200924317 九、發明說明： 【發明所屬之技術領域】 本發明係有關在安裝位置保持所插入的記憶卡並與記憶卡的端子電連 接的推入推出式的記憶卡連接器。 【先前技術】 二以往，作為儲存由帶照相機功能行動電話或數位相機拍攝的圖像資料 的记錄介質、儲存由便搞型音樂播放機播放的音樂數位資料的記 或者儲存已製作的文章資料的記錄介質，已知有卡型的記憶卡。、 接的多個2 (讀），並在封裝的—㈣面端部排列設置電連 伊形if由每健類較的尺寸、形狀，_過與記憶卡的每個 放機、筆記本型個人電腦、行動電話等的電子設備上。攜型曰樂播 作為記憶卡連接器（以下稱為“連接器”），例如，如 ^器已知在前端—觸—罐部形成切口部的記憶相的推人推出式^連那 的插入時將記億鎖定機構在記億卡 固定位置排出記億卡。 、域排出時解除鎖定並從插入 補定機構具備··在具有記億卡的 (心形凸輪）、和—端側卡合在心形凸輪周圍又置的心形的凸輪 動地支撐在·上_絲。透過使滑顧著且將另—端倒可轉 移動，從而使鎖定销的一端部在滑動槽滑動：令插入而向插入方向 鎖定機射，在使記憶卡向插入方向移 2疋及鎖定解除。在該 ^定鎖與設在該滑動射的細的晴部槽内滑動 f。而且，在解除鎖定時，透過將在插入固定插入固定位 方向按^，崎細__ wiring 200924317 ，月塊向排財向施力的_彈簧的制力 在此類鎖定機構的心形滑騎t， 方向排出。 移動。因此，在滑動槽的底面形成用於防讀向-個方向迴圈 咖娜外犧上物物=== 定鎖從上方相對赠動槽的底面上可滑動彈簧部，將鎖 基板：ίί:連^:二兩:的下邊部水平伸出地設置的固定片位於 專利文獻1:日本觸細號公報。 -部======中’鎖定鎖透過作為金屬製蓋的 狀態。 崎簧相成為被按壓在樹脂製的殼體的滑動槽部上的 在殼體中，在基板上賴連㈣並進行回流處理的情況下， 在回流處鮮U 4部分軟化驗射從歡舰加壓力。因此， 樣保留且包括。滑動向下方一側凸出的狀態的變形原 _子從安裝編定 【發明内容】 =_於關題而完成，其目的是提供在基板安裝時 下殼體自身也不易變形且能適當地安裝的推入推出= 插入接器採用如下結構，具有:樹脂製咖，收納所 胁ί卡與所收納的該記憶卡的電極連接的端子；遮罩蓋 内在的插人σ打開的狀態下從上謂蓋上述殼體；滑塊，在上述㈣ 迷讀卡的插入方向及排出方向上滑動移動自如地配置，隨著上述 200924317 =，且在上賴ϋ位述記針峨上输人 離 部件，將上述滑塊向上述排，方向施力；心形的凸狀二呆 Z述f1及滑塊的任意—個上；鎖定鎖，設在上述殼體及滑塊的任= 凸輪槽部卡合，瞬上述記憶卡的按壓操作所進行的上述滑 上述凸ί槽部内移動，並使上述滑塊克服上述施力部件t 將上位置的位置和解除保持的位置移動；按麗部件， #白、刀向下方切取出而形成’並將上述鎖定銷向下方按 蓋上定銷從上述凸輪槽部脫落，上述鋪部件在上述遮罩 上述凸輪槽部一側按壓的位置並在上述凸輪槽部的移動中向 上述遮罩蓋之_成_。 讀出健上社補絲與上方的 本發明具有以下效果。 ^本^，在推人推出式的連接財，在基板 回流處理的情況下，殼體自身也Μ變形錄適當地進行安裝陳在進仃 【實施方式】 下面參照關來對本發明的實施方式進行詳細說明。 ^ 實施方式記針連接器的結構的立料觀圖。再 ί! ΐ it圖以透視記憶卡連接器上面部分的狀態表示。此外 是推入推出式的連接器，具有鎖定機構。在圖… 々 料了作鱗魏施力的施力部件賴娜f·(麵圖2)。 此外=本實施方式中，記憶卡連接_的前方餘卡插人π-側 爲平=狀(以下稱為“連接器”）卿呈俯視為大體矩形的 安裝具敝入嗜插入的記憶卡·納部（卡 开▲’所以在§£憶卡連接器中，與所使用的記憶卡的尺寸、形狀 200924317 對應。 在本只施方式連接器觸上安裝的記憶卡勘上，形成了㈣端 -側部（從記憶+ 200觀察將對於連接器的插入方向作為前端側 =部）側切口而成的切口部21〇。在此，切口部21〇在矩形形狀記憶卡的前 端部的-側面（右側面）包括㈣’且透過與另―側面平行的—面和與該 -面傾斜相父的二面切割為四邊形而形成。因此，透過該切口部細 記憶卡200的前端部比後端部側寬度窄。 此外，在記憶卡200的-側部（以插入方向一側為前端側的右侧部）， 在比切口部210靠近基端一側形成了一側（右側）開口的爪卡定槽22〇。由 此’在記憶卡200的-側部，形成了在切口部21〇和爪卡定槽22〇之間向 一側（右側）突出的突起部230。該突起部23〇的前端側的外面、即形成切 口部21G的基端側面成域記憶卡的前端側朝基端側向___ 斜面212。在此，記憶卡200是呈矩形板狀，且外形尺寸為 llmmxl5mmxl_，並且前端側的橫向寬度比後端側的橫向寬度n_窄 且在下面配置多個電極的例如micr〇SD卡（註冊商標）。 連接器100的連接器主體透過在用具有絕緣性的材料（在此為絕雜 的合成樹脂材料）形成的俯視時大體為矩形形狀的殼體11()上，覆蓋對板 狀具有導電性㈣（在此為金屬板）進行衝Μ成形並將兩側㈣曲成4 形而成的遮罩蓋12G來構成。再者，在圖〗中，將從遮罩蓋12G上面部⑵ 的兩側部彎曲而成的部位圖示為側板部123、124。 圖2是在本發明-實施方式記針連接器中取下遮罩蓋⑽的狀態的 殼體的俯視圖，圖3是® 2所示殼體的仰視圖，圖4是圖2所示殼體的右 視圖。 圖2〜圖4所示殼體110具有：配置接觸片13〇的俯視時大體為矩形形 狀的底板部（板狀主體部）112、在底面部112從與成為卡插人口皿的開 口邊緣的前側邊部112a相鄰的賴邊部立起設置並互相相肚隔開間隔的 引導側壁部113及側壁部114。此外’在底面部112配置了從與卡插入口 1〇2 相反的後側端邊部立起設置的後端壁部115a、1151^ 、 底面部112保持與收納的卡200的電極電接觸的接觸片（懸臂接觸片 200924317 觸片130在底面部112大體中央從靠近後端一側（裏 側）的部分朝後側（補）向上方傾斜且突出並配置多個。 二細來說’接觸片13〇在此形成為板彈簧 其恤料卿舰料«件—贴殼㈣上一體 形^接^ 13〇作為由具有導紐金她進行驗成_漏插入 一部分而形成。 2方^片丄3〇 ί備沿所插入的卡2〇0的插入方向從底面部112的上面向 後方犬出配置且丽端是接點部132的杆部134。 將杆#134在底面部112上以將前端的接13 =:側且在與卡2〇°的插入方向正交的方向上留出規定間隔二 個的㈣配置。由此’在接則13G，成為接 口 102相對的狀態排列。 」㈣,，、下拖入 在此，接則130透過分聰長帶狀的金屬板加卫為俯視v字或 形而形成。將在該金屬板的折回部分折回的—邊部作為 部=配置在底面部112上的固定片136，並透過相對於固定片 = 一側彎折杆部134而形成。 衣曲 杆部134和固^ 136 t與杆部134在寬度方向（左右方向）上 的雜配置在底面部m中開α的部位，固以136的基端 」 側部分^妾觸片m的折回部分）固定在殼體11〇的底面部ιΐ2上。凛 固定片136沿底面保持於底面部112上，向後方（裏側）延伸的 部分從後端壁部115的後端面向外方（後方）突出，將該突出 在安裝基板上軟釺焊接合的導線部138。 刀1下马 此外’在底面部m上配置了鎖定機構部14〇，該鎖定機構部⑽ 配置在收納部1〇4的-側且沿側壁部114並沿插入方向移動自如的滑塊、 150。《鎖定機構部140和引導側壁部113之間，設有與所插入的 200的前端部的-側部（具體來講，在規定切口部21〇的插入方向上延= 面）相對且限制滑塊15〇向裏側移動的引導小壁部m。再者 辟 部U6在將卡200 (參照圖”插入收納部綱中時限制卡迦°的前端= 鎖定機構部140的心形凸輪槽部插入。 ° ° 200924317 在這些底面部112、鎖定機構部140中與引導側壁部113相對的部分及 引導小壁部116 ’與引導側壁部113 —同形成在殼體11〇的上面—側敵開的 凹狀，並規定收納部104的兩側面部分及底板部分。 再者’在引導側壁部113上，在卡插入口 1〇2侧的部分（以下稱為“插 入口側部分，，）ll3a沿内壁面配置有金屬製的增強板139。從而， 導側壁部113的開口邊緣部分。 曰 、，後端壁部m與透過插入而收納在收納部1〇4巾的卡細的前端部接 近並相對地配置，並限制在該收納部则中插入的卡向插入方向移動。 鎖定機構部140在成為收納部104的區域的側面（在此是相對於收納 部104的側壁部114 —側）沿插入拔出方向配置。該鎖定機構部14〇具有： 卡前端部的切口部210卡合的伸出部156的滑塊150、螺旋 弹育160、鎖疋銷170、心形凸輪槽部18〇。 /月塊150在底面部112上在收納部1〇4的一側沿卡2⑻的插 螺旋彈菁(施力部件M咐 該滑塊15〇在連接器主體中移動到最靠入 ^撤，嶋繼狀. (卡插入口側位置）稱為半鎖定位置。 ⑷聊的位置 ™ ~ -— 面的爪询㈣㈣__ 時姑在卡⑽側 出部156上的收納部1〇4側的側面⑽，成為從與 伸出並傾斜的傾，收納部104側即議壁部m側 該側面（也稱為傾斜面）156a的傾钭弗+ ⑼，且並是與插人蝴目交的斜面塊主魏的伸出部 °亥傾斜面156a對應於形成卡200的 200924317 切口部210的基端側面（傾斜面212)的傾斜。 滑塊主體152在鎖定爪部155卡定在正確插入的卡細的爪卡定槽22〇 中時，用伸出部156與切口部2職合併位於卡2〇〇的前端部的側面曰(以 插入方向向前看的右側）。再者，透過將卡2〇〇插入收納部1〇4内， 2〇〇將伸出部156向插入方向碰。由此，僅透過將記憶卡細插入收 1〇4的晨側，而使滑塊150自身也隨之向收納部1〇4的裏側移動，卡勘 動到完全收納於收納部104中的卡安裝位置。 還有’鎖定爪部155從頸部153的前端部以俯視為三角形向 =113側突出而形成。由於鎖定爪部155朝向後端側（裏⑷與卡2 矩形形狀的爪卡定槽220可靠地卡定，所以後端側（裏側）的面⑽ 陡俩斜率。此外，在鎖定爪部155的前端側的面版 上，為易於進入爪卡定槽220而具有平緩的斜率。 如圖3所示，在滑塊150的下面（滑塊主體152的下面） =丨==合該，起部⑸舆形成於底*部112上的切槽 向上延伸的切槽U7内一邊被切槽117引導一邊移動。 /如圖3所示，間隙嵌合了引導突起部⑸的切槽m在底 形成為在殼體110的前後方向上延伸，並-°卩上 納部104側相反的-側擴展。 在卡插入口 102側的端部向與收 魏^ 位的前端部117a形成為向側面擴展的 部（以下稱為扇狀部分）117a的情況 ¥大起部1M以基端部側為中心而自由擺動。在引導突 办 〜扇狀部分ll7a時’滑塊15〇自身將位於卡插入口側位置。。 ㈣在底面部112上配置為在滑塊⑽位於半 /側位置）時，相對於收納部1G4㈣遠離方^動。由i ，’乂位置’滑塊150被形成於底面部112上的切槽丨" 方向上移動自如。即，該滑塊150在連接器主體中移動到最以= 11 200924317 ，側時的^置（卡插入口側位置）配置成以基 動，亚能以半鎖定來將前端 巧=而水千地自由擺 卡施的爪卡定槽220 (參照圖υ上丨/155卡疋脫離自如地保持在記憶 此外’引導突起部151在向切槽117 ή6直/日丨:I 直線移動，且在長孔狀部们17b的裏側的端部’，^ fl、沿長孔狀部分117b 義被_。透·結關職丨σ 祕端一側的 範圍。 110内的插拔方向的移動 此外’如圖2所示，在滑塊主體152上 端面上向後方突出地設有彈簧承受突起157化、後知壁利5相對的基 部後端壁 的螺旋彈簧160的端部。 卜肷有作為壓縮螺旋彈簧 由此’螺旋彈簀160成為在滑塊15〇和後端 =的狀態。利用該螺旋彈簧16〇，滑塊15〇與連接的鎖入方向 方（卡插人口-側）被施力，且在最前側 同總是 一側的位^鎖定爪部155向收納部撕内突出而配束位置的插入口 鎖的圖1所示連接器中滑塊位於半鎖定位置的情況下的鎖定 如圖2及圖5所示，在滑塊主體152的 端二规的上面向基端側(連接器的細進行：口而二字伸出 ，持部158在已切σ的上面具有向=部158。 。中，轉動自如地插入通過將圓棒的 /亥軸承 持㈣沿插入方向延伸W) m的彎曲軸，鎖定銷Μ自身從銷保 鎖疋鎖17G的基端部（―端部）172該 輪槽部_的底面抵接的狀態下 與心形凸 =來講，構成鎖定銷m ^凸輪槽部_，該_肖m成為心形凸輪槽部部插入在 此’滑塊150隨著沿心形凸輪样 的從動輪。由 凸輪槽。卩⑽移_鎖定们7G的移動軌跡响 12 200924317 對位移。 鎖定銷170與滑塊150 —同配置在殼體110的底面部112和覆蓋殼體 110的遮罩蓋120的上面部121之間，且可在水平方向上移動。 此外，鎖定銷170採用以下結構：在心形凸輪槽部18〇的底面上严 時，透過上方的遮罩蓋120的銷壓接部（以下稱為“防護部，，）19〇而被^ 到心形凸輪槽部180的底面-側，但在滑塊15〇處於作為常態位置的% 定位置即卡插入口 102側的位置時，沒有被向下方壓接。 . 在圖5所示的記憶卡200沒有安裝在連接器1〇〇上的狀態下 銷170和上面部121之間設有鎖定銷17〇的一端部！ 部180跳出的程度的間隙G。 在此’在鎖定銷170的上部，配置有透過規定間隔的間隙g而在 凸輪槽部180内移動時將鎖定銷m向下方按__部 ^ / 。再者，防護部19G毅半鎖定㈣移動的二壓P 詳情將在後面敍述。 β υ门卜方按昼， 在此，對心形凸輪槽部18〇進行說明。 凸:爆圖6獅㈣凸㈣箱沿心形 ==二=110的底面部112中配置在-側部側的裏側。 在浴凸輪槽180的底面，形成有階梯式的多個坡面 182f，以便將轉動自如地把前端部m連接到滑塊！ 鎖= 端部172向規定方向引導。 上的鎖疋銷170的基 鎖定銷170的基端部172從半 坡面及細部職〜182f^_t 峻伟定位置的各 表示心形凸輪槽部上的階梯® 7所不那樣地形成。圖7是 方向的高度關係的圖。及室階部之間的記憶卡連接器的垂直 不描=反=和臺階部182a〜182f形成為抵接的鎖定銷no的另-端部 為與滑^ 150的底面平行的3輪^180作為執跡出發點的底面182a成 面的坡面182b。 ' 而且，形成有從底面182a立起並成為斜 13 200924317 面的為斜面的底面即坡面職時，成為具有比底面職高的平 低的平面的折^超過底面隐時成為階梯差，且成為具有比底面182c 犯*的十面的折彎的底面182d。 卩鎖’疋銷170的基端部172在滑塊15〇從插入口側位 定位置的過程中，在到達底面觀時不能回到底面職而置且移動在^固广 鎖定銷卡插人口敏出的俯視為v形的_而形成V形槽。 部172在滑塊150從插入口側位置移動到卡_置的 從底面182a到底面182e的執跡成為往路的執跡。 即後克服螺旋彈菁160的作用力而將卡200向連接器1〇〇的裏側 續谢進一步插入時’鎖定銷17〇的基端部⑺從V形样 1826 到違底面182f的基端部172不能回到底面182e。 再者，形成與底面182f連續且從底面182f立起並 的斜面的底面（坡面）182g。 敎作為向卡插入側傾斜 腿在入口側，形成了具有比坡面i82g高的平面的底面 面職低的平面的底自购。 且配置了具有比底 由此’心形凸輪槽部⑽形成為在底面上滑動的鎖定銷⑺ 前端）鱗心賴平面祕方向上部分地描綠不 上的=:::==:80的底* ’ -邊被形成於遮罩蓋- 圖8是本實施方式記憶卡連接器的立體圖。 遮罩蓋120加工金屬板而形成為正面觀察大致〕字形、且且 121械上W21_咖分肛㈣方式料㈣的互相=地= 的側面部服、120L。再者，側面部亂覆蓋引導側壁部⑴，側面部 14 200924317 1观覆蓋側壁部114，在側面部120L、120R的各自的兩端部的 形成了向水平方向外側彎折而成且將連接器1〇〇固定在基板上的固定 120a。 在遮罩蓋120的上面部121 ±，設有對在遮罩蓋12㈣沿插入方向移 動的滑塊15〇(參照圖i及圖2)從上方施加M力並接觸的滑塊雖片⑵。 該滑塊壓接丨122總是對沿插人方向移動的滑塊15G崎塊域152(參照 圖1及圖2)向下方施力，將滑塊15〇按壓在底面部112上。 ’… 、在此，滑塊壓接片122是板彈簧材料，在遮罩蓋12〇的上面部121對 形成滑塊15G的移祕域的上面部分進行加玉而形成為從後方朝前側 方延伸。 由此’滑塊150在殼體110内在前後方向上移動自如地總是被按 按壓下方（參照圖1)。 此外，在遮罩蓋！20的側面部12〇R上，在插入口附近位置設有爪按壓 片128,該爪按壓片128將在水平方向上擺動自如地定位的滑塊15〇 (參昭 圖1及圖5)向收納部104側按壓並使鎖定爪部155與卡2〇〇的切口 、 220卡合。 爪按塵# 128由將遮罩i 120側面部的-部分加工而成的長帶狀彈性 部件三在此由板彈簧構成。具體來講，爪按壓片128在加工金屬板而成的 遮罩蓋120側面部120R的卡插入口側的部分，透過從後端側向卡插入口一 側朝遮罩蓋120的内側突出地切割而形成。 s玄爪按壓片128釗端部以向内側即收納部1〇4側突出的方式.彎曲，並 且使該彎曲而成的彎曲片129 (參照圖丨）經在側壁部114形成於卡插入口 側的窗部114a (參照圖〇而向殼體11〇内突出。在透過該窗部驰而以 向内部突出的彎曲片129的頂點部分將滑塊15Q的側面向收納部1〇4側按 壓。 由此，爪按壓片128在卡插入口側的位置，將被螺旋彈簧16〇向前方 按壓的滑塊150向收納部104側按壓。因此，位於卡插入口側的位置的滑 塊150在使鎖定爪部155向收納部104内突出的狀態下，成為克服爪按壓 片128的按壓力而擺動自如地配置的狀態。 15 200924317 再者’在遮罩蓋120的上面部121上，板狀的防護部19〇在比滑塊壓 接片122更靠晨側的位置，與殼體11〇的底面部112的心形凸輪⑽ 的开>狀對應而向後方伸出，並向下方傾斜而設置。 防護部190從上方對與滑塊15〇連動而移動的鎖定銷17〇 (參昭㈣ 施加壓力’而碰在心形凸輪槽部⑽，並使其在該心形凸輪⑽ 面上滑動。 ' 而且是從連 。圖9是表示防護部的寬幅部與^形凸輪槽部賴係的圖 接器的後方一側觀察防護部的局部剖視圖。 “防護部㈣透過加工遮罩蓋12〇的上面部121的部位而形成，該 = 120的^部121的部位相對於位於形成滑塊壓接片12 = 的心形凸輪槽部180而在上方相對。 世扪傻万 防護部190是從遮罩蓋12〇的上面部 並形成為與部_動的鎖定銷==:::彈:’ 防止鎖定銷Π0的-端部172從心形凸輪槽部18〇脫落。肩▲以 在此，如圖8所示，P方護部19〇配置成俯視 配置區域重疊，並且具有帶狀的防護主體部m和在防護主 端連續地形成並向前端側擴展的寬幅部193。 彳的則 別是底面腦）其底面水平高度低槽底面職的往路的底面（特 〜f的高度對應，防護部^ ⑽中向構成返路-側的底面側傾斜（參照圖9)。”在、形凸輪槽部 即，在板狀的防護部19〇中，如料认〜， 入方向傾斜並伸出的防護主體部191 w U面# 121的月面向下方沿插 幅㈣的前端部分m扭護瓣191的軸為中心而將寬 由此，寬幅部！