M344589 八、新型說明： 【新型所屬之技術領域】 本創作涉及-㈣子卡連接n，尤其是指-種可插接不同電子卡之 連接器。 【先前技術】 電子卡輕、薄、短、小，被廣泛地運用以數位相機、個人數位助理(pda) 或是筆記型賴等電子裝置上，可作為擴充記憶空間H有效地解決 傳統磁碟空間不足之問題。 ' 隨著不同的電子卡就產生不同的電子卡連接器以電性連接電子卡及 電子裝置。現在有的電子卡連接ϋ裝設於t子裝置之·板上，以供電子 卡插置，使電子卡與電路板達成紐連接，㈣傳輸電子卡與電路板間之 訊號，使該電子卡與電子裝置之間取得資訊來往。 雖然目前市面上已有電子卡連接器，可提供多種規格之電子卡（如 卡、SD卡、XD卡等）插置，但其一般只是將容置空間採用較大的容 里’並於該容置空間内設有多個分別與電子卡外形相對應之引導、定位機 構，使該電子卡連接器可供多種不同的電子卡插置。 然，由於目W之MS卡及MS Duo卡外形相當近似，MS卡尺寸為5〇mm x21.5m=X2.8mm，MS Duo 卡尺寸為 31mmx2〇mmxl 6腿，可見⑽ Du〇 卡僅略薄及窄於MS卡，難以於該容置空間内設置分別與電子卡外形相對 應之引導及限位機構。另，-般電子卡連接器錢子卡插接於其中時，往 往難以確保電子卡能穩固定位於電子卡連接器内，使電子卡與電子卡連接 杰之間的電性連接較不穩固，造成訊號傳輸不穩定。 中國大陸實用新型專利公告第CN2807552號揭示了一種卡連接器， 包括絕緣本體、絕緣本體向内凹陷用以容置電子卡之容置空間、安設於絕 緣本體上之導電端子組以及扣置於絕緣本體上之遮蔽殼體，所述絕緣本體 包括一個插接面、兩個侧壁以及設於兩側壁上並與容置空間連通之用以引 導MS卡插入之引導槽。惟，由於MSDu〇卡略薄及窄於“§卡，當msDu〇 卡插入時，該引導槽並不能對MS Du〇卡有一個很好的限位功能，卡連接 也未設有相應之卡持機構來防止在MS Duo卡插入時MS Du〇卡發生上下 6 M344589 左右之晃動，從而導致電性接觸不良。 . 是以，有必要設計一種可克服上述缺陷之卡連接器。 _ 【新型内容】 鑒於上述内容，有必要提供一種可以穩固插接不同電子卡之卡連接 器。 為達成上述目的，本創作制如下技術方案：—種卡連接哭，包括絕 緣本體及複解電端子，絕緣本齡括插接面及自插接面_凹陷形成之 • 用赠容f子卡之容置㈣’所述導電端子設有延伸人容置㈣並與電子 卡相配合之細部，騎卡連接魏設有姆絕緣本射上下運動^限位 ·' 機構’所述限位機構設有引導第一電子卡之引導面、自引導面兩侧向上突 起之用以限制第一電子卡之縱長凸條’凸條設有引導限制第二電子卡之上 表面。 、本創作還可採用如下技術方案實現，—種卡連接器包括絕緣本體及複 ， 數導電端子，絕緣本體包括插接面及自插接面向内凹陷形成之用以收容電 、 子卡之容置空間，所述導電端子設有延伸入容置空間並與電子卡相配合之 ‘ 細部，所述卡連接賴設有婦絕緣本體可上下運動之限域構，所述 限位機構設有引導第-電子卡之引導面、自引導面—侧向上突起之用以限 制第一電子卡之縱長凸條，凸條設有引導限制第二電子卡之上表面。 φ 與習知技術相比，本創作藉由於卡連接器上安裝限位機構，在電子卡 插入時，限位機構上之開口限制並引導電子卡，增強了卡與連接器連接之 . 穩固性。 【實施方式】 —請參閱第-®至第人®所示，本創作之卡連接器丨⑻設置於電路板上(未 圖示）’可插接XD卡81、SD卡82、MMC卡83、MMCplus卡84、MS卡85及 MS Duo卡86六種不同之電子卡8，本實施方式中，MS 〇11〇卡86略窄且薄於 其他電子卡8因此設MS Duo卡86為第-電子卡，其他稍大的電子卡8為第二 電子卡，所有電子卡8包括有導電部分8〇，卡連接器1〇〇包括有絕緣本體2、 收谷於絕緣本體2内之導電端子組、扣置於絕緣本體2上之遮蔽殼體3以及安 裝於絕緣本體2内之偵測端子組5。 7 M344589 導電端子組包括分別與不同電子卡接觸之第一導電端子4i、第二導電 -端子42、第三導電端子43、第四導電端子44。 絕緣本體2包括一個上表面26、插接面25、左側壁27以及右侧壁28，由 插接面25向内凹陷並與上表面26連通形成容置空間2〇，用以收容電子卡8， 所述左側壁27和右侧壁28靠近插接面25端分別凹設有若干與容置空間2〇連 通的用以引導不同電子卡8插入之引導槽201。上述導電端子還設有延伸入 容置空間20的並與電子卡8相配合之接觸部，容置空間2〇主要包括一個與絕 • 緣本體2上表面26平行之容置面203，容置面203上設有複數用以收容導電端 子組之端子收容槽，絕緣本體2上之插接面25係位於絕緣本體2長度方向上 I* 之前端，容置空間20之後表面200凹設有複數貫穿絕緣本體2之第一端子收 谷槽21，用以收谷苐一導電端子41，第二端子收容槽22設於第一端子收容 槽21之下方，用以收容第二導電端子42，第二導電端子42一直延伸至容置 空間20中央且位於第一導電端子41之前方，在第二端子收容槽22之前方還 設置有第三端子收容槽23，用以收容第三導電端子μ，第三導電端子43位 於第二導電端子42之前方。容置面203上於複數第一導電端子41與第二端子 收谷槽22之間還設有複數向上突起之撞塊2〇4，用以阻擔不對應之電子卡$ 接觸苐一導電端子41，避免插錯電子卡8。 容置空間20之兩側設有彈片6，彈片6包括有分別設置於右侧壁28和左 侧壁27之第一彈片60和第二彈片61，在MS+85插入彈片6之間時彈片6對卡 ， 起到一個夾持作用，防止卡在容置空間20内左右晃動，第一彈片6〇包括£型 • 之第一固定部600以及用以夾持MS卡85之第一抵壓部601，第二彈片61包括 L型之第二固定部610以及用以夾持MS+85之第二抵壓部611，第一固定部 600和第二固定部610鑲埋成型於絕緣本體2内，其他實施方式中，也可於絕 緣本體2上表面26凹設L型之凹槽用以收容第一固定部6〇〇和第二固定部 610，同樣可以達到預期效果。 ° 絕緣本體2之左側壁27還設置有一個與電路板電性通導之偵測端子組 5，偵測端子組5㈣侧SD卡82是縣防寫狀態以及是否插顺^貞測端 子組5包括第一偵測端子50、第二偵測端子51及第三偵測端子52 ,第」偵測 端子50包括一個彎曲的第—抵觸部5〇1，第二偵測端子51包括第一接觸部 510和彎曲的第二抵觸部511，第三_端子52包括一個第二接觸部52〇，^ 8M344589 VIII. New description: [New technical field] This creation involves - (4) daughter card connection n, especially refers to a connector that can be plugged into different electronic cards. [Prior Art] The electronic card is light, thin, short, and small, and is widely used in electronic devices such as digital cameras, personal digital assistants (PDAs), or notebooks. It can effectively solve the traditional disk as an extended memory space H. The problem of insufficient space. 