1246805 九、發明說明： 【电明所屬之技術領域】 本發明關於—種能將卡片保持在殼體内規定的排出位置 的卡片用連接器裝置。 【先前技術】 此種現有技術者，專利文獻1中列舉了-種構成，將推動 構件配備在插入卡片的殼體的側邊部分，且該推動構件係 由具有與形成在卡片側緣的凹部相卡合的卡合 ’、 更所構成者。在該專利文獻丨所述的技術中，插入殼體内的 卡片，藉由推動構件的推力而使其卡合部與卡片的凹部卡 口。因此，能保持卡片使之不會由於施予殼體的振動和外 力干擾等而從殼體的插入口脫落到外部。 另外，作爲其他現有技術，專利文獻2中列舉了 一種構 成，係將配置在殼體底部的由一片板簧構成的推動構件的 卡合部與插入殼體内的卡片的凹部相卡合的構成。在該專 利文獻2所述的技術中，由於推動構件的卡合部與插入殼體 内的卡片的凹部相卡合，因而也能保持卡片使其不會由於 施予殼體與的振動和外力干擾等而從殼體的插入口脫胃落。' 專利文獻1 ··特開2002— 35291 1公報 專利文獻2 ··特開2002 — 190355公報 發明所欲解決之課題 上述的各現有技術，藉由由一片板簧構成的推動構件的 推力而保持卡片不會從插入口脫落，不過，在由板簧産生 的推力較弱的情況下，會有卡片超出規定的排出位置而從 97321.doc 1246805 插入口向外部跳出，造成作爲連接器裝置之 問題。 #〖生下降的 【發明内容】 提= = = :述：有技術的現狀而産生’其目的在於 器裝置/ ^規定的排出位置跳出的卡片用連接 Μ保持在殼體内規定的排出位置，並且，在 出上述規定的排出位置而於從上述殼體的插入口突 明，^=動時’可限制該卡片的運動。如此構成的本發 ::推回到規定的排出位置的卡片，超出規定 置而進一步向從殼體的插入口突出 由限制裝置來限制該卡片的::，可藉 b㈣。 助u此此防止卡片從插 勺=外，本發明，係如上述發明，其中：上述限制裝置， “形成於上述殼體側與 、 及形成於另-方且盘上…： "的凸部， 發明，其限制裝置爲凸：：々凹部。如此構成的本 這些凸部和凹部的製作容易。 因此， 於ί二係如上述發明，其中:將上述凸部形成 %上述；V又體側，將上 的本發明，能容易”作^述卡片側。如此構成 片時形成凹部。氣作—成凸部，還能在製作卡 另外，本發明，係如上述發明，其中：上述凸部形成於 97321.doc 1246805 ”又壁面’並且’上述凹部形成於上述卡片的側緣。 如此構成的本發明，能容易在製作殼體的同時並在殼體的 壁面形成凸部，還能在製作卡片的同時在卡片的側緣形成 凹部。 /刀乂 占^卜’本發明’係如上述發明，其中：上述殼體上，形1246805 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a card connector device capable of holding a card in a predetermined discharge position in a casing. [Prior Art] In the prior art, Patent Document 1 discloses a configuration in which a pushing member is provided at a side portion of a casing into which a card is inserted, and the pushing member is provided with a recess formed at a side edge of the card. The engagement of the phase is combined with the one. In the technique described in the patent document, the card inserted into the casing is engaged with the concave portion of the card by the pushing force of the pushing member. Therefore, the card can be held so as not to fall off from the insertion opening of the casing to the outside due to vibration of the casing and external force interference or the like. Further, as another prior art, Patent Document 2 discloses a configuration in which an engaging portion of a pushing member composed of a single leaf spring disposed at a bottom portion of a casing is engaged with a concave portion of a card inserted into the casing. . In the technique described in Patent Document 2, since the engaging portion of the pushing member is engaged with the concave portion of the card inserted into the casing, the card can be held so as not to be vibrated and externally applied by the housing. Dissociation from the insertion opening of the housing by interference or the like. CITATION LIST OF THE INVENTION PROBLEM TO BE SOLVED BY THE INVENTION The above-described prior art is maintained by the thrust of a pushing member composed of a single leaf spring. The card does not fall off the insertion port. However, in the case where the thrust generated by the leaf spring is weak, the card may jump out of the 97321.doc 1246805 insertion port beyond the prescribed discharge position, causing a problem as a connector device. . #〖生降的[发明发明] 提 = = = : 述: The state of the art has produced 'the purpose of the device device / ^ specified discharge position jumped out of the card with the port Μ kept in the specified discharge position in the housing, Further, when the predetermined discharge position is made, the movement of the card can be restricted by the protrusion from the insertion opening of the casing. In the present invention, the card pushed back to the