1356294 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種電腦輸入裝置結構，特別是一種易於垆帶之 電腦輪入裝置結構。 【先前技術】1356294 IX. Description of the Invention: [Technical Field] The present invention relates to a computer input device structure, and more particularly to a computer wheel-in device structure that is easy to carry. [Prior Art]
在現今科技與資訊謂地蓬勃發展，電腦設備已經是相當普及的 電子裝置之-，電腦設備的發展趨勢逐漸朝向微型化研發X加上 ^們對於電腦設備之品質要求也越來越高，例域、薄、短、小等之 筆記型電腦’因此’筆記型電腦目前在使用上已相當普及。 相型電腦設計的初衷★無一是為了在完全無須外接設備的❿ 下’能貫現隨時軸辦公的夢想。但是，_很多使用者認為筆奶 電腦上所設置的輸人裝置，例如觸控板、鍵盤，使用上相當不方便 導致工作效率下降且浪費工作時間i更遑論f時間操作使用筆記㈣ 月甸。因此’多數使用者會選擇專門為筆記型電腦In today's technology and information, the computer equipment is already a popular electronic device. The development trend of computer equipment is gradually toward miniaturization. X plus ^ are more and more demanding on the quality of computer equipment. Domain, thin, short, small, etc. notebook computers 'so' notebook computers are currently quite popular. The original intention of phase-type computer design ★ Nothing is to realize the dream of always working at any time without any need for external equipment. However, many users think that the input devices set on the pen-milk computer, such as the touchpad and the keyboard, are quite inconvenient to use, resulting in reduced work efficiency and wasted working time, not to mention f time operation notes (4) Yuedian. Therefore, most users will choose to specialize in notebook computers.
=等輸入裝置，以與筆記型電腦配合使用，進懈二 、紘祕使用者於知作筆"己型電腦時，會使用此等外接式輸入裝置， 二題，更的問題’然而’此方法確存在著短距離移動時攜帶 使用的便二管是使用有線或無_外接式輪人裝置來提高 第一合一疋如果使用者欲從第一會議室移動至相隔不遠之 勢♦手姆記細+手則拿著此 時帶著紙、筆或其他資料等物品， 间v上不僅不甚方便，而且於攜帶的過程中更 5 1356294 可月b因為所需攜帶的物品太多而造成物品掉落的情;兄發生。 有鑑於此，羅技公司發展了 一種應用於筆記型電 隨行扣，其產品型號為WO N咖筆電專用無線雷射滑鼠一隨:扣設 計，此結構主要係在滑鼠的底面開設-扣孔，並且額外設置一貼附在 筆記型電腦之外殼上之隨行扣，因此，藉由滑鼠底面的扣孔以及筆記 变電腦外殼上之隨行扣扣合在-起，則可將滑鼠附著於筆記型電腦 上。不過，雖然此設計能解決滑鼠等輸入裝置攜帶困難之問題，然而， 此設計僅思考如何藉由-隨行扣而麟鼠附著於電腦上，卻忽 略了隨行扣_於筆_電腦之外殼上所帶來的外觀設計上的改變。 再者，前述設計必需再額外設置一如隨行扣等扣合件，才能與滑氣之 扣孔互相扣合，—旦遺失此隨行扣，勢必無法執行扣合的功能，更遑 論能解決滑鼠等輸人|置攜帶目難之問題。，對使用者來說，羅 技么司產品型號為V55〇之設計依舊存在著使用不便利的問題。 因此，該如何解決此料接式輸人裝置之攜_難的総，實屬 目刖相關領域的技術人員亟欲克服的問題。 【發明内容】 ϋ於以上的問題，本發明提供一種易於攜帶之電腦輸入裝置結構。 根據本發明所揭露電腦輸人I置結構，其包括有—機體及一擬形 連接器，機體具有-容·’且機體喊有一功能電路裝置，而擬形 連接杰之-端具有-擬形連接頭，另_端則以可活動之關係裝設於機 體之谷置槽中。其中’擬形連接器可敏於電腦裝置中所對應之一電 ! 生連接埠’使傭轉電性連接結合於電腦裝置之電性連接谭。 根據本發明所揭露電腦輸入展置結構之〆實施例，係於機體内更 6 裂設有-伸縮裝置，伸置連接細彡連接器，使擬 離開容置槽之張·置，或者—縮人容置槽内之收容位置/ 可依需 根據本發明所揭露電腦輪人裝置結構之—實施例，係於擬形連接 器相對擬形連獅之-端上設有—樞接部，擬形連接賴由 接於機體之容置彻，使細彡連姑可贿機難動。其中 求於機體上凹設有-軸承座，並且令樞接部樞接於轴承座上 根據本發明所揭露-種無線電腦輸人裝置，係包含—機體及一 擬形連接益，其中，機體具有一凹槽，以容置擬形連接器，而擬形 連魅之1設有-USB擬形連接頭，另—酬設有—拖接部， 以與機體她接，·射咖_連_可非雜連接於-電腦裝 置之一 USB連接埠之中。 因此，根據本發明所揭露電腦輪入裝置結構，係透過一與筆記型 電腦之電性連接轉__連接器之細彡連翻，使_連接料 以直接以非電輯接_結合於筆_電腦之電性連接埠上，也就是 籲說擬形連接器係直接搭配筆記型電腦上之各種電性連接蜂之規格而設 彳如此來，則可將電腦輸入裳置結構輕便地枚納於筆記型電腦上， 使用，於移動時更易於攜帶，進而解決電腦輸入農置結構攜帶不方便 之問題，因而提高產品的便利性及競爭性。 有關本發_特徵與實作，舰合麻作最佳實酬詳細說明如 下。 【實施方式】 根據本發明喃露電腦輸人裝置結構，係用以與-電麟置進行 孔號傳輸且其中所指的電腦輸入裝置係包括但不偈限於如滑鼠、小 7 1356294 . · 型鍵盤、網輯影機(webcam)或遙控器等提供使用者有線或無線操作 之電腦輸人裝置。換言之，電腦輸人裝置亦可為-種無線電腦輸入裝 ^ ’或者為有線電腦輸人裝置。而所指的電麟㈣、包含稿限於如 筆記型電腦 '平板電腦或UMPC等電腦裝置；而 -以滑鼠以及筆記型電腦作為本發明之實施例。 體貫關將 • 第1A圖，係本發明第一實施例所揭露的電腦輸入裝置結構之立 -刀解示μ® $ 1B 係本發明第—實施例所揭露的電腦輸入襄 鲁置、、、。構之立體組合不意圖。如第1Α〜1β圖所示，電腦輸人I置結構 100至少包含-機體i〇2以及-擬形連接器104。此實施例中的電腦輸 入襄置、、、。構100係為-滑鼠，而滑鼠内容置一功能電路裳置(未繪示）， 例如為感應II、微處理科元件，其關於已知技術，妨纽多做 贅述。而前述之擬形連接器谢其一端係設有—USB擬形連接頭為 例，但並不以此為限。 