200910145 九、發明說明： 【發明所屬之技術領域】 本發明係為—種無線輪入農置，特別是關於一種用來 控制滑鼠游標的無線輸入裝置。 【先前技術】 放，進行過程中’通常搭配電腦來作簡報的播 曰L現出更為生動的晝面資料。而簡報過程中會使 =:關2邊設備’例如雷射指示筆可讓簡報人員於簡 過矛王白勺5冓解更為便利，另外無線簡操控器所提 二、下翻頁的控·作也可讓簡報過程更為流暢。且在 間_中胁滑鼠的使用，仍然有其需要性。 h簡報過程中，雷射指示筆、無_報器及滑鼠 疋》佈在不相鄰的位置。因此對於簡報人員而言， n程^因=同操作上的需求，則需頻繁輪流使用雷射 線，操控器或滑鼠，特別是滑鼠—般都放置 報：士万、’但~’報人員有可能是在離開電腦較遠處作簡 h=要操控滑鼠操作則需回到電腦旁進行操控或是代為 人員直接在電腦端操作此m然此種簡報過程 將大為影響整體簡報播放的流暢度。 【發明内容】 本發明所要解㈣技術問題，在於提供—種無線輸入 置來二穩巧操作及簡報操作可以透過此無線輪入裝 進订’且於無線輸μ置操作於滑糾係透過操作指 200910145 揮棒的方式來控制滑鼠游標的移動。 為了解決上述技術問題，根據本發明的— 供-種無線輸入聚置，包含：一殼體、一影 J、k ，里模組、—輸入操作單元、一控制單元= 轉 二二：傻ΐ中影像感測器是設置在殼體上’並擷取殼體外 二衫像旦面以產生一影像感測訊號給控制單元。 ί 理:象感測器，用來接收影像感測訊號以輪; — 感測δί1唬。輸入操作單元設置於殼體，並用來於 木作喊給㈣單元。㈣單元㈣祕 ^ 元及無線傳輸模組，並根據操作訊號來Ϊ ，無線輸入裝置工作於滑_ 測訊號處理為—滑鼠游標_ 訊號處理成—滑鼠按鍵訊號，透 = 號:虎，並透過無線傳輸模組輸出此簡報操作$ 前述所提供的歸t裝置 鼠模式或是簡報模式二 定出ί;輸 控制。 冑進而用來控制滑鼠游標的移動 以上之概述與接下來的詳細說明及 ::步說明本發明為達成預定目的所採取之方式 而有關本發明的其他目的及優點，將在後續的言= 6 200910145 及圖式中加以闡述。 【實施方式】 立請參閱第一圖，此實施例係為本發明無線輸入裝置之 不意圖。本實施例所述的無線輸入裝置〗係搭配操作於一 電腦系統（圖略），並提供有多種卫作模式，可以供操作於 滑鼠模式、_模纽絲指示财等不_功模式。 無線輸入裝置1係具有一殼體10,此殼體1〇較佳係為扁 ( Μ200910145 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a wireless wheeled farm, and more particularly to a wireless input device for controlling a mouse cursor. [Prior Art] During the process, the broadcasts that are usually used with the computer for briefings show more vivid information. In the process of the briefing, the =: off 2 side devices, such as the laser stylus, can make the briefing staff more convenient in the case of the simple spear king. In addition, the wireless simple manipulator provides the second and lower page control. · It also makes the presentation process smoother. And in the use of the _ medium-thickness mouse, there is still a need. During the h briefing process, the laser pointer, the no-reporter, and the mouse 疋 are placed in non-adjacent positions. Therefore, for the briefing staff, the n-way ^ factor = the same operational requirements, you need to frequently use the Ray Ray, the controller or the mouse, especially the mouse - all placed in the newspaper: Shi Wan, 'but ~' newspaper The person may be away from the computer to make a simple h = to operate the mouse operation, you need to go back to the computer to control or act on behalf of the person directly on the computer side. This kind of briefing process will greatly affect the overall presentation. The fluency. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention is to provide a wireless input, two stable operations, and a briefing operation through which the wireless wheel can be loaded and loaded, and the wireless input device operates in the sliding correction system. Refers to 200910145 as a way to control the movement of the mouse cursor. In order to solve the above technical problem, the wireless input aggregation according to the present invention includes: a casing, a shadow J, a k, a inner module, an input operation unit, a control unit = a second two: a silly The middle image sensor is disposed on the casing and captures the outer surface of the outer casing to generate an image sensing signal to the control unit. ί理: Image sensor for receiving image sensing signals in