200924306 九、發明說明： 【發明所屬之技術領域】 本毛月係有關在t裝位置保持所插人的記憶卡的記憶卡連接 相機所拍攝的圖像資料的記錄媒體、 内部二卜，;，矩形薄板形狀的小型樹脂製箱體的 ’在殼體的―個背面的端部上並設有電性 構tiiii裝在數位相機、可攜式音樂再生機、 |安己|訊仃動電話相電子設備上，借祕記憶卡連接器進 麵接器^例如如t利文獻1 (日本特開2005— 的記憶卡;的推壓：出^^端:的-側邊部形成有切口部 憶卡連接ϋ。 TJ:*#pushin’ Push⑽類型的記 側上器中，在沿著卡插人方向的殼體内的~ 伸出部的細鱗#動地配置崎有舆卡切口雜合之具有 前端確=，則卡 壓入到滑塊構件並插入到安裝位置。卩姐卡糟由切口部 卡（d一)前後倒反或者表裏倒反地錯誤插入的場人， 的伸二?， 200924306 但是，在習知的記憶卡連接器中，記憶卡表裏倒反地錯誤插 入地場合，卡會以在殼體内堵塞滑塊構件的伸出部和與滑塊構件 側之相反側的側面部之間的方式、並以相對卡插入口的開口面 傾斜的狀態插入。即、在表裏面倒反而從卡插入口插入進來的卡 插入到連接器本體之裏側時，卡與切口部相反側的另一側邊部與 殼體的一侧開口側邊緣部及伸出部的突出端抵接並傾斜於裏 被引^。於是’在卡的一側邊部側，構成切口部的後端部側的角 部在嫒體上抵接在與滑塊構件側相反一側的侧面部的卡插入口附 ^的内壁面上，卡本身處對相對卡之插入σ的開口面為傾斜的狀 有 對卡施加較大的負載而表裏倒反地進行插入的場合，卡以傾 ==二部的後端面部的肖部、當-邊推壓所抵 ====的同時而被推入到安裝位置 【發明内容】 本發师於上蝴題而提出，目的在於提供即 地插入也不會發生變形的記憶卡連接器。 本發明的記憶卡連接器，採用如下結構：么 部的-側部側具有切口部的記憶卡從在一:面二二=而 ΐϋί平箱狀的連接器主體;和在連接器主體内’沿ί卡插枋 上述伸出雜合在上勒σ部鱗插入的卡將 裏側的卡安裝位置，射，上述連接接器主體 卡的電極接觸的多個觸點的主體板部述記憶 板部的兩侧邊部以兩側壁部夹著卡4區：②== 200924306 設而成，金, 述殼體中，上述㈣舰裝在上μ體上，在上 插入口側自如壁部中的—侧壁側從上述卡 對本發明的部分配設加强該部分的補强板。 變形 根據本㈣’可防朗卡表裏倒反地插入引起的 、 【實施方式】 ㈡了： t照附’本發明的實施方式詳細進行說明。 構的本發明的—個實施方式的記憶卡連接器結 :於表示透視記憶卡連接器 ，·ρ，絡缺s 士&卜力卜在本只施方式的記憶卡連接器中’如德 圖\中^ ^塊150施力的螺旋彈簧160 (參照圖2)，但在 H。卜在本實施方式中，連接11側的前方是指卡插 視略器(以下稱之為“連接器，，)100作成俯 扁平箱狀’在内部具備存放從卡插入口⑽插 的°己匕卡200的存放部（卡安裝區域）1〇4。 以就!ί施===種=的尺寸、形狀，所 尺寸、形狀的連接ί ^，疋對應所使_記憶卡的 mn 裝，^施方式的連接器100上的記針（稱之為“卡，，） 向★声t形尺寸為UmmXl5mmXlmm，使前端側的橫 «見又比後W則的橫向寬度11随窄並在下面配置多個電極。 卜安裝在本實施方式連接11励上的記憶卡·而言， 的—側部（從_卡200觀察將對連接器_的插 入方向作爲前端侧的後側部）側來切口的切口部210。在此，切口 部210在矩形形狀的記憶卡的前端部的一侧面（右側面）含有角 200924306 的兩個面切掉為 前端部比後端部 部，用另一侧面和平行的一面及與該面傾斜交又 四邊形。由此，由該切口部21〇使記憶卡2〇〇 側寬度窄。 右側邛）並在比切口部210靠基端的基端側形成一 ' le'R+200 梦ϋ卡疋槽220之間一側（右側）突出的突起部230的狀離。 该犬起部230的前端側的外面即、形成了切口 ^面 作為從記憶卡勘的前端側向基端側並向右側立起的 連接益100的連接器主體用具有絕緣性的材料（在此， 旨材ΐ)形成，而在保持觸點i3G的俯視略呈矩形狀的 叙體110上’將板狀之由具有導電性的材料（在此為金屬板 兩侧部折彎為L字狀所形成的密封蓋12〇來覆蓋。 -^ 2 ί係有關本發明—實施方式的記憶卡連接11巾取出密封 瓜狀態的设體的俯視圖，圖3是圖2所示的殼體的前視圖， 圖4是圖2所示的殼體的左側視圖。 /如圖2〜圖4所示，殼體no具有：配設觸點no的俯視略呈 矩形狀的底板部（板狀主體部）112 ;在底板部112中從與作為卡 插入口 102的開口邊緣的前側邊部n2a相鄰的兩側邊部立設，並 彼f相對地離開的引導側壁部113及侧壁部114 ;以及在底板112 中從與卡插入口 1〇2相反的後側端邊部立設的後端壁部115。 底板部112保持與所存放的記憶卡2〇〇的電極電接觸的觸點 (，冗式觸點等）130。具體地，觸點13〇從底板部112的大致中 分向後側並向上傾斜切突出的配設多個，作為接點部132的 前端部，係與卡插入口 1〇2所相對的狀態配列。 、/觸點130在此作為板彈簧接觸點形成，藉由内插入（insert) 成形一體形成在殼體11〇上。也就是，觸點13〇是含有保持在殼 體100上的其他導電構件的插入品的一部分，在此，插入品是對 具有導電性的金屬板進行加工而成的。 200924306 觸點130沿著所插入的卡200的插入方向從底板部112的上 面向後方突出地配置’前端具備作為接點部132的柄部134。 柄部134在底板部1Π上將前端的接點部132在嘹俨11〇 後端壁部瓶在與卡人方向正交的方向^規 隔並以使其排列多個的狀態進行配設。 在此，觸點130分別將長尺帶狀的金屬板加工成俯視、字 者u字狀。將在該金屬板的折返部折返的一邊部作為柄部134 ^ 將另一邊部作為配設在底板部112上的固定片136，將柄 4 由相對固定片136向表面側折曲而形成。在此，觸點13〇 曰 底板部112中作為配線配設的導電構件一同藉由加工一張金屬 而形成。 柄部134和固定片136中的在寬度方向與柄部m並列 位配設在底板部112中開口的部位上，目定片136的基端 側部分（觸點130的折返部分）固定在殼體11〇的底板部 固定片136在底板部112上被保持在沿著底面的位置上 基Ϊ部、(觸點130的基端部）138從後端壁部出的後 :焊;接人在。ί突出的基端部138作為錫焊(so丨der r焊）接^在^裝基板上的導線部（leac})o 古」外’在底板部112上配設具有沿著側壁部U4並沿著插入 2 ^如移動的滑塊150的鎖定機構部14〇。在該 ΐ 之間、設有與所插入的卡2。。的前端部的二 為定切口部210的插入方向延伸的面）相對、同時 抵接4塊150的後端部的引導小壁部116。 寺 與所it壁有與引導側壁部113的内面平行地配置並 200924306 ⑽中再^=導2==6在卡200 (參照圖υ插入到存放部 ι_Ϊ入 的别端部向鎖定機構部140的心形凸輪槽部 的邱U2、鎖定機構部140中與引導側壁部U3相對 =刀及引導小壁部n6與引導側壁部113 ‘ =對 的凹狀，構成存放部1〇4的兩側面及= _ f13卩113在賴側_邊緣形針插人σ 102的-側 112'114 ^ no 之為巾’在卡插入口 102側的部分（以下，稱 '、n S曰/心）113&上沿著内壁面配設加强板191。 圖2用於說财縣發明—實施方式的連接財的加强板 的圖4 5之’圖5是從左御觀察插入口側部分的圖。 重口側部分113a ’在卡200 (參照圖1〕相對連接器100砉 ，倒反地錯赌人時料抵鮮，即插 ^ ;卡細為傾斜而與限制之 申出,15= ” 口 σρ 21〇的後端部之突起部23〇相抵接的部分。 的吉^卡2〇0表裏倒反地錯誤插入時，在殼體110内、卡 ^直側部在滑塊⑼的伸出部156的伸出端滑動。由 t卡的f咖堵塞内部空間的方式移動，卡傾斜 連接鄰接的Ϊ起部230的前端。再者，關於卡傾斜於 連接斋100地插入的狀態的詳細情況後述。 A盥ί 導 口側部分113a在側壁114側作 為與位於卡插入口 側的常態時的滑塊150 _定;u55之正 面相對的區域，在舰域的大致整個面配設加强板191。 加强板19Η系對樹脂製的引導侧壁部113的插入口側 l3a進行加强的金屬板構成。在此，與觸點⑽—職 金屬板的—部分而形成，藉由插入成形埋設在引導側 200924306 加强板=式外面露出於外部（引導側壁部⑴ ，板部m中，從配置在插入口 102側的加强底板部 地立起而形成。再者，加强底板部310與觸點13〇 一 品的一部分而形成，在引導侧壁部113及側壁部114 配設在底板部m内，從將趣部113的端緣立 板 191。 ^ 加强板191在此、將引導側壁部113 向由外觀之呈矩形板狀。 力门作為長度方 另外，加强板191在引導側壁部113中以卡插入口 比引導側壁部113的卡插口部1〇2的開^^ ，位於殼體m的裏側（後端側〕的方式進行配設。在:= 4113的開口側的端邊緣1131和加强板191之間配設樹脂層。200924306 IX. Description of the invention: [Technical field to which the invention pertains] The recording medium and internal media of the image data captured by the memory card connected to the memory card of the inserted memory card at the t-mount position; A small resin-shaped box of rectangular thin plate shape is provided on the back end of the housing and is provided with an electrical structure tiiii mounted on a digital camera, a portable music regenerator, and a self-adhesive telephone On the electronic device, the memory card connector is used to access the interface connector. For example, the memory card of the Japanese patent document 1 (Japanese Patent Laid-Open 2005); the push: the end of the ^^ end: the side portion is formed with a cutout portion TJ:*#pushin' Push type of the (10) type, in the case of the protrusions in the housing along the card insertion direction, the fine scales of the protrusions are arranged in the same place. If the front end is indeed =, the card is pressed into the slider member and inserted into the installation position. The sister card is replaced by the incision card (d), and the person who is mistakenly inserted in the table is inverted. 200924306 However, in the conventional memory card connector, the memory card table is inverted and incorrectly inserted. In the case of the ground, the card is inserted between the projecting portion of the slider member and the side surface on the side opposite to the slider member side in the casing, and is inserted in a state of being inclined with respect to the opening surface of the card insertion opening. When the card inserted from the card insertion opening is inserted into the inner side of the connector body, the other side edge of the card opposite to the cutout portion and the side opening side edge portion and the protruding portion of the housing are protruded. The end abuts and is inclined to the inside. Then, the corner portion on the side of the rear end portion of the cutout portion abuts on the side opposite to the slider member side on the side of the slider member. The card insertion opening of the part is attached to the inner wall surface of the card, and the card itself is inclined to the opening surface