㈣前端部分194 底面側的糊則位於下方。 扭轉的位置上。 W知目對於上轉m赌在相交並 端部Π2位於底面182α〜Γ8^ί=凸輪槽部斷_肖170的― 之間所形成的階梯差附近時，可防止鎖定銷 16 200924317 170從’^开》凸輪槽部脫離。 由此’防護部19〇構成為如下 心形凸輪槽部18〇的底面180a〜！：的各個上:二〇的一端部172在 皆以=大體相同的載荷的方式按魏ΐΓιίο情況下，在任—底面 ㈣防護部之間的關係ί:說鎖向心形凸輪槽部按 裝却動作及鎖定機構的動;^月如上所述構成的卡細向記憶卡連接器的 的位置關係的圖，圖二:心:凸輪槽部移動的鎖定銷及銷按壓部 輪槽部中分別位於^不门圖:是表示在圖1〇中鎖定銷的一端部在心形凸 分側剖視圖。圖面矣上的情況下的與防護部的關係的主要部 〜歸上的在圖1G中—端部分別位於底面二 扪Ml M8位置的歡_主要部分 此外，圖19是階段性地表示在本發明一 ， -、M U對應的设體的俯視圖，圖19 Μ ^器中滑塊位於卡安裝位置的狀態的殼體的俯、/ ^並上示在 ㈣應的殼體的俯視圖。再者，圖20 m疋與圖 的一端部的位晋斟藤沾蚀t疋衣不興圖ι〇所不的鎖定銷 « 20 〇 ## , u)刀別表不一端部172位於 〜 防護部190的位置關係，圖21⑷〜：的鎖疋銷170與 M5〜的鎖定銷携與防護部m的位置關係：一^ 172位於位置 如圖2及圖π所示，在沒有插入〇 過，彈菁⑽（參照圖2)而位於殼體11〇的底連面 且透過爪按壓片128向收納部綱侧被施力。 貝_ 由此，在配置於底面部112和遮罩蓋12G的上面部ΐ2ι ::下面的引導突起部151被切槽η?的前側端部按壓，且在切:上 :W U7a中向收納部綱側按壓。因此，滑塊⑼於卡插入二的 ，使抑制鎖定爪部155向1G4喊出陳訂 相反的-側在水平方向上擺動自如。 ⑽與收納部104 17 200924317 此時，鎖定銷170在防護部190的防護主體部191的基端部側下方透 過間，G而配置。即，鎖定銷170在沒有插入卡200的連接器1〇〇的正常 狀f %，在使插入心形凸輪槽部18〇甲的基端部172位於底面〗的前端 側知^卩側的狀態下沒有被從上方按塵地配置（參照圖5及圖η)。 在這種狀態的連接器1〇〇中，從卡插入口 1〇2插入並壓入卡2〇〇。於是， 由卡200的端部將位於收納部1〇4内即插入區域中的鎖定爪部155的開口 側的端面向插入方向按壓，滑塊15〇自身向與收納部⑽相反的一側沿水 =方向擺動。由此’鎖定爪部155在插入收納部顺中的卡獅側面的突 部230的側面π動，並向遠離卡2〇〇的方向位移而進入爪卡定槽π。中。 由此卡200自身以插拔自如的半鎖定狀態被保持（參照圖1)。 而且此時’與卡2〇〇的切口部21〇相對而配置伸出部丨56，且 口部210和伸出部卡合的狀態。 ， 然後 达過見服螺旋彈簧160的作用力而將卡2〇〇向插入方向（Α方 向）插人’滑塊15〇在使鎖定爪部155與爪卡^槽22 212 156a#^ 〇 ^ 8 π引V而向連接f§ 100的後端側移動。此時，由 =部m (彎曲軸）配置在心形凸輪槽部⑽内，所以鎖定銷携自身 =底 移ί向在方向（從底面黯經坡面獅、底面182e到達底面182d的方向） 若鎖定銷170的-端部172從底面職向裏側沿插人方向移 =銷m自身從底面胳的中途部分自上方與從上部的上面部m = ^向傾斜的防護部携抵接。由此，_端部172被按壓在底面職上= -且在底面182b的坡面上上升，在底面職上滑動，並移動 :的位置M2 -端部172位於底面182c的位置⑽的情況下，如圖如 a)所不，鎖定銷Π〇的主體部分位於防護部19〇的下部， 部190而按壓在底面182c上。 過該防遵 者，在滑塊150插入裏側時，鎖定銷170的一端部172從具有階棋 差的底面職洛人底面刪，並移_圖13所示的Μ3位置 2〇〇相對於連接n 1〇〇的插入程度在圖19 (a)中表示。此外，—端部^ 18 200924317 位於底面182d的位置M3的情況下的鎖定鎖和防護部19〇的位 圖20 (b)所示的狀態。 示战為 而且，在解除被麼入到位置M3的卡綱的廢人（向插入方向的 時’鎖定銷17G的基端部ι72透過微彈簧的仙力而被壓闕卡插入口 側。此時，鎖定銷170的基端部172不會回到比底面182高的位置的底 182c側，而向底面職側移^在圖14及圖2Q(e)中表示如下狀熊-底面高度水平比底面l82e低的底面刪上，透過與底面職的階^差 分而將到底面1必側，且位於作為與底面職的邊界部分的階梯差部^ -端部m位於底面胸與底面182e_b梯差部 銷no利用防護部觸從上方可靠地按壓。在防護部19〇中，_一的= =位於位置M4的鎖定銷170的寬幅部193的前端部分194 (這° ^分^與高度水平比底面職低的底面職對應而比底面_側的部 向下方傾斜。因此，防護部對鎖定 ^ 咖的情況賴相_铺。 ‘卩Π2位於底面 用二如圖15所示’鎖絲l7G的—端部172透過螺旋彈簧16。的作 » &面182e移動’且在底面咖的位置奶被掛定在 在=銷17〇的基端部172卡合在v形槽34中的狀態下，如“中 =1塊15〇被限制螺旋彈簧的作用力所致向拔出方向的移動，《並 上。即，卡200成為安裝狀態。如圖21⑷所示，此 ^讀部携在寬幅部193的前端部分194的大體中央部分 SSL34。的底面182e侧以與—端部172位於位置娜的情況大體相同 =此’如圖！5及圖19⑻所示，在滑塊⑼位於安裝位 =200的前端側下面的電極與多個接觸片（ 2)，’可進行卡200的資料的讀寫。此外，由於此時鎖定)> = 卡定槽220並卡合，所"可防止卡— 另一方面，在解除鎖定狀態並取出卡觸的情況下，將卡安裝狀態的 19 200924317 卡200向連接器100的裏侧壓入。即，在 旋彈簧160的作用力而將卡200向插入方向進二^的^下，克服螺 基端部172 (弯曲軸）從V形槽34釋放 乂插入’使鎖疋銷170的 於疋’底面182c上的鎖定銷17〇的基 以高的階梯差鄰接的底面182d _ 172不會回到從底面職 側移動。接的底面_ ’如圖16及圖21㈦所示，向底面财 一端部172位於底面182e和底面18 170，被防護部190的寬㈣ 祕心的位置M6的鎖定鎖 132fW ^ ^ 194 193 194 170 5 向下方傾斜，所以成為與—端部172位於位置°==面=側的端部側 相同的力。 1Μ2和位置Μ4 #的情況大體 同時^面^=槽34脫離，在經過位置_的 樣，被防護部m的寬幅部193 =)所示那 分194使斑鎖定銷L施加的载荷’由於在寬幅部⑼的前端部 抵接的部位位於比底面_側的端㈣下方卢, 成為與一端部172位於位置M2和位置等的情況大體 ΐ6!；^0；^ΐ#Ι1100 體ί;:定 隨滑塊150 w 並錄的，172在底面（坡面）吻上升， 防護物也=-===M8 (參節1⑷）的情況下， mm ； 190 φ 182f'182^'18^ 而成為向韻補17G的—端部172的移動透_底面182g上升 -门又π的位置的移動，並成為向防護部190的基端部側的移動。 20 200924317 ，防護部190的相對於上面部121的突出程度而言，基端部慨 ==端:，94平緩。因此，即使一端部172向接近上面㈣ 方的按壓力也與位於底面i82f上的情況大體相同。 ⑽Γ且_將畴動的鎖定_侧是在心形凸輪槽部 ^、、带凸H 對應而形成的防護部190而成為用大體相同的麼力向 忒〜形凸輪槽部18〇側按壓的狀態。 透過是在遮罩蓋120上具備防護部1%的結構，鎖定鎖170也 輪样立广而總是用大體相同的壓力被按遂在高度水平不同的心形凸 ，Γ職〜㈣上，同時在各個底面上滑動。因此，可使鎖 疋銷170 *切削心形凸輪槽部18〇的底φ職〜 · 並可準確地_心形凸減部⑽卿成的觀。錢離.動’ 力而與這種鎖定銷170的移動一同透過螺旋彈簣160的作用 ==方向移動’所以可將在傾斜面15知抵接的卡2〇〇的傾斜丄 向拔出方向遞，贱使卡向汹方向飾。 … 在本實施方式的連接器1〇〇中，在 一 200的樹脂製的殼體11G内，作為滑在盍^收納卡 出方向上滑動移動自如地配置。滑塊150隨著卡= 卡:的，入方向及排 而被卡200按壓並在殼體11〇 又體10内的插入 妯山出的狀態保持。該滑塊150被螺旋彈箬 下方切取出而形成的防護部（越部9〇m逆的-部分向 排出位置移動並在凸輪槽部180的移動令向凸輪槽部 21 200924317 上。此外，在排出位置的鎖定銷17G和上方的遮罩蓋12G的上面部⑵之 間形成有間隙G。 根據本實施方式，在卡2〇〇未插入時，鎖定銷17〇在防護部19〇的防 護主體部191絲端部側下方透過間隙G而配置，插入心形凸輪槽部· 中的基端部172在位於底面182a的前端側端部側的狀態下，不會從上方被 按壓而配置。 …由此，在沒有插入卡200的正常狀態下，鎖定銷17〇上完全沒有施加 載荷。因此，在鎖定鎖170上沒有施加載荷的狀態下，可進行將連接器· 安裝在基板上的情況下的回流處理加熱。即，在正常時的連接器ι ， 鎖定鎖no和偶金屬製的遮罩冑12〇的一部分的防護部19〇分離。因此， 防遵部190所產i的按堡鎖定鎖m的力和透過回流處理而加熱 傳遞到鎖絲m。，鎖絲17G不會透護部㈣輯具有心形凸 輪槽部180的樹脂製的殼體11〇 (具體來講是底面部⑴ 可進行喊處理加…、您職 ^與以往不同，在回流處理時，不會存在透過在樹脂製的殼體的底 面。P刀（底面部112)軟化的狀態下從鎖定銷施加壓力 娜的中央物™邮細0綱化，職峨^體=底 。(也包括心形凸輪槽部）而使肋部的固定片_浮起的狀態下 因此 不同’可防止兩側部的固定片12〇a的浮起等之 衣 處^的殼體m的變形，且可提高回流處理後的連接器端子平坦产: 面度 coplanarity )。 一又 U、 此外，鎖定銷170從排出位置移動並在凸輪槽部18〇的移 =部180側按壓的位置的防護部19〇與心形凸輪槽 形 具體來講，與鎖定請的一端箱滑動的底面18==而1 遮罩蓋120向下方的突出程度，和使突出的寬幅部ι: ㈣Ϊ 成為在使用•的心形_槽的鎖定機構中沒有 、，·。籌’即便對在任-底面182a〜職上滑動的—端部172都可施加大ζ 22 200924317 相同的按壓力。 菁）昭中’在彈出卡200時，透過用爪按壓片（板彈 卡滑塊150的鎖定爪部155向卡的爪卡定_施力 的+(而奸入古•、在隐卡的彈出時，在用指尖彈壓鎖定狀態 將滑_自身^方透過爪按壓片128 (參照圖D和 :rr 卡拔 直接按壓從連接器排出的記憶卡，所以不會殘留卡20〇 雜防止該卡細的跳出。由於鎖定銷170與滑塊150連 拔出方向的作用力=進行的遞使螺旋彈簧所產生的向滑塊150的 =，心形凸輪槽部180在連接器⑽中配置在收納於收納部撕 部和沿連接器100的—個側面（從正面觀察卡插入口搬 ⑽為^側的側面）在插入方向上延伸的螺旋彈簧之間。即，在 Γ的二上容納並合理地配置收崎则、和__ _ 力的螺㈣黃160及心形凸輪槽部18〇的鎖定機構部⑽。 卡自接益⑽中’使該連接器_的橫向寬度形成為與將記憶 鎖定機構部140的橫向寬度加在一起的長度的寬度近 似的長度，實現了小型化，並實現了安裝空_節省。 此外，滑塊麼接片122廢接在位於卡插入口側的滑塊15〇。因此，在滑 ^二透過螺旋彈簧16〇的作用力而從作為收納部内的最後端側的位置的 呆持位置回到卡插人口側的位置的情況下，即在卡排㈣作時，滑塊壓 ▲片122可主要與爪按麗片128 一同使作用力所產生的滑塊⑼的移動力 衣減。 本發明的記憶卡連接器不限於上述各實施方式，可進行各種變化而實 施。再者，上述本發明在不脫離本發明的精神的範圍内可進行各種變化， 而且’本發明當然包括這些變化。 本發明的記憶卡連接器即使在基板安裝中進行回流處理的情況下，也 具有殼體自身不易變形且可適當地進行安裝的效果，特別是，可用於可檇 23 200924317 搭載於該可赋終端機上的各種記憶卡的推入推出式 【圖式簡單說明】 f 1是表林發明—實财式記針連接n結構的補 =疋在她-愉細询繼瞻體的俯視 圖3是圖2所示的殼體的仰視圖； 圖4是圖2所示的殼體的右視圖； 所示連接器中滑塊位於半鎖定位置的情況下的鎖定鎖的 圖6是心形凸輪槽部的放大圖； 梯式的斜面卿部之間的記憶卡咖的 圖8是本實施方式記憶卡連接器的立體圖； Ξ L是Λ稀護部的統部的誠部分與心形凸輪槽部_係的圖· 形凸輪槽部、^形凸婦部移動的敎鎖及銷«部的位 圖11是表示在圖10中鎖定_—端部在心形 =底，上的情況下與防護部的關係的主要部分側二： 圖12疋表不在圖1G中鎖定銷的一端部在心形 圖13疋表不在圖1G中鎖_的—端部在心 =上的情況下與防護部的關係的主^ 圖4疋表不在圖10中鎖定銷的一端部在心形凸輪 二 =底β面上的情況下與防護部的關係的主要部分側視二別位於高度不 二5是表示在圖1〇令鎖定銷的一端部在心形凸輪 二 在圖0中鎖定銷的一端部在心形凸輪槽部中分別位於高度不 24 200924317 ^底曰面上的情況下與防護部_係的主要 圖17疋表示在w H)帽定銷的—端部在 ^視^， =上的情況下與防護部的關係的主要 圖18疋表示在圖10帽定銷的一端 U視圖， 同的底面上的情況下與_部的難^ 騎㈣分概於高度不 圖19⑻〜(C)是階段性地表示在本發明剖，； 的殼體的俯視圖； 、万式連接器中插入了卡的狀態 圖20⑻〜(c)是表示與圓1〇所示鎖 護部的關係的主要部分俯視圖丨以及的一鈿。卩的位置對應的鎖定銷與防 圖21(d)〜(g)是表示與圖所示鎖 護部的關係的主要部分俯視圖。 均的一鈿邛的位置對應的鎖定銷與防 【主要元件 34 V型槽 100 連接器 102 卡插入σ 104 收納部 110 殼體 112 底板部(底面部） 112a 前側邊部 113 引導側壁部 113a 插入口側部分 114 側壁部 114a 窗部 115、 115a、115b後端壁部 115g 突出部 116 引導小壁部 117 切槽 117a 前端部(4狀部分） 符號說明】 25 200924317 117b 長孔狀部分 120 遮罩蓋 120a 固定片 120L 、120R側面部 121 上面部 122 滑塊壓接片 123、 124側板部 128 爪按壓片 129 彎曲片 130 接觸片 132 接點部 134 杆部 136 固定片 138 導線部 139 增強板 140 鎖定機構部 150 滑塊 151 引導突起部 152 滑塊主體 153 頸部 155 鎖定爪部 155a 前端側的面 155b 後端側的面 156 伸出部 156a 側面(傾斜面） 156b 伸出端部 157 彈簧承受突起 158 銷保持部 160 螺旋彈簧 200924317 170 鎖定銷 172 一端部（基端部） 174 别端部 180 心形凸輪槽部 182a 〜f 坡面與臺階部(底面) 182g 底面(坡面） 182h 底面 190 防護部 191 防護主體部 191a 基端部 193 寬幅部 194 前端部分 200 記憶卡 210 切口部 212 傾斜面 220 爪卡定槽 230 突起部 G 間隙 27BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a push-in push-out type memory card connector that holds an inserted memory card at an installation position and is electrically connected to a terminal of a memory card. [Prior Art] In the past, as a recording medium storing image data captured by a camera-enabled mobile phone or a digital camera, storing a music digital data played by a portable music player, or storing an already-produced article material A recording medium is known as a card type memory card. , multiple 2 (read), and arranged at the end of the - (four) surface of the package to set up the electrical shape of the Iraqi if the size and shape of each health class, _ over and each card with the memory card, notebook personal On electronic devices such as computers and mobile phones. The portable music cassette is used as a memory card connector (hereinafter referred to as a "connector"), for example, when the insertion of the memory phase of the front end-touch-can portion forming the cutout portion is known. The Billion Locking Mechanism will discharge the Billion Card at the fixed position of the Billion Card. When the domain is discharged, the lock is released, and the insertion-fixing mechanism is provided with a heart-shaped cam that is placed around the heart-shaped cam and has a card-shaped cam that is engaged with the heart-shaped cam. _wire. By sliding the slide and moving the other end, the one end of the lock pin slides in the slide groove: the insertion is locked in the insertion direction, and the