特別注意的是’電腦輪入裝置結構100之擬形連接器104係用以 籲與-筆記型電腦200之-電性連接4 2〇2搭配，讓擬形連接器舰可 以擬形連接頭之-端，直接以非電性連接結合於筆記型電腦2〇〇上。 也就是說，擬形連接H 104之擬形連接頭係直接搭配筆記型電腦細 上之各種雜連解搬之規格麟計，例何叫_賴匯流排 (Umversal Serial Bus ； USB) > IEEE 1394 (Institute of Electrical and Electronics Engi麟s ;國際電子工業技術協會）、脱、脱32、冗罐认 (Personal Computer Memory Card International Assodation ； 憶卡國際協會傳輸蟑）、網路連接埠、音訊輸出/入連接埠、VGA輸出 埠或者TV輸出埠等規格之連接頭。因此，本發明只要改變擬形連接 8 1356294 益104上之擬形連接頭的規格，便能輕易的將電腦輸入裝置結構 結合於筆記型電腦200上。 請繼續參考第1A〜1B圖，機體1〇2之一側開設有一容置槽廳， 用以容置擬形連接器104，且機體102内更裝設有一伸縮襄置1〇8，使 擬形連接益104藉由伸縮襄置108具有-離開容置槽1〇6之張開位 置，或一縮入容置槽⑽之收容位置。詳言之，機體1〇2上相對容置 槽106 -側更開設有一滑槽11〇，而前述伸縮裝置1〇8可以包含有彈 性^職、-連動桿職以及定位件職。其十，彈性腿係容設 於容置槽106内，且與擬形連接器顺連接。而連動桿職之一端係 連接擬形連接器104，其另一端係凸置於滑槽11〇上，以於滑槽11〇 内滑動。上述之定位件職可以為一定位凸點，凸設於滑槽⑽内， 用以抵住連動桿_並限位擬形連接器1〇4。如此，連動桿娜帶 動細/連接器104位移，並使擬形連接器1〇4能於離開容置槽I%之 張開位置或者是縮入容置槽刚内之收容位置之間往返義。 第1C〜1D圖，係本發明第—實施例所揭露的電腦輸入裝置之作動 不意圖。請同時參考第1C〜1D圖，當推動凸設於滑槽U0之連動桿 誦:端往擬形連接器104之收容位置方向移動時，連動桿娜帶 =开104位移’並使得擬形連接器1()4抵壓彈性件⑽珏位 ==則能藉由定位件_來抵—^ :進而讓擬形連接器1⑽縮人容置槽内。如此一來， 則可正常操作此電腦輸入襄置結構1〇〇。 於細尚ΪΓ電腦輸入装置結構100收納於筆記型電腦上時，則 於擬形連接㈣4之張開位置方向推動連動桿職，並令連動桿娜 9 1356294 離開定位件職’此時，彈性件趣之彈性回復力會讓擬形連接器 104移動至張開位置，也就是讓擬形連接器1〇4離開容置槽⑴6 ,進而 f出於機體102外’如第1D圖所示。如此一來，則能藉由擬形連接 器1〇4之擬形連接頭’讓機體102以非電性連接結合於筆記型電腦2㈨ 上.，進而方便使用者於短距離移動時同時攜帶筆記型電腦2〇〇及其 邊裝置。 ° 或者，如第2圓所示，亦可以依需求直接於滑槽11〇 θ凸設兩定 籲4件l〇8c ’以替換彈性件i〇8a。藉由滑槽j 内的兩定位件刚。，來 限制連動桿1_ _，並使得擬猶接器1G4能限位於縮入容置槽 106之收容位置，或者是於離開容置槽1〇6之張開位置。 第3A圖，係本發明第二實施例所揭露的電腦輸入裝置結構之立 體分解示意圖，第3B〜3C圖，係本發明第二實施例所揭露的電腦輸入 裝置之作動示意圖。如第3A圖所示，電腦輸入裳置結構300之機體 3〇2的-側凹設有凹槽3〇4，凹槽3〇4㈣裝設有一軸承座3〇6，而於 |擬形連接器308之一端設有一擬形連接頭，另-端則設置有-樞接部 ⑽。其中’擬形連接器308係藉由樞接部31〇樞接於機體3〇2之軸承 座306上，使擬_接器3〇8可相對機體3〇2轉動。其中，此實施例 中之擬幵y連接器遍係以IEEE⑼4為例但並不以此為限。如此一 來，擬形連接器遍财有-收容於凹槽綱之收容位置以及一離開 凹槽304之張開位置。 "羊。之’如第3Β〜3C圖所示，當欲操作電腦輸入裝置結構3〇〇時， 則向下轉動擬形連接器3〇8，使擬形連接器遞旋轉入凹槽綱内， 、讓擬$連接器308位於一收容位置。於收容位置時，擬形連接器 1356294 308係貼附於機體302之凹槽3〇4内上，以確保擬形連接器3〇8不致 輕易地因外力撞擊而斷裂，倘若欲將電腦輸入裝置結構3〇〇收納於筆 汜型電腦200上時，則透過凹槽3〇4之一空間312將擬形連接器3⑽ 向外轉動，使擬形連接器3〇8位於-呈水平狀態之張開位置。如此一 來’則透過筆記型電腦2〇0上之電性連接埠搬(見第u圖），將電腦 輸入裘置結構300之擬形連接器3〇8插置於筆記型電腦2〇〇上，進而 將電腦輪入裝置結構3〇〇收納於筆記型電腦2〇〇上。 第4A圖，係本發明第三實施例所揭露的電腦輸入裝置結構之立 體分解不:H第4B〜4C圖，縣發明第三實施例所揭露的電腦輸入 裝置之作動不意圖。如第4A圖所示；電腦輪入裝置結構4〇〇之機體 4〇2的底冑她凹設有一凹槽姻，凹槽之相對兩側面上分別開設有 一扣合孔404a，且凹槽404相對於扣合孔4〇4a之一側面係為一導斜 面404b。而擬形連接器4〇6之一端設有一 USB擬形連接頭，另一端 則相對兩側上分職置有一樞接部4〇8。其中，擬形連接器4〇6係透 過樞接部408樞接於機體4〇2之凹槽404的扣合孔404a上，使擬形連 接器406可相對機體402轉動，並令擬形連接器4〇6具肴一收容位置 以及一張開位置。 洋吕之’如第4B〜4C圖所示，當欲操作電腦輸入裝置結構4〇〇時， 則轉動擬形連接器傷，令擬形連接器.旋轉且容置於凹槽姻内， 以使擬形連接器406位於-收容位置上。於收容位置時，擬形連接器 概係收容於凹槽姻内，以確保擬形連接器楊不致輕易地因外々 撞擊而斷裂。反之，倘若欲將魏輸人裝置結構_收納於筆記型電 腦200(如第1A圖所示)上時★則透過凹槽姻之導斜面她上的空 11 1356294 1向外轉動擬形連接器406，使擬形連接器406離開凹槽404並且 凸=於機體402底部402a，以位於一張開位置。如此一來，則透過筆 t型電腦200上之電性連接埠搬(如第u圖所示），將電腦輸入裝置 構400之擬形連接器4〇6插置於筆記型電腦細上，進而將電腦輸 入裝置結構400收納於筆記型電腦200上。 ▲雖然本發明之實施例揭露如上所述，然並_以限定本發明，任 相·藝者，在不脫縣發明之精神和範_，舉凡依本發明 φ —所述之形狀、構造、特徵及精神當可做些許之變更，因此本 ^明之專梅護細須視本書騎之巾請專利範騎界定者為 【圖式簡單說明】 實施例所揭露的f職人裝置結構之立 第1A圖，係本發明第一 體分解示意圖。 示意圖 圖，係本發明第一實施例所揭露的電腦輸人裝置之作動 置結構之部分 第2圖M系本發明另一實施例所揭露的電腦輪入裝 放大不意圖。 的電腦輸入裝置結構之立 露的電腦輪入裝置之作動 第3A圖，係本發明第二實施例所揭露 體分解示意圖。 第3B〜3C圖’係本發明第二實施例所揭 示意圖。 