M307219 ，八、新型說明： 【新型所屬之技術領域】 尤指一種應用在信息或通訊設備 本創作係關於一種電子卡連接器 内部之用戶身份識別之電子卡連接器 【先前技術】 電子卡連接器係-種用來將電子卡連接至電子産品上之電 其^絕緣本體，複數裝於絕緣本體上之導電端子，蓋合於絕縣體上 之，體，絕緣本體和蓋體之間形成—電子卡收容空間。導電端子之二 =於，緣本體之表面並與t子卡上設置之接_接觸，另 板上设置之電路導通，從而起到連接導通作用。 ％”包路M307219, VIII, new description: [New technical field] Especially for an information or communication device. This is an electronic card connector for user identification inside an electronic card connector. [Prior Art] Electronic card connector A type of electrically conductive terminal for connecting an electronic card to an electronic product, and a plurality of electrically conductive terminals mounted on the insulative body, which are formed on the body of the prefecture, formed between the body, the insulative body and the cover body - Electronic card housing space. The second of the conductive terminals is on the surface of the edge body and is in contact with the contact provided on the t daughter card, and the circuit provided on the other board is turned on, thereby functioning as a connection conduction. %"包路
>習知電子卡連接n，絕緣本體和蓋體之配合—般有兩種. =緣本2和蓋體是被分離之兩_件，絲f子卡置>There is a known electronic card connection n, the combination of the insulating body and the cover body has two kinds. The edge book 2 and the cover body are separated by two pieces, and the wire f is placed.
'中’必先把盖體和絕緣本體分開，待把電子卡置人 :ϋ連J 重新對位，此種方式欠缺便利性導致實‘ 割之構件，蓋體和:缘接器之蓋體和絕緣本體構成不可分 本過樞接組件連爲—體，蓋體可繞著絕緣本 合位置。 丹杷包子卡置入相應之位置後，再轉動蓋體至閉 轉時’能夠旋轉之iLC:之ϊ子卡連接器’當蓋體相對絕緣本體旋 用困擾。 口用力過大而導致樞接組件損壞，而導致使 【新ί=】貫有必要提供—種電子卡連接器可以解決上述問題。 能相〇種=絕緣本f通過枢接組件連接且蓋體 為達成上述創作之目的，子卡連接器。 接至電路板，其包括蓋體、絕緣=電=連，器用以將電子卡電性連 子，以及用於樞接該蓋體與、稷數收容於絕緣本體中之導電端 接組件包括自蓋體-端兩側延;^本脰之搞接組件；其特徵在於··所述樞 中之樞接凸塊、延伸於絕緣本體一端兩側 M3 07219 之樞接滑槽，抱接滑槽被一孤形凸起分爲第— 底巧^當電ΐΐ連接器_至電路板上時，底部開2 二、。，纟日^，盍豸可^著樞接凸塊在設有底部開口之第-滑槽中 = 18l，絕緣本體平齊之第—位置’當蓋體旋轉至與絕緣本體閉合 的弟一位置訏，平推蓋體，樞接凸塊可跨越弧形凸起 此時蓋體位於第三位置。 仏 與習知技術相比較，本創作電子卡連接器樞接組件結構簡單，克服 J習知帶樞，組件之電子卡連接器開啓時蓋體相對絕緣本體翻轉最大角 又之限制，蓋體能相對絕緣本體旋制18()。，防止了受翻轉最大角度限 制使用時不小心翻轉用力過大而導致柄接組件破壞産品使用壽命減短之 現象發生。'中' must first separate the cover from the insulating body, and wait for the electronic card to be placed: ϋ连J re-alignment, this method lacks convenience and leads to the real-cut component, the cover and the cover of the rim The insulative body and the insulative body are inseparable from the pivotal assembly, and the cover can be wound around the insulated position. After the Tanjong Bun card is placed in the corresponding position, the cover is rotated to the 'iLC: the scorpion card connector that can be rotated' when the cover is in trouble with the insulating body. Excessive force on the port leads to damage to the pivotal components, which leads to the need to provide an electronic card connector that solves the above problems. Can be compared to the type of insulation = insulation is connected by the pivotal assembly and the cover is for the purpose of the above creation, the daughter card connector. Connected to the circuit board, which comprises a cover body, an insulation=electricity=connection, a device for electrically connecting the electronic card, and a conductive termination assembly for pivotally connecting the cover body and the plurality of holes in the insulative body. The cover body is extended on both sides; the joint assembly of the present invention is characterized in that: the pivotal