memory card is moved 2 in the insertion direction and the lock is released. . The f is slid in the fine locking groove provided in the sliding projection. Moreover, when the lock is released, the force of the spring that will be inserted into the fixed position in the direction of insertion and insertion, and the force of the spring of the month is applied to the force of the spring in the locking mechanism. t, the direction is discharged. mobile. Therefore, on the bottom surface of the sliding groove, a slidable spring portion is formed on the bottom surface of the opposite side of the gift slot for preventing the read-back direction from returning to the other side. A fixing piece provided with the lower side of the second and second sides extending horizontally is disclosed in Patent Document 1: Japanese Touch Detail. - Part ====== Medium The lock lock is transmitted through the metal cover. The Kasuga spring phase is pressed into the sliding groove portion of the resin case, and in the case where the substrate is spliced (4) and reflowed, the fresh U 4 portion is softened and tested at the reflow point. Add pressure. Therefore, the sample is retained and included. The deformation of the state in which the sliding side is convex downward is completed from the installation of the invention. The purpose of the invention is to provide that the lower casing itself is not easily deformed and can be properly mounted when the substrate is mounted. Push-in push-out = The plug-in connector has the following structure, and has a resin-made coffee case, a terminal for connecting the electrode of the memory card to which the card is stored, and a built-in σ opening state of the cover cover from the top The cover is covered; the slider is slidably and movably disposed in the insertion direction and the discharge direction of the (4) affixed card, and as the above-mentioned 200924317 =, and the input is removed from the 峨 ϋ Applying the above-mentioned slider to the above-mentioned row, the force is applied in a direction; the heart-shaped convex shape is the same as the slider f1 and any one of the sliders; the lock lock is disposed on any of the housings and the sliders of the slider; And sliding the movement in the convex groove portion by the pressing operation of the memory card, and moving the slider against the position of the upper position and the position of releasing and holding the biasing member t; according to the glazing component, #白, The knife is cut out to form 'and The lock pin is detached from the cam groove portion by pressing the cover pin downward, and the tiling member is pressed toward the cam groove portion and is moved toward the cover cover during movement of the cam groove portion. to make_. The present invention has the following effects by reading the Jianshang Complementary Silk and the above. ^本^, in the case of pushing the push-out type of connection, in the case of substrate reflow processing, the housing itself is also deformed and properly mounted. [Embodiment] The following describes the embodiment of the present invention with reference to the following. . ^ Embodiment of the structure of the pin connector. ί 图 it diagram is represented by the state of the upper part of the perspective memory card connector. In addition, it is a push-in connector with a locking mechanism. In the figure... 々 了 魏 魏 魏 施 施 施 施 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖In addition, in the present embodiment, the front card of the memory card connection_ is inserted into the π-side of the π-side as a flat= (hereinafter referred to as "connector"), and the mounting device having a substantially rectangular shape in plan view is inserted into the memory card. Nana (kakai ▲' is therefore in the § 忆 连接 card connector, corresponding to the size and shape of the memory card used 200924317. In this application only connected to the memory card installed on the connector, formed the (four) end a notch portion 21A which is formed by side-cutting the side portion (the direction in which the connector is inserted as the front end side = the portion is viewed from the memory + 200). Here, the cutout portion 21 is folded at the side of the front end portion of the rectangular-shaped memory card. The (right side) includes (four)' and is formed by a quadrilateral which is parallel to the other side and a double side which is inclined to the father of the same side. Therefore, the front end portion of the memory card 200 is thinner than the rear end through the cutout portion. In the side portion of the memory card 200 (the right side portion on the distal end side in the insertion direction side), the claw on the one side (right side) is formed on the side closer to the proximal end than the notch portion 210. The card slot 22 is 〇. thus 'on the side of the memory card 200 A projection 230 that protrudes to one side (right side) between the slit portion 21A and the claw locking groove 22A is formed. The outer surface of the front end side of the projection portion 23, that is, the base end side surface forming the cutout portion 21G is formed. The front end side of the memory card faces the base end side ___ slope 212. Here, the memory card 200 has a rectangular plate shape and has an outer dimension of llmmxl5mmxl_, and the lateral width of the front end side is narrower than the lateral width n_ of the rear end side. For example, a micr〇SD card (registered trademark) of a plurality of electrodes is disposed. The connector body of the connector 100 is substantially rectangular in plan view when formed of an insulating material (here, a synthetic resin material). The casing 11 () is covered with a cover cover 12G which is formed by punching and forming a plate-like conductive (four) (here, a metal plate) and bending the both sides (four) into a four-shape. In the drawing, the portions which are bent from the both side portions of the face portion (2) of the mask cover 12G are shown as the side plate portions 123 and 124. Fig. 2 is a view in which the mask cover is removed in the stylus connector of the present invention. Top view of the housing in the state of (10), Figure 3 is the elevation of the housing shown in ® 2 4 is a right side view of the housing shown in FIG. 2. The housing 110 shown in FIG. 2 to FIG. 4 has a bottom plate portion (plate-shaped main body portion) 112 having a substantially rectangular shape in a plan view in which the contact piece 13A is disposed, The bottom surface portion 112 is provided with a guide side wall portion 113 and a side wall portion 114 which are spaced apart from each other and are spaced apart from each other by a side portion adjacent to the front side edge portion 112a which is an opening edge of the insertion tray. The portion 112 is provided with a rear end wall portion 115a, 1151, which is provided from the rear side edge portion opposite to the card insertion opening 1A2, and the bottom surface portion 112 is in contact with the electrode of the card 200 to be housed (cantilever) Contact piece 200924317 The contact piece 130 is inclined upward and protrudes from the portion near the rear end side (back side) at the substantially center of the bottom surface portion 112, and is protruded and arranged in plurality. Secondly, the 'contact piece 13〇 is formed here as a leaf spring, and its material is a piece of material. The piece-shell (four) is integrated on the upper part of the piece and is connected to the body. form. The insertion direction of the inserted card 2〇0 is arranged from the upper surface of the bottom surface portion 112 toward the rear side, and the fulcrum is the rod portion 134 of the contact portion 132. The rod #134 is disposed on the bottom surface portion 112 with a predetermined interval of two in the direction perpendicular to the insertion direction of the card 2〇 with the front end 13 =: