200823731 九、發明說明： 【發明所屬之技術領域】 " 本發明是關於一種滑鼠，尤指一種可控制顯示器屏保 * 狀態的滑鼠。 【先前技術】 在當今電腦作業系統中，可以設定電腦螢幕進入螢幕 保護狀悲的時間。不論設定時間長短^只要在該時間設定 以後，每次電腦螢幕進入螢幕保護狀態的時間都是一樣 ^ 的。該電腦用戶在任意設定時間内沒有操作電腦，電腦就 執行屏保程式，進入螢幕保護狀態，導致用戶需頻繁的輸 入密碼才能操作電腦。而且，一旦用戶離開電腦，電腦螢 幕無法立即進入螢幕保護狀態，只有等到了該設定的時間 才能進入。而顯示器在同一螢幕停留時間過長，容易減少 顯示器的壽命。用戶離開後其他人就可以操作該電腦，導 致用戶資訊被他人使用，除非用戶修改屏保設定時間。以 上問題給用戶帶來很多困擾。 【發明内容】 基於上述内容，為了使用戶在不方便操作電腦情況下 又可避免顯示螢幕進入屏保狀態，有必要提供一種可控制 顯示器屏保狀態的滑鼠，其可自動不斷產生輸入訊號至電 腦’阻止電腦執行屏保程式。 該具有屏保控制功能的滑鼠，包括左右按鍵及滾輪， 一屏保控制按鍵，一存儲單元和一微處理單元，存儲單元 用於存儲類比程式；當接收到屏保控制按鍵產生的訊號 6 200823731 時’該微處理單元執行存儲單元内物比程式， 的輸入訊號至-連接的電腦從而阻止電腦執行；比 另外，為了使用戶在離開電腦時：… 入屏保狀態，職處理單元亦可錢續接收❹個屏= 制按鍵產生的減時’發送-屏保料執行 ^ 的電腦，啟動該電腦執行相應的屏保 1逑接 進入屏保狀態。 賴示器營幕 相較于現有技術，當用戶因某此眉 不方便操作電腦而又不想讓電腦進入屏保狀如態接時“用話戶？ 按壓該滑鼠的屏保控制按鍵’啟動類比程式自動 生輸入訊號至電腦’阻止電腦執行屏保程式；當 開電腦時’只要連續雙擊❹次按壓該屏健制按鍵= -屏保快速騎訊號至電腦使純行屏保程式，顯示 幕立即進人螢幕保護狀態，用戶就可以安全的離開電腦， 顯示器也不會在同一螢幕狀態下停留時間過久，因此不作 不會減少顯示II的壽命還能節省電能；用戶也無須擔心其 他人員使用該電腦，因為一旦電腦系統進入 二 態，只有輸人正確密碼才能操作電腦，大大提高了電腦的 安全性。S此，·該滑鼠，用戶可啸據需要控制顯示 器屏保狀悲，無須重新設定螢幕進入螢幕保護狀態的時 間，給電腦用戶帶來了極大的方便。 ^ 、 【實施方式】 下面結合附圖對本發明具有屏保控制功能的滑鼠作進 一步詳細描述。圖1為本發明一實施方式中具有屏保控制 200823731 功能的滑鼠的外觀示意圖。該滑鼠100包括左按鍵111、右 按鍵113及滾輪112，還包括一新增的屏保控制按鍵110。 該屏保控制按鍵110位於大拇指可觸及的位置，例如，如 圖1所示，其位於滑鼠100上虛綫指示的位置。 圖2為本發明一實施方式中具有屏保控制功能的滑鼠 的硬體結構方塊圖。該滑鼠100包括一鍵區1〇1、一微處 理器102、一 s己憶體103及一連接介面104。其中，該連接 介面104用於連接該滑鼠1〇〇至一電腦2〇〇。該鍵區1〇1 包括如圖1所述的左按鍵111、右按鍵113、滚輪112及屏 保控制按鍵110。該微處理器102用於回應鍵區ιοί的操 作，執行相應的控制。屏保控制按鍵110用於接收用戶的 操作，產生屏保控制訊號；該記憶體103存儲一類比程式， 微處理器102接收該屏保控制訊號運行該類比程式產生類 比的輸入訊號，例如，產生類比如左按鍵111、右按鍵U3、 滾輪112、鍵盤（圖中未示）等輸入裝置產生的輸入訊號。 其中，當顯示器300螢幕未進入螢幕保護狀態，且滑 鼠100處於正常操作狀態（即，未執行類比程式）時接收 到屏保控制按鍵110產生的屏保控制訊號時，該微處理器 102讀取該記憶體103中的類比程式並執行該類比程式， 從而產生類比的輸入訊號，並通過連接介面1〇4傳送該類 比的輸入机3虎至所連接的電腦200，阻止該電腦2〇〇執行 屏保程式。 另外，在執行類比程式過程中，對於鍵區1〇1内的其 他按鍵如左按鍵111、右按鍵U3、滾輪112產生的訊號， 8 200823731 微處理S 102 $作回應。當在 收到該屏_餘鍵11G城舰㈣過財又接 理器搬中斷執行該類 的屏保控制訊號時，該微處 印可目#键P & 從而恢復正常操作回應， J回應鍵區内的其他 ^ 操作控制。 鍵產生的訊號，執行相應的 當顯示器300螢墓去；隹λ μ _ 處於正常操作狀態時連續（_f保護狀態，且滑鼠_ “町遇，（例如，〇·%)接收 如，2個）屏保控制按鍵u (例 徵處理器102發送一屏佯㈣控制訊唬時，該 岣，該電腦雇響應該屏保快速執行訊號執行存 = 00中的屏保程式，使顯示器細進人屏保狀態。、、 【圖式簡單說明】 圖1為本發明-實施方式中具有屏保控 的外觀示意圖。 氣 能的滑鼠 圖2為本發明一實施方式中具有屏保控制功 的硬體結構方塊圖。 【主要元件符號說明】 100 101 102 103 104 110 111 滑鼠 鍵區 微處理器 記憶體 連接介面 屏保控制按鍵 左按鍵 200823731 滾輪 112 右按鍵 113 電腦 200 顯示器 300200823731 IX. Description of the invention: [Technical field to which the invention pertains] " The present invention relates to a mouse, and more particularly to a mouse that can control the state of the display screen saver*. [Prior Art] In today's computer operating systems, it is possible to set the time when the computer screen enters the screen protection. Regardless of the set time length ^ As long as the time is set after this time, the time for the computer screen to enter the screen saver state is the same ^. The computer user does not operate the computer within any set time, and the computer executes the screen saver program and enters the screen protection state, which causes the user to input the password frequently to operate the computer. Moreover, once the user leaves the computer, the computer screen cannot enter the screen protection state immediately, and can only enter after the set time. The display stays on the same screen for too long, which tends to reduce the life of the display. After the user leaves, the other person