wheels; — sensing δί1唬. The input operation unit is disposed in the casing and is used to call the wood (4) unit. (4) Unit (4) Secret element and wireless transmission module, and according to the operation signal, the wireless input device works in the sliding _ signal processing as - mouse cursor _ signal processing into - mouse button signal, through = number: tiger, And outputting the briefing operation through the wireless transmission module, the above-mentioned provided device mode or the briefing mode 2, and the output control.胄 胄 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 滑 滑 滑 滑 滑 滑 滑 滑 滑 滑 滑 滑 滑6 200910145 and the schema are explained. [Embodiment] Referring to the first figure, this embodiment is not intended to be a wireless input device of the present invention. The wireless input device described in this embodiment is operated in a computer system (not shown), and provides a plurality of security modes, which can be operated in a mouse mode, a _ _ _ _ _ _ _ _ _ _ mode. The wireless input device 1 has a housing 10, which is preferably flat (Μ
長形殼體，並在殼體10的外部設置有一輸入操作單元12, =供使用者操控。而當無線輸人震置i操作於滑鼠模式 L無線輸4置1係可透過指轉賴控方式來操控一 滑乳游標的移動。 妗入：： 閱弟—圖及第二圖，第二圖係為無線 輪7置的功能方塊圖。無線輪人裝置i包括有一控制單 凡、—輸入操作单70 12、一影像感測器' 13、-光學指 =二:Ϊ像處理模組15及一無線傳輪模組16。控制 入操作^Λ線輸人裝置1的運算及控制如，可接收輸 來控制人的—操作訊號，並根據輯作訊號用 制單元^月!^'1所執仃的功能’此操作訊號對於控 指示功能等的=疋執行滑鼠功能、簡報細者是光學 心處理模組 果提供給控制單元u作為 並將此判斷結 感測器13係設置於殼體= = =制。影像 所輸入的影像晝面’影像感測器13並根據摘二的^ 7 200910145 面而輸出一影像感測訊號給影像處理模組丨5。旦 組15是耦接於影像感測器13與控制單元u 处理模 理模組15係魏影像_處理輯算=像處 的位移狀況，並輸出-位減測訊號給控制^^置！ 影像處理模組13所進行的影像比對 ^ 過連續接收前後兩筆的影像感測訊號來進 二’係透 第三A圖係為無線輸人1置i移動前之影像理。如 f κ. 1移動後之影像感測器13所擷取到晝面的入裝置 料處理模組15透過影像感· 13接;^號。 t Β圖所示的影像感測訊號之後’影像處理模組 t判斷第三Α圖及第三3圖中同—影像點131的軸狀 /進而輸出-位移感測訊號，而此位移感測訊號是 應出無線輸入裝置丨的位移狀況。 來反 „…而影像處理模組15輸出的位移感測訊號係經由控制 山1接收處理之後，控制單元U係根據此位移感測、 游標訊號，並藉由減於控制單幻1的無線 將峨游標訊號無線輪出給外部的無線接 無線輸入裝置1中的光學指示器14係接 y的控制’ _來輸出—光學指示訊號。此光學指 =為雷射二極體並設置於殼體1G前端，進*輸出雷射指 輸人操作單元12 _於控制單元u，並根據使 所進行的操作而輸入操作訊號給控制單AU。輸入 f 凡12包括有模式按鍵121、電源按鍵123、滾輪鍵125早 200910145 鍵，整模組鍵129。模式按 制早兀11且經由控制單元u的批也 柄按仏扛 入梦晋]所拙"沾丁从而用來切換無線輸 模式，此工作模式是指滑鼠模式、 間報核式及光學私不模式等各種模式 源按鍵丨23係絲開啟或_線輸二 供應”袞輪鍵125 _於控制單元u且 的控制，㈣來輸出-視窗軸_給 窗滚動訊號是指電⑽統中的視窗介面之滾 f 操作模組鍵127耦接於0制單元 n 聊按趴徑制早兀U，並接收控制單元 11的U ’且可以根據無線輸人裝置i的不同工作 相對提供不同的功能操作，操作模組鍵m係包括有 鍵二及一第二工作鍵1273。例如當無線 ，1之工作模式為滑氣模式時，操作模組鍵127是輸出滑 鼠按鍵訊號給控鮮元丨1，此賴按鍵訊號是指第-工作 鍵1271所輸出的一滑氣左鍵訊號，以及第二工作鍵mg 所輸出的-滑鼠右鍵訊號。以及當無線輸人裝置！之 气時，操作模組鍵127是輸出簡報操作訊號 給拴制早凡u ’此簡報操作訊號是指第一工作鍵ΐ27ΐ所 輸出的-上翻頁訊號，以及第二工作鍵12 翻頁訊號。 旧關卜 调整杈組鍵129耦接於控制單元u，且接收控制單元 帛來調整影像感測1、13獅影像晝面所使 柄产L才斤度’而影像感測器13藉由使用不同的影像解 ϋ係可’來控制滑鼠游標訊號的移動靈敏度。調整模 、、且、I29包括有一第一調整鍵1291及一第二調整鍵 ㈣’第-調整鍵咖是絲調高影像感測器2 = 200910145 = : = :調整鍵1293是用來調低影像感測器13 二===鍵123開啟此無線輸八裝置 線輸入裝置1的工作模式按鍵121的城來選擇無 模式、簡報模式、光學=模$作模式的切換方式為滑鼠 學指示模式之間的式以及同時有顺 況，輸入裝置1在各工作模式的運作狀 3接人裝置1操作在滑氣模式時，控制單元11 疋接收衫像處理模組15輪出的位移；^測訊號，並將位蒋巧 測訊號處理成為滑鼠游_ m移感 入滑鼠按鍵訊號而操作模組鍵127係可輪 於味曰Ί制早兀U，而此滑鼠游標訊號及滑鼠 按鍵:柄疋透過無_輸模組Μ無線輸出。