201027298 六、發明說明： 【發明所屬之技術領域】 本發明侧於-種電腦周邊裝置，特別是—她扣於電 置上的電腦周邊裝置及其卡掣裝置^ 、 【先前技術】 ❹ 境結合而提供極大的使用彈性 曰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-般都設計成輕、薄、短、小的結 構’以符合隨祕用者機之機動性絲，並且迅速的與工作^ 其中，筆記型電腦就是-個很典型的例子，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魏。通f多數制者會選擇專門 為筆記型電腦設計的外接周邊輪人裝置，做為筆記型電腦之資辑 輪入使用，例如無線滑鼠、手寫板或繪圖板等周邊設備。 因為筆記型電腦強調攜㈣便利性，_，同時攜帶複數個 的外接周邊輸入裝置，卻存在著短距離移動時的攜帶問題，也就 是說，如果使用者欲從第一會議室移動至相隔不遠之第二會議室 時，使用者勢必須一手拿著筆記型電腦、另一手則拿著此等外接 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 更可能因為所需攜帶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，習知技術提出了以下的技術。例如在筆 201027298 5&型電腦内部設有—收納槽H可容置於收納槽，以便將滑氣 “直接收納於筆記型電腦_部。但是在筆記型電腦講求輕、薄、 紐、小的結構設計中，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。 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—種具可拆卸式職_記型電腦結構，係在筆記型 電腦本體與滑氣本體之間設計有結合機構，以便讓滑鼠可以成為 _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 -部份的空間’因為滑鼠的握持寬度，所以無法應用於薄型化之 筆記型電腦上。 另外，羅技公司發展了一種應用於筆記型電腦專用滑鼠上之 隨行扣，其產品_為V55〇Nanc)筆電相祕雷射滑鼠—隨行 扣設計，此結構主要係在滑鼠的底_設—凹槽及—扣孔，並且 額賴置-貼附在筆記型電腦外殼上之隨行扣，其隨行扣具有— 頭端及一·^扣體，並使頭端外徑大於卡扣體外徑。 於使用時’僅需將隨行扣醜端滑人凹槽内，並使卡扣體卡 掣於扣孔内形成-干涉，以此藉由滑鼠底面的扣孔以及筆記型電 腦外殼上之隨行扣相互扣合，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輪入裝置攜帶困難之問題。然而， 此設計的結構仍有以下的問題。 其中滑鼠係相對於筆記型電腦外殼沿著一組裝方向移動，使 其外殼上的隨行扣可以卡擎於滑鼠的扣孔内部。當—非預期的外 4 201027298 力碰撞賴時，科因為外力推紐鼠，㈣致滑鼠由組裝的反 .方向再次_於外殼上，造成滑鼠於外殼上分轉落而損壞。 另外，上述隨行扣僅是透過滑鼠的扣孔做為一卡掣的結構， 使其隨行扣整體的扣持力道過於薄弱。再加上隨行扣的卡擎方向 ，滑鼠的組裝方向相同，當—外力由反方向推動滑鼠時，容易使 得滑鼠直胁外殼敝裝方向上酬。如此，勢必無法執行扣合 的功能，更遑論能解決滑鼠等輸人裝置攜帶困難之問題。因此: ❹對制者來說’馳公料品型號為π%之設計鋪存在著使用 不便利的問題。 是以，由上述各種習用技術可知，要如何方便滑鼠附掛於聋 記龍腦上，並簡化滑鼠的結構設計，以及同時具備附掛的結損 穩疋、不容易脫離於筆記型電腦之功能，即為目前亟 之方向所在者。 13 【發明内容】 〇 目前已知的隨行扣結構，因為概的組裝方向與隨行扣的卡 _，料受到—__外力由組裝方向上碰撞滑鼠， =致隨行扣瞬_㈣域，使得_再:欠沿著喊方向脫離 於筆·電腦上’進而導致滑鼠摔落、損壞。因此,繁於以上的 問題，本發賴供_種電_魏 ，據本發明所揭露-實施例之電腦周=其谓置， 係具有一機體，機體内部容ϋ , 、 谷置有一功能電路裝置，並於機體上開 设有-結合孔。並將機體組扣於—電子裝置的—卡扣件上，而卡 5 201027298 扣件具有-非_的卡糊’並使卡精與結合孔相互匹配。機 體以結合孔套入卡掣體上並旋轉一角度，使得卡掣體與結合孔交 錯限制，即可將電腦周邊裝置組扣於電子裝置上。 根據本發明所揭露一實施例之電腦周邊裝置及其卡掣裝置， 係具有-舰’機_部容置有—魏電路裝置，並於機體上設 有-卡扣件，且卡扣件具有-非_的卡㈣。餅機體組扣於 -電子裝置的-結合孔，並使卡㈣與結合孔相互匹配。機體以 卡掣體穿人結合仙並旋轉—角度，使得卡¥體與結合孔交錯限 制，即可將電腦周邊裝置組扣於電子裝置上。 根據本發明_露電顧邊裝置及其卡掣裝置之功效在於， 其機體係赠翻方歧減電子妓场蚊位，並使得機體 的扣入方向彳目跡旋_定方向，當—__外力碰撞機體 時’可防止顧由扣人方向上直接脫離於電子裝置。以此旋轉固201027298 VI. Description of the Invention: [Technical Field of the Invention] The present invention is directed to a computer peripheral device, in particular, a computer peripheral device that is attached to an electric device and a card device thereof, [Prior Art] And with great flexibility in use, with the rapid advancement of electronic technology, in the pursuit of portability and practicality, 'the current electronic products on the market are generally designed to be light, thin, short, and small structures' to comply with The user's machine is flexible, and it works quickly. Among them, the notebook computer is a typical example. The notebook computer usually has various electronic components such as a motherboard, a processor, and a memory inside the casing. Components to execute the Wei set by the notebook. The majority of the system will choose an external peripheral wheel device designed specifically for the notebook computer, which is used as a notebook computer, such as a wireless mouse, a tablet or a tablet. Because the notebook computer emphasizes carrying (4) convenience, _, while carrying a plurality of external peripheral input devices, there is a problem of carrying when moving short