201034294 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種用於插入電子卡之卡連接器，尤其涉及具有偵 測端子的卡連接器。 【先前技術】 與本發明相關之習知技術可參閱於2006年12月13日公告之台灣 新型專利，公告號為CN 2847573Y。該專利揭示了一種收容電子卡之 卡連接器’其包括本體、收容於本體内的複數導電端子、用於摘測電 子卡是否插入到即定位置之偵測端子以及覆蓋於本體上的蓋艘。導電 端子前端設有孤形接觸部。所述偵測端子後端設有呈返回狀向上彎折 的導通部。當電子卡插入卡連接器時，電子卡上之導電片與導電端子 的接觸部接觸。當電子卡進一步插入到即定位置時，偵測端子之導通 部亦與電子卡的導電片接觸導通。此時，偵測端子的導通部與導電端 子的接觸部通過電子卡之導電片彼此導通，達成偵測功能。 然，偵測端子與導電端子構造迥異，兩者需要藉由不同之模具分 別開發，如此不利於節约成本。 ' 2003年9月15日公告之證書镜為xw 248107的臺灣專利揭示了一種 收谷電子卡的卡連接器，其包括本體、收容於本體内之複數導電端子、 用於偵測電子卡是否插入到即定位置之偵測端子以及覆蓋於本體上的 蓋體。導電端子包括用於導電之第一導電端子以及用於與偵測端子配 合以達成偵測功能的第二偵測端子。第二導電端子位於偵測端子下方 且尺寸大於偵測端子。當偵測端子被向下按壓時與第二導電端子接 並發生導通從而達成偵測功能β 然，制端子設置於第二導電端子上方，兩者由獨立的料帶 製成，不利於節約成本》 2008年1月11日公告之證書號為顶325636臺灣專利揭示了 一種收 容電子卡的卡連接ϋ，其包括本體、收容於本翻之複數導電端子、 用於偵測電子卡是否插人到即定位置之_端子以及覆蓋 蓋體。導電端子包括驗導電之第—導電端子以及用於與侧端子配 201034294 合以達成細功能之第二_端子。第二導電端子前端設有朝向第一 導電端子突Λ的導通部，料通料過向後返回彎折而紅於摘測瑞 子上方。當_端子被向下按料與第二導電端子關並發生導通從 而達成债測功能。 然，所述第二侧端子需要藉由其他的模具彎折而成，如此不利 於節约工序和成本。 所以’有必要新習知的電連接器進行改良以克服上述缺陷。 【發明内容】201034294 VI. Description of the Invention: [Technical Field] The present invention relates to a card connector for inserting an electronic card, and more particularly to a card connector having a detection terminal. [Prior Art] The prior art related to the present invention can be referred to the Taiwanese new patent published on December 13, 2006, and the announcement number is CN 2847573Y. The patent discloses a card connector for accommodating an electronic card, which comprises a body, a plurality of conductive terminals housed in the body, a detecting terminal for extracting whether the electronic card is inserted into a predetermined position, and a cover boat covering the body. . The front end of the conductive terminal is provided with an isolated contact portion. The rear end of the detecting terminal is provided with a conducting portion that is bent back in a return shape. When the electronic card is inserted into the card connector, the conductive sheet on the electronic card contacts the contact portion of the conductive terminal. When the electronic card is further inserted into the predetermined position, the conductive portion of the detecting terminal is also in contact with the conductive sheet of the electronic card. At this time, the contact portion between the conductive portion of the detecting terminal and the conductive terminal is electrically connected to each other through the conductive sheet of the electronic card to achieve a detecting function. However, the detection terminal and the conductive terminal have different structures, and the two need to be developed separately by different molds, which is not conducive to cost saving. The Taiwan patent of XW 248107, published on September 15, 2003, discloses a card connector for a valley electronic card, which includes a body, a plurality of conductive terminals housed in the body, and is used for detecting whether the electronic card is inserted. The detection terminal to the position and the cover covering the body. The conductive terminal includes a first conductive terminal for conducting electricity and a second detecting terminal for engaging with the detecting terminal to achieve a detecting function. The second conductive terminal is located below the detecting terminal and has a size larger than the detecting terminal. When the detecting terminal is pressed down, it is connected to the second conductive terminal and is turned on to achieve the detecting function. However, the terminal is disposed above