200527768 九、發明說明： 【發明所屬之技術領域】 本發明關於一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中列舉了一種構成，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部的一片板 簧所構成者。在該專利文獻1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 合。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200527768 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to a card connector device capable of holding a card at a predetermined ejection position in a casing. [Prior Art] For such a prior art person, Patent Document 1 lists 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 formed by a recess having a recess formed on a side edge of the card. It is composed of a leaf spring of the engaging engagement portion. In the technique described in Patent Document 1, a card inserted into a housing is engaged with a recessed portion of the card by the pushing force of a pushing member. Therefore, it is possible to hold the card so that it does not fall out from the insertion opening of the case to the outside due to vibration or external force applied to the case. In addition, as another conventional technology, Patent Literature 2 lists a structure
入殼體内的卡片的凹部相卡合的構成。在該專 。在該專The recessed part of the card inserted into the casing is engaged with each other. In the specialty. In the specialty
專利文獻1 :特開2002— 352911公報 專利文獻2 :特開2002 — 190355公報 發明所欲解決之課題Patent Document 1: Japanese Unexamined Patent Publication No. 2002-352911 Patent Document 2: Japanese Unexamined Patent Publication No. 2002-190355
的推力較弱的情況下， 精由由一片板簧構成的推動構件的 插入口脫落，不過，在由板簧産生 會有卡片超出規定的排出位置而從 97321.doc 200527768 插入口向外部跳出，造成作爲連接 問題。 不κ『罪性下降的 【發明内容】 本u#、基於上述現有技術的現狀而産生，立 提供-種能防止卡片從規定的排出 ：=: 器裝置。 山〜卞片用連接 二二二的’本發明其特徵在於:具備限制裝置， 保持在殼體内規定的排出位置，並且， 片超出上述規定的排出位置而於從上述殼體的插2 明，時，可限制該卡片的運動。如此構成的本發 位置:進_!到規定的排出位置的卡片’超出規定的排出 V向從殼體的插人口突出的方向運_，可夢 由限制裝置來限制該卡片的運糟 ^心。 ^因此m卡片㈣ :外’本發明，係如上述發明’其中：上述限制裝置， 。含形成於上述殼體側與上述卡片側中^壬意—方的凸部， 2成於另—方且與上述凸部卡合的凹部。如此構成的本 t月’其限職置爲凸部和凹部的簡單構造的組合，因此， 這些凸部和凹部的製作容易。 另外’本發明，係如上述發明，其中：將上述凸部形成 於上述殼體側’將上述凹部形成於上述卡片側。如此構成 的本發明’能容易在製作殼體時形成凸部，還能在製作卡 片時形成凹部。 另外，本發日月，係如上述發明，其巾：上述凸部形成於 97321.doc 200527768 上述殼體的壁面，並且，卜 如此構部形成於上述卡片的側緣。 此構成的本發明，能容易在製作殼 壁面形成凸部，還能在 ：…體的 凹部。 Τ片的同4在卡片的侧緣形成 成=卜：本發明，係如上述發明，其中：上述殼體上，开, 成有人上述凸部連續設置且 少 伸1詈M Mi 上述卡片的插入拔出方向延 伸汉置的槽部，並且，# k 前端部側的緣㈣卡片前^ 卡片的上相部的卡片 寸相較，上Μ: 間的側緣内側部的長度尺 發明當=度尺寸設定為較長。如此構成的本 ^ 回到規疋的排出位置的卡片，進一 體的插入口突出& # &V 11從咸 容在私ΜΙ 時，能將卡片的側緣内侧部收 谷在取體的槽部。因此，能 丨叹 固地+ A ^㈣的凸部和卡ϋ的凹部牢 也進仃卡合，而能確實地阻止卡片的運動。 另外，本發明，係如上 成上述殼酽的卜而^ #址 上述凸邛係從形 明Λ 盍構件切出而成。如此構成的本私 ，此在製作殼體的蓋構件時，容易 ^ ^ 而形成’能抑制部件數的增加。 —切出凸部 另外，本發明，係如上述發明，其中.且 與凹部卡合的方向推動上述卡片的盖;;f向上述凸部 本發明，藉由推動槿 牛。如此構成的 進行卡人 構件的推力，而能使凸部與凹部牢固地 進仃卡合，能確實地阻止卡片的運動。 牛口地 兼作為卜將::二係如上述發明’其中:上述推動構件， 構件:、如此=Γ於上述殼體内的規定安裝位置的 構成的本發明，能共用部件，因此能抑制部件 97321.doc 200527768 數0 另外，本發明，係如上述發明甘a 從形成上述殼體的上面的蓋構件切出、广推動構件係 發明’能在製作殼體的蓋構件二：構成的本 口P而形成，能抑制部件數的增加。 午刀出凸 發明的效果 本發明能防止卡片 連接器裝置的可靠性 【實施方式】 從規定的排出位置跳出 能提高作爲 以卜 …式對用以實施本發明的卡片用連接 佳實施方式進行說明。 廷接的車乂 圖1係表示本發明的卡片用連接器裝置的-實施方式中 卡片被安裝在規定的安裝位置的狀態的俯視圖，圖2係圖1 的A部放大圖。 、 〔本實施方式中所使用的卡片〕 如圖！所示，本實施方式中所使用的卡片ι，在位於裝置 内側=則端部la的拐角部具有切口部ib，纟圖示右側緣部 八有第凹。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表不拆除形成上面的蓋構件的狀態，插入卡片丨的殼 體2在面别側具備插入口 2a。在位於圖示左側的壁面上形成 有能與卡片1的第二凹部Id卡合的凸部2c和與該凸部2c相 連设置沿卡片1的插入拔出方向延伸設置的槽部2b。此外， 9732J.doc 200527768 在威體2的内你丨/☆ $ θ 子（省略圖示卜 備與卡片1的接觸構件接觸的接觸端 置由在：：2 ?凸部2c和卡片1的第二凹部ld構成限制裝 *出的方6 1超出規定的排出位置而向從殼體2的插入口2a 犬出的方向運動時，限制其卡片丨的運動。 在殼體2的圖示士彳丨 右側位置，配置有能與卡片1 一起在殼俨2 内滑動的滑板構件3,其 在双體2 人端3a。兮^有/、卡片1的切口部lb卡合的卡 二排=，藉由省略圖示的推動構件而被-直 動。該滑板構件3及省略圖示的推動構 :出成將保持在圖1所示的規定的卡片安裝位置的卡片 排出到規定的排出位置的排出機構。 構在喊體2的圖示右側位置配置滑動構件5。該滑動 5b上具備向圖^的下方向延/另—端 面，形成有設在_構件5^㈣。在滑板構件3的表 心型凸，㈣兮另—W的銷作相對地滑動的 =凸輪槽6。〜型凸輪槽6具備去杨、回祕和 、延些去路6a和回路6b的交界處且卡 乂 一㈣的銷的鎖定部6c。這此滑動構卡件^滑動構件5的另 構成將滑板構件3保持在與心型凸輪槽6， 機構。 卻所不的規定的安裝位置的鎖定 位置的卜由板構件3上配置有將卡片1保持在規定的安裝 置的由板黃構成的推動構件 " 部蝴卡片！