201027305 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種電腦周邊裝置’特別是—種組扣於電子裳 置上的電腦周邊裝置。 & 【先前技術】 隨著電子科技日新月異的進步’在追求輕便性與實用性的考 量下，目前市面上的電子產品-般都設計_、薄、短、小的結 ©構’以符合隨著朗者移動之機祕需求，並且迅速的與工作^ 土兄結合而提供極大的使用彈性。 其巾，筆記魏腦就是-健典賴例子，筆記型電腦通常 •於機殼内部設置了如主機板、處理器、記憶體等各種電子零組件， 以執行該筆記型電腦所設定之功能。通常多數使用者會選擇專門 為筆記型電腦設計的外制邊輸人裝置，做為筆記型電腦之資料 輸人使用’例如無線滑鼠、抒板或_板制邊設備。 ❹ 因為筆記贱腦_攜帶的便繼，然而，_攜帶複數個 ，外接周邊輸人裝置’卻存在著短距離移動時關帶間題，也就 疋說’如果使用者欲從第—會議室㈣至她不叙第二會議室 時’使用者勢必須—手拿著筆記型電腦、另—手則拿著此等外接 周邊輸入裝置’更甚至須要同時帶著紙、筆或其他資料等物品， 因此對使用者而言，在攜帶上十分不方便，而且於攜帶的過程中 更可此料所需縣的物品太多而造成物品掉落的情況發生。 為了克服上述困難，習知技街提$ 了以下的技術。例如在筆 3 201027305 里電腦内。|5叹有-收納槽，滑鼠可容置於收納槽，以便將滑鼠 直接收納於筆記型電腦_部。但是在筆記型電腦講求輕、薄、 ^ 、口構。又计中’此種在筆記型電腦内部需有額外空間收納 滑鼠的設計，已不符合目前市場需求。 ❹ 另一種習知技術如美國核准公告第678487〇號的專利案，此 專利係揭露—種具可拆卸式觀的筆記魏職構，係在筆記型 電腦本體峨输齡咖鳩，卿謝 筆記型電腦的-部份。此種結構設計，同樣必須佔用筆記型電腦 一部份的郎’因騎㈣握持寬度，所以無法顧於薄型化之 另外發展了—種應驗筆記型電腦專肖滑鼠上之 隨行扣，其產品型號為V55〇Nan〇筆電專用無線雷射滑鼠一隨行 扣設計，此結構主要係在滑鼠的底面開設一凹槽及一扣孔，並且 額外設置-貼附在筆記型電腦外殼上之隨行扣，其隨行扣具有一 頭端及-卡树，域_外歓於卡扣體外捏。 於使用時’僅需將隨行扣的頭端滑人凹槽内，並使卡扣體卡 掣於扣孔内形成_干涉，以此麻秋底_扣孔以及筆記型電 腦外殼上之隨行扣相互扣合，可將滑鼠_於筆麵電腦上。不 過，雖然此設計能解決滑鼠等輸人裝置攜帶_之_。然而， 此設計的結構仍有以下的問題。 其中滑鼠餘對於筆記麵腦外殼沿著—喊柏移動，使 其外殼上的隨行扣可以卡掣於滑鼠的扣孔内部。當-非預期的外 4 201027305 力石亚撞滑鼠時，容易因為外力推動滑鼠，而導致滑鼠由組、 方向再次賴射卜虹，祕佩於外殼上分轉的反 另外，上述隨行扣僅是透過滑鼠的扣孔做為一卡掣^ 使其隨行扣整體的扣持力道過於薄弱。再加上隨行扣的卡=構’ 與滑鼠的組裝方向相同，當—外力由反方向推動滑氣時，容2 得滑鼠直接於外殼的組裝方向上脫開。如此，勢必無法執〇人 e 的功能’更遑論能解決滑鼠等輸人裝置攜伽難之問題。^此: 對使用者來說’羅技公司產品型號為V55〇之設計依舊存在著使 不便利的問題。 疋以，由上述各種習用技術可知，要如何方便滑鼠附掛於筆 記型電腦上’並簡化滑鼠的結構設計，以及同時具備附掛的結構 穩定、不容易脫離於筆記型電腦之功能，即為目前亟欲研究改善 之方向所在者。 【發明内容】 目前已知的隨行扣結構’因騎鼠敝裝方向與隨行扣的卡 孽方向相同，料受到—非麵的外力由組裝方向上碰撞滑鼠， 而導致隨行扣瞬間的扣持失效，使得滑鼠再次沿著組裝方向脫離 於筆記型電腦上’躺導致滑鼠摔落、損壞。因此，鐾於以上的 問題，本發明提供一種電腦周邊裝置。 根據本發明所揭露一實施例之電腦周邊裝置，係具有一機 體，機體内部容置有一功能電路裝置，並於機體上開設有一滑動 槽及一結合槽，且滑動槽的寬度係大於結合槽的寬度。並將機體 5 201027305 ，、且扣於電子裝置的-^N口件上，而卡扣件具有一卡掣體。機體 以寬度較大的滑動槽套人卡掣體後，使得卡掣體藉由滑動槽的導 引，而將卡掣體與結合槽相互卡掣，進而將電腦周輕置的機體 組扣於電子裝置上。 再者，滑動槽更具有-彈片，彈片設有—限位塊，當卡擎體 由滑動槽料至結合槽後，可藉由彈片舰位塊止擋卡擎體，而 防止卡_於水平方向脫離於結合槽。另外，卡擎體與結合槽為 ❿一魏形狀設計，可防止卡_㈣直方向麟於結合槽。 根據本發明所揭露一實施例之電腦周邊裝置，係具有一機 體’機體内部容置有—功能電路裝置，並於機體上開設有一開口 及一結合槽。並將機體組扣於一電子裝置的一卡扣件上，而卡扣 二具有-卡掣體。卡軸係由機體_口滑人至結合槽，使得卡 掣體與結合·目絲合，即可將電_邊裝置組扣於電子裝置上。 ❹再者，結合槽更具有—，彈片設有—限位塊，當卡賴 由開口滑人結合槽後，可藉由彈片的限位塊止擋卡掣體，而防止 卡掣體於水平方向脫離於結合槽。另外，卡掣體與結合槽為一鸿 尾形狀設計m卡軸_直方鏡祕結錢。’ 根據本發明_露電腦周邊毅之功效在於， 度較大的滑動解計_進域合槽，再透過卡糖與結合槽 的填尾形狀設計’可防止卡軸㈣直方向脫離於結合槽。並輔 以彈片的限位塊結構’當—非預_外力碰撞機體時，可藉由限 位塊防止卡掣體由水平方向上直接脫離於結合槽。讓機體可以穩 201027305 固的組扣於電子裝置上，進而達到結構簡單及定位雜的功效。 有關本發明的特徵、實作與魏，賊合圖示作最佳實施例 痒細說明如下。 【實施方式】 根據本發贿揭露之電關翁置，侧以組扣於-電子裝 置上，、中所才曰的電腦周邊裝置係包括但不偈限於如滑鼠、小型 鍵盤手寫板！會圖板、網路攝影機（_)或遙控器等提供 ©周邊峨之輪人伽。而所指的電子震置係包括但不侷限於如筆 己！電腦（Notebook )、平板電腦(Tablet pc )或超級移動電腦(偷&201027305 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a computer peripheral device, in particular, a computer peripheral device that is grouped on an electronic display. & [Prior Art] With the rapid advancement of electronic technology, 'in the pursuit of portability and practicality, the current electronic products on the market - the general design _, thin, short, small knot structure to meet the The need to move the machine to the secret, and quickly combined with the work ^ brother to provide great flexibility. Its towel, note Wei brain is - Jiandian Lai example, notebook computer usually • inside the chassis is set up such as motherboard, processor, memory and other electronic components to perform the functions set by the notebook. Usually, most users will choose an external-edge input device designed for notebook computers, which can be used as a notebook computer for input, such as wireless mouse, seesaw or _ board edge device. ❹ Because the notes 贱 _ _ carry the continuation, however, _ carry a plurality of, external peripheral input device's there is a short-distance movement when the problem is between the tape, it is said that if the user wants to go from the first meeting room (4) When she does not mention the second conference room, 'the user must have a hand-held computer, and the other hand is holding such an external peripheral