201135574 六、發明說明： 【發明所屬之技術領域】 [0001]本發明是有關於一種電子裝置及其多視窗的操控方法， 特別是有關於一種適用於單一電子裝置上的多視窗的操 控方法。 【先前技術】 _]目前，目前支援多點觸控（Multiple Tc)uch)的心_ dows 7作業系統可以讓使用者同時以複數個觸碰來控制 視窗，而當視窗接收到多個觸碰點的訊號時，便可以對 該訊號作iU目對的反應。誠，但是只有取得視窗焦點 (Window f0cus)的視窗可以接收該些觸碰訊號並作出 相對應的動作。例如，當使用者用兩指對著網頁瀏覽器 在觸控面板上作出兩指接近或遠離的動作時，網頁瀏覽 器顯示出的網頁内容（如文字或圖片）的大小便會跟著 縮放；但若是有另一位使用者的手指（或同一個使用者 的另隻手私）持續點擊另一個視窗，則原本的使用者 所作的兩指縮放的動作，將無法對網頁潘j覽器作出相對 應的控制。 [〇_另外，料鍵盤及滑鼠等各式輸人裝置也有類似情形， 例如即使電腦接上多個鍵盤，但是當多個使用者同時點 擊鍵盤時’所有的按鍵訊號也只會傳送給目前取得視窗 焦點的視窗。由上述可知Windows 7只適合讓多名使用 者對單-視窗作多點觸控或鍵盤操作，並不適合多名使 用者對多個視窗同時作多關控及按鍵輸人。然而，現 今桌上型電滕螢幕的尺寸相當大，因此對使用者而言， 099110963 表單編號A0101 第4頁/共29頁 0992019249-0 201135574 便會希望可以在同一台電腦上，以多人多工的方式對該 台電腦工作。例如某人在該電腦上進行文件編輯的同時 ，另一人可以在該電腦上瀏覽網頁等；或者是當一台筆 記型電腦連接多個觸控螢幕時，不同的使用者可以對不 同的觸控螢幕進行操作，以同時控制該些外接螢幕。 Ο [0004] 〇 [0005] 目前的網路伺服器系統，雖然可支援多人多視窗同時操 作，但是這樣的系統是除了伺服器必須有作業系統持續 運作外，各個要連結上該伺服器存取資料的使用者都必 須額外準備一台電腦且安裝好作業系統，而資料的存取 則是由伺服（server)端作業系統與客戶（client)端 作業系統之間做溝通傳輸，這與多人利用多個輸入裝置 同時共用同一台電腦及其作業系統的目標不同。 【發明内容】 有鑑於上述習知技藝之問題，本發明之目的就是在提供 一種電子裝置及其多視窗的操控方法，以解決習知技術 無法多人利用多個輸入裝置同時共用同一台電腦及其作 業系統的問題。 根據本發明目的，提出一種電子裝置，包含一輸入介面 、至少一顯示單元、一第一輸入裝置、一第二輸入裝置 及一處理模組。顯示單元係用以顯示畫面，輸入介面則 係接收第一輸入裝置所產生之一第一輸入訊號，或接收 第二輸入裝置所產生之一第二輸入訊號。至於處理模組 則根據第一輸入訊號或第二輸入訊號，而對應產生一第 一操控訊號或一第二操控訊號，並根據第一操控訊號操 控顯示單元中取得視窗焦點之一第一視窗，或根據第二 099110963 表單編號A0101 第5頁/共29頁 0992019249-0 201135574 操控訊號操控顯示單元中取得視窗焦點之一第二視窗。 其中，第一視窗位於顯示單元之一第一操控區域，而第 二視窗則位於顯示單元之一第二操控區域。 [0006] 其中，處理模組包含一分配單元、一第一區域處理單元 與一第二區域處理單元，分配單元係將第一輸入訊號傳 送至第一區域處理單元，或將第二輸入訊號傳送至第二 區域處理單元，且第一區域處理單元係根據第一輸入訊 號產生第一操控訊號，第二區域處理單元係根據第二輸 入訊號產生第二操控訊號。 [0007] 其中，顯示單元包含一第一顯示螢幕及一第二顯示螢幕 ，且第一視窗位於第一顯示螢幕上，而第二視窗則位於 第二顯示螢幕上。 [0008] 其中，處理模組更判斷第一操控區域中是否已有一第三 視窗取得視窗焦點，當第一操控區域中已有第三視窗取 得視窗焦點時，處理模組即使第三視窗失去視窗焦點， 並使第一視窗於第一操控區域中取得視窗焦點，處理模 組更判斷第一操控訊號是否將第一視窗從第一操控區域 移動至第二操控區域，當第一操控訊號並未將第一視窗 從第一操控區域移動至第二操控區域時，處理模組即於 第一操控區域操控第一視窗。 [0009] 其中，當第一操控訊號係將第一視窗從第一操控區域移 動至第二操控區域時，處理模組更判斷第二操控區域中 是否已有一第四視窗取得視窗焦點，當第二操控區域中 已有第四視窗取得視窗焦點時，處理模組即使第四視窗 099110963 表單編號A0101 第6頁/共29頁 0992019249-0 201135574 [0010] ο [0011] ❹ [0012] [0013] 失去視窗焦點，並使第一視窗於第二操控區域令取得視 窗焦點，且於第二操控區域操控第一視窗。 本發明更提出一種多視窗的操控方法，係適用於一電子 裝置，電子裝置包含至少一顯示單元、一輸入介面及一 處理模組，多視窗的操控方法包含先以輸入介面接收一 第一輸入裝置所產生之一第一輸入訊號，或接收一第二 輸入裝置所產生之一第二輸入訊號，並傳送第一輸入訊 號或第二輸入訊號至處理模組，接著以處理模組根據第 一輸入訊號或第二輸入訊號，以對應產生一第一操控訊 號或一第二操控訊號，最後以處理模組根據第一操控訊 號操控顯示單元中取得視窗焦點之一第一視窗，或根據 第二操控訊號操控顯示單元中取得視窗焦點之一第二視 窗；其中，第一視窗位於顯示單元之一第一操控區域， 而第二視窗則位於顯示單元之一第二操控區域。 其中，處理模組包含一分配單元、一第一區域處理單元 與一第二區域處理單元，分配單元係將第一輸入訊號傳 送至第一區域處理單元，或將第二輸入訊號傳送至第二 區域處理單元，且第一區域處理單元係根據第一輸入訊 號產生第一操控訊號，第二區域處理單元係根據第二輸 入訊號產生第二操控訊號。 其中，顯示單元包含一第一顯示螢幕及一第二顯示螢幕 時，且第一視窗位於第一顯示螢幕上，而第二視窗則位 於第二顯示螢幕上。 其中，本操控方法更包含以處理模組進行下列步驟：首 099110963 表單編號Α0101 第7頁/共29頁 0992019249-0 201135574 先判斷第一操控區域中是否已有—第三才見窗取得視窗焦 砧田第—操控區域中已有第三視窗取得視窗焦點時， 則使第二视窗失去視窗焦點，接著使第一視窗於第—操 控區域中取得視窗焦點，之後判斷第一操控訊號是否將 第視窗從第一操控區域移動至第二操控區域，而當第 。操控訊號並未將第_視窗從第—操控區域移動至第二 操控區域時，即於第_操控區域操控第—視窗。 [0014] 畜第 練訊號係將第-視窗從第-操控區域移 =二操控區域時’則本操控方法更包含以處理· =列步驟：首辕斷第二操控區域中是否已有-第 得視窗焦點，當第二操控區域中已有第四視窗 件視匈焦點時，則使第四視窗失去視窗焦點， 第視窗於第二操控區域中取得視窗焦點，最後於第二 才呆控區域操控第一視窗。 、一 [0015] 承上所述，依本發明 ’其可下述優點： 之電子裝【及其多視窗的操控方法 方法可藉由多個輪入 ’藉此可提高電腦的 此電子裝置及其多視窗的操控 设備控制同一台電腦進行多工作業 使用彈性及便利性。 單 1:二子:^其多視窗的操控方法可藉由晝分顯示 =不_控龍域’藉此在進行多點觸 點觸控的變化性。 风门^ 【實施方式】 明之電子裝置之 ’本發明之電子 0992019249-0 請參閱第1从_，其係為分別為 第—及第二實施例之方塊圖。如， 099110963 表單編號A〇101 第8頁/共29頁 [0016] 201135574 G 裝置1包含一輸入介面10、至少一顯示單元11、一第一輸 入裝置12、一第二輸入裝置13及一處理模組14。顯示單 元11係用以顯示畫面，輸入介面10則係接收第一輸入裝 置12所產生之一第一輸入訊號120，或接收第二輸入裝置 13所產生之一第二輸入訊號130。至於處理模組14則根據 第一輸入訊號120或第二輸入訊號130，而對應產生一第 一操控訊號121或一第二操控訊號131，並根據第一操控 訊號121操控顯示單元11中取得視窗焦點之一第一視窗2〇 ’或根據第一操控訊號131操控顯示單元11中取得視窗焦 點之一第二視窗30。其中，第一視窗20位於顯示單元11 之一第一操控區域2，而第二視窗30則位於顯示單元11之 Ο 一第二操控區域3。其中第一實施例及第二實施例的差異 僅在於，在第一實施例中，顯示單元11僅為單個顯示裝 置，第一操控區域2及第二操控區域3係在同一個顯示裝 置上顯示’而第二實施例則之顯示單元則包含了一第一 顯示螢幕110及一第二顯示螢幕1U，且第一操控區域2及 第二操控區域3分別在第一顯示螢幕11〇及第二顯示螢幕 111上顯示^ [0017] 其中，處理模組14包含一分配單元140、一第一區域處理 單元141與一第二區域處理單元142 ’分配單元140係將 弟輸入訊號120傳送至第一區域處理單元141 ’或將第 二輸入訊號130傳送至第二區域處理單元142，且第一區 域處理單元141係根據第一輸入訊號120產生第一操控訊 號121 ’第二區域處理單元142係根據第二輸入訊號13〇 產生第二操控訊號131。 099110963 表單編號第9頁/共29頁 09920脳9-〇 201135574 [0018] [0019] 各操控區域的内容即為一般個人電腦所見的桌面以及視 窗，各區域處理單元會將所收到的觸控、滑鼠及按鍵的 產生控制汛號傳送給各操控區域以及其中的視窗，並且 負貝對該操控區域的視窗進行操作。例如根據滑鼠的點 擊以決定哪一個視窗擁有視窗焦點（Wind〇w沁⑶幻， 以及將按鍵訊號傳送給擁有Wind〇w f〇cus的視窗。故各 操控區域係同時擁有各自的Window f0CUS的視窗。 請參閲第2〜5圖，其係為本發明之電子裝置及其多視窗的 操控方法之實施例示意圖。如圖所示，在此些較佳的實 施例中，電子裝置！可為桌上型電腦，處理模組14可為中 央處理單元（Central Processing Unit，CPU)，顯 不早疋11可為單一螢幕，而第一操控區域2及第二操控區 域3 (分別各包含第一視窗2。和第二視窗3〇)在同一個螢 幕上的不同區塊，且第一操控區域2和第二操控區域3各 別可為單獨的一個工作桌面（如第2圖所示，滑鼠的座標 會被各區域處理單元限制在其對應的操控區域内，亦即 對：：工作桌面）或共用同一個工作桌面（如第3圖所示 ’滑鼠的座標可以在任意的操控區域内），其螢幕的左 半邊區域顯示第一操控區域2，螢幕的右半邊區域則顯示 第二操控區域3’區域的大小可由圖中的黑線控制。