1287332 五、發明說明（】） 【發明所屬之技術領域 本發明係有關一種雷 ，卡機構之電子切接器。相’尤其是指—種具有 【先前技術】 通常的電子卡連接器多 中之電子卡退出。並且為。以卡機構，以便將插入豆 行退卡操作’退卡機構：彈性：構有足夠的彈力進 定程度的預麼縮量或預拉伸量。刀的位置就有一 初的位置會受到彈性件所施加 =性件的物體在最 卡連接器通常是利用絕緣本體來支樓該ί性：常見的電子 採用表面安裝型端子，而在 * 件’並且大多 印刷電路板上時’整個電子卡；接‘需=端子焊接至 2中加熱處理，工藝上稱之為過爐： 導致兮絕緣Ui 此時由彈性件施加的彈力將 =使用形’並進-步影響到退卡機構之正 美國專利公告第6, 875, 03 3號揭示了一種電子卡連接 器，其包括組設有複數端子的絕緣本體、退卡機構及金屬 ^殼。所述退卡機構沿絕緣本體一侧設置於其内，其包括 攀可沿電子卡之插入及退出方向滑動的滑塊、導引銷及可提 供退卡之彈性回復力的彈簧元件。所述滑塊設有心型槽， 導引銷一端固定在絕緣本體上，另一端可沿心型槽滑動以 用於限定滑塊之移動軌跡。彈簧元件位於滑塊的前方，其 一端收容於形成在滑塊前端之收容腔内，所述金屬外殼罩1287332 V. INSTRUCTION DESCRIPTION (]) Technical Field The present invention relates to an electronic splicer for a lightning and card mechanism. The phase 'in particular' has an electronic card exit having a plurality of conventional electronic card connectors of the prior art. And for. The card mechanism is used to retract the inserted bean line. The card ejecting mechanism: Elasticity: a pre-shrinkage or pre-stretching amount with sufficient elastic force. The position of the knife has an initial position that is subject to the application of the elastic member = the object of the sex component is usually used in the most card connector to support the floor. The common electronic uses surface mount type terminals, while the * piece ' And most of the printed circuit board 'whole electronic card; connect 'need to = terminal soldered to 2 heat treatment, the process is called over-fired: the 兮 insulation Ui at this time the elastic force applied by the elastic member will = use shape - </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The card ejecting mechanism is disposed along one side of the insulative housing, and includes a slider that can slide along the insertion and withdrawal directions of the electronic card, a guide pin, and a spring element that can provide an elastic restoring force of the card. The slider is provided with a heart-shaped groove, and one end of the guiding pin is fixed on the insulating body, and the other end is slidable along the core groove for defining a movement track of the slider. The spring element is located in front of the slider, and one end thereof is received in a receiving cavity formed at the front end of the slider, the metal outer casing
第6頁 1287332 五、發明說明（2) 設於絕緣本體上，其前緣向下延伸 彈f元件的另-端並與該彈箐元件抵觸。 置时之退卡機構可由所述絕緣本體及 但是這樣的結構設計僅僅是減少了絕緣力 彈：並底解決問題，其絕緣本體仍然要承受-部分 有伊：ΐ過爐時絕緣本體的變形還是不可避免的。 以克服先二；^ 確有必要對現有電子卡連接器進行改良， 以克服先月，j技街令之前述缺陷。 厂 【發明内容】 ^ 本毛明之目的在於提供一種電子哭 體在過爐時不易產生變形 接的，其絕緣本 作。 座生又形攸而可保證退卡機構之正常工 本發明之另一目的在於提供一 卡機構在最初位置時的彈力由 ^卡連接盗，其退 施加於絕緣本體上。 表支撐’且该彈力不會 為達成上述目# ’本發明採用如· 子卡連接器，可與一電子+ 技術方案· 一種電 絕緣本體、退卡機構、框架n挺，包括設有複數端子的 :。退卡機構組設於絕緣本體内：士：：屬外 I胃牛。所述滑塊可在電子卡括 、/、1夕包括滑塊及彈性 其前端設有退卡臂，所、、p =及退出之前後方向上移動， 退出該電子卡連接器。彈$ =與電子卡配合並可將其 退卡操作時所需之彈性叹於滑塊一端，其可提供 包括-主體及自主體前後^兩，架由一金屬片形成，其 曼相對兩端向下彎折而成的擋壁， $ 7頁 1287332 五、發明說明（3) 該框架罩設於退卡 機構之前後相對兩 兩擋壁分別抵觸並 相較於先前技 :本發明電子卡連 性件的彈力，其可 彈力所引起的變形 工作。 【實施方式】 _ 請參閲第一圖 卡連接器，其可與 緣本體1 0、複數端 50 〇 :構^丄所述兩擔壁分別眺鄰於退卡 支，卡機構位於初始位置時，所述 支撐退卡機構的滑塊及彈性件。 術’本發明電子卡連接 接哭制田 接具有如下功效 时】用附加的框架來支撐退卡機構 避免絕緣本體在過爐時由於退卡機構之 ，以保證過爐後的退卡機構仍可以正常 及第二圖所示，本發明公開了一種電子 一電子卡1 0 0達成電性配接，其包括絕 子20、退卡機構30、框架40及金屬外殼 請參閱第三圖所示，絕緣本體丨〇大致呈一矩形板狀， 其包括底板11及底板11左右兩側之側壁丨2。所述底板i丨及 側壁1 2共同形成一容納電子卡丨〇 〇的收容空間〗3及毗鄰底 板11後緣供電子卡1 〇 〇插入之端口（未標號）。底-板11前 緣之相對左右兩側部向前突伸，使底板丨〗前緣的中間部分 P成一” U ”型開口 1 4。