input device'. It is even necessary to carry paper, pen or other materials at the same time. Therefore, it is very inconvenient for the user to carry, and in the process of carrying, there are too many items in the county required for the material to cause the item to fall. In order to overcome the above difficulties, the following techniques have been proposed by the conventional technology street. For example, in the computer in pen 3 201027305. |5 sigh - storage slot, the mouse can be placed in the storage slot, so that the mouse can be directly stored in the notebook _ section. But in the notebook computer, it is light, thin, ^, and mouth. In addition, the design of the mouse that requires extra space inside the notebook computer does not meet the current market demand. ❹ Another conventional technology, such as the US Patent Approved Announcement No. 678487, which discloses a detachable view of the Wei professional structure, which is attached to the notebook computer body. The part of the computer. This kind of structural design must also occupy a part of the notebook computer's lang's (four) grip width, so it can not be considered for the thinning of the other development - a kind of accompanying notebook computer on the mouse on the accompanying buckle, Its product model is V55〇Nan〇 notebook special wireless laser mouse with a buckle design, this structure is mainly to open a groove and a buttonhole on the bottom of the mouse, and additional settings - attached to the notebook The accompanying buckle on the outer casing has a head end and a card tree, and the field _ outer cymbal is pinched outside the buckle. When in use, it is only necessary to slide the head end of the accompanying buckle into the groove of the buckle, and the snap body is clamped in the buckle hole to form an interference, so that the bottom of the _ buttonhole and the cover of the notebook computer The buckles are interlocked to each other and the mouse can be placed on the pen computer. However, although this design can solve the problem of carrying devices such as mice. However, the structure of this design still has the following problems. Among them, the mouse rest moves along the brain-shell of the notebook, so that the accompanying buckle on the outer casing can be stuck inside the buttonhole of the mouse. When - unexpectedly outside 4 201027305 Lishi Ya hit the mouse, it is easy to push the mouse because of external force, and the mouse is again directed by the group, the direction of the attack, and the secret is on the outer shell. The buckle is only made through the buttonhole of the mouse as a card 掣 ^ so that the overall buckle strength of the accompanying buckle is too weak. In addition, the card with the buckle is the same as the assembly direction of the mouse. When the external force pushes the air from the opposite direction, the mouse 2 is disengaged directly in the assembly direction of the outer casing. In this way, it is bound to be unable to obstruct the function of human e. More paradox can solve the problem of the gamma of the input device such as the mouse. ^This: For the user, the design of the Logitech product model V55 is still inconvenient. In view of the above various conventional techniques, how to make the mouse attach to the notebook computer and simplify the structure design of the mouse, and at the same time, the attached structure is stable and not easily separated from the notebook computer. This is the current direction of research and improvement. [Summary of the Invention] The currently known accompanying buckle structure 'because the direction of the riding of the squirrel is the same as the direction of the shackle of the accompanying buckle, the material is subjected to the non-faceted external force to collide with the mouse in the assembly