200^¾說明 【發明所屬之技術領域】 本發明系有關於-種繼機械滑鼠、光學滑鼠、雷射滑鼠各代發明 =後的-碰要技術突破、改革與新絲碑建立；本發明技術使得滑 鼠可以置於任何材㈣接編制，亦可離前面等接觸韻空使用， 而其功能完全不受影響；目時，本發日月技術突破了使用雷射或光 ^技術所f要的賴高朗題，使騎紐减超龍手機相互結 s，再者，本發8月技術使得滑鼠的原二度空間使用模式，升級爲三度 空間使用模式，以擴大滑__應用面。 【先前技術】 、，早期的滑鼠是以機械原理設計出滾球式的滑鼠，其位移的精准度 較差，也由於常有雜物黏附在滾球上，因此在使用上與清理上等較爲 不^ ’直到光學滑鼠的發明，才改善了滑鼠使用上的不便，光學滑鼠 充份利用LED發光體、光學干涉儀原理及影像學理，改善了機械滑鼠 ^球上的缺點，使用上更爲精准、滑順；但是，光學滑鼠受到對焦及 感，物體本身反射的影響，所以對透明體（玻璃、塑膠類、霧狀玻璃）、 反光體（油漆、金屬、白磁磚）、表面無細紋體（光滑像紙、有紋理 士頭）等的表面物體不産生作用，且衩爲耗電；光學滑鼠一旦離開固 疋對焦的高度就喪失功能，所以光學滑鼠不能離開桌面使用，或懸空 使用，諸此均爲其缺點。 現今較進步的雷射滑鼠其應用的原理與結構均與光學滑鼠一 f ’惟將LED紅色的散狀光源改成雷射集束較強的光源，同時也提高 感測的像素質，讓影像解析度較高、更靈敏、更精准，但是雷射 /腎氣亦有其缺失’例如：較爲耗電、雷射光直照眼睛易造成傷害，對 鏡面或玻璃表面是無效，當雷射滑鼠離開桌面後，即因失焦而無效， 成本較高等問題，同時因爲需要一定折射距離，所以要有一定的高度 空間裝置，因此無法與超薄型手機結合。 200811692 “月内容】 缺失本雜縣紐定絲衫統，爲了改善先前技術的 改户㈣:部份的光源、鏡頭、影像對焦、影像成料部份進行 計。由於使用者使用滑氣的習慣爲置於—接觸面如桌 項讓往往其統較差或是無光源，因親技術而言，必 須讓滅底相光源可翻影佩_需求。 _ 3^裝£在鏡頭前方置一透明導光板，在導光板的厚度一端或 光溝，讓發光體的光源透過導光溝的擴散， :到ΐ個導光板上’形成一亮度極佳與均句的光照面，其 ㈣見頭使得影像不會失真，而産生比對不易的現象；同時固定 ^、、、技術，其鏡頭離開對焦距離後將會失焦，而造成影像模糊，使得 t對困難’本發明爲了克服此問題，在鏡頭後的對焦點上置一透光片， 在透光片的正中央有—定標點，該定標點最好是紅色，外加細黑圈， 且具可透光性，以便於影像辨識；當滑鼠離開桌面，鏡頭影像失焦而 f生模糊的影像時，該透光片中的定標點卻顯得非常清晰；一旦兩者 衫像合成後，模糊影像的正中央將會有一清晰定標點影像，這就是我 們要取得位移的向量計算資料；至於其他模糊影像的部份，可取其全 部或部份影像，僅做爲有無位移的判讀，不用做爲位移的計算之用。 本發明裝置的技術改良，可使得滑鼠不但可以用於桌面，亦可離 開桌面懸空使用，而不必擔心影像失焦的問題；同時可進一步將滑鼠 由二度空間的使用狀態，帶入三度空間，開創更多應用技術方式及商 業價值；由於本發明不使用LED紅光及雷射光做爲光源，所以非常^ 電’耗電量極低，此外由於不靠反射光原理來顯示影像，因此並無滑 鼠墊材質的問題，同時其成本可較先前技術大幅降低。 使用滑鼠者，常受制於使用空間及滑鼠的壓力式按鍵，身體、頸 部與手部肌肉往往因姿勢固定過久，及按鍵動作頻繁，而産生肌肉傷 硬、血液流通不良現象，甚至造成手肘的傷害，因此本發明亦重新^ 計滑鼠按鍵，以靈敏度較高的光感測或觸感式按鍵取代壓力式按鍵二 200811692 、个發明之目的在於提供一種藉由鏡頭模組裝置及成像模 置，進行數位影像游標移動裝置及系統。 細缺番本=之又一目的在於提供_種藉由觸感模組裝置及光感測模 及裝置，使传滑鼠操作更爲輕便順暢的數位影像滑鼠裝置。 膝# ίί明之再一目的在於提供—種藉錄位影像游標移動裝置， 將㈣功犯加人照相手機之中，.以達成行動通輯鼠裝置。 ‘承載數於提供一種藉由不同載具如眼鏡及帽子， ,^ ”移練f，財解肖情獅制者(如雜)使用。 以及 S明之又一目的在於提供一種藉由數位影像游標移動裝置， 手套按鍵’喊更爲方便的手套式滑鼠操作裝置。200^3⁄4 DESCRIPTION [Technical Field to Be Invented by the Invention] The present invention relates to a technological breakthrough, reform, and establishment of a new silk monument after the invention of the mechanical mouse, the optical mouse, and the laser mouse. The technology of the invention enables the mouse to be placed in any material (four), and can also be used in contact with the front, and its function is completely unaffected; at the time, the technology of the present day breaks through the use of laser or light technology. The high-level problem that the F wants to make makes the rider reduce the ultra-long mobile phone to each other. In addition, the August technology makes the mouse's original second-degree space usage mode upgrade to the third-degree space usage mode to expand the slide. __Application surface. [Prior Art], the early mouse designed the ball-type mouse by mechanical principle, the displacement accuracy is poor, and also because the common debris adheres to the ball, so it is used and cleaned up. It is not ^ ' Until the invention of the optical mouse, it has improved the inconvenience of using the mouse. The optical mouse fully utilizes the principle of LED illuminator, optical interferometer and imaging theory to improve the shortcomings of the mechanical mouse. It is more precise and smooth to use; however, the optical mouse is affected by the focus and the reflection of the object itself, so the transparent body (glass, plastic, fog glass), reflector (paint, metal, white tile) ), the surface of the surface without fine lines (smooth like paper, textured head) and other surface objects do not work, and the power consumption; optical mouse loses its function once it leaves the height of the fixed focus, so the optical mouse can not Leaving the desktop for use, or hanging out, is a disadvantage. Nowadays, the more advanced laser mouse has the principle and structure of the optical mouse. It changes the LED red light source into a strong laser beam source, and also improves the sensing pixel quality. The image resolution is higher, more sensitive, and more accurate, but the laser/kidney gas also has its lack. For example: more power consumption, laser light is easy to cause damage to the eye, it is invalid for the mirror or glass surface, when the laser After the mouse leaves the table, it is ineffective due to out-of-focus, high cost, and the like, because it requires a certain refraction distance, so there must be a certain height space device, so it can not be combined with ultra-thin mobile phones. 200811692 "Monthly Contents" Missing the New County silk shirt system in order to improve the prior art (4): part of the light source, lens, image focus, image forming part of the meter. Because of the user's habit of using slippery In order to place the contact surface, such as the table item, it is often poor or no light source. Because of the pro-technical, the bottom-phase light source must be turned over and _ demanded. _ 3^ Install a transparent guide in front of the lens The light plate, at one end of the thickness of the light guide plate or the light groove, allows the light source of the illuminator to diffuse through the light guide groove: to form a light surface with excellent brightness and uniform sentence on one light guide plate, and (4) seeing the image It will not be distorted, but it will not be easy to compare. At the same time, it will fix the ^, , and technology. When the lens leaves the focus distance, it will be out of focus, which will cause the image to be blurred, making t difficult. In order to overcome this problem, the lens is used in the lens. The back focus is placed on a light-transmissive sheet, and there is a calibration point in the center of the light-transmitting sheet. The calibration point is preferably red, plus a thin black circle, and is permeable to light for image recognition; The mouse leaves the table and the lens image is lost. When the image is blurred, the calibration point in the light-transmissive sheet is very clear; once the two shirts are combined, the center of the blurred image will have a clear calibration point image, which is the vector we want to obtain the displacement. Calculate the data; as for the other parts of the blurred image, all or part of the image may be taken as the interpretation with or without displacement, and it is not used for the calculation of the displacement. The technical improvement of the device of the invention enables the mouse to be used not only On the desktop, you can also leave the desktop to use it without worrying about the problem of image out of focus. At the same time, you can further bring the mouse from the use of the second space into the third space, creating more application technology and commercial value; The invention does not use the LED red light and the laser light as the light source, so the power consumption is extremely low, and since the image is not displayed by the principle of reflected light, there is no problem of the material of the mouse pad, and the cost thereof can be Compared with the prior art, it is greatly reduced. The use of the mouse is often subject to the use of space and mouse pressure buttons, the body, neck and hand muscles tend to pose The potential is fixed for too long, and the button movement is frequent, resulting in muscle damage, poor blood circulation, and even elbow injury. Therefore, the present invention also re-measures the mouse button to detect light sensitivity or touch with high sensitivity. The type of button replaces the pressure type button 2 200811692. The purpose of the invention is to provide a digital image cursor moving device and system by using a lens module device and an imaging module. The other purpose is to provide a The touch-sensitive module device and the light-sensing mode and device enable the mouse to operate a lighter and smoother digital image mouse device. Knee # ί 之 之 再 再 再 再 再 再 再 再 再 再 借 借 借 借 借(4) The accomplice is added to the camera phone, to achieve the action of the mouse device. 'The number of bearers is provided by a different vehicle such as glasses and hats, ^" to rehearse f, the financial solution of the lions ( Use as appropriate. And another object of the invention is to provide a glove-type mouse operating device that is more convenient to be called by the digital image cursor moving device.