the second conductive terminal, and the two are made of independent materials, which is disadvantageous for cost saving. The certificate number published on January 11, 2008 is top 325,636. The Taiwan patent discloses a card connection port for accommodating an electronic card, which comprises a body, a plurality of conductive terminals received in the turnover, and is used for detecting whether the electronic card is inserted or not. That is, the terminal of the fixed position and the cover cover. The conductive terminals include a conductive-conductive terminal and a second terminal for use with the side terminal 201034294 to achieve a fine function. The front end of the second conductive terminal is provided with a conductive portion toward the first conductive terminal, and the material passes back to the back and is bent to be red above the extracted neutron. When the _ terminal is turned down and the second conductive terminal is closed and conducts, the debt measurement function is achieved. However, the second side terminal needs to be bent by other molds, which is disadvantageous for saving process and cost. Therefore, it is necessary to improve the conventional electrical connectors to overcome the above drawbacks. [Summary of the Invention]
鑒於上述喊，本發_之目的在於提供約工序和成本之卡連 為達成前述目的，本發明用於插入電子卡之卡連接器包括絕緣本 體、收谷於絕緣本體内的複數導電端子、傾測端子絕緣本體上形成 收容電子卡之收容空間。導電端子包括複數用於導電的第一導電端子 f用於與細端子配合達成賴功能之第二導電端子。其t，所述第 : '第二導電端子及_端子自料帶上藉由采料衝壓卫序被下料後沿 並列配置。下料後的第―、第二導電端子藉由彎折工序制得 1彎折之接觸部。第二導電端子的接觸部具有懸置於制端子上方 之導通部。當電子卡插人至收容空間之即定位置時，第二導電端子被 向下按m並餅其導通部與侧端子接敢*達·測功能。 與習知技術相比，本發明具有如下有益效果：所述第一 ，端子與_端子由於自同—料帶上衝“成，故沿同—方向並列配 的當通過以上操作細端子已成型’從而有利_約工序。衝虔而成 =:;、第二導電端子藉由_之模具制得同向彎曲的接_。如此， 卞勿而重新木料或開模，從而有利於節約成本。 【實施方式】 入第五圖，本發明揭示一種電子卡200沿著插入方向插 . 接咨100。該卡連接器100包括··絕緣本體1、插入絕緣本 體1内的複數導電端子2、姻端子3以及覆蓋於絕緣梢上之蓋=本 4 201034294 如第-圖及第三圖所示，絕緣本體丨包括大致呈矩形的基部u以 及|基部11向上延伸的—對側部15。基部n設有沿著對接方向延伸 且貫通基部11上、下表面的複數端子槽12及與端子槽12並列配置之 通道14。通道14沿著與插入方向垂直的縱長方向上的尺寸大於端子槽 12之相應尺寸。基部u的下表面兩側設有呈臺階狀向下凹陷之凹陷部 Π。基部11的後表面設有複數向前廷伸分別與端子槽、通道μ連 通的複數狹縫13。側部15的外表面設有凹口 1M。 參閱第二圖，導電端子2包括複數沿著所述縱長方向配置之第一 導電端子2A及置於第-導電端子2A 一側的一根第二導電端子2B各 ❹ 導電端子2包括呈紙形向上勉起之接觸部21、向後延伸用於與電路板 (未圖示）焊接之焊接部22以及連接接觸部21、焊接部22的連接部 23。第二導電端子28與第一導電端子2八之構造大致相同。第一導電 端子2A的接觸部21前端朝向偵測端子3廷伸一導通部24從而形成第 二導電端子2B ^ 偵測端子3大致呈長條狀，其前端設有感應部31，後端設有焊接 足33 ’中間設有連接感應部31與焊接足33之t間部32。 蓋體4包括大致呈板狀的頂壁41及自頂壁41向下廷伸之一對側 土 42。側壁42的末端向内彎折延伸形成與基部1之凹陷部η配合的 卡扣部421。側壁42之中間部懸置有彈性臂422 » ® 請參閲第一圖至第三圖，第一、第二導電端子2A、2B以及偵測端 子3呈並列配置。第一、第_一導電端子2Α、2Β之連接部23舆伯測端 子3的中間部呈共面結構》第一、第二導電端子2Α、2Β的接觸部21 彎折成相同的弧度。該卡連接器100組裝時，將第—導電端子2Α收容 於端子槽12内。第一導電端子2Α之連接部23懸置於端子槽12内， 焊接部22通過狹缝13向後延伸出基部11 »將第二導電端子2Β、偵測 端子3收容於通道14内。第二導電端子2Β之連接部23與摘測端子3 的中間部32並列懸置於通道14内，焊接足22、33通過狹縫13向後 延伸出基部11。相對於第二導電端子2Β，偵測端子3更靠近本體i之 側部15。最後，將蓋體4扣合於本體1上，使得蓋體4的頂壁41覆蓋 於絕緣本體1上方，側壁42包覆於絕緣本體1之側部15，卡扣 以 201034294 般入絕緣本體1的凹陷部17内，彈性臂422彈性抵持於側部15之凹 口 上結合第四圖，蓋體3與本體1之間形成收容電子卡200之 收谷空間16❶第一、第二導電端子2之接觸部21突伸於收容空間16 内0 第四圖揭不了電子卡2〇〇插入組裝成一體的卡連接器1〇〇之收容 工=16内。第五圖揭示了電子卡2〇〇插入至卡連接器⑽的即定位置。 此％’第- ' 第二導電端子2人、姐之接觸部h與電子卡細接觸並 f電子卡200向下按壓。第二導電端子2B之接觸部21被向下按麼時， 於其前端的導通部24向下運動並與_端子3的感應部31接 觸並導通，從而起到領測作用。 以:介紹第-、第二導電端子2A、2B及_端子3的製造工程。 二二圖及第六圖，第一、第二導電端子2A、2B及偵測端子3自同 =帶上藉由采料衝以序被下料後沿第—方向呈共面狀並列配置。 衝壓而得的偵測端子3即已成型。參閲第三圖，該工序中第二導電 端子2B具有延伸於偵測端子3前端之延伸部分24。下料後的第一第 φ 子2A、2B利用相同模具經料工序制得呈向上拱起狀料成 址二^之接觸部21。第二導電端子2B的接觸部21上的廷伸部分24 “一 ^形成導通部24。_端子3之巾間部32與輯折工序制得 的第一、第—導電端子2A、2B的連接部23呈共面狀。 通過以上分析可知，所述第一、第二導電端子Μ、2b以及偵測端 帶上賊，故使得三者的連接部23、#間部32呈並列配 f之二面4。置於同-料帶上的第二導電端子扭具有延伸於侧端 ^ 細端子3前方連接之廷伸部分24。該廷伸部分24於接 =4 被向上抬起而可成為懸置於姻端子上方之導通 減料财紅序。綱端子3藉由采料衝摩工 ί ί#行加工工序便可直接使用。紐，賊而成的第 ^ ' 2Β 模料折°通過以上操作，僅 種通過相同的模具便可同時制得具有導電功能和偵測功 ’ff重縣科細模，從崎利於料工序和成本。 