side. Thus, in the case of the connection 13G, the interfaces 102 are arranged in a state of being opposed to each other. (4),,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The side portion folded back at the folded-back portion of the metal plate is used as a portion = a fixing piece 136 disposed on the bottom surface portion 112, and is formed by bending the rod portion 134 with respect to the fixing piece = one side. The cloth bending rod portion 134 and the fixing portion 136 t and the rod portion 134 are arranged in the width direction (left-right direction) in the portion where the bottom portion m is opened by α, and the base portion of the 136 is fixed to the side portion of the contact portion m. The folded-back portion is fixed to the bottom surface portion ι 2 of the casing 11A. The cymbal fixing piece 136 is held on the bottom surface portion 112 along the bottom surface, and the portion extending toward the rear side (back side) protrudes outward (rear) from the rear end surface of the rear end wall portion 115, and the protrusion is softly welded on the mounting substrate. Wire portion 138. The knives 1 are dismounted. Further, a lock mechanism portion 14 is disposed on the bottom surface portion m. The lock mechanism portion (10) is disposed on the side of the accommodating portion 1A4 and is movable along the side wall portion 114 in the insertion direction. The side between the lock mechanism portion 140 and the guide side wall portion 113 is provided opposite to the side portion of the front end portion of the inserted 200 (specifically, in the insertion direction of the predetermined cut portion 21A), and the slip is restricted. The small wall portion m of the block 15 is moved toward the back side. Further, the opening portion U6 restricts the insertion of the card-shaped cam groove portion of the locking mechanism portion 140 when the card 200 (refer to the drawing) is inserted into the housing portion. ° ° 200924317 in the bottom surface portion 112 and the locking mechanism portion The portion facing the guide side wall portion 113 and the guide small wall portion 116' and the guide side wall portion 113 are formed in a concave shape on the upper side of the casing 11 —, and define both side portions of the accommodating portion 104 and Further, in the guide side wall portion 113, a metal reinforcing plate 139 is disposed along the inner wall surface at a portion on the card insertion opening 1〇2 side (hereinafter referred to as an "insertion port side portion") ll3a. The opening edge portion of the guide side wall portion 113. The rear end wall portion m is disposed so as to be close to the thin end portion of the accommodating portion 1 〇 4 that is inserted and inserted, and is restricted from being inserted in the accommodating portion. The card is moved in the insertion direction. The lock mechanism portion 140 is disposed in the insertion/removal direction on the side surface of the region to be the accommodating portion 104 (here, on the side of the side wall portion 114 of the accommodating portion 104). The lock mechanism portion 14 has : Cut of the front end of the card The slider 150 of the projecting portion 156 in which the mouth portion 210 is engaged, the spiral bouncing 160, the lock pin 170, and the heart-shaped cam groove portion 18A. The moon block 150 is on the bottom surface portion 112 at one of the housing portions 1〇4. The side edge card 2 (8) of the inserted spiral elastic (the force member M 咐 the slider 15 移动 in the connector body moves to the most into the ^ withdrawal, 嶋 状. (The card insertion port side position) is referred to as a half lock position. (4) The position of the chat TM ~ - - The face of the face (4) (4) __ The side surface (10) on the side of the accommodating portion 1 〇 4 on the side portion 156 of the card (10) is inclined from the side which is extended and inclined, and the side of the accommodating portion 104 is considered The side surface (also referred to as the inclined surface) 156a of the wall portion m side is + (9), and is an extension portion 156a of the bevel block main Wei which intersects with the inserted butterfly, corresponding to the card 200. 200924317 The inclination of the base end side (inclined surface 212) of the cutout portion 210. When the lock claw portion 155 is locked in the correctly inserted snap claw groove 22, the extension portion 156 and the cutout portion 2 are combined with the side surface of the front end portion of the card 2' ( The right side looking forward in the insertion direction). Further, by inserting the card 2 into the accommodating portion 1〇4, the projecting portion 156 is brought into the insertion direction. Therefore, only by inserting the memory card into the morning side of the receipt 4, the slider 150 itself is moved to the back side of the storage unit 1〇4, and the card is memorized to the card completely accommodated in the storage unit 104. Installation location. Further, the "locking claw portion 155" is formed so as to protrude from the front end portion of the neck portion 153 in a triangular shape toward the =113 side in plan view. Since the locking claw portion 155 is reliably locked toward the rear end side (the inner side (4) and the rectangular locking claw groove 220 of the card 2, the surface (10) of the rear end side (back side) has a steep slope. Further, at the locking claw portion 155 The front side plate has a gentle slope for easy entry into the claw locking groove 220. As shown in Fig. 3, under the slider 150 (below the slider body 152) = 丨 = = fit, the start (5) The inside of the slit U7 in which the slit formed in the bottom portion 112 is extended upward is guided by the slit 117. / As shown in Fig. 3, the slit m in which the gap is fitted with the guide projection (5) is formed at the bottom. In order to extend in the front-rear direction of the casing 110, and to expand on the side opposite to the side of the upper portion 104. The end portion on the side of the card insertion opening 102 is formed to extend laterally toward the front end portion 117a of the receiving portion. In the case of the portion (hereinafter referred to as the fan-shaped portion) 117a, the large-lift portion 1M swings freely around the base end portion side. When the guide-to-sector portion ll7a is guided, the slider 15 itself is located on the card insertion opening side. Position (4) When the slider (10) is placed at the half/side position on the bottom surface portion 112, relative to the storage 1G4㈣ direction away from the movable ^. The i, '乂 position' slider 150 is freely movable in the direction of the groove quot" formed on the bottom surface portion 112. That is, the slider 150 is moved in the connector body to the most with = 11 200924317, and the side (the card insertion port side position) is configured to be base motion, and the sub-lock can be used to lock the front end with a half lock. The claw locking groove 220 of the ground freely swinging card (refer to the upper 丨 / 155 疋 疋 保持 155 155 155 155 ' ' ' ' ' ' ' ' ' ' ' 117 117 117 117 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨The end portion '' on the back side of the long hole portion 17b, and the long hole-shaped portion 117b are defined as _. The range of the tip end side of the 丨 结 结 。 。 。 。 。 