12 1356294= Wait for the input device to work with the notebook computer. If you are a user, you will use these external input devices, two questions, and more questions 'however' This method does exist when the short-distance mobile carrying the second tube is to use the wired or non-external wheel device to improve the first unit. If the user wants to move from the first meeting room to the distance, ♦ Mum is fine + hand is holding paper, pen or other materials at this time, not only is it not convenient, but also in the process of carrying 5 1356294 can be because of the need to carry too many items Causes the item to fall; the brother happens. In view of this, Logitech has developed a notebook electric charging buckle, which is modeled after the WO N coffee pen special wireless laser mouse with a buckle design, this structure is mainly opened on the bottom of the mouse - The buttonhole is provided with an additional buckle attached to the outer casing of the notebook computer. Therefore, by the buttonhole on the bottom surface of the mouse and the accompanying buckle on the computer case, the The mouse is attached to the notebook. However, although this design can solve the problem of difficulty in carrying the input device such as the mouse, the design only considers how to attach the mouse to the computer by means of the accompanying deduction, but ignores the accompanying deduction. The design changes brought about by the outer casing. Furthermore, the aforementioned design must be additionally provided with a fastening member such as a buckle, so as to be able to be engaged with the buckle hole of the slippery air, and if the accompanying buckle is lost, the function of fastening can not be performed, and the paradox can be solved. The mouse and other losers | set the problem of carrying difficulties. For the user, the design of the model of the company is V55, and there is still the problem of inconvenient use. Therefore, how to solve the problem of carrying in the connection type of the input device is a problem that the skilled person in the related art has tried to overcome. SUMMARY OF THE INVENTION In view of the above problems, the present invention provides a computer input device structure that is easy to carry. According to the invention, the computer input I structure includes a body and a pseudo connector, the body has a capacitance and the body has a functional circuit device, and the pseudo-connection connects the end-end with a mimic The connector is connected to the other side of the body in an active relationship. The 'shaped connector can be sensitive to one of the corresponding devices in the computer device. The connection is made to electrically connect the electrical connection to the electrical connection of the computer device. According to the embodiment of the invention, the computer input and display structure is further arranged in the body to be provided with a telescopic device, and the connecting and connecting the fine connector is arranged to make the opening of the receiving groove or the like. The accommodating position of the human accommodating slot/the embodiment of the computer wheel human device according to the present invention may be provided on the opposite end of the phantom connector. The connection of the shape depends on the tolerance of the body, making it difficult to move the shackles. Wherein the body is recessed with a bearing housing, and the pivoting portion is pivotally connected to the bearing housing. According to the present invention, a wireless computer input device includes a body and a shape connection