M408738 五、新槊說明： 【新塑所屬之技術領域】 本創作關於一種滑鼠及^料處理系統，尤指—種可分離滑鼠本 體之可分離式滑鼠及相關之資料處理系統。 【先前技術】 就目前個人電腦的使用習慣而言，鍵盤以及滑鼠已成為不可或 缺的輸入設備之-。鍵盤用以鍵入資料，而滑鼠用以控制游標移動 並且執行點選、框選及拖良等功能。然、而，隨著科技的進步與發展， 可在電腦上執行的應用程式愈來愈多樣化，f知滑鼠所能執行的功 月b也愈來愈不敷使用。由於習知滑鼠除上述之點選、框選及拖良等 功能外’並不具健它輸人魏。因此，制者便需_其它輸入 裝置’例如_面板、搖料，來執行⑽應的應用舰，例如放 大/縮小畫面、旋轉晝面等，使得習知滑氣不利於其它領域的應用。 【新型内容】 因此’本創作的目的之一在於提供—封分離式滑鼠以及利用 此叮刀離式π鼠之> 料處理系統，以解決上述問題。 根實施例，本創作之可分離式滑鼠包含第一滑鼠本體、第 感測單元、m本體以及第二感測單元。hi本體包含 第一輸入模組以及第-連接結構，且第—感測單元設置於第一滑鼠 3 M408738 t體中。第二滑鼠本體包含第二輪人模組以及第：連酔構，第二 連接結構用以可分離地與第一連接第一 結構與第二連接結構連接在曰第連接 且第一滑鼠本體與第二滑鼠本體相對二動時，第;=體分離，、 測關於第-滑鼠本體之-第一動作資訊 _單=用以感 關於第二滑鼠本H之-第二動作f訊。第—❹j早㈣以感測 及可施^本創作之資料處理系統包含資料處理裝置以 及了刀離式心，其中可分離式滑鼠的結構 式置以 I滑鼠本體與第二滑鼠本體藉由第―連接 ^當第 在一起時，第-輪入模組與第二輪峰且用以連接結構連接 行滑鼠輸入功能。當第_滑鼠 -制資料處理裝置執 鼠本體與第二滑鼠本體第相 置’第二感測單元用以感測關於第二 7貝科處理裳 將第二動作資訊傳輸至㈣處理裝置，資料動作資訊，且 作資訊與第二動作資訊執行預定功能。 *置貝懷據第—動， 綜上所述，本創作之可分離式滑鼠之第一麻 連接、_第二連接結構相互分:或連 _連接時，本創作之可分離式滑“二 4 M408738 .滑鼠本體30與第二滑鼠本體32可結合為一體（如第（圖所示），或 可相對彼此分離（如第2圖所示）。於此實施例中，第—連接結構5 3〇2與第二連接結構322可分別為磁鐵，但不以此為限。於另一實 施例中，第-連接結構搬與第二連接結構322亦可分別為可拆卸 之卡勾與卡槽，以使第-滑鼠本體3〇與第二滑氣本體&可相互分 離或連接在-起。此外，第一滑鼠本體3〇與第二滑鼠本體32亦= 利用其它固定方式’例如螺絲鎖固，而相互分離或連接在一起。換 言之，第-連接結構逝與第二連接結構322可根據實際應用而設 計，只要允許第-滑鼠本體30與第二滑鼠本體义可相互分離或連 接在一起即可。 於此實施财，第-滑鼠本體3〇具有第一凹陷部綱二 滑鼠本體32具有第二凹陷部324。第—輸入模組删包含第一· 板306以及第-按鍵3〇8，且第二輪入模組32〇包 工 以及第二按鍵328。如第i圖所示，卷"工板326 口 [ 1田第一滑鼠本體3〇與第二漘 本體32藉由第-連接結構3〇2與第二連接 士 第-凹陷部304與第二凹陷部324 二連接在一起日r 旧丨4鄰接而形成凹槽34。使用者可以 槽ΓΛ第1陷部304與第二凹陷部324為施力點，以輕易 地將第-滑鼠本體3〇與第二滑鼠本體3〕分離。 易 ⑴Γ卜/第—滑鼠本體3G與第二滑鼠本體32藉由第一連接結 構302與第一連接結構322遠接名一如± 。 觸控板似鄰接而形成虛擬滾Μ ^時，第一觸控板贏與第二 獅擬/袞輪£，错以提供-般滑氣滾輪的功 6 M408738 作之可分離式滑鼠的使用性 知滑鼠輸人功能。當第-料本體與第二料本體分離時 分別設置於第-毅本體與第二妓本體之第—感測單元與第二 測单兀，感測關於第-滑鼠本體與第二滑鼠本體之動作資訊，且將 此動作資訊傳輸至外部資料處理裝置。藉此，資料處理裝置可 感測單摘傳來之動作資朗執行對應咖定舰，_増加本創 關於本創作之優點與精神可以藉由以下的創作詳述及所附圖式 得到進一步的瞭解。 【實施方式】 請參閱第.1圖以及第2圖，第1圖為根據本創作-實施例之資 料處理系統i的示意圖，第2圖為第i圖中的可分離式滑鼠3處於 分離狀態的示意圖。如第丨圖以及第2圖所示，資料處理系統i包 含可分離m3錢t概縣置5。賊實施财，請處理 裝置5可為個人電腦，但不以此為限。舉例而言，㈣處理裝置5 亦可為其它具有㈣運算/㈣舰之電子裝置，例如筆記型電腦、 平板電腦（tabletcomputer)、遊戲機等。 可分離式滑氣3包含第-滑鼠本體30以及第二滑鼠本體^。 第一滑鼠本體30 &含第-輸入模組3〇〇以及第一連接結構3〇2，且 第二滑鼠本體32包含第二輸入模組32〇以及第二連接結構322。第 一連接結構322用以可分離地與第一連接結構3〇2連接，以使第— M408738 二= 圖示等。於實際應用中，第-觸控 =306與紅觸控板326可分別為電容式觸控板，但不以此為限。 鍵通與第二按鍵328則可分別執行—般滑鼠右鍵及左鍵的 功二例如點選、叫出功能選單等。因此，當第—滑鼠本❹與第 ::鼠本體32藉由㈣接結構3〇2與第二M408738 V. New 槊 Description: 【Technology area of Xinsu】 This creation is about a mouse and material handling system, especially a detachable mouse and a related data processing system that can separate the mouse body. [Prior Art] As far as the personal computer usage habits are concerned, the keyboard and the mouse have become indispensable input devices. The keyboard is used to type data, and the mouse is used to control the movement of the cursor and perform functions such as clicking, boxing, and dragging. However, with the advancement and development of technology, the applications that can be executed on computers are becoming more and more diverse, and the power b that the mouse can perform is becoming less and less useful. In addition to the above-mentioned functions of selection, selection and dragging, the conventional mouse does not have a healthy input. Therefore, the manufacturer needs to use other input devices, such as _panel and rocker, to execute the application ship (10), such as zooming in/out of the screen, rotating the face, etc., so that the conventional slippery gas is disadvantageous for other fields of application. [New content] Therefore, one of the purposes of the present invention is to provide a separate-sliding mouse and a material processing system