X γ、目f在於提供一種藉由數位影像游標轉裝置及 所滅的數位影像3D無線定位傳輸/操作裝置 本發明種數位影像_移動裝置，至 一鏡頭模組裝置； _下成像；其定=^^^ 位移计异模組裝置； 一訊號輸出模組裝置。 明導光inmt’其中該鏡賴組裝置’至少包含:透 是）、鏡頭模組。 屏（或槽或洞等，凡凸起或凹陷可導光作用皆 上述之數位影像游標移動 , 片、定標點、位移比舰裝旦置’其中該雜模組裝置至少包含:透光 上述之數位影像游標感甘測器模組、影像處理器模組。 或在位移她裝其愤位__可置於透光片上， 上述之數位影像游標移動⑽）模組進行位移比對。 上。 置其中該透光片設於鏡頭後的對焦距離 200811692 擔影像雜_錢，射該鏡頭齡與透光狀間的距離 為y有效的對焦距離，以取得清晰的定_影像。 ^述^數位f;像游標移動裝置，其中該定標點驗透光 置，或其他較爲適宜的位置。 ίίΠ域細隸絲置，針紐紐的光源，騎到透明導 溝駐縣制麵剌導絲上，讓光源均句 ί 移紐置，針該麵她細_到透光片 1所产♦ ΐί f、i々晰的定標點與鏡頭模組所攝錄到的影像相結合， 景;像:^ ίϊί ’ ΐ部投射到影像感測11模組上，合成的影像經 模组:透二將初具成形的數位影像轉傳至影像處理器 橡像雜_校正後，就完成—數 =影像游標移動•進-步包含:可承·=二 移動裝置_具如賴、絲p 頌遺位〜像物 裝置’财魏以村賴佩能夠製造 與材象^與鏡頭所攝取的背景，共同合成影像的任何裝置 、細、_ , ^ZliZZZ" ^ 可爲其他任何可產生光源的裝置與材料替代。發光體導光溝 料灯，射較獅顿於離，乃爲一可 上述之數位影像游標移動裝置，兌廿 一可供位移比對的影像 /、中該位移比對點不限於點狀，乃爲 |_提#-種數轉像游標飾祕，至少· 一鏡頭模組裝置； · 一成像模組裝置，其用途在藉由其特殊設計，在鏡頭失焦的情況 200811692 Γ ’取得清晰的定: 標點影像； 一位移計算模组裝置； 一訊號輸出模組裝置。 移動μ ’其巾賴職組裝置，至少包含:透 Η 光體、導光溝(或槽或洞等，凡凸起或凹陷可導光作用皆 疋）、鏡頭模組。 影像游標移綠^其巾誠像她裝置至少包含:透光 疋、位移比對點、影像感測器模組、影像處理器模組。 斗:之位衫像游標移動系統，其中該位移比對點可置於透光片上， ^位移計算模組裝置崎微處理器（cpu)模組進行位移比對。 上，之數位影像游標移動系統，其中該透光片設於鏡頭後的對焦距離 轉標移杨統，其相鏡麵組與透光+之_距離 -有丈的對焦距離，以取得清晰的定標點影像。 統，其中該定標點設於透光⑽中央位 ΐί ί 像f標移_統，其找發光體的絲，闕到透明導 ί 齡統，其巾雜賴_f彡像投射到透光片 a所標點與鏡頭模組所攝錄到的影像相結合， y [f " ?y 、>補與校正後，就完成一數位影像的圖片資料。 雜轉m步包含：可承_触影像I 移動褒置的麟純鏡、纖式裝置。 1豕科 像賴移齡統，其巾猶光Μ亦可雜他凡能夠製造 與材料皆可。〜觸職取的“ ’制合成影像的任何裝置 200811692 丄心〜I位景>像游標移動系統，其中該透明導光板、發光體、導光溝 僅在鏡頭沒有光源時才需要使用，當鏡頭有光源時則不需使用]7 上述之數位景^像游標移動系統，其中該透明導光板、 可爲其他任何可産生光源的裝置與材料替代。 ¥光屢X γ,目 f is to provide a 3D wireless positioning transmission/operation device by a digital image cursor transfer device and a digital image to be destroyed. The digital image_moving device to a lens module device; _lower imaging; =^^^ Displacement metering module device; a signal output module device. The light guide inmt', wherein the mirror device comprises at least: a lens module. Screen (or slot or hole, etc., where the protrusion or depression can guide the light, the digital image cursor moves, the slice, the calibration point, and the displacement are more than the ship-mounted device. The hybrid module device includes at least: Digital image cursor sensor module, image processor module. Or in the displacement she installed her anger position __ can be placed on the light-transmissive film, the above-mentioned digital image cursor movement (10)) module for displacement comparison. on. The focus distance of the light-transmissive sheet set on the lens is 200811692. The distance between the lens age and the light-transmitting shape is y effective focusing distance to obtain a clear fixed image. ^Representation of the number f; like a cursor moving device, wherein the calibration point is transparent, or other suitable position. ίίΠ 细 细 细 , , , , , , , 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针 针Ϊ́ί f, i clear calibration point combined with the image captured by the lens module, scene; like: ^ ίϊί ' 投射 projection onto the image sensing 11 module, the composite image through the module: After the digital image that has been formed is transferred to the image processor, the image is finished, and the number is corrected. The image cursor moves and the step includes: can bear ·= two mobile devices _ _ _ _ _ _ _ _ _ Bit ~ Image Device 'Yi Wei Yi Village Lai Pei can make the background with the material and the lens, any device that synthesizes the image, fine, _, ^ZliZZZ" ^ can be any other device that can generate light source Material substitution. The illuminator light guiding groove material lamp is shot at a distance from the lion, and is a digital image cursor moving device, and the image matching the displacement is not limited to a dot shape. It is |_提#- kind of image-turning cursor decoration secret, at least one lens module device; · an imaging module device, its use in its special design, in the case of lens out of focus 200811692 Γ 'get clear The setting: punctuation image; a displacement calculation module device; a signal output module device. The mobile μ ’ 巾 赖 赖 职 , , , , , , , , 其 其 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The image cursor moves to green. The towel is like her device. At least: the light transmission, the displacement comparison point, the image sensor module, and the image processor module. Bucket: The shirt is like a cursor moving system, in which the displacement comparison point can be placed on the transparent sheet, and the displacement calculation module device cpu module is used for displacement comparison. The digital image cursor moving system, wherein the light-transmitting sheet is disposed at the focus distance of the lens and shifts to the Yang system, and the phase mirror group and the light-transmitting distance _ distance-there is a focusing distance of the lens to obtain a clear Calibration point image. System, wherein the calibration point is set in the light transmission (10) central position ΐ ί ί like f standard shift _ system, which finds the filament of the illuminator, 阙 透明 透明 透明 , , , , , , , 投射 投射 投射 投射 投射 投射 投射 投射 投射 投射 投射 投射a punctuation point is combined with the image captured by the lens module, y [f " ?y, > complement and correction, the image data of a digital image is completed. The miscellaneous m step includes: a pure mirror and a fiber device that can be used to move the image I to move the device. 1 豕 赖 赖 移 移 移 移 移 移 移 移 移 移 移 移 移 移 移 移 移 移 移 移 移~ Touch to take "" any device that synthesizes images 200811692 丄心~I 景景] Like a cursor moving system, where the transparent light guide, illuminator, light guide groove only need to be used when the lens has no light source, when The lens does not need to be used when the lens has a light source.]7 The above-mentioned digital image cursor movement system, wherein the transparent light guide plate can be replaced by any other device and material that can generate the light source.
上述之數位影像游標移動系統，其中該定標點不限於點 供辨識的清晰影像。 ^ T 上述之數位影像游標移動系統，其中該位移比對點不限於點狀， 一可供位移比對的影像。 馬 本發明提供一種數位影像滑鼠裝置，至少包含： 一載具； 一數位影像游標移動裝置； 一按鍵； 一訊號輸出模組裝置。 士述數位影像滑鼠裝置’其中錄位影像游標移動裝置進—步包 二頭模组錢，在鏡麵端有—咖導絲、發 光源’以及-鏡頭模組；成像模組裝置，其用途在 έ二·在，頭失焦的情況下’取得清晰的定標點影像；位移計i模 、卫裝置，訊號輸出模組裝置。 、 士述之數位影像滑m射該綱模喊置， ^模Ϊ級、導綺軸或贿凡凸域㈣可縣侧·= 上述之數位影像滑鼠裝置，其中該成像模 定標點、位移_點、影像制腿組、影像處理•透先片、 上速之，位影像滑鼠農置，其中該位移比對點可置於透光片上 位移計算模組裝置_微處㈣（⑽）模組進行位移比對。' 上鼠裝置’其中該透光片設於鏡頭後的對焦距離上。 的，射纖賴組與駐㈣的距離爲一 、…、 取知清晰的定標點與位移比對點影像。 200811692 裝置’其中該定標點設於透光片的中央位置，或 上述之數位影像滑鼠裝置，其中該發光體的光源，照射到透 ^透溝將統分散面透明導光板上’讓光源均句分佈 iii光數片===，，其中該鏡賴組將影像投射到透光片上， i晰的定標點、位移比對點與鏡頭模組所攝錄到的影像 所産生的合成影像’全部投射到影像感_模組上，人成 =像、减像翻器模組處理之後，將初具成形的數位影像轉傳至旦； 模組’ 過其對影像的修補與校正後，就完成—數位影^ 進_步包含：無線傳輸處理模組裝置及電 士，位影像滑鼠裝置，進一步包含：有線傳輸處理模組装置。 影像滑鼠裝置，其中該按鍵至少包含：左鍵、右鍵、上捲 置，齡雷射紐射器、光感峨組裝置 上述之數位影像滑鼠裝置，其中該光感測模組裝置至少包含 二:壚光片、光_處理模組、數位訊號處理器模組、多功理尤 板n位影像滑鼠裝置’其中該觸感模組裝置至少包含：導電觸 ，、導電片、觸感處理模組、數位訊號處理器模植、多功能 、主ϊ之數位影像滑鼠裝置，其中該透光片亦可爲其他凡能夠製造^生 象，而能與鏡頭所攝取的背景’共同合成影像的任何裝置“ 影像滑鼠裝置，其中該透明導歧、發総、導光溝僅在 兄、久有光源時才需要使用，當鏡頭有光源時則不需使用。 像魏裝置’其巾該細縣板、發絲、導光溝可爲 /、他任何可産生光源的裝置與材料替代。 ’、、、 200811692 丄地〜妖位影像滑氡裝置，其中該定標點不限於點妝，π & π 識的清晰影像。 民於點狀，乃舄一可供辨 t述之數位影像滑故置，其中該位移比對 供位移比對的影像。 个騎點狀，乃馬-可 本發明提供—種确觀狐裝ϊ ’至少包含： -手機、PDA或其他行動通訊裝置； 一數位影像游標移動裝置； 一訊號輸出模組裝置； 一無線傳輸處理模組裝置。 上述之行動通訊滑鼠裝置，其中該數位影像游 令·夢撼ΓΓ 1，影像游標移動裝置，進一步包 你」頭搞、、且裝置’在鏡頭前端有一透明導光板、發光體，t用途艮 算模組裝置；訊號輪出模組裝置 4:ί:Γίί，以及一鏡賴組;成像模組裝置，其用途在藉由 jfr1* ’在鏡頭失焦的情況下，取得清晰的定標點影像；位移叶 t述之仃動通訊滑驗置，其中該鏡職組裝置，JL少包含·透明導 尤扳、發総、導綺(·或解凡凸域簡可導光 鏡頭模組。 曰疋>»、 龜ΐί之行動通訊滑鼠裴置，其中該成像模組裝置，至少包含:透光片、 疋，點、位移比對點、影像感測器模組、影像處理器模組。 上述之行動通訊滑鼠裴置，其中該位移比對點可置於透光片上，或在 位移計算模組裝置内的徼處理器（CPU)模組進行位移比對。一 t述之行動通訊滑鼠裝置，其中該透光片設於鏡頭後的對焦距離上。 =述之行動通訊滑鼠裝置，其中該鏡頭模組與透光片之間的距離爲一 有效的對焦距離，以取得清晰的定標點與位移比對點影像。 ^述之行動通訊滑鼠裝置，其中該定標點設於透光月的中央位置， 其他較爲適宜的位置。 < 上述之行動通訊滑鼠裝置，其中該發光體的光源，照射到透明導光板 上再利用導光溝將光源分散到整面透明導光板上，讓光源均勻分佈 12 光板上。 200811692 上^之、订動通訊滑鼠裝置’射該鏡頭模组將影像投射到透光片上， 使付透光紅細的定標點、轉峨點與鏡賴㈣攝制的影像 相結合其職生的合絲像，全部投_影像感、模組上，合成 的牙靡模組歧之後，將初具顧彡缝位影像轉傳至影 像處理器模組，_其對影像的修補無正後，就完成—數位影像的 上述之摘翻1狐裝置，進―步包含雷射光投射器、滑鼠按鍵及攝 錄按鍵。 上述之行動通訊滑鼠裝置，其中該按鍵方式採光感測模組裝置及/或 觸感模組裝置。 上述之行動通訊滑鼠裝置，進一步包含簡報操作裝置。 上述之行動通訊滑鼠裝置，其中該簡報操作裝置尚包含簡報按鍵、雷 射光投射器、上捲鍵、下捲鍵、簡報按鍵。 t述之行動通訊滑鼠裝置，其中該透光片亦可爲其他凡能夠製造産生 衫像，而能與鏡頭所攝取的背景，共同合成影像的任何裴置與材 上述之行動通訊滑鼠裝置，其中該透明導光板、發光體、導光溝僅在 鏡頭沒有光源時才需要使用，當鏡頭有光源時則不需使用。 上述之行動通訊滑鼠裝置，其中該透明導光板、發光體、導光溝可爲 其他任何可產生光源的装置與材料替代。 · 上述之行動通訊滑鼠裝置，其中該定標點不限於點狀，乃爲一可供 識的清晰影像。 、 上述之行動通訊滑鼠裝置，其中該位移比對點不限於點狀，乃爲一可 供位移比對的影像。 。 本發明提一種手套式無線滑鼠/簡報裝置 ，至少包含： 一手套載具； 一數位影像游標移動裝置； 13 200811692 —包源供應裝置； 一訊號輸出模組裝置; 一無線傳輸處理模組裝置 上述之手套式無線滑鼠/簡報裝置， 進一步自合· +直具中該數位影像游標移動裝置， 藉由其特殊設計，在鏡頭失焦的情^二：：=_置’具用 移計算模組裝置’·峨輸級崎^况下取如晰的定標點；位 上述之手套式無線滑鼠/簡報裝置，苴 透明導光板、發絲、導光溝(或_；^^_置，至少包含： 是）、鏡麵組。 切等凡凸起或凹陷可導光作用皆 ，該成像模组裝置 其用途爲轉鏡頭所需光源，❹有翻導光板、發光體， 途在藉而ΐί二一鏡頭模組;成像模組裝置，其用 至少包含: i (CPU) 上鼠/簡報裝置’進一步包含簡報操作裝置。 按鍵中該咖作裝置尚包含簡報 套裝ΐ騎鼠7嶋置，射該按鍵採域職組裝置及/ 報裝置’射該透光片村爲其他凡能夠 裝置與材料时。I、鏡麵攝取的背景，朗合成影像的任何 ΐίί在m有裝置’其巾__、發光體、導 光溝可=二=裝置置 200811692 ^ 丄4〜丁套式無線滑鼠/簡報 一可供辨識的清晰影像。 ，其中該定標點不限於點狀，乃爲 上述之手套式無線滑鼠广簡 乃爲一可供位移比對的影像。x罝，其中該位移比對點不限於點狀， 本發明提供一種數位影像3 一數位影像3軸定位裝置^_齡置’至少包含·· 一 3D定位模組裝置； 、一 3D無線定位傳輪模組裝置。 上述之數位影像3D無線定位僂齡 _置，至少包含至少包含數位置’其中該數位影像3軸定位t 移動裝置所産生的X轴、γ *、之=移動裝置，及由數位影像游標 的設計，需經校正X、γ、Z等，其X、Y、Z等軸之初始值均爲0 供後續之3D定位使用。，设，才會自動産生新的3軸參數，以 置，透過校正/組合/計算等的方、、且口置校正3D疋位模組裝 _組裝置。 a魏理她裝置、無轉輪處理模 上述之數位影像3D無線定位雜裝置置。 過3D無線定位操控處理模組裝置操控其他裝置。 /、表载，再透 本發明提供一種數位影像成像裝置，至少包含： 一鏡頭模組裝置； 一成像模組裝置，其用途在藉由其特殊設計，在 下，取得清晰的定標點影像。 八“、、的情況 15 2008J1692t 置’射該鏡職組裝置，至少包含:透明導 鏡頭模組。令尤羼（或槽或洞等，凡凸起或凹陷可導光作用皆是）、 定；立衫像成像裝置，其中該成像模組裝置至少包含:透光片、 ρ私移比對點、影像感測器模組、影像處理器模組。 上，或在位移 蚌立成像裝置，其中該位移比對點可置於透光片 口 一、，、且裝置内的微處理器（CPU)模組進行位移比對。 之^位成像裝置，其中該透光片設於鏡頭後的對焦距離上。 古丄位衫像成像裝置，其中該鏡頭模組與透光片之間的距離爲一 有^:的對:t距離’以取得清晰的定標點影像。 或 ⑩^述之數位影像成像裝置，射該定標點設於透光⑽中央位置 其他較爲適宜的位置。 上述之數位影像成像裝置，其中該發光體的光源，照射到透明導光板 上，再利用導光溝將丨源分散到整面透明導光板上，讓光源均勻分佈 於透明導光板上。 上^之數位影像成像裝置，其中該鏡頭模組將影像投射到透光片上， 使得透光片上清晰的定標點與鏡頭模組所攝錄到的影像相結合，且所 産生的合成影像，全部投射到影像感測器模組上，合成的影像經&像 感測器模組處理之後，將初具成形的數位影像轉傳至影像處理器模 組、，透過其對影像的修補與校正後，就完成一數位影像的圖片資料。、 上述之數位影像成像裝置，其中該透光片亦可爲其他凡能夠製造産生 清晰影像，而能與鏡頭所攝取的背景，共同合成影像的任何裝置盥 料皆可。 