的第-凹部lc卡入動構件4的卡合 〜认 卡合’因此能將卡片1俘掊力相 疋的安裳位置而不活動。此外 ^呆持在規 Θ推動構件4，還兼作向上 97321.doc 200527768 述殼體2的凸部2e和卡片i的第二凹部id卡合的方向推卡片 1的構件。 士圖」所不’與位於作爲卡片i的第二凹部的緣部的卡 片1的月"“[Ua側的緣部和卡片i的前端部Ia之間的側 側^的長度尺寸L1相比較，形成在殼請壁面上的上述 槽部2b的長度設定得較長。 在卡片1如圖i所不被保持在規定的安裝位置的狀態下， 卡片1的背面的省略阁 紛m 觸構件與㈣2上所具有的接 觸知子接觸，而能對卡片！進行收發信號。 的：=示本實施方式中卡片被排出到規定的排出位置 大圖了以圖’圖4係與圖1的A部相對應的圖3部分的放 〔本實施方式的卡片排出動作〕 將二T:示被保持在規定的安裝位置的卡片!排出時， 播Α攸⑥1所不的狀態稍微推向裝置内側。因此，、 構件3趙屮；# , 匕滑板 -心王，Μ凸輪槽6的鎖定部6C與滑動構件5的另 而的朝的卡片扣被解除，藉由省 推力，滑動μ此 < 人卜 j雅m構件的 :動構件5向卡片排出方向即向插入口2 片1在其第一凹部lc卡合推動構件4的卡入 狀態下與滑板構件3一同移動， 二心的 位置。在此過程中 ϋ戶斤不的規定的排出 凸部2c的壁面所引i 緣部由殼體2的包含 W 土面所引導。另外，滑動構件 心型凸她的鎖定一後，在回路: = 初始位置。 相對滑動，到達 97321.doc -10- 200527768 拔出\/+丁 $回到規疋的排出位置的卡片1，能容易地 灰出。该卡片!的拔出’係克服推動構件4的推力而進行。 P ’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，則卡以穩定地保持在規定的排出位置， 设體2的插入口 2a跳出。 〃圖5係表示本實施方式中卡片超出規定的排出位置而向 從插入口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。 〔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i上 的排出力小時，卡片1不能保持在規定的排出位置，會發生 超出该規定的排出位置而進一步向從插入口 2a突出的方向 運動的現象。此時，本實施方式中，卡片丨的第一凹部卜和 推動構件4的卡合部4a的卡合被解除，在卡合部仏到達與卡 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所示，卡片1的側緣内側部丨e被收容在殼體2的槽 部2b中。同時，殼體2的凸部2c和卡片1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1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4彎 曲’能容易地拔出卡片1。 〔本貫施方式的效果〕 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 200527768 口 2a突出的方向運動時，藉由限㈣置即殼心的凸部&和 2片1的第二凹部ld的卡合，而限制其卡片丨的運動。因此1 能防止卡片i從插人D2a跳出，能提高作爲連接When the thrust force is weak, the insertion opening of the pushing member composed of a leaf spring will fall off. However, if the card is generated by the leaf spring, the card will exceed the prescribed ejection position and jump out from the 97321.doc 200527768 insertion opening. Caused as connection problems. [No] [Sinality Decreased] [Summary of the Invention] The present invention is based on the status quo of the prior art described above, and provides a kind of device that can prevent the card from being ejected from the prescribed: =: device. The invention of the present invention, which is connected to the cymbals 222, is provided with a restricting device, and is held at a predetermined discharge position in the casing. , Can limit the card's movement. The present position constituted as follows: the card that enters the predetermined ejection position 'is transported beyond the predetermined ejection V in a direction protruding from the inserter of the housing, but the card can be restricted by the restriction device . ^ Therefore, the m card 外: Outer 'the present invention is the same as the above invention' wherein: the above-mentioned restricting device,. It includes a convex portion formed on the housing side and the card side, and a concave portion formed on the other side and engaging with the convex portion. In this month, the limit position is a combination of a simple structure of the convex portion and the concave portion. Therefore, the production of these convex portions and concave portions is easy. The present invention is the invention described above, wherein the convex portion is formed on the housing side and the concave portion is formed on the card side. According to the present invention thus constituted, it is possible to easily form a convex portion when manufacturing a case, and also to form a concave portion when manufacturing a card. In addition, the sun and the moon of the present invention are as described above, the towel: the convex portion is formed on the wall surface of the casing of 97321.doc 200527768, and the structure is formed on the side edge of the card. The present invention thus constituted can easily form a convex portion on the wall surface of