using the shovel-type squirrel to solve the above problems. In the root embodiment, the detachable mouse of the present invention comprises a first mouse body, a first sensing unit, an m body, and a second sensing unit. The hi body includes a first input module and a first connection structure, and the first sensing unit is disposed in the first mouse 3 M408738 t body. The second mouse body includes a second wheel human module and a first connection structure, and the second connection structure is detachably connected to the first connection first structure and the second connection structure at the first connection and the first mouse When the body and the second mouse body are relatively moved, the first body is separated, and the first action information about the first mouse body is measured - the single sense is used to sense the second mouse H - the second action f news. The data processing system including the data processing device and the knife-disconnecting heart, wherein the structure of the detachable mouse is set with the I mouse body and the second mouse body When the first connection is the first time, the first wheel-in module and the second wheel are connected to the structure to connect the line mouse input function. When the first mouse-and-data processing device executes the mouse body and the second mouse body, the second sensing unit is configured to transmit the second action information to the (4) processing device for the second 7 , data action information, and information and second action information to perform predetermined functions. * According to the first move, in summary, the first hemp connection and the second connection structure of the separable mouse of the present invention are divided into one another: or even when connected, the detachable slide of the creation is " 2 4 M408738. The mouse body 30 and the second mouse body 32 may be integrated (as shown in the figure (shown), or may be separated from each other (as shown in Fig. 2). In this embodiment, the first The connecting structure 5 3〇2 and the second connecting structure 322 can be respectively magnets, but not limited thereto. In another embodiment, the first connecting structure and the second connecting structure 322 can also be detachable cards respectively. The hook and the card slot are arranged such that the first mouse body 3〇 and the second air sliding body body & can be separated or connected to each other. In addition, the first mouse body 3〇 and the second mouse body 32 are also utilized. Other fixing means, such as screw locking, are separated or connected to each other. In other words, the first connecting structure and the second connecting structure 322 can be designed according to practical applications, as long as the first mouse body 30 and the second mouse are allowed. The ontology can be separated or connected to each other. In this implementation, the first mouse body 3 The second recessed body body 32 has a second recessed portion 324. The first input module includes a first board 306 and a first button 3〇8, and the second wheel-in module 32 is a contractor and a Two buttons 328. As shown in the figure i, the volume " tool plate 326 mouth [1 field first mouse body 3〇 and the second body 32 through the first connection structure 3〇2 and the second connector - The recessed portion 304 and the second recessed portion 324 are connected to each other to form a recess 34. The user can slot the