benefit, wherein the body The utility model has a groove for accommodating the shape-like connector, and the pseudo-shaped enchantment 1 is provided with a -USB shaped connector, and the other is provided with a dragging portion for connecting with the body, and the café is connected _ can be connected to the USB port of one of the computer devices. Therefore, according to the structure of the computer wheel-in device disclosed in the present invention, the connection between the __ connector and the pen is directly connected by a non-electrical connection to the pen through an electrical connection with the notebook computer. _ The electrical connection of the computer, that is to say, the analog connector is directly matched with the specifications of various electrical connection bees on the notebook computer, so that the computer can be placed into the skirt structure and lightly assembled. It is easy to carry on the notebook computer when it is used, which solves the problem of inconvenient carrying of the computer input structure, thus improving the convenience and competitiveness of the product. For the purpose of this issue _ characteristics and implementation, the best pay for the ship's hemp is detailed below. [Embodiment] According to the present invention, the structure of the computer input device is used for the transmission of the hole number with the electric power device, and the computer input device referred to therein includes, but is not limited to, a mouse, a small 7 1356294. A keyboard, a webcam or a remote control provides a computer input device for wired or wireless operation. In other words, the computer input device can also be a wireless computer input device or a wired computer input device. The reference to the electric cymbal (4) and the included manuscript is limited to a computer device such as a notebook computer such as a tablet computer or a UMPC; and a mouse and a notebook computer are used as embodiments of the present invention. The first embodiment of the present invention discloses a computer-input system disclosed in the first embodiment of the present invention. ,. The stereo combination is not intended. As shown in the first to fifth graphs, the computer input I structure 100 includes at least a body i〇2 and a mimic connector 104. The computer input device, , , in this embodiment. The structure of the 100 is a mouse, and the contents of the mouse are placed in a functional circuit (not shown), for example, the sensor II, the micro-processing component, which is described in terms of known techniques. The aforementioned connector has a USB-shaped connector as an example, but is not limited thereto. It is particularly noted that the shape connector 104 of the computer wheel-in device structure 100 is used to appeal to the electrical connection of the notebook computer 200, so that the pseudo-connector can be shaped by the connector. - The terminal is directly connected to the notebook computer 2 by a non-electrical connection. That is to say, the quasi-shaped connection head of the pseudo-connection H 104 is directly matched with the specifications of the various types of miscellaneous connection of the notebook computer, and the example is called "Umversal Serial