the case, and can also form a concave portion of the body. The same piece of the T piece is formed at the side edge of the card. The invention is the same as the above invention, in which: the housing is opened, and the convex part is continuously arranged and less than 1 詈 M Mi is inserted into the card. The direction of the groove is extended in the direction of pulling out, and the edge of the front side of the #k front side of the card is ^ the upper part of the upper part of the card is compared. Set the size to longer. The card constructed in this way returns to the normal ejection position and protrudes into the integrated insertion port &# & V 11 When the salt is contained in the private container, the inside of the side edge of the card can be harvested in the body. Slot section. Therefore, the convex part of the solid ground + A ^ ㈣ and the concave part of the card can also be engaged firmly, and the card can be reliably prevented from moving. In addition, in the present invention, the above-mentioned shell 成 is formed from the above-mentioned shell 酽 # 址 The above-mentioned convex 邛 is cut out from the member Λ 盍. In this way, when the cover member of the housing is manufactured, it is easy to form the cover member, and the increase in the number of parts can be suppressed. —Cut out the convex part In addition, the present invention is the above-mentioned invention, in which the cover of the card is pushed in a direction engaging with the concave part; f the present invention is to push the hibiscus to the convex part. The thrust of the card member is configured in this manner, so that the convex portion and the concave portion can be firmly engaged with each other, and the card can be reliably prevented from moving. Niukoudi also serves as a general manager: The second system is as the above-mentioned invention, wherein: the above-mentioned pushing member, the member :, so that the present invention is constituted by a predetermined mounting position in the above-mentioned housing, and can share parts, so it can suppress parts 97321.doc 200527768 Number 0 In addition, the present invention is the same as the above-mentioned invention, a cut out from the cover member forming the above casing, and widely pushing the component system invention 'can be used to make the cover member of the casing 2: the main part of the composition P is formed, and an increase in the number of parts can be suppressed. Advantageous effect of the invention of the protruding knife of the invention The present invention can prevent the reliability of the card connector device. [Embodiment] Jumping out from a predetermined ejection position can improve the best embodiment of the card connection for implementing the present invention. . FIG. 1 is a plan view showing a state in which a card is mounted at a predetermined mounting position in an embodiment of the card connector device of the present invention, and FIG. 2 is an enlarged view of part A of FIG. 1. [Cards used in this embodiment] As shown in the figure! As shown in the figure, the card ι used in the present embodiment is provided with a cutout ib at a corner portion of the end portion la, and the right edge portion of the figure has a concave portion.