direction, resulting in an instant buckle The buckle is disabled, causing the mouse to detach from the notebook again in the assembly direction, causing the mouse to fall and be damaged. Therefore, in view of the above problems, the present invention provides a computer peripheral device. A computer peripheral device according to an embodiment of the present invention has a body, a functional circuit device is disposed inside the body, and a sliding slot and a coupling groove are defined in the body, and the width of the sliding slot is greater than that of the coupling slot. width. And the body 5 201027305 , and buckled on the - ^ N mouthpiece of the electronic device, and the buckle has a card body. After the body of the body has a large sliding sleeve, the body of the card body is locked by the sliding groove, and the body of the card body and the coupling groove are clamped to each other, thereby clamping the body of the computer to the body. On the electronic device. Furthermore, the sliding groove has a - elastic piece, and the elastic piece is provided with a limiting block. When the card body is moved from the sliding groove to the coupling groove, the card carrier block can be stopped by the shrapnel block to prevent the card from being horizontal. The direction is separated from the coupling groove. In addition, the card body and the coupling groove are designed in a Wei shape, which prevents the card _ (four) from being aligned with the groove. According to an embodiment of the present invention, a computer peripheral device has a function body device inside the body, and an opening and a coupling groove are formed in the body. The body assembly is fastened to a fastener of an electronic device, and the buckle has a body. The card shaft is connected to the slot by the body _ slider to the joint groove, so that the card body and the joint mesh are combined, and the electric_side device group can be fastened to the electronic device. Furthermore, the coupling groove has a - the elastic piece is provided with a limit block. When the card is coupled with the slot by the opening slider, the locking piece can be stopped by the limiting piece of the elastic piece to prevent the card body from being horizontal. The direction is separated from the coupling groove. In addition, the card body and the coupling groove are designed with a m-tail shape and a m-square axis. According to the present invention, the effect of the peripheral edge of the computer is that the larger sliding solution _ the merging groove and the tailing shape design of the card sugar and the coupling groove prevent the card shaft (4) from being detached from the coupling groove in the straight direction. And with the limit block structure of the shrapnel, when the non-pre-external force collides with the body, the retaining block can prevent the latch body from being directly separated from the joint groove by the horizontal direction. The body can be stabilized. The 201027305 solid group is fastened to the electronic device, thereby achieving the advantages of simple structure and miscellaneous positioning. The features, implementations, and advantages of the present invention are shown in the preferred embodiment. [Embodiment] According to the electric brigade disclosed in this bribe, the side is connected to the electronic device, and the peripheral devices of the computer are included, but are not limited to, for example, a mouse, a small keyboard tablet! The board, the webcam (_) or the remote control are provided. The electronic shock system mentioned includes, but is not limited to, the pen! Notebook, Tablet PC or Super Mobile Computer (Stealing &