上述之數位影像成像裝置’其中該透明導光板、發光體、導光溝僅在 鏡頭沒有光源時才需要使用’當鏡頭有光源時則不需使用。 上述之數位影像成像裝置’其中該透明導光板、發光體、導光溝可爲 其他任何可産生光源的裝置與材料替代。 # 上述之數位影像成像裝置，其中該定標點不限於點狀，乃爲一可供辨 識的清晰影像。 16 200811692 供位移比對的影像 nUr像成絲置’其中錄移崎點不限於餘，乃爲-可 本發明提供-種触影像絲纽，至少包含： 一鏡頭模組裝置； 一 ί像模_置’翻途在藉由其特殊設計，在鏡頭失焦的情況 、、下，取得清晰的定標點影像。 像絲彡、統，其巾該鏡職組裝置，至少包含:透明導 ’體、導光溝(或槽或洞等，凡凸起或凹陷可導光作用皆是）、 鏡頭棋組。 3之數位影像成像系統，其中該成像模組裝置至少包含:透光片、 疋不點、位移比對點、影像感測器模組、影像處理器模組。 土，，數位成像系統，其中該位移比對點可置於透光片上，或在位移 计异模組裝置内的微處理器（CPU)模組進行位移比對。 上述之數位成像系統，其中該透光片設於鏡頭後的對焦距離上。 上述之數位影像成像系統，其中該鏡頭模組與透光片之間的距離爲一 有效的對焦距離，以取得清晰的定標點影像。 上述之數位影像成像系統，其中該定標點設於透光片的中央位置，或 其他較爲適宜的位置。 上述之數位影像成像系統，其中該發光體的光源，照射到透明導光板 上，再利用導光溝將光源分散到整面透明導光板上，讓光源均勻分 於透明導光板上。 上述之數位影像成像系統，其中該鏡頭模組將影像投射到透光片上， 使得透光片上清晰的定標點與鏡頭模組所攝錄到的影像相結合，其所 産生的合成影像，全部投射到影像感測器模組上，合成的影像經影像 感測器模組處理之後，將初具成形的數位影像轉傳至影像處理器模 組’透過其對影像的修補與校正後’就完成一數位影像的圖片資料。 上述之數位影像成像系統，其中該透光片亦可爲其他凡能夠製造産生 清晰影像，而能與鏡頭所攝取的背景，共同合成影像的任何裝置與材 200811692 上述之數位影像成像系統，其中該透明導光板、發光體、導光溝僅在 鏡頭沒有光源時才需要使用，當鏡頭有光源時則不需使用。 上述之數位影像成像系統，其中該透明導光板、發光體、導光溝可爲 其他任何可産生光源的裝置與材料替代。 # 上述之數位影像成像系統’其中該定標點不限於點狀，乃爲一可供辨 識的清晰影像。 ^ 上述之數位影像成像系統，其中該位移比對點不限於點狀，乃爲一可 供位移比對的影像。The digital image cursor moving system described above, wherein the calibration point is not limited to a clear image for identification. ^ T The above-mentioned digital image cursor moving system, wherein the displacement comparison point is not limited to a dot shape, and an image which is available for displacement alignment. The present invention provides a digital image mouse device comprising at least: a carrier; a digital image cursor moving device; a button; a signal output module device. The digital image mouse device has a video camera cursor moving device into a two-head module, a mirror wire, a light source, and a lens module; an imaging module device. The purpose is to obtain a clear calibration point image in the case of head out of focus; displacement meter i mode, guard device, signal output module device. The digital image of Shishi is shot by the model, and the model is shouted. The model is the level, the axis of the guide, or the bribe. (4) The county side. = The above-mentioned digital image mouse device, where the imaging model is punctuated and displaced. _ point, image leg group, image processing • transparent film, upper speed, image image mouse farm, wherein the displacement comparison point can be placed on the light-transmissive sheet displacement calculation module device _ micro (4) ((10)) The module performs displacement comparison. 'Upper mouse device' wherein the light transmissive sheet is disposed at a focusing distance behind the lens. The distance between the fiber-receiving group and the station (four) is one, ..., and the clear calibration point and displacement point image are obtained. 200811692 The device 'where the calibration point is set at the center of the light-transmissive sheet, or the above-mentioned digital image mouse device, wherein the light source of the illuminant is irradiated to the transparent transparent light-guiding plate The sentence distribution iii light film ===, wherein the mirror group projects the image onto the light-transmissive sheet, and the synthetic image produced by the image of the image captured by the lens module All are projected onto the image sensor_module, and after the image processing is performed, the digital image that has been formed is transferred to the module; after the module is repaired and corrected by the image, The completion-digital video input step includes: a wireless transmission processing module device and a telecommunication device, a bit image mouse device, and further includes: a wired transmission processing module device. An image mouse device, wherein the button comprises at least: a left button, a right button, an upper roll, an age laser beam launcher, and a digital image sensor device, wherein the light sensor module device comprises at least 2: 垆光片, 光_处理模块, digital signal processor module, multi-function slab n-bit image mouse device' wherein the touch-sensitive module device comprises at least: conductive touch, conductive sheet, touch The processing module, the digital signal processor, the multi-function, the main digital image mouse device, wherein the light transmissive film can also be used for other backgrounds that can be produced by the lens. Any device of the image "image mouse device, in which the transparent guide, hair, and light guide groove are only needed when the brother has a long light source, and it is not needed when the lens has a light source. Like the Wei device' The county plate, hairline, and light guide groove can be replaced by any device and material that can generate a light source. ',,, 200811692 丄地~妖妖像滑氡装置, where the calibration point is not limited to point makeup, Clear image of π & π In the point of the point, it is a digital image that can be discerned, and the displacement is compared to the image for the displacement. The riding point is the same as that of the horse. ϊ 'At least: - mobile phone, PDA or other mobile communication device; a digital image cursor mobile device; a signal output module device; a wireless transmission processing module device. The above mobile communication mouse device, wherein the digital video game令·梦撼ΓΓ 1, the image cursor moving device, further includes you, and the device 'has a transparent light guide plate, illuminator at the front end of the lens, t-use calculation module device; signal wheel out module device 4: ί:Γίί, and a mirror group; the imaging module device is used for obtaining a clear calibration point image by jfr1*' in the case of lens out of focus; Among them, the mirror group device, JL contains less · transparent guide, hairpin, guide 绮 (· or solve the convex domain can be light guide lens module. 曰疋 gt;», turtle ΐ 行动 action communication mouse 裴Positioning, wherein the imaging module device, at least The invention comprises: a light-transmissive sheet, a crucible, a point, a displacement comparison point, an image sensor module, and an image processor module. The above-mentioned mobile communication mouse device, wherein the displacement comparison point can be placed on the transparent sheet. Or the displacement processor (CPU) module in the displacement calculation module device performs displacement comparison. A mobile communication mouse device, wherein the light transmission sheet is set at a focusing distance behind the lens. The communication mouse device, wherein the distance between the lens module and the transparent sheet is an effective focusing distance, so as to obtain a clear calibration point and displacement comparison point image. The punctuation is set at the center of the light-transmitting month, and other suitable positions. < The above-mentioned mobile communication mouse device, wherein the light source of the illuminator is irradiated onto the transparent light guide plate, and the light source is dispersed by the light guide groove The transparent light guide plate allows the light source to be evenly distributed on the 12-plate. 200811692 On the ^, the mobile communication mouse device 'shot the lens module to project the image onto the light-transmissive film, so that the light-transparent red calibration point, the turning point and the mirror (four) filmed image combined with their occupational students The image of the combined wire, after all the projections on the image, the module, and the synthetic jaw module, the image of the initial stitching is transferred to the image processor module, and the image is repaired without any correction. Then, the above-mentioned one-of-a-kind 1 fox device of the digital image is included, and the step-by-step includes a laser light projector, a mouse button, and a recording button. The above-mentioned mobile communication mouse device, wherein the button mode is a light sensing module device and/or a touch sensor device. The above mobile communication mouse device further includes a briefing operation device. In the above mobile communication mouse device, the presentation operation device further includes a briefing button, a laser light projector, a scroll button, a scroll button, and a briefing button. The mobile communication mouse device, wherein the light transmissive film can be any other device and material communication mouse device that can produce a shirt image and can be combined with the background captured by the lens. The transparent light guide plate, the illuminant, and the light guide groove are only needed when the lens has no light source, and are not needed when the lens has a light source. The above-mentioned mobile communication mouse device, wherein the transparent light guide plate, the illuminant, and the light guide groove can be replaced by any other device and material capable of generating a light source. · The above-mentioned mobile communication mouse device, wherein the calibration point is not limited to a dot shape, but