卩 1c has a second recessed portion 1d on the left edge. In addition, a contact member (not shown) for effectively transmitting and receiving signals is provided on the back. [Configuration of this embodiment] Fig. 1 shows a state where the upper cover member is removed, and the case 2 into which the card 丨 is inserted is provided with an insertion opening 2a on the other side. A convex portion 2c capable of engaging with the second concave portion Id of the card 1 and a groove portion 2b extending in the insertion / removal direction of the card 1 are formed on the wall surface on the left side of the figure. In addition, 9732J.doc 200527768 is within the body 2 / / ☆ $ θ (not shown) the contact end of the contact with the contact member of the card 1 is located at :: 2? The convex portion 2c and the first of the card 1 The two recesses ld constitute a square 6 that restricts the loading and unloading. When the movement exceeds the predetermined ejection position and moves out of the insertion opening 2a of the housing 2, the movement of the card 丨 is restricted.丨 On the right side, there is a skateboard member 3 that can slide with the card 1 in the case 俨 2, which is at the human end 3a of the double body 2. The two rows of cards with /, the cutouts 1b of the card 1 are engaged, The slide member 3 and the push structure (not shown) are directly moved by a pushing member (not shown). The slide member (3) and the pushing structure (not shown) are designed to discharge the card held in the predetermined card mounting position shown in FIG. The ejection mechanism. A sliding member 5 is arranged at the right position of the shout body 2. The sliding 5b is provided with an end face extending in the downward direction of FIG. ^, And is formed on the member 5 ^ 5. The crown is convex, and the other-W pin is relatively sliding = cam groove 6. ~ cam groove 6 is equipped with The lock part 6c of the pin that extends along the junction of the way 6a and the circuit 6b and snaps. This sliding structure ^ another structure of the sliding member 5 holds the sliding plate member 3 with the heart-shaped cam groove 6 However, the locking position of the predetermined installation position, which is not the same, is provided on the plate member 3 with a pushing member consisting of a plate yellow that holds the card 1 in a predetermined installation device. The first-recess portion of the butterfly card! The lc snap-in member 4 engages ~ recognizes the card, so it can hold the card 1 in a position where it can't move. In addition, it stays on the rule θ to push the member 4, and also doubles upwards 97321.doc 200527768 The direction in which the convex portion 2e of the housing 2 and the second concave portion id of the card i are engaged pushes the member of the card 1. The figure "what is not" and the month of the card 1 located at the edge of the second concave portion of the card i "[Compared with the length dimension L1 of the side ^ between the edge portion of the Ua side and the front end portion Ia of the card i, the length of the above-mentioned groove portion 2b formed on the wall surface of the case is set to be longer. In the card 1 as In the state shown in FIG. I is not held in a predetermined mounting position, the cabinet on the back of the card 1 is omitted. m The contact member is in contact with the contact holder on ㈣2, and can send and receive signals to and from the card! ： = shows that the card is ejected to a predetermined ejection position in this embodiment. The big picture is shown in FIG. 4 and FIG. 1. Part A of Figure 3 corresponds to the placement of the card in this embodiment. [Card ejection action of this embodiment] The second T: shows the card being held at a predetermined installation position! When ejecting, push the player to a position slightly different from that in Fig. 3 Therefore, the member 3, Zhao 屮; #, dagger skateboard-heart king, the locking portion 6C of the M cam groove 6 and the other facing card buckle of the sliding member 5 are released, and by saving thrust, this μ Ren