而在 另一些較佳實施射，顯示單元u射為包含第一顯示 ^幕110及第二顯示螢幕⑴（在本實财可為觸控式螢 幕）’例如具有雙觸控螢幕之筆記型電腦，觸控勞幕實 體上是兩個顯示器加上兩個觸控面板，但是本發明合將 這兩組觸控營幕設成延伸模式（ExtendMode)，=此 099110963201135574 VI. Description of the Invention: [Technical Field] The present invention relates to an electronic device and a multi-window manipulation method thereof, and more particularly to a multi-window operation method suitable for a single electronic device. [Prior Art] _] At present, the heart-dows 7 operating system supporting multi-touch (Multiple Tc) uch allows the user to control the window with multiple touches at the same time, and when the window receives multiple touches When the signal is clicked, the signal can be reacted to the iU pair. Honest, but only the window that gets the window focus (Window f0cus) can receive the touch signals and make corresponding actions. For example, when the user uses two fingers to make two fingers approach or move away from the touch panel on the touch panel, the size of the webpage content (such as text or image) displayed by the web browser is scaled; If another user's finger (or the other user's other hand) continues to click on another window, the original user's two-finger zoom action will not be able to make a comparison to the web page viewer. Corresponding control. [〇_ In addition, there are similar situations for various input devices such as keyboard and mouse. For example, even if the computer is connected to multiple keyboards, when multiple users click the keyboard at the same time, all the button signals will only be transmitted to the current one. The window that gets the focus of the window. It can be seen from the above that Windows 7 is only suitable for multiple users to perform multi-touch or keyboard operation on single-windows. It is not suitable for multiple users to simultaneously control multiple buttons and input buttons. However, today's desktop electric screens are quite large in size, so for users, 099110963 Form No. A0101 Page 4 / 29 Page 0992019249-0 201135574 would like to be on the same computer, with more people. The way of working is working on this computer. For example, when someone edits a file on the computer, another person can browse the web page on the computer; or when a notebook computer is connected to multiple touch screens, different users can touch different touches. The screen operates to control the external screens at the same time. Ο [0004] 〇 [0005] The current network server system can support multiple people and multiple windows at the same time. However, in addition to the continuous operation of the operating system, the server must be connected to the server. Users who take the data must prepare an additional computer and install the operating system, and access to the data is communicated between the server (server) operating system and the client (client) operating system. The goal of using multiple input devices to simultaneously share the same computer and its operating system is different. SUMMARY OF THE INVENTION In view of the above-mentioned problems of the prior art, the object of the present invention is to provide an electronic device and a multi-window control method thereof, so as to solve the problem that the prior art cannot use multiple input devices to share the same computer at the same time. The problem with its operating system. According to the purpose of the present invention, an electronic device includes an input interface, at least one display unit, a first input device, a second input device, and a processing module. The display unit is configured to display a picture, and the input interface receives a first input signal generated by the first input device or a second input signal generated by the second input device. The processing module generates a first control signal or a second control signal according to the first input signal or the second input signal, and controls the first window of the window focus in the display unit according to the first control signal. Or according to the second 099110963 form number A0101 page 5 / 29 pages 0992019249-0 201135574 control signal control display unit to obtain a second window of window focus. The first window is located in a first manipulation area of one of the display units, and the second window is located in a second manipulation area of one of the display units. [0006] The processing module includes a distribution unit, a first area processing unit and a second area processing unit, and the distribution unit transmits the first input signal to the first area processing unit, or transmits the second input signal. And the first area processing unit generates a first control signal according to the first input signal, and the second area processing unit generates the second control signal according to the second input signal. [0007] The display unit includes a first display screen and a second display screen, and the first window is located on the first display screen, and the second window is located on the second display screen. [0008] wherein the processing module further determines whether a third window has a window focus in the first control region, and when the third window has the window focus in the first manipulation region, the processing module loses