of the insertion σ of the card. When a large load is applied to the card and the table is inverted, the card is tilted. = The slanting part of the rear end face of the two parts is pushed into the installation position while pressing the side ====. [Inventive content] The presenter proposed the above question in order to provide the spot Insert a memory card connector that does not deform. The memory card connection of the present invention , adopting the following structure: a memory card having a cutout portion on the side portion of the merging portion is connected to the connector body in one side: a second surface and a flat box shape; and the above-mentioned extension is inserted along the ί card in the connector body The card mounting position on the inner side of the card inserted in the upper σ section is injected, and the main body plate portion of the plurality of contacts in contact with the electrode of the connector body card is defined as two sides of the memory board portion. The side wall portion is sandwiched by the card 4 region: 2== 200924306 is set, gold, in the housing, the above (4) ship is mounted on the upper body, and the side wall side of the upper insertion port side free from the wall side from the card A reinforcing plate for reinforcing the portion is disposed in the portion of the present invention. The deformation is caused by the reverse insertion of the (4)' anti-lange table. [Embodiment] (2): t Attached to the embodiment of the present invention is described in detail . The memory card connector of the embodiment of the present invention is: in the memory card connector representing the see-through memory card connector, ρ, 络 s s & 卜力卜 in the memory card connector of the present only mode Figure \中^^ Block 150 applies a coil spring 160 (see Figure 2), but at H. In the present embodiment, the front side of the connection 11 side means that the card insertion device (hereinafter referred to as "connector") 100 is formed into a flat box shape, and the inside is provided with a memory inserted from the card insertion opening (10). The storage part (card mounting area) of the Leica 200 is 1〇4. The connection, size, shape, size and shape of the Leica === species= ^ ^, 疋 corresponds to the mn memory of the memory card. ^ The pin on the connector 100 (referred to as "card,") to the shape of the ★ t-shaped UmmXl5mmXlmm, so that the horizontal side of the front side is closer than the width W of the rear W is narrow and below Configure multiple electrodes. In the memory card of the present embodiment, the side portion (the rear side portion in which the insertion direction of the connector is viewed as the rear side portion from the card 200) is notched. . Here, the notch portion 210 is cut in the side surface (right side surface) of the front end portion of the rectangular memory card with the corners 200924306 as the front end portion and the rear end portion portion, and the other side surface and the parallel side portion are The face is inclined and quadrangular. Thereby, the width of the side of the memory card 2 is narrowed by the notch portion 21〇. The right side 邛) is formed on the proximal end side of the proximal end of the notch portion 210 to form a protrusion 230 protruding from the side (right side) between the 'le' R+200 nightmare card groove 220. The outer surface of the front end side of the dog-shaped portion 230, that is, the slit body surface is formed as a connector body of the connection benefit 100 which is raised from the front end side to the base end side of the memory card and is raised to the right side. Therefore, the target material is formed, and the material of the plate shape is made of conductive material (here, the two sides of the metal plate are bent into L characters on the reciting body 110 in which the contact i3G is slightly rectangular in plan view). The sealing cover 12 formed by the shape is covered. - ^ 2 ί is a top view of the apparatus for removing the sealed melon in the state of the memory card connection 11 of the present invention - Fig. 3 is the front of the casing shown in Fig. 2. Fig. 4 is a left side view of the casing shown in Fig. 2. As shown in Fig. 2 to Fig. 4, the casing no has a bottom plate portion (plate-like body portion) having a substantially rectangular shape in plan view in which the contact no is disposed. 112; a guide side wall portion 113 and a side wall portion 114 which are erected from both side edges adjacent to the front side edge portion n2a which is an opening edge of the card insertion opening 102 in the bottom plate portion 112, and which are relatively separated from each other And a rear end wall portion 115 erected from the rear side edge portion opposite to the card insertion opening 1〇2 in the bottom plate 112. The bottom plate portion 1 12 holds a contact (, redundant contact, etc.) 130 in electrical contact with the stored electrode of the memory card 2 。. Specifically, the contact 13 〇 is divided from the substantially central portion of the bottom plate portion 112 toward the rear side and is inclined upwardly and obliquely. A plurality of the contact portions are arranged in a state in which the front end portion of the contact portion 132 faces the card insertion opening 1〇2. The / contact 130 is formed here as a leaf spring contact point by inserting (insert) The molding is integrally formed on the casing 11. That is, the contact 13A is a part of an insert containing other conductive members held on the casing 100, where the insert is processed to have a conductive metal plate. 