Bu j Yam of the member: the moving member 5 is in the card ejection direction, that is, the insertion port 2 and the piece 1 moves with the slide member 3 in the state where the first recess lc is engaged with the pushing member 4, and the position of the two centers . In this process, the predetermined discharge edge of the household projecting portion 2c is guided by the edge portion i of the housing 2 including the W soil surface. In addition, the sliding member is heart-shaped convex after her locking, in the loop: = initial position. Relatively slide to reach 97321.doc -10- 200527768 Pull out // ++ D $ Card 1 that returns to the regular ejection position can be easily grayed out. This card! Is pulled out 'against the pushing force of the pushing member 4. When the pushing force of the pushing member 4 is greater than the discharging force transmitted to the card ^ by the sliders, the card is stably held at a predetermined discharging position, and the insertion opening 2a of the body 2 is jumped out. 〃 FIG. 5 is a plan view showing a state in which the card moves beyond a predetermined ejection position in a direction protruding from the insertion port in the present embodiment, and FIG. 6 is an enlarged view of a portion of FIG. 5 corresponding to a portion A of FIG. 1. [When jumping out of the insertion opening] When the pushing force of the pushing member 4 is smaller than the discharging force applied to the card i via the slide member 3, the card 1 cannot be maintained at a predetermined discharging position, and the card may be further moved beyond the predetermined discharging position. A phenomenon of movement in the direction protruding from the insertion port 2a. At this time, in the present embodiment, the engagement between the first recessed portion of the card 丨 and the engagement portion 4a of the pushing member 4 is released, and the engagement portion 仏 reaches a state where it abuts the right edge portion of the card 1 in FIG. 5. Next, as shown in FIG. 5, when the thrust of the pushing member 4 is received, the inner side portion 丨 e of the side edge of the card 1 is accommodated in the groove portion 2b of the housing 2. At the same time, the convex portion 2c of the case 2 and the second concave portion 1d of the card 1 are engaged. Therefore, the movement of the card 1 is prevented. By holding the card 1 in this state and pulling it forward, the engagement of the convex portion 2c of the case 2 and the second concave portion 1d of the card 1 is released, and the pushing member 4 is bent, and the card can be easily pulled out. 1. [Effects of this embodiment] According to this embodiment, as described above, the card 1 ′ returned to the predetermined ejection position further protrudes beyond the predetermined ejection position toward the insertion of the 97321.doc 200527768 port 2a from the housing 2. When moving in the direction, the movement of the card is restricted by restricting the engagement of the convex portion & of the shell center and the second concave portion 1 of the two pieces. Therefore 1 can prevent the card i from jumping out of the inserter D2a and can improve the connection