is a clear image that can be recognized. The above-mentioned mobile communication mouse device, wherein the displacement comparison point is not limited to a dot shape, but is an image for displacement comparison. . The invention provides a glove type wireless mouse/presentation device, comprising at least: a glove carrier; a digital image cursor moving device; 13 200811692 - a package source supply device; a signal output module device; a wireless transmission processing module device The glove type wireless mouse/presentation device described above is further self-contained and directly equipped with the digital image cursor moving device. With its special design, the lens is out of focus. The module device '······················································· , at least: Yes), mirror group. The imaging module device is used for turning the light source required for the lens, and the light guide plate and the illuminator are turned over, and the lens module is used for the lens module; the imaging module The device, comprising at least: i (CPU) upper mouse/presentation device 'further comprising a presentation operating device. In the button, the coffee maker also includes a briefing package, a ΐ 鼠 嶋 嶋 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , I, the background of the specular ingestion, any ΐ ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί Clear images for identification. Wherein the calibration point is not limited to a dot shape, but the above-mentioned glove type wireless mouse is an image which can be displaced by displacement. X罝, wherein the displacement comparison point is not limited to a dot shape, and the present invention provides a digital image 3 digital image 3-axis positioning device ^_aged' at least includes a 3D positioning module device; a 3D wireless positioning transmission Wheel module device. The above-mentioned digital image 3D wireless positioning age _ set includes at least a number of positions 'where the digital image is positioned by the 3-axis, the X-axis generated by the mobile device, the γ*, the mobile device, and the design of the digital image cursor It needs to be corrected by X, γ, Z, etc., and the initial values of X, Y, Z and other axes are all 0 for subsequent 3D positioning. , set, will automatically generate a new 3-axis parameter, set, through the correction / combination / calculation, etc., and the mouth correction 3D clamp module assembly _ group device. a Wei Li her device, no revolving processing module The above digital image 3D wireless positioning miscellaneous device. The 3D wireless positioning control processing module device controls other devices. The present invention provides a digital image forming apparatus comprising at least: a lens module device; and an imaging module device whose use is specifically designed to obtain a clear calibration point image. Eight ",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The vertical shirt image forming device, wherein the imaging module device comprises at least: a light transmitting sheet, a ρ private shifting comparison point, an image sensor module, an image processor module, or a displacement standing imaging device, The displacement comparison point can be placed on the transparent film port, and the microprocessor (CPU) module in the device performs displacement comparison. The position imaging device, wherein the light transmission film is disposed behind the lens The distance between the lens and the light-transmissive film is a distance between the lens module and the light-transmitting sheet: a distance of ^: t distance to obtain a clear calibration point image. The imaging device is configured to set the calibration point at a more suitable position in the central position of the light transmission (10). The above-mentioned digital image imaging device, wherein the light source of the illuminator is irradiated onto the transparent light guide plate, and then the light source is used to guide the source Disperse on the entire transparent light guide plate, let the light source Evenly distributed on the transparent light guide plate. The digital image forming device of the upper lens, wherein the lens module projects the image onto the light transmissive film, so that the clear calibration point on the light transmissive film is combined with the image captured by the lens module. And the generated synthetic images are all projected onto the image sensor module, and the synthesized image is processed by the image sensor module, and then the digital image that has been formed is transferred to the image processor module. After repairing and correcting the image, the image data of a digital image is completed. The above-mentioned digital image forming device, wherein the light transmissive film can also be used for other lenses that can produce a clear image and can be taken with the lens. Background, any device for synthesizing an image may be used. The above-mentioned digital image forming device 'where the transparent light guide plate, the illuminant, and the light guide groove need to be used only when the lens has no light source, 'there is no need when the lens has a light source The above-mentioned digital image forming apparatus 'where the transparent light guide plate, the illuminating body and the light guiding groove can be replaced by any other device and material capable of generating a light source # The above-mentioned digital image forming apparatus, wherein the calibration point is not limited to a dot shape, but is a clear image that can be recognized. 16 200811692 The image of the nUr image for displacement alignment is set to be 'there is no limit to the recording point. The present invention provides a type of touch image wire, comprising at least: a lens module device; a picture module _ set 'turning through the special design, in the case of the lens out of focus, Clear calibration point image. Like the silk thread, the system, the towel assembly, at least: transparent guide body, light guide groove (or groove or hole, etc., where the protrusion or depression can guide light) The digital chess imaging system, wherein the imaging module device comprises at least: a light-transmissive sheet, a stencil, a displacement point, an image sensor module, and an image processor module. A digital imaging system in which the displacement comparison point can be placed on a light transmissive sheet or a displacement comparison is performed by a microprocessor (CPU) module within the displacement meter module device. In the above digital imaging system, the light transmissive sheet is disposed at a focusing distance behind the lens. In the above digital image imaging system, the distance between the lens module and the light transmissive sheet is an effective focusing distance for obtaining a clear calibration point image. In the above digital image forming system, the calibration point is set at a central position of the light transmissive sheet, or other suitable position. In the above digital image imaging system, the light source of the illuminator is irradiated onto the transparent light guide plate, and the light source is dispersed by the light guide groove to the entire transparent light guide plate, so that the light source is evenly distributed on the transparent light guide plate. In the above digital image imaging system, the lens module projects the image onto the light-transmissive sheet, so that the clear calibration point on the light-transmissive film is combined with the image captured by the lens module, and the synthetic image generated by the lens module is all projected. After the image is processed by the image sensor module, the synthesized image is transferred to the image processor module, and the image is repaired and corrected by the image sensor module. A picture material of a digital image. The above-mentioned digital image imaging system, wherein the light transmissive film can be any other device and material that can produce a clear image and can be combined with the background captured by the lens, and the digital image imaging system described above, wherein The transparent light guide plate, illuminator, and light guide groove are only needed when the lens has no light source, and are not needed when the lens has a light source. The above-mentioned digital image forming system, wherein the transparent light guide plate, the illuminant, and the light guiding groove can be replaced by any other device and material capable of generating a light source. # The above-mentioned digital image imaging system' wherein the calibration point is not limited to a dot shape, but is a clear image that can be recognized. ^ The digital image imaging system described above, wherein the displacement comparison point is not limited to a dot shape, but is an image for displacement alignment.