110 110 110 110 110 110 As shown in Fig. 2, an end portion of a coil spring 160 having a spring receiving projection 157 and a rear end wall opposite to the wall 5 is provided projecting rearward on the upper end surface of the slider main body 152. The spring thus becomes a state in which the slider 15 is at the state of the slider 15 and the rear end. With the coil spring 16 〇, the slider 15 〇 and the direction of the lock (the plug-in population side) are biased. And the insertion opening of the position where the locking claw portion 155 is protruded toward the accommodating portion at the foremost side and the one side of the first side. The lock of the lock shown in FIG. 1 in the case where the slider is in the half-lock position is as shown in FIG. 2 and FIG. 5, and the upper end of the slider body 152 faces the base end side (the connector is finely performed). The mouth and the word extend, and the holding portion 158 has a direction toward the portion 158 on the upper side of the cut σ. In the middle, the rotation axis is freely inserted by extending the round/bar bearing (four) in the insertion direction W) m The lock pin itself constitutes the lock pin m ^ cam groove portion in a state in which the base end portion ("end portion" 172 of the pin lock lock 17G abuts against the bottom surface of the wheel groove portion _ and the heart shape convex = _, the _ Xiao m becomes the heart-shaped cam groove portion inserted in this 'slider 150 along with the heart-shaped cam-like follower wheel. By the cam groove. 卩 (10) shift _ locks the movement trajectory of 7G ring 12 200924317 The locking pin 170 is disposed between the bottom surface portion 112 of the housing 110 and the upper surface portion 121 of the mask cover 120 covering the housing 110, and is movable in the horizontal direction. Further, the locking pin 170 is used. The following structure: when the bottom surface of the heart-shaped cam groove portion 18 is strict, the pin crimping portion of the upper cover cover 120 is passed through When the slider 15 is at the position of the card insertion port 102 which is the normal position, that is, the position of the card insertion opening 102, the "the guard portion" is 19". It is crimped down. In the state where the memory card 200 shown in Fig. 5 is not mounted on the connector 1A, one end portion of the lock pin 17 is provided between the pin 170 and the upper surface portion 121! The gap G of the extent to which the portion 180 jumps out. Here, when the gap g passing through the predetermined interval is disposed in the upper portion of the lock pin 170 and moved in the cam groove portion 180, the lock pin m is pressed downward by __ portion ^ / . Further, the details of the second pressure P of the movement portion 19G half-locked (four) movement will be described later. The β-key is pressed, and the heart-shaped cam groove 18〇 will be described here. Convex: Explosion Figure 6 Lion (four) convex (four) box along the heart shape == two=110 of the bottom surface portion 112 is disposed on the back side of the side portion. On the bottom surface of the bath cam groove 180, a plurality of stepped slopes 182f are formed so as to rotatably connect the front end portion m to the slider! Lock = End 172 is guided in a prescribed direction. The base end portion 172 of the base lock pin 170 of the upper lock pin 170 is formed in a manner different from the step® 7 on the half-face and the lower portion of the position indicating the heart-shaped cam groove portion. Fig. 7 is a view showing the height relationship of the directions. The vertical end of the memory card connector between the step portions and the step portion 182a to 182f are formed such that the other end portion of the locking pin no is a three-wheeled ^180 parallel to the bottom surface of the slider 150. A slope surface 182b that is a surface of the bottom surface 182a of the starting point of the execution. Further, when a sloped surface which is a sloped surface which is raised from the bottom surface 182a and which is a slope 13 200924317 surface is formed, a fold having a plane lower than the bottom height is formed, and a step is formed when the bottom surface is hidden, and It becomes a bottom surface 182d which has a ten-faced bend which is * than the bottom surface 182c. The base end portion 172 of the shackle 'snap pin 170 is in a position where the slider 15 is positioned from the insertion port side, and cannot reach the bottom position when the bottom view is reached, and moves to the population of the lock pin. The embossed v-shaped groove is formed in a v-shaped view. The portion 172 is moved from the position of the insertion port side to the execution of the card from the bottom surface 182a to the bottom surface 182e to become an obstruction of the road. That is, after the force of the auger 160 is overcome, the card 200 is retracted to the inner side of the connector 1 续. When the further insertion is made, the base end portion (7) of the locking pin 17 is from the V-shaped 1826 to the base end of the bottom surface 182f. 172 cannot return to the bottom surface 182e. Further, a bottom surface (slope surface) 182g of a slope which is continuous with the bottom surface 182f and rises from the bottom surface 182f is formed.敎 As the inclined side of the card insertion side, the leg is formed on the entrance side, and a bottom surface having a lower surface than the plane i82g is formed. And a bottom portion of the locking pin (7) which is formed to be slid on the bottom surface by the bottom of the 'card-shaped cam groove portion (10)) is disposed at the bottom of the ==::==:80 * ' - Side is formed on the mask cover - Fig. 8 is a perspective view of the memory card connector of the present embodiment. The mask cover 120 is formed by processing a metal plate to form a side surface portion and 120L which are mutually observable in a substantially U-shaped shape, and which are mechanically opposed to each other (4). Further, the side surface portion is covered with the guide side wall portion (1), and the side surface portion 14 200924317 1 covers the side wall portion 114, and the both end portions of the side surface portions 120L and 120R are formed to be bent outward in the horizontal direction and connected. The device 1 is fixed to the fixing 120a on the substrate. The upper surface portion 121 of the mask cover 120 is provided with a slider piece (2) for applying a force to the slider 15 (see Figs. i and 2) which moves in the insertion direction in the mask cover 12 (four). The slider crimping port 122 always biases the slider 15G block field 152 (see Figs. 1 and 2) moving in the insertion direction downward, and presses the slider 15A against the bottom surface portion 112. Here, the slider crimping piece 122 is a leaf spring material, and the upper surface portion 121 of the mask cover 12 对 is formed by adding jade to the upper portion of the moving region forming the slider 15G so as to be formed from the rear toward the front side. extend. Thereby, the slider 150 is always slidably pressed in the front-rear direction in the casing 110 (see Fig. 1). Also, in the mask cover! A claw pressing piece 128 is provided at a position near the insertion opening on the side surface portion 12A of the 20, and the claw pressing piece 128 moves the slider 15A (refer to FIG. 1 and FIG. 5) which is swingably positioned in the horizontal direction. The accommodating portion 104 is pressed and the locking claw portion 155 is engaged with the slit and 220 of the card 2 。. The claw-shaped dust member #128 is formed of a leaf spring by a long-belt-shaped elastic member 3 which is formed by machining a portion of the side portion of the mask i 120. Specifically, the portion of the claw pressing piece 128 on the card insertion opening side of the side surface portion 120R of the mask cover 120 formed by processing the metal plate is protruded toward the inside of the mask cover 120 from the rear end side toward the card insertion opening side. Formed by cutting. s The koji claw pressing piece 128 钊 end portion protrudes inward, that is, the accommodating portion 1 〇 4 side. The curved piece 129 (see FIG. 弯曲) which is bent is formed by the window portion 114a formed on the card insertion opening side in the side wall portion 114 (see FIG. 