底板11在位於收容空間1 3之正下方 设有兩排矩形通孔11 〇，每一矩形通孔丨丨〇上下貫穿底板11 ’並自其前側壁111進一步向前貫通底板11延伸至所述開 口 14以形成固持槽（未圖示）。底板n上設有一用於容納 退卡機構30的狹長凹槽15。所述凹槽15毗鄰於一側壁12並 沿其延伸，其與收容空間1 3相鄰並相通。凹槽1 5的中間部 1287332 五、發明說明（4) 分具有一矩形槽1 5 0，所述矩形槽1 5 0與矩形通孔1 1 0結構 相似，其向下貫穿底板11並自其前側壁151向前貫通底板 11形成固持槽（未圖示）。 端子20均為表面安裝型端子，其包括訊號端子21及接 地端子22，每一端子20包括接觸部23、延伸部（未圖示） 及焊接部24。所述訊號端子2 1之接觸部23位於矩形通孔 110内’並突出於底板11的上表面以與電子卡1〇〇抵觸；延 伸部位於相應矩形通孔11 〇之固持槽内（未圖示），焊接 部2 4延伸出底板11進入開口 1 4内。所述接地端子2 2之接觸 ，部23位於矩形槽150内，並突出於凹槽15之上表面以與退 卡機構3 0抵觸；延伸部位於相應矩形槽丨5 〇之固持槽（未 圖示）内’焊接部24延伸出底板11進入開口 η内。所述端 子20之焊接部24排列在一條直線上便於焊接至印刷電路板 (未圖示）上。並且所述焊接部24均位於底板u的開口 14 内，其末鳊未超出絕緣本體1 0前端面，採用此種結構設計 可縮小該電子卡連接器在前後方向上的尺寸，進而節省了 在印刷電路板（未圖示）的安裝空間。 < 請繼續參閱第三圖所示，所述凹槽15在底板n上毗鄰 14處垂直於電子卡100的插入方向向遠離其相鄰 側壁1 2進一步延伸，形士 nn 立β 1 G ^ 1甲形成一凹陷邛1 5 2。該凹陷部〗5 2位於 、艮二工？ 2之正下方，用於容納設置在退卡機構30上用於 ^卡之u卡臂323 (參第二圖所示）。絕緣本體1〇之 =二Τί的前後相對兩端處各形成有一登直壁16，所述 ""为別與相鄰之右側側壁12相連，其中位於後端的Page 6 1287332 V. INSTRUCTION DESCRIPTION (2) It is provided on the insulative body, and its leading edge extends downward to the other end of the f element and interferes with the magazine element. The card-removal mechanism can be used by the insulating body and the structural design is only to reduce the insulating force bomb: the problem is solved bottom-by-side, and the insulating body still has to withstand - part of the y: the deformation of the insulating body when the furnace is over inevitable. To overcome the first two; ^ It is indeed necessary to improve the existing electronic card connector to overcome the aforementioned defects of the first month, j technology street order. Factory [Summary of the Invention] ^ The purpose of the present invention is to provide an electronic crying body that is not easily deformed when it passes through the furnace, and its insulation is intrinsic. The seat is shaped to ensure normal operation of the card ejecting mechanism. Another object of the present invention is to provide a card mechanism in which the elastic force of the card mechanism is stolen by the card connection, and the retraction is applied to the insulative body. The table supports 'and the elastic force does not achieve the above objective # '. The invention adopts a sub-card connector, and can be combined with an electronic + technical solution · an electrically insulating body, a card ejecting mechanism, a frame n, including a plurality of terminals of:. The card withdrawal mechanism is set in the insulation body: Shi:: is a foreign I stomach cattle. The slider can be removed from the electronic card connector by including a slider and an elastic arm at the front end of the electronic card, and a retracting arm at the front end, p, and before and after exiting. The bomb $= cooperates with the electronic card and can sigh the end of the slider when it is retracted. It can provide both the main body and the front and rear of the main body. The frame is formed by a metal piece, and its opposite ends are The downwardly bent retaining wall, $7,128,733,5 5. Description of the invention (3) The frame cover is placed against the two or two retaining walls before and after the card ejecting mechanism respectively, and compared with the prior art: the electronic card of the present invention The elastic force of the sexual component, which can be deformed by the elastic force. [Embodiment] _ Please refer to the first card connector, which can be adjacent to the edge body 10 and the plurality of ends 50 〇: the two walls are respectively adjacent to the card withdrawal branch, and the card mechanism is in the initial position. The slider and the elastic member supporting the card ejecting mechanism. When the electronic card connection of the present invention has the following functions, the additional frame is used to support the card ejecting mechanism to prevent the insulative body from being retracted by the mechanism when the furnace is in the furnace, so as to ensure that the card ejecting mechanism after the furnace can still be As shown in the normal and second figures, the present invention discloses an electronic-electronic card 100 that achieves electrical mating, including the child 20, the card-removing mechanism 30, the frame 40, and the metal casing. The insulating body 丨〇 is substantially in the shape of a rectangular plate, and includes a bottom plate 11 and sidewalls 2 on the left and right sides of the bottom plate 11. The bottom plate i and the side wall 12 together form a receiving space _3 for accommodating the electronic cassette 及 and a port (not labeled) for inserting the electronic card 1 毗邻 后 adjacent to the rear edge of the bottom plate 11. The opposite left and right sides of the front edge of the bottom plate 11 project forwardly so that the middle portion P of the front edge of the bottom plate 成 is formed into a "U" shaped opening 14 . The bottom plate 11 is provided with two rows of rectangular through holes 11 正 directly under the accommodating space 13 , each rectangular through hole 丨丨〇 vertically extending through the bottom plate 11 ′ and extending from the front side wall 111 further forward through the bottom plate 11 to the The opening 14 is formed to form a holding groove (not shown). An elongated recess 15 for accommodating the ejecting mechanism 30 is provided on the bottom plate n. The groove 15 is adjacent to and extends along a side wall 12 which is adjacent to and communicates with the receiving space 13 . The intermediate portion 1783332 of the groove 15 5. The invention description (4) has a rectangular groove 150, which is similar in structure to the rectangular through hole 1 1 0, which penetrates the bottom plate 11 downwardly and from The front side wall 151 penetrates the bottom plate 11 forward to form a holding groove (not shown). The terminal 20 is a surface mount type terminal including a signal terminal 21 and a ground terminal 22, each of which includes a contact portion 23, an extension portion (not shown), and a solder portion 24. The contact portion 23 of the signal terminal 2 1 is located in the rectangular through hole 110 and protrudes from the upper surface of the bottom plate 11 to interfere with the electronic card 1 ;; the extension portion is located in the holding groove of the corresponding rectangular through hole 11 ( (not shown) The welded portion 24 extends out of the bottom plate 11 into the opening 14. The contact of the grounding terminal 22 is located in the rectangular slot 150 and protrudes from the upper surface of the recess 15 to interfere with the card ejecting mechanism 30; the extending portion is located in the holding