M309788 八、新型說明： 【新型所屬之技術領域】 本創作關於一種記憶卡連接器，尤其關於一種具退卡機構之 記憶卡連接器。 【先前技術】 按，記憶卡需通過記憶卡連接器的連結方可以與應用端產口 產生相互的資料傳輸。傳統的記憶卡連接器一般是將記憶卡立式 插入，且该等記憶卡連接器只設有一個供記憶卡插退出的退卡機 惟，此種記憶卡連接器由於其僅設置一個記憶卡退卡機構， 使得在記憶卡在插入或者退出的過程中，記憶卡兩侧的受力不一 致’因而在插卡和退卡的過程中出現記針向—側傾斜的現象， 嚴重時會損傷記憶卡。M309788 VIII. New description: [New technical field] This creation is about a memory card connector, especially a memory card connector with a card ejecting mechanism. [Prior Art] Pressing, the memory card needs to be connected to the application port to generate mutual data transmission through the link of the memory card connector. The conventional memory card connector generally inserts the memory card vertically, and the memory card connector only has a card ejecting machine for the memory card to be ejected. The memory card connector has only one memory card. The card ejecting mechanism causes the force on both sides of the memory card to be inconsistent during the process of inserting or ejecting the memory card. Therefore, the pin is tilted to the side during the process of inserting and ejecting the card, and the memory may be damaged in severe cases. card.
夕有馨於上述習知所存在之問題，本案創作人遂以從事該行業 夕年之峰’亚本著精益求精之精神，積極研究改良，遂有本創 作具退卡機構之記憶卡連接器的產生。 Ί 【新型内容】 卡機=之目贿對上雜技娜權提供—種具退 δ己憶卡連接器。該具退卡機構之記憶卡連接器包括、 底板、沿底板兩側向上延伸形成的左播牆與右擋牆: 圍成緣向上延伸形成的前牆，該等職、前牆和底板之門 文各空間，左擋牆及底板左側向下凹陷至底板内部形· 5 M309788 向延伸之左滑動槽，右擋牆及絲右側向下_至絲内部形成 縱向延伸之右滑動槽’底板於左、右滑動槽之間開設有複數端子 槽；複數導電端子，收容於絕緣本體之相應端子槽；左退卡機構， 滑動收容觀縣體之讀_，包括切塊及難於左滑塊和 左滑動槽之前端壁之_左彈性元件，左滑塊具有—第_本體， 第-讀具有一位於底板上方之第一頂面，該第一頂面右側凹陷 形成第-切部，該第—支撐部具有向後貫穿之第—支標面，第 -支撐面和第-頂面之間形成有第—_壁，該第—支標面前端 形成有向上凸伸於第-支撐面上方之第—推移部，第—推移部: 上凸伸於所述收容空間，第—推移部後端具有—第—止及 右退卡機構’滑級容於輯《之右滑域，包括右滑塊及抵 狀右滑塊和右滑動槽之前端壁之間的右彈性元件，右滑塊具有 -弟一本體，第二本體具有—位於底板上方之第二頂面，該第二 頂面左側凹陷形成向後貫穿之第二支撐面，第二支禮面與第二: =間形成有第二_壁，該第二支撐面前端形成有向上凸伸於 第-支撐面上方之第二推移部，第二轉部向上凸伸於所述 空間’第二推移部後端具有-第二止難；於插人記憶卡時"己 憶卡之左右_分繼觸於切塊之第-_壁以及右滑塊之第 nmr翻側分顺麟左賴之第―推移部的第 止心土和石滑塊之第二推移部的第二止播壁。 ，斤（本解之具針機構之記針雜 機構、右退蝴㈣佈蝴，训織他入和= 6 M309788 所述收容空間的過程巾’記憶卡左右兩端均衡受力，進而避免在 插退過程中，該記憶卡發生傾斜。 【實施方式】 為詳細說明本辦之獅m容、構造贿、所賴目的及功 效’以下兹例舉實施例並配合圖式詳予說明。 請參閱第-圖，本創作具退卡機構之記憶卡連接器湖包括 絕緣本體10、收容於絕緣本體K)的複鱗電端子4G、左退卡機 構20和右退卡機構50以及扣合於絕緣本體1〇上之上蓋兕。 請參閱第二圖，絕緣本體10包括底板U、沿底板n兩侧向 上延伸形成的左擋牆12與右擋牆13、於底板U前邊緣向上延伸 域的月成14，該等擋牆12、13與前牆14及底板n圍成一收容 空間。前牆14兩端分別向下凹陷形成左容置孔143與右容置孔 44鈾脍14上於左容置孔143與右容置孔丨44之内侧，緊鄰左 谷i孔143與右容置孔144處對稱開設有左缺口 141與右缺口 142。左擋牆12及底板11於對應左容置孔143與左缺口 141處向 下凹陷至底板11内部形成縱向延伸之左滑動槽111，該左滑動槽 U1向别延伸至前牆14内壁處。前牆14内壁於所述左缺口 Ml下 側處向後凸伸形成位於該左滑動槽111前部之左前導柱145。同 才心右私骑13及底板11於對應右容置孔144與右缺口 142處向 下凹至底板1丨内部形成縱向延伸之右滑動槽112，該右滑動槽 向伸至别牆14内壁處。前牆14内壁於所述右缺口 142下 *爽向後凸伸形成位於該右滑動槽112前部之右前導柱146。底板 7 M309788 =面亚於左、右滑動槽U1、112之間開設有複數端子槽ιΐ3。 ⑽閱第三圖，錢卡機構2G包含左滑塊2ι、左連動件22 及左彈性元件23。左_21具有縱細伸之第—本體2ΐι，第一 =1具有一第一頂面212,該第—頂面212左側開設有第一軌 «曰犯，右側凹陷形成—縱向延伸之第一支樓部214 ’該第一支 撐部2H具有-前後貫穿之第—支撐面215，第—支撐面215和第 /肢212之間形成有第—内側壁加，該第一支撐部別向後貫 穿，所端頂部向前延伸後並向上凸伸於第一支撐面犯上方而形 成一第一推移部2Π，該第一推移部217具有一第—止播壁218。 ^參閱細圖，右退卡機構5G包含右滑塊51、右連動件义 及右彈性元件53。右滑塊51具有縱向延伸之第二本體5H，第二 本版π”有第一頂面512，該第二頂面512右側開設有第二執 跡槽518’該第二頂面512左侧凹陷形成一縱向延伸之第二支據面 二3，該第二支撐面513後端向後貫穿，前端具有—終止於第二本 體511丽端之斜邊，進而該第二支撐面513與第二頂面μ]之間 形成有呈鈍角佈置的第二内側壁514和傾斜佈置之第二止擋壁 515彳疋而也使得第二支撐面513前端形成有具有所述第二止擋壁 515之第二推移部516，該第二推移部516前端並向前延伸形成插 入部517 〇 請翏閱第五圖並結合第二圖，於組裝時，複數導電端子40收 谷於絕緣本體1Q之相應複數端子槽⑴，並向上伸人所述收容空 間。