突出 and protrudes into the casing 11 。. The side surface of the slider 15Q is pressed toward the accommodating portion 1〇4 side at the apex portion of the curved piece 129 which protrudes toward the inside. Thereby, the claw pressing piece 128 is turned toward the card insertion opening side by the coil spring 16 The slider 150 that is pressed forward is pressed toward the accommodating portion 104. Therefore, the slider 150 at the position on the card insertion opening side is pressed against the claw pressing piece 128 in a state where the locking claw portion 155 is protruded into the accommodating portion 104. 15200924317 Further, on the upper surface portion 121 of the mask cover 120, the plate-shaped guard portion 19 is placed on the morning side of the slider crimping piece 122, and the housing The opening of the heart-shaped cam (10) of the bottom surface portion 112 of the 11th surface is correspondingly extended and rearwardly inclined, and is provided to be inclined downward. The guard portion 190 locks the locking pin 17 that moves in conjunction with the slider 15A from above ( Participate in (4) Apply pressure 'and hit the heart-shaped cam groove (10) and make it The heart-shaped cam (10) slides on the surface. 'And it is a splicing. Fig. 9 is a partial cross-sectional view showing the guard portion viewed from the rear side of the wide portion of the guard portion and the connector of the ^-shaped cam groove portion. The portion (4) is formed by processing a portion of the upper surface portion 121 of the cover 12, and the portion of the portion 121 of the portion 120 is opposed to the heart-shaped cam groove portion 180 where the slider crimping piece 12 = is formed. The 扪 万 防护 防护 190 190 is a locking pin from the upper surface of the mask cover 12 and formed as a part _ moving:=:::: The end portion 172 of the locking pin 防止0 is prevented from the heart-shaped cam groove 18 〇 shed. Shoulder ▲ Here, as shown in FIG. 8 , the P square guard 19 〇 is disposed so as to overlap the plan view region, and has a belt-shaped shield main body portion m and is continuously formed at the guard main end and toward the front end side The extended wide portion 193. The bottom surface is the bottom surface. The bottom surface is horizontally lower than the bottom surface of the lower surface of the groove (the height of the special to f is corresponding, and the guard portion ^ (10) is inclined toward the bottom side of the return-way side. (Refer to Fig. 9). "In the shape of the cam groove, that is, in the plate-shaped guard 19", as expected The front side of the shield body portion 191 w U-face # 121 that is inclined and protruded in the inward direction is located at the center of the front end portion of the inserter (four) m around the axis of the twisted guard 191, and is wide, thereby the wide portion! (four) the front end portion 194 The paste on the bottom side is located below. The position of the twist is formed. W is the result of the upturn m gambling at the intersection and the end Π 2 is located between the bottom surface 182α~Γ8^ί=the cam groove is broken_Shaw 170 When the step is in the vicinity of the step, the locking pin 16 200924317 170 can be prevented from being disengaged from the "camper" groove portion. Thus, the 'guard portion 19' is formed as the bottom surface 180a of the heart-shaped cam groove portion 18〇~! Each of the two sides: the one end portion 172 of the two cymbals are in the same general load, in the case of Wei ΐΓιίο, in the relationship between the arbitrarily-bottom (four) guards ί: said the lock to the heart-shaped cam groove Movement and locking mechanism movement; ^ Figure of the positional relationship of the card-to-memory card connector configured as described above, Fig. 2: Center: the locking pin of the cam groove portion movement and the pin groove portion of the pin pressing portion are respectively located ^不门图: is a side cross-sectional view showing the end portion of the locking pin in Fig. 1A in a heart-shaped convex portion. In the case of the top surface of the figure, the main part of the relationship with the guard portion is returned. In Fig. 1G, the end portion is located at the position of the bottom surface M1 M8, respectively. In addition, Fig. 19 is shown in stages. In the first aspect of the present invention, the top view of the housing corresponding to the MU is shown in the top view of the housing in the state in which the slider is located at the card mounting position, and the housing is shown in (4). Furthermore, Figure 20 m疋 and the end of the figure are in the position of the 斟 斟 沾 疋 疋 不 不 不 〇 〇 〇 〇 « « « « « « « « « « « « « « « « « « « « « « « « « « « « « Positional relationship of 190, FIG. 21(4)~: The locking pin 170 and the locking pin of M5~ carry the positional relationship of the guard part m: a ^ 172 is located at the position as shown in FIG. 2 and FIG. The cyanine (10) (see FIG. 2) is placed on the bottom surface of the casing 11A and is biased toward the accommodating portion by the claw pressing piece 128. Thus, the guide protrusions 151 disposed on the bottom surface portion 112 and the upper surface ΐ2ι :: under the mask cover 12G are pressed by the front end portion of the slit η?, and are cut in the cut: W U7a Department side press. Therefore, the slider (9) is inserted into the card, so that the restraining of the locking claw portion 155 to the 1G4 is reversed, and the opposite side is freely swingable in the horizontal direction. (10) and the accommodating portion 104 17 200924317 At this time, the lock pin 170 is disposed at a position below the base end side of the shield main body portion 191 of the shield portion 190, and is disposed at G. In other words, the lock pin 170 is in the normal state of the connector 1 of the card 200, and the base end portion 172 into which the armor cam groove portion 18 is inserted is located on the front end side of the bottom surface. The lower part is not arranged by dust from above (refer to Fig. 5 and Fig. η). In the connector 1 of this state, the card 2 is inserted and pressed from the card insertion opening 1〇2. Then, the end of the card 200 is pressed against the opening side of the locking claw portion 155 located in the insertion portion in the accommodating portion 1A, which is in the insertion direction, and the slider 15 itself is directed to the side opposite to the accommodating portion (10). Water = direction swing. Thereby, the "locking claw portion 155" is moved by the side surface of the projection 230 on the side of the card lion which is inserted into the accommodating portion, and is displaced in the direction away from the card 2 to enter the claw locking groove π. in. Thereby, the card 200 itself is held in a half-locked state that is freely inserted and removed (refer to FIG. 1). At this time, the projecting portion 丨56 is disposed opposite to the notch portion 21A of the card 2, and the mouth portion 210 and the projecting portion are engaged. Then, the force of the coil spring 160 is reached, and the card 2 is inserted into the insertion direction (Α direction). The slider 15 is placed so that the locking claw portion 155 and the claw card slot 22 212 156a #^ 〇 ^ 8 π introduces V and moves toward the rear end side of the connection f § 100. At this time, the = part m (bending axis) is disposed in the heart-shaped cam groove portion (10), so the lock pin carries itself = bottom shift ί in the direction (from the bottom surface through the slope lion, the bottom surface 182e to the bottom surface 182d) The end portion 172 of the lock pin 170 is moved in the insertion direction from the bottom side of the bottom surface. The pin m itself is brought into contact with the inclined guard portion from the upper portion m = ^ from the upper portion from the upper portion of the bottom portion. Thereby, the _ end portion 172 is pressed against the bottom surface position = - and rises on the slope surface of the bottom surface 182b, slides on the bottom