'With different electronic cards, different electronic card connectors are generated to electrically connect electronic cards and electronic devices. Some electronic card connectors are now installed on the board of the t-sub-device for inserting the electronic card, so that the electronic card and the circuit board are connected to each other, and (4) transmitting the signal between the electronic card and the circuit board to make the electronic card Access to information between electronic devices. Although there are electronic card connectors on the market, electronic cards of various specifications (such as cards, SD cards, XD cards, etc.) can be inserted, but generally only a large space is used for the housing space. A plurality of guiding and positioning mechanisms respectively corresponding to the shape of the electronic card are disposed in the accommodating space, so that the electronic card connector can be inserted into a plurality of different electronic cards. However, since the shape of the MS card and the MS Duo card are quite similar, the size of the MS card is 5〇mm x 21.5m=X2.8mm, and the size of the MS Duo card is 31mmx2〇mmxl 6 legs. It can be seen that the (10) Du〇 card is only slightly thinner. And narrower than the MS card, it is difficult to provide a guiding and limiting mechanism corresponding to the shape of the electronic card in the accommodating space. In addition, when the electronic card connector money card is inserted therein, it is often difficult to ensure that the electronic card can be stably located in the electronic card connector, so that the electrical connection between the electronic card and the electronic card connection is less stable. Causes signal transmission to be unstable. The Chinese Patent Application Publication No. CN2807552 discloses a card connector including an insulative housing, an insulative housing recessed therein for receiving an accommodation space of an electronic card, a conductive terminal set mounted on the insulative housing, and a buckle a shielding case on the insulative housing, the insulative housing includes a mating surface, two side walls, and a guiding groove disposed on the two side walls and communicating with the receiving space for guiding the insertion of the MS card. However, since the MSDu 〇 card is slightly thinner and narrower than the “§ card, when the msDu 〇 card is inserted, the guide slot does not have a good limit function for the MS Du 〇 card, and the card connection does not have a corresponding card. Hold the mechanism to prevent the MS Du〇 card from swaying up and down 6 M344589 when the MS Duo card is inserted, resulting in poor electrical contact. Therefore, it is necessary to design a card connector that can overcome the above drawbacks. _ [New content In view of the above, it is necessary to provide a card connector that can be stably plugged into different electronic cards. To achieve the above objectives, the present invention has the following technical solutions: - a card connection crying, including an insulating body and a resolving electrical terminal, an insulating book The age of the plug-in interface and the self-plugging surface _ recessed formation • With the gift of the sub-card holder (four) 'The conductive terminal is provided with an extension of the person to accommodate (four) and with the electronic card to match the details, riding card connection Wei The limiting mechanism is provided with a guiding mechanism for guiding the first electronic card, and a guiding surface for guiding the first electronic card to protrude upward from both sides of the guiding surface for limiting the longitudinal convexity of the first electronic card. Strip's ribs are provided The invention limits the upper surface of the second electronic card. The present invention can also be implemented by the following technical solution: the card connector comprises an insulating body and a plurality of conductive terminals, the