200924306 The contact 130 is disposed to protrude rearward from the upper surface of the bottom plate portion 112 along the insertion direction of the inserted card 200. The front end is provided with a handle portion 134 as a contact portion 132. The handle portion 134 is on the bottom plate portion 1 The contact portion 132 at the front end is disposed in a direction in which the rear end wall portion of the crucible is orthogonal to the direction of the card, and is arranged in a plurality of positions. Here, the contacts 130 are respectively disposed. The long strip-shaped metal plate is processed into a plan view and the word u-shaped. One side portion of the folded portion of the metal plate is folded as a shank portion 134. The other side portion is a fixing piece 136 disposed on the bottom plate portion 112, and the shank 4 is formed by being bent toward the front side with respect to the fixing piece 136. The conductive member disposed as a wiring in the contact portion 13 of the bottom plate portion 112 is formed by processing a single piece of metal. The handle portion 134 and the fixing piece 136 are disposed in parallel with the shank portion m in the width direction. At the opening portion of the opening portion 126, the base end side portion of the eye piece 136 (the folded portion of the contact 130) is fixed to the bottom plate portion fixing piece 136 of the casing 11 〇 on the bottom plate portion 112 at a position along the bottom surface. The base portion (the base end portion of the contact 130) 138 is post-welded from the rear end wall portion; The protruding base end portion 138 is soldered to the lead portion (leac) on the mounting substrate, and is disposed on the bottom plate portion 112 along the side wall portion U4. A locking mechanism portion 14A is inserted along the slider 150 that is inserted 2^. Between the ΐ, the inserted card 2 is provided. . The second end portion of the front end portion faces the guide small wall portion 116 at the rear end portion of the four blocks 150 while facing the insertion direction of the fixed slit portion 210. The temple and the wall of the house are arranged in parallel with the inner surface of the guide side wall portion 113, and in 200924306 (10), the second card is inserted into the other end portion of the storage unit 138. In the case of the heart-shaped cam groove portion, the locking mechanism portion 140 faces the guide side wall portion U3, and the concave portion of the guide small wall portion n6 and the guide side wall portion 113' are opposite sides, and both sides of the storage portion 1〇4 are formed. And = _ f13 卩 113 on the side of the _ edge-shaped needle insertion σ 102 - side 112 '114 ^ no is the portion of the towel 'on the side of the card insertion opening 102 (hereinafter, referred to as ', n S 曰 / heart) 113 & amp A reinforcing plate 191 is disposed along the inner wall surface. Fig. 2 is a view of the reinforcing plate of the invention of the invention of the invention of the invention. Fig. 5 is a view of the side of the insertion port viewed from the left side. The mouth side portion 113a' is opposite to the connector 100 when the card 200 (refer to FIG. 1) is opposite to the connector 100, and is reversed when the player is wrong, that is, the card is inserted; the card is thin and the limit is applied, 15= ” mouth σρ 21 When the protrusions 23 of the rear end portion of the crucible are in contact with each other. When the yoke card 2 〇 0 is reversely inserted, the slider is inserted in the housing 110 and the slider is straight. The projecting end of the projecting portion 156 is slid. The card is moved by the t-card to block the internal space, and the card is obliquely connected to the front end of the adjacent swollen portion 230. Further, the state in which the card is tilted to the connection 100 is inserted. The details of the side surface 114a are provided on the side wall 114 side as a region facing the front surface of the slider 150_定; u55 in the normal state on the card insertion opening side, and are disposed substantially on the entire surface of the ship. The reinforcing plate 19 is formed of a metal plate that reinforces the insertion opening side l3a of the resin guiding side wall portion 113. Here, it is formed with a portion of the contact (10)-metal plate by insert molding. The guide plate is embedded on the guide side 200924306. The outer surface of the reinforcing plate is exposed to the outside (the guide side wall portion (1), and the plate portion m is formed by rising from the reinforcing bottom plate portion disposed on the side of the insertion port 102. Further, the bottom plate portion 310 is touched and touched. The guide wall portion 113 and the side wall portion 114 are disposed in the bottom plate portion m, and the end edge of the fun portion 113 is placed on the vertical plate 191. The reinforcing plate 191 here guides the side wall. Part 113 is a rectangular plate In addition, the reinforcing plate 191 is located on the inner side (rear end side) of the casing m in the guide side wall portion 113 with the card insertion opening being wider than the card insertion opening portion 1 2 of the guide side wall portion 113. In the arrangement, a resin layer is disposed between the end edge 1131 on the opening side of the == 4113 and the reinforcing plate 191.
另外’在加账191的相形成向外方突出並抵 120的側板部123的突部192。 - & tA m 191上形成貫通表裏面（内外面）的連通口 ϋ、Λ 部1〇4側）上層疊有樹脂層。在該連通口 193 賓内面側的樹脂層上的同時、從加强板191的外面 犬出亚與岔封盍120的卡定孔126配合的安裝爪部1135。 如此地在殼體no的引導側壁部113的插入口側部分li3a， 板191，所以從内面側向外面側為順序用由樹脂層、 加强板191來得到金屬板構成。 士：，2 ’後端壁部115與藉由插入存放在存放_中的 端部接近地相對配置’限制插入到該存放部綱中的 s己憶卡200向插入方向的移動。 在後端壁部115的大致中央部分形成在插入方向盥存放部1〇4 在該開口 115 e兩側配置分別形成殼體110的後 構140^t 115&、服。在這些壁部115&、⑽中的鎖定機 ί 土。H15b上形成立設在底板部112上並向前方突出的 引導片115c。弓|導片收在底板部112上配置在比沿著插入方向 11 200924306 配置的鎖定機構部140更接近於引導側壁部113側的位置上，存 放卡200的岫知側的一侧邊緣部（以—面切掉的部分）。在此，在 所插入的卡200的對應具有切口部21〇的前端部形狀地與引導侧 壁部113的間隔比引導側壁部113和鎖定機構部14〇的間隔窄於 相當切口部210的深度的量（橫向的長度量）。 這些引導侧壁部H3和引導片115c以配設树面的電極和觸 點130接觸的方式以準確姿勢限制插進來（正常插入）的卡2〇〇 的前端侧的橫向寬度。由此，可準確進行卡施的電極和配設在 底板部112上的殼體側的觸點13〇的定位。 鎖定機構部140沿著插拔方向配置在作為存放部顺的區域 此且放!"04的側壁部114側)。該鎖定機構 :[U40具有.具備配合在所插入的卡2〇〇的切口部刑上 ==倾⑽；和職料雇；_肖H及心形凸輪 的卡?板部m上’並沿著插入到存放部104中 悲人方向自如軸舰置，蝴旋縣（施 160向卡200的插入相反方向（拔脫方向）侧施力、。 ） 位詈15Gf連接脸射移_最靠卡插人σ皿側時的 Ϊ ，動地配 200的A卡定槽220上，將卡^^^部155配合在記憶卡 持。以下，還將該位置稱之為“半鎖定《主體自如插拔地保 *部=主體=〇從具 側面。