distances, that is, if the user wants to move from the first meeting room to the other. In the far second conference room, the user must hold the notebook computer in one hand and the external peripheral input device in the other hand, and even need to carry paper, pen or other materials at the same time, so the user In terms of carrying, it is very inconvenient to carry, and in the process of carrying, it is more likely that the item is dropped due to too many items to be carried. In order to overcome the above difficulties, the prior art proposes the following techniques. For example, in the pen 201027298 5& type computer, the storage slot H can be accommodated in the storage slot, so that the slippery air can be directly stored in the notebook computer. However, the notebook computer is light, thin, new, and small. In the structural design, this kind of design that requires extra space to accommodate the mouse inside the notebook computer is no longer in line with the current market demand. Another conventional technology, such as the patent application of the US Approved Announcement No. 678487, is disclosed in this patent— The detachable _-type computer structure is designed with a coupling mechanism between the notebook computer body and the air-slip body so that the mouse can be a part of the _ notebook computer. Must take up the notebook - part of the space 'Because of the mouse's grip width, it can't be used on a thin notebook. In addition, Logitech has developed a portable mouse for notebooks. Buckle, its product _ is V55 〇 Nanc) notebook electric secret laser mouse - with the buckle design, this structure is mainly in the bottom of the mouse _ set - groove and - button hole, and the amount of attached - attached in The accompanying buckle on the case of the computer case has its own buckle with the head end and a button body, and the outer diameter of the head end is larger than the outer diameter of the buckle body. The inside of the recess and the snap-fit body are clamped into the buckle hole to form an interference, thereby attaching the mouse to the buckle hole on the bottom surface of the mouse and the accompanying buckle on the notebook case On the notebook, but 'this design can solve the problem of difficulty in carrying the wheeled device such as the mouse. However, the structure of the design still has the following problems. The mouse is in the direction of assembly with respect to the notebook case. Move, so that the accompanying buckle on the outer casing can be stuck inside the buttonhole of the mouse. When the unintended outer 4 201027298 force collides, the branch pushes the new mouse because of the external force, and (4) causes the mouse to be assembled by the opposite The direction is again on the outer casing, causing the mouse to be turned down and damaged on the outer casing. In addition, the above-mentioned accompanying buckle is only a snap-fit structure through the buttonhole of the mouse, so that the buckle is integrally buckled. The force is too weak. Plus the direction of the card with the buckle, the mouse The direction of the installation is the same. When the external force pushes the mouse in the opposite direction, it is easy for the mouse to pay the direction of the outer casing. Therefore, it is impossible to perform the function of the fastening, and it is difficult to solve the problem of the portable device such as the mouse. The problem is therefore: ❹ ❹ 来说 ' ' 驰 驰 驰 驰 驰 驰 π π π π π π π π π π π π π π π π π π π π π π π π π π π π π 设计 设计 设计 设计 设计 设计 设计 设计 设计It is written on the dragon's head, and simplifies the structural design of the mouse, and at the same time, it has the function of attaching the knot loss and being not easily separated from the notebook computer, which is the direction of the current direction. 