4上所述’本發簡合發明專利要件，纽法提出專辦請。惟， 6 201034294 以上所述者僅為本發明之較佳實施例，本發明之範圍並不以上述實施 例為限，舉凡熟習本案技藝之人士援依本發明之精神所作之等效修飾 或變化，皆應涵蓋於以下申請專利範園内》 【圖式簡單說明】 第一圖係本發明卡連接器的立體組裝圖β 第二圖係第一圖所示之卡連接器的另一視角的立體組裝圖。 第三圖係第一圖所示之卡連接器的立體分解圖。 第四圖係電子卡插人Η1所示卡連接器時的沿jyjy方向的剖視圖。 第五圖係電子卡插入圖1所示卡連接器的即定位置時的沿W方向 的剖視圖》 第六圖係第二導電端子與個端子處於同一料帶上的示意圖 【主要元件符號說明】 100 11 13 15 17 2 2B 22 24 31 33 41 421 絕緣本體 1 端子槽 12 通道 14 凹口 151 電子卡 200 第一導電端子2A 接觸部 21 連接部 23 偵測端子 3 令間部 32 蓋體 4 側壁 42 彈性臂 422 卡連接器 基部 狹缝 側部 凹陷部 導電端子 第二導電端子In view of the foregoing, the purpose of the present invention is to provide a card assembly for the process and cost. The card connector for inserting an electronic card of the present invention comprises an insulative housing, a plurality of conductive terminals that are received in the insulating body, and a tilting A receiving space for accommodating the electronic card is formed on the insulating body of the measuring terminal. The conductive terminal includes a plurality of first conductive terminals for conducting electricity, and a second conductive terminal for mating with the fine terminals. The t, the first: 'the second conductive terminal and the _ terminal are arranged side by side on the self-feeding strip by the cutting and squeezing guards. The first and second conductive terminals after the blanking are formed by a bending process to obtain a bent contact portion. The contact portion of the second conductive terminal has a conductive portion suspended above the terminal. When the electronic card is inserted into the fixed position of the accommodating space, the second conductive terminal is pressed down m and the conduction portion and the side terminal of the cake are connected to the test function. Compared with the prior art, the present invention has the following beneficial effects: in the first, the terminal and the _ terminal are formed by the self-same-strip, so the side-by-side arrangement is matched along the same direction. 'Therefore, it is advantageous _ about the process. The second conductive terminal is made by the mold of _ to make the same direction bending. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ [Embodiment] In the fifth figure, the present invention discloses an electronic card 200 inserted along the insertion direction. The card connector 100 includes an insulating body 1, and a plurality of conductive terminals 2 inserted into the insulating body 1. Terminal 3 and cover over the insulating tip = Ben 4 201034294 As shown in the first and third figures, the insulative housing 丨 includes a substantially rectangular base u and a side portion 15 extending upwardly from the base portion 11. The base portion n A plurality of terminal slots 12 extending in the mating direction and penetrating the upper and lower surfaces of the base portion 11 and a channel 14 disposed in parallel with the terminal slot 12 are provided. The channel 14 has a larger dimension in the longitudinal direction perpendicular to the insertion direction than the terminal slot 12 Corresponding size. Base u The lower surface of the lower surface is provided with a recessed portion which is recessed downward in a stepped manner. The rear surface of the base portion 11 is provided with a plurality of slits 13 which are respectively forwardly extended to communicate with the terminal groove and the channel μ. The outer surface of the side portion 15 A notch 1M is provided. Referring to the second figure, the conductive terminal 2 includes a