進人於卡· 連接側面(傾斜面)⑽作為從 是形成在引導側壁部1 放部綱側也就 12 200924306 156 j ^ ⑽的基_面應於形成卡測的切口部 可定士52 f鎖定爪部155配合在正確插入的卡200的爪 z二 部210喪合，並位於卡的前端部的 由此，部156被卡测向插人方向推壓。 完全存放在存;部=裏麵，並移動到伽 :角從頸部153的前端部突出並形成為俯視 山肖的抑的面 安裝相對頸部的内側面的陡 於上===前端側的面155a為了便於出入 1所部/,55在底板部112上滑塊15G位於半鎖定位置（圖 地酉斤^的插入口側位置）時，在相對存放部1〇4侧分離的方向擺動 下密圖個實施方式的記億卡連接器中的取 忐古^圖6所不’在滑塊150的下面（滑塊主體152的下面）形 縫出地鬆嵌合在形成於底板部112上的狹 在滑151做成在插人方向（前後方向）延伸的突條， 外fi體的下面其以在前後方向比寬度方向的長度長，在 内在前後方向延長的狹縫117内被狹縫117引導的同時 ，圖^所示’間隙配合引導突起部151的狭縫117在底板部 上在喊體110的前後方向延伸的同時在卡插入口 1〇2側的端 13 200924306 部、形成與存放部104側之相反側來擴展。 在此，就狹縫117而言’卡插入口側的前端部u7a形 側方擴展的扇形，在引導突起部151位於作為該_部的扇| ° 分117a時，引導突起部151以基端部侧為中心自如擺動。σ 突起部151位於該扇狀部分117a時，滑塊15〇本身位於卡插入: 側位置。 ' 另外’引導突起部151在狹縫117的裏側移動時則沿 狀部分117b絲移動，在長孔狀部分n7b的裏側端部， 左右方向和基端側的義。利用這種結構，滑塊15〇限 ° 内的插拔方向的移動範圍。 双體110 另外，在滑塊主體152上如圖2所示，在與後端壁部 對的基端面設有向後方突出之彈箬支撐突起157。 口 相 *支=?==二 由此’滑塊150總是被向前方（卡插入 並未插入到存放部104内的場合，在作爲在卡細 在該孔部自如__崎雜，該的孔部’ 部折彎成直角而形成的：字狀的錯:^由柄成將0棒的兩端 174所形成的折彎軸。子狀的鎖Μ 170的另一端（前端部） 形凸25=;==)m的折彎軸部插入到心 節。由此，滑塊150與沿著心形凸槽部180的從動分 的移動軌職動地麵移位。蝴°卩18G軸補定鎖170 200924306 方的150中’滑塊152的上面為了防止與配置在上 的干涉，與頸部153、銷保持部158等相比較 的放i t 進行說明°圖7是心形凸輪槽部 2方式械械梯的彡個斜度讀段部182a〜182f 輪機構。鎖定銷170的基端部172從半鎖定=s Γ =鎖定位置復位的各斜*及階段部182a〜i8 = 斜面及階梯= 底面182a立起的方式形成的斜面的斜度=。"且’形成以從 高的平面=^=有比底面_ 有比底面，低的平面的f曲的底面‘、。、階梯，並構成具 移動到卡滑塊150從卡插入口側位置 面_。，在到達底*胸時，不會返回_ I82d低的平面的底面182d則構成階梯，並構成比底面- 15 200924306 182e的軌跡為去路的執跡。 裏側侧菁160的施力將卡200向連接器100的 4 *插入時’則鎖定銷170的基端部172從V宝辨 平Γί底面'^面/必形成為段差階梯且具有比底面18乂低的曰 =底面，。即、到達底面182f的基端部m不會返= 於卡：r斜：底 底面182h低的平面的底面182a。 c罝八肩比 170 形凸輪槽部180,係以使在底面上滑動的鎖定銷 可逆心狀的平面軌迹的同時在高度方向部分描繪不 在访Γ形凸輪槽部180在連接器100中，配置在、存放於 卡插卡的前端部和沿著連接器100的一個侧面(將 彈簧160之間f為則視時右側的側面）並在插入方向延長的螺旋 也就是，在連接器100中，在殼體110上合理配置收 、施;= 及構部140、該鎖定機構部140包括塊150 施力的螺旋彈簧16〇及心形凸輪槽部18〇。 於愈Ϊ 接器_中，該連接器⑽的橫向寬度形成近似 寬声、ίϊ、卡ίί的橫向Μ和鎖定機構部14㈣橫向寬度相加的 見又尺寸’實現小型化，並實現安裝空間的㈣、空間化。 己if i述結構的殼體110的底板部112上的滑塊150由從 方復盍忒體110的密封蓋12〇的上面（參照圖U限制向上下方 二此，滑塊150僅在^^後方向及狭、縫117的前端部（扇 狀邛为）117a上的橫向自如移動。 具體地，由螺旋彈簧160向前方施力並位於卡插入口側的位 16 200924306 酬122向下_的同時由爪纖i2s 此，ίί 卡插)口側的滑塊150屢接滑_接片ί22。由 的位二如胜，旋彈簧⑽的作用力從存放部内的最後端側 Γ=1ΐ ίίί返回到卡插人口側的位置的場合、也就是卡 減弱滑塊ί〇二5122主要可與爪按壓片12卜起由施力 爪部128與滑塊屡接片122及滑塊⑽的鎖定 式中，A接/^H,G〇排出時的卡跳出防止機構。在本實施方 129^來昭ιΓ丨m i用突出於卡200的存放部104側的折彎部 片上在二 122在與插入方向正交的方向上?、ΐ沿片方I? 移動ϊΐ塊=進行按愿，有效抑制插入方向的移動力。 定機構二動;轉卡連接器的裝卸動作及鎖 由此’就底板部112和密封蓋12〇的上面121妯 150而'r ’下面的引導突起部151 在狹 j。由此，_ 15〇在卡插切側的位置以鎖定Ρ = =存放部104内的狀態、在與存放部1〇4相反一側 j 。另外，此時插入到心、形凸輪槽部⑽ 的基端部Π2配置在底面182a的前端側端部側。_疋鎖削 中：:插 17 200924306 本身在與存放部104相反一侧在水平方向擺動。由此，鎖定爪部 155在插入到存放部1〇4中的卡2〇〇的卡2〇〇的側面的突起部幻〇 的側面滑動的同時向離開卡2〇〇的方向移位，進入到爪卡定槽22〇 中。由此’卡200本身以插拔自如地被保持半鎖定狀態（參照^ i )。 另外，此時，與卡2〇〇的切口部210相對地配置伸出部156， 切口部210和伸出部156處於配合狀態。 此後，由於抵抗螺旋彈簧160的作用力進行卡2〇〇在插入方 向jA方向）的插入，因而滑塊15〇以使鎖定爪部155配合在爪 卡疋槽220中的狀態由形成切口部21〇的傾斜面212在傾斜面15如 Ϊϋί此’滑塊150在狹縫117内被引導，向連接器觸的 後鳊側移動。此時，由於鎖定銷17〇的基端部172 (折 ^形凸輪槽部180内，所以鎖定銷17〇本身在底面上在去路方 底面⑻續過斜度18处、底面職向底面182d的方向） 在滑塊150插入到裏側時，則鎖定銷丨7〇 =梯的底面職落入到底面刪。並且，在^卡==具; 推壓）時也就是卡_被推壓至最裏側時，二 Ϊ 1 於螺旋彈簧的侧力向卡插人侧壓回。^ 女凌位置上。即、卡200處於安裝狀離。 了方便省略職彈簧。 _财，在圖9中，爲 糾固y尸；r不，在潸塊150位於安梦 的前端側下面的電極與多個觸點觸3 ’ =的卡 進行卡勘峨_。終鱗，==== 18 200924306 並配合在卡200的爪卡定槽220内’所以卡200不會因撫叙笪品 容易從連接器100中脫離。 ’寺而 另一方面，解除鎖定狀態取出卡200卡的場合，將卡2〇〇f[A 卡安裝狀態再向連接器裏側壓入。 欠 如此地，在安裝了卡2〇〇的狀態，抵抗螺旋彈簧的作用力將 卡200進一步向插入方向插入，使鎖定銷17〇的基端部 從V字槽34中釋放。於是’鎖定銷17〇的基端部172不會返回 巧182d，向底面182f義並從v字槽34讎，利用‘ 2 =以描_由斜度182g、底面觀返回到底面咖的^ 田士ΐΐί該鎖定銷170的移動，滑塊150 *螺旋彈簧刷的作 移動，將在傾斜面⑼議接的卡的傾斜面212 向拔離方向按壓，使卡2〇〇向拔離方向移動。 箬）接器而言，在排出卡2〇0時，藉由用爪按壓片（板彈 220 3 Ϊ照圖D將滑塊150的鎖定爪部155向卡的爪卡定槽 用扑t彈^而f成卡200的防脫。再者，在記憶卡勘的排出時， 向推壓）鎖定狀態的卡從而解除鎖定時，1 接片122 (夹昭滑塊150本身向下方施力的滑塊壓 方^ (排Li 速度的增加並且同時抑制向卡拔離 ;由於^ = 150和記憶卡200的勢能。由此， 太壓從連接器排出的記憶卡200，所以不會留有卡 可防止該卡勘的跳4。並且，在滑塊15〇 卢並也狀怨、也献卡的半較狀射，用手指拿 卡定槽220拔出，产側擺動進行移位，從爪 側移動。由此，卡的半向卡200的切口部210 並二女，射T L鎖狀態被解除’可拔出卡200本身。 4 在上述構成的連接器1⑻中插入的卡200表寘仓丨 反地錯誤插入的場合進行說明。 ⑽入的卡2〇〇表畏倒 19 200924306 在® 1及圖2所不狀態的連接器100中表裏倒反地錯誤插入 卡200的場合’在卡200中，形成切口部21〇、爪卡定槽22〇及突 起部230的一側部配置在與配有滑塊15〇的側壁部114相反一側 的引導側壁部113側。 另-方面’卡200的前端部的另一端（與形成由切口部21〇 一側相反一側的左侧部）配置在側壁部114侧的滑塊15〇侧。 加λλΪ此，在將卡2〇0插入到殼體110中時，則前端部的另一側 邛的角部抵接在突出於插入區域側的伸出部156的傾斜面15如上 一方面，在一側部’比切°部21°寬度形成得窄的前 / 然插人到鎖定爪155 _端和引導側壁部113之間，但在 7 200麟端部的另-側部與傾斜面挪抵接的位置附近，突起 抵接在卡插入口 102邊緣部上。此時，在比突起部23〇靠 ，的剛端側，在卡200的前端部和引導側壁部113之間形成間 f該狀態下，卡200在插入方向推壓滑塊15〇進而使其不會 f上移動’卡前端部的另-側部沿著傾斜面156a滑動、曰2〇 身傾斜於側壁部114側。 本 即、在表裏倒反地錯誤插入卡2〇〇時，在殼體11〇中 Ϊ、ΐΪ直的ί 1部在滑塊150的伸出部156的傾斜面156a 柏二Li卡的則端部以堵塞内部空間的方式移動，卡200 相對由卡插入口 102形成的開口面傾斜。 在該狀態下，由於卡被在推壓方向推壓 持相對於卡插入口 1()2 (詳細地，由卡插入口 i 傾斜的狀態推人到殼體11G内。 ⑽開口面） 而言’另一侧部側沿著伸出部156的傾斜面^ 端^在引導側壁部113側引導，卡前端部的一側彳 j的犬起σ卩230其瞒抵接在引導側壁部113 ^到存放部104内。由此，就卡的, 弓突出端（作為形成切口部210 端側面的傾斜面Γ將 引¥側壁部113向側方推壓的同時來滑動，卡2〇〇本身嵌入到】 20 200924306 接器100中。 接器圖將記憶卡錯誤插入到係有闕本發明實施方式的連 如f 10戶斤不’在卡200嵌入到連接器10 ==。。的突出端抵接插入口一= 圖11是在圖10所示的連接器中表示引導側 :3放大=如圖11所示’在插人口側部分1133上配設加 强板191，從内壁面側形成為具有樹脂層1136、金屬广又力 施方式的連接器100而言，在殼體“中，滑塊 晋卜=卡插人D 1G2側自如義地配置到卡安^立 者‘ ma的内壁面配設對該部分113a進行加强的加强板 113 12〇 113 接/綱中，一體形成殼體110的引導側壁部 此，就連接11110而言，在側壁部分，用引 三層ί承受卡200。及㈣蓋12。的側板部123 (金屬板） 在遠接器100而言，在表面倒反地錯誤插入卡200時， ί ί ===部分，抵接突起部230的部分_處於用加 强板191加強的狀態，可防止連接器本身的變形。 突出2盘^側部分113&的外面藉由加强板191的連通口 193 i ϊΐΐ體一體的樹脂製安裝爪部脱（參照圖5)。由 及基端部二 :的入口側的端部(前端部） 基端部的各個形成== 卡插入口側的端部(細及 該安裝爪部H35在將觸點130尤其是將加强板191的金屬板 21 200924306 側^外側流行插入成形時’藉由從加强板191的内 )，Γ ’攸而可將密封蓋120穩定地安裝在殼體110上。Further, the phase of the addition 191 forms a projection 192 which protrudes outward and abuts against the side plate portion 123 of the 120. A resin layer is laminated on the communication port ϋ and the side of the 〇 portion 1〇4 of the inside and outside of the table (the inner and outer surfaces) of the & tA m 191. On the resin layer on the inner side of the communication port 193, the mounting claw portion 1135 which is fitted to the locking hole 126 of the tamper-evident 120 is pulled out from the outer surface of the reinforcing plate 191. In the insertion port side portion li3a of the guide side wall portion 113 of the casing no, the plate 191 is formed of a resin plate and a reinforcing plate 191 in order from the inner surface side to the outer surface side. The 2' rear end wall portion 115 is arranged to be adjacent to the end portion stored in the storage unit to restrict the movement of the suffix card 200 inserted into the storage portion into the insertion direction. In the substantially central portion of the rear