insulating body comprises a plug surface and the inner surface of the plug body is recessed. The accommodating space for accommodating the electric and the sub-cards, the conductive terminal is provided with a detail portion extending into the accommodating space and cooperating with the electronic card, and the card connection is provided with a limitation range of the upper and lower movement of the female insulating body The limiting mechanism is provided with a guiding surface for guiding the first electronic card, a self-guide surface protruding from the side to limit the longitudinal rib of the first electronic card, and the rib is provided with a guiding and limiting second electronic card. φ Compared with the prior art, this creation uses the limit mechanism on the card connector. When the electronic card is inserted, the opening on the limiting mechanism limits and guides the electronic card, which enhances the connection between the card and the connector. [Embodiment] - Refer to the -® to the person's, the card connector 丨 (8) of this creation is set on the circuit board (not shown) 'pluggable XD card 81, SD card 82 , MMC card 83, MMCplus card 84, MS Card 85 and MS Duo card 86 are six different electronic cards 8. In this embodiment, the MS 〇11 〇 card 86 is slightly narrower and thinner than the other electronic cards 8 so that the MS Duo card 86 is the first-electronic card, and the others are slightly larger. The electronic card 8 is a second electronic card, and all of the electronic cards 8 include a conductive portion 8A. The card connector 1 includes an insulative housing 2, a set of conductive terminals that are received in the insulative housing 2, and are placed on the insulative body. 2, the shielding shell 3 and the detecting terminal group 5 installed in the insulating body 2. 7 M344589 The conductive terminal group includes a first conductive terminal 4i, a second conductive terminal 42 and a third conductive contact respectively with different electronic cards The insulative housing 2 includes an upper surface 26, a mating surface 25, a left side wall 27, and a right side wall 28. The plug surface 25 is recessed inwardly and communicates with the upper surface 26 to form an accommodating space. 2, for accommodating the electronic card 8, the left side wall 27 and the right side wall 28 are respectively recessed with a plurality of guiding grooves for guiding the insertion of different electronic cards 8 in the end of the insertion surface 25 201. The conductive terminal is further provided with a contact portion extending into the accommodating space 20 and cooperating with the electronic card 8. The accommodating space 2 〇 mainly includes a receiving surface 203 parallel to the upper surface 26 of the rim body 2, and is accommodated therein. The surface 203 is provided with a plurality of terminal receiving slots for receiving the conductive terminal groups. The mating surface 25 of the insulating body 2 is located at the front end of the insulating body 2 in the longitudinal direction of the insulating body 2, and the surface 200 is recessed with the plurality of surfaces 200. The first terminal receiving groove 21 of the insulating body 2 is configured to receive a conductive terminal 41. The second terminal receiving slot 22 is disposed under the first terminal receiving slot 21 for receiving the second conductive terminal 42. The second conductive terminal 42 extends to the center of the accommodating space 20 and is located in front of the first conductive terminal 41. The third terminal receiving