Bus (USB) > IEEE 1394 (Institute of Electrical and Electronics Engi s; International Electronics Industry Technology Association), off, off 32, multiplexed (Personal Computer Memory Card International Assodation), network connection, audio output / Connect the connector to the port, VGA output port, or TV output port. Therefore, the present invention can easily incorporate the computer input device structure to the notebook computer 200 by changing the specifications of the shaped connector on the dummy connection 8 1356294. Please refer to FIG. 1A to FIG. 1B. One side of the body 1〇2 is provided with a receiving slot for receiving the shaped connector 104, and a telescopic device 1〇8 is further mounted in the body 102 to make The connection connection 104 has an expansion position away from the accommodation groove 1〇6 by the expansion and contraction device 108, or a storage position which is retracted into the accommodation groove (10). In detail, the body 1 〇 2 has a sliding groove 11 相对 on the side of the accommodating groove 106 - the side, and the above-mentioned expansion device 1 〇 8 may include an elastic position, a linkage lever, and a positioning member. Tenth, the elastic leg system is accommodated in the accommodating groove 106 and is connected to the pseudo connector. One end of the linkage rod is connected to the contoured connector 104, and the other end of the linkage is attached to the sliding groove 11〇 to slide in the sliding groove 11〇. The positioning member can be a positioning bump protruding from the sliding slot (10) for resisting the linkage rod _ and limiting the shape connector 1〇4. In this way, the linkage rods drive the thin/connector 104 to displace, and the contoured connector 1〇4 can be moved between the open position of the receiving slot 1% or the receiving position just retracted into the receiving slot. . The 1C to 1D drawings are not intended to be an operation of the computer input device disclosed in the first embodiment of the present invention. Please refer to the 1C~1D diagram at the same time. When the linkage rod 凸 protruding from the slot U0 is pushed to move toward the receiving position of the shape connector 104, the linkage rod θ belt = open 104 displacement 'and make the fitting connection The clamp 1 () 4 presses the elastic member (10) and the position == can be abutted by the positioning member _ to further reduce the shape of the connector 1 (10) into the slot. In this way, the computer input device structure 1 can be operated normally. When the computer input device structure 100 is stored in the notebook computer, the linkage lever is pushed in the direction of the open position of the four-dimensional joint, and the linkage rod 9 1356294 leaves the positioning member. The elastic restoring force causes the shaped connector 104 to move to the open position, that is, the shaped connector 1〇4 leaves the receiving slot (1)6, and thus f is outside the body 102' as shown in FIG. 1D. In this way, the body 102 can be coupled to the notebook computer 2 (9) by a non-electrical connection by the dummy connector of the shape connector 1〇4, thereby facilitating the user to carry the note while moving in a short distance. Type 2 computer and its side