M284048 八、新型說明： 【新型所屬之技術領域】 本創作係提供-種儲存卡連接器，特別是指一種具有訊號啟 動開關及儲存卡插入後鎖固定位效果之儲存卡連接器。 【先前技術】 按，隨著資訊科技與數位化的發展，儲存卡的種類依照所應 用的對象不同’是有不同的結構設計。習知一種提供儲存卡的插 入與退出直接藉按壓該儲存卡來操作之推壓式(Push偏Type) 儲存卡連接器，其構造包括··具有導電端子的絕緣铺、組裝於 =緣框體上用於導引儲存卡插人與退㈣退卡機構，以及包覆於 %緣框體外周面的鑛體。然而，此騰存卡連接器的體積小且 插卡行程短’因而轉易感覺定㈣確實性，是以，往往設置有 ，動開關以便令儲存卡插人至某—定位後，啟動觸動開關才能使 得儲存卡的訊號傳輸。 、惟，習知觸動開關的魏不論是㈣式或常開式設計，皆是 以-個或三個不同型態的組件所組裝成，因而，不但製程與組裝 皆較繁瑣，且成本相對較高。 、“再者，f知退卡機翻財以提供儲存卡插人及退出時的引 導疋位’但疋’亚無法於儲存卡插人時具有綱的功能，進言之， 該錯斜插人後受到外相插人的反方向歸或職，或在較差 f作糾使用時’儲存卡係會鬆動偏位而與導電端子無法確實 口而將le成電轉輸不穩定，甚或導電端子不當的摩損。 5 M284048 【新型内容】 本創作儲存卡連接器之目的’即，在於提供—種製程與組裝 皆較間捷，且儲存卡插人後具有_定位效果，能_以夠降低 成本且能確保資料傳輸穩定。 為達到上述目的’摘觸存卡連接雜包括·收容有導電 端子的絕雜體、組裝於絕雜體上胁料儲存卡插入盘退出 的退卡機構，以聽覆於絕緣輔外周面的賴體，料該絕緣 框體上設有觸動關，為常開式設計，包含：相哪造作相對並 聯排列之第-接觸腳與第二接觸腳，每—接觸腳具有本體、接觸 臂、干涉臂及焊接臂’該接觸臂由本體—側以九十度料，並在 端部反向迴轉關臂式形成支臂，其巾段職f弧部，自由端則 形成抵觸部，藉以當第-接觸腳的支臂被插人的儲存卡抵壓後， 該支臂的抵觸部將與第二接觸腳的支腳在彎弧部接觸，而將訊號 連通。 【實施方式】 請參閱第一、二圖，本創作儲存卡連接器丨係包括··絕緣框體 2、複數導電端子3'退卡機構4及遮蔽體5,以及觸動開關6等構造， 其中系巴緣框體2具有本體20、兩側邊21，22及底邊23，三者並共同 形成插槽201用於收容儲存卡。另，本體2〇上設有複數端子收容槽 202用於收谷導電端子3。又’本體2〇及兩側邊21，22上分別設有卡 體200,210,220(弟三圖參照）用於與遮蔽體5欲卡。而緊鄰絕緣框 體2的端子收容槽202係設有組裝槽203，用於收容後述觸動開關6 6 M284048 的第一、二接觸腳60,61，且該組裝槽203内設有擋壁204，可控制 第一、一接觸腳的支腳之根部應力。 該複數導電端子3,每一根導電端子具有本體3〇、接觸端31、 干涉端32及焊接端33，其中該干涉端32係分別由本體30的側緣 形成倒刺用於與端子收容槽202的内壁干涉配合。而焊接端33則 彎折呈可進行表面黏著焊接。 該退卡機構4，係組裝於絕緣框體2的側邊21，包含··滑動 座40其上設有導引儲存卡插入與退出的心型導槽401，而緊鄰該 導槽401的側邊設有連動臂搬，為L型，係一體與該滑動座4〇 作錯位設置，而與滑動座形成肩部權，其上設有定位柱4〇4。 導桿41的一端41〇樞接於絕緣框體2之側邊的軸座2〇5上，另一 端411可沿該心型導槽401移動。彈性元件42，係為壓縮彈簧組 套於鈾述疋位柱4〇4上，用於提供該滑動座4〇作動後的回復力。 另，請配合第六圖參閱，連動臂402上更設有扣合桿43，係 =著連動臂4G2的關緣呈懸臂式設置，具有組接端伽用於組 ，在連動# 402上，及扣合端431為凸弧係露出於該連動臂402。 、貝π參閱第七圖，當儲存卡7插入至定位後，扣合桿幻藉扣合端 431可抵扣在儲存卡7側緣上的扣槽7〇，能防止外力由插入的反 方向抽離或碰撞，或在較差的工作環境使用時，造成儲存卡7係 &動偏位，因而，可確倒資料穩地的傳輸。 該遮蔽體5，係組裝於絕緣框體2相對於退卡機構4的側邊， 可將絕緣框體2的本體20、兩側邊21，22及底邊23包覆。其相對 M284048 於絕緣框體2的卡體200, 210, 220設有扣孔50, 51，52，可將兩者 組固為一體（第二、三圖參照）。 請看回第一圖，觸動開關6係組裝於該組裝槽2〇3内，為常開 式設計，包含相同構造作相對並聯排列之第一接觸腳6〇與第二接 觸腳61，每一接觸腳60,61具有本體601,611、接觸臂602,612、干涉 臂603,613及焊接臂604,614，續請配合第四、五圖觀之，該第一接 觸腳60與第二接觸腳61在製造時係可與導電端子3在同一料帶8上 進行沖壓、折彎製程，即，該第一接觸腳6〇與第二接觸腳61的接 觸臂602,612由本體601,611—側以九十度彎折（第四圖），並在端 部反向迴轉以懸臂式形成支臂6〇5,615，其中段606,616形成彎弧 部’自由端607,617則形成抵觸部，藉以當第一接觸腳6〇的支臂6〇5 被插入的儲存卡抵壓後，該支臂6〇5的抵觸部607將與第二接觸腳 61的支腳615在彎弧部616接觸，而將訊號連通。請進一步由第八、 九圖瞭解，當儲存卡7還未插入時，該第一接觸腳6〇與第二接觸腳 61係為不接觸的常開狀態（第八圖），一旦，儲存卡7插入定位後(第 九圖）’第一接觸腳60的抵觸部6〇7則會與第二接觸腳61的彎弧部 616接觸而導通電源。 綜上所述，本創作儲存卡連接器確能達到創作之目的，符合 新型專利要件，惟，以上所述者僅為本創作之較佳實施例而已， 大凡依據本創作所為之各種修飾與變化，仍應包含於本專利申請 範圍内。 M284048 【圖式簡單說明】 第一圖係本創作儲存卡連接器之立體分解圖。 第二圖為為第一圖的立體組合圖。 第三圖為第二圖另一角度的立體圖。 第四、五圖為本創作導電端子及觸動開關位於料帶的皮面曰及立 體圖。 弟六圖為本創作扣合桿組裝於連動桿上的立體圖。 壯圖為儲存卡插接於本創作儲存卡連接ϋ之被扣合平面圖。 —九圖為本創作觸動開關之第一、二接觸腳常態下分開及儲 存卡插接後接觸之平面圖。 M284048 【主要元件符號說明】 儲存卡連接器 1 絕緣框體 2 複數導電端子 3 退卡機構 4 遮蔽體 5 觸動開關 6 儲存卡 7 料帶 8 本體 20 側邊 21，22 底邊 23 插槽 201 端子收容槽 202 組裝槽 203 卡體 200, 210, 220 擋壁 204 轴座 205 本體 30 接觸端 31 干涉端 32 焊接端 33 滑動座 40 導桿 41 彈性元件 42 扣合桿 43 心型導槽 401 連動臂 402 肩部 403 定位柱 404 組接端 430 扣合端 431 扣孔 50, 51，52 第一接觸腳 60 第二接觸腳 61 本體 601,611 接觸臂 602,612 干涉臂 603,613 焊接臂 604,614 支臂 605,615 中段 606,616 自由端 607,617 扣槽 70M284048 8. Description of the new type: [Technical field to which the new type belongs] This creation provides a kind of memory card connector, especially a memory card connector with a signal start switch and a locking position effect after the memory card is inserted. [Previous technology] According to the development of information technology and