slot 23 is further disposed in front of the second terminal receiving slot 22 for receiving the third conductive terminal μ. The third conductive terminal 43 is located in front of the second conductive terminal 42. A plurality of upwardly protruding bumps 2〇4 are disposed between the plurality of first conductive terminals 41 and the second terminal valleys 22 on the receiving surface 203 for blocking the unsuitable electronic card. 41, to avoid inserting the wrong electronic card 8. The elastic storage piece 6 is provided on both sides of the accommodating space 20, and the elastic piece 6 includes a first elastic piece 60 and a second elastic piece 61 respectively disposed on the right side wall 28 and the left side wall 27, and the elastic piece is inserted between the MS+85 insertion elastic piece 6. The pair of cards play a clamping function to prevent the card from swaying in the accommodating space 20, and the first elastic piece 6 〇 includes the first fixing portion 600 of the type and the first pressing force for clamping the MS card 85. The second elastic piece 61 includes an L-shaped second fixing portion 610 and a second pressing portion 611 for clamping the MS+85. The first fixing portion 600 and the second fixing portion 610 are embedded and molded in the insulating body 2 In other embodiments, an L-shaped recess may be recessed in the upper surface 26 of the insulative housing 2 for receiving the first fixing portion 6〇〇 and the second fixing portion 610, and the same effect can be achieved. The left side wall 27 of the insulative housing 2 is further provided with a detecting terminal group 5 electrically connected to the circuit board, and the detecting terminal group 5 (four) side SD card 82 is in the state of anti-write and whether the terminal group 5 is inserted or not. The first detecting terminal 50 includes a first detecting terminal 50 and a third detecting terminal 52. The detecting terminal 50 includes a curved first-contact portion 5〇1, and the second detecting terminal 51 includes a first contact. a portion 510 and a curved second abutting portion 511, the third_terminal 52 including a second contact portion 52, ^ 8
V M344589 SD卡82剛開始插入時，81)卡82之側壁一直抵持住第一抵觸部5(n，使第一 - 抵觸部501始終抵壓於第一接觸部510上，待SD卡82插接到位時，SD卡82之 • 前端抵持住第二抵觸部511，使第二抵觸部511抵觸於第二接觸部520上達成 電性連接’此時電路板將會受到8〇卡82已插接到位之訊號，SD卡82抵持偵 測端子組5之一侧上設有一個滑槽，滑槽内設有一個可前後滑動之防寫滑塊 820，SD卡82已插接到位時，防寫滑塊82〇可滑於一邊繼續抵持住第一抵觸 部501使得第一抵觸部5〇1繼續抵接於第一接觸部51〇上，防寫滑塊82〇亦可 • 滑於另一邊不抵壓第一抵觸部501，使第一抵觸部501落入滑槽中中斷第一 抵觸部501與第一接觸部510之連接，如此便可偵測出SD卡82是否處於防寫 狀態。 絕緣本體2之容置面203上靠近插接面25處向内凹設有複數用以收容第 四導電端子44之第四端子收容槽24，第四導電端子44包括收容於第四端子 收容槽24内的第四固持部44〇，第四固持部440—端設有用以焊接電路板第 ， 四焊接部442，第四固持部440另一端設有用以接觸xd卡81之導電部分80之 第四彈性接觸部441，第四端子收容槽24兩侧還凹設有凹口2〇2。 ‘ 本實施方式中，絕緣本體2靠近插接面25上安裝自身具有彈性之限位機 構7 ’限位機構7包括固持部71和由固持部71向上傾斜延伸之抬高部7〇，固 持部71和抬高部70之上表面組成一個用以引導MS 〇11〇卡86插入之引導面 73，固持部71向下一體延伸出兩個柱體71()，柱體71〇安裝於絕緣本體2之兩 釀，個凹口202中，從而達成限位機構7與絕緣本體2之穩固連接。限位麟7兩 ,側为別自引導面73向上凸設有凸條72，凸條72從固持部71之前端延伸至抬 回。卩70之末端，使MS Duo卡86—插入時即可被限制引導，兩個凸條％之間 形成用以收容MS Duo卡86之開口，MS Duo卡86收容於開口内沿著引導面73 插入日守’限位機構7末端被向下抵壓，引導面73在上下方向限制ms 86所述開口對]vis Duo卡86的插入有一個限制並引導之作用，且Mg Duo =86最後插入絕緣本體2内之第一彈片6〇和第二彈片&之間，第一彈片㈧和 第二彈片61對MS Duo卡86也起到-個夾持限位作用，從而防止了MS Du〇 卡86因本身寬度略小於其他電子卡8而於插入卡連接器觸時發生左右晃 動。所述凸條72還包括兩個上表面，當其他稍大的電子卡8插入時，電子卡 8之下表面抵持並沿著兩個凸條72之上表面插人。限位機構了之抬高部獅 9 M344589 設有與第四導電端子44位置對應之複數通槽7〇〇，通槽7〇〇貫穿抬高部％， 田XD卡81插到位時’第四導電端子44穿過被向下壓的限位機構7通槽中 接觸到XD卡81之導電部分8〇,從而達成卡連接器励與幼棚之電性連接。 遮蔽殼體3包括-個呈矩形的域部3G，以及由主體部3()彎折向下延伸 之側壁3卜_戀1上分別設有三細以扣持絕緣本體2定俯咖，絕緣 本體2左側壁27與右侧之外表面分別凸設有三個模形的定位塊29，用以 收容於遮蔽殼體3之定位孔310中，從而使遮蔽殼體3與絕緣本體2達成穩固 安裝。 