An elongate housing, and an input operating unit 12 is disposed outside the housing 10, = for manipulation by a user. When the wireless input is set to operate in the mouse mode, the L wireless transmission 4 set 1 system can control the movement of a sliding breast cursor through the finger-turn control mode. Intrusion:: Read the brother-picture and the second picture, the second picture is the function block diagram of the wireless wheel 7. The wireless wheel device i includes a control unit, an input operation unit 70 12, an image sensor '13, an optical finger = two: an image processing module 15 and a wireless transmission module 16. Control operation and control operation and control of the input device 1 , for example, can receive the operation signal of the control person, and according to the function of the series signal system ^ month! ^ '1 'Operation signal For the control indication function, etc., the mouse function is executed, and the short message is provided to the control unit u as an optical heart processing module, and the judgment node sensor 13 is set to the housing === system. The image input image sensor 13 is outputted by the image sensor 13 to the image processing module 丨5 according to the surface of the second layer. The group 15 is coupled to the image sensor 13 and the control unit u to process the module 15 to measure the displacement of the image, and output the -bit subtraction signal to the control unit! The image comparison performed by the image processing module 13 compares the image sensing signals of the two images before and after the continuous reception. The third A picture is the image of the wireless input 1 before the movement. For example, the input device processing module 15 captured by the image sensor 13 after the f κ. 1 is moved through the image sensor 13 is connected; t After the image sensing signal shown in the figure, the image processing module t determines the axial/and thus output-displacement sensing signals of the same image point 131 in the third and third figures, and the displacement sensing is performed. The signal is the displacement of the wireless input device. After the displacement sensing signal output by the image processing module 15 is received and processed by the control mountain 1, the control unit U is based on the displacement sensing, the cursor signal, and is reduced by the wireless control of the single magic 1 The optical indicator is wirelessly turned out to the external wireless wireless input device 1 to connect the optical indicator 14 to the control y to output the optical indication signal. The optical finger = the laser diode and is disposed in the housing The 1G front end, the input *output laser refers to the input operation unit 12 _ to the control unit u, and inputs an operation signal to the control unit AU according to the operation performed. The input f includes 12 mode button 121, power button 123, The wheel button 125 is early 200910145 key, the whole module key 129. The mode is pressed early and the batch is controlled by the batch of the control unit u, and the user is switched to the wireless transmission mode. The mode refers to various mode source buttons such as mouse mode, inter-core mode and optical private mode. 