end wall portion 115, the insertion direction 盥 storage portion 1 〇 4 is disposed on both sides of the opening 115 e to form a rear structure 140 t 115 & The locking machine in these wall portions 115 &, (10). A guide piece 115c that is erected on the bottom plate portion 112 and protrudes forward is formed on the H15b. The bow|guide piece is disposed on the bottom plate portion 112 at a position closer to the side of the guide side wall portion 113 than the lock mechanism portion 140 disposed along the insertion direction 11 200924306, and stores a side edge portion of the known side of the card 200 ( The part cut by the face). Here, the interval between the front end portion of the inserted card 200 having the cutout portion 21A and the guide side wall portion 113 is narrower than the interval between the guide side wall portion 113 and the locking mechanism portion 14〇 to be narrower than the depth of the corresponding cutout portion 210. The amount (the amount of lateral length). The guide side wall portion H3 and the guide piece 115c restrict the lateral width of the front end side of the card 2's inserted (normally inserted) in an accurate posture so that the electrode on the tree surface contacts the contact 130. Thereby, the positioning of the electrode to be applied and the contact 13 on the casing side provided on the bottom plate portion 112 can be accurately performed. The lock mechanism portion 140 is disposed in the insertion/removal direction in the region which is the storage portion, and is placed on the side wall portion 114 side of the "04. The locking mechanism: [U40 has. It has the incision on the inserted card 2〇〇 == lean (10); and the employee hires; _ Xiao H and the card of the heart-shaped cam? Inserted into the storage unit 104, the sorrowful direction is freely placed, and the butterfly county (the application of the 160 to the card 200 in the opposite direction (extraction direction) side force,.) 詈 15Gf connection face injection _ the most card Insert the σ 皿 侧 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Hereinafter, the position is also referred to as "semi-locking", the main body is freely inserted, and the main body is replaced by a side surface. The entrance card (connecting side surface (inclined surface) (10) is formed as a guide side wall portion 1 The side of the slab is also 12 200924306 156 j ^ (10) The base _ face should be formed in the nicked portion of the knuckle can be determined 52 f locking claw 155 fits in the correctly inserted card 200 claw z two parts 210, and Thereby, the front end portion of the card is pushed by the card to the insertion direction. It is completely stored in the inside; the part = inside, and moved to the gamma: the angle protrudes from the front end portion of the neck 153 and is formed as a mountain The surface of the slant is mounted on the inner side of the neck to be steeper than the upper surface of the front side === front end side 155a. In order to facilitate access to the 1st part, 55 is located on the bottom plate part 112, and the slider 15G is in the semi-locking position. When the position of the insertion port side is oscillated in the direction of the separation from the side of the storage portion 1〇4, the bottom of the card in the embodiment of the card is not shown below the slider 150. (the lower surface of the slider main body 152) is formed by loosely fitting the slit 151 formed on the bottom plate portion 112 in the insertion direction. a ridge extending in the front-rear direction, the lower surface of the outer body is longer than the length in the width direction in the front-rear direction, and is guided by the slit 117 in the slit 117 extending in the front-rear direction, and the gap is shown in FIG. The slit 117 that engages the guide projection portion 151 extends on the bottom plate portion in the front-rear direction of the shattering body 110 while extending on the side opposite to the side of the storage portion 104 at the end 13 200924306 on the side of the card insertion opening 1 2 . In the slit 117, the front end portion u7a on the card insertion opening side is formed in a fan shape extending laterally. When the guide projection portion 151 is located at the fan portion 117a as the _ portion, the projection portion 151 is guided at the base end portion. The side is free to swing in the center. When the σ protrusion 151 is located in the fan-shaped portion 117a, the slider 15 itself is located at the card insertion: side position. 'Another' guide protrusion 151 moves along the inner side of the slit 117. The wire moves in the inner side end portion of the long hole-shaped portion n7b, in the left-right direction and the base end side. With this configuration, the slider 15 is limited to the range of movement in the insertion/removal direction within the range of the half body 110. The block body 152 is as shown in FIG. 2, after and after The base end face of the pair of wall portions is provided with a magazine supporting protrusion 157 protruding rearward. The mouth phase * branch = ? == two thus the slider 150 is always forward (the card insertion is not inserted into the storage portion 104) In this case, in the case where the card is thinner than the hole portion, the hole portion ' is bent at a right angle: a word-shaped error: the handle is formed by the both ends 174 of the 0 bar. The bending shaft, the other end (front end portion) of the sub-shaped lock 170, the convex portion of the convex portion 25=;==)m is inserted into the heart segment. Thereby, the slider 150 and the convex groove portion along the heart shape The moving track of the moving point of 180 moves the ground.