slot of the corresponding rectangular slot 5 (not shown) The inner portion 'welding portion 24 extends out of the bottom plate 11 into the opening n. The soldering portions 24 of the terminals 20 are arranged in a straight line for soldering to a printed circuit board (not shown). And the soldering portion 24 is located in the opening 14 of the bottom plate u, and the end portion thereof does not exceed the front end surface of the insulating body 10, and the structure design can reduce the size of the electronic card connector in the front-rear direction, thereby saving Installation space for printed circuit boards (not shown). <Continuously referring to the third figure, the groove 15 further extends away from the adjacent side wall 1 2 perpendicularly to the insertion direction of the electronic card 100 at the adjacent portion 14 on the bottom plate n, and the shape is φ 立 β 1 G ^ 1 A forms a depression 邛 1 5 2 . The recessed part 〖5 2 is located in the second part of the work? Directly below the 2, it is used to accommodate the u-card arm 323 (shown in the second figure) provided on the card ejecting mechanism 30 for the card. Each of the front and rear opposite ends of the insulative housing 1 is formed with a straight wall 16 which is connected to the adjacent right side wall 12, wherein the rear end is
第9頁 1287332 五、發明說明（5) 豎直壁16上設有一圓孔161 ’而位於前端的豎直壁上形 成有一向退卡機構突伸的突柱162，凹槽15在位於突柱162 之正下方還形成一狭槽153。 請參閱第四圖，並結合第三圖及第五圖所示，退卡機 構3 0設置在絕緣本體1 0之凹槽1 5内，位於兩豎直壁1 6之間 ，其包括滑塊3 1、導引件3 3及彈性件，本實施例中的彈性 件為一彈簧元件34。滑塊31可沿電子卡1 〇〇插入及退出方 向在凹槽15内滑動’其包括大致呈條形板體狀之基座31〇 及金屬片320。所述金屬片320包括一水平片體321、自該 •片體321前端左側向前延伸之豎直支臂322及自該支臂322 前端向左側彎折大致9 0 °而形成之退卡臂3 2 3。基座3 1 0靠 近其兩側邊處設有複數上下貫穿之狹縫311，片體321之兩 側及支臂322上形成有複數小突片3 24。金屬片320自基座 310底面嵌入基座310上，所述片體321貼在基座310的底表 面上，並與前述凹槽15内位於退卡機構30下方之接地端子 2 2抵接’所述小突片3 2 4分別插入基座3 1 0之狹縫3 1 1内以 將該金屬片320固定在基座310上，其退卡臂323位於基座 3 1 0的前端左側，並收容在前述底板丨丨位於收容空間丨3正 下方的凹陷部152内。 鲁 基座31〇之上表面設有一心型導槽312，其前端還設有 一圓形空腔313，該圓形空腔313自基座310前端面向後延 伸一定長度但未貫穿該基座310。導引件33由一圓形金屬 杆兩端彎折而成，大致成” U”形狀，其一端固定在前述豎 直壁1 6的圓孔1 6 1内，另一端可滑動的置於滑塊3〗之心型Page 9 1287332 V. Description of the Invention (5) The vertical wall 16 is provided with a circular hole 161', and the vertical wall at the front end is formed with a protruding column 162 protruding toward the retracting mechanism, and the groove 15 is located at the protruding column A slot 153 is also formed directly below the 162. Referring to the fourth figure, and in combination with the third and fifth figures, the card ejecting mechanism 30 is disposed in the recess 15 of the insulative housing 10, between the two vertical walls 16 and includes a slider. 3 1. The guiding member 3 3 and the elastic member. The elastic member in this embodiment is a spring member 34. The slider 31 is slidable in the recess 15 in the insertion and exit direction of the electronic card 1 ’. It includes a base 31 〇 and a metal piece 320 which are substantially in the shape of a strip. The metal piece 320 includes a horizontal piece 321 , a vertical arm 322 extending forward from the front end of the front end of the piece 321 , and a retracting arm formed by bending from the front end of the arm 322 to the left side by approximately 90°. 