first recessed portion 304 and the second recessed portion 324 as a point of application to easily The first-mouse body 3〇 is separated from the second mouse body 3]. The easy (1) / / / - mouse body 3G and the second mouse body 32 are connected to the first connection structure 322 by the first connection structure 302 Just like ±. When the touchpad seems to be adjacent to form a virtual roll ^, the first touchpad wins with the second lion's / 衮 wheel, wrong to provide the same kind of slippery roller work 6 M408738 for separable The use of the mouse is known as the mouse input function. When the first material body and the second material body are separated, the first sense is set on the first body and the second body. The unit and the second test unit sense the action information about the first mouse body and the second mouse body, and transmit the action information to the external data processing device. Thereby, the data processing device can sense the single pass The action of the actor is to implement the corresponding coffee ship, and the advantages and spirit of _ 増 本 关于 关于 本 本 本 本 本 本 本 本 本 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 优点 。 。 。 。 2 is a schematic view of a data processing system i according to the present creation-embodiment, and FIG. 2 is a schematic view showing the separable mouse 3 in the i-th state in a separated state, as shown in FIG. As shown in the figure, the data processing system i includes a separable m3 money. The thief implements the money, please handle the device 5 can be a personal computer, but not limited to this. For example, the (4) processing device 5 may also be other electronic devices having (4) computing/(four) ships, such as a notebook computer, a tablet computer, a game machine, and the like. The detachable slip gas 3 includes a first-moth body 30 and a second mouse body ^. The first mouse body 30 & includes a first input module 3 〇〇 and a first connection structure 3 〇 2, and the second mouse body 32 includes a second input module 32 〇 and a second connection structure 322 . The first connecting structure 322 is detachably connected to the first connecting structure 3〇2 so that the first M408738 II=illustration or the like. In practical applications, the first touch control 306 and the red touch panel 326 can be capacitive touch panels, respectively, but not limited thereto. The key-pass and the second button 328 can respectively perform the functions of the right mouse button and the left button, such as clicking and calling the function menu. Therefore, when the first mouse and the third mouse body 32 are connected by the (4) structure 3〇2 and the second
f按雜、第二按鍵328以及由第—觸控板通與第二 紅板你義㈣狀虛贿齡卩可共_亍職輸入功能。 參閱第3圖，第3圖為第1圖中的可分離式滑鼠3於另-視 角的^圖。如第3圖所示’本創作之可分離式滑氣3另包含游標 ^早元36。於財_巾’難控鮮元36設置於第-滑氣本 體3〇中，但不以此為限。於另一實施例中，游標控制單元％亦可 汉置於第二滑鼠本體32中。換言之，游標控制單^ %可選擇性地 設置於第-滑鼠本體30或第二料本體32的其中之—中，視· 應用而定。於實際應时，游標控制單元％可為機械式、光學式: 光學機械轉龍㈣單元，此㈣知技藝之人·知，在此不再 贅述。 請參閱第4圖，第4圖為第！圖中的資料處理系統i的功能方 塊圖。如第4圖所示’可分離式料3之第-職本體3Q另包含第 一感測單元38以及第-通訊單元42，且可分離式滑鼠3之第二滑 氣本體32另包含第二感測單元4〇以及第二通訊單元44。第一感測 单兀38與第一通訊單元42皆設置於第-滑鼠本體30中，且第一通 7 M408738 Λ單元42 f連接於第—輪入模系且與第一感測單幻8。第二感 測單元40與第一通说單元44皆設置於第二滑氣本體％中，且第二 通訊單元44㉝接於第二輪入模组32〇以及第二感測單元4〇。: 此料射’第-感測單元％與第二感測單元4〇可分別為重力感 心’但不以此為限。第一滑鼠本體3〇可藉由第一通訊單元Μ與 貝料處理裳置5形成通訊，且第二滑鼠本體^可藉由 44與資料處理裝置5形成通訊。 也札早兀 盘第當2=Γ與第二滑鼠本體32藉由第一連接結構302 二弟-連接，、，。構322連接在—起時，第一滑鼠本體3〇 通 42 300 311 所產由第二通訊單元44傳輪第二輸入模請 輸八模組處藉此，第-輪入模組·與第二 了用咕制_貝料處理裝置5執行滑鼠輸入功能。 凊—併參閱第4圖以及第5圖。第 本體3G與第二料本體32分離且處於另圖^1圖中的第一滑鼠 第5圖所示，使財可將可分離切鼠3之第狀態的示意圖。