卩°卩18G Axis Supplement Lock 170 200924306 The upper surface of the 'slider 152' in the 150's 150 is used to prevent the interference with the arrangement, and the comparison with the neck 153, the pin holding portion 158, and the like is described. FIG. 7 is A plurality of inclination reading portions 182a to 182f of the heart-shaped cam groove portion 2 type mechanical ladder. The inclination of the slope of the base end portion 172 of the lock pin 170 from the half lock = s = 锁定 = lock position reset and the step portions 182a to i8 = the slope and the step = the bottom surface 182a rise. "and' is formed from a high plane = ^ = there is a bottom surface _ with a lower plane than the bottom surface _. , the step, and the constituting member are moved to the card slider 150 from the card insertion port side position surface _. When the bottom chest is reached, the bottom surface 182d which does not return to the lower plane of I82d constitutes a step, and constitutes an obstacle to the path of the bottom surface - 15 200924306 182e. When the force of the back side cyanine 160 is inserted into the 4* of the connector 100, the base end portion 172 of the locking pin 170 is formed from the bottom surface of the V-shaped surface and must be formed as a step and has a ratio of the bottom surface 18乂 low 曰 = bottom,. That is, the base end portion m reaching the bottom surface 182f does not return to the bottom surface 182a of the plane where the card: r is inclined: the bottom surface 182h is low. The c-eight shoulder ratio 170-shaped cam groove portion 180 is configured such that the invisible cam groove portion 180 is in the connector 100 in the height direction portion while the locking pin sliding on the bottom surface is reversible. a spiral that is stored in the front end portion of the card insertion card and along one side of the connector 100 (the side between the springs 160 is the right side of the view) and is extended in the insertion direction, that is, in the connector 100, The housing 110 is properly disposed on the housing 110; and the structure 140, the locking mechanism portion 140 includes a coil spring 16〇 and a heart-shaped cam groove portion 18 that are biased by the block 150. In the connector _, the lateral width of the connector (10) is formed to be approximately wide, ϊ, the lateral Μ of the card and the locking mechanism portion 14 (4) the lateral width is added and the size is small, and the installation space is realized. (4) Spatialization. The slider 150 on the bottom plate portion 112 of the housing 110 having the structure described above is provided from the upper surface of the sealing cover 12 of the square retanning body 110 (refer to FIG. U for the upper and lower limits, the slider 150 is only at the ^^ The rear direction and the narrow slit 117a of the slit 117 are freely movable in the lateral direction. Specifically, the coil spring 160 biases forward and is located at the side of the card insertion opening 16 200924306 At the same time, the slider 150 on the side of the mouth is repeatedly slidable by the claw fiber i2s. By the position of the second, the force of the spring (10) is returned from the last end side of the storage part Γ=1ΐ ίίί to the position of the card insertion side, that is, the card weakening slider ί〇2 5122 can mainly be pressed with the claw In the lock type of the urging claw portion 128, the slider repeating piece 122, and the slider (10), the sheet 12 is connected to the card jump-out prevention mechanism when the A/H, G 〇 is discharged. In the present embodiment, the illuminating portion of the card 200 on the side of the storage portion 104 of the card 200 is moved in the direction orthogonal to the insertion direction, and the edge is moved along the sheet side I. As desired, the moving force in the insertion direction is effectively suppressed. The second mechanism of the fixed mechanism; the loading and unloading action of the card connector and the lock thereby "the upper surface portion 112 and the upper surface 121 of the sealing cover 12" and the guiding protrusion 151 under the 'r' is narrow. Thereby, the position of the card insertion side is locked Ρ = = in the state of the storage portion 104, and on the side opposite to the storage portion 1 〇 4 j. Further, at this time, the proximal end portion 插入2 inserted into the heart-shaped cam groove portion (10) is disposed on the distal end side end side of the bottom surface 182a. _疋锁削中:: Insert 17 200924306 itself swings in the horizontal direction on the side opposite to the storage portion 104. Thereby, the lock claw portion 155 is displaced in the direction away from the card 2〇〇 while being slid on the side surface of the projection of the side surface of the card 2A of the card 2A inserted into the storage portion 1B, and enters. Go to the claw locking groove 22〇. Thus, the card 200 itself is held in a half-locked state by plugging and unplugging (refer to ^ i ). Further, at this time, the projecting portion 156 is disposed to face the notch portion 210 of the card 2, and the notch portion 210 and the projecting portion 156 are in a fitted state. Thereafter, the insertion of the card 2 in the insertion direction jA direction by the urging force of the coil spring 160 is performed, so that the slider 15 is configured such that the locking claw portion 155 is fitted in the claw grooving groove 220 by the cutout portion 21 The inclined surface 212 of the crucible is guided in the slit 117 on the inclined surface 15 such that the slider 150 moves toward the rear side of the connector. At this time, due to the base end portion 172 of the locking pin 17〇 (in the folded cam groove portion 180, the locking pin 17 itself itself continues on the bottom surface of the outward path (8) at the slope 18, and the bottom surface of the bottom surface 182d Direction) When the slider 150 is inserted into the inner side, the locking pin 7丨=the bottom surface of the ladder falls into the bottom surface. Further, when the card is pressed to the innermost side, the side force of the coil spring is pressed back toward the card insertion side. ^ Female Ling position. That is, the card 200 is in a mounted position. It is convenient to omit the job spring. In Fig. 