predetermined discharge position is further protruded beyond the predetermined position and protrudes from the insertion opening of the casing. The restriction device restricts the card:: (b). The present invention is directed to the above invention, wherein the above-mentioned restriction means, "the convex portion formed on the side of the casing and formed on the other side and on the disk...: " According to the invention, the restricting device is a convex: recessed portion. The convex portion and the concave portion are configured to be easily formed. Therefore, in the above invention, the convex portion is formed by %; On the side, the present invention can be easily described as the card side. When the sheet is formed in this way, a concave portion is formed. Further, the present invention is the above invention, wherein the above-mentioned convex portion is formed in 97321.doc 1246805 "wall surface" and the above-mentioned concave portion is formed on the side edge of the card. According to the present invention, it is possible to form a convex portion at the same time as the wall surface of the casing while forming the casing, and to form a concave portion at the side edge of the card while the card is being formed. The above invention, wherein: the housing is shaped
烕有與上述凸部連續設置 L ^ 只又置且/0上述卡片的插入拔出方向延 伸設置的槽部，並且，盥 门i 二山 /、、上述卡片的上述凹部的卡片 月"而賴的緣部與卡片前端部之間的側緣内側部的長度尺 彻二上述槽部的長度尺寸設定為較長。如此構成：本 舍明，當被推回到規定的排出位置的卡片，進一⑼ 體的插人口突出的方向運動 乂 °伙威 在双體的槽部。因此，能使殼體的凸部和卡片的凹部牢 固地進仃卡合，而能確實地阻止卡片的運動。 另外’本發明，係如上述發明，i 成上述Μ Μ μ ’、 述凸部係從形 风上迎叙體的上面的蓋 明，处/制 成。如此構成的本發 而二 又體的蓋構件時，容易從其蓋構件切出凸部 而形成，能抑制部件數的增加。 另外’本發明，係如上述 虚凹部卡人…，Μ月其中.具備向上述凸部 本發明，藉由推動構件的推力，而=:如此構成的 進订卡合，能確實地阻止卡片的運動。 牛口地 另外，本發明，係如上述發明，其中· 兼作為將卡片伴持在π β ^ μ 述推動構件， 下β保持在5又疋於上述殼體内 構件。如此構成的本發明，能丑 以位置的 /、用邛件，因此能抑制部件 97321.doc ^46805 數。 另外，本發明，係如上述發 a 從形成上述殼體的上面的蓋構件"、中：上述推動構件係 -在製作殼體的蓋構件時，1本 部而形成，能抑制部件數的增加。 一切出凸 發明的效果 本發明能防止卡片從規定的 連接器裝置的可靠性。 μ ’能提高作爲 【實施方式】 =方參照圖式對用以實施本發明的卡片用連 佳實施方式進行說明。 平乂 =係表示本發明的卡片用連接器裝置的—實施方式中 μ被安裝在規定的安裝位置的狀態的俯視圖，圖2 的Α部放大圖。 〔本實施方式中所使用的卡片〕 如圖1所示，本實施方式中所使用的卡片！，在位於裝置 内側的前端部la的招自邱1女^ ^ ^ ^刀角邛具有切口部lb，在圖示右側緣部 /、有第凹。卩1 c ’在左側緣部具有第二凹部1 d。另外，在 背面具備有效運用於收發信號的接觸構件（沒有圖示）。 〔本實施方式的構成〕 圖1表示拆除形成上面的蓋構件的狀態，插入卡片i的殼 體2在面前側具備插入口 2a。在位於圖示左側的壁面上形成 有與卡片1的第二凹部ld卡合的凸部2c和與該凸部仏相 連設置沿卡片1的插人拔出方向延伸設置的槽部2b。此外， 97321.doc 1246805 在殼體2的内側位w i j 位置具備與卡片1的接觸構件接觸的接觸端 子（省略圖示）。 而 由5亥咸體2的凸部2 c多口 η 1 ΑΛ » Ρ寺卡片1的弟二凹部Id構成限制裝 咖 卡片1超出規定的排出位置而向從殼體2的插入。2a 犬出的方向運動時，限制其卡片…運動。 内：21的：示右側位置，配置有能與卡片1-起在殼體2 ^動的滑板構件3,其具有與卡片i的切口料卡合的卡 2 3a。該滑板構件3，藉由省略圖示的推動構件而被一直 二：：出方向推動。該滑板構件3及省略圖示的推動構 將保持在圖1所示的規定的卡片安裝位置的卡片！ 出到規定的排出位置的排出機構。 構在殼體2的圖示右側位置配置滑動構件5。該滑動 籌件5的-端5a擺動自由地支撐在殼㊆上、同時在另一广 :上具備向圖1的下方向延伸設置的鎖。在滑板構件3的表 、、/成有設在滑動構件5的另一端分的銷作相對地滑動的 〇支凸輪槽6。該心型凸於梓6 "a八 路6a、回路6b和形成 去路^和回路6b的交界處且卡片扣滑動構件5的另 一立而5b的銷的鎖定部6c 〇 構成將W^動構件5與心型凸輪槽6， =將'月板構件3保持在圖1所示的規定的安裳位置的鎖定 位在滑板構件3上配置有將卡片1保持在規定的安裝 構成㈣動構件4。藉由該推動構件4的卡合 的第—凹部1C卡合’因此能將卡片1保持在規 以位置而不活動。此外，該推動構件4,還兼作向上 97321.doc 1246805 述叙體2的凸部2(：和卡片i的第二凹部H卡合的方向推卡 1的構件。 如圖1所7F，與位於作爲卡片1的第二凹部Id的緣部的卡 片1的前端部U側的緣部和卡片i的前端部。之間的側緣内 側# le的|度尺寸u相比較，形成在殼體2的壁自上的上 槽部2b的長度設定得較長。 ^ 在卡片1如圖1所示被保持在規定的安裝位置的狀態下， 卡片1的f面的省略圖示的接觸構件與殼體2上所具有的接 觸端子接觸，而能對卡片1進行收發信號。 圖3係表示本實施方式中卡片被排出到規定的排出 的狀態的俯視圖，圖4係與圖_部相對應的圖㈣分的放 〔本實施方式的卡片排出動作〕 在如圖1所示被保持在規定的安裝位置的卡片㈣出時， 將卡片"足請示的狀態稍微推向震置内側。因此 構件3超出行程，心型凸輪槽6的鎖定部^與_冓件^ 一端％的銷的卡片扣被解除，藉由省略圖示的推動構件的 推力’滑動構件5向卡片排出方向即向插入口 2a方向滑動 狀恶下與滑板構件3—同移動，達到圖3所示的規定的排勺 位置。在此過程中，卡片1的圖示左側緣部由殼體2的包人 凸部2C的壁面所引導。另外，滑動構件5的另一 ： 心型凸輪槽6的鎖定部&脫離後，在回秘相對滑動，^ 初始位置。 j建 97321.doc -10- 1246805 枋Ψ #上， ι…卜乃1，能容易地 出。斜η的拔出，係克服推動構件4的推力而進行。 