can operate the computer, causing the user information to be used by others unless the user modifies the screen saver setting time. The above problems bring a lot of trouble to the user. SUMMARY OF THE INVENTION Based on the above content, in order to prevent the user from entering the screen saver state when the user is inconvenient to operate the computer, it is necessary to provide a mouse that can control the screen saver status of the display, which can automatically generate input signals to the computer. Prevent the computer from executing the screen saver. The mouse with screen saver control function includes left and right buttons and scroll wheels, a screen saver control button, a storage unit and a micro processing unit, and the storage unit is used for storing an analog program; when receiving the signal generated by the screen saver control button 6 200823731 ' The micro processing unit executes the input signal of the storage unit to the connected computer to prevent the computer from executing; in addition, in order to enable the user to leave the computer: ... into the screen saver state, the job processing unit can also receive the money. Screen = The computer that generates the minus time 'send-screen protection material execution ^, start the computer to execute the corresponding screen saver 1 and enter the screen saver state. Compared with the prior art, when the user does not want to let the computer enter the screen saver state due to the inconvenience of operating the computer, the user "presses the screen control button of the mouse" to start the analog program. Automatically input the signal to the computer 'block the computer to execute the screen saver program; when the computer is turned on', just press the screen to make the button as long as you double-click it repeatedly. - Screen saver quickly rides the signal to the computer to make the screen saver program. The display screen immediately enters the screen protection. In this state, the user can safely leave the computer, and the display does not stay in the same screen for too long, so it can save energy by not reducing the life of the display II; the user does not have to worry about other people using the computer, because once The computer system enters the second state, and only the correct password can be used to operate the computer, which greatly improves the security of the computer. S, this mouse, the user can control the display screen saver according to the need, and does not need to reset the screen to enter the screen protection state. The time has brought great convenience to computer users. ^, [Embodiment] The mouse with the screen saver control function is further described in detail. Fig. 1 is a schematic diagram of the appearance of a mouse having the function of screen saver control 200823731 according to an embodiment of the present invention. The mouse 100 includes a left button 111, a right button 113 and a wheel 112. Also included is a new screen saver control button 110. The screen saver control button 110 is located at a position accessible to the thumb, for example, as shown in Figure 1, which is located at the position indicated by the dashed