Mobile PC ’ UMP〇等電子裝置，然轉本發日狀下的實施例中， 係以/月氣為例’當然本發明之應用產品及範圍並不以下述實施例 為限。 請參閱「第1圖」至「第4B圖」所示之第一實施例的示意圖， ❹根據本發明所揭露之電_邊裝置。其中f顧邊裝置係為一無 線滑鼠’且無線滑鼠具有一機體1〇，機體1〇絲具有一可供使用 者手部握持的握持面’握持面上設有左右按鍵及滾輪，並於機體 10的底面則可設置有一軌跡球或一光學感測器，並於機體1〇 内U有-功能電職置（圖中未示），其無騎祕屬於已知 技術，在此不多做贅述。 在以下實施例中，係在機體10的底面設計一卡掣結構，但不 擒該卡|結構僅此應用於機體10的底面’其亦可設置於機體 其他具平坦部位之表面上。 201027305 疋以，機體10具有一底面U，並於底面n開設有一滑動槽 12及一結合槽13，並使滑動槽12與結合槽13相互連接 。而結合 槽13的相對二側分別設有一滑槽131、132。另外，機體1〇更具 有一彈片14,且彈片14設置於滑動槽12底面，並使彈片14可呈 一上、下的擺動位移，並於彈片14末端設有一限位塊141，且限 位塊141位於滑動槽12與結合槽13之間。 另外，將一卡扣件20貼附於一電子裝置3〇的外表面31 (如 ❹「第6A圖」所示），其卡扣件20具有一本體21及一凸設卡掣體 22，本體21的一侧面具有一貼合面211，並於貼合面211上設有 一背膠，以供黏合貼附於電子裝置3〇的外表面31上。可以理解 的是，卡扣件20亦可固設於該電子裝置3〇之外殼上。 卡零體22 s史置於本體21的另一側面，且卡掣體22的左右二 侧邊分別設有一滑執22卜222。 再者，滑動槽12的相對二侧邊分別具有一第一寬度D1及一 ❹第二寬度D2，且第-寬度D1大於第二寬度D2，使得滑動槽12 的形狀由第一寬度D1漸縮至第二寬度1)2而構成一漸縮形狀（如 「第7A圖」所示）。 因為結合槽13連接於滑動槽12 —侧邊，所以結合槽I]的一 側具有與滑動槽12相同的第二寬度D2，而結合槽13的另一側則 具有一第三寬度D3，並使第二寬度D2大於第三寬度D3，使得鈐 合槽13的形狀由第二寬度D2漸縮至第三寬度D3而同樣構成一 漸縮形狀，並具一漸縮的夾角（如「第7A圖」所示）。 201027305 由上述可知，滑動槽12係由第一寬度D1及第二寬度D2構 成一第一面積，而結合槽13藉由第二寬度D2及第三寬度D3構 成一第二面積，並使滑動槽12的第一面積大於結合槽13的第二 面積。 如此’可使得卡掣體22先由寬度較大的滑動槽12進入後（如 「第7A圖」所示），使得卡掣體22藉由滑_ 12的漸縮形狀， 而導引卡掣體22朝向結合槽13移動，並將卡掣體22 #滑軌221、The mobile PC ’ UMP 〇 and other electronic devices are exemplified by the embodiment of the present invention. The application product and scope of the present invention are not limited to the following embodiments. Please refer to the schematic diagram of the first embodiment shown in "FIG. 1" to "FIG. 4B", and the electric edge device according to the present invention. Wherein the f-side device is a wireless mouse' and the wireless mouse has a body 1〇, the body 1 has a grip surface for the user to hold, and the left and right buttons are provided on the grip surface. The roller and the bottom surface of the body 10 can be provided with a trackball or an optical sensor, and the U-function-electricity position (not shown) in the body 1 is a known technique. I will not repeat them here. In the following embodiments, a click structure is designed on the bottom surface of the body 10, but the card structure is applied only to the bottom surface of the body 10, which may be disposed on the surface of other flat portions of the body. 201027305, the body 10 has a bottom surface U, and a sliding groove 12 and a coupling groove 13 are formed in the bottom surface n, and the sliding groove 12 and the coupling groove 13 are connected to each other. The opposite sides of the coupling groove 13 are respectively provided with a sliding slot 131, 132. In addition, the body 1 〇 further has a resilient piece 14 , and the elastic piece 14 is disposed on the bottom surface of the sliding slot 12 , and the elastic piece 14 can be oscillated upward and downward, and a limiting block 141 is disposed at the end of the elastic piece 14 , and the limit is fixed. The block 141 is located between the sliding groove 12 and the coupling groove 13. In addition, a latching member 20 is attached to the outer surface 31 of an electronic device 3 (as shown in FIG. 6A). The latching member 20 has a body 21 and a protruding latch body 22, A side surface of the body 21 has a bonding surface 211, and a bonding adhesive is disposed on the bonding surface 211 for bonding and attaching to the outer surface 31 of the electronic device 3 . It can be understood that the fastening component 20 can also be fixed on the outer casing of the electronic device 3 . The card body 22 s history is placed on the other side of the body 21, and the left and right sides of the card body 22 are respectively provided with a slipper 22 222. Furthermore, the opposite sides of the sliding groove 12 respectively have a first width D1 and a second width D2, and the first width D1 is greater than the second width D2, so that the shape of the sliding groove 12 is tapered by the first width D1. To a second width of 1) 2, a tapered shape is formed (as shown in "Fig. 7A"). Since the coupling groove 13 is connected to the side of the sliding groove 12, one side of the coupling groove I] has the same second width D2 as the sliding groove 12, and the other side of the coupling groove 13 has a third width D3, and Making the second width D2 larger than the third width D3, so that the shape of the kneading groove 13 is tapered from the second width D2 to the third width D3 to form a tapered shape, and has a tapered angle (such as "7A" Figure"). 