如 滑氣本體32分離並翻轉。此時，使用本體3〇與第二 第二滑氣本體32相對運動，以使第—：:作第—滑鼠本體3〇與 鼠本體3G之第—動作資訊，且第二感測單早^ 38感測關於第一滑 本體32之第二動 7^4〇感_於第二滑鼠 單元幻_—感二藉由第一通訊 動作資訊至資料處理 M408738 裝置5，且第二滑鼠本體32可葬由莖一。 單元40所感測到的第-動竹次二―、訊早元44傳輪第二感測 尸Π刷㈣—動作資訊至資料處理 理裂置5即可根據接收到的第一 、一動作錯此，資料處 的預定功能。 匕、第—動作資訊執行對應 舉例而言’本創作可設定當使用者操 滑鼠她2姆遠離的移動時，控婦料處^本難與第二 功能（即上叙航舰）；狀，當使财操料— 執二放大晝面 與第一滑鼠本體32相對靠近的移動時，控制資料處理裳:二體： 小畫面功能（即上述之預定功能）。請參閱第6圖以及第7 f 體30與第二滑鼠本體32相對遠離的移二^ 園幻圖為晝面7被放大的示意圖。如第6圖所示 ==滑鼠本㈣與第二滑鼠本體32朝箭頭Αι “的^ 的=^示於第頂左側的畫面7即被放大為繪示於第7圖右側 2 反之，如果使用者欲將繪示於第7圖右側的晝面7縮小 第=於第7圖左側的晝面7 ’其僅需分別操作第一滑氣本體％與 一β鼠本體32朝箭頭A1與A2的反方向移動即可。 此外’本創作亦可設定當使用者操作第一滑鼠本體3〇與第二滑 鼠本體32相對轉動時，執行旋轉畫面功能（即上述之預定功能）。 °月參閱第8圖以及第9圖，第8圖為第一滑鼠本體30與第二滑鼠本 體32相對轉動的示意圖，第9圖為晝面7被逆時針旋轉的示意圖。 士第8圖所示，當使用者分別操作第一滑鼠本體30與第二滑鼠本體 9 =朝逆時針方向轉動時，繪示於第9圖左側的畫面7即被逆時針旋 ^為緣示於第9賴_私7。反之，如果使用者欲將繪示於第9 圖右側的晝面7順時針旋轉為繪示於第9圖左側的晝面7，盆僅需 义別操作料本體3〇與第二賴本體％朝猶針方向轉動即 而兒月的7C除了上述的放大/縮小晝面功能或旋轉晝面功能 夕卜，"本創作亦可配合應用軟體的設計，藉由操作第一滑鼠本體扣 ”第-滑鼠本體32相對運動而達成其它預定功能（例如熱鍵功能、 搖杯功A、遊戲控制魏等），視實際應用而定。 相較於先前技術，本靖之可分離式m滑鼠本體盘第 二滑鼠本體可藉㈣-連接結構與第二連接結構相互分離或連接。 當第-滑鼠本體與第二滑鼠本體連接時，本創作之可分離式滑鼠可 執行習知滑鼠輸人功能。當第—滑鼠本體與第二滑鼠本體分離時， 可藉由分別設置於第-找本體與第二滑鼠本體之第—感測單元與 第二感測單元，__第-滑鼠本顺第二滑鼠本體之動作資 訊’且將此動作資訊傳輸至外部資料處理裝置。藉此，資料處理裝 置可利用感測單元所傳來之動作資訊以執行對應的歉功能，進而' 增加本創作之可分離式滑鼠的使用性。 以上所述僅為本創作之較佳實施例，凡依本創作申請專利範圍 所做之均等變化與修飾，皆應屬本創作之涵蓋範圍。 M408738 【圖式簡單說明】 第1圖為根據本創作1施例之資料處理系統的示意圖。 第2圖為第1圖中的可分離式滑鼠處於分離狀態的示意圖。 第3圖為第1圖中的可分離式狀於另-視角的示意圖。 第4圖為第1圖中的資料處理系統的功能方塊圖。 第圖為第1圖中的第_滑鼠本體與第二滑鼠本體分離且處於 另一操作狀態的示意圖。 第6圖為第/月鼠本體與第二滑鼠本體相對遠離的移動的示意 圖。 第7圖為晝面被放大的示意圖。 笛圖為第/月鼠本體與第二滑氣本體相對轉動的示意圖。 第9圖為晝面被逆時針旋轉的示意圖。 【主要元件符號說明】 1 資料處理系統 3 可分離式滑鼠 J 資料處理裴置 7 晝面 30 第一滑鼠本體 34 凹槽 51 第二滑鼠本體 36 游標控制單元 38 Λ r\ 第一感測單元 40 第二感測單元 42 第一通訊單元 44 第二通訊單元 3〇〇 第一輸入模組 302 第一連接結構 304 第一凹陷部 306 第一觸控板 11 M408738 308 第一按鍵 320 第二輸入模組 322 第二連接結構 324 第二凹陷部 326 第二觸控板 328 第二按鍵 A1 ' A2 箭頭 12f press the second button 328 and the first touch panel pass and the second red board you can use the _ 亍 输入 输入 input function. Referring to Fig. 3, Fig. 3 is a view of the separable mouse 3 in Fig. 1 in another angle of view. As shown in Figure 3, the detachable slippery 3 of this creation also contains a cursor ^ early 36. Yucai _ towel 'difficult to control fresh element 36 is set in the first - slippery body 3 ,, but not limited to this. In another embodiment, the cursor control unit % can also be placed in the second mouse body 32. In other words, the cursor control unit can be selectively disposed in the middle of the first mouse body 30 or the second material body 32, depending on the application. In actual time, the cursor control unit % can be mechanical or optical: optomechanical turning dragon (four) unit, this (four) know the skill of the art, know, no longer repeat here. Please refer to Figure 4, Figure 4 is the first! A functional block diagram of the data processing system i in the figure. As shown in FIG. 4, the first body 3Q of the separable material 3 further includes a first sensing unit 38 and a first communication unit 42, and the second sliding body 32 of the detachable mouse 3 further includes The second sensing unit 4〇 and the second communication unit 44. The first sensing unit 38 and the first communication unit 42 are both disposed in the first mouse body 30, and the first through 7 M408738 Λ unit 42 f is connected to the first wheeled module and is connected to the first sensing single magic 8. The second sensing unit 40 and the first communication unit 44 are disposed in the second sliding body 100%, and the second communication unit 4433 is connected to the second