左退卡機構2〇、右退卡機構50分別收容於絕緣本體1〇之左 8 M309788 滑動槽m、右滑動槽ι12，其中左滑塊21後端抵接於左滑動槽 in之後壁，左滑塊之第一支樓面215與底板u之上表面位於Xia Xinxin has problems in the above-mentioned conventional knowledge. The creator of this case has been engaged in the spirit of excellence in the industry's eve of the year, and has actively researched and improved the memory card connector of this card with the card withdrawal mechanism. produce. Ί [New content] Card machine = the bribe of the acrobatics provided by the right-handedness - a kind of retreat δ recall card connector. The memory card connector with the card ejecting mechanism comprises: a bottom plate, a left wall and a right retaining wall extending upwardly along the two sides of the bottom plate: a front wall extending upwardly from the edge, the door of the front, the front wall and the bottom plate In each space of the text, the left retaining wall and the left side of the bottom plate are recessed downward to the inner shape of the bottom plate. 5 M309788 extends to the left sliding groove, the right retaining wall and the right side of the wire downwards to the inside of the wire to form a longitudinally extending right sliding groove. A plurality of terminal slots are opened between the right sliding slots; a plurality of conductive terminals are received in the corresponding terminal slots of the insulating body; the left carding mechanism is slidably received by the Guanxian body, including dicing and difficulty in sliding the left slider and the left slider a left elastic member of the front wall of the groove, the left slider has a first body, the first read has a first top surface located above the bottom plate, and the right side of the first top surface is recessed to form a first-cut portion, the first support The portion has a first-runner surface extending therethrough, and a first wall is formed between the first support surface and the first top surface, and the front end of the first-shaped surface is formed with a first upwardly protruding above the first support surface. The moving part, the first part: the upper part of the bulge The space, the back end of the first shifting portion has a -first stop and a right retracting mechanism, the sliding level is accommodated in the right sliding domain, including the right slider and the right end of the right slider and the right sliding slot a right elastic member, the right slider has a body, the second body has a second top surface located above the bottom plate, and the left side of the second top surface is recessed to form a second support surface extending rearward, and the second support surface is Second: a second _ wall is formed between the second support portion, and a second urging portion that protrudes upwardly above the first support surface is formed at the front end of the second support surface, and the second turn portion protrudes upwardly from the space The back end of the department has a second stop; when inserting a memory card, the left and right of the memory card are successively touched by the first _ wall of the dicing block and the first nm of the right slider. The first stop wall of the second shifting portion of the first shifting portion of the first shifting portion and the stone slider. , Jin (the solution of the needle mechanism of the needle mechanism, right retreat butterfly (four) cloth butterfly, training and woven into the sum = 6 M309788 said process space of the containment space 'memory card left