surface, and moves: the position M2 - the end portion 172 is located at the position (10) of the bottom surface 182c As shown in Fig. a), the main body portion of the lock pin is located at the lower portion of the guard portion 19, and the portion 190 is pressed against the bottom surface 182c. When the slider 150 is inserted into the back side, the one end portion 172 of the lock pin 170 is deleted from the bottom surface of the bottom of the locker with the step difference, and is moved to the position Μ3 position 2〇〇 shown in FIG. The degree of insertion of n 1 在 is shown in Fig. 19 (a). Further, the end portion 18 200924317 is in the state shown in the position of the lock lock and the guard portion 19A in the case of the position M3 of the bottom surface 182d. In the case of the player who has been in the position of the M3, the base end portion 127 of the lock pin 17G is passed through the micro-spring force and is pressed against the card insertion opening side. The base end portion 172 of the lock pin 170 does not return to the bottom 182c side at a position higher than the bottom surface 182, but moves to the bottom surface side. In FIG. 14 and FIG. 2Q(e), the following bear-bottom height level ratio is expressed. The bottom surface of the bottom surface l82e is cut off, and is separated from the bottom surface by a step difference from the bottom surface, and is located on the bottom side of the bottom surface 1 and located at the boundary portion of the bottom portion, and the end portion m is located on the bottom surface of the bottom surface and the bottom surface 182e_b. The pin portion no is reliably pressed by the guard portion from the upper portion. In the guard portion 19A, == = the front end portion 194 of the wide portion 193 of the lock pin 170 at the position M4 (this ° ^ min ^ and the height level Corresponding to the lower position of the lower position, the lower part is inclined downward than the bottom side. Therefore, the protection part relies on the situation of locking the coffee. The '2 is located on the bottom surface as shown in Fig. 15 'lock wire l7G The end 172 passes through the coil spring 16. The movement of the & face 182e' and the milk at the bottom of the coffee In the state in which the base end portion 172 of the pin 17 is engaged in the v-shaped groove 34, such as "the medium = 1 block 15" is restricted by the force of the coil spring to move in the pull-out direction, That is, the card 200 is in the mounted state. As shown in Fig. 21 (4), the reading portion is carried at the substantially central portion SSL34 of the front end portion 194 of the wide portion 193. The bottom surface 182e side is located at the end portion 172. The situation is substantially the same = this 'as shown in Fig. 5 and Fig. 19 (8), the slider (9) is located at the front end side of the mounting position = 200 and the plurality of contact pieces (2), 'can read the data of the card 200 Write. In addition, because the lock is now) > = the locking slot 220 is engaged, the "can prevent the card" - on the other hand, in the case of unlocking the state and removing the card, the card is installed in the state of 19 200924317 The card 200 is press-fitted into the inner side of the connector 100. That is, the force of the coil spring 160 pushes the card 200 in the insertion direction to overcome the screw base end portion 172 (bending axis) from the V-shaped groove 34. The release 乂 inserts the base of the locking pin 17 上 on the bottom surface 182c of the lock pin 170 with a high step adjacent to the bottom The surface 182d _ 172 does not return to move from the bottom side of the bottom surface. The bottom surface _ ' as shown in Fig. 16 and Fig. 21 (7), the bottom end portion 172 is located at the bottom surface 182e and the bottom surface 18 170, and is wide (four) by the guard portion 190. The lock lock 132fW ^ ^ 194 193 194 170 5 of the position M6 of the heart is inclined downward, so that it is the same force as the end side of the end portion 172 at the position ° == face = side. The case of 1 Μ 2 and position Μ 4 # is generally At the same time, the surface of the wide portion (9) is removed from the front end portion of the wide portion (9) by the position 194 indicated by the wide portion 193 =) of the guard portion m. The abutting portion is located below the end (four) of the bottom surface _ side, and is located at the position M2 and the position with the one end portion 172, etc., generally ΐ6!; ^0; ^ΐ#Ι1100 体;: with the slider 150 w and Recorded, 172 on the bottom (slope) kiss rises, the shield is also =-===M8 (refer to section 1 (4)), mm; 190 φ 182f '182 ^ '18 ^ and become the rhyme complement 17G - The movement of the end portion 172 passes through the bottom surface 182g, and the movement of the door π is shifted to the base end portion side of the guard portion 190. 20 200924317, the degree of protrusion of the guard portion 190 with respect to the upper surface portion 121, the base end portion is == end:, 94 is gentle. Therefore, even if the pressing force of the one end portion 172 toward the upper (four) side is substantially the same as the case of the bottom surface i82f. (10) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . The transmission is provided with a 1% structure of the shielding portion on the mask cover 120, and the locking lock 170 is also rotated in a wide range of directions, and is always pressed with a heart shape convex at a different height level by substantially the same pressure, and the duty is changed to (4). Simultaneously slide on each of the bottom surfaces. Therefore, the lock pin 170* can be cut by the bottom of the heart-shaped cam groove portion 18, and can be accurately _the heart-shaped convex portion (10). Money away. The force 'moves together with the movement of the lock pin 170 through the action of the spiral magazine 160 == direction, so that the inclination of the card 2 抵 which is abutted on the inclined surface 15 can be reversed, 贱Align the card in the direction of the 。. In the connector 1A of the present embodiment, the resin case 11G of a 200 is slidably and slidably disposed in the direction in which the slide is stored. The slider 150 is held by the card 200 in accordance with the card = card: in the inward direction and the row, and is held in the state in which the insertion of the housing 11 and the body 10 is performed. The slider 150 is cut by the underside of the spiral magazine to form a guard portion (the reverse portion of the portion 〇m is moved toward the discharge position and the movement of the cam groove portion 180 is directed toward the cam groove portion 21 200924317. A gap G is formed between the lock pin 17G at the discharge position and the upper surface portion (2) of the upper cover 12G. According to the present embodiment, when the card 2 is not inserted, the lock pin 17 is shackled at the shield 19 The portion 191 is disposed at the lower end of the wire end portion through the gap G, and the base end portion 172 inserted into the heart-shaped cam groove portion is placed on the end portion side of the bottom surface 182a without being pressed from above. Thereby, in the normal state in which the card 200 is not inserted, the load pin 17 is not loaded at all. Therefore, in the case where the load is not applied to the lock lock 170, the connector can be mounted on the substrate. The reflow process heats up, that is, the connector ι, the lock lock no, and the portion of the shield 胄12〇 of the metal-like mask are separated from each other. Therefore, the anti-compliance portion 190 is locked by the castle. The force of the lock m and the throughflow The heating is transmitted to the lock wire m. The lock wire 17G does not have a permeable portion (4). The resin case 11 having the heart-shaped cam groove portion 180 (specifically, the bottom portion (1) can