本發明提供一種筆型滑鼠裝置，至少包含： 一筆型載具； 一數位影像游標移動裝置； 一訊號輸出模組裝置。 上述之筆型滑鼠裝置，其中該數位影像游標移動裝置，進一步包含： 鏡頭模組裝置’在鏡麵端有-透明導絲、發光體，其用途爲取得 鏡，，需絲，以及-綱歡；成像模組裝1，其職在藉由其特The invention provides a pen type mouse device, which comprises at least: a one-piece carrier; a digital image cursor moving device; and a signal output module device. The above-mentioned pen type mouse device, wherein the digital image cursor moving device further comprises: the lens module device 'having a transparent guide wire and an illuminant at the mirror end, the purpose of which is to obtain a mirror, a wire, and a Huan; imaging module assembly 1, its role in its special
在鏡頭失焦的情況下，取得清晰的定標點影像；位移計算 、、且裝置；訊號輸出模組骏置 、 i述ί筆型滑鼠襄置’其中該鏡麵組裝置，至少包含:透明導光 Ξ模Ϊ光體、導光溝(或槽或洞等凡凸起或凹陷可導光作用皆是）、ί =之筆型滑鼠裝置，其中該成像模組襞置 =、位移比對點、影像感·模組、影像處理雜組。九片- ΐΐί/Λ滑/装置’其中該位移比對點可置於透光片上，或在位 ί_微處理11 (CPu)模組騎位移比對。 土’ ΐ:該透光片設於鏡猶的對焦距離上。 效的對焦距離，^得清晰組與透細之間的距離爲一有 ㈢晰的疋私點與位移比對點影像。 18 200811692 丄a〜事型滑敗裝置，其中该疋標點設於透光片的中央位置，或其 、他較爲適宜的位置。 上述之筆型滑鼠裝置，其中該發光體的光源，照射到透明導光板上， 再利用導光溝將光源分散到整面透明導光板上，讓光源均勻分佈於透 明導光板上。 上述之筆型滑鼠裝置，其中該鏡頭模組將影像投射到透光片上，使 -得透光片上清晰的定標點、位移比對點與鏡頭模組所攝錄到的影像相 •=合，其所産生的合成影像，全部投射到影像感測器模組上，合成的 影像經影像感測器模組處理之後，將初具成形的數位影像轉傳至影像 處^器模组，透過其對影像的修補與校正後，就完成一數位影像的圖 片資料。 上，之筆型滑鼠裝置，進一步包含雷射光投射器、點選鍵、鍵、 大聲鍵及小聲鍵。 鼠裝4 ’其巾雜鍵村可採域職組裝置及/或觸 上述之筆型滑鼠裝置，進一步包含簡報操作裝置。 ΐίί#型滑鼠裝置，財該驗操絲置尚包含祕按鍵、雷射 先技射、上捲鍵、下捲鍵。 田扣 ϋί筆^鼠裝置，其+該透光片亦可爲其他凡能夠製造産生清 皆^。’而能與鏡頭所攝取的背景，共同合成影像的任何裝置與材料 -百筆型7骨鼠裝置’其中該透明導光板、發光體、導光、、蓋僅，户 碩沒有光啊才㈣湘，f倾科賴在鏡 上述之签f 讀猶光源_不需.使用。 他任何可的ί置縣板、發光體、導光溝可爲其 的清晰影^。滑乳裝置’其中該定標點不限於點狀’乃爲一可供辨識 位的H鼠裝置’財雜移轉點稀於點狀，乃爲一可供 19 200811692 型滑鼠裝置，進—步包含：無線傳輪處理模_置及電源 Ιϊίϊ型滑鼠裝置’進一步包含:有線傳輸處理模組裝置。 署滑鼠裝置’進一步包含：筆身、筆蓋、夾子、記憶體裝 、電子産品裝置、電子產品P侧裝置、電子接頭、 °二_ 大聲鍵、小聲鍵、螢幕顯示裝置、耳飢、麥克風:剩=。、錄曰鍵、 本發明提供一種數位影像滑鼠簡報裝置，至少包 一載具； ‘ 一數位影像游標移動裝置； _ 一按鍵； 一簡報操作裝置； 一訊號輸出模組裝置。 上述之數位影像滑鼠簡報裝置，進一步包含簡報操作裝 愤簡報操作裝置;包含 【實施方式】 請參考第-圖’系顯示本發明數位影像游標移動 =發明數蝴㈣標雜裝置⑽，結包含：鏡娜圖在 鏡頭前端有-透明導光板22、發光體26，以及 掇=20 ^ 途爲取得鏡頭所需光源·，成像模組裝置4〇28，其用 計，在鏡頭失焦的情況下，取得清ejm藉由其特殊設 像，以做爲位移計算以及判讀有影 置⑼，-但判讀到有位移情形時，即===位移計鼻模組裝 f戰移献-、故喊 電子訊號，並轉傳輸出。 mu將位移貝枓轉爲 該實施例的連結方式解說如下；當滑鼠貼于总 底部缺少自然統，因此藉峰光體 吏糾因/月紙 •务尤骽26的先源，照射到透明導光板 20 200811692 ΐ先^Γ散凡凸起或凹陷可導光作用皆是） 均勻分佈於透明導光板22上 j增加其亮度’讓光源 不一，進而影響到攝錄影像的品質二处，造成四周光源強弱 以避免所難影像變形，造辆像判儘量_標準鏡頭， 片42之間的距離爲一有效的對m的鏡頭模組28與透光 的清晰度，射縣得縣# 響影像 影像，所以鏡頭模組28與透光片4244與位移比對點妨 對焦距離30上；不論影像是卵鏡定要保持在有效的 42上，使得透光片42而她，均要投射到透光片 組28所攝錄到的影像相結合，麵"；立2匕對點邮與鏡頭模 980)，全部投射到影像感測器模組生象(如：實驗照片 組48 (如⑽⑽）處理之後，將初具===== 理器模組50，透過其對影像的修補盘校正 ，象，傳至汾像處 =组62中暫存’此時微處理器（cpu)模組64不斷自記g $ 中，抓取最新進的資料與前—比資料做比較，首先比較位^比對點 46，其比對方式爲在微處理器（cpu)模组&内的最後一 ，、盥 =記憶體模組62内之最新-筆資料，其位移比對點46是否相同，^ 2同，即代表滑鼠曾經移動過，因此即展開定標點 動作’並自動計算出其位差、位移的方向、速度距離等=胃 ^結果如定標點連續位移顯示66所示。另如位移比對點46的資料盘 财-筆的資料皆㈣時，則代表滑鼠未曾移動過，所以不做下二^ 執行動作；當微處理器（CPU)模組64内有新的資料産生時，就 接轉入數位訊號處理器模組82内，將資料轉換成電子訊號，透過^ 線84將電子訊號輸出。魏線86是將電源供應給上述的元件使用。 請參考第二圖，系顯示本發明光感測模組裳置之方塊圖 光感測模組裝置200，至少包含：導光口 22〇，其主要用途是將光^正 確的導入其位置；觀片222，主要是透過濾光選擇，可以利 21 200811692 廿但个鬥光譜的特性’有效過濾所 干擾，縮短辨識速度，提高使用.、老"、减〉、不必要的 aw 间彳更用功能；光感測處理模組23η，θ收以 本模組之處理後轉成電子訊號；數位訊號處理器模 ^用來修整光感測處理模組23G所傳輸進來的電子、、修 fff電子減更加敎，賴雜傳至多魏處麵21G\ 組（Α)240至少包含：導光口 22〇、读 f 1ϋ光感測 數位管虛理賴相89上在慮光片 光感測處理模組23〇、 =訊说處理純組82。光感測組（Β ) 25{)、光感 f f組（D)謂’其内容與光感測組⑷24❻相同，故不 =鲁 通备多功能處理器_，其用途爲將多個光感測組（A/Bd此贅 ^彙整傳來的電子峨，將雌及魏設計上的獨， 再將電子訊親過傳輸線84，轉傳至砰歧用。 、。後 電源線86是將電源供應給上述的元件使用。 傳輸線84是用來傳送電子訊號之用。 請參考第三®，_示本發賴賴組裝置之方塊圖。本發 感模組&置3GG，至少包含：導電觸板32{)，其主要用途是縮小與指定 觸感的，置，以達到快速且有效率的點選功能；導電片322，爲一電 極片’藉由人體的帶電狀態，與本導電片322相接觸之後，即可產生 一電子訊號，再將此電子訊號導入觸感處理模組33〇 ;觸感處理模組 =0 ’將導電片322所導入的電子訊號，經其修整後讓電手訊號更加穩 定，然後再轉傳至多功能處理器21〇。至於觸感組（A) 34〇、觸感組 (B ) 350、觸感組（c ) 360、觸感組（D ) 380等均與第二圖所载 之功能及效益相同，因此不再贅述。 電源線86是將電源供應給上述的元件使用。 傳輸線84是用來傳送電子訊號之用。 請參考第四圖，系顯示本發明數位影像滑鼠裝置之方塊圖。本發 明數位影像滑鼠裝置400，至少包含：訊號輸出模組裝置80、傳輸線 84、數位影像游標移動裝置1〇〇、光感測模組裝置2〇〇，及/或觸感模 組裝置300、左鍵410、右鍵412、上捲鍵414、下捲鍵416、電源供 應裝置420、無線傳輸處理模組裝置45〇、簡報按鍵56〇、簡報操作裝 22 200811692 射光投射器552、桌上電腦460、筆記型電腦-、工章型 電腌464、影音/娛樂/電玩裝置466。 絲 的連結方式爲，當仙者在使職位影像賴裝置棚 =可以透過數位影像游標移動裴置100來驅動滑鼠的位 ， 同時亦可搭配雷射光投射器552共同使用，讓游標處亦有雷射光 現’更易於辨識游標之位置；並經由訊號輪出模組裝置8〇處理過後， 再透過無轉祕_域置，將此奸峨輸出至桌 上電腦460、筆記型電腦462、工業型電腦464、影音^/娛樂/電玩^ 置466等上使用。然後亦可操作滑鼠上的左鍵41〇、右鍵、上捲鍵 414、下捲鍵416等，可以使用光感測模組裝置2⑽及/ 置300，來配合游標的動作，以操減選取使用者所需的功能。、、、裝 電源線86是透過電源供應裝置420將電源供應給上述的元件使 用0 左鍵410、右鍵412、上捲鍵414、下捲鍵416等，可以使用光威 測模組裝置200，及/或觸感模組裝置300，單獨或混合使用皆可。 當要使用簡報裝置時，在本發明數位影像滑鼠裝置4⑼中新增加 簡報操作，也就是說爲了讓使用者在商務活動方面更加便捷，因此而 新增此裝置。其實施連結方式爲先按簡報按鍵560後，就啟動簡報操 作裝置550，然後就開啓雷射光投射器552，若要使用上下翻捲螢幕 _時，只要再按上捲鍵414或下捲鍵416即可，然後會將電子訊號經由 簡報操作裝置550處理後，再將電子訊號轉輸至訊號輸出模組裝置 及無線傳輸處理模組裝置450,傳輸至桌上電腦460、筆記型電腦462、 工業型電腦464、影音/娛樂/電玩裝置466等上，另視其需要可配 合投影機一起使用。 無線傳輸處理模組裝置450是將所選取的電子訊號，經無線傳輸 的方式送出，故凡可傳送無線訊號的裝置，如：藍牙、RF、紅外線、 微波、FM/AM、無線寬頻網路、手機、PHS、PDA · ·等皆屬之。 請參考第五圖，並請參照第四圖之實施例；系顯示本發明行動通 訊滑鼠裝置之方塊圖。本發明行動通訊滑鼠裝置500，至少包含:手 23 2〇〇811692_^ 偶wn成其他行動通訊裝置51〇、 按鍵區540。其手機、ρΜ或其他行動^機文數位/功能 處提出說明。裝置0類似，故在此不再贅述，僅就其不同之 鼠魏時’只要按滑鼠按鍵57可 ====，峨簡報娜叫可操 r至=報圖，發明戴頭式 ㈣型〜戴頭式載具滑鼠錢_，及/_〜 ^使用 滑鼠裝置65G與無線滑鼠/簡報操控器裝置_ 標移鼠裝置㈣’至少包含一數位影像游 ^ , 、電源供應裝置420、訊號輸出模組裝置80、盎線傳 1理模組裝置·，其連結方式、功能與前述— 此費= 帽子載具622爲承载上述元件。 艾不冉此負述 醜絲縣鼠錢650，結包含—數位影像游 i電源供應裝置420、電源線86、傳輸線84、訊號輪 出模、减置80、無線傳輸處理模組裝置45〇，其連結方式、功能與前 、無線滑鼠/簡報操控器裝置680，是將A〜帽子型〜戴頭式載具 滑鼠裝置620，及/或B〜眼鏡型〜戴頭式載具滑鼠裝置65〇所傳輪 出來的無線電子訊號，透過本裝置上的滑鼠按鍵57〇、左鍵41〇、右鍵 412、上捲鍵414、下捲鍵416，及/或透過簡報按鍵560、簡報操作 裝置550、雷射光投射器552等來執行，與桌上電腦460、筆記型電腦 462、工業型電腦464、影音/娛樂/電玩裝置466等搭配使用，其連 結方式、功能與前述一致，故不再此贅述。 本裝置之用途最適宜行動不便、傷殘人士、臥病在床，或經常需 要且長時間持續之工作者使用。如能與無線骨導傳輸通訊裝置及系统 24 _述一致，故不再此贅述，眼鏡載具邸2爲承載上述元件。 ^ 200811692 ’同時間更能滿足使用者之說與聽方面的需求。 二ί考第七圖，並請參照第四圖之實施例；系顯示本發明手套式 、泉⑺乳/簡報裝置之方塊圖。本發明手套式無線滑鼠/簡報裝置 70=至少包含··手720、手套載具·;在手套载具上至少包含： 指套742 ;在手背套744上又至少包含一電子裝置區 龟 置區7洲内至少包含··數位影像游標移動裝置lQ〇、電 ^應、職輸麟組裝置⑼、無線傳輸處理模絲置450、 二媒呆扮甘泳550、雷射光投射器552。因每個手指使用的按鍵功能不 滑鼠按鍵570、左鍵1 /|4 _42上至少包含： 按鍵_等來執行，轉、下麵權、簡報 464、影音/娱半/雷ς、相型電腦462、工業型電腦 述-致，故不再此贅述。 ⑽ >、運，方式、功献别 本裝置除了可取代原傳統式造 品、無線搖控産品、3C家電產口· # /使用亦可與電玩產 産品，本裝置具輕巧、易攜帶：；更利適宜搭配使用的 電源線86是透過電源供庫裝 ^佳專優點。 用。 w置420辟電源供應給上述的元件使 請參考第八圖，系顯示本發明數 置之方塊®。本發贼位影像3D = n轉輸/操控裝 包含：數位影像3D無線定位傳輸f ^立傳輸/操控裝置_，至少 將定位資料轉換成一可供無線之雷’是爲産生3D定位資料及 模組裝置880，爲可接收前述之叙綠=訊號、3D無線定位操控處理 號轉成可供操控的功能。 “、、、、得輸之電子訊號，並將此電子訊 本裝置之實施例如下：在數位旦 少包含：數位影像3軸定位裝置^ D無線定位傳輸裝置810内至 裝置100産生的X軸822、γ軸824 ’至少包含由數位影像游標移動 初始值均爲0的設計，需經校正Z輛跳、，其X、Y、Z等軸之 25 、2等軸後，才會自動産生新的 200811692 =錄，賴後續之3D定錢用；3 數健螺儀模组裝置842、3D定位丄=〇二至少包含 置846，透過校正/组合/計曾箄衷且844仅正3D定位模組裝 邪無線定位傳輸寺至的 電源；訊號處理模組裝置850，修整電子置·，可提供 其連結方式爲，在第-用輸出去。 =過3D無線定位操控處理模、8 業鞋然 _，下載其3D定位初始值至如定 内=控處_組袭置 模組裝置846，從既有的前述下载體&840内的校正邪定位 卿、Y軸824、Z抽J Γ!!式中，取得已設定之X軸 傳至數位影像3輛定位裝置^將^再將此資料轉 :的初始值，此時就與軟體程設上的3D定位參數致’，代原均爲 X軸822、γ軸824、7畆㈣松 參數值一致，自此開始當 如有任何轉8#，H t 6 #上峨郷像游標移練置1G0位置 陀螺儀模組裝置8』的定:產^的3D定位參數值’然後再配合數位 ^ ^ 3D £ 得一鱗與最新的邪定位參數資料Γ 异與修正後，就可以取 翁，正3D定位模組裝置8妨除第一次使 過私中，亦可將此功能設計在 j用之外’在執行 是避免在執行的^中^^精准、雜，讓二者合而爲一；主要 成'讓虛擬操控更符合定_差’進而影響到實際運作 麵彳4，賴域處理模吻 伽，組裝置1之無線傳輸處__ 咖的訊號處理^再^^電—子訊《，透過訊號處理模組震置 再傳輪至3D定位模組882取得新的汕定位參數 26 200811692 但說，聊此電子訊號傳輸至操控處理模组 操控的電子訊號或直接操控裝置。、、’裝置884 ’然後再轉成可供 數位影像3軸定位裝置腦，其主要 Y、Z)上’利用數位影像游標移動裝置刚，軸面（X、 824、Z軸826等之定位參數值。 獅件X軸822、Y軸 用。電源線86是透過電源供應裝置42〇將電源供應給上述的元件使 明·參考第九圖，並亦請參照第八 擬操控裝置之方塊圖。本發明不本發明3D無線虛 綁帶/系帶/黏扣/帶391ί、Ϊ虛^控裝置_，至少包含： 線定位傳輸裝置_、邪無線定位:ϋ挂#勾920、數位影像邪無 帶/黏扣/帶吊帶91〇，是一载且，置880。綁帶/系 輪裝置810。扣帶環/挂自q3七 數位衫像3D無線定位傳 /帶吊_之用勾920 ’是用來扣緊或绑緊綁帶/系帶/黏扣 嫩嫩處理模 此不再贅述。 Ό式等祕第八圖已解說甚詳，因此在 定位2自^^象邪無線定位傳輸裝置810所產生新_ 袭置直接或間接操控理f組裝置880中，然後透過本 其應用範圍可達商章搖控飛行载具裳置930， =，擬世界中，與其内之人事物等二合而爲= 船艇载具裝置940，者沲參又杜斗、,十4 m 中的祕杯齡1 象或水下過深時，可用於執行海上或水 、務健’可精域具的運送，將人賊物資轉運至目的地； 27 200811692 及其他未瓣，爾合本裝置 Λ目麟，纟顯示本發明 950，至少包含.r#^方塊圖。本發明無線定位導行/導覽裝置 竭定:==^位動無線定位傳輸裝置細、 觀方式、功能與前述-致，故不再此費述。 置：^交^輸，裝置刪，一種用於管理交通運輸之裝 旅游莫财、^紅外鮮感齡統混合或單獨麵；交通 的如轉置962，將本裝置的3D定位資料，與交通旅遊導行等 =體，=庫相結合，讓遊客_取得旅訊，或知其所在地點、 Γί = 車管理系統裝置964，透過本裝置的邪定位資料，可 j車官理祕相結合，讓駕駛者容易取得停車資誠及付款，促進 t皁場車_流軸紐鮮理；行_具賴祕裝置966，本裝 置的3D戈位資料，可與車輛相結合，透過車型與用途的登錄，可利^ 路網的資訊與管理，設定防撞的功能；室内外導覽系統裝置_，利 用本^置的3D定位資料，在地下室賴場所或戶外，經由導覽系統作 ，取得參訪地之資訊，或知其所在地點、位置；機場出入境旅客管理 系統裝置970，當旅客進入機場後，常因不瞭解進出入境及停車場等 之動線，易延誤登機時間，航管人員可透過本裝置來管理旅客；倉儲 作業及運輸管理系統裝置972，利用本裝置的3D定位資料，可以隨時 草握^物之流通與擺置之位置’以提高存取貨之時效與速度；行動载 具管理系統裝置974，利用本裝置的3D定位資料，可以有效掌控行動 载具所在之位置及其身份資料，以便調度、更新、維修、保養等運作， 如：船舶、車輛、車箱、車頭、機具、載具· ·等。 请參考弟十一圖’並請參照第四圖、第五圖及第七圖之實施例； 系顯示本發明筆型滑鼠裝置之方塊圖。本發明筆型滑鼠裝置⑽5，除 原滑鼠與簡報等應具有之裝置外，還至少包含:筆身986、筆蓋987二 200811692 ，，， 八4 uuu記憶體裝置989、電子産品裝置g卯、 電子接頭992、點選鍵993、錄音鐽_ n生口口開關裝置991、 螢幕顯示裝置997、耳機孔998、麥克風999尸小聲鍵996、 裝置娜其有關之滑鼠盥簡報笨、^^克風"9、軌984。本筆型滑鼠 圖及第結=、功_第四圖、第五 β 丹負迷僅就其不同之處提出說明。 兮夕π本發明功能筆型裝置985除了沿襲前遂既有的滑鼠與朽報等功 效之外’另可與現今市場較爲流行的 3 通訊裝置産品相結合使用。 或热線月導 ^要啟動簡報功能時，只要按簡報按鍵咖即可摔作使用。 現就其個卿份，解·功能：筆身 =麵作使用 承載與本裝置糊之各種元件；筆蓋3 觀用於 可保護電子接頭992之部份；夾子988，可將^外’另亦 任何適當之處，以方便攜帶與使用；裝、的筆侧夾於 或插卡方式建置，其主要之目的是爲電If:: 建及/ 的資料儲存之處，及/或可直間接將外界之資“ 、另一更大 電子產品裝置_，是以各類之行 =產品裝置;電子接頭992，除了可做爲==電或 鍵993，可自由選取各_同頻道之多媒體及人Π傳^作，；點選 麵音鍵994，可供錄音使用之按鍵；大聲鍅Q — ° σ函專訊息； 小聲鍵_，調整小聲音量之用；螢幕顯聲音量之用； i媒體資訊之用，但亦可用於商務、電玩或信函 ^用於顯示 音猎由耳機裝置傳人耳部’可獨自聽音， ^孔_ ’將聲 麥克風999，將聲音輸入至電子産品裝置_内二到他人； 訊息之用；喇叭984，將電子産品装置99〇之立’、二子或傳輪聲音 來。 