3 2 3. A plurality of slits 311 penetrating up and down are provided on the sides of the bases 3 1 0 , and a plurality of small tabs 3 24 are formed on both sides of the body 321 and the arms 322 . The metal piece 320 is embedded in the base 310 from the bottom surface of the base 310. The body 321 is attached to the bottom surface of the base 310 and abuts the ground terminal 22 located in the recess 15 below the card ejecting mechanism 30. The small tabs 3 2 4 are respectively inserted into the slots 3 1 1 of the base 310 to fix the metal piece 320 on the base 310, and the retracting arm 323 is located on the left side of the front end of the base 310. And being housed in the recessed portion 152 in which the bottom plate 丨丨 is located directly below the accommodating space 丨3. A heart-shaped guide groove 312 is disposed on the upper surface of the pedestal 31 ,, and a circular cavity 313 is further disposed at a front end thereof. The circular cavity 313 extends a certain length from the front end of the pedestal 310 but does not extend through the pedestal 310. . The guiding member 33 is bent from two ends of a circular metal rod and has a substantially U shape. One end of the guiding member 33 is fixed in the circular hole 16 1 of the vertical wall 16 and the other end is slidably placed on the sliding. Block 3
第10頁 1287332 五、發明說明（6) :槽312内用以限定滑塊”之滑動 ;卿的前端，其一端收容於圓形空件34設： 套設於另-豎直壁16之突柱162上，藉：13内，另-端 位效果。 精此以達到很好的定 凊參閱第五圖，並結合第二圖所示，框牟4n 士 # Λ 條形金屬板兩端蠻狀而士 甘a以u 孔^木40大體由〆 體41之相對前德击山、成，八匕括水平板狀主體41及自主 —擋壁42上各开^^刀別向下垂直彎折而成之擋壁42，每 退卡機成在=°自上而下的罩設於 及Ξ二：：：：緣本體10之凹槽15，位於退卡機構3〇 後相對兩端：i;3ir二：件ί分別抵觸退卡機構3°前 導引件33及*彈 件34 ’所述缺口43可分別供 置。I件33及大柱162穿過而不影響導引件33及突柱162的設 作，保Γ足夠的彈性回復力進行退卡操 即上Til 置時即具有一定的…量， 壁42 卡機構3〇對支撑其滑塊31及彈簧元件34之兩擋 定的彈力，而絕緣本體1〇…壁“由於未 Iί接接觸：不受該彈力影響。另，導引件33 自由在心型導槽312内滑動的-端係 而2二ί對豎直壁16施加彈力。藉此，即利用框架4。 絕：=焊接至印刷電路板（未圖示）的過爐過程中， 、-、、彖本體10在軟化狀態下受到彈力作用而引起的變形， 第11頁 '1287332 五、發明說明（7) 而,也了退卡機構3 0之正常使用。同時，由於框架4 0對退 卡機構30的罩設’可保證退卡機構30之導引件33及彈箬元 件34在退卡過程中不會飛出。 ” 明參閱第五圖所示，金屬外殼50由一金屬片衝壓並彎 折形成，包覆在絕緣本體10之上，其包括大致呈矩形之頂 板5 1頂板5 1左右兩側之側緣5 2及頂板5 1前緣的前壁5 3。 頂板51上設有兩排圓孔51〇、分佈在圓孔51〇周圍的橢圓孔 511及對應於絕緣本體1〇的開口 14設置之長槽512。每一側 緣之相對前後兩端各延伸有一接地片52〇，每一側緣52 ⑩上還形成有複數扣持孔521及一抵觸片522。絕緣本體1〇側 壁12上形成有複數扣持塊12〇及一突塊121。金屬外殼5〇包 覆於絕緣本體1〇之上，其兩側緣52包覆在絕緣本體1〇側壁 1 2上，其前壁5 3貼在絕緣本體1 〇之前端面，絕緣本體丨〇之 扣持塊120及突塊121分別與金屬外殼5〇之扣持孔521及抵 觸片5 2 2相配合以將該金屬外殼5 〇組裝在絕緣本體丨〇上。 請繼續參閱第五圖所示，電子卡1〇〇大致為矩形狀， 其可自絕緣本體1 0後緣之端口（未標號）進入收容空饲】3 :電子卡100底表面設有複數排成兩排的導電墊片（未圖 示），其岫端左側被切割形成一斜角1 〇 J。絕緣本體〗〇前 端左側設有一與該斜角101相配合之斜面122以保證該電子 卡100被正確插入。電子卡]00在其插入過程中， 觸退卡機構30的退卡臂323，帶動滑塊31 一起向前滑動，一 彈簧元件34被壓縮同時積蓄彈性勢能，導引件33在心型導 槽312内滑動，直至將滑塊31鎖在一閂鎖位置，此時訊號 1287332_ 五、發明說明（8) 要 端子21與電子卡100的導電墊片1〇1達成電性接觸v i $妥 將電子卡100退出時，再次向前推動電子卡10〇以解除導引 件3 3對滑塊3 1的閂鎖，隨後在彈簧元件3 4之彈性回德 作用下，滑塊31帶動電子卡丨〇〇退出該電子卡 。、 ，上所述，本發明確已符合發明專利'° 獒出專利申請。惟，以卜辦、+、版★丄 I件，犮依法 ，自不能以此限定本發明^二本發明之較佳實施方式 令具有通常知識者爰依本】耗圍。舉凡所屬技術領域 化，皆仍涵蓋於後附之 1 =精神所作之等效修飾成變 〜f粕專利範圍内。 苐13頁 ；1287332_ ； 圖式簡單說明 | 第一圖係本發明電子卡連接器之立體組合圖。 I •第二圖係本發明電子卡連接器之部分立體組裝圖。