projection of the pivot, the pivoting chute extending from the M3 07219 on both sides of the insulating body, and the chute It is divided into the first one by the one-shaped protrusion. When the power connector _ is connected to the circuit board, the bottom is opened 2nd. , the next day ^, 盍豸 can ^ the pivotal bump in the first chute with the bottom opening = 18l, the insulating body is flush - the position - when the cover rotates to the position of the insulated body訏, the cover body is pushed flat, and the pivoting protrusion can span the curved protrusion at this time, the cover body is located at the third position.比较Compared with the prior art, the structure of the electronic card connector pivoting assembly is simple, and overcomes the limitation of the J-like hub. When the electronic card connector of the component is opened, the cover body is opposite to the maximum angle of the insulating body, and the cover body can be opposite. The insulating body is spun 18 (). It prevents the accidental overturning of the overturned maximum angle limit and causes the handle assembly to damage the product life.
【實施方式】 下面，將結合附圖對本創作作進一步詳細描述。 請參第=圖和第二圖，本創作電子卡連接器i用以電性連接一種電 =卡（未圖不）至電路板（未圖示），其由絕緣本體3、複數導電端子4、 蓋體^及用於樞接該蓋體2與絕緣本體3之樞接組件（未標示）組成。 1體2包括頂面21，由頂面21兩側分別向下彎折延伸而成之兩側 面22, 一對自蓋體2 一端兩側延伸之圓柱狀之樞接凸塊25，兩對從頂面 21兩側垂直延伸之扣持片23，該扣持片23之垂直高度不超過絕緣本體 3之厚度，扣持片23還包括從底部向内垂直彎折延伸之固持部23〇。 絕緣本體3大致爲矩形板狀，其包括底板31及底板31左右兩側之側壁 32。所述底板31及侧壁32共同形成一收容電子卡之收容空間33及毗鄰底 ，31丽端312供電子卡插入之電子卡插口（未標示）。底板31在位於收容 空間33之正下方設有兩排矩形通孔31〇，每一矩形通孔31〇上下貫穿底板 3^1三絕緣本體3—端兩側設有樞接滑槽36，樞接滑槽36被弧形凸起361分 爲第一滑槽360和第二滑槽362，其中第一滑槽36〇設有底部開口363。絕 緣本體3與蓋體2上扣持片23相對應之位置處分別設有容納扣持片23之鏤 空部38和與扣持片23相扣持之扣持部39。 一導電端子4包括傾斜向上彎折延伸而成之用以與電子卡接觸區（未 圖不）接觸之導通部41，向後伸出之用以與電路板電性連接之焊接端 42 ’以及連接導通部41與焊接端42之連接部43。 柩接組件包括設置于蓋體2上之樞接凸塊25和設置於絕緣本體3上 M307219 •，之樞接滑槽36。 4蔞、^衣％ ’首先將導電端子4固定於絕緣本體3底板31上，導電端子 屮41伸出矩形通孔310並暴露在收容空間33内，焊接端42延伸 上，呈辨體3底板31。接著’通過柩接組件將蓋體2樞接於絕緣本體3 广# ^步驟爲··將蓋體2之樞接凸塊25從絕緣本體3之柩接滑槽36 口363處裝至第一滑槽36〇中。然後，把電子卡連接器1固定至 ^反上，導電端子4焊接端42與電路板上對應之電路（未圖示）焊接 緣ί體3底部開口 363被電路板封閉，樞接凸塊25 _定在絕 之第一滑槽360和電路板之間，樞接凸塊25可在第一滑槽36Θ[Embodiment] Hereinafter, the present creation will be described in further detail with reference to the accompanying drawings. Referring to FIG. 2 and FIG. 2, the electronic card connector i is used to electrically connect an electric=card (not shown) to a circuit board (not shown), which is composed of an insulating body 3 and a plurality of conductive terminals 4. The cover body and the pivoting assembly (not labeled) for pivotally connecting the cover body 2 and the insulative housing 3 are formed. The body 2 includes a top surface 21, two side surfaces 22 which are respectively bent downwardly from two sides of the top surface 21, and a pair of cylindrical pivoting protrusions 25 extending from both ends of the cover body 2, two pairs of The fastening piece 23 extends vertically on both sides of the top surface 21, the vertical height of the fastening piece 23 does not exceed the thickness of the insulating body 3, and the fastening piece 23 further includes a holding portion 23〇 extending vertically from the bottom. The insulative housing 3 has a substantially rectangular plate shape and includes a bottom plate 31 and side walls 32 on the left and right sides of the bottom plate 31. The bottom plate 31 and the