the window even if the third window Focusing, and causing the first window to obtain the window focus in the first control area, the processing module further determining whether the first control signal moves the first window from the first control area to the second control area, when the first control signal is not When the first window is moved from the first manipulation area to the second manipulation area, the processing module controls the first window in the first manipulation area. [0009] wherein, when the first control signal moves the first window from the first control area to the second control area, the processing module further determines whether a fourth window has a window focus in the second control area, when the first When the fourth window has the window focus in the second control area, the processing module is even the fourth window 099110963 Form No. A0101 Page 6 / 29 pages 0992019249-0 201135574 [0011] [ [0011] [0013] The window focus is lost, and the first window is used to obtain the window focus in the second manipulation area, and the first window is manipulated in the second manipulation area. The present invention further provides a multi-window control method, which is applicable to an electronic device. The electronic device includes at least one display unit, an input interface, and a processing module. The multi-window control method includes receiving a first input by using an input interface. The device generates a first input signal, or receives a second input signal generated by a second input device, and transmits the first input signal or the second input signal to the processing module, and then the processing module according to the first Inputting a signal or a second input signal to generate a first control signal or a second control signal, and finally processing the first window of the window focus by the processing module according to the first control signal, or according to the second The control signal controls the display unit to obtain a second window of the window focus; wherein the first window is located in one of the first manipulation regions of the display unit, and the second window is located in one of the second manipulation regions of the display unit. The processing module includes a distribution unit, a first area processing unit and a second area processing unit, and the distribution unit transmits the first input signal to the first area processing unit or transmits the second input signal to the second The area processing unit, and the first area processing unit generates the first control signal according to the first input signal, and the second area processing unit generates the second control signal according to the second input signal. Wherein, the display unit comprises a first display screen and a second display screen, and the first window is located on the first display screen, and the second window is located on the second display screen. The control method further includes the following steps in the processing module: first 099110963 form number Α 0101 page 7 / total 29 page 0992019249-0 201135574 first determine whether the first control area is already present - the third window to get the window focus When the third window has the window focus in the control field, the second window loses the window focus, and then the first window obtains the window focus in the first control region, and then determines whether the first control signal will be the first The window moves from the first manipulation area to the second manipulation area, and is the first. When the control signal does not move the _th window from the first control region to the second control region, the first window is manipulated in the _ control region. [0014] When the animal first training signal moves the first window from the first-control region to the second control region, then the control method further includes processing. = column step: whether the first control region has been in the second control region - the first The window focus is that when the fourth window component has the Hungarian focus in the second manipulation region, the fourth window loses the window focus, the window captures the window focus in the second manipulation region, and finally the second control zone Control the first window. [0015] According to the present invention, the following advantages can be obtained: the electronic device [and its multi-window control method can be rotated by multiple wheels" to improve the electronic device of the computer and Its multi-window control device controls the same computer for flexibility and convenience in multiple jobs. Single 1: Two sub-men: ^ The multi-window manipulation method can be used to perform multi-touch touch variability by displaying the score = not _ control the dragon