丨23-wire open or _wire-to-two supply" 衮 wheel key 125_ control of control unit u, (4) to output - Window axis _ to window scrolling It refers to the scrolling of the window interface in the electric system (10). The operation module key 127 is coupled to the 0-unit n, and receives the U' of the control unit 11, and can receive the U' of the control unit 11 according to the wireless input device. Different jobs provide different functional operations. The operating module key m includes a key 2 and a second working key 1273. For example, when the mode of operation of the wireless mode is the slip mode, the operation module key 127 outputs the mouse button signal to the control element ,1, and the button signal refers to a slippery left output by the first work button 1271. The key signal and the right mouse button output by the second work key mg. And when the wireless input device! In the case of the gas, the operation module key 127 is to output the briefing operation signal to the system. The message is the first working key ΐ 27 输出 output - the page up signal, and the second work key 12 page turning signal . The old switch adjustment group key 129 is coupled to the control unit u, and the control unit 接收 is used to adjust the image sensing, and the image sensor 13 is used by the image sensor 13 Different image interpretation systems can be used to control the movement sensitivity of the mouse cursor signal. Adjusting the mode, and, I29 includes a first adjustment key 1291 and a second adjustment key (four) 'the first adjustment key is a silk height adjustment image sensor 2 = 200910145 = : = : adjustment key 1293 is used to lower The image sensor 13=== key 123 turns on the city of the working mode button 121 of the wireless input device line input device 1 to select the mode of switching the modeless mode, the brief mode, and the optical mode to the mouse mode. The mode between the modes and the simultaneous situation, when the input device 1 operates in the slip mode in the operation mode 3 of each working mode, the control unit 11 receives the displacement of the shirt image processing module 15; The test signal, and the processing of the Chiang Qiao test signal into a mouse tour _ m shift into the mouse button signal and the operation module key 127 can be rotated in the Miso system, and the mouse cursor signal and slide Mouse button: The handle is wirelessly output through the no-transmission module.
人裝置1操作在簡報模式時’控制單元U :你杈組鍵127所輪入的簡報操作訊號，而此簡報 ㈣1f是透過無線傳輪模組16無線輸出。 田無線輸入裝置1操作在光學指示模式時，控制單元 11控，光學指示器14對外發射—光學指示訊號。 ®無線輸人裝置1操作在滑鼠模式及光學指示模式， 無、、泉輸人$置丨是同時具有前m模式的功能操作及前 述光學指示模式的兩種功能操作。 請參閱第四圖，其係為本發明無線輸入裝置操作狀態 之不意圖。第四圖係說明無線輸入裝置1應用在投影簡報 的場合’其中筆記型電腦7是通過—無線接收n 71接收無 10 200910145 線輸入裝置1所發射的訊號，筆記型電腦7另外透過—投 影機8投影一簡報内容在一投影布幕9上。因此在第四圖 所不簡報場合過程中，無線輸入裝置丨可以藉由不同工作 模式的切換，而來控制簡報内容的上、下頁切換、滑鼠游 標的移動控制或是投射一光學指示訊號於投影布幕9來進 行講解等的各種操作。而無線輸入裝置丨操作於滑鼠模式 日守，投影機8投射在投影布幕9上的影像晝面，此投影布 幕9疋可以呈現具有一定亮度的影像畫面，如此仍可以使 得無線輸入裝置1中的影像感測器13正常工作。 請參閱第五圖，其係為本發明另一實施例之無線輸入 裝置之示意圖。第五圖中的無線輸入裝置2相對於第一圖 中的無線輸入裝置1是多增設一個滑鼠致能鍵128，此滑 鼠致能鍵128係設在輸入操作單元18中並耦接於控制單元 11。滑鼠致能鍵128係於無線輸入裝置2執行於滑鼠模式 時’用來控制滑鼠模式執行的功能為開啟或停止。例如當 無線輸人裝置2 鼠模式，若按壓滑鼠致能鍵128 則表示開w模式的執行功能，此時無線輸人裝置】的 移動都可相對應輸標減；而若此滑鼠致能鍵 128未被按壓’則表示停止滑鼠模式的執行功能，而此 無線輸人裝置2的移動是停止對應輸m游標訊號。 第五圖所揭示的料致能鍵w可提供無線輸入褒置 ^的滑鼠模式之操錢具有彈性，以因應*同操作場合的 需求。 ^ 第’、圖，其係為本發明又一實施例之無線輸入 裝置之不思圖。