201027305 It can be seen from the above that the sliding groove 12 forms a first area by the first width D1 and the second width D2, and the coupling groove 13 forms a second area by the second width D2 and the third width D3, and makes the sliding groove The first area of 12 is greater than the second area of the coupling groove 13. Thus, the cassette body 22 can be first accessed by the sliding slot 12 having a larger width (as shown in FIG. 7A), so that the cassette body 22 guides the cassette by the tapered shape of the slider -12. The body 22 moves toward the coupling groove 13, and the latch body 22 # slide rail 221,
222嵌入(或滑套而入)結合槽的對應滑槽131、132内，以此將卡 掣體22與結合槽丨3相互卡掣（如「第7B圖」所示）。、 請參閱「第5A圖」及「第5B圖」所示之第一實施例的剖面 示意圖’結合槽13白勺滑槽131、132分別具有一導引斜面加 132卜藉由二導引斜面1311、1321餅結合槽13的戴面呈 尾形的縱向槽（如「第5A圖」所示）。另外，卡擎體Μ的滑執 22卜222分別具有一斜面則、222卜使得竹體μ的截 成一鳩尾形塊體（如「第5B圖」所示）。 如此，當卡掣體22進入寬度較大的滑動槽12後，即可推動 機體10娜-段輯，使得卡軸Μ由滑觸u滑置於 13内。依此位賴係，使得機體1()具有—令卡掣體a與二 相互卡掣齡裝位置，及—令卡軸22脫離於結合槽η = 離位置（如「第4A圖」及「第4B圖」所示）。 、刀 上述的組裝位置敎義此卡掣體22可叫滑_ a進入级 合槽η的位置。而分離位置則是定義此卡擎體a由結合槽^ 9 201027305 出滑動槽12的位置。 一立/閱$4Α圖」至「第6B圖」所示之第一實施例的動作 。圖使用狀態不細，根據本發明所揭露之電腦周邊裝置的 操作原理’係先在卡扣件20本體2丨的貼合面211上設置有一背 膠（圖中未不出）’並以此貼合面叫將卡扣件烈黏合貼 卞瑕置川的表面上。而電腦周邊裝置的機體1〇則可以寬度較大 的/月動槽12套入於卡扣件2〇的卡掣體22上，並推動機體於 ❷卡4件20上產生一位移行程，並提供有下列三種動作狀態。 /第一動作狀態：如「第2圖」、「第4Α圖」、「第7Α圖」所示， 係先將機體10以寬度較大的滑動槽12套入於卡掣體22上，並推 動機體10位移，藉由滑動槽12的漸縮形狀，將卡掣體22順利導 引至結合槽13 ’使得卡掣體22的滑執221、222與結合槽13的滑 槽131、132相互嵌合。以此將卡掣體22與結合槽13才目互匹配卡 掣。 在推動過程中，卡掣體22同時抵壓滑動槽12内的彈片14， 使得彈片14的限位塊141受抵壓後，而讓彈片14產生一向下彈 性位移。 第二動作狀態：如「第3圖」、「第4B圖」、「第7B圖」所示， 當卡掣體22進入結合槽13的組裝位置後，可使得滑軌221、222 的斜面2211、2221與滑槽13卜132的導引斜面1311、1321相互 抵接’藉由滑軌22卜222與滑槽131、132的鳩尾形狀設計，使 其卡掣體22與結合槽13的結合更為緊密、穩固，進而防止卡掣 201027305 體22由垂直方向脫離於結合槽13外（如「第5A圖」所示）。 者田卡挛體22卡掣於結合槽ls後，卡攀體^可遠轉 片二的限位⑽，並使彈片14形成一彈性復位，並將限位塊 伽2的頂端(如「第4β圖」所示)。如此，當機 又非職外力碰撞，謂由随塊⑷的抵持祕止卡擎體 22脫離於結合槽13。 一由上述得知，藉由滑軌221、⑽細曹ΐ3ι、⑶的鳩尾形 ©狀没計’可防止卡掣體22於垂直方向脫離於結合槽η。以及透過 彈片Η的限位塊⑷的止擋，可防止卡_ 22於水平方向脫離 於結合槽13。如此，即可將電腦周邊裝置的機體1〇附掛於電子製 置3〇的外表面31，使用者便可攜帶電子裝置3〇連同機體1〇 一起 行走。 第三動作狀態：如「第2圖」、「第4Α圖」所示，若欲將機體 10由卡扣件20取下時，僅需要再次推動顧1〇，將機體1〇由組 ®裝位置重新推回至分離位置。 在推動過程中，需施一較大的力量，方能將卡掣體22對彈片 4的限位塊141產生一抵壓力量，進而推動彈片μ形成向下彈性 位移，以此將卡掣體22推出結合槽13外。 當卡掣體22退出結合槽13外至分離位置時，便可將卡掣體 22由滑動槽12上取出，以此將機體10拔離於卡扣件2〇，以進行 周邊設備的操作。 在上述的實施例中，滑軌221 ' 222與滑槽131、132之間的 11 201027305 鳩尾形狀設計，僅是符合卡掣體22卡掣於結合槽13後，以防止 卡掣體22由垂直方向上脫離於結合槽13，但不以上述實施例中所 揭露的鳩尾形狀為限。諸如將卡掣體22之形式與結合槽13的形 式係匹配地設計為圓弧形、τ形、v形等，只要能讓卡掣體22與 結合槽13設計成相對接合之結構即可，以此達到如前述實施例中 具有相互扣持的效果。因此，卡掣體η與結合槽13的鸿尾形狀 非為本發明申請專利範圍之限制。 ❹ 請參閱「第8圖」所示之第二實施例的示意圖，係為根據本 發明所揭露之f顧邊錢。其频實施方式驗述第—實施例 大致相同，以下僅就相異之處加以說明，其餘相同處不在寶述。 其中在機體10的-端面設有一開口 15，且開口 15連接於〆 結合槽13，並使結合槽I3設置於機體1〇的底面i卜於使用時， 可將卡掣體22直接由開口 15滑入至結合槽13内，使得卡擎體^ ❹-側的滑執22卜222與結合槽13的滑槽⑶、132相互後接。 以此結構設計，可省略第一實施例中的滑動槽12設計，並減 少卡掣體22在滑動槽12中的仇移行程。故，在第二實施例中， 可將卡擎體22直接由開口 15滑入至結合槽13相互嵌接即可，進 而達到前述之功效。 請參閱「第9圖」所示之第三實施例的示意圖，係為根據本 發明所㈣之電關較置。其频實施方式與祕第一實施例 大致相同，以下僅就相異之處加以說明，其餘相同處不在贊述。 係在電子裝置30的外表面31開設有一滑動槽32以及於滑動 12 201027305 槽32末端連接的一結合槽33 ’並使結合槽33呈一漸縮狀。而滑 動槽32的底部設有一彈片34,且彈片34末端朝向結合槽％設有 一限位塊341。 而機體40開設有一谷置槽41 ’以供—^扣件42樞接於容置 槽41内部，於使用時，可扳動卡扣件42旋轉至一使用角度。使 用完畢後’可將卡扣件42重新扳回容置槽41，並使卡扣件42隱 藏於谷置槽41内部（如「第8圖」所示）。當使用者操作機體4〇 ❹時，使得卡扣件42不會影響機體40的操作。 同樣地，卡扣件42具有一本體421及—^掣體422，且卡擎 體422的形狀與結合槽33的形狀相互匹配。當機體4〇的卡擎體 422進入滑動槽32後，可將機體40於水平方向上推移一距離，使 得卡掣體422相對的二滑軌4221、4222同時扣入於結合槽33的 對應滑槽33卜332内，並以滑軌4221、4222與滑槽331、332的 鳩尾形狀設計，而防止卡掣體422於垂直方向上脫離於結合槽％。 ❹另外，卡掣體422卡掣於結合槽33後，可藉由彈片34的限 位塊341抵持卡掣體422’以防止卡掣體422於水平方向上脫離於 結合槽33。 雖然本發明以前述之較佳實施例揭露如上，然其並非用以限 疋本發Θ任何熟驾相像技藝者，在不脫離本發明之精神和範圍 内田可作些許之更動與潤飾，因此本發明之專利保護範圍須視 本說明書所附之申請專利範圍所界定者為準。 