field. Air door ^ [Embodiment] Electronic device of the present invention 0992019249-0 of the present invention Please refer to the first and second, which are block diagrams of the first and second embodiments, respectively. For example, 099110963 Form No. A〇101 Page 8 of 29 [0016] 201135574 G Device 1 includes an input interface 10, at least one display unit 11, a first input device 12, a second input device 13, and a process Module 14. The display unit 11 is for displaying a picture, and the input interface 10 receives one of the first input signals 120 generated by the first input device 12 or receives a second input signal 130 generated by the second input device 13. The processing module 14 generates a first control signal 121 or a second control signal 131 according to the first input signal 120 or the second input signal 130, and controls the acquisition window in the display unit 11 according to the first control signal 121. One of the focus first window 2 〇 ' or according to the first control signal 131 controls the display unit 11 to obtain a second window 30 of the window focus. The first window 20 is located in the first manipulation area 2 of the display unit 11, and the second window 30 is located in the second manipulation area 3 of the display unit 11. The first embodiment and the second embodiment differ only in that, in the first embodiment, the display unit 11 is only a single display device, and the first control region 2 and the second control region 3 are displayed on the same display device. The display unit of the second embodiment includes a first display screen 110 and a second display screen 1U, and the first control area 2 and the second control area 3 are respectively on the first display screen 11 and the second Displaying on the display screen 111 [0017] The processing module 14 includes a distribution unit 140, a first area processing unit 141 and a second area processing unit 142. The distribution unit 140 transmits the brother input signal 120 to the first The area processing unit 141' transmits the second input signal 130 to the second area processing unit 142, and the first area processing unit 141 generates the first control signal 121 according to the first input signal 120. The second area processing unit 142 is based on The second input signal 13 generates a second control signal 131. 099110963 Form No. Page 9 of 29 09920脳9-〇201135574 [0019] [0019] The contents of each control area are the desktop and window seen by a typical personal computer, and the processing units of each area will receive the touch. The control nickname of the mouse and the button is transmitted to each control area and the window therein, and the negative shell operates the window of the manipulation area. For example, according to the click of the mouse to determine which window has the window focus (Wind〇w沁(3) magic, and the key signal is transmitted to the window with Wind〇wf〇cus. Therefore, each control area has its own window of Window f0CUS. Please refer to FIG. 2 to FIG. 5 for a schematic diagram of an embodiment of an electronic device and a multi-window control method thereof. As shown in the preferred embodiment, the electronic device can be The desktop computer, the processing module 14 can be a central processing unit (CPU), which can be a single screen, and the first control area 2 and the second control area 3 (each of which includes the first Window 2 and the second window 3) are in different blocks on the same screen, and the first control area 2 and the second manipulation area 3 can each be a separate working desktop (as shown in Fig. 2, sliding The coordinates of the mouse will be limited by the processing units of each area in their corresponding control areas, ie:: work desktop) or share the same working desktop (as shown in Figure 3, the coordinates of the mouse can be in any control area. Inside), The left half of the screen shows the first control area 2, and the right half of the screen shows that the size of the second control area 3' is controlled by the black line in the figure. In other preferred implementations, the display unit u shoots In order to include the first display screen 110 and the second display screen (1) (in this real money can be a touch screen), for example, a notebook computer with a dual touch screen, the touch screen entity is two displays plus Two touch panels, but the invention combines the two sets of touch camps into an extended mode (ExtendMode), = this 099110963