13 [Invention content] Known accompanying buckle structure, because the general assembly direction and the accompanying buckle card _, the material is subjected to -__ external force from the assembly direction to the mouse, = to accompany the line _ (four) domain, so that _ again: owe Sliding away from the pen on the computer, causing the mouse to fall and be damaged. Therefore, in the above problems, the present invention is based on the invention. The computer week according to the embodiment of the present invention has a body, a body inside, and a function circuit in the valley. The device is provided with a - coupling hole on the body. And the body group is fastened to the - fastener of the electronic device, and the card 5 201027298 fastener has a card paste of -n_ and the card is matched with the bonding hole. The body is sleeved on the latch body and rotated by an angle, so that the latch body and the joint hole are interchanged, and the computer peripheral device can be fastened to the electronic device. According to an embodiment of the present invention, a computer peripheral device and a card clamping device thereof have a - ship circuit device and a mechanical circuit device, and a snap member is disposed on the body, and the buckle member has - Non-_ cards (four). The cake body group is fastened to the - coupling hole of the electronic device, and the card (4) and the coupling hole are matched with each other. The body is coupled with the cymbal body and rotated to the angle, so that the card body and the coupling hole are staggered, and the computer peripheral device can be fastened to the electronic device. According to the invention, the function of the electric power device and the card device thereof is that the machine system is provided with a turning-off side to reduce the mosquito position of the electronic field, and the direction of the body of the body is turned into a direction, when -_ _ When the external force collides with the body, it can prevent the direct disconnection from the electronic device in the direction of the buckle. Rotating solid
⑽方式，讓機體可以穩_組扣於電付置上，進而達到結構 簡單及轉動定位確實的功效。 蛛配合圖示作最佳實施例 有關本發明的特徵、實作與功效 詳細說明如下。 【實施方式】 扣於^本酬露之電關邊裝以其卡輕置，係用以組 裝置上，其中所指的電腦周邊裝置係包括但不侷_ 遙=等===板，影機一)或 把仏周邊碱之輸人使用，_細電雜置係包括但 6 201027298 不侷限於如筆記型電腦（Notebook)、平板電腦（Tablelet PC)或 超級移動電腦(Ultra Mobile PC，UMPC)等電子裝置，然而在本發 明以下的實施例中，係以滑鼠為例，當然本發明之應用產品及範 圍並不以下述實施例為限 请參閱「第1圖」至「第4B圖」所示之第一實施例的示意圖， 根據本發_賊之電關邊裝置及其卡掣裝置。