201010192 九、發明說明： 【發明所屬之技術領域】 本發明係涉及一種電子卡連接器，尤其是指一種用於擴展功能之雷 連接器。 f 【先前技術】 現今，電腦等電子裝置已經在各種領域令廣泛應用，成為人們生活中 可缺少駐具與鱗設施。隨魏㈣需求，各t子裝置之新魏逐漸被 發出來，其中，應用於電腦上之express CARD係目前最常用之擴 : 功能之電子卡。該種設計可以令老款電腦藉電子卡而擴展功能。為能使 ❿種電子卡，需於電腦上事先安裝有EXPRESSCARD連接器以接受 ^ 功能的EXPRESS CARD。而隨著筆記型電腦等電子裝置對厚度愈要 ，，，安裝於電齡電子裝置上之配套裝置„要改進來滿足^ ^如則述所提之卡連接器也需要改進來適應厚度與重量的要求: EXPRESS CARD CONN·似卡連接器以—上金屬殼與 C一末端絲—餘抖電端仅猶秘。_輯= 等電之重量及厚射驗制，不能献筆記型電腦 °" ^ ❹【發日=容Γ要触—簡型電升連接11，靖紅述問題。 之電子卡連接器的在於提供一種由電子裝置外殼充當電子卡連接器之殼體 括設體H二卡連接器，其安裝於電子裝置上，包 導電端子，其中，所述殼體由t端之絕緣本體、收容於絕緣本體内之 相較於先前技術，本殼構成。 充當卡連接器之外殼體，減小連接有如下功效：藉電子裝置之外殼 【實施方式】 運接益之厗度同時減輕整個電子裝置之重量。 請參閱第—圖至第三圖 絕緣本體2、收容於絕 '、，本毛明電子卡連接器100包括有殼體1、 、、、 之導電端子（未標號）、退卡機構 3以及印 6 201010192 刷電路板4,其中，殼體丨構成一卡插槽6。 請參閱第二圖所示，殼體1由筆記觀腦之外殼充當，包括有上般體 U與下殼，I2，上殼體U之上平面110為筆記型電腦外殼之外表面，其下 •平面（未標號）上設有兩肋條111。下殼體12之下表面（未標號）亦^筆 記^電腦之外表面’下殼體12包括有安裝部⑽與接受部122，安裝部’⑽ 於豎直方向上低於接受部122，兩者之間構成臺階狀。接铸122設置有兩 側邊123，側if 123與上述肋條U1相對應，侧邊123與肋條⑴構成卡插 槽6之兩側壁。於兩側邊123之内側還設有凸條124，凸條124緊靠側邊⑵ ^内表面，且在g直方向上低於側邊123。凸條124與側邊123之間構成臺 ❹P白狀上述、.、。構表明凸條124位於卡插槽6内。卡插槽6之侧壁可單獨設置 於上殼體上亦可以單獨設·τ上，並向姆之殼體方向延伸。 、絕緣本體2組裝於印刷電路板4上，導電端子收容於絕緣本體2。該絶 ft 2具有列對接部21，該對接部21驗與相應電子卡對接，此處絕 、、2之舌片對接部21可以與exPress card的標準對介面對接，對接後傳 輸信號。 退卡機構5亦組裝於印刷電路板上靠近絕緣本體2，退卡機構$為傳統 卡push-push型退卡機構。收容於卡插槽6内之電子卡與退卡機構5之退卡 片51配合後可於進卡與退卡兩種位置間機。電子卡經卡插槽6進入該電 龜ϋΪί11 1(W)後細退料51，此時電子卡處於针㈣。隨著電子卡 繼續被推人，退卡片51開始隨著電子卡一起被推動。於電子卡與舌 2對接達成雜導職，電子卡處於進卡位置。此時，退封&被退卡機 構5鎖定不能繼續鶴^於電子卡再讀推動時，退卡片51 電子卡推 動而解除鎖^ ’隨即，退卡機構5驅動退卡片51向與插卡方向相反的方向 移動。退卡片51在移動過程中推動電子卡一起移動，電子卡被退卡片51 自進卡位置退回至退卡位置。此過料卡push push型退卡機構之工作過 程。此實施例巾退卡機構錄於印刷板上4上，於其他實補中，此退 卡機構當然亦可以安裝於其他位置，比如上殼體〗卜下殼體12或其他合適 之結構上。 印刷電路板4安裝於下殼體12之安裝部12〇上，絕緣本體2處於卡插 槽6之末端。電子卡插入插槽6後’凸條124配合電子卡側邊之臺階而導引 7 201010192 電子卡。 殼體1係筆記型電腦之外殼構成，其材質可以為塑谬、 之恰當材質。卡插槽6需要具有靜電鮮作用， ^膠^右、他 :作用之材質製成，則可以於卡娜内添加崎 電子卡連接器100之殼體ί同樣由該電子裝置之外殼充A裝置且6亥 ❹ 或變+:=:==r ㈣ 【圖式簡單說明】 第一圖爲本創作電子卡連接器之部分分解圖； 第二圖爲如第-圖所示電子卡連接器之分解圖； 第三圖爲如第-圖所示電子卡連接器之立體: 【主要元件符號說明】 電子卡連接器 100 上殼體 11 肋條 111 安裝部 120 側邊 123 絕緣本體 2 印刷電路板 4 退卡片 51 殼體 1 上平面 110 下殼體 12 接收部 122 凸條 124 舌片對接部 21 退卡機構 5 卡插槽 6 8201010192 IX. Description of the Invention: [Technical Field] The present invention relates to an electronic card connector, and more particularly to a lightning connector for extending functions. f [Prior Art] Today, electronic devices such as computers have been widely used in various fields, and they have become a lack of resident and scale facilities in people's lives. With the requirements of Wei (4), the new Wei of each t-sub-device was gradually issued. Among them, the express CARD system applied to the computer is currently the most commonly used expansion: the function of the electronic card. This kind of design can make the old computer expand the function by using the electronic card. In order to enable the electronic card, the EXPRESSCARD connector must be installed on the computer to accept the EXPRESS CARD. With the increasing thickness of electronic devices such as notebook computers, the matching devices installed on the electronic age electronic devices should be improved to meet the requirements. The card connectors mentioned above need to be improved to adapt to the thickness and weight. Requirements: EXPRESS CARD CONN·like card connector with - upper metal shell and C-end wire - after shaking the electric end only secret. _ series = equal weight and thick shot, can not offer notebook computer ° " ; ^ ❹ [发日=容Γ要触-简型电升连接11, 靖红述问题. The electronic card connector is to provide a housing bracket body H from the electronic device housing as an electronic card connector The card connector is mounted on the electronic device and includes a conductive terminal, wherein the casing is composed of the insulating body of the t end and is housed in the insulating body, and is formed by the shell compared with the prior art. Body, reducing the connection has the following effects: by the outer casing of the electronic device [Embodiment] The weight of the transport is reduced while reducing the weight of the entire electronic device. Please refer to the first to third figures of the insulating body 2, contained in the absolute ', , Ben Maoming electronic card connection The device 100 includes a conductive terminal (not labeled) of the housing 1, , , , a card ejection mechanism 3, and a printed circuit board 4, wherein the housing 丨 forms a card slot 6. Please refer to the second figure. It is shown that the casing 1 is made up of a casing of a note-taking brain, including an upper body U and a lower