wheeling module 32A and the second sensing unit 4A. The first sensing unit % and the second sensing unit 4 〇 may be gravity sensation ', respectively, but not limited thereto. The first mouse body 3 can communicate with the bedding processing skirt 5 by the first communication unit, and the second mouse body can communicate with the data processing device 5 by 44. Also, Zao Zao 兀 2nd Γ and the second mouse body 32 are connected by the first connection structure 302. When the structure 322 is connected, the first mouse body 3 is connected to the 42 300 311. The second communication unit 44 transmits the second input mode, and the eighth module is used. The first wheel-in module is Second, the mouse input function is executed by the tanning system.凊—See also Figure 4 and Figure 5. The first body 3G is separated from the second material body 32 and is in the first mouse shown in Fig. 1. Fig. 5 is a schematic view showing the state in which the cutting mouse 3 can be separated. If the glide body 32 is separated and turned over. At this time, the body 3 〇 is used to move relative to the second second air sliding body 32, so that the first: -: is the first action information of the first mouse body 3 〇 and the mouse body 3G, and the second sensing is early ^ 38 senses the second motion of the first sliding body 32. The second mouse unit __ senses the second communication action information to the data processing M408738 device 5, and the second mouse The body 32 can be buried by the stem one. The first-moving bamboo second-sensing sensed by the unit 40, the second-sensing corpse brush (four)--the action information to the data processing and the cleavage setting 5 can be based on the received first and first action errors. Therefore, the scheduled function of the data office.匕, the first - action information execution corresponding to the example of 'this creation can be set when the user is operating the mouse and her 2 m away from the movement, the control of the maternity area ^ this difficult and the second function (ie the upper naval ship); When the financial material is controlled to move relatively close to the first mouse body 32, the control data processing skirt: two-body: small screen function (ie, the predetermined function described above). Referring to Fig. 6, and the shifting of the 7th body 30 and the second mouse body 32, the phantom is enlarged. As shown in Fig. 6, the == mousebook (4) and the second mouse body 32 are shown to the left side of the screen of the arrow Αι "^^ is enlarged to be displayed on the right side of the seventh figure 2 instead, If the user wants to reduce the face 7 shown on the right side of Fig. 7 to the face 7 on the left side of Fig. 7, it is only necessary to operate the first slippery body % and a beta rat body 32 toward the arrow A1, respectively. It is also possible to move in the opposite direction of A2. In addition, this creation can also be set to perform a rotating screen function (i.e., the predetermined function described above) when the user operates the first mouse body 3 to rotate relative to the second mouse body 32. Referring to FIG. 8 and FIG. 9 , FIG. 8 is a schematic view showing relative rotation of the first mouse body 30 and the second mouse body 32, and FIG. 9 is a schematic view showing the face 7 being rotated counterclockwise. As shown, when the user respectively operates the first mouse body 30 and the second mouse body 9 to rotate