其中電腦周邊 裝置係為-無線滑鼠，且無線滑鼠具有—機體1g，機體W表面具(10) The way, the body can be stabilized _ group buckled on the power payment, so as to achieve the structure is simple and the rotation positioning is indeed effective. DETAILED DESCRIPTION OF THE INVENTION The features, operations, and effects of the present invention are described in detail below. [Embodiment] It is used to set up the device on the side of the electric switch with the card. The computer peripheral device refers to but not the _ remote = equal === board, shadow Machine 1) or use the input of the surrounding alkali, _ fine electric miscellaneous system includes but 6 201027298 is not limited to such as notebooks, tablets (Tablet PC) or ultra mobile computers (Ultra Mobile PC, UMPC In the following embodiments of the present invention, a mouse is taken as an example. Of course, the application products and scope of the present invention are not limited to the following embodiments. Please refer to "1" to "4B". A schematic view of the first embodiment shown, according to the present invention, the electric edge closing device of the thief and its latching device. The computer peripheral device is a wireless mouse, and the wireless mouse has a body 1g, and the body W surface has
有-可供使絲手赌_握持面，握持社紗左右按鍵及滾 輪，並於機體10的-底面則可設置有—軌轉或—光學感測器， ^於機體10 _設置有—舰電路裝置（圖中未示），其無線滑 鼠係屬於已知技術，在此不多做贅述。 在以下實施财，係在機體1G的底面設計—組扣結構，作不 ^制該組扣結频咖於_G的底面，其柯設置於機體的 其他具平坦部位之表面上。Yes - for the silk hand gambling _ grip surface, hold the left and right buttons and rollers, and on the bottom of the body 10 can be set with - rail or - optical sensor, ^ body 10 _ set - Ship circuit device (not shown), its wireless mouse system belongs to the known technology, and will not be described here. In the following implementation, the bottom surface of the body 1G is designed to be a buckle structure, and the group is fastened to the bottom surface of the _G, and is disposed on the surface of the other flat portion of the body.
一 U及―内表面13，並 11開設有一結合孔12，结合巩彳9目士 .. 邊m 、”孔12具有—第-側邊121、-第: 2、-1側邊123及一第四侧邊124。其中第 :於第二側邊122,並使第，121與苐二側邊122呈-本 之門凹^=三崎123則職第—赠121及第二側邊 相對_，以：3:123與第―呈 戏、，，° 口孔12的形狀（如「第2C圖」所示' 201027298 並且使得結合孔12的形狀呈一非圓形（n〇tl_circular dement)。 再者，結合孔12的第一侧邊121與第二側邊122相對之間形 成有一第一較短間距D1 ’而第三側邊123與第四側邊124相對之 間形成有-第二較長間距D2，並使第-較短間距D1係小於第二 較長間距D2 (如「第2C圖」所示）。 請參閱「第3圖」所示之第一實施例的剖面示意圖，機體ι〇 的外表面㈣設有結合孔12後，並於機體1G㈣表面13設有 ❹a U and an inner surface 13, and 11 defines a coupling hole 12, which is combined with a Gongyi 9 mesh.. side m, "the hole 12 has a - side - 121, - a: 2, -1 side 123 and one The fourth side 124. The first: on the second side 122, and the first 121 and the second side 122 are - the door recess ^ ^ Sanqi 123 post - gift 121 and the second side relative _ The shape of the mouth hole 12 is as follows: 3:123 and the first play, the shape of the mouth hole 12 (as shown in the "2C figure" '201027298 and the shape of the joint hole 12 is a non-circular shape (n〇tl_circular dement). Moreover, a first shorter spacing D1′ is formed between the first side 121 of the coupling hole 12 and the second side 122, and a second portion is formed between the third side 123 and the fourth side 124. The longer interval D2 is, and the first-longer spacing D1 is smaller than the second longer spacing D2 (as shown in "2C"). Please refer to the cross-sectional view of the first embodiment shown in "Fig. 3". The outer surface (4) of the body ι is provided with a coupling hole 12, and is provided on the surface 13 of the body 1G (four).