be shouted and added..., you Unlike the past, the job does not pass through the bottom surface of the resin case during the reflow process. The P-knife (the bottom surface portion 112) is softened and the central object is applied from the lock pin. , the body of the body = the bottom. (Also includes the heart-shaped cam groove portion) so that the fixing piece of the rib is different in the state of being floated, so that the lifting of the fixing piece 12〇a on both sides can be prevented. The deformation of the housing m is improved, and the connector terminal after the reflow process is improved to be flat: Coplanarity. Further, U, in addition, the locking pin 170 is moved from the discharge position and moved in the cam groove portion 18 = The guard portion 19 位置 at the position pressed by the portion 180 side and the heart-shaped cam groove shape, specifically, the bottom surface 18 that slides with the one end of the lock, and the degree of protrusion of the cover cover 120 downward, and the width of the protrusion The width of the frame: (4) Ϊ becomes the heart-shaped _ slot in the use of the lock mechanism, there is no, ... Even if the end portion 172 that slides on the bottom surface 182a is placed on the end portion 172, the same pressing force can be applied to the end portion 22 200924317. In the case of ejecting the card 200, the sheet is pressed by the claw (the sheet spring slider 150) The locking claw portion 155 is engaged with the claw of the card _ urging + (and trespassing into the ancient • when the hidden card is ejected, the sliding _ itself is transmitted through the claw pressing piece 128 when the locking state is locked with the fingertip (refer to Figure D and: rr card directly presses the memory card discharged from the connector, so there is no residue of the card 20 to prevent the card from jumping out. The force due to the direction in which the locking pin 170 and the slider 150 are pulled out = When the coil spring 150 is generated by the coil spring, the heart-shaped cam groove portion 180 is disposed in the connector (10) in the connector portion (10) and is attached to the side of the connector 100 (viewing the card insertion port from the front side) (10) is the side of the side) between the coil springs extending in the insertion direction. That is, the lock mechanism portion (10) of the Nagasaki, and the screw (four) yellow 160 of the ___ force and the heart-shaped cam groove portion 18A are accommodated and properly arranged on the second side. In the card self-reception (10), the lateral width of the connector is formed to be approximately the same as the width of the length of the length of the memory locking mechanism portion 140, which realizes miniaturization and realizes installation empty_saving . Further, the slider piece 122 is detached from the slider 15 位于 located on the side of the card insertion opening. Therefore, when the sliding force is transmitted from the holding position which is the position of the last end side in the accommodating part to the position of the card insertion side by the urging force of the coil spring 16 ,, that is, when the card row (four) is made, the slide is performed. The block pressing piece 122 can mainly reduce the moving force of the slider (9) generated by the force together with the claw pressing piece 128. The memory card connector of the present invention is not limited to the above embodiments, and various changes can be made. Further, the present invention can be variously modified without departing from the spirit and scope of the invention, and the invention of course includes these modifications. The memory card connector of the present invention has an effect that the casing itself is not easily deformed and can be appropriately mounted even when the substrate is subjected to reflow processing, and in particular, it can be used in the terminal 23 200924317. The push-in push-out of various memory cards on the machine [simple description of the figure] f 1 is the invention of the watch-------------------------------------------------------------------------------- 2 is a bottom view of the housing shown in FIG. 2; FIG. 4 is a right side view of the housing shown in FIG. 2; FIG. 6 is a heart-shaped cam groove portion of the locking lock in the case where the slider is in the half-locked position. Figure 8 is a perspective view of the memory card connector of the present embodiment; Ξ L is the honest part of the thin portion of the Λ 护 与 and the heart shaped cam groove portion _ The figure-shaped cam groove portion, the shackle of the convex-shaped convex portion, and the bitmap 11 of the pin portion are shown in Fig. 10 in the case where the lock__end portion is on the heart shape=bottom, and the guard portion The main part of the relationship, side two: Figure 12, the table is not in Figure 1G, the end of the locking pin is in the heart shape Figure 13 is a diagram showing the relationship between the guard and the guard in the case where the end of the lock _ is not in Fig. 1G. Fig. 4 is not at the end of the lock pin in Fig. 10 on the heart cam 2 = bottom β plane In the case of the main part of the relationship with the guard, the side view is located at the height of the 5th. It is shown in Fig. 1 that the end of the lock pin is at the end of the heart-shaped cam. In Fig. 0, the end of the lock pin is in the heart-shaped cam groove. In the case where the height is not 24, 200924317 ^ bottom surface, the main figure of the guard _ system is shown in Fig. 17 在 in the case where the end of the cap pin is in the case of ^, ^, and the guard The main diagram of the relationship is shown in Fig. 10, which shows the U view at the end of the cap pin of Fig. 10. On the same bottom surface, the difficulty of riding with the _ part is equal to the height. Figure 19 (8) ~ (C) is a stepwise representation. FIG. 20(8) to (c) are diagrams showing a state in which a card is inserted into a universal connector. FIG. 20(8) to (c) are a plan view of a main portion showing a relationship with a lock portion shown by a circle 1A. Hey. Locking pin and prevention corresponding to the position of the cymbal Fig. 21 (d) to (g) are plan views showing main parts of the relationship with the lock portion shown in the figure. Locking pin and anti-corresponding to the position of one of the main points 34 main element 34 V-groove 100 connector 102 card insertion σ 104 accommodating portion 110 housing 112 bottom plate portion (bottom portion) 112a front side portion 113 guiding side wall portion 113a Inserting port side portion 114 Side wall portion 114a Window portion 115, 115a, 115b Rear end wall portion 115g Projecting portion 116 Guide small wall portion 117 Cutting groove 117a Front end portion (4-shaped portion) Symbol Description 25 200924317 117b Long hole portion 120 Cover 120a Fixing piece 120L, 120R Side portion 121 Upper surface portion 122 Slider crimping piece 123, 124 Side plate portion 128 Claw pressing piece 129 Bending piece 130 Contact piece 132 Contact portion 134 Rod portion 136 Fixing piece 138 Wire portion 139 Reinforcing plate 140 Locking mechanism portion 150 Slider 151 Guide projection 152 Slider body 153 Neck 155 Locking claw portion 155a Front end side surface 155b Rear end side surface 156 Projection portion 156a Side surface (inclined surface) 156b Projection end portion 157 Spring Bearing protrusion 158 pin holding portion 160 coil spring 200924317 170 locking pin 172 one end portion (base end portion) 174 other end portion 180 heart convex Groove portion 182a to f slope surface and step portion (bottom surface) 182g bottom surface (slope surface) 182h bottom surface 190 shield portion 191 shield main body portion 191a base end portion 193 wide portion 194 front end portion 200 memory card 210 cutout portion 212 inclined surface 220 claw Locking groove 230 protrusion G gap 27