Ρ，在推動構件4的推力比經由滑板構们傳送給卡片（的排 出力大時，則卡片1穩定地保持在規定 殼體2的插入口23跳出。 ’排出位置，不會從 出規定的排出位置而向 的俯視圖，圖6係與圖i 圖5係表示本實施方式中卡片超 從插入口突出的方向運動時的狀態 的A °卩相對應的圖5部分的放大圖。 〔從插入口跳出時〕 在上述推動構件4的推力比經由滑板構件3加在卡片1上 、㈣出力丨時’卡y 1不能保持在規定的排出位置，會發生 超出該規定的排出位置而進一步向從插入口。突出二向 運動的現象。此時，本實施方式中，卡片i的第一凹部卜和 推動構件4的卡合部4a的卡合被解除，在卡合部4a到達與卡 片1的圖5的右側緣部抵接的狀態下，接受該推動構件4的推 力如圖5所不，卡片1的側緣内側部le被收容在殼體2的槽 邛2b中。同日守，殼體2的凸部2c和卡片j的第二凹部1 d卡合。 因此，阻止卡片1的運動。 藉由從這種狀態握住卡片丨向面前拉，而將殼體2的凸部 2c和卡片1的第二凹部ld的卡合解除，隨之，推動構件心彎 曲’能容易地拔出卡片1。 〔本實施方式的效果〕 根據本實施方式，如上所述，返回到規定的排出位置的 卡片1，在超出規定的排出位置而進一步向從殼體2的插入 97321.doc -11 - 1246805 口 2a突出：方向運動時，藉由限制裝置即殼體2的凸部妙 卡片1的第二凹部1d的卡合，而限制其卡片1的運動。因此， 能防止卡片1從插人D2a跳出，能提高作爲連接器裝置的可 靠性。 另外，限制卡片i從規定的排出位置運動的限制裝置，係 凸部2c和第二凹部ld的簡單構造的組合，目此，這些凸部 2c、第二凹部ld的製作容易，能使製作費便宜。 另外，由於將凸部2。設置在殼體2的壁面上、將第二凹部 Μ設置在卡片1的側緣’因此，能在製作殼體2時同時形成 凸部2c’還能在製作卡片i時同時形成第二凹部…而不會 導致製作工時的增加。 另外，如上所述，返回到規定的排出位置的卡片丨，進一 步向從殼體2的插人D2a突出的方向運動時，能將卡片⑽ 側緣内側部le收容在殼體2的槽部辦。因此，能使殼體2 的凸部2e和卡片！的第：凹部ld牢固地進行卡合，能可靠地 阻止卡片1的運動，能確保很好的防止跳出功能。 另外，如上所述，返回到規定的排出位置的卡片丨，向從 插入口 2a突出的方向運動時，藉由推動構件4的推力能使殼 體2的凸部2c和卡片i的第二凹部1(1牢固地進行卡合。因此 也能確實地阻止卡片1的運動。 另外，推動構件4,兼作將使上述凸部2c和第二凹部“卡 合的施力施予卡片丨的構件和將卡片丨保持在規定的安裝位 置的構件，因此能抑制部件數，使製作費便宜。 〔本發明的其他構成〕 97321.doc !246805 曰上述實施方式，在殼體2的壁面形成凸㈣，不過，本發 2並不限於如此刪，也可取代凸部2c、而採用具有與 的第二凹部ld卡合的卡合部的例如由板簧構成的推 勳構件的構成。 另外上述貫施方式，在卡片1的側緣形成第二凹部ld , Ϊ殼,2形成凸部2C，不過，也可採用與此相反在殼體2形 ^在卡片1形成與s亥凹部卡合的凸部的構成。 邱另外’本發明’也可以採用將構成限制裝置的凸部與凹 用：組合設置在殼體的上下方向的構成。例如，也可以採 開开二殼體2的上面的省略圖示的金屬制的蓋構件上切 二乂 β部’而在卡片1的表面形成與凸部卡合的凹部的構 成。根據如此的構成，能裳县Ρ 再珉月b谷易攸盍構件切出凸部而形成， 因此，能抑制部件數的增加，可使製作費便宜。 :外，本實施方式，係將使卡片“呆持在規 的推動構件4設置在滑板構件3上，不過，也可以採用將^ 推動構件4設置在殻體2上的構成。另外 " 動構件4設置在形成殼體2的 用將推 構件上、在卡片!表面…二圖不的金屬製的蓋 凹部的構成。如此，採二蓋:Γ件4的卡合部h卡合的 蚌，—且 知用在盖構件上設置推動構件4的構成 月匕谷易從蓋構件切出推動構件4而形成，因此， 部件數的增加，可使製作費便宜。 b尸制 【圖式簡單說明】 圖、:=示本發明的卡片用連接器裝置的一實 卡片被女裝在規定的安裝位置的狀態的俯視圖。 97321.doc 1246805 圖2係圖1的A部放大圖。 圖3係表不本實施方式中卡片被排出到規定的排出位置 的狀態的俯視圖。 圖4係與圖1的a部相對應的圖3部分的放大圖。 圖5係表示本實施方式中卡片超出規定的排出位置而向 從插入π突出的方向運動時的狀態的俯視圖。 圖6係與圖1的A部相對應的圖5部分的放大圖。 【主要元件符號說明】 1 卡片 4 推動構件 la 前端部 4a 卡合部 lb 切口部 5 滑動構件 1 c 第一凹部 5a 一端 Id 第二凹部（限制裝置） 5b 另一端 le 側緣内側部 6 心型凸輪槽 2 殼體 6a 去路（往路） 2a 插入口 6b 回路（複路） 2b 槽部 6c 鎖定部 2c 凸部（限制裝置） LI 長度尺寸 3 滑動構件 L2 長度尺寸 3a 卡合端And a groove portion extending in the insertion/removal direction of the above-mentioned card, and the card portion of the above-mentioned card of the above-mentioned card is attached to the above-mentioned convex portion. The length of the inner side portion of the side edge between the edge portion of the lap and the front end portion of the card is set to be longer than the length dimension of the groove portion. In this way, Benming, when pushed back to the card at the specified discharge position, moves into the direction of the protrusion of the (9) body. 乂 ° 威威 In the groove of the double body. Therefore, the convex portion of the casing and the concave portion of the card can be firmly engaged, and the movement of the card can be surely prevented. Further, the present invention is based on the above invention, i is in the above-described Μ Μ μ ′, and the convex portion is formed from the upper surface of the shape of the wind. In the case of the cover member of the present invention, it is easy to cut out the convex portion from the cover member, and it is possible to suppress an increase in the number of members. Further, the present invention is such that the above-described imaginary recessed card is included in the above-mentioned convex portion, and the present invention is provided with the thrust of the urging member, and the binding engagement of the frame