至少-雜槽14，並使定位槽14位於結合孔12侧邊，並且相鄰 於結合孔12的第-側邊121與第二側邊122。 另外，將一卡扣件20貼附於-電子裳置3〇的外表面3卜卡 才件20具有本體21及一結合部22,本體的一侧面具有一貼 合面211，並於貼合面211上設有—背膠以供黏合貼附於電子裝 勺卜表面Μ _L。可以理解的是，卡扣件Μ亦可固設於該電 子裝置30之外殼上。 結合部22設置於本體21的另一侧面，且結合部22設有一卡 掣體Μ，且卡物23 _狀呈—__繼合孔η。卡擎 f 23係於結合部22的相對二端延伸長出，使得卡掣體23的形狀 呈鉚合頭的形狀，並使卡掣體Μ的外徑大於結合部Μ的直 ^也狀說，卡掣體23係具有—第—較長外徑仍與一第二較 二:::::二7:结合孔12的第-較短間_係對 距D2伤斟鹿 父外徑D3，而該結合孔12的第二較長間 應該卡擎體23之第二較短外徑m，以此將卡掣體23 201027298 與結合孔12形成一交錯的卡合狀態。另外，卡掣體23由結合部 22延伸後，並於卡掣體23的底面設有至少一定位塊24。 如此’當機體10的結合孔12供卡掣體23穿入後，即可將機 體10在卡扣件20上旋轉一角度，依此轉動關係，使得機體1〇具 有一令卡掣體23穿過於結合孔12的相對位置，及一令卡掣體23 卡合於結合孔12内的交錯位置（如「第2A圖」及「第2B圖」 所示）。 ❹ 上述的相對位置係定義此卡掣體23可以通過結合孔12的第 .二較長間距D2,第二較長間距D2由結合孔12的第三侧邊123與 第四侧邊124所構成’以此第二較長間距D2來符合卡掣體U的 第-較長外徑m，使得卡掣體a在相對位置中可以自由進出結 合孔12。 而交錯位置則是定義此卡擎體23 .進入結合孔12後的一_^合 狀態’當卡掣體23由相對位置進入結合孔1：2後，可將機體1〇轉 °動至一角度01 ’讓卡掣體23的第-較長外徑D3對應卡合於結合 孔I2的第-較短間距D1。因為第一較短間距以小於第二較長間 距D2，所以卡辈體μ對應於第一較短間距後，卡掣體η的 第-較長外徑D3受到第-侧邊121及第二側邊122雜制，使得 卡掣體23可以卡合於結合孔12内部。使用者若要將卡孽體2;3脫 離結合孔η時，則必須使得卡掣體η由交錯位置重新進入至相 對位置，方能將卡掣體23脫離於結合孔12外。 睛參閱「第2A〜2B圖」及「第4A〜4B圖」所示之第一實施 201027298 作示意使·態示意圖’根據本發明所揭露之電腦周 裝置及其卡攀裝置的操作原理，係先在卡扣件2〇本體η的貼 合面2U上設置有一背膠（圖中未示出），並以此貼合面211將卡 牛黏口貼附於電子裝置3〇的表面上，而電腦周邊裝置的機 體K)則可將結合孔12對位套人於卡扣件2G的結合部22上，並 使機體10於卡扣件20上產生一旋轉的固定動作，並提供有下列 三種動作狀態。 第動作狀態.如「第2A圖」所示，係先將機體相對於 扣件2〇至相對位置，使得機體1〇的結合孔u與卡扣件如的 結合部22相互對位，並依此相對位置的關係，使得結卡寧體3 的第-較長外徑D3可以通過第二較長間距放， 穿入至結合孔12内部。 體23 m 第二動作狀態··如「第2B圖」所示，之後旋轉機體10，將 機體10由相對位置轉動至交錯位置，使得卡擎體23的第—較 外㈣3對應於結合孔U的第一較短間距01，並由第一側邊⑵ 與第二側邊122將卡掣體23限制卡合。當機體1〇轉動至交錯位 置時’使其卡掣體23底面的定位塊24可以扣入機體1〇内表面^ 上的定位槽14内，進而形成一轉動固定狀態。 如此，即可將電腦周邊裝置的機體1〇附掛於電 外表面3卜使用者即可攜帶電子裝置3〇連同機體1〇 —起行走。 第二動作狀態.如「第2A圖」所示，若欲將機體⑺由卡才 件2〇取下時，僅需要再次轉動機體1〇，將機體1〇由交錯 = 201027298 新轉回至相對位置。在轉動過針，需施-較大的力量，方能將 卡擎體23的定位塊24脫離於定位槽14。當結合孔12的第二較長 間距D2重新回歸於卡掣體23的第一較長外徑仍時，即可將機 體10拔離於結合部22，以此進行周邊設備的操作。 在上述的實施例中，結合孔12的形狀設計，僅是符合機體ι〇 轉動45度的角度後，而使得卡掣體23可以卡合於結合孔12上， 但不以上述的結合孔12的形狀為限，亦即不以旋轉#度為限。 ❹諸如將卡輕23餘纽U設料長剌彡，_ Μ度亦可使卡 f體23與結合孔π形成卡合限制。因此，卡擎體μ與結合孔u *的形狀可為任意的«形賴之幾何形狀，以及卡㈣23之旋轉 角度皆非本發明申請專利範圍之限制。 /請參閱「第5圖」至「第7圖」所示之第二實施例的示意圖， 係為根據本發明所揭露之電腦周邊裝置及其卡掣裝置。其具體實 施方式與前述第-實施例大致相同，以下僅就相異之處加以說 〇明’其餘相同處不在贅述。係在電子裝置3〇的外表面Μ開設有 一結合孔32 ,該結合孔32係可為筆記型電腦上的防盜孔 (Kensington Lock H〇le)，防盜孔主要提供一鎖頭裝置安裝於其 中’以避免筆記型電腦被偷竊。 而機體40開设有一谷置槽41 ,以供·一·^扣件42樞接於容置 槽41内部*於使用時，可扳動卡扣件Μ旋轉至一使用角度。使 用完畢後，可將卡扣件42錄扳回容置槽4卜並使卡扣件犯隱 藏於容置槽41内部（如「第5圖」所示）。當使用者操作機體4〇 201027298 時，使得卡扣件42不會影響機體4〇的操作。 同樣地，卡扣件β具有—結合部4;21及—卡擎體奶，且 掣體422的形狀呈一長矩形，且你人 办且符δ結合孔32的外形（即防盜孔 的外形），並於卡f體422的底面設有至少一定位塊奶。 而電子裝置3〇的結合孔32具有一兩長直邊32b 322及兩圓 弧狀短邊323、3M，以此與卡掣體422相互匹配，另於電子裝置 30的内表面33設有至少一定位槽％。 ® 如「第6A〜6B」圖所示，當機體40的卡掌體422穿設於結合 孔32後，可將機體40旋轉一角度，使得卡賴422卡合於: 孔32的兩長直邊321、322上，並以定位塊423與定位槽％相互 卡合’以此旋轉固定的方式，將機體4〇組扣於電子裝置3〇的外 表面31上。 雖然本發_前述之較佳實關揭露如上，然其並非用以限 疋本發明，任何熟習相像技藝者，在不脫離本發明之精神和範圍 ⑩内’當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】 第1圖係為本發明之第一實施例之外觀示意圖； 第2A〜2B圖係為本發明之第一實施例之動作示意圖； 第2C圖係為本發明之第一實施例之局部放大示意圖； 第3圖係為本發明之第一實施例之剖面示意圖； 第4A〜4B圖係為本發明之第一實施例之使用狀態示意圖； 12 201027298 第5圖係為本發明之第二實施例之外觀示意圖； 第6A〜6B圖係為本發明之第二實施例之動作示意圖；以及 第7圖係為本發明之第二實施例之剖面示意圖。 【主要元件符號說明】At least the slot 14 is disposed, and the positioning slot 14 is located at a side of the coupling hole 12 and adjacent to the first side 121 and the second side 122 of the coupling hole 12. In addition, a fastener member 20 is attached to the outer surface of the electronic device 3 . The card member 20 has a body 21 and a joint portion 22 , and a side surface of the body has a bonding surface 211 and is attached thereto. The surface 211 is provided with a backing adhesive for bonding and attaching to the surface of the electronic spoon Μ _L. It can be understood that the snap fastener Μ can also be fixed on the outer casing of the electronic device 30. The joint portion 22 is disposed on the other side of the body 21, and the joint portion 