〜 a請參閱第九圖至第十-圖，本創作卡連接器丨⑻除了第_實施方式，還 有第二種實施方式同樣可以達到預期目的，第一實施方式中之卡連接器卿 與第二實施方式中之卡連接器卿結構大部分相同，兩種實施方式之主°要區 別在於··第-種實施方式中，限位機構7為一體式結構直接安裝於卡連接器 100上，限位機構7本身具有-定彈性，當電子卡8插入時，限位機構7末端 被=下抵壓，限織構7材發生雜變形，從而麟住f子卡8之下表面。 而第-種實施方式巾，賴抵持電子卡8之限位機構9樞接於絕緣本體2,内， 位機構9與第-實施方案中之限位機構7形狀大致相同，所述限位機構9上 安裝有用以向上抵持限位機構9之彈性元件，限位機構9包括縱長的固持部 71’及自固持部71’向上呈一個角度傾斜延伸之抬高部7〇,，固持部71，與抬高 邛70之上表面組成一個用以引導撾81^〇卡86插入之引導面乃。第二實施方 式與第-實施方式之區別還在於第二實施方式中之抬高部7〇,上表面僅於靠 近制端子組5之-侧設有向上突起之縱長凸條，固持部力，之縱長方向上兩 側分別向外延伸形成兩細以安裝雅元件之樞軸94。本實施方式中之彈 性元件為兩個套接於_94上之扭簧93，扭簧93包括瞧狀本體㈣以及由 圓狐狀本體930向-端延伸之長度較短並呈L狀的抵持絕緣本體2，之抵壓部 93卜圓弧狀本體93〇向另一端延伸形成較抵麼部州長的抵持限位機構9之 抵止部932，兩個扭簣93之圓弧狀本體㈣分膽設於畴部71，之兩端植轴 94上。絕緣本體2’由插接面25,之兩側於引導槽2〇1，之下方向内凹陷並與容 置空間20’連通形成兩個安裝槽91，樞軸機構9之樞軸94樞接於相應之安裳槽 91内，扭黃93之抵壓部931抵持於絕緣本體2,之容置面2〇3,上，而抵止部932 抵持於限位機構9上，所述限位機構9之上表面抵持於凹設於絕緣本獻兩側 M344589 之引導槽201’内，從而防止限位機構9過度旋轉出容置空間2〇，。限位機構& 上凹設有複數與第四導電端子24’一一對應之通槽700,，限位機構9之一側凸 π有凸條72，所述絕緣本體2’遠離凸條72’的一侧之引導槽2〇1，内安裝有用 以抵壓電子卡8,之夾持片92,爽持片92與凸條72，之間形成一個開口，當應 Duo卡86插人時凸條72,與夾持片92分別限制MS 〇11〇卡86之左右方向並引 導MS Duo卡86向内插入，當其他稍大的電子卡8插入時，電子卡8的兩· 者相應之引導槽201，且下表面沿著凸條72，之上表面向内插入。 本創作中之MS卡85、MS Duo卡86、XD卡81僅是用以舉例， 創作限制於該種形態之電子卡。 並非將本V M344589 When the SD card 82 is initially inserted, 81) the side wall of the card 82 always abuts against the first abutting portion 5 (n, so that the first-abutting portion 501 is always pressed against the first contact portion 510, and the SD card 82 is to be held. When the socket is inserted into the position, the front end of the SD card 82 abuts against the second abutting portion 511, so that the second abutting portion 511 abuts against the second contact portion 520 to achieve an electrical connection. The signal is inserted into the bit, and the SD card 82 is provided with a sliding slot on one side of the detecting terminal group 5. The sliding slot is provided with an anti-writing slider 820 that can slide back and forth, and the SD card 82 is inserted into the position. At this time, the anti-write slider 82 can slide on one side to continue to resist the first abutting portion 501 such that the first abutting portion 5〇1 continues to abut on the first contact portion 51〇, and the anti-writing slider 82 can also be • Sliding on the other side does not press the first abutting portion 501, so that the first abutting portion 501 falls into the sliding slot to interrupt the connection between the first abutting portion 501 and the first contact portion 510, so that it can be detected whether the SD card 82 is in the In the anti-write state, the receiving surface 203 of the insulative housing 2 is recessed in the vicinity of the mating surface 25 and is provided with a plurality of fourth terminals for receiving the fourth conductive terminal 44. The fourth conductive terminal 44 includes a fourth holding portion 44 收容 received in the fourth terminal receiving groove 24, and the fourth holding portion 440 is disposed at the end for soldering the circuit board, the fourth soldering portion 442, and the fourth holding portion. The other end of the 440 is provided with a fourth elastic contact portion 441 for contacting the conductive portion 80 of the xd card 81. The fourth terminal receiving groove 24 is further recessed with a notch 2〇2 on both sides. In the present embodiment, the insulating body 2 is close to A limiting mechanism 7 is provided on the mating surface 25, and the retaining mechanism 7 includes a retaining portion 71 and a raised portion 7〇 extending obliquely upward from the retaining portion 71. The upper surface of the retaining portion 71 and the elevated portion 70 are formed. A guiding surface 73 for guiding the insertion of the MS 〇11 86 86, the holding portion 71 