第六圖中的無線輸人裝置3相對於第一圖 中的無線輸人I置1是多增設一個伸縮桿13〇,此伸縮桿 200910145 130是設在殼體10 —侧或是在殼體中（圖略），伸縮桿130 可供延伸出一長度，以供作為指示用途使用。 前述的無線輸入裝置1提供有多種的工作模式供使用 者選擇，而當無線輸入裝置1工作在滑鼠模式時，無線輸 入裝置係可供使用者當成指揮棒的方式來控制滑鼠游標的 移動，此一操作方式可讓使用者在控制滑鼠游標的過程中 可以不受空間限制，且更具有便利及快速的操作效果。 惟，上述所揭露之圖式、說明，僅為本發明之實施例 而已，凡精于此項技藝者當可依據上述之說明作其他種種 之改良，而這些改變仍屬於本發明之發明精神及以下所界 定之專利範圍中。 【圖式簡單說明】 第一圖係本發明之一實施例之無線輸入裝置的示意圖； 第二圖係本發明之一實施例之無線輸入裝置的功能方 塊圖； 第三A及三B圖係為影像辨識之示意圖； 第四圖係為本發明無線輸入裝置操作狀態之示意圖； 第五圖係為本發明另一實施例之無線輸入裝置之示意 圖；以及 第六圖係為本發明又一實施例之無線輸入裝置之示意 圖。 【主要元件符號說明】 1、2、3 無線輸入裝置 12 200910145When the human device 1 operates in the briefing mode, the control unit U: the briefing operation signal that is rotated by the group key 127, and the short message (4) 1f is wirelessly output through the wireless transmission module 16. When the field wireless input device 1 is operated in the optical indication mode, the control unit 11 controls the optical indicator 14 to emit an external optical-indicator signal. The wireless input device 1 operates in the mouse mode and the optical indication mode, and the two-function operation of the front m mode and the two optical operation modes of the aforementioned optical indication mode are simultaneously performed. Please refer to the fourth figure, which is not intended to be an operational state of the wireless input device of the present invention. The fourth figure illustrates the application of the wireless input device 1 in the case of the projection presentation. The notebook computer 7 receives the signal transmitted by the line input device 1 without the 1010101010 by the wireless receiving n 71, and the notebook computer 7 is additionally transmitted through the projector. 8 Projecting a presentation content on a projection screen 9. Therefore, during the non-presentation occasion of the fourth figure, the wireless input device can control the switching of the upper and lower pages of the briefing content, the movement control of the mouse cursor, or project an optical indication signal by switching between different working modes. Various operations such as explanations are performed on the projection screen 9. The wireless input device operates in the mouse mode, and the projector 8 projects the image surface on the projection screen 9. The projection screen 9 can present an image with a certain brightness, so that the wireless input device can still be made. The image sensor 13 in 1 operates normally. Please refer to FIG. 5, which is a schematic diagram of a wireless input device according to another embodiment of the present invention. The wireless input device 2 in the fifth figure is further provided with a mouse enable button 128 corresponding to the wireless input device 1 in the first figure. The mouse enable button 128 is disposed in the input operation unit 18 and coupled to the Control unit 11. The mouse enable key 128 is when the wireless input device 2 is executed in the mouse mode. The function for controlling the execution of the mouse mode is on or off. For example, when the wireless input device 2 mouse mode, if the mouse enable button 128 is pressed, the execution function of the open w mode is