【圖式簡單說明】 13 201027305 第1圖係為本發明之第一實施例的外觀示意圖； 第2圖係為本發明之第一實施例於動作前的外觀示意圖； 第3圖係為本發明之第一實施例於動作後的外觀示意圖； 第4A圖及第4B圖係為本發明之第一實施例的動作剖面示意圖； 第5A圖及第5B圖係為本發明之第一實施例的組裝剖面示意圖； 第6A圖及第6B目係為本發明之第一實施例的使用狀態示意圖； 第7A圖及第犯圖係為本發明之第一實施例的局部俯視示意圖； ❹第8圖係為本發明之第二實施例的外觀示意 圖；以及 第9圖係為本發明之第三實施例的外觀示意圖。 【主要元件符號說明】 10 機體 11 底面 12 滑動槽 13 結合槽 131 ' 132 1311 ' 1321 14 彈片 141 限位塊 15 開口 20 卡扣件 21 本體 211 貼合面 滑槽 導引斜面 201027305The 222 is inserted (or slid into the corresponding groove) 131, 132 of the coupling groove, thereby engaging the cartridge body 22 and the coupling groove 3 (as shown in Fig. 7B). Please refer to the cross-sectional schematic view of the first embodiment shown in FIG. 5A and FIG. 5B. The sliding grooves 131 and 132 of the coupling groove 13 respectively have a guiding slope plus 132 and two guiding slopes. The wearing surface of the 1311, 1321 cake-joining groove 13 has a tail-shaped longitudinal groove (as shown in "Fig. 5A"). In addition, the sliders 22 and 222 of the card body body respectively have a sloped surface, and the 222 is formed such that the bamboo body μ is cut into a dovetail block (as shown in Fig. 5B). Thus, when the latch body 22 enters the sliding slot 12 having a large width, the body 10 can be pushed so that the card shaft is slipped by the slider u. According to this, the body 1() has the position of the card body a and the two cards, and the card shaft 22 is separated from the coupling groove η = position (such as "4A" and " Figure 4B shows). Knife The assembly position described above means that the card body 22 can be called the slide _ a position into the grading groove η. The separation position is defined as the position of the card body a from the coupling slot ^ 9 201027305 out of the sliding slot 12 . The action of the first embodiment shown in the figure "1" to "6B". According to the operating principle of the computer peripheral device disclosed in the present invention, a backing glue (not shown) is disposed on the bonding surface 211 of the body 2 of the latching member 20, and The fitting surface is called to attach the fastener to the surface of the Sichuan. The body 1 of the computer peripheral device can be inserted into the latch body 22 of the latching member 2 with the wide/monthly moving slot 12, and pushes the body to generate a displacement stroke on the Leica 4 member 20, and The following three action states are available. /First action state: As shown in "Fig. 2", "Fig. 4", and "Fig. 7", the body 10 is first placed on the cassette body 22 with a sliding groove 12 having a large width, and By pushing the displacement of the body 10, the buckle body 22 is smoothly guided to the coupling groove 13' by the tapered shape of the sliding groove 12, so that the sliding 221, 222 of the locking body 22 and the sliding grooves 131, 132 of the coupling groove 13 are mutually Chimerism. In this way, the cartridge body 22 and the coupling groove 13 are matched to each other. During the pushing process, the latch body 22 simultaneously presses the elastic piece 14 in the sliding groove 12, so that the limiting piece 141 of the elastic piece 14 is pressed, and the elastic piece 14 is caused to undergo a downward elastic displacement. The second operation state is as shown in "Fig. 3", "Fig. 4B", and "Fig. 7B". When the cartridge body 22 enters the assembly position of the coupling groove 13, the slope 2211 of the slide rails 221, 222 can be made. 2221 and the guiding slopes 1311 and 1321 of the chute 13 132 abut each other' by the shape of the tail of the sliding rail 22 and the sliding grooves 131 and 132, so that the locking body 22 and the coupling groove 13 are combined. In order to be compact and stable, the card body 201027305 body 22 is prevented from being vertically separated from the coupling groove 13 (as shown in FIG. 5A). After the Taka card body 22 is