表單編號AOJOJ 第】〇頁/共29頁 0992019249-0 201135574 架構上可以視為一個顯示器和一個觸控面板。第_視窗 20位於第一顯示螢幕110上，而第二視窗3〇則位於第二顯 示螢幕111上。同樣的，第一操控區域2和第二操控區域3 各別可為單獨的一個工作桌面（如第4圖所示）或共用同 一個工作桌面（如第5圖所示）。值得一提的是，在共用 同一個工作桌面時，為了讓使用者知道哪個滑鼠指標對 應到哪個滑鼠，滑鼠指標上會帶有文字或圖形4、5 ;而 分配單元140則將第一操控訊號121及第二操控訊號131 整合後傳送給顯示卡，顯示卡再以此控制顯示單元^上 ^ 顯示相對應的操控。 [0020]其中，處理模組14更判斷第一操控區域2中是否已有一第 三視窗（未繪示）取得視窗焦點，當第一操控區2域_已 有第二視由取得視窗焦點時，處理模組14即使第三視窗 失去視窗焦點，並使第一視窗2〇於第-操控區域2中取得 視窗焦點，處理模組14更彩斷第一操控訊號12ι是否將第 一視窗20從第一操控區域2移動至第二操控區域3，當第 Q 一操控訊號丨21並未將第一視f 20從第一操控區域2移動 至第二操控區域3時，處理模組14即於第一操控區域2操 控第一視窗20。另外’當第一操控訊號121係將第一視窗 20從第一操控區域2移動至第二操控區域3時，處理模組 14更判斷第二操控區域3中是否已有一第四視窗（未繪示 )取得視窗焦點，當第二操控區域3中已有第四視窗取得 視窗焦點時，處理模組14即使第四視窗失去視窗焦點， 並使第一視窗20於第二操控區域3中取得視窗焦點，且於 第二操控區域3操控第一視窗20。 099110963 表單編號A0101 第11頁/共29頁 0992019249-0 201135574 [0021] [0022] 在一些較佳的實施例中，第一輸入裝置11及第二輸入裝 置12可為鍵盤、滑鼠或觸控螢幕。在使用觸控螢幕的實 施例中’由於觸控螢幕有自己的座標系統，各個桌面也 有其自己的座標系統’因此當觸控螢幕發出觸碰訊號時 分配單元140會根據觸碰點的座標及各桌面區域在螢幕的 位置決定要將該觸碰訊號傳送給哪一個操控區域。且在 傳送之前會將該訊號的座標轉換成該桌面的座標，如第6 圖所不，其包含下列步驟：（S10)以分配單元判斷觸碰 訊號屬於哪一個控制區域；（S2〇)以分配單元判斷觸控 螢幕的座標系統是否與所屬觸控區域相同；（S3〇)當觸 控螢幕的座標系統與所屬觸控區域相同時，則傳送觸碰 訊號至處理模組產生對應的控制訊號；（S21)當觸控螢 幕的座^系統與所屬觸控區域不同時，則轉換觸碰訊號 之所表示之觸碰點坐標符合觸控螢幕的座標系統；以及 (S22)傳送經轉換過座標系統之觸碰訊號至處理模組產 生對應的控制訊號。 在一個較佳的實施例中，如第2圖所示，觸控螢幕的大小 為1 200X800，觸控螢幕的原點（〇, 〇)與左邊第一操控 區域2的原點〇1重疊’而右邊第二操控區域3的原點&為 觸控螢幕的（6GG，G)，若是觸碰點座落在左邊的第一操 控區域2 ’則觸碰點的資訊會被傳送給擁有左邊第一操控 區域2的第-區域處理單元14卜若是觸碰點座落在右邊 的第二操控區域3，則觸碰點的χ轴座標會先被減去_再 傳送給擁有右邊第二操控區域3的第二區域處理單元142 。而在另一個較佳的實施例中’如第4圖所示，觸控螢幕 099110963 表單編號Α0101 第12頁/共29頁 0992019249-0 201135574 Ο 的大小為1280X1600，觸控螢幕的原點（〇，〇)與下方第 一操控區域2的原點重疊’而上方第二操控區域3的原 點〇2為觸控螢幕的（〇,800 ) ’若是觸碰點座落在下方的 第一操控區域2，則觸碰點的資訊會被傳送給擁有下方桌 面的第一區域處理單元141 ’若是觸碰點座落在上方的第 二操控區域3 ’則觸碰點的y軸座標會先被減去8〇〇再傳送 給擁有上方第二操控區域3的第二區域處理單元丨42。另 外’當某一區域處理單元同時收到複數個觸碰點時，該 區域處理單元可以將這些觸碰點组成觸碰手勢（Touch Gesture) ’如兩指的縮放，再將這訊號傳送給相對應的 控制區域（如各工作桌面），而該桌面的取得視窗焦點 (Window focus)的視窗因此可以做出相應的動作，如 放大或縮小視窗。 [0023] Ο 另外，由於滑鼠的訊號基本上是相對座標，不是絕對座 標，所以分配單元140會根據使用者的設定及滑鼠訊號的 來源直接將滑鼠的訊號傳送給相對的相♦▲的區域處理 單元，而不需進行座標轉換。々箄7圖所示’當使用者移 動滑鼠A (Mouse A)時則滑鼠訊息會傳送給第一使用者 (user 1)的區域處理單元；當使用者移動滑鼠B ( Mouse B)時則滑鼠訊息會傳送給第二使用者（user 2 )的區域處理單元。至於以鍵盤做為輸入裝置時’分配 單元140則會根據使用者的設定及鍵盤按鍵訊號的來源， 將按鍵的訊號傳送給相對的區域處理單兀。如第7圖所不 ，當使用者點擊鍵盤D (Keyboard D)時則按鍵訊息會 傳送給第-使用者（user 〇的區域處理單元；當使用 099110963 表箪編號A0101 第13頁/共29頁 0992019249-0 201135574 者點擊鍵盤C (Keyboard C)時則按鍵訊息會傳送給第 二使用者（user 2)的區域處理單元。 [0024] 上面的敘述已經詳細揭露了本發明的實施概念，惟為了 更加清楚的解釋本發明，下面將進一步以流程圖的方式 來敘述本發明。 [0025] 請參考第8圖，其係為本發明之多視窗的操控方法的流程 圖。如圖所示，本發明更提出一種多視窗的操控方法， 係適用於一電子裝置，電子裝置包含至少一顯示單元、 一輸入介面及一處理模組，多視窗的操控方法包含下列 〇 步驟：（S40)以輸入介面接收一第一輸入裝置所產生之 一第一輸入訊號，或接收一第二輸入裝置所產生之一第 二輸入訊號，並傳送第一輸入訊號或第二輸入訊號至處 理模組；（S50)以處理模組根據第一輸入訊號或第二輸 入訊號，以對應產生一第一操控訊號或一第二操控訊號 ;以及（S60)以處理模組根據第一操控訊號操控顯示單 元中取得視窗焦點之一第一視窗，或根據第二操控訊號 操控顯示單元中取得視窗焦點之一第二視窗。其中，第 一視窗位於顯示單元之一第一操控區域，而第二視窗則 位於顯示單元之一第二操控區域。 [0026] 請參考第9圖，其係為本發明之多視窗的操控方法的另一 流程圖，本發明之操控方法於步驟（S60)之前更包含以 處理模組進行下列步驟：（S51)判斷第一操控區域中是 否已有一第三視窗取得視窗焦點（S52)當第一操控區域 中已有第三視窗取得視窗焦點時，則使第三視窗失去視 窗焦點；（S53)使第一視窗於第一操控區域中取得視窗 099110963 表單編號A0101 第14頁/共29頁 0992019249-0 201135574 [0027] [0028] ❹ [0029] ❹ [0030] 焦點；（S54)判斷第一操控訊號是否將第一視窗從第— 操控區域移動至第二操控區域；（S55)當第—操控訊號 並未將第視窗從第一操控區域移動至第二操控區域時 ，即於第一操控區域操控第一視窗。 其中’若於步驟（S51)中判斷未有第三視窗取得視窗 焦點時則進行步驟（S53)。 若於步驟（S54)中判斷第一操控訊號係將第一視窗從第 一操控區域移動至第二操控區域時，則本發明之操控方 法更包含以處理模組進行下列步驟：（S56 )判斷第二操 控區域中是否已有一第四視窗取得視窗焦點；（S57)而 當第二操控區域中已有第四視窗取得視窗焦點時，則使 第四視窗失去視窗焦點；（S58)使第一，視窗於第二操控 區域中取得視窗焦點；以及（S59)於第二操控區域操控 第一視窗。 其中，若於步驟（S56)中興斷並来有第四視窗取得視窗 焦點時則進行步驟（S59)。 藉由上述的步驟，本發明即可使得使用者點擊複數個鍵 盤時’複數個鍵盤的按鍵訊號能分別送至所對應的擁有 視窗焦點的視窗，同樣的當使用者作出複數個觸控手勢 (Touch Gesture)時也能將訊號傳送到對應的擁有視 窗焦點的視窗，而對於每個滑鼠指標而言，則可以在控 制區域内的任意位置移動。為了達到以上功能，本發明 係將桌面切割成數個控制區域，切割的方式可由如第3或 第5圖所示的黑線將畫面分隔出兩個控制區域，各晝面的 099110963 表單煸號A0101 第15頁/共29頁 0992019249-0 201135574 大小可藉由拖曳此黑線來改變。切割出的控制區域如第3 圖的黑線左半邊及黑線右半邊，或如第5圖的黑線下半邊 及黑線上半邊，而每個控制區域只能同時只有一個擁有 視窗焦點的視窗，所以以第3或第5圖為例最多會有兩個 擁有視窗焦點的視窗。由於每個控制區域只能有一個擁 有視窗焦點的視窗，因此使用者可以透過控制區域設定 模組提供的圖形化界面（如第10圖所示），當區域處理 單元收到鍵盤B (Keyboard B)的按鍵訊息時，則會將 該訊息送給第一控制區域（Reg i on 1 )擁有視窗焦點的 視窗，而當區域處理單元收到鍵盤A (Keyboard A)的 按鍵訊息時，則會將該訊息送給第二控制區域（Reg i on 2)擁有視窗焦點的視窗。如此便可使控制模組可以根據 每個控制區域設定相對的鍵盤，當各區域處理單元收到 鍵盤的訊號時，可根據設定將按鍵訊號送給相對應的控 制區域擁有視窗焦點的視窗。 [0031] 藉由本發明之電子裝置及其多視窗的操控方法，即可以 多個輸入設備控制同一台電腦進行多工作業，進而可提 高電腦的使用彈性及便利性；且更可以晝分顯示單元成 不同的控制區域，進而在進行多點觸控時，提高了多點 觸控的變化性。 [0032] 以上所述僅為舉例性，而非為限制性者。任何未脫離本 發明之精神與範疇，而對其進行之等效修改或變更，均 應包含於後附之申請專利範圍中。 【圖式簡單說明】 [0033] 第1A圖係為本發明之電子裝置之第一實施例之方塊圖； 099110963 表單編號A0101 第16頁/共29頁 0992019249-0 201135574 第1B圖係為本發明之電子裝置及第二實施例之方塊圖； 第2圖係為本發明之電子裝置之第一實施例之第一示意圖 f 第3圖係為本發明之電子裝置之第一實施例之第二示意圖 9 第4圖係為本發明之電子裝置之第二實施例之第一示意圖 9 第5圖係為本發明之電子裝置之第二實施例之第二示意圖 第6圖係為本發明之多視窗的操控方法之觸控螢幕對應顯 示單元處理觸控訊號之流程圖； 第7圖係為本發明之電子裝置之使用者設定不同輸入裝置 對應不同處理區域之第一示意圖； 第8圖係為本發明之多視窗的操控方法的流程圖； 第9圖係為本發明之多視窗的操控方法的另一流程圖；以 及 第10圖係為本發明之電子裝置之使用者設定不同輸入裝 置對應不同處理區域之第二示意圖。 【主要元件符號說明】 [0034] 1 :電子裝置； I 0 :輸入介面； II :顯示單元； 11 0 :第一顯示螢幕； 111 :第二顯示螢幕； 12 :第一輸入裝置； 099110963 120 :第一輸入訊號； 表單編號A0101 第17頁/共29頁 0992019249-0 201135574 121 :第一操控訊號； 13 :第二輸入裝置； 130 :第二輸入訊號； 131 :第二操控訊號； 14 :處理模組； 140 :分配單元； 141 :第一區域處理單元； 142 :第二區域處理單元； 2:第一操控區域； 20 :第一視窗； 3:第二操控區域； 30 :第二視窗； 4、5 :滑鼠指標文字； (^、〇2 :原點；以及 S10〜S30、S40~S60、S5卜S59 :步驟。 