integrally extends downwardly from the two cylinders 71 (), and the cylindrical body 71 〇 is installed in the two recesses 202 of the insulating body 2 Therefore, a stable connection between the limiting mechanism 7 and the insulative housing 2 is achieved. The limiting collar 7 is two, and the side of the other self-guide surface 73 is convexly provided with a protruding strip 72, and the protruding strip 72 extends from the front end of the holding portion 71 to the lifting back. At the end of 卩70, the MS Duo card 86 can be restricted from being guided when inserted, and the two ribs are shaped between The opening of the MS Duo card 86 is received, and the MS Duo card 86 is received in the opening along the guiding surface 73. The end of the limiting mechanism 7 is pressed downward, and the guiding surface 73 limits the opening in the up and down direction. There is a restriction and guiding effect on the insertion of the vis Duo card 86, and Mg Duo = 86 is finally inserted between the first elastic piece 6〇 and the second elastic piece & in the insulative housing 2, the first elastic piece (eight) and the second elastic piece 61 pairs of MS Duo cards 86 also serve as a clamping limit, thereby preventing the MS Du card 86 from being left and right swayed when the card connector is touched because its width is slightly smaller than that of the other electronic cards 8. The rib 72 further includes two upper surfaces. When other slightly larger electronic cards 8 are inserted, the lower surface of the electronic card 8 is abutted and inserted along the upper surface of the two ribs 72. The heightening part of the lion 9 M344589 is provided with a plurality of through slots 7 对应 corresponding to the position of the fourth conductive terminal 44, the through slot 7 〇〇 extends through the elevation portion, and when the field XD card 81 is inserted in position, the fourth The conductive terminal 44 contacts the conductive portion 8〇 of the XD card 81 through the slot of the limiting mechanism 7 that is pressed downward, thereby achieving electrical connection between the card connector and the greenhouse. The shielding shell 3 includes a rectangular domain portion 3G, and the side wall 3 which is bent downwardly from the main body portion 3 () is respectively provided with three thin to hold the insulating body 2, and the insulating body 2 The left side wall 27 and the outer surface of the right side are respectively provided with three molding positioning blocks 29 for receiving in the positioning holes 310 of the shielding shell 3, so that the shielding shell 3 and the insulating body 2 are stably installed. ~ a Please refer to the ninth to tenth-figure, the author card connector (8) in addition to the first embodiment, there is a second embodiment can also achieve the intended purpose, the card connector in the first embodiment The card connector structure in the second embodiment is mostly the same, and the main difference between the two embodiments is that in the first embodiment, the limiting mechanism 7 is directly mounted on the card connector 100 in an integrated structure. The limiting mechanism 7 itself has a constant elasticity. When the electronic card 8 is inserted, the end of the limiting mechanism 7 is pressed downwards, and the texture of the material 7 is deformed, so that the lower surface of the sub-card 8 is received. In the first embodiment, the position limiting mechanism 9 of the electronic card 8 is pivotally connected to the insulative housing 2, and the position mechanism 9 is substantially the same