and right ends of the balanced force, and thus avoid During the insertion and retraction process, the memory card is tilted. [Embodiment] In order to explain in detail the contents of the lions, the construction of bribes, the purpose and the efficacy of the lions, the following examples are given and explained in detail with reference to the drawings. In the first figure, the memory card connector lake of the present invention has an insulative housing 10, a multi-scale electric terminal 4G housed in the insulative housing K), a left eject mechanism 20 and a right eject mechanism 50, and is fastened to the insulation. The upper body 1 is covered with a cover. Referring to the second figure, the insulative housing 10 includes a bottom plate U, a left retaining wall 12 and a right retaining wall 13 extending upwardly along the two sides of the bottom plate n, and a moon 14 extending upward from the front edge of the bottom plate U. The retaining walls 12 And 13 and the front wall 14 and the bottom plate n form a receiving space. The two ends of the front wall 14 are respectively recessed downward to form a left accommodating hole 143 and a right accommodating hole 44. The uranium raft 14 is disposed on the inner side of the left accommodating hole 143 and the right accommodating hole 44, and is adjacent to the left valley i hole 143 and the right side. The left hole 141 and the right notch 142 are symmetrically opened at the hole 144. The left retaining wall 12 and the bottom plate 11 are recessed downwardly at the corresponding left receiving hole 143 and the left notch 141 to form a longitudinally extending left sliding groove 111 inside the bottom plate 11, and the left sliding groove U1 extends to the inner wall of the front wall 14. The inner wall of the front wall 14 projects rearwardly at the lower side of the left notch M1 to form a left front guide post 145 at the front of the left sliding groove 111. The right-handed private ride 13 and the bottom plate 11 are recessed downwardly at the corresponding right receiving hole 144 and the right notch 142 to form a longitudinally extending right sliding groove 112 inside the bottom plate 1 , and the right sliding groove extends to the inner wall of the other wall 14 At the office. The inner wall of the front wall 14 is below the right notch 142. * The rearward convex portion of the front wall 14 is formed to form a right front guide post 146 located at the front of the right sliding groove 112. The bottom plate 7 M309788 = a plurality of terminal slots ι ΐ 3 are opened between the left and right sliding grooves U1 and 112. (10) Referring to the third figure, the money card mechanism 2G includes a left slider 2i, a left linkage 22, and a left elastic member 23. The left _21 has a longitudinally-stretched body-body 2ΐι, the first =1 has a first top surface 212, and the first top surface 212 has a first rail on the left side, and the right side is recessed to form a first longitudinal extension. The first support portion 2H has a first support surface 215 extending forward and backward, and a first inner side wall is formed between the first support surface 215 and the second limb 212, and the first support portion is not penetrated rearward. The top end portion of the end portion extends forwardly and