device. ° Alternatively, as shown by the 2nd circle, it is also possible to replace the elastic members i〇8a by directly arranging two pieces of l〇8c' directly on the chute 11〇θ as required. By the two positioning members in the chute j just. , to limit the linkage rod 1_ _, and to make the adapter 1G4 can be limited to the storage position of the retracting accommodating groove 106, or the open position away from the accommodating groove 1 〇 6. Fig. 3A is a perspective view showing the structure of a computer input device according to a second embodiment of the present invention, and Figs. 3B to 3C are diagrams showing the operation of the computer input device disclosed in the second embodiment of the present invention. As shown in FIG. 3A, the body of the computer input skirt structure 300 is recessed with a recess 3〇4, and the recess 3〇4 (4) is provided with a bearing seat 3〇6, and the | One end of the device 308 is provided with a mating connector, and the other end is provided with a pivotal portion (10). The "shaped connector 308" is pivotally connected to the bearing housing 306 of the body 3〇2 via the pivoting portion 31, so that the pseudo-connector 3〇8 can be rotated relative to the body 3〇2. The 幵 y connector in this embodiment is exemplified by IEEE (9) 4 but is not limited thereto. In this way, the shaped connector is accommodating - accommodated in the receiving position of the groove and an open position away from the groove 304. " sheep. As shown in Figure 3~3C, when you want to operate the computer input device structure 3〇〇, rotate the shape connector 3〇8 downwards, so that the shape connector is rotated into the groove, let The intended connector 308 is located in a receiving position. In the receiving position, the shape connector 1356294 308 is attached to the recess 3〇4 of the body 302 to ensure that the shape connector 3〇8 is not easily broken by an external force, if the computer is to be input into the device. When the structure 3 is stored in the pen type computer 200, the shape connector 3 (10) is rotated outward through a space 312 of the groove 3〇4, so that the shape connector 3〇8 is located in a horizontal state. Open position. In this way, the electrical connector on the notebook computer 2〇0 is moved (see Figure u), and the analog connector 3〇8 of the computer input device structure 300 is inserted into the notebook computer 2〇〇 Then, the computer wheel-in device structure 3 is further stored in the notebook computer 2 。. Fig. 4A is a perspective view showing the structure of the computer input device disclosed in the third embodiment of the present invention: H 4B to 4C, and the operation of the computer input device disclosed in the third embodiment of the invention is not intended. As shown in FIG. 4A, the bottom of the body 4〇2 of the computer wheel-in device structure is provided with a groove, and a corresponding hole 404a is formed on the opposite sides of the groove, and the groove 404 is defined. One side of the engaging hole 4〇4a is a guiding slope 404b. One end of the mating connector 4〇6 is provided with a USB mating connector, and the other end is provided with a pivoting portion 4〇8 on opposite sides. The mating connector 4〇6 is pivotally connected to the engaging