22 is provided with a latch body Μ, and the card member 23_-forms the __ _ _ _ _ _ _. The card engine f 23 is extended at the opposite ends of the joint portion 22, so that the shape of the latch body 23 is in the shape of a riveting head, and the outer diameter of the latch body is larger than that of the joint portion. , the carcass body 23 has - the first longer outer diameter is still with a second second: ::::: two 7: the first shortest of the bonding hole 12 _ the pair of distance D2 scars deer father outer diameter D3 The second longer portion of the coupling hole 12 should be the second shorter outer diameter m of the card body 23, thereby forming the latch body 23 201027298 and the coupling hole 12 in an interlaced engagement state. Further, the latch body 23 is extended by the joint portion 22, and at least one positioning block 24 is provided on the bottom surface of the latch body 23. Thus, when the engaging hole 12 of the body 10 is inserted into the latch body 23, the body 10 can be rotated at an angle on the latching member 20, and the rotating relationship of the body 10 can be made to have a latch body 23 worn. The relative position of the hole 12 is excessively combined, and the staggered position of the latch body 23 is engaged in the coupling hole 12 (as shown in "Fig. 2A" and "Fig. 2B"). ❹ The relative position described above defines that the latch body 23 can pass through the second longer spacing D2 of the coupling hole 12, and the second longer spacing D2 is formed by the third side 123 and the fourth side edge 124 of the coupling hole 12. The second longer spacing D2 is used to conform to the first-longest outer diameter m of the latch body U, so that the latch body a can freely enter and exit the coupling hole 12 in the relative position. The staggered position defines the card body 23. After entering the coupling hole 12, when the card body 23 enters the coupling hole 1:2 from the relative position, the body 1 can be rotated to one. The angle 01' allows the first-longest outer diameter D3 of the latch body 23 to correspond to the first-longest spacing D1 of the coupling hole I2. Since the first shorter pitch is smaller than the second longer pitch D2, the first-longest outer diameter D3 of the latch body η is subjected to the first side 121 and the second after the positive body μ corresponds to the first shorter pitch. The side 122 is miscellaneous so that the latch body 23 can be engaged inside the coupling hole 12. If the user wants to disengage the cartridge body 2; 3 from the coupling hole η, the cartridge body η must be re-entered from the staggered position to the opposite position to release the cartridge body 23 from the outside of the coupling hole 12. The first embodiment 201027298 shown in "2A to 2B" and "4A to 4B" is schematically illustrated as a schematic diagram of the operation of the computer peripheral device and the card climbing device thereof according to the present invention. First, a backing glue (not shown) is disposed on the bonding surface 2U of the body 2 of the latching member 2, and the bonding surface 211 is attached to the surface of the electronic device 3〇. The body K) of the computer peripheral device can align the binding hole 12 on the joint portion 22 of the latching member 2G, and the body 10 generates a rotating fixed action on