protrudes upwardly from the first support surface to form a first urging portion 2, and the first urging portion 217 has a first stop wall 218. Referring to the detailed view, the right ejecting mechanism 5G includes a right slider 51, a right link member, and a right elastic member 53. The right slider 51 has a second body 5H extending longitudinally, and the second plate π" has a first top surface 512. The second top surface 512 defines a second guiding groove 518' on the right side of the second top surface 512. The recesses form a longitudinally extending second branch surface 2, the rear end of the second support surface 513 extends rearwardly, and the front end has a beveled end that terminates at the end of the second body 511, and the second support surface 513 and the second A second inner sidewall 514 disposed at an obtuse angle and a second stopper wall 515 disposed obliquely are formed between the top surfaces μ] and the front end of the second support surface 513 is formed with the second stopper wall 515 The second pushing portion 516 has a front end and a forward extending portion of the second pushing portion 516 to form an insertion portion 517. Referring to the fifth drawing and combining the second drawing, when assembling, the plurality of conductive terminals 40 are respectively received in the corresponding body of the insulating body 1Q. The plurality of terminal slots (1) extend upwardly into the receiving space. The left and right ejecting mechanisms 2 and the right ejecting mechanism 50 are respectively received in the left side of the insulative housing 1 M309788, the sliding slot m, and the right sliding slot ι12, wherein the left slider The rear end of the 21 is abutted against the rear wall of the left sliding slot, and the first floor 215 of the left slider U is located above the floor surface
同一水平面上’第-推移部217向上凸伸於所述收容空間，左滑 塊21之第一本體211的頂面212位於底板u上方，第一頂面Μ] 與第-支標面215之間的第一内側壁216與左擋牆12後端之内側 壁位於同-豎直面上；左彈性元件23前端套抵於絕緣本體之 前牆14凸設於所述左滑動槽ln内的左前導柱145上，後端則抵 頂住左滑塊21 ;左軸件彡桿，與左雜树Μ分卿 胁左滑塊2丨之二相麵，左連動件22之前自由設在前牆 14左端之左容置孔143 ’後自由制位於左滑塊2ι上所設的第一 A跡匕213内’隨著友滑塊21的移動，令左連動件之後自由 端在第-轨跡槽213崎移，使外部記憶卡⑹（如第六圖所示） 進仃插卡或退卡動作時能予以定位在所述具退卡機構之記憶卡連 接器100 Θ。右退卡機構50之右滑塊51後端抵接於右滑動槽112 之後壁’右滑塊51之第二支撐面513與底才反u之上表面位於同 水平面上，右滑塊51的第二本體511之第二頂面512位於底板 ，之上方’第—推移部516凸伸於所述收容空間，第二頂面512 =乐-文撐面M3之間的第二内侧壁5M與右擔牆13後端之内侧 ^立於同—豎直面上；右雜元件53前端套抵於絕緣本體10之 前牆|4凸設於所述右滑_ 112 _右前導柱146上，後端則抵 頂住石滑塊51 ;右連動件52亦呈门形桿，與右彈性元件μ分別 ◊成於;be塊51之二相異侧，右連動件52之前自由端固設在所 M309788 述别牆14右端開設之右容置孔144，後自由端則位於右滑塊μ上 所設的第二執跡槽518内，隨著右滑塊51的移動，令右連動件52 之後自由端在第二執跡槽518内滑移，使外部記憶卡進行插卡 或退卡動作時，能予以定位在所述具退卡機構之記憶卡連接器1〇〇 内 請參閱第六圖並結合第五圖，於本實施例中，所述記憶卡6〇 為一 SIM卡，當插入該記憶卡60時，將記憶卡6〇插入所述收容 空間内，該記憶卡60支撐於底板n上表面和左、右滑塊以、51 之第-、第二支撑面215、513共同形成之平面上，該記憶卡6〇 之左右兩繼分別翻於左難12後端之_壁和讀塊21之 第-内側壁216以及右擒牆13後端之内侧壁和右滑塊51之第二 内侧壁514，該記憶卡60前端-側抵頂於 2Π的第一止擔壁1該記憶卡㈣端另一側之拐 面抵頂於右滑塊5丨之第二推移部516 _斜的第二止擋壁仍。 向前推動細t、卡6()，記憶卡6G向前推動左滑塊21之第一推移 部217和右滑塊之第二推移部516，進而帶動整個左、右滑動 塊21、51分別於絕緣本體1G之左、右滑動槽m、m同步向前 滑動’左、右滑動塊2卜51並分勒前壓縮所述左、右彈性元件 23、53，直到所述左滑塊21 之弟推移部217和右滑塊51之插 入部㈣別私輯本體1Q之前牆u兩端的左缺口⑷和右 缺口 142 ’此時么、石退卡機播，π 4構Ha處於穩定狀§，複數導 電端子4_娜Η叫w之減_耐現紐導通。 10 M309788 如上所述，本創作之具 退卡機構2〇、右退卡機構H構,5己憶卡連接器100藉由左 在插入和退出所述收容*〜鱗局4°1，可以使記憶卡60 避免在插她㈣嫌力，進而 【圖式簡單說明】 第二=太具退卡機構之記憶卡連接器之立體分解圖。 圖。Θ、Ί ]彳具退卡機構之記憶卡連接ϋ之絕緣本體立體 體圖第三_本創作具退卡機構之賴卡咖之左退卡機構立 第四圖係本創作具退卡機摇 圖 。 叫奴战卡連接ϋ之錢卡機構立 、賴作魏錢構之記針賴器之觀本體、左 以卡_、右退卡機構與複數導電端子之組裝圖。 -之3己f思卡連接器去上蓋之使用立 第六圖係本創作具退卡機； 體圖。 【主要元件符號說明】 具退卡機構之記憶卡連接器 絕緣本體 10 底板 左滑動槽 111 右滑動槽 端子槽 113 左擔牆 右擋牆 13 前膽 100 11 112 12 14 M309788 左缺口 左容置孔 左前導柱 左退卡機構 左連動件 第一本體 第一軌跡槽 4^ 第一支撐面 第一推移部 上蓋 右退卡機構 右連動件 第二本體 第二支撐面 • »二止擋壁 插入部 記憶卡 右缺口 142 右容置孔 144 右前導柱 146 左滑塊 21 左彈性元件 23 第一頂面 212 第一支撐部 214 第一内侧壁 216 第一止標壁 218 導電端子 40 右滑塊 51 右彈性元件 53 第二頂面 512 第二内侧壁 514 第二推移部 516 第二執跡槽 518 12The first sliding surface 217 protrudes upwardly from the receiving space, and the top surface 212 of the first body 211 of the left slider 21 is located above the bottom plate u, and the first top surface 与] and the first-shaped surface 215 The first inner side wall 216 and the inner side wall of the rear end of the left retaining wall 12 are located on the same-vertical surface; the front end of the left elastic member 23 is sleeved against the left front of the insulating body before the wall 14 protrudes from the left sliding slot ln On the column 145, the rear end is pressed against the left slider 21; the left shaft member mast is opposite to the left miscellaneous tree 卿 胁 胁 left flank 2 ,, and the left linkage member 22 is freely disposed on the front wall 14 The left end of the left receiving hole 143 ' is freely located in the first A track 213 provided on the left slider 2 ι 'with the movement of the friend slider 21, so that the left end of the movable member is in the first track groove 213, so that the external memory card (6) (as shown in the sixth figure) can be positioned in the memory card connector 100 with the card ejecting mechanism when the card is inserted or the card is retracted. The rear end of the right slider 51 of the right ejecting mechanism 50 abuts against the right sliding slot 112. The second supporting surface 513 of the right slider 51 is located on the same horizontal plane as the upper surface of the bottom anti-u, and the right slider 51 The second top surface 512 of the second body 511 is located on the bottom plate, and the upper portion of the first top surface 512 protrudes from the receiving space, and the second top surface 512 is the second inner side wall 5M between the music and the mesh surface M3. The inner side of the rear end of the right wall 13 is placed on the same-vertical surface; the front end of the right miscellaneous element 53 is placed on the front wall of the insulative housing 10 and is protruded from the right sliding _112_right front guide post 146. Then, the stone slider 51 is restrained; the right linkage 52 is also a gate-shaped rod, and is respectively formed with the right elastic element μ; the two sides of the be block 51 are different from each other, and the free end of the right linkage 52 is fixed at the M309788. The right receiving hole 144 is opened at the right end of the wall 14 , and the rear free end is located in the second guiding groove 518 provided on the right slider μ. With the movement of the right slider 51, the right linking member 52 is free. When the end slides in the second track slot 518, when the external memory card is inserted or removed, the memory card connector of the card ejecting mechanism can be positioned. Referring to FIG. 6 and the fifth figure, in the embodiment, the memory card 6 is a SIM card. When the memory card 60 is inserted, the memory card 6 is inserted into the receiving