is such that the card can be surely prevented. motion. Further, the present invention is as described above, wherein, in addition, the card is held by the π β ^ μ pushing member, and the lower β is held at 5 and the inner member of the casing. According to the present invention thus constituted, it is possible to use the components of the position and the like, and therefore the number of parts 97321.doc ^ 46805 can be suppressed. Further, according to the present invention, the cover member is formed from the upper surface of the casing, and the push member is formed in the first portion when the cover member of the casing is formed, and the number of parts can be suppressed from increasing. . The present invention is capable of preventing the reliability of the card from the prescribed connector device. The present embodiment of the card for carrying out the present invention will be described as an embodiment. In the embodiment of the card connector device of the present invention, a plan view showing a state in which μ is attached to a predetermined mounting position, and an enlarged view of a crotch portion in Fig. 2 is shown. [Cards used in the present embodiment] As shown in Fig. 1, the cards used in the present embodiment! In the front end portion la located on the inner side of the device, there is a notch portion lb from the Qiu 1 female ^ ^ ^ ^ corner, and there is a concave at the right edge of the figure.卩1 c ' has a second recess 1 d at the left edge. In addition, a contact member (not shown) that is effective for transmitting and receiving signals is provided on the back side. [Configuration of the present embodiment] Fig. 1 shows a state in which the upper cover member is removed, and the casing 2 into which the card i is inserted is provided with an insertion opening 2a on the front side. A convex portion 2c that engages with the second concave portion ld of the card 1 is formed on the wall surface on the left side of the figure, and a groove portion 2b that extends in the insertion/removal direction of the card 1 is provided in contact with the convex portion. Further, 97321.doc 1246805 is provided with a contact terminal (not shown) that is in contact with the contact member of the card 1 at the inner position w i j of the casing 2. Further, the convex portion 2 c of the five-season body 2, the plurality of η 1 ΑΛ » the second recess Id of the Ρ temple card 1 constitutes the restriction of the insertion of the coffee card 1 beyond the predetermined discharge position into the casing 2. 2a When the dog moves in the direction, limit its card... movement. Inner: 21: The right side position is provided with a slide member 3 that can be moved with the card 1 from the housing 2, and has a card 2 3a that engages with the slit material of the card i. The slide member 3 is pushed in the outward direction by a push member (not shown). The slide member 3 and the push structure (not shown) will hold the card at the predetermined card mounting position shown in Fig. 1! The discharge mechanism to the specified discharge position. The sliding member 5 is disposed at a position on the right side of the housing 2 in the drawing. The end 5a of the sliding assembly 5 is swingably supported on the casing 7 while being provided with a lock extending in the lower direction of Fig. 1 on the other side. In the table of the slide member 3, a pin provided with the pin provided at the other end