靠性。 W J 另外，限制卡片1從規定的排出位置運動的限制裝置，係 凸部=和第二凹部ld的簡單構造的組合，因此，這〜些凸部 2c、第二凹部1d的製作容易，能使製作費便宜。 另外，由於將凸部2c設置在殼體2的壁面上、將第二凹部 ld設置在卡片1的側緣，因此，能在製作殼體2時同時形: 凸部2c’還能在製作卡片！時同時形成第二凹部id，而不會 導致製作工時的增加。 θ 另外，如上所述，返回到規定的排出位置的卡片1，進一 步向從殼體2的插入口2&突出的方向運動時，能將卡片“勺 側緣内側部le收容在殼體2的槽部2”。因此，能使殼體2 的凸部2c和卡片1的第二凹部1(1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1，向從 插入口 2a犬出的方向運動時，藉由推動構件4的推力能使殼 體2的凸部2C和卡片1的第二凹部Id牢固地進行卡合。因此 也能確實地阻止卡片1的運動。 一另外，推動構件4，兼作將使上述凸部2c和第二凹部1 d卡 口的軛力苑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 200527768 上述實施方式，在殼體2的壁面形成凸部及，不過，本發 明並不限於如此的構成’也可取代凸部2c、而採用具有： 卡片1的第二凹部ld卡合的卡合部的例如由板簧構成的 動構件的構成。 另外，上述實施方式’在卡片i的侧緣形成第二凹部h， 在殼體2形成凸部^，不過，也可採用與此相反在殼體2形 成凹部’在卡片i形成與該凹部卡合的凸部的構力。夕Reliability. WJ In addition, the restriction device that restricts the movement of the card 1 from a predetermined ejection position is a combination of a simple structure of the convex portion = and the second concave portion ld. Therefore, the production of these convex portions 2c and the second concave portion 1d is easy and can make the Production costs are cheap. In addition, since the convex portion 2c is provided on the wall surface of the housing 2 and the second concave portion 1d is provided on the side edge of the card 1, it is possible to form the same shape when the housing 2 is produced: the convex portion 2c 'can also be used to make a card !! At the same time, the second recess id is formed at the same time without causing an increase in manufacturing man-hours. θ In addition, as described above, when the card 1 returned to the predetermined ejection position is further moved in a direction protruding from the insertion opening 2 & of the casing 2, the card "spoon side edge inside portion le can be accommodated in the casing 2 Groove section 2 ". Therefore, the convex portion 2c of the housing 2 and the second concave portion 1 (1) of the card 1 can be firmly engaged, the movement of the card 1 can be reliably prevented, and a good jumping-out prevention function can be ensured. In addition, as described above When the card 1 returned to the predetermined ejection position is moved in the direction from the insertion opening 2a, the convex portion 2C of the housing 2 and the second concave portion Id of the card 1 can be firmly performed by the pushing force of the pushing member 4. It can also prevent the movement of the card 1. The pushing member 4 also serves as a yoke force which will make the convex portion 2c and the second concave portion 1d bayonet to the card and hold the card. [Other structures of the present invention] 97321.doc 200527768 In the above-mentioned embodiment, the protrusions are formed on the wall surface of the housing 2 and the present invention is not limited. It is not limited to such a configuration. 'Instead of the convex portion 2c, a configuration such as a movable member including a plate spring having an engaging portion to which the second recessed portion 1d of the card 1 is engaged may be employed. In addition, the above-mentioned embodiment' is in a card The side edge of i forms the first H concave portion, the convex portion is formed in the housing 2 ^, however, may also be employed in forming the contrary housing recess 2 'projecting portion forming force engaged configuration with the card in the card recess portion i. Tokyo
立另外，本發明，也可以採用將構成限制裝置的凸部與凹 邛的組合設置在殼體的上下方向的構成。例如，也可以採 用在形成殼體2的上面的省略圖示的金屬制的蓋構件上切 開形成凸部’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，能容易從蓋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。In addition, in the present invention, a configuration may be adopted in which the combination of the convex portion and the concave portion constituting the restricting device is provided in the vertical direction of the housing. For example, a metal lid member (not shown) forming the upper surface of the casing 2 may be cut to form a convex portion 'to form a concave portion engaged with the convex portion on the surface of the card 1. According to such a configuration, since the convex portion can be easily cut out from the cover member and formed, the increase in the number of parts can be suppressed, and the manufacturing cost can be reduced.