hole 404a of the recess 404 of the body 4〇2 through the pivoting portion 408, so that the shaped connector 406 can rotate relative to the body 402 and the shaped connection is made. 4〇6 dishes have a storage position and an open position. As shown in Figures 4B to 4C, when the computer input device structure is to be operated 4 turns, the shape connector is rotated, so that the shape connector is rotated and accommodated in the groove. The shaped connector 406 is placed in the - receiving position. In the receiving position, the shape connector is generally housed in the groove to ensure that the shape connector Yang does not easily break due to the impact of the outer smash. On the other hand, if you want to store the Wei input device structure _ on the notebook computer 200 (as shown in Figure 1A), then turn the shape connector outward through the empty 11 1356294 1 on the slope of the groove. 406, the shaped connector 406 is moved away from the recess 404 and convex = at the bottom 402a of the body 402 to be in an open position. In this way, through the electrical connection on the pen t-type computer 200 (as shown in Figure u), the analog connector 4〇6 of the computer input device 400 is inserted into the notebook computer. Further, the computer input device structure 400 is stored in the notebook computer 200. ▲Although the embodiments of the present invention are as described above, and in order to limit the present invention, the phase, the artist, and the shape, structure, and characteristics of the present invention are in accordance with the spirit and scope of the invention. And the spirit can make some changes, so the special beauty care of this ^ Ming must be based on the book riding the towel, please patent the definition of the parade [simplified diagram] The embodiment of the f-person device structure disclosed in the example 1A It is a schematic diagram of the first body of the present invention. The schematic diagram is a part of the operation structure of the computer input device disclosed in the first embodiment of the present invention. FIG. 2 is a schematic view showing the computer wheel loading and unloading disclosed in another embodiment of the present invention. The operation of the computer input device structure is shown in Fig. 3A, which is a schematic exploded view of the second embodiment of the present invention. 3B to 3C are views showing a second embodiment of the present invention. 12 1356294
體分=::係本發3__揭露的電•裝置結構U 示意^《㈣本發日象f施魏的電腦^裝置之作動 【主要元件符號說明】 100、300、400電腦輸入裝置結構 102、302、402 機體 104、308、406擬形連接器 106容置槽 108伸縮裝置 l〇8a彈性件 108b連動桿 108c定位件 110滑槽 200筆記型電腦 202電性連接琿 304、404 凹槽 306轴承座 310、408柩接部 312 空間 402a底部 404a扣合孔 404b導斜面Body =:: This is the 3__ exposed electric device structure U is a schematic ^ "(4) This is the day of the computer like the application of Wei Wei [main symbol description] 100, 300, 400 computer input device structure 102 , 302, 402 body 104, 308, 406 shaped connector 106 receiving slot 108 telescopic device l 8a elastic member 108b linkage rod 108c positioning member 110 chute 200 notebook computer 202 electrical connection 珲 304, 404 groove 306 Bearing housing 310, 408 splicing portion 312 space 402a bottom portion 404a fastening hole 404b guiding slope