digitization, the types of memory cards have different structural designs according to different applications. Known is a push type memory card connector that provides insertion and ejection of a memory card by pressing the memory card directly. Its structure includes an insulating paving with conductive terminals and an assembly in an edge frame. The upper body is used to guide the memory card insertion and withdrawal mechanism, and the ore body covered on the outer periphery of the% edge frame. However, this memory card connector has a small volume and a short card stroke, so it is easy to feel the stability. Therefore, a switch is often provided to allow the memory card to be inserted into a certain location. After the positioning switch is activated, In order to make the signal of the memory card transmitted. However, whether the Wei of the conventional touch switch is a ㈣ or normally open design, it is assembled with one or three different types of components. Therefore, not only is the process and assembly more complicated, and the cost is relatively high. "Furthermore, the card returning machine knows how to turn over the money to provide a guide for the insertion and withdrawal of the memory card." But it's not possible to have the function of a card when the memory card is inserted. In other words, the wrong insertion Later, when the foreign minister inserts the person in the opposite direction, or when it is used for correction, the 'memory card system will loosen and deviate, and cannot be accurately connected with the conductive terminal, which will lead to unstable electrical transmission or even improper wear on the conductive terminal. . 5 M284048 [New content] The purpose of this creative memory card connector is to provide-a variety of processes and assembly are relatively quick, and the memory card has _ positioning effect after inserting, which can reduce costs and ensure Data transmission is stable. In order to achieve the above-mentioned purpose, the “tap-to-touch card connection device” includes: • a dielectric body containing conductive terminals, a card ejection mechanism assembled on the dielectric body, and a storage card inserted into and ejected from the disc to listen to the insulation The body on the outer surface is provided with a touch switch on the insulating frame. It is a normally open design and includes: the first contact pin and the second contact pin arranged in parallel in a relative arrangement. Each contact pin has a body and a contact. Arm, interference arm Welding arm 'The contact arm is formed from the body-side with a 90-degree material, and the arm is reversely turned at the end to form a support arm. Its towel section is an arc part, and the free end forms an abutment part, so when the first-contact After the arm of the foot is pressed by the inserted memory card, the abutting portion of the arm will contact the leg of the second contact foot at the curved portion to communicate the signal. [Embodiment] Please refer to the first and second In the figure, the memory card connector of this creation includes: an insulating frame body 2, a plurality of conductive terminals 3 ', a card ejection mechanism 4 and a shielding body 5, and a touch switch 6, etc., wherein the rim frame body 2 has a body 20, The two sides 