另外，本實施方式，係將使卡片j保持在規定的安裝位 的推動構件4設置在滑板構件3上，不過，也可以採用將 ^動構件4設置在殼體2上的構成。另外，也可以採用將 構件4叹置在形成殼體2的上面的省略圖示的金屬製的 構^上、在卡片1表面設置與推動構件4的卡合部“卡合丨 =部的構成。如此，採用在蓋構件上設置推動構件4的構」 ^能容易從蓋構件切出推動構件4而形成，因此，能抑; 邛件數的增加，可使製作費便宜。 【圖式簡單說明】 回1係表不本發明的卡片用連接器裝置的一實 卡片被安裝在規定的安裝位置的狀態的俯視圖。 9732l.doc -13- 200527768 圖2係圖1的A部放大圖。 圖3係表示本實施方式中卡片被排出到規定的排出|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 從插入口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 la 前端部 4a lb 切口部 5 1 c 第一凹部 5a Id 第二凹部（限制裝置） 5b 1 e 側緣内側部 6 2 殼體 6a 2a 插入口 6b 2b 槽部 6c 2c 凸部（限制裝置） LI 3 滑動構件 L2 3a 卡合端 推動構件 卡合部 滑動構件 一端 另一端 心型凸輪槽 去路（往路） 回路（複路） 鎖定部 長度尺寸 長度尺寸 97321.docIn this embodiment, the pushing member 4 holding the card j at a predetermined mounting position is provided on the slide member 3. However, a configuration in which the moving member 4 is provided on the housing 2 may be adopted. In addition, it is also possible to adopt a configuration in which the member 4 is placed on a metal structure (not shown) that is formed on the upper surface of the housing 2 and an engagement portion "engagement | engagement part" is provided on the surface of the card 1 and the pushing member 4 In this way, the structure in which the pushing member 4 is provided on the cover member can be formed by easily cutting the pushing member 4 from the cover member. Therefore, the increase in the number of pieces can reduce the manufacturing cost. [Brief description of the drawings] A series of top views showing a state in which the card connector device of the present invention is installed at a predetermined mounting position. 9732l.doc -13- 200527768 Figure 2 is an enlarged view of Part A of Figure 1. Fig. 3 is a plan view showing a state in which the card is discharged to a predetermined discharge position in the present embodiment. FIG. 4 is an enlarged view of the portion of FIG. 3 corresponding to the portion A of FIG. 1. Fig. 5 is a plan view showing a state where the card is moved beyond a predetermined ejection position and moved in a direction protruding from the insertion port in the present embodiment. FIG. 6 is an enlarged view of the portion of FIG. 5 corresponding to the portion A of FIG. 1. [Description of main component symbols] 1 card 4 la front end 4a lb cutout 5 1 c first recessed portion 5a Id second recessed portion (restriction device) 5b 1 e side edge inner portion 6 2 housing 6a 2a slot 6b 2b slot 6c 2c Convex part (restrictive device) LI 3 Slide member L2 3a Engagement end push member Engagement part Slide member One end The other end of the heart-shaped cam groove Outward path (backward path) Circuit (double path) Length of the locking section