stuck in the coupling groove ls, the card climbing body can be rotated to the limit of the second piece (10), and the elastic piece 14 is formed into an elastic reset, and the top end of the limiting block gamma 2 (such as "the first 4β map"). In this way, the crash and the non-external force collide, that is, the card body 22 is separated from the coupling groove 13 by the block (4). As described above, it is possible to prevent the latch body 22 from being disengaged from the coupling groove η in the vertical direction by the slide rails 221, (10) thin cavities 3, and the tail shape of the (3). And by the stopper of the stopper (4) of the elastic piece, the card 22 can be prevented from being separated from the coupling groove 13 in the horizontal direction. In this way, the body 1 of the computer peripheral device can be attached to the outer surface 31 of the electronic device 3, and the user can carry the electronic device 3〇 together with the body 1〇. Third action state: As shown in "Fig. 2" and "Fig. 4", if the body 10 is to be removed from the snap member 20, it is only necessary to push the button 1 again to mount the body 1 by the group ® The position is pushed back to the separation position. In the pushing process, a large force is required to generate a pressing force on the limiting block 141 of the elastic piece 4 of the latch body 22, thereby pushing the elastic piece μ to form a downward elastic displacement, thereby clamping the body. 22 is pushed out of the joint groove 13 outside. When the latch body 22 is withdrawn from the engaging groove 13 to the separated position, the latch body 22 can be taken out from the sliding slot 12, thereby pulling the body 10 away from the latching member 2 to perform the operation of the peripheral device. In the above embodiment, the 11 201027305 dovetail shape between the slide rails 221 222 and the sliding slots 131 and 132 is only designed to conform to the latch body 22 after being engaged with the coupling groove 13 to prevent the latch body 22 from being vertical. The direction is detached from the coupling groove 13, but is not limited to the shape of the dovetail disclosed in the above embodiment. For example, the form of the latch body 22 is matched with the form of the coupling groove 13 to be a circular arc shape, a τ shape, a v shape, or the like, as long as the latch body 22 and the coupling groove 13 are designed to be oppositely joined. Thereby, the effect of mutual fastening as in the foregoing embodiment is achieved. Therefore, the shape of the latch body η and the binding groove 13 is not limited by the scope of the invention. ❹ Refer to the schematic diagram of the second embodiment shown in Fig. 8 for the disclosure of the invention according to the present invention. The frequency embodiment is described in the same manner as the first embodiment. The following descriptions only show the differences, and the rest are not described. The opening end 15 of the body 10 is provided with an opening 15 , and the opening 15 is connected to the 〆 coupling groove 13 , and the coupling groove I3 is disposed on the bottom surface of the body 1 i when used, the card body 22 can be directly opened by the opening 15 Sliding into the coupling groove 13 so that the sliding plate 22 222 of the card body and the sliding groove (3), 132 of the coupling groove 13 are rearwardly connected to each other. With this structural design, the design of the sliding groove 12 in the first embodiment can be omitted, and the hatching stroke of the latch body 22 in the sliding groove 12 can be reduced. Therefore, in the second embodiment, the card body 22 can be directly slid into the coupling groove 13 by the opening 15 to be engaged with each other, thereby achieving the aforementioned effects. Referring to the third embodiment