side wall 32 together form an accommodating space 33 for accommodating the electronic card and an adjacent card bottom, and the 353 end 312 is for inserting an electronic card into the electronic card socket (not shown). The bottom plate 31 is provided with two rows of rectangular through holes 31 正 directly under the accommodating space 33, and each of the rectangular through holes 31 〇 vertically penetrates the bottom plate 3^1, and the three ends of the insulating body are provided with pivoting slots 36, The sliding chute 36 is divided into a first sliding slot 360 and a second sliding slot 362 by an arcuate projection 361, wherein the first sliding slot 36 is provided with a bottom opening 363. The insulating body 3 is provided with a hollow portion 38 for accommodating the fastening piece 23 and a fastening portion 39 for holding the fastening piece 23 at positions corresponding to the fastening pieces 23 of the cover body 2, respectively. A conductive terminal 4 includes a conductive portion 41 extending obliquely upwardly for contact with an electronic card contact area (not shown), a soldering end 42' extending rearwardly for electrically connecting to the circuit board, and a connection A connecting portion 43 between the conductive portion 41 and the soldering end 42. The splicing assembly includes a pivoting projection 25 disposed on the cover body 2 and a pivoting chute 36 disposed on the insulating body 3 and M307219. 4蒌,^衣% 'Firstly, the conductive terminal 4 is fixed on the bottom plate 31 of the insulative housing 3, the conductive terminal 41 protrudes into the rectangular through hole 310 and is exposed in the receiving space 33, and the soldering end 42 extends to form the bottom plate of the discriminating body 3. 31. Then, the cover body 2 is pivotally connected to the insulative housing 3 through the splicing assembly. The step is to install the pivoting projection 25 of the cover body 2 from the splicing slot 36 of the insulative housing 3 to the first slot 363 to the first The chute 36 is in the middle. Then, the electronic card connector 1 is fixed to the opposite side, and the soldering terminal 42 of the conductive terminal 4 is soldered to a corresponding circuit (not shown) on the circuit board. The bottom opening 363 is closed by the circuit board, and the pivoting bump 25 is closed. _ between the first chute 360 and the circuit board, the pivoting bump 25 can be in the first chute 36Θ
^祕，用日守，首先掀開蓋體2，蓋體2可隨著樞接凸塊25旋轉180。至與 二\ 平齊，此時蓋體位於第一位置；接著，將電子卡插入絕緣本 - 收容空間33中；然後，翻轉蓋體2至蓋合至絕緣本體3上，蓋體 立Ί立於第二位置’如第三圖所示，扣持片23位於絕緣本體3之鏤空 =$她，然後順著樞接滑槽36推動蓋體2，則樞接凸塊25跨越弧形凸 巳1滑動至第二滑槽362,此時蓋體2位於第三位置，如第四圖所示， 扣持片23與絕緣本體3之扣持部39扣持，電子卡被穩固固持於電 連接器1中。 卜 與習知技術相比，本創作電子卡連接器丨樞接組件結構簡單，克服了 習知帶樞接組件之電子卡連接器i開啓時蓋體2相對絕緣本體3翻轉 角度之限制，蓋體2能相對絕緣本體3旋轉到18〇。，防止了受翻轉最大角 度限制使用時不小心翻轉用力過大而導致樞接組件被破壞 1使用壽命減短之現象發生。 w 上述僅爲本創作一個具體實施方式，其它基於本創作構思之前提下 做出之任何改進都視爲本創作之保護範圍。如蓋體2上設置^扣=片Μ 之數i爲一對、二對或更多；蓋體2上設置電子卡收容空間或蓋體2盥 絕緣本體3之間形成一電子卡收容空間等。 现版 絲上所述’本創作付合新型專利要件，爱依法提出專利申往。惟 以上所述者僅為本創作之較佳實施例，本創作之範圍並不以上^银广仞 為限，舉凡熟習本案技藝之人士援依本創作之精神所作之等效修織 化，皆應涵蓋於以下申請專利範圍内。 7 3、艾 M307219 ,_【圖式簡單說明】 第一圖係本創作電子卡連接器之立體圖。 第二圖係第一圖所示電子卡連接器之立體分解圖。 第三圖係第一圖所示電子卡連接器之另一角度視圖。 第四圖係第一圖所示電子卡連接器蓋體與絕緣本體扣緊時之立體圖。 