21, 22 and the bottom 23, three together form a slot 201 for receiving a memory card. In addition, a plurality of terminal receiving slots 202 are provided on the body 20 for receiving the conductive terminals 3. The body 2 〇 and two sides 21 and 22 are respectively provided with card bodies 200, 210, 220 (refer to the third figure) for carding with the shielding body 5. The terminal receiving groove 202 adjacent to the insulating frame 2 is provided with an assembly groove 203 for The first and second contact pins 60, 61 of the later-mentioned touch switch 6 6 M284048 are accommodated, and a blocking wall 20 is provided in the assembly groove 203 4. The root stress of the feet of the first and one contact feet can be controlled. The plurality of conductive terminals 3 each have a body 30, a contact end 31, an interference end 32, and a welding end 33, wherein the interference end 32 Barbs are formed on the side edges of the body 30 for interference fit with the inner wall of the terminal accommodation groove 202. The soldering end 33 is bent for surface adhesion welding. The card ejection mechanism 4 is assembled to the insulating frame 2 The side 21 includes a slide base 40, which is provided with a heart-shaped guide groove 401 for guiding the insertion and withdrawal of the memory card, and a side arm adjacent to the guide groove 401 is provided with a link arm, which is L-shaped and integrated. It is offset from the sliding seat 40, and forms a shoulder right with the sliding seat. A positioning post 404 is provided thereon. One end 41o of the guide rod 41 is pivotally connected to the shaft seat 2 on the side of the insulating frame 2. On the other side, the other end 411 can move along the heart-shaped guide groove 401. The elastic element 42 is a compression spring set on the uranium rhenium post 400, and is used to provide a restoring force after the sliding seat 40 is actuated. In addition, please refer to the sixth figure, the linking arm 402 is further provided with a fastening rod 43, which is cantilevered with the closing edge of the linking arm 4G2, and has a group connection terminal for the group. On the linking # 402, And the engaging end 431 is convexly exposed to the linkage arm 402. Refer to the seventh figure. After the memory card 7 is inserted into the position, the latch lever 431 can be buckled against the buckle groove 70 on the side edge of the memory card 7 to prevent external forces from being inserted in the opposite direction. Detachment or collision, or use in a poor working environment, will cause the memory card 7 series & to be misaligned, so the data can be reliably transmitted. The shielding body 5 is assembled on the side of the insulating frame 2 opposite to the card ejection mechanism 4. The shielding body 5 can cover the main body 20, the two sides 21, 22 and the bottom 23 of the insulating frame 2. It is equipped with buckle holes 50, 51, and 52 on the card body 200, 210, and 220 of the insulating frame 2 relative to M284048 (refer to the second and third figures). Looking back at the first figure, the tactile switch 6 is assembled in the assembly slot 203. It is a normally open design and includes the first contact pin 60 and the second contact pin 61 of the same structure arranged in parallel in parallel. The