荦曰，藉此裝置播放出 29In the case of the lens out of focus, a clear calibration point image is obtained; the displacement calculation, and the device; the signal output module is placed, and the mirror type device is included, wherein the mirror group device includes at least: transparent The light guide type illuminating body, the light guiding groove (or a groove or a hole, etc., where the protrusion or the recess can guide light), the ί = pen type mouse device, wherein the imaging module is set to = displacement ratio Point, image, module, and image processing. Nine pieces - ΐΐί/Λ滑/装置' where the displacement comparison point can be placed on the light transmissive sheet, or in the bit ί_Micro Processing 11 (CPu) module ride displacement alignment. Soil ΐ: The light-transmissive sheet is placed at the focusing distance of the mirror. The effective focusing distance, ^ the distance between the clear group and the transmissive is one. (3) The clear smear point and the displacement point image. 18 200811692 丄a~Thinking device, where the 疋 punctuation is located at the center of the light-transmissive sheet, or its suitable position. In the above pen type mouse device, the light source of the illuminator is irradiated onto the transparent light guide plate, and the light source is dispersed on the entire transparent light guide plate by the light guide groove, so that the light source is evenly distributed on the transparent light guide plate. In the pen type mouse device described above, the lens module projects the image onto the light-transmissive sheet, so that the clear calibration point and the displacement comparison point on the light-transmissive sheet are combined with the image captured by the lens module. The synthesized images generated by the image are all projected onto the image sensor module, and the synthesized image is processed by the image sensor module, and the digital image that has been formed is transferred to the image module. After repairing and correcting the image, the image data of a digital image is completed. The upper pen type device further includes a laser light projector, a click button, a key, a loud key, and a small sound key. The rat 4''s can be used in the area of the village and/or the pen-type mouse device, and further includes a briefing device. Ϊ́ίί# type mouse device, the money checker still contains secret buttons, laser first shot, scroll button, scroll button. Tian buckle ϋ 笔 pen mouse device, the + light-transmissive sheet can also be used for other production. 'And any device and material that can be combined with the background of the lens to synthesize the image - the hundred pen type 7 bone mouse device', the transparent light guide plate, the illuminant, the light guide, the cover only, the household has no light (4) Xiang, f leaning in the mirror in the above sign f read the light source _ no need to use. Any of his possible plates, illuminators, and light guides can be used for clear images. The milking device 'where the calibration point is not limited to the point shape' is an H mouse device for recognizing the position. The wealth transfer point is thinner than the point shape, which is a 19200811692 type mouse device. Including: wireless transmission processing module _ set and power supply Ιϊ ϊ type mouse device 'further includes: wired transmission processing module device. The Department of Mouse Device' further includes: pen body, pen cover, clip, memory device, electronic device, electronic product P side device, electronic connector, ° _ loud button, small voice button, screen display device, ear hunger , microphone: left =. The invention provides a digital image mouse presentation device, at least one carrier; ‘one digital image cursor moving device; _ one button; one briefing operation device; one signal output module device. The above-mentioned digital image mouse presentation device further includes a briefing operation anger intensive presentation operation device; including [embodiment] Please refer to the first figure] showing the digital image cursor movement of the present invention = invention number butterfly (four) standard device (10), the knot includes : At the front end of the lens, there are - transparent light guide plate 22, illuminant 26, and 掇 = 20 ^. To obtain the light source required for the lens, the imaging module device 4 〇 28, the meter is used, and the lens is out of focus. Under the ejm, the ejm is obtained by its special image, as the displacement calculation and the interpretation has a shadow (9), but when the displacement is calculated, the === displacement gauge is assembled and the warfare is assembled. Shout the electronic signal and transfer it out. The explanation of the connection mode of the shifting shellfish to the embodiment is as follows; when the mouse is attached to the total bottom, the natural system is lacking, so the source of the peak light body 吏 因 / 月 月 月 • • • , Light guide plate 20 200811692 ΐ Γ Γ 凡 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起 凸起Cause the surrounding light source to be strong and weak to avoid the difficulty of image deformation, make the image as judged as possible _ standard lens, the distance between the pieces 42 is an effective pair of m lens module 28 and the transparency of the light, the shot of the County ## Image image, so the lens module 28 and the light-transmissive sheet 4244 are aligned with the displacement by a distance of 30; regardless of whether the image is kept on the effective 42 so that the light-transmissive sheet 42 and her are projected to The images recorded by the translucent sheet group 28 are combined, and the face "; 2 匕 点 与 与 与 与 与 与 与 980 980 980 980 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( (10) (10)) After processing, the device module 50 will be initialized. The repair disk correction, image, passed to the image area = group 62 temporarily stored 'At this time, the microprocessor (cpu) module 64 constantly self-reported g $, grab the latest data and compare the previous data. First, the bit comparison point 46 is compared, and the comparison mode is the latest-pen data in the last one in the microprocessor (cpu) module & 盥=memory module 62, and the displacement is compared. 46 is the same, ^ 2 with the same, that means the mouse has moved, so the calibration action is launched 'and automatically calculate its position, the direction of the displacement, the speed distance, etc. = stomach ^ results such as the continuous displacement of the calibration point display 66 In addition, if the data of the displacement comparison point 46 is both (4), it means that the mouse has not moved, so the operation is not performed; when the microprocessor (CPU) module 64 has When new data is generated, it is transferred to the digital signal processor module 82 to convert the data into an electronic signal, and the electronic signal is output through the line 84. The Wei line 86 supplies power to the above components. The second figure shows the block light sensing mode of the light sensing module of the present invention. The device 200 includes at least: a light guiding port 22〇, the main purpose of which is to correctly introduce the light into its position; the viewing sheet 222 is mainly through the filtering light selection, which can benefit 21 200811692 廿 but the characteristics of the bucket spectrum 'effectively filter Interference, shorten the identification speed, improve the use of the old, "old", reduce the unnecessary use of the aw; the light sensing processing module 23n, θ received the processing of the module and then converted into an electronic signal; The digital signal processor module is used to trim the electrons transmitted by the light sensing processing module 23G, and to repair the fff electrons, and to reduce the miscellaneous transmission to the multi-wei surface 21G\ group (Α) 240 at least: the light guiding port 22〇, read f 1 感 感 感 数 数 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 89 Light sensing group (Β) 25{), light sensing ff group (D) means 'the content is the same as the light sensing group (4) 24❻, so it is not = Lutong standby multi-function processor _, its purpose is to use multiple light senses The test group (A/Bd will send the electronic sputum from the sputum, and the female and Wei design will be unique, and then the electronic message will be transmitted to the transmission line 84 and transferred to the 砰 用. It is supplied to the above-mentioned components. The transmission line 84 is used for transmitting electronic signals. Please refer to the third ®, _ shows the block diagram of the device of the present invention. The sensor module & 3GG, at least: conductive The contact plate 32{) is mainly used for narrowing and specifying the touch, to achieve a fast and efficient point selection function; the conductive sheet 322 is an electrode sheet 'by the charged state of the human body, and the conductive sheet After the 322 is in contact, an electronic signal can be generated, and the electronic signal is imported into the touch processing module 33; the touch processing module = 0 'the electronic signal introduced by the conductive sheet 322 is trimmed and then electrified. The hand signal is more stable and then transferred to the multifunction processor 21〇. The touch group (A) 34〇, the touch group (B) 350, the touch group (c) 360, and the touch group (D) 380 are all the same as the functions and benefits described in the second figure, so they are no longer Narration. The power supply line 86 is used to supply power to the above-described components. Transmission line 84 is used to transmit electronic signals. Please refer to the fourth figure for showing a block diagram of the digital image mouse device of the present invention. The digital image mouse device 400 of the present invention comprises at least a signal output module device 80, a transmission line 84, a digital image cursor moving device 1A, a light sensing module device 2A, and/or a touch sensor device device 300. , left button 410, right button 412, scroll button 414, scroll button 416, power supply device 420, wireless transmission processing module device 45, presentation button 56, presentation operation device 22 200811692 light projector 552, desktop computer 460, notebook computer -, work chapter type electric pickled 464, audio / entertainment / video game device 466. The connection method of the silk is that when the immortal is in the position of the image, the position of the mouse can be driven by the digital image cursor to move the device 100, and the laser light projector 552 can also be used together, so that the cursor is also used. The laser light is now 'easier to identify the position of the cursor; and after being processed by the signal wheeling module device 8 , it is output to the desktop computer 460, notebook computer 462, industrial through the non-transfer _ domain. Computer 464, video / entertainment / video game ^ set 466 and so on. Then, the left button 41〇, the right button, the scroll button 414, the scroll button 416, and the like on the mouse can also be operated, and the light sensing module device 2 (10) and/or the 300 can be used to match the action of the cursor to reduce the selection. The features the user needs. The power supply line 86 is supplied to the above-mentioned components through the power supply device 420. The left button 410, the right button 412, the scroll button 414, the scroll button 416, and the like are used, and the optical power module device 200 can be used. And/or the touch sensor device 300 can be used alone or in combination. When the presentation device is to be used, a new presentation operation is newly added to the digital image mouse device 4 (9) of the present invention, that is, in order to make the user more convenient in business activities, the device is newly added. The connection mode is implemented by first pressing the briefing button 560, then the briefing operation device 550 is activated, and then the laser light projector 552 is turned on. If the scrolling screen _ is to be used, the scroll button 414 or the scroll button 416 is pressed again. Then, the electronic signal is processed by the briefing operation device 550, and then the electronic signal is transmitted to the signal output module device and the wireless transmission processing module device 450, and transmitted to the desktop computer 460, the notebook computer 462, and the industrial type. Computer 464, audio/visual/video game device 466, etc., can also be used together with the projector according to its needs. The wireless transmission processing module device 450 sends the selected electronic signal through wireless transmission, so that devices that can transmit wireless signals, such as Bluetooth, RF, infrared, microwave, FM/AM, wireless broadband network, Mobile phones, PHS, PDAs, etc. are all owned. Please refer to the fifth figure, and refer to the embodiment of the fourth figure; a block diagram of the mobile communication mouse device of the present invention is shown. The mobile communication mouse device 500 of the present invention comprises at least: a hand 23 2 811 692 _ _ wn into another mobile communication device 51 〇, a button area 540. Instructions for the mobile phone, Μ or other actions ^ computer text / function. The device 0 is similar, so it will not be described here. Only when it is different from the mouse, it can be used as long as the mouse button 57 can be ====, 峨 报 娜 娜 可 至 至 = = = = = = = = = = = = = = = ~ Wearing a head-mounted vehicle mouse money _, and /_~ ^ using a mouse device 65G and a wireless mouse / briefing manipulator device _ mouse device (four) 'at least one digital video game ^, power supply device 420 The signal output module device 80 and the illuminating device module are connected, and the connection method and function are as follows - the fee = hat carrier 622 is for carrying the above components. Ai 冉 冉 负 丑 丑 县 县 县 县 650 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Its connection method, function and front, wireless mouse/presentation manipulator device 680, is A ~ hat type ~ head-mounted vehicle mouse device 620, and / or B ~ glasses type ~ head-mounted vehicle mouse The wireless electronic signal transmitted by the device 65 is transmitted through the mouse button 57〇, the left button 41〇, the right button 412, the scroll button 414, the scroll button 416, and/or the briefing button 560, the briefing message on the device. The operation device 550, the laser projector 552, and the like are executed, and are used in conjunction with the desktop computer 460, the notebook computer 462, the industrial computer 464, the video/audio/playing device 466, etc., and the connection method and function are the same as described above. I will not repeat this. The device is most suitable for use by people with limited mobility, disabled, sick in bed, or workers who often need it for a long time. If it can be consistent with the wireless bone conduction transmission communication device and system, it will not be described again, and the glasses carrier 邸 2 is for carrying the above components. ^ 200811692 ‘At the same time, it is more able to meet the needs of users’ speaking and listening. Referring to the seventh figure, and referring to the embodiment of the fourth figure, a block diagram of the glove type and spring (7) milk/presentation device of the present invention is shown. The glove type wireless mouse/presentation device 70 of the present invention includes at least a hand 720 and a glove carrier, and includes at least: a finger sleeve 742 on the glove carrier; and at least one electronic device region turtle on the hand back sleeve 744 The area 7 includes at least a digital camera cursor moving device lQ〇, an electric device, a service group device (9), a wireless transmission processing die set 450, a two-media glare 550, and a laser projector 552. Because the button function used by each finger is not the mouse button 570, the left button 1 /|4 _42 contains at least: button _, etc. to execute, turn, the following rights, briefing 464, audio / entertainment half / Thunder, phase computer 462, industrial computer description - so, so no longer repeat this. (10) >, transport, mode, and merits This device can replace the original traditional products, wireless remote control products, 3C home appliance products, and can also be used with video games. The device is light and easy to carry: The power cord 86 that is more suitable for use with the power supply is provided by the power supply. use. w 420 power supply to the above components. Referring to the eighth figure, the block of the present invention is shown. This thief bit image 3D = n transfer / control package contains: digital image 3D wireless positioning transmission f ^ vertical transmission / control device _, at least the positioning data is converted into a wireless thunder 'is to generate 3D positioning data and mode The group device 880 is configured to receive the aforementioned green=signal and 3D wireless positioning control processing number into a controllable function. ",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 822, γ axis 824 ' at least contains a design of the digital image cursor moving initial value of 0, need to be corrected Z car jump, its X, Y, Z and other axes of 25, 2 is equal to the axis, will automatically generate new 200811692 = recorded, depends on the subsequent 3D fixed money; 3 number of screw device module 842, 3D positioning 丄 = 〇 at least contains 846, through the correction / combination / meter has been convincing and 844 only positive 3D positioning mode The power supply of the wireless wireless positioning transmission temple is assembled; the signal processing module device 850, the trimming electronic device is provided, and the connection mode is provided, and the output is used in the first-use. = 3D wireless positioning control processing mode, 8 industry shoes _, download its 3D positioning initial value to the default = control _ group attack module device 846, from the existing download body & 840 within the correction of evil positioning, Y-axis 824, Z pumping J Γ! In the formula, the set X axis is transmitted to the digital image. 