line on the mouse 100. Figure 2 is a view of the present invention A block diagram of a hardware structure of a mouse having a screen saver control function in an embodiment. The mouse 100 includes a keypad 1, a microprocessor 102, a suffix 103, and a connection interface 104. The connection interface 104 is configured to connect the mouse 1 to a computer 2. The keypad 1 〇 1 includes a left button 111, a right button 113, a wheel 112, and a screen saver control button 110 as shown in FIG. The microprocessor 102 is configured to respond to the operation of the keypad ιοί to perform corresponding control. The screen saver control button 110 is configured to receive a user operation to generate a screen saver control signal; the memory 103 stores an analog program, the microprocessor 102 Receiving the screen saver control signal to run the analog program to generate an analog input signal, for example, generating an input signal generated by an input device such as a left button 111, a right button U3, a scroll wheel 112, a keyboard (not shown), etc. When the screen is not in the screen protection state, and the mouse 100 is in the normal operating state (ie, the analog program is not executed), the microprocessor 102 reads the screen control signal generated by the screen saver control button 110, and the microprocessor 102 reads the memory 103. The analog program executes the analog program, thereby generating an analog input signal, and transmits the analog input machine 3 to the connected computer 200 through the connection interface 1〇4, preventing the computer from executing the screen saver program. In the process of executing the analog program, the signals generated by the other keys in the keypad 1〇1, such as the left button 111, the right button U3, and the scroll wheel 112, are responded to by the 8200823731 micro-processing S 102 $. When the screen is received, the 11G City Ship (4) and the processor are interrupted to execute the screen saver control signal of this type, and the micro-printing can be used to restore the normal operation response, and the J response keypad is restored. Other ^ operation controls within. The signal generated by the key is executed correspondingly when the display 300 is cemetery; 隹λ μ _ is in continuous operation (_f protection state, and the mouse _ "Machi meet, (for example, 〇·%) receives, for example, 2 The screen saver control button u (when the processor 102 sends a screen (four) control message, the computer hires the screen saver to execute the screen saver program in the screen saver to execute the screen saver program, so that the monitor enters the screen saver state. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the appearance of a screen saver control according to the present invention. Fig. 2 is a block diagram of a hardware structure having screen saver control work according to an embodiment of the present invention. Main component symbol description] 100 101 102 103 104 110 111 Mouse button area Microprocessor memory connection interface Screen saver control button Left button 200823731 Wheel 112 Right button 113 Computer 200 Display 300
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