9, in order to correct the y corpse; r no, the electrode under the front end side of the block 150 is placed on the card with a plurality of contacts touching 3' = card. The final scale, ==== 18 200924306 and fits within the pawl locking slot 220 of the card 200 so that the card 200 does not easily detach from the connector 100 due to the care of the product. On the other hand, when the card 200 card is removed from the unlocked state, the card 2〇〇f [A card mounting state is pushed back into the connector side. In this way, in a state where the card 2 is mounted, the card 200 is further inserted in the insertion direction against the urging force of the coil spring, and the base end portion of the lock pin 17 is released from the V-shaped groove 34. Therefore, the base end portion 172 of the locking pin 17〇 does not return to the 182d, and is translated from the v-shaped groove 34 to the bottom surface 182f, and is returned to the bottom surface by the '2 = by the inclination 182g and the bottom surface view. In the movement of the lock pin 170, the slider 150* is moved by the coil spring brush, and the inclined surface 212 of the card which is negotiated on the inclined surface (9) is pressed in the direction of pulling out, so that the card 2 is moved in the pulling-out direction.箬) In the case of the connector, when the card is ejected 2〇0, the claw is pressed by the claw (the bouncer 220 3 Ϊ 图 D 将 将 将 将 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 And f is the anti-off of the card 200. Further, when the card is locked and pressed to release the lock during the discharge of the memory card, the 1 tab 122 (the clip slider 150 itself is biased downward) The slider pressure square ^ (the increase in the Li speed and at the same time inhibits the card from being pulled away; since ^ = 150 and the potential energy of the memory card 200. Thus, the memory card 200 discharged from the connector is too much pressure, so no card is left It is possible to prevent the jump of the card from being recorded. 4. Also, in the slider 15 〇 并 并 并 并 并 并 并 并 并 并 并 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块 滑块As a result, the notch portion 210 of the half-way card 200 of the card is released, and the TL lock state is released. The card 200 itself can be pulled out. 4 The card 200 inserted in the connector 1 (8) constructed as described above is placed. The case where the wrong input is incorrectly inserted is explained. (10) The inserted card 2 is awkwardly 19 200924306 In the connector 100 of the state 1 and FIG. 2, the surface of the connector 100 is inverted. In the case where the card 200 is erroneously inserted, in the card 200, the side where the notch portion 21, the claw locking groove 22, and the projection 230 are formed is disposed on the side opposite to the side wall portion 114 on which the slider 15 is provided. On the side of the side wall portion 113. On the other hand, the other end of the front end portion of the card 200 (the left side portion on the side opposite to the side on which the cutout portion 21 is formed) is disposed on the side of the slider 15 on the side of the side wall portion 114. When the card 2〇0 is inserted into the casing 110, the corner portion of the other side of the front end portion abuts on the inclined surface 15 of the protruding portion 156 protruding from the insertion region side as described above. The front portion is formed to be narrower than the 21° width of the cutting portion, and is inserted between the locking claw 155 _ end and the guiding side wall portion 113, but is offset at the other side portion and the inclined surface of the 7 200 lining portion. In the vicinity of the position to be connected, the projection abuts on the edge portion of the card insertion opening 102. At this time, a space f is formed between the front end portion of the card 200 and the guide side wall portion 113 on the rigid end side of the projection portion 23. In the state, the card 200 pushes the slider 15 in the insertion direction so that it does not move on the other side of the front end portion of the card along the inclined surface 156a. The 曰 2 〇 倾斜 倾斜 倾斜 倾斜 倾斜 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The inclined surface 156a of the portion 156 is moved so as to block the internal space, and the card 200 is inclined with respect to the opening surface formed by the card insertion opening 102. In this state, since the card is pushed in the pressing direction With respect to the card insertion opening 1 () 2 (in detail, the state in which the card insertion opening i is inclined is pushed into the casing 11G. (10) Opening surface) In terms of the inclination of the other side portion along the protruding portion 156 The surface end ^ is guided on the side of the guide side wall portion 113, and the dog σ 卩 230 of one side of the front end portion of the card abuts against the guide side wall portion 113 to the storage portion 104. Thereby, the protruding end of the card, which is the inclined surface of the end surface of the cutout portion 210, slides the side wall portion 113 to the side while being pressed, and the card 2 itself is embedded in the connector 20 200924306 100. The connector diagram inserts the memory card into the connection with the embodiment of the present invention, such as the f 10 households do not 'embed the card 200 into the connector 10 ==. The protruding end abuts the insertion port one = figure 11 is a guide side shown in the connector shown in FIG. 10: 3 enlargement = as shown in FIG. 11 'a reinforcing plate 191 is disposed on the insertion side portion 1133, and a resin layer 1136 is formed from the inner wall surface side, and the metal is wide. In the case of the connector 100 of the embodiment, the inner portion of the housing "in the housing" is disposed on the inner wall surface of the card holder D1G2. The reinforcing reinforcing plate 113 12〇113 is connected to the main body, and the