of the slide member 5 is relatively slid. The heart shape is convex to the 梓6 "a octa 6a, the loop 6b and the locking portion 6c 形成 of the pin of the other leg 5b of the card snap sliding member 5 forming the junction of the outward path and the circuit 6b 5 and the heart type cam groove 6, = the retaining position of the moon plate member 3 held at the predetermined position shown in Fig. 1 is disposed on the slide member 3 to hold the card 1 in a predetermined mounting configuration (four) moving member 4 . By engaging the first recess 1C of the pushing member 4, the card 1 can be held in a predetermined position without being moved. Further, the urging member 4 also serves as a member for pushing the card 1 in a direction in which the convex portion 2 of the description body 97321.doc 1246805 is engaged with the second concave portion H of the card i. As shown in Fig. 1 and Fig. The edge portion on the front end portion U side of the card 1 as the edge portion of the second concave portion Id of the card 1 and the front end portion of the card i are formed in the casing 2 in comparison with the degree dimension u of the side edge inner side # le The length of the upper groove portion 2b of the wall is set to be long. ^ In the state where the card 1 is held at a predetermined mounting position as shown in FIG. 1, the contact member and the shell of the f-plane of the card 1 are not shown. The contact terminal of the body 2 is in contact with each other, and the card 1 can transmit and receive signals. Fig. 3 is a plan view showing a state in which the card is discharged to a predetermined discharge in the embodiment, and Fig. 4 is a view corresponding to the figure. (4) The discharge of the card (the card discharge operation of the present embodiment) When the card (four) held at the predetermined mounting position as shown in Fig. 1 is discharged, the state of the card "foot request is slightly pushed toward the inside of the shock. Exceeding the stroke, the locking portion of the heart-shaped cam groove 6 and the card of the pin of the one end When it is released, the sliding member 5, which is omitted from the illustration, pushes the sliding member 5 toward the card discharge direction, that is, slides in the direction of the insertion opening 2a, and moves with the slide member 3 to reach the predetermined scoop position shown in FIG. In this process, the left side edge of the card 1 is guided by the wall surface of the enclosure convex portion 2C of the casing 2. In addition, the other of the sliding member 5: the locking portion & of the cardiac cam groove 6 is detached Relatively sliding in the back, ^ initial position. j built 97321.doc -10- 1246805 枋Ψ #上, ι... Bu Nai 1, can be easily released. The pulling out of the η is overcoming the thrust of the pushing member 4. When the thrust force of the urging member 4 is greater than the discharge force transmitted to the card via the slider structure, the card 1 is stably held at the insertion opening 23 of the predetermined casing 2. The discharge position does not come out. Fig. 6 is a plan view showing a portion of Fig. 5 corresponding to the state in which the card super-moves in the direction in which the insertion port protrudes in the present embodiment, in the plan view of the predetermined discharge position. When jumping out from the insertion port] Pushing on the above-mentioned pushing member 4 When the force ratio is applied