099110963 表單編號A0101 第18頁/共29頁 0992019249-0Form number AOJOJ No.] Page / Total 29 pages 0992019249-0 201135574 The architecture can be regarded as a display and a touch panel. The first window 20 is located on the first display screen 110, and the second window 3 is located on the second display screen 111. Similarly, the first manipulation area 2 and the second manipulation area 3 may each be a separate work desktop (as shown in Fig. 4) or share the same work desktop (as shown in Fig. 5). It is worth mentioning that when sharing the same work desktop, in order to let the user know which mouse pointer corresponds to which mouse, the mouse pointer will have text or graphics 4, 5; and the allocation unit 140 will A control signal 121 and a second control signal 131 are integrated and transmitted to the display card, and the display card controls the display unit to display the corresponding control. [0020] The processing module 14 further determines whether a third window (not shown) in the first control area 2 has obtained the window focus. When the first control area 2 has a second view, the window focus is obtained. The processing module 14 even colors the first control signal 12 to cut the first window 20 from the first window 20 even if the first window 2 loses the window focus and the first window 2 captures the window focus in the first control region 2. The first control area 2 moves to the second control area 3, and when the Qth control signal 丨21 does not move the first view f 20 from the first control area 2 to the second control area 3, the processing module 14 The first manipulation area 2 controls the first window 20. In addition, when the first control signal 121 moves the first window 20 from the first control area 2 to the second control area 3, the processing module 14 further determines whether there is a fourth window in the second control area 3 (not drawn The window focus is obtained. When the fourth window has the window focus in the second control area 3, the processing module 14 loses the window focus even in the fourth window, and causes the first window 20 to obtain the window in the second manipulation area 3. Focusing, and manipulating the first window 20 in the second manipulation area 3. 099110963 Form No. A0101 Page 11 of 29 0992019249-0 201135574 [0022] In some preferred embodiments, the first input device 11 and the second input device 12 can be a keyboard, a mouse or a touch. Screen. In the embodiment using the touch screen, since the touch screen has its own coordinate system, each desktop also has its own coordinate system. Therefore, when the touch screen emits a touch signal, the distribution unit 140 according to the coordinates of the touch point and The position of each desktop area on the screen determines which control area to transmit the touch signal to. And converting the coordinate of the signal to the coordinates of the desktop before the transmission, as shown in FIG. 6, the following steps are included: (S10) determining, by the allocation unit, which control area the touch signal belongs to; (S2〇) The distribution unit determines whether the coordinate system of the touch screen is the same as the touch area; (S3〇) when the coordinate system of the touch screen is the same as the touch area, the touch signal is transmitted to the processing module to generate a corresponding control signal. (S21) when the touch screen of the touch screen is different from the touch area, the coordinate of the touch point indicated by the conversion touch signal conforms to the coordinate system of the touch screen; and (S22) the converted converted coordinate The system touches the signal to the processing module to generate a corresponding control signal. In a preferred embodiment, as shown in FIG. 2, the size of the touch screen is 1 200×800, and the origin of the touch screen (〇, 〇) overlaps with the origin 〇1 of the first control area 2 on the left side. The origin & of the second control area 3 on the right is the touch screen (6GG, G), and if the touch point is located on the left first control area 2', the information of the touch point is transmitted to the left side. The first area processing unit 14 of the first control area 2 is that if the touch point is located at the second control area 3 on the right side, the axis coordinate of the touch point is first subtracted _ and then transmitted to the second control having the right side. The second area processing unit 142 of the area 3. In another preferred embodiment, as shown in FIG. 4, the touch screen 099110963 form number Α 0101 page 12 / 29 page 0992019249-0 201135574 Ο the size is 1280X1600, the origin of the touch screen (〇 , 〇) overlaps with the origin of the first control area 2 below and the origin 〇2 of the second control area 3 above is the touch screen (〇, 800) 'If the touch point is located below the first control In area 2, the information of the touch point is transmitted to the first area processing unit 141 having the lower table top. If the touch point is located at the upper second control area 3', the y-axis coordinate of the touch point is first