Page 10 1287332 V. Description of the Invention (6): The slot 312 is used to define the sliding of the slider; the front end of the Qing is placed at the end of the circular empty member 34: the sleeve is disposed on the other vertical wall 16 On column 162, borrow: 13 inside, the other - end effect. Fine to achieve a good fixed 凊 see the fifth picture, and combined with the second picture, frame 牟 4n 士# Λ strip metal plate ends The shape of the sage is a u hole ^ wood 40 is generally from the scorpion 41 relative to the front of the German hit the mountain, into the eight-dimensional horizontal plate-shaped body 41 and the autonomous - blocking wall 42 each open ^ ^ knife down vertical bend The folded wall 42 is formed in each of the card retracting machines at a lower limit of the lower side of the card body 10, and is located at the opposite ends of the card retracting mechanism 3: i; 3ir two: the pieces ί respectively against the card ejecting mechanism 3 ° front guide 33 and * elastic member 34 'the notch 43 can be separately provided. I piece 33 and the large column 162 pass through without affecting the guide 33 And the protrusion 162 is provided to ensure sufficient elastic restoring force to perform the card retracting operation, that is, when the Til is placed, the card 42 mechanism 3 〇 is supported by the slider 31 and the spring element 34. Fixed elasticity, and Edge of the wall body 1〇 ... "since no indirect contact Iί: not affect the spring force. In addition, the guide member 33 is free to slide in the heart-shaped guide groove 312, and the second member applies an elastic force to the vertical wall 16. Thereby, the frame 4 is utilized. Absolute: = Deformation caused by the elastic force of the body, 10, and 10 in the softening state during the process of soldering to a printed circuit board (not shown), page 11 '1287332 V. Description of invention (7) However, it is also the normal use of the card withdrawal mechanism 30. At the same time, since the frame 40 is provided with the cover of the ejecting mechanism 30, it can be ensured that the guide member 33 and the magazine member 34 of the ejecting mechanism 30 do not fly out during the card withdrawal process. Referring to the fifth figure, the metal casing 50 is stamped and bent by a metal sheet, and is wrapped on the insulative body 10, and includes a substantially rectangular top plate 5 1 side edges 5 of the top and bottom sides of the top plate 5 1 2 and the front wall 53 of the front edge of the top plate 5 1. The top plate 51 is provided with two rows of circular holes 51〇, an elliptical hole 511 distributed around the circular hole 51〇, and a long groove corresponding to the opening 14 of the insulating body 1〇. 512. Each of the side edges has a grounding piece 52〇 extending from each of the front and rear ends, and each of the side edges 52 10 is further formed with a plurality of fastening holes 521 and a contact piece 522. The insulating body 1 has a plurality of sidewalls 12 formed thereon The latching block 12〇 and a protruding block 121. The metal shell 5〇 is wrapped on the insulating body 1〇, and the side edges 52 of the insulating body are covered on the side wall 12 of the insulating body 1 , and the front wall 53 is affixed to the insulating layer. The front end surface of the main body 1 , the fastening block 120 of the insulating body 及 and the protrusion 121 cooperate with the fastening hole 521 of the metal casing 5 及 and the contact piece 5 2 2 respectively to assemble the metal casing 5 在 in the insulating body 丨〇上. Please continue to refer to the fifth figure, the electronic card 1 〇〇 is roughly rectangular, it can be self-insulating body 10 The port of the edge (not labeled) enters the receiving air feeding. 