indicated, and the movement of the wireless input device can be correspondingly reduced; and if the mouse is caused If the key 128 is not pressed, it means that the execution function of the mouse mode is stopped, and the movement of the wireless input device 2 stops the corresponding m cursor signal. The material enable button w disclosed in the fifth figure can provide the flexibility of the mouse mode of the wireless input device to meet the requirements of the same operation. ^, FIG. 1, which is a diagram of a wireless input device according to still another embodiment of the present invention. The wireless input device 3 in the sixth figure is additionally provided with a telescopic rod 13 相对 relative to the wireless input I in the first figure. The telescopic rod 200910145 130 is disposed on the side of the casing 10 or in the casing. In the middle (not shown), the telescopic rod 130 can be extended a length for use as an indication. The aforementioned wireless input device 1 is provided with various working modes for the user to select, and when the wireless input device 1 is operated in the mouse mode, the wireless input device can be used as a baton to control the movement of the mouse cursor. This operation mode allows the user to control the mouse cursor without being limited by space, and has more convenient and fast operation effects. However, the drawings and descriptions disclosed above are only examples of the present invention, and those skilled in the art can make various other modifications according to the above description, and these changes still belong to the inventive spirit of the present invention. The scope of the patents defined below. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a schematic diagram of a wireless input device according to an embodiment of the present invention; the second figure is a functional block diagram of a wireless input device according to an embodiment of the present invention; the third and third B systems are 4 is a schematic diagram of an operation state of a wireless input device of the present invention; FIG. 5 is a schematic diagram of a wireless input device according to another embodiment of the present invention; and a sixth diagram is still another embodiment of the present invention. A schematic diagram of a wireless input device. [Main component symbol description] 1, 2, 3 wireless input device 12 200910145
10 殼體 11 控制單元 12、18 輸入操作單元 121 模式按鍵 123 電源按鍵 125 滾輪鍵 127 操作模組鍵 1271 第一工作鍵 1273 第二工作鍵 128 滑鼠致能鍵 129 調整模組鍵 1291 第一調整鍵 1293 第二調整鍵 130 伸縮桿 131 影像點 13 影像感測器 14 光學指示器 15 影像處理模組 16 無線傳輸模組 17 電源 7 筆記型電腦 71 無線接收器 8 投影機 9 投影布幕10 housing 11 control unit 12, 18 input operation unit 121 mode button 123 power button 125 wheel button 127 operation module button 1271 first work button 1273 second work button 128 mouse enable button 129 adjustment module button 1291 first Adjustment button 1293 Second adjustment button 130 Telescopic rod 131 Image point 13 Image sensor 14 Optical indicator 15 Image processing module 16 Wireless transmission module 17 Power supply 7 Notebook 71 Wireless receiver 8 Projector 9 Projection screen