to the card 1 via the slide member 3 and (4) the output force is not satisfied, the card y 1 cannot be held at a predetermined discharge position, and a phenomenon in which the predetermined discharge position is exceeded and the two-way movement is further protruded from the insertion port. At this time, in the present embodiment, the engagement between the first concave portion of the card i and the engaging portion 4a of the urging member 4 is released, and the engagement portion 4a reaches the state of abutting the right edge portion of the card 1 in FIG. Next, the thrust receiving the pushing member 4 is as shown in Fig. 5. The side edge inner portion le of the card 1 is housed in the groove 2b of the casing 2. On the same day, the convex portion 2c of the casing 2 and the card j are The two recesses 1 d are engaged. Therefore, the movement of the card 1 is blocked. By holding the card 从 in this state and pulling it in front, the engagement of the convex portion 2c of the casing 2 and the second concave portion ld of the card 1 is released, and accordingly, the pushing member is bent, and the card can be easily pulled out. 1. [Effect of the present embodiment] According to the present embodiment, as described above, the card 1 returned to the predetermined discharge position is further inserted into the ejector housing 2 beyond the predetermined discharge position. 97321.doc -11 - 1246805 Port 2a Projection: When the direction is moved, the movement of the card 1 is restricted by the engagement of the restriction means, that is, the engagement of the second recess 1d of the convex portion of the casing 2. Therefore, it is possible to prevent the card 1 from jumping out of the insertion D2a, and it is possible to improve the reliability as a connector device. Further, the restriction device for restricting the movement of the card i from the predetermined discharge position is a combination of the simple structure of the convex portion 2c and the second concave portion ld. Therefore, the production of the convex portion 2c and the second concave portion ld is easy, and the manufacturing cost can be made. Cheap. In addition, since the convex portion 2 will be used. Provided on the wall surface of the casing 2, the second recessed portion is disposed on the side edge of the card 1. Therefore, the convex portion 2c' can be simultaneously formed when the casing 2 is formed, and the second concave portion can be simultaneously formed when the card i is produced... It will not lead to an increase in production hours. Further, as described above, when the card 返回 returned to the predetermined discharge position is further moved in the direction in which the insertion D2a of the casing 2 is protruded, the card inner side portion le of the card (10) can be accommodated in the groove portion of the casing 2. . Therefore, the convex portion 2e of the casing 2 and the card can be made! The first recess: ld is firmly engaged, and the movement of the card 1 can be reliably prevented, and the jump-out function can be ensured well. Further, as described above, when the card 返回 returned to the predetermined discharge position moves in the direction protruding from the insertion opening 2a, the convex portion 2c of the casing 2 and the second concave portion of the card i can be caused by the urging force of the urging member 4. 