The 8 减 is subtracted and transmitted to the second area processing unit 拥有 42 having the upper second control area 3. In addition, when a certain area processing unit receives a plurality of touch points at the same time, the area processing unit can make these touch points into a touch gesture (Touch Gesture), such as two-finger zoom, and then transmit the signal to the phase. The corresponding control area (such as each work desktop), and the window of the desktop to obtain the window focus (Window focus) can therefore make corresponding actions, such as zooming in or out. [0023] In addition, since the signal of the mouse is basically a relative coordinate, not an absolute coordinate, the distribution unit 140 directly transmits the signal of the mouse to the opposite phase according to the user's setting and the source of the mouse signal. The area processing unit does not require coordinate conversion. As shown in Figure 7, 'When the user moves Mouse A, the mouse message is transmitted to the area processing unit of the first user (user 1); when the user moves the mouse B (Mouse B) The mouse message is transmitted to the area processing unit of the second user (user 2). When the keyboard is used as the input device, the distribution unit 140 transmits the signal of the button to the corresponding area processing unit according to the user's setting and the source of the keyboard key signal. As shown in Figure 7, when the user clicks on the keyboard D (keyboard D), the button message is transmitted to the first user (user 〇 area processing unit; when using 099110963 table number A0101 page 13 / 29 pages 0992019249-0 201135574 When the keyboard C is clicked, the button message is transmitted to the area processing unit of the second user (user 2). [0024] The above description has disclosed the implementation concept of the present invention in detail, but The present invention will be further explained in the following by way of a flow chart. [0025] Please refer to FIG. 8 , which is a flow chart of the multi-window manipulation method of the present invention. The invention further provides a multi-window control method, which is applicable to an electronic device. The electronic device comprises at least one display unit, an input interface and a processing module. The multi-window manipulation method comprises the following steps: (S40) using an input interface Receiving a first input signal generated by a first input device, or receiving a second input signal generated by a second input device, and transmitting the first input signal or a second input signal to the processing module; (S50) to process the module according to the first input signal or the second input signal to correspondingly generate a first control signal or a second control signal; and (S60) to process the module according to The first control signal controls the first window of the window focus in the display unit, or controls the second window of the window focus in the display unit according to the second control signal, wherein the first window is located in one of the first control regions of the display unit The second window is located in the second control area of one of the display units. [0026] Please refer to FIG. 9 , which is another flowchart of the multi-window manipulation method of the present invention, and the control method of the present invention is in the step ( S60) further includes the following steps of the processing module: (S51) determining whether there is a third window in the first manipulation area to obtain the window focus (S52). When the third window has the window focus in the first manipulation area, Then, the third window loses the window focus; (S53) causes the first window to obtain the window in the first manipulation area. 099110963 Form No. A0101 Page 14 / Total 29 Page 0992019249-0 201 [0028] [0029] 焦点 [0030] focus; (S54) determining whether the first manipulation signal moves the first window from the first manipulation region to the second manipulation region; (S55) when the first manipulation signal When the first window is not moved from the first control area to the second control area, the first window is manipulated in the first control area. Where: 'If it is determined in step (S51) that the third window does not obtain the window focus, then Step (S53). If it is determined in the step (S54) that the first control signal moves the first window from the first control area to the second control area, the control method of the present invention further comprises the following steps in the processing module: (S56) determining whether a fourth window has a window focus in the second manipulation region; (S57) and when the fourth window has a window focus in the second manipulation region, causing the fourth window to lose the window