the latching member 20, and provides the following Three action states. The first action state. As shown in the "Fig. 2A", the body is first slid relative to the fastener 2 to a relative position, so that the joint hole u of the body 1 与 and the joint portion 22 of the snap member are aligned with each other, and This relative positional relationship allows the first longer outer diameter D3 of the knot body 3 to be placed through the second longer pitch and penetrated into the inside of the coupling hole 12. Body 23 m Second operation state · As shown in "Fig. 2B", after rotating the body 10, the body 10 is rotated from the relative position to the staggered position, so that the first (outer) (4) 3 of the card body 23 corresponds to the coupling hole U. The first shorter spacing 01 is defined by the first side edge (2) and the second side edge 122. When the body 1 is rotated to the staggered position, the positioning block 24 on the bottom surface of the body 23 can be buckled into the positioning groove 14 on the inner surface of the body 1 to form a rotationally fixed state. In this way, the body 1 of the computer peripheral device can be attached to the outer surface 3, and the user can carry the electronic device 3 and walk along with the body 1 . The second action state. As shown in "Fig. 2A", if the body (7) is to be removed from the card member 2, only the body 1〇 needs to be rotated again, and the body 1〇 is turned back to the relative by the interlace = 201027298. position. When the needle is rotated, a large force is required to disengage the positioning block 24 of the card body 23 from the positioning groove 14. When the second longer pitch D2 of the bonding hole 12 is returned to the first longer outer diameter of the latch body 23, the body 10 can be pulled away from the joint portion 22, thereby performing the operation of the peripheral device. In the above embodiment, the shape of the coupling hole 12 is designed to match the angle of the body ι by 45 degrees, so that the latch body 23 can be engaged with the coupling hole 12, but not with the above-mentioned coupling hole 12. The shape is limited, that is, it is not limited to the rotation # degree. For example, if the card is lighter than 23 U, the _ Μ degree can also cause the card body 23 to form a locking limit with the coupling hole π. Therefore, the shape of the card body μ and the coupling hole u* can be any geometric shape of the shape, and the rotation angle of the card (four) 23 is not limited by the scope of the present invention. / Please refer to the schematic diagram of the second embodiment shown in "Fig. 5" to "Fig. 7", which is a computer peripheral device and a latching device thereof according to the present invention. The specific embodiments are substantially the same as those of the above-described first embodiment, and the following description will be made only for the differences. A binding hole 32 is formed on the outer surface of the electronic device 3, and the coupling hole 32 is a security hole (Kensington Lock H〇le) on the notebook computer. The anti-theft hole mainly provides a locking device installed therein. To prevent the laptop from being stolen. The body 40 defines a valley slot 41 for pivoting the interior of the receiving slot 41. When in use, the latching member can be rotated to an