space. The memory card 60 is supported on the upper surface of the bottom plate n and the planes formed by the first and second support surfaces 215 and 513 of the left and right sliders, and the left and right sides of the memory card 6 are respectively turned to the left and the left is 12 The first inner wall 216 of the rear wall and the read block 21 and the inner side wall of the rear end of the right wall 13 and the second inner side wall 514 of the right slider 51, the front end side of the memory card 60 abuts against the second side The end wall 1 of the other side of the memory card (four) end abuts against the second sliding portion 516 of the right slider 5 _ _ oblique second stop wall. Pushing the thin t and the card 6 () forward, the memory card 6G pushes the first pushing portion 217 of the left slider 21 and the second pushing portion 516 of the right slider forward, thereby driving the entire left and right sliding blocks 21, 51 respectively. The left and right sliding blocks 2, 51 are synchronously slid forward in the left and right sliding grooves m, m of the insulative housing 1G, and the left and right elastic members 23, 53 are compressed before being divided until the left slider 21 The insertion portion of the shifting portion 217 and the right slider 51 (4) The left notch (4) and the right notch 142 ' at both ends of the wall u before the main body 1Q are smashed, and the π 4 frame Ha is in a stable state. The number of conductive terminals 4_Na is called w minus _ resistance to the current conduction. 10 M309788 As mentioned above, the present invention has a card ejecting mechanism 2〇, a right ejecting mechanism H structure, and 5 reciprocal card connectors 100 can be made by inserting and withdrawing the housing*~scale 4°1 by left. The memory card 60 avoids inserting her (four) suspicion, and then [simplified description of the drawing] The second = too stereoscopic exploded view of the memory card connector of the card ejecting mechanism. Figure. Θ, Ί 彳 记忆 记忆 记忆 记忆 之 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 记忆 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Figure. It is called the slave war card connection ϋ 钱 钱 钱 钱 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , - The use of the 3 own s card connector to the upper cover. The sixth picture is the creation of the card with a card machine; body map. [Description of main component symbols] Memory card connector with card ejection mechanism Insulation body 10 Base plate left sliding slot 111 Right sliding slot terminal slot 113 Left wall right retaining wall 13 Front case 100 11 112 12 14 M309788 Left notch left accommodating hole Left front guide column left retracting mechanism left linkage first body first track slot 4^ first support surface first pusher upper cover right retracting mechanism right linkage second body second support surface • » two stop wall insertion portion Memory card right notch 142 right accommodating hole 144 right front guide post 146 left slider 21 left elastic member 23 first top surface 212 first support portion 214 first inner side wall 216 first stop wall 218 conductive terminal 40 right slider 51 Right elastic member 53 second top surface 512 second inner side wall 514 second pushing portion 516 second guiding groove 518 12