guiding side wall portion of the casing 110 is integrally formed. For the connection 11110, in the side wall portion, the three-layer ί is used to bear the card 200. And (4) the side plate of the cover 12. Part 123 (Metal Plate) In the case of the remote device 100, when the card 200 is incorrectly inserted into the surface, ί ί === The portion abutting the protrusion 230 is in a state of being reinforced by the reinforcing plate 191, and deformation of the connector itself can be prevented. The outer surface of the protruding portion 2 & 113 is protruded by the communication port 193 i of the reinforcing plate 191 The resin-made mounting claw portion is removed (see Fig. 5). The end portion (front end portion) of the base end portion of the base end portion is formed at each end of the base end portion == the card insertion port side end portion (thin and the mounting) The claw portion H35 can stably mount the sealing cover 120 by inserting and forming the contact 130, particularly the outer side of the metal plate 21 200924306 of the reinforcing plate 191, by "from the inside of the reinforcing plate 191". On the housing 110.
So^：； 强=======壁部113及側壁部似之間獅 壓加U使if錯誤插進來的卡使得從存放部104側推 3i〇 i 彳在下方與卡2__加强底板部 的狀態。。疋0板91、連加强底板部310也處於承受卡200 由此’可進一步提高引導侧壁部113的強 二導卜側壁I113的插人口側部分U3a中，與沒有加强板； 的結構相比，可實賴2.6倍_度提高。 极 係有關本發明的記憶卡連接器不限於上述各實施 更、。'Ϊ者^述本發明只要不脫離本發明的精神可進行 各種改、羞，亚且，本發明當然涵蓋該改變的内容。 產業上的可利用性 係有關本發_記憶卡連接器，即使錯誤插人在前端一 =側具有切口部的記憶卡，也具有不容易發生變形的效果，可 用作微型SD卡（註册商標）用的記憶卡連接器。 22 200924306 【圖式簡單說明】 圖1疋表示係有關本發明的一個實施方式的記憶卡連接养纟士 立體外觀圖； …〜傅的 圖2，在係有關本發明的一個實施方式的記憶卡連接器中取密 封蓋狀態的殼體的俯視圖； ’ 圖3是圖2所示的殼體的前視圖； 圖4是圖2所示的殼體的左側視圖； 圖5是用於說明係有關本發明一實施方式的連接器中的加强板的 圖； f 圖6是在係有關本發明一實施方式的記憶卡連接 狀態的殼體的仰視圖； 取下⑴封盍 圖7疋心形凸輪槽部的放大圖； 圖8，表示在心形凸輪槽部的階梯斜面及階段部之間的記憶卡連 接器在垂直方向的高度關係的圖； 心 圖9是表示在係有關本發明一實施方式的連接器中滑塊位於 裝位置狀態的殼體俯視圖； 、 圖1〇是表示在係有關本發明實施方式的連接器中錯誤插入記 狀態的圖.·、·" 〜 以及 圖二是放在：所示的連接器中表示引導咖 34 槽 100 連接器 101 卡插入口 104 存放部 110 殼體 112 底板部 112a 前側邊部 【主要元件符號說明】 23 200924306 113 引導側壁部 113a 插入口側部分 114 側壁部 115 後端壁部 115a 、115b壁部 115c 引導片 115e 開口 116 引導小壁部 117 狹縫 117a 扇狀部分 117b 長孔狀部分 120 密封蓋 122 滑塊壓接片 128 爪按壓片 123、 124側板部 126 卡定孔 130 觸點 132 接點部 134 柄部 136 固定部 138 基端部 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 200924306 156 伸出部 156a 傾斜面 157 彈簧支撐突起 158 鎖保持部 160 螺旋彈簧 170 鎖定銷 172 基端部 174 基端部 180 心形凸輪槽部 182a- -182f階段部(底面） 191 加强板 191a 端邊部 192 突部 193 連通口 200 記憶卡 210 切口部 212 傾斜面 220 爪卡定槽 230 突起部 / 310 \ ' 加强底板部 1131 端邊緣 1135 安裝爪部 1136 樹脂層So^:; Strong ======= The wall portion 113 and the side wall portion seem to be between the lion pressure and the U to make the if error inserted into the card so that the 3i〇i 彳 is pushed from the side of the storage unit 104 and the card 2__ is strengthened below. The state of the bottom plate. . The 疋0 plate 91 and the reinforcing bottom plate portion 310 are also in the insertion side portion U3a which can further increase the strong side wall I113 of the guiding side wall portion 113, compared with the structure without the reinforcing plate; Can be improved by 2.6 times _ degrees. The memory card connector relating to the present invention is not limited to the above embodiments. The present invention is intended to cover various modifications and omissions without departing from the spirit and scope of the invention. Industrial Applicability According to the present invention, the memory card connector has an effect of not easily deforming even if it is inserted into a memory card having a notch portion at the front end side, and can be used as a micro SD card (registered trademark) ) used memory card connector. 22 200924306 [Simplified description of the drawings] Fig. 1A shows a stereoscopic appearance of a memory card connection with an embodiment of the present invention; Fig. 2 of Fig. 2, a memory card relating to an embodiment of the present invention Fig. 3 is a front view of the housing shown in Fig. 2; Fig. 4 is a left side view of the housing shown in Fig. 2; Fig. 5 is for explaining FIG. 6 is a bottom view of the housing in a state in which the memory card is connected according to an embodiment of the present invention; (1) 盍 盍 疋 疋 疋 疋 疋 疋 疋 疋FIG. 8 is a view showing a height relationship of a memory card connector between a stepped slope of a heart-shaped cam groove portion and a step portion in a vertical direction; FIG. 9 is a view showing an embodiment of the present invention. The top view of the housing in which the slider is in the mounted position state; FIG. 1A is a diagram showing the state of the erroneous insertion in the connector relating to the embodiment of the present invention. ···"~ and Figure 2 In: the company shown In the device, the guide coffee is shown in the slot 34. The connector 101 is inserted into the port 104. The storage portion 110. The housing 112. The bottom plate portion 112a. The front side portion [Description of main components] 23 200924306 113 The guide side wall portion 113a is inserted into the side portion 115 of the mouth portion 114. End wall portion 115a, 115b Wall portion 115c Guide piece 115e Opening 116 Guide small wall portion 117 Slit 117a Fan portion 117b Long hole portion 120 Sealing cover 122 Slider crimping piece 128 Claw pressing piece 123, 124 Side plate portion 126 card Fixed hole 130 contact 132 contact portion 134 shank portion 136 fixing portion 138 base end portion 140 locking mechanism portion 150 slider 151 guiding protrusion portion 152 slider main body 153 neck portion 155 locking claw portion 155a front end side surface 155b rear end side Face 200924306 156 Extension 156a Inclined surface 157 Spring support protrusion 158 Lock holding portion 160 Coil spring 170 Locking pin 172 Base end portion 174 Base end portion 180 Heart cam groove portion 182a - -182f Stage portion (bottom surface) 191 Reinforcement plate 191a end portion 192 protrusion 193 communication port 200 memory card 210 cutout portion 212 inclined surface 220 claw locking groove 230 protrusions / 310 \ ' Reinforced bottom plate 1131 End edge 1135 Mounting claws 1136 Resin layer