plurality of first conductive terminals 2A disposed along the longitudinal direction and a second conductive terminal 2B disposed on a side of the first conductive terminal 2A. The conductive terminal 2 includes a contact portion 21 that is lifted up in a paper shape, a solder portion 22 that extends rearward for soldering to a circuit board (not shown), and a connection portion 23 that connects the contact portion 21 and the solder portion 22. The second conductive terminal The structure of the first conductive terminal 2 is substantially the same. The front end of the contact portion 21 of the first conductive terminal 2A extends toward the detecting terminal 3 to form a second conductive terminal 2B. The detecting terminal 3 is substantially elongated. The front end is provided with a sensing portion 31, and the rear end is provided with a soldering foot 33' with a connecting portion 31 between the connecting sensing portion 31 and the soldering foot 33. The cover body 4 includes a substantially plate-shaped top wall 41 and a top wall. 41 downwards one of the opposite sides of the soil 42. The end of the side wall 42 is bent inward Extending to form a locking portion 421 that cooperates with the recessed portion n of the base 1. The intermediate portion of the side wall 42 is suspended with a resilient arm 422 » ® Please refer to the first to third figures, the first and second conductive terminals 2A, 2B And the detecting terminal 3 is arranged in parallel. The first and the first conductive terminals 2Α, 2Β are connected to each other, and the intermediate portion of the terminal 3 is in a coplanar structure. The contact portions of the first and second conductive terminals 2Α and 2Β 21 is bent into the same arc. When the card connector 100 is assembled, the first conductive terminal 2 is received in the terminal slot 12. The connecting portion 23 of the first conductive terminal 2 is suspended in the terminal slot 12, and the soldering portion 22 passes. The slit 13 extends rearwardly out of the base portion 11 » the second conductive terminal 2 Β and the detecting terminal 3 are received in the channel 14 . The connecting portion 23 of the second conductive terminal 2 is juxtaposed with the intermediate portion 32 of the pick-up terminal 3 in the channel 14, and the soldering feet 22, 33 extend rearwardly out of the base 11 through the slit 13. The detecting terminal 3 is closer to the side portion 15 of the body i with respect to the second conductive terminal 2''. Finally, the cover body 4 is fastened to the body 1 so that the top wall 41 of the cover body 4 covers the upper side of the insulative housing 1. The side wall 42 covers the side portion 15 of the insulative housing 1. The buckle is inserted into the insulative body 1 as 201034294. In the recessed portion 17, the elastic arm 422 is elastically resisted on the recess of the side portion 15 and is coupled to the fourth figure. The cover body 3 and the body 1 form a receiving space 16 for receiving the electronic card 200. The first and second conductive terminals 2 are formed. The contact portion 21 protrudes into the accommodating space 16 . The fourth figure shows that the electronic card 2 is inserted into the integrated card connector 1 收容 工 = = 16. The fifth figure reveals the position at which the electronic card 2 is inserted into the card connector (10). The %'-th-second conductive terminal 2, the contact portion h of the sister, and the electronic card are in fine