shape as the limiting mechanism 7 of the first embodiment. The mechanism 9 is provided with an elastic member for resisting the retaining mechanism 9 upward. The limiting mechanism 9 includes an elongated retaining portion 71' and an elevated portion 7〇 extending obliquely upward from the retaining portion 71' at an angle. The portion 71 and the upper surface of the raised raft 70 form a guiding surface for guiding the insertion of the 81 〇 86 of the Laos. The second embodiment differs from the first embodiment in the elevation portion 7A of the second embodiment. The upper surface is provided with an upwardly protruding longitudinal rib on the side close to the terminal group 5, and the holding portion is biased. The two sides in the longitudinal direction respectively extend outward to form two pivots 94 for mounting the element. The elastic member in the present embodiment is two torsion springs 93 that are sleeved on _94. The torsion spring 93 includes a 瞧-shaped body (4) and a short length and an L-shaped extension extending from the fox-like body 930 toward the end. Holding the insulating body 2, the pressing portion 93, the arc-shaped body 93, extends toward the other end to form an abutting portion 932 of the resisting stop mechanism 9 opposite to the governor of the state, and the arc-shaped body of the two twistings 93 (4) The bifurcation is set in the domain 71, and the two ends are planted on the shaft 94. The insulating body 2' is formed by the insertion surface 25, and the two sides are recessed in the lower direction and communicate with the accommodating space 20' to form two mounting slots 91. The pivot 94 of the pivot mechanism 9 is pivotally connected. The abutting portion 931 of the twisting yellow 93 abuts against the receiving surface 2〇3 of the insulating body 2, and the abutting portion 932 abuts against the limiting mechanism 9, The upper surface of the limiting mechanism 9 is resisted in the guiding groove 201' recessed on the side of the insulating body M344589, thereby preventing the limiting mechanism 9 from excessively rotating out of the accommodating space 2〇. The limiting mechanism & is recessed with a plurality of through slots 700 corresponding to the fourth conductive terminals 24', wherein one of the limiting mechanisms 9 is convex π with a rib 72, and the insulating body 2' is away from the rib 72. The guiding groove 2〇1 of the one side is provided with a clamping piece 92 for pressing against the electronic card 8, and the opening piece 92 and the ridge 72 are formed with an opening when the Duo card 86 is inserted. The ridge 72 and the holding piece 92 respectively restrict the left and right directions of the MS 〇11 〇 86 and guide the MS Duo card 86 to be inserted inward. When other slightly larger electronic cards 8 are inserted, the two of the electronic cards 8 correspond to each other. The groove 201 is guided, and the lower surface is along the rib 72, and the upper surface is inserted inward. The MS card 85, the MS Duo card 86, and the XD card 81 in this creation are merely examples for creating an electronic card limited to this form. Not this