casing, I2, and a plane 110 above the upper casing U is an outer surface of the notebook casing, and a lower surface (not numbered) There are two ribs 111. The lower surface of the lower casing 12 (not labeled) also notes the external surface of the computer. The lower casing 12 includes a mounting portion (10) and a receiving portion 122, and the mounting portion '(10) is in the vertical direction. Lower than the receiving portion 122, the two form a stepped shape. The casting 122 is provided with two side edges 123, the side if 123 corresponds to the rib U1, and the side 123 and the rib (1) constitute the two side walls of the card slot 6. The inner side of the two sides 123 is further provided with a rib 124, and the rib 124 abuts the inner side (2) of the inner surface, and is lower than the side 123 in the straight direction of g. The ridge P and the side 123 form a table ❹ white The above, the structure indicates that the rib 124 is located in the card slot 6. The side wall of the card slot 6 can be separately disposed on the upper casing or can be single The τ is extended in the direction of the housing of the ohm. The insulating body 2 is assembled on the printed circuit board 4, and the conductive terminals are received in the insulating body 2. The ft 2 has a row abutting portion 21, and the butting portion 21 is inspected. The corresponding electronic card is docked, and the tongue butt joint portion 21 of the second and the second can be connected with the standard pair of the exPress card, and the signal is transmitted after the docking. The card withdrawing mechanism 5 is also assembled on the printed circuit board near the insulating body 2, and the card is retracted. The mechanism $ is a conventional card push-push type card ejecting mechanism. The electronic card housed in the card slot 6 and the card 51 of the card ejecting mechanism 5 can be interposed between the card insertion and the card retreat. After the card slot 6 enters the electric turtle ϋΪ 11 11 1 (W), the material is returned 51, and the electronic card is at the needle (4). As the electronic card continues to be pushed, the card 51 is initially pushed along with the electronic card. In the docking of the electronic card and the tongue 2, the electronic card is in the card insertion position. At this time, the unpacking & is locked by the card ejecting mechanism 5 can not continue the crane ^ when the electronic card re-read push, the card 51 is ejected and the electronic card is pushed to release the lock ^ ', then the card ejecting mechanism 5 drives the card 51 to the card Move in the opposite direction. The eject card 51 pushes the electronic card to move together during the movement, and the electronic card is returned from the card position to the card ejecting position. This work process of the push card push push type card withdrawal mechanism. In this embodiment, the card ejecting mechanism is recorded on the printing plate 4. In other practical replenishment, the ejecting mechanism can of course be mounted at other positions, such as the upper casing 12 or other suitable structure. The printed circuit board 4 is mounted on the mounting portion 12A of the lower casing 12, and the insulative housing 2 is at the end of the card insertion slot 6. After the electronic card is inserted into the slot 6, the ridge 124 is guided by the step on the side of the electronic card. 7 201010192 Electronic card. The casing 1 is a casing of a notebook computer, and the material thereof may be a plastic material and an appropriate material. The card slot 6 needs to have an electrostatic fresh effect, and the rubber material is made of a material that can be used to add a housing of the electronic card connector 100 to the card. And 6 ❹ or change +:=:==r (4) [Simple description of the diagram] The first figure is a partial exploded view of the creative electronic card connector; the second figure is the electronic card connector as shown in the figure The third figure is the stereo of the electronic card connector as shown in the figure - [Main component symbol description] Electronic card connector 100 Upper housing 11 Rib 111 Mounting portion 120 Side 123 Insulating body 2 Printed circuit board 4 Retracting card 51 housing 1 upper plane 110 lower housing 12 receiving portion 122 rib 124 tongue engaging portion 21 card ejecting mechanism 5 card slot 6 8