1 (1) is firmly engaged. Therefore, the movement of the card 1 can be surely prevented. Further, the urging member 4 also serves as a member for imparting a force applied to the card 丨 by engaging the convex portion 2c and the second concave portion with Since the card holder is held at a predetermined mounting position, the number of parts can be suppressed, and the manufacturing cost can be reduced. [Other configuration of the present invention] 97321.doc !246805 In the above embodiment, a convex portion (four) is formed on the wall surface of the casing 2, However, the present invention 2 is not limited to such a configuration, and instead of the convex portion 2c, a configuration of a push-pull member including a leaf spring having an engaging portion that engages with the second concave portion ld may be employed. In the manner, the second recess ld is formed on the side edge of the card 1, and the dome 2 is formed into the convex portion 2C. However, in the opposite manner, the housing 2 may be formed in the convex portion of the card 1 to be engaged with the recess. The composition of Qiu's 'invention' can also be adopted The convex portion and the concave portion constituting the restriction device are configured to be disposed in the vertical direction of the casing. For example, the metal cover member (not shown) on the upper surface of the second casing 2 may be cut into the second 乂β portion. 'There is a configuration in which a concave portion that engages with the convex portion is formed on the surface of the card 1. According to such a configuration, the convex portion can be formed by cutting the convex portion of the b b b b b b b b b b b b b b b b b b b b b b b b b In addition, in the present embodiment, the push member 4 that holds the card in the gauge is disposed on the slide member 3, but the push member 4 may be disposed in the case 2 In addition, the movable member 4 is disposed in a metal cover recess formed on the push member and on the surface of the card; the second cover: the cover 4 The engaging portion h is engaged with the weir, and it is known that the structure in which the push member 4 is provided on the cover member is formed by cutting the push member 4 from the cover member. Therefore, the increase in the number of parts can make the production cost cheap. b 尸 [Simplified description of the diagram] Figure, : = shows the invention A plan view of a real card of the card connector device in a state of a predetermined mounting position. 97321.doc 1246805 Fig. 2 is an enlarged view of a portion A of Fig. 1. Fig. 3 shows that the card is discharged to the present embodiment. Fig. 4 is an enlarged view of a portion of Fig. 3 corresponding to a portion of Fig. 1. Fig. 5 is a view showing a direction in which the card protrudes from the insertion π in a state in which the card exceeds a predetermined discharge position in the embodiment. Fig. 6 is an enlarged view of a portion of Fig. 5 corresponding to the portion A of Fig. 1. [Description of main components] 1 card 4 pushing member la front end portion 4a engaging portion lb slit portion 5 sliding member 1 c First recess 5a One end Id Second recess (restriction device) 5b The other end le Side edge inside part 6 Heart type cam groove 2 Case 6a Outgoing (way) 2a Insertion port 6b Circuit (reroute) 2b Slot part 6c Lock Part 2c Convex (restriction device) LI Length dimension 3 Sliding member L2 Length dimension 3a Engagement end
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