angle of use. After the use of the latching member 42, the latching member 42 can be retracted into the receiving slot 4 and the latching member can be hidden inside the receiving slot 41 (as shown in Fig. 5). When the user operates the body 4〇 201027298, the snap member 42 is not affected to affect the operation of the body 4〇. Similarly, the snap member β has a joint portion 4; 21 and a card body milk, and the shape of the body 422 is a long rectangle, and the shape of the body δ is combined with the shape of the hole 32 (ie, the shape of the burglar hole) And at least one positioning block milk is disposed on the bottom surface of the card body 422. The coupling hole 32 of the electronic device 3 has two long straight sides 32b 322 and two arc-shaped short sides 323, 3M, so as to match the latch body 422, and at least the inner surface 33 of the electronic device 30 is provided with at least A positioning slot %. As shown in the "6A to 6B" figure, when the palm body 422 of the body 40 is inserted through the coupling hole 32, the body 40 can be rotated by an angle, so that the card 422 is engaged with: the two long straight holes 32 On the sides 321 and 322, and the positioning block 423 and the positioning groove % are engaged with each other', the body 4〇 is fastened to the outer surface 31 of the electronic device 3〇. Although the above-mentioned preferred embodiments are disclosed above, it is not intended to limit the invention, and any skilled person skilled in the art can make some changes and refinements without departing from the spirit and scope of the present invention. Therefore, the scope of patent protection of the present invention is defined by the scope of the claims appended hereto. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the appearance of a first embodiment of the present invention; FIGS. 2A to 2B are diagrams showing the operation of the first embodiment of the present invention; FIG. 2C is the first embodiment of the present invention. 3 is a schematic cross-sectional view showing a first embodiment of the present invention; and FIGS. 4A to 4B are schematic views showing a state of use of the first embodiment of the present invention; 12 201027298 2A to 6B are schematic views showing the operation of the second embodiment of the present invention; and FIG. 7 is a schematic cross-sectional view showing a second embodiment of the present invention. [Main component symbol description]
10 機體 11 外表面 12 結合孔 121 第一側邊 122 第二侧邊 123 第三側邊 124 第四侧邊 13 内表面 14 定位槽 20 卡扣件 21 本體 211 貼合面 22 結合部 23 卡掣體 24 定位塊 30 電子裝置 31 外表面 32 結合孔 13 201027298 321 ' 322 長直邊 323 > 324 圓弧狀短邊 33 内表面 34 定位槽 40 機體 41 容置槽 42 卡扣件 421 結合部 422 卡掣體 423 定位塊 D1 第一較短間距 D2 第二較長間距 D3 第一較長外徑 D4 第二較短外徑10 Body 11 External surface 12 Bonding hole 121 First side 122 Second side 123 Third side 124 Fourth side 13 Inner surface 14 Positioning groove 20 Fastening member 21 Body 211 Bonding surface 22 Bonding portion 23 Body 24 Positioning block 30 Electronic device 31 Outer surface 32 Bonding hole 13 201027298 321 ' 322 Long straight side 323 > 324 Arc short side 33 Inner surface 34 Positioning groove 40 Body 41 accommodating groove 42 Snap fitting 421 Jointing portion 422 Cartridge body 423 positioning block D1 first shorter spacing D2 second longer spacing D3 first longer outer diameter D4 second shorter outer diameter