3: The bottom surface of the electronic card 100 is provided with a plurality of conductive pads (not shown) arranged in two rows, and the left side of the crotch end is cut to form an oblique angle 1 〇 J. The left side of the front end of the insulating body is provided with a slope 122 matching the angle 101 to ensure that the electronic card 100 is properly inserted. During the insertion process, the electronic card 00 is driven back by the withdrawal arm 323 of the card mechanism 30. The slider 31 slides forward together, a spring element 34 is compressed while accumulating elastic potential energy, and the guiding member 33 slides in the heart-shaped guide groove 312 until the slider 31 is locked in a latching position, at this time, the signal 1287332_5, invention Description (8) The terminal 21 is electrically connected to the conductive pad 1〇1 of the electronic card 100. When the electronic card 100 is withdrawn, the electronic card 10 is pushed forward again to release the guide 3 3 to the slider. The latch of 3 1 , and then under the elastic return of the spring element 34 , the slider 31 drives the electronic cassette to exit the electronic card. As described above, the present invention has indeed met the invention patent '° 獒出Patent application. However, in order to do, +, version ★ 丄 I, 犮 law The present invention is not limited thereto. The preferred embodiment of the present invention allows a person having ordinary knowledge to rely on the present invention. All of the technical fields are still covered by the appended 1 = the equivalent modification of the spirit. The change is ~f粕 patent range. 苐13 pages; 1287332_; Brief description of the drawings | The first figure is a three-dimensional combination diagram of the electronic card connector of the present invention. Assembly drawing.
I 第三圖係本發明電子卡連接器之組裝有端子的絕緣本體的 立體分解圖。 第四圖係本發明電子卡連接器之退卡機構的立體分解圖。 第五圖係本發明電子卡連接器之立體分解圖。 【元件符號說明】 絕緣本體 10 底板 11 矩形通孔 110 前側壁 111 ^側壁 12 扣持塊 120 突塊 121 收容空間 13 開口 14 凹槽 15 矩形槽 150 前側壁 151 凹陷部 152 狹槽 153 豎直壁 16 圓孔 161 突柱 162 端子 20 訊號端子 21 接地端子 22 接觸部 23 焊接部 24 退卡機構 30 滑塊 31 •基座 310 狹縫 311 心型導槽 312 圓形空腔 313 金屬片 320 片體 321 支臂 322 退卡臂 323 小突片 324 導引件 33The third figure is an exploded perspective view of the insulative housing in which the terminal of the electronic card connector of the present invention is assembled. The fourth figure is an exploded perspective view of the card ejecting mechanism of the electronic card connector of the present invention. Figure 5 is an exploded perspective view of the electronic card connector of the present invention. [Description of component symbols] Insulating body 10 Base plate 11 Rectangular through hole 110 Front side wall 111 ^ Side wall 12 Fastening block 120 Tab 121 Housing space 13 Opening 14 Groove 15 Rectangular groove 150 Front side wall 151 Recessed portion 152 Slot 153 Vertical wall 16 Round hole 161 Stud 162 Terminal 20 Signal terminal 21 Ground terminal 22 Contact part 23 Weld 24 Retracting mechanism 30 Slider 31 • Base 310 Slot 311 Heart-shaped guide groove 312 Round cavity 313 Metal piece 320 Sheet 321 arm 322 retracting arm 323 small tab 324 guide 33
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