contact pins 60 and 61 include a main body 601, 611, contact arms 602, 612, interference arms 603, 613, and welding arms 604, 614. Please continue to cooperate with the fourth and fifth figures to see that the first contact foot 60 and the second contact foot 61 are compatible with each other during manufacture. The conductive terminals 3 are punched and bent on the same strip 8, that is, the contact arms 602 and 612 of the first contact leg 60 and the second contact leg 61 are bent at 90 degrees from the body 601, 611 (the fourth figure) ), And cantilever-shaped at the end to form a support arm 605,615, of which the segment 606,616 forms a curved portion, and the free end 607,617 forms an abutment portion, so that when the first contact leg 60 of the support arm 605 is After the inserted memory card is pressed, the abutting portion 607 of the supporting arm 605 will contact the supporting leg 615 of the second contact leg 61 at the curved portion 616 to communicate the signal. Please further understand from the eighth and ninth pictures that when the memory card 7 is not inserted, the first contact pin 60 and the second contact pin 61 are in a normally open state without contact (eighth picture). Once, the memory card 7 After inserting and positioning (ninth figure), the abutting portion 607 of the first contact leg 60 contacts the curved portion 616 of the second contact leg 61 to turn on the power. In summary, this creative memory card connector can indeed achieve the purpose of creation and meet the requirements of the new patent. However, the above is only a preferred embodiment of this creation. Any modifications and changes based on this creation , Should still be included in the scope of this patent application. M284048 [Schematic description] The first picture is an exploded perspective view of the creative memory card connector. The second figure is a combined perspective view of the first figure. The third view is a perspective view from another angle of the second view. The fourth and fifth pictures are the three-dimensional drawings of the conductive surface of the creation and the touch switch on the leather surface of the tape. Di Liutu is a perspective view of the assembly of the buckle rod on the linkage rod. The Zhuangtu is a buckled plan view of the memory card inserted into the connection of this creative memory card. —Nine pictures is the plan view of the first and second contact pins of the creative touch switch being separated and contacted after the memory card is plugged in. M284048 [Description of main component symbols] Memory card connector 1 Insulated frame 2 Multiple conductive terminals 3 Card ejection mechanism 4 Cover 5 Touch switch 6 Memory card 7 Strip 8 Body 20 Side 21, 22 Bottom 23 Slot 201 Terminal Receiving groove 202 Assembly groove 203 Card body 200, 210, 220 Retaining wall 204 Shaft seat 205 Body 30 Contact end 31 Interference end 32 Welding end 33 Slide base 40 Guide bar 41 Elastic element 42 Snap bar 43 Heart guide groove 401 Link arm 402 Shoulder 403 Positioning post 404 Group end 430 Fastening end 431 Buckle hole 50, 51, 52 First contact leg 60 Second contact leg 61 Body 601,611 Contact arm 602,612 Interference arm 603,613 Welding arm 604,614 Arm 605,615 Middle section 606,616 Free end 607,617 Buckle 70