综上所述，本創作符合新型專利要件，爰依法提出專利 ΐ所ί者僅為本創作之較佳實施例，本創作之·並不以上述實施例為 二處牛本紐藝之人士援依本_之精神所作之敎修飾或變化: 皆應涵盍於以下申請專利範圍内。 艾化 【圖式簡單說明】 ，一圖係本創作卡連接器第一實施方案之組合圖。 第二圖係第一圖中卡連接器之部分組合圖。 第二圖係第一圖中卡連接器之立體分解圖。 圖。第四_與第—圖中卡連接器相配合之六種電子卡—個歧之示意 第五圖係、第四圖中六種電子卡另-⑽度之示意圖。 第六圖係第二圖中卡連接器之俯視圖。 ^七圖係第-圖中卡連接||另_個角度之部分組合圖。 第八圖係XD卡插入卡連接器前之示意圖。 第九圖係本創作卡連接器第二實施方案之部分組合圖。 第十圖係第九圖中卡連接器之部分分解圖。 第十-圖係第九圖中卡連接器之另一個角度之部分組合圖。 【主要元件符號說明】 絕緣本體 卡連接器 1〇〇 11 M344589In summary, the creation meets the requirements of the new patent, and the patent is filed according to law. It is only a preferred embodiment of the creation. This creation does not use the above-mentioned embodiment as a support for the two cows. Modifications or changes made in accordance with the spirit of this _ are to be included in the scope of the following patent application. Aihua [Simple description of the drawing], a picture is a combination of the first embodiment of the creative card connector. The second figure is a partial combination diagram of the card connector in the first figure. The second figure is an exploded perspective view of the card connector in the first figure. Figure. The fourth electronic card is matched with the card connector in the fourth figure. The fifth figure is a schematic diagram of the six electronic cards in the fourth figure. Figure 6 is a plan view of the card connector of the second figure. ^Seven pictures are in the picture - the card connection | | another part of the combination of angles. The eighth figure is a schematic diagram of the XD card inserted into the card connector. The ninth drawing is a partial combination diagram of the second embodiment of the authoring card connector. The tenth figure is a partially exploded view of the card connector in the ninth diagram. Tenth - Figure is a partial combination of the other angles of the card connector in the ninth diagram. [Main component symbol description] Insulation body Card connector 1〇〇 11 M344589
容置空間 20、20， 後表面 200 引導槽 2(Η、201， 凹口 202 容置面 203、203’ 擋塊 204 第一端子收容槽 21 第二端子收容槽 22 第三端子收容槽 23 第四端子收容槽 24 插接面 25、25， 上表面 26 左側壁 27 右側壁 28 定位塊 29 遮蔽殼體 3 主體部 30 側壁 31 定位孔 310 第一導電端子 41 第二導電端子 42 第三導電端子 43 第四導電端子 44、24， 第四固持部 440 第四彈性接觸部 441 第四焊接部 442 偵測端子組 5 第一偵測端子 50 第一抵觸部 501 第二偵測端子 51 第一接觸部 510 第二抵觸部 511 第三偵測端子 52 第二接觸部 520 彈片 6 第一彈片 60 第一固定部 600 第一抵壓部 601 第二彈片 61 第二固定部 610 第二抵壓部 611 限位機構 7 抬高部 70、70， 通槽 700、700, 固持部 71 柱體 710 凸條 72、72， 引導面 73 電子卡 8 導電部分 80 XD卡 81 SD卡 82 防寫滑塊 820 MMC卡 83 MMCplus 卡 84 MS卡 85 MS Duo 卡 86 限位機構 9 安裝槽 91 夾持片 92 12 M344589 扭簣 93 圓弧狀本體 930 . 抵壓部 931 抵止部 932 樞軸 94Accommodating space 20, 20, rear surface 200 guiding groove 2 (Η, 201, notch 202 accommodating surface 203, 203' stopper 204 first terminal receiving groove 21 second terminal receiving groove 22 third terminal receiving groove 23 Four-terminal receiving groove 24 insertion surface 25, 25, upper surface 26 left side wall 27 right side wall 28 positioning block 29 shielding housing 3 main body portion 30 side wall 31 positioning hole 310 first conductive terminal 41 second conductive terminal 42 third conductive terminal 43 fourth conductive terminal 44, 24, fourth holding portion 440, fourth elastic contact portion 441, fourth soldering portion 442, detecting terminal group 5, first detecting terminal 50, first abutting portion 501, second detecting terminal 51, first contact 510 second contact portion 511 third detecting terminal 52 second contact portion 520 elastic piece 6 first elastic piece 60 first fixing portion 600 first pressing portion 601 second elastic piece 61 second fixing portion 610 second pressing portion 611 Limiting mechanism 7 lifting portion 70, 70, through groove 700, 700, holding portion 71 cylinder 710 rib 72, 72, guiding surface 73 electronic card 8 conductive portion 80 XD card 81 SD card 82 anti-writing slider 820 MMC Card 83 MMCplus card 84 MS card 85 MS Duo card 86 Limiting mechanism 9 Mounting groove 91 Holding piece 92 12 M344589 Twisting 93 Arc-shaped body 930 . Pressing part 931 Abutting part 932 Pivot 94
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