counterclockwise, the screen 7 shown on the left side of FIG. 9 is counterclockwise rotated as the edge. 9 赖_私 7. Conversely, if the user wants to rotate the face 7 shown on the right side of the figure 9 clockwise to the left side of the figure 9 Face 7, the basin only needs to operate the material body 3〇 and the second Laid body% to turn in the direction of the needle, and the 7C of the child's month in addition to the above-mentioned enlargement/reduction of the face function or the rotating face function, " The creation can also be combined with the design of the application software to achieve other predetermined functions (such as hotkey function, shake cup function A, game control Wei, etc.) by operating the first mouse body buckle "the first mouse body 32 relative movement". Depending on the application. Compared with the prior art, the second mouse body of the detachable m mouse body disk of the present invention can be separated or connected to each other by the (four)-connection structure and the second connection structure. When the first mouse body is connected to the second mouse body, the detachable mouse of the present invention can perform the conventional mouse input function. When the first mouse body is separated from the second mouse body, the first sensing unit and the second sensing unit are respectively disposed on the first to the body and the second mouse body, and the __th mouse The second action information of the second mouse body is transmitted to the external data processing device. Thereby, the data processing device can use the action information transmitted by the sensing unit to perform the corresponding apology function, thereby increasing the usability of the detachable mouse of the present creation. The above descriptions are only preferred embodiments of the present invention, and all changes and modifications made in accordance with the scope of patent application of this creation should be covered by this creation. M408738 [Simple Description of the Drawing] Fig. 1 is a schematic diagram of a data processing system according to the embodiment of the present creation 1. Fig. 2 is a schematic view showing the detachable mouse in the first state in a separated state. Fig. 3 is a schematic view showing the separable shape in Fig. 1 from another perspective. Figure 4 is a functional block diagram of the data processing system of Figure 1. The figure is a schematic view of the first mouse body in Fig. 1 separated from the second mouse body and in another operational state. Fig. 6 is a schematic view showing the movement of the front/mouse body and the second mouse body relatively far away. Figure 7 is a schematic illustration of the enlarged facet. The flute is a schematic diagram of the relative rotation of the first/mouse body and the second glide body. Figure 9 is a schematic view of the facet being rotated counterclockwise. [Main component symbol description] 1 Data processing system 3 Separable mouse J Data processing device 7 Kneading surface 30 First mouse body 34 Groove 51 Second mouse body 36 Cursor control unit 38 Λ r\ First sense Measuring unit 40 second sensing unit 42 first communication unit 44 second communication unit 3 first input module 302 first connection structure 304 first recess 306 first touch panel 11 M408738 308 first button 320 Two input module 322 second connection structure 324 second recessed portion 326 second touch panel 328 second button A1 'A2 arrow 12