focus; S58) causing the first window to obtain the window focus in the second manipulation region; and (S59) manipulating the first window in the second manipulation region. If the fourth window is used to obtain the window focus in the step (S56), the step (S59) is performed. Through the above steps, the present invention can enable the user to click on a plurality of keyboards, and the button signals of the plurality of keyboards can be respectively sent to the corresponding window having the window focus, and the same user can make a plurality of touch gestures ( Touch Gesture can also transmit signals to the corresponding window with window focus, and for each mouse pointer, it can be moved anywhere in the control area. In order to achieve the above functions, the present invention cuts the table top into a plurality of control areas, and the cutting method can separate the picture from the two control areas by the black line as shown in the third or fifth figure, and the 099110963 form nickname A0101 of each facet. Page 15 of 29 0992019249-0 201135574 Size can be changed by dragging this black line. The cut control area is the left half of the black line and the right half of the black line in Figure 3, or the lower half of the black line and the half of the black line as in Figure 5, and each control area can only have one window with window focus at the same time. Therefore, in the case of the third or fifth figure, there are at most two windows with window focus. Since each control area can only have one window with window focus, the user can use the graphical interface provided by the control area setting module (as shown in Figure 10), when the area processing unit receives the keyboard B (Keyboard B) When the button message is sent, the message is sent to the window of the first control area (Reg i on 1) having the window focus, and when the area processing unit receives the button information of the keyboard A (Keyboard A), This message is sent to the second control area (Reg i on 2) which has the window focus. In this way, the control module can set the relative keyboard according to each control area. When each area processing unit receives the signal of the keyboard, the button signal can be sent to the corresponding control area window with the window focus according to the setting. [0031] With the electronic device of the present invention and the multi-window manipulation method, multiple input devices can be used to control the same computer for multiple jobs, thereby improving the flexibility and convenience of the computer; and further dividing the display unit. Different control areas are used to improve the variability of multi-touch when multi-touch is performed. [0032] The foregoing is illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS [0033] FIG. 1A is a block diagram of a first embodiment of an electronic device of the present invention; 099110963 Form No. A0101 Page 16 of 29 0992019249-0 201135574 FIG. 1B is a present invention FIG. 2 is a first schematic diagram of a first embodiment of an electronic device according to the present invention. FIG. 3 is a second embodiment of the first embodiment of the electronic device of the present invention. Figure 9 is a first schematic view of a second embodiment of an electronic device of the present invention. Figure 5 is a second schematic view of a second embodiment of the electronic device of the present invention. Figure 6 is a The touch screen of the window control method corresponds to a flow chart of the touch unit for processing the touch signal; FIG. 7 is a first schematic diagram of setting different processing units corresponding to different processing areas for the user of the electronic device of the present invention; A flow chart of a multi-window manipulation method of the present invention; FIG. 9 is another flow chart of the multi-window manipulation method of the present invention; and FIG. 10 is a set of different input devices for the user of the electronic device of the present invention. Corresponding to the second area a schematic view of different treatments. [Description of main component symbols] [0034] 1 : electronic device; I 0 : input interface; II: display unit; 11 0: first display screen; 111: second display screen; 12: first input device; 099110963 120: First input signal; Form No. A0101 Page 17 of 29 0992019249-0 201135574 121 : First control signal; 13: Second input device; 130: Second input signal; 131: Second control signal; 14: Processing Module; 140: distribution unit; 141: first area processing unit; 142: second area processing unit; 2: first manipulation area; 20: first window; 3: second manipulation area; 30: second window; 4, 5: mouse pointer text; (^, 〇 2: origin; and S10~S30, S40~S60, S5, S59: steps. 099110963 Form No. A0101 Page 18 of 29 0992019249-0