shown in Fig. 9, it is a comparison of the electric switches according to (4) of the present invention. The frequency implementation is substantially the same as the first embodiment. The following is only a description of the differences, and the rest are not mentioned. A sliding groove 32 is formed on the outer surface 31 of the electronic device 30, and a coupling groove 33' is connected to the end of the slot 12, 201027305, and the coupling groove 33 is tapered. A spring piece 34 is disposed at the bottom of the sliding groove 32, and a limiting block 341 is disposed at the end of the elastic piece 34 toward the coupling groove. The body 40 is provided with a valley slot 41 ′ for pivoting the interior of the accommodating slot 41. In use, the latching member 42 can be rotated to an angle of use. After the use is completed, the latching member 42 can be re-retracted into the accommodating groove 41, and the latching member 42 can be hidden inside the valley groove 41 (as shown in Fig. 8). When the user operates the body 4〇, the snap member 42 is not affected to the operation of the body 40. Similarly, the snap member 42 has a body 421 and a body 422, and the shape of the card body 422 and the shape of the coupling groove 33 match each other. After the card body 422 of the body 4 进入 enters the sliding slot 32, the body 40 can be pushed horizontally by a distance, so that the two sliding rails 4221 and 4222 of the latching body 422 are simultaneously buckled into the corresponding sliding slot 33. The groove 33 is 332, and is designed with the tails of the slide rails 4221 and 4222 and the sliding grooves 331, 332 to prevent the latch body 422 from being disengaged from the joint groove % in the vertical direction. In addition, after the latch body 422 is engaged with the engaging groove 33, the latching body 422' can be abutted by the limiting block 341 of the elastic piece 34 to prevent the latching body 422 from being disengaged from the engaging groove 33 in the horizontal direction. While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the scope of the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The patent protection scope of the invention is subject to the definition of the scope of the patent application attached to the specification. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the appearance of a first embodiment of the present invention; FIG. 2 is a schematic view showing the appearance of the first embodiment of the present invention before the operation; FIG. 4A and FIG. 4B are schematic cross-sectional views showing the first embodiment of the present invention; FIGS. 5A and 5B are diagrams showing the first embodiment of the present invention; FIG. 6A and FIG. 6B are schematic diagrams showing the state of use of the first embodiment of the present invention; FIG. 7A and the first diagram are schematic partial top views of the first embodiment of the present invention; It is a schematic view of the appearance of the second embodiment of the present invention; and FIG. 9 is a schematic view of the appearance of the third embodiment of the present invention. [Main component symbol description] 10 Body 11 Bottom surface 12 Sliding groove 13 Bonding groove 131 ' 132 1311 ' 1321 14 Shrapnel 141 Limiting block 15 Opening 20 Retaining member 21 Body 211 Fitting surface Chute Guide bevel 201027305
22 卡掣體 221 ' 222 滑軌 2211 ' 2221 斜面 30 電子裝置 31 外表面 32 滑動槽 33 結合槽 331 > 332 滑槽 34 彈片 341 限位塊 40 機體 41 容置槽 42 卡扣件 421 本體 422 卡掣體 4221 、4222 滑執 D1 第一寬度 D2 第二寬度 D3 第三寬度22 Carcass 221 ' 222 Slide 2211 ' 2221 Bevel 30 Electronic device 31 External surface 32 Sliding groove 33 Combined groove 331 > 332 Chute 34 Spring 341 Limit block 40 Body 41 accommodating groove 42 Snap 421 Body 422 Card body 4221, 4222 slip D1 first width D2 second width D3 third width