【主要元件符號說明】 電子卡連接器1 蓋體 2 頂面 21 側面 22 扣持片 23 固持部 230 輕接凸塊 25 絕緣本體 3 底板 31 矩形通孔 310 前端 312 側壁 32 收容空間 33 樞接滑槽 36 第一滑槽 360 孤形凸起 361 第二滑槽 362 底部開口 363 鏤空部 38 扣持部 39 導電端子 4 導通部 41 焊接端 42 連接部 43^ Secret, with the sun, first open the cover 2, the cover 2 can be rotated 180 with the pivoting projection 25. When the two are flush, the cover is in the first position; then, the electronic card is inserted into the insulation-accommodating space 33; then, the cover 2 is flipped over to the insulating body 3, and the cover stands upright In the second position, as shown in the third figure, the fastening piece 23 is located at the hollow of the insulative body 3 = $ her, and then pushes the cover 2 along the pivoting chute 36, and the pivoting projection 25 crosses the curved tenon 1 is slid to the second sliding slot 362, and the cover body 2 is in the third position. As shown in the fourth figure, the fastening piece 23 is fastened to the fastening portion 39 of the insulative housing 3, and the electronic card is firmly fixed to the electrical connection. In the device 1. Compared with the prior art, the electronic card connector pivoting assembly has a simple structure, and overcomes the limitation of the flip angle of the cover 2 relative to the insulating body 3 when the electronic card connector i with the pivotal assembly is opened. The body 2 can be rotated relative to the insulative body 3 to 18 〇. Prevents the maximum angle of reversal from being restricted. Inadvertently flipping the force during use causes the pivotal component to be damaged. 1 The service life is shortened. w The above is only a specific implementation of this creation, and any other improvements made based on this creation concept are considered to be the scope of this creation. For example, the number i of the cover body 2 is set to be a pair, two pairs or more; the electronic card accommodating space or the cover body 2 is disposed on the cover body 2, and an electronic card accommodating space is formed between the insulating body 3, etc. . The current version of the silk said that 'this creation pays for a new type of patent, love to file a patent application. However, the above is only the preferred embodiment of this creation. The scope of this creation is not limited to the above. The equivalent of the skill of the present invention is based on the spirit of this creation. It should be covered by the following patent application. 7 3, Ai M307219, _ [Simple diagram description] The first picture is a perspective view of the electronic card connector. The second figure is an exploded perspective view of the electronic card connector shown in the first figure. The third figure is another perspective view of the electronic card connector shown in the first figure. The fourth figure is a perspective view of the electronic card connector cover and the insulating body shown in the first figure. [Main component symbol description] Electronic card connector 1 Cover 2 Top surface 21 Side 22 Fastening piece 23 Retaining part 230 Lightly attached bump 25 Insulating body 3 Base plate 31 Rectangular through hole 310 Front end 312 Side wall 32 Containing space 33 Pivot sliding Slot 36 First chute 360 solitary protrusion 361 Second chute 362 Bottom opening 363 Hollow portion 38 Clamping portion 39 Conductive terminal 4 Conducting portion 41 Welding end 42 Connecting portion 43