contact core ^, so that the insertion of the card i 3 can be detected. Set (see Figure 18). If you want to eject the card 13 in the state shown in FIG. 18, you can push the cards 、 and ^ in the direction of insertion to disengage the locking member 7 from the locked position of the heart-shaped cam groove dagger, and then use the force applying member 6 The urging force causes the sliding member ι0 to move toward the card ejection direction, thereby ejecting the above-mentioned card 13 to the ejection position together with the sliding member. According to this embodiment, the housing 1 can be constituted only by the lower case, and the number of parts can be reduced because the upper case is not required. In addition, because it is not necessary to make 96138.doc -30-200525446, the structure of the connector terminal 4 is simplified, and the small conductive part of the connector device can be wound in the housing 1, which can reduce cost and cost. 0 [Brief description of the drawings] FIG. 1 is a card showing the present invention, FIG. 2 is a card showing the present invention, and FIG. 3 is a plan view showing the device of the present invention removed. Top view of a chip connector device. Front view of a chip connector device. Fig. 4 is a cross-sectional view of a principal part of the card connector device of the present invention. Fig. 5 is a plan view of the card of the present invention. Fig. 6 is a sectional view of a main part of the card of the present invention. Card connector device in ejected position Card connector device in ejected position Fig. 7 is a plan view showing a card of the present invention. Fig. 8 is a cross-sectional view of a main part of the present invention. Fig. 9 is a plan view showing the present invention. The connector device for cards H m 卞 卞 in the middle of the card insertion is shown in FIG. 10 is a cross-sectional view of the main part of the present invention. Fig. 11 is a bottom view of the upper case of the card connector device for the card H rof sheet showing the card insertion position of the present invention. Sectional view of the main part of the upper shell. 96138.doc -31- 200525446 Fig. 13 is a bottom view showing the driving parts and 4 in the main- + of the present invention. = Table: Side view of the moving parts and movable contacts of the zone 1 The drawing ys is a partial cross-sectional view showing the engaging part of the upper case and the cover member of the present invention. FIG. 16 is a plan view showing the ejection position of the card of the present invention. FIG. 17 is a plan view showing the midway of the insertion of the card of the present invention. 。 Using another embodiment of the connector device
圖1 8係表示本發明& + y 知乃的卡片用連接器裝置的另 卡片插設位置的俯視圖。 圖19係先前的卡片用連接器裝置的立體圖。 圖20係表示將卡片插士凡少土 a 片插5又在先刚的裝設於基板上的卡片用 連接器裝置中的狀態的局部剖面圖。 【主要元件符號說明】 1 殼體 la 收容部 lb 卡片插入口 lc 窗孔部 2 上殼 2a 窗孔部 2b 切口部 2c 卡合凹部（限制裝置） 2d 貫通孔 3 下殼Fig. 18 is a plan view showing another card insertion position of the card connector device of the present invention & Fig. 19 is a perspective view of a conventional card connector device. Fig. 20 is a partial cross-sectional view showing a state in which a card insert, a small insert, a chip insert 5, and a card connector device that has just been mounted on a substrate have just been installed. [Description of main component symbols] 1 housing la accommodating part lb card insertion opening lc window hole part 2 upper case 2a window hole part 2b notch part 2c engaging recess (restriction device) 2d through hole 3 lower case
96138.doc -32- 200525446 3a 彈簧收容部 3b 軸孔 3c 支撐孔 4 連接器端子 4a 觸點部 4b 導電部 4c 連接端子 5a 第1固定觸點（檢測裝置） 5b 第2固定觸點（檢測裝置） 6 施力部件 7 鎖定部件 8 驅動部件 8a 臂部 8b 工作部 8c 第1保持部 8d 第2保持部 9 可動觸點（檢測裝置） 9a 第1觸點彈簧 9b 第2觸點彈簧 10 滑動部件 10a 彈簧卡合部 10b 心形凸輪槽 10c 卡片抵接部 11 蓋部件 96138.doc -33- 200525446 11a 切口窗部 lib 推壓片 11c 卡止階梯部 12 卡片（RS-MMC) 12a 外部接觸部 13 卡片（SD-MINI) 96138.doc - 34 -96138.doc -32- 200525446 3a Spring receiving portion 3b Shaft hole 3c Support hole 4 Connector terminal 4a Contact portion 4b Conductive portion 4c Connection terminal 5a First fixed contact (detection device) 5b Second fixed contact (detection device ) 6 biasing member 7 locking member 8 driving member 8a arm 8b working portion 8c first holding portion 8d second holding portion 9 movable contact (detection device) 9a first contact spring 9b second contact spring 10 sliding member 10a Spring engaging portion 10b Heart-shaped cam groove 10c Card contact portion 11 Cover member 96138.doc -33- 200525446 11a Notch window portion lib Push piece 11c Locking step portion 12 Card (RS-MMC) 12a External contact portion 13 Card (SD-MINI) 96138.doc-34-