contact and the electronic card 200 is pressed downward. When the contact portion 21 of the second conductive terminal 2B is pressed downward, the conduction portion 24 at the front end thereof moves downward and is in contact with and electrically connected to the sensing portion 31 of the _ terminal 3, thereby functioning as a guide. To introduce the manufacturing process of the first and second conductive terminals 2A, 2B and _ terminal 3. In the second and sixth figures, the first and second conductive terminals 2A, 2B and the detecting terminal 3 are arranged side by side in the same direction along the first direction by the raw material strips. The stamped detection terminal 3 is formed. Referring to the third figure, the second conductive terminal 2B has an extended portion 24 extending from the front end of the detecting terminal 3. The first φ sub- 2A, 2B after the blanking is produced by the same mold passing process to obtain the contact portion 21 which is the upward arching material address. The extending portion 24 on the contact portion 21 of the second conductive terminal 2B "forms the conductive portion 24." The connection between the inter-sheet portion 32 of the terminal 3 and the first and first conductive terminals 2A, 2B obtained by the folding process The portion 23 is coplanar. According to the above analysis, the first and second conductive terminals Μ, 2b and the detecting end are provided with thieves, so that the connecting portion 23 and the # portion 32 of the three are arranged in parallel. The second conductive terminal twisted on the same-tape has a protruding portion 24 extending from the front end of the side terminal 3. The protruding portion 24 is lifted up at the connection = 4 to become The conduction reduction material above the marriage terminal is reduced by the red order. The terminal 3 can be directly used by the processing of the material. The new thief is made of ^ 2 2 In the above operation, only the same mold can be used to simultaneously produce the conductive function and the detection work 'ff heavy county fine mold, from the advantage of the material process and cost. 4 Newfa proposes a special request. However, 6 201034294 is only a preferred embodiment of the present invention, and the scope of the present invention It is not intended to be limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are intended to be included in the following patent application. 3D is an assembled view of the card connector of the first figure. The third figure is an exploded perspective view of the card connector shown in the first figure. The four-figure is a cross-sectional view in the jyjy direction when the electronic card is inserted into the card connector shown in Fig. 1. The fifth figure is a cross-sectional view in the W direction when the electronic card is inserted into the position of the card connector shown in Fig. 1. Schematic diagram of the second conductive terminal and one terminal on the same tape [Main component symbol description] 100 11 13 15 17 2 2B 22 24 31 33 41 421 Insulating body 1 Terminal slot 12 Channel 14 Notch 151 Electronic card 200 First Conductive terminal 2A Contact portion 21 Connection portion 23 Detection terminal 3 Inter-portion 32 Cover body 4 Side wall 42 Elastic arm 422 Card connector Base slit Side recessed portion Conductive terminal Second conductive terminal
焊接部 導通部 感應部 焊接足 頂壁 卡扣部 7Welded part Conducting part Inductive part Welded foot Top wall Buckle part 7