3 positioning devices ^ will be transferred to this data: The initial value, at this time, is related to the 3D positioning parameter on the software program setting, and the original values are the X-axis 822, γ-axis 824, 7畆 (four) loose parameter values, and since then, if there is any turn 8#, H t 6 #上峨郷像游标移定定1G0 position gyro module device 8』定: 3D positioning parameter value of production ^ then with the number ^ ^ 3D £ get a scale and the latest evil positioning parameter dataΓ After the difference and the correction, you can take the Weng, the positive 3D positioning module device 8 can be used for the first time to make the private, or this function can be designed outside the j' in the implementation is to avoid the ^ in the ^ ^ Accurate and miscellaneous, let the two become one; the main thing is to 'make the virtual control more in line with the fixed _ difference' and then affect the actual operation surface 彳4, Lai domain processing model kiss gamma, group device 1 wireless transmission __ coffee Signal processing ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Electronic signal or direct control device, , 'device 884 ' and then converted to digital image 3 axis The position of the device brain, its main Y, Z) on the use of digital image cursor moving device just, the axis surface (X, 824, Z axis 826, etc. positioning parameter values. Lions X-axis 822, Y-axis. Power line 86 is The power supply device 42 is supplied with power to the above-mentioned components to make reference to the ninth diagram, and also refers to the block diagram of the eighth pseudo-control device. The present invention does not provide the 3D wireless virtual strap/tie/bonding of the present invention. / With 391 ί, Ϊ virtual control device _, at least: Line positioning transmission device _, evil wireless positioning: ϋ hang # hook 920, digital image evil belt / sticky buckle / belt sling 91 〇, is a load, and set 880. A strap/coil device 810. Buckle ring / hanging from q3 seven digital shirt like 3D wireless positioning transmission / with hanging _ use hook 920 ‘ is used to fasten or tie the strap / tie / sticky buckle tender processing mold This will not repeat. The eighth figure of the Ό 等 等 已 已 已 已 已 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 定位Da Shang Zhang's remote control flight vehicle is set to 930, =, in the world of the world, with the things of the people inside it = the boat carrier device 940, the 沲 又 杜 Du Du,, the secret of 10 4 m When the age of the cup is 1 or when the water is too deep, it can be used to carry out the transportation of the sea or the water and the health, and the goods can be transported to the destination. 27 200811692 and other non-valve, the device is the same. Lin, 纟 shows the invention 950, including at least a .r#^ block diagram. The wireless positioning guide/guide device of the present invention is determined to be: ==^ The position, function and function of the wireless positioning transmission device are not described herein. Set: ^ cross ^ lose, device delete, a type of tourism used to manage transportation, Mo Cai, ^ infrared fresh sense mixed or separate face; traffic such as transposition 962, the device's 3D positioning data, and traffic Travel guides, etc. = combination of library, let visitors _ get travel news, or know where they are, Γί = car management system device 964, through the device's evil location data, can be combined with the car officer It is easy for the driver to obtain the parking credit and payment, and promote the t-bowl field car _ flow axis New Sense; line _ with the secret device 966, the 3D position data of the device can be combined with the vehicle, through the model and use Log in, can benefit the information and management of the road network, set the function of collision avoidance; indoor and outdoor navigation system device _, use the 3D positioning data of this set, in the basement or outdoor, through the navigation system, get the reference Information on the visit to the land, or knowing where and where it is located; the airport entry and exit passenger management system device 970, when the passenger enters the airport, often does not understand the moving in and out of the inbound and parking lots, etc., and delays the boarding time, the air traffic control Personnel can use this device The passenger storage and transportation management system device 972 can use the 3D positioning data of the device to grasp the position of the circulation and placement of the object at any time to improve the timeliness and speed of accessing the goods; the mobile vehicle management system device 974, using the 3D positioning data of the device, can effectively control the location of the mobile vehicle and its identity data for scheduling, updating, repairing, maintenance, etc., such as: ship, vehicle, car, front, machine, vehicle · ·Wait. Please refer to the eleventh figure' and refer to the embodiments of the fourth, fifth and seventh embodiments; a block diagram of the pen type mouse device of the present invention is shown. The pen type mouse device (10) 5 of the present invention, in addition to the original mouse and the briefing device, includes at least: a pen body 986, a pen cover 987 2 200811692, an eight-four uuu memory device 989, and an electronic product device g.卯, electronic connector 992, click button 993, recording 鐽 n raw port switch device 991, screen display device 997, headphone jack 998, microphone 999 corpse small voice button 996, device Naqi related mouse 盥 brief report stupid, ^^克风"9, rail 984. This pen type picture and the first knot =, work _ fourth figure, fifth β dan negative fans only explain the differences.兮 π 功能 The function pen type device 985 of the invention is used in addition to the existing functions of the mouse and the ecstasy, and can be combined with the popular 3 communication device products in the market today. Or hotline guide ^ When you want to start the briefing function, you can use it by pressing the briefing button. Now it's a part of the Qing, solution and function: the pen body = face is used to carry the various components of the device paste; the pen cover 3 is used to protect the part of the electronic connector 992; the clip 988 can be used to Any suitable place is convenient for carrying and using; the pen side is clamped or inserted by the card, and its main purpose is to store the data if If:: and / or, and / or straight Indirectly the external capital ", another larger electronic product device _, is a variety of trips = product devices; electronic connector 992, in addition to can be used as == electric or key 993, free to choose each _ co-channel multimedia And people pass the ^,; select the face key 994, the button can be used for recording; loud 鍅Q - ° σ letter message; small voice _, adjust the amount of small sound; screen display volume Use; i media information, but can also be used for business, video games or letters ^ for display sound hunting by the earphone device to transmit the ear 'can listen alone, ^ hole _ 'sound microphone 999, input sound to electronic products Device_内二到其他; Messages used; Speaker 984, the electronic device device 99 Promoter or transfer wheels sounds. Luo said, whereby the playback device 29
200811692“ A 止一=：二一及連結方式做一解說：當'消費者欲使用本裝置時，首 =刪功能，按鍵使用。若不再使用時，將電子産品開關 子產品個方式，其·與連財式均_同，故不再崎述〇電 :訊它可用於有線或無線接收或傳遞各種聽 充電裝置办體、MP3、lP〇d、隨身聽、收/答錄機 ，影機、電玩、電子檢/感測産品、醫療裝置··等産品，或你、^ 說 設計方式 =明之電子接頭992，可爲一 USB、連結器、插座、卡插座等 上述所述之無線傳輪，亦可由有線傳輸實施。 的睁ΐ詳Γ觸t發邮較佳實施例之後，減該項技術人士可清楚 變’亦不受限於綱書之實施例的實施方式。 檀變化與改 30 20081簡單說明】 第圖系顯示本發明數位影像31；^ # 第二圖系本發明光感測模動裝置之方塊圖 置 1.A js| 第三圖系本發明觸感模組裝置之方鬼圖。 第四圖系顯示本發龍位影像滑 ^ 第五圖系本發明行動通訊滑鼠襞: 塊圖 第六圖系本發明載頭式滑鼠/簡報 第七圖系本發明手套式無線滑之方塊圖 第八圖系本發明數位影像3D ^線間報之方塊圖 圖。 〜 定位傳輸/操控裝置之方塊 第九圖系本發明3D無線虛擬操控 第十圖系本發明無線^位導圖 第十一圖系本發明筆型滑鼠裝置之方塊圖 【主要元件符號說明】 2Q〜〜鏡頭模組裝置 22〜〜透明導光板 24〜〜導光溝 26發光體 28〜〜鏡頭模組 30〜〜對焦距離 4Q〜〜成像模組裝置 42透光片 44〜〜定標點 46〜〜位移比對點 影像感測器模組 50〜〜影像處理器模組 60位移計算模組裝置 62記憶體模組 微處理器（CPU)模組 66 -一定標點連續位移顯示 80 —訊號輸出模組裝置 82 —-數位訊號處理器模組 84 —傳輸線 86 —電源線 100 —數位影像游標移動裝置 200 —光感測模組裝置 210 一-多功能處理器 220 導光口 φ 222 —-濾光片 4 230 —光感測處理模組 240 光感測組（A) 250 —光感測組（B ) 260 光感測組（C ) 270 —光感測组（D ) 300 觸感模組裝置 320 —_導電觸板 322 -一導電片 • 330 —觸感處理模組 340 —觸感組（A ) 350 觸感組（B) - 360 —_觸感組（C) 380 —觸感組（D) 400 —數位影像捉上滑鼠裝置 410 —左鍵 412 -—右鍵 414 —上捲鍵 416 —下捲鍵 32 200811692 n:u\j 450 — 電源供應裝置 無線傳輸處理模組裝置 460 桌上電腦 462 -一·筆記型電腦 464 ―-工業型電腦 466 —影音/娛樂/電玩 500 行動通訊滑鼠裝置 510 手機、PDA或其他行動通訊裝置 520 —-手機螢幕 540 —手機文數位/功能按鍵區 550 —簡報操作裝置 552 —-雷射光投射器 560 —-簡報按鍵 570 ―-滑鼠按鍵 580 —攝錄影按鍵 600 -一·戴頭式載具滑鼠/簡報裝置 620 —-帽子型〜戴頭式載具滑鼠裝置 622 ―-帽子載具 650 -—眼鏡型〜戴頭式載具滑鼠裝置 652 -—眼鏡載具 680----無線滑鼠/簡報操控器裝置 700 —-手套式無線滑鼠/簡報裝置 720 --- 手 730 一-電子裝置區 740 -—手套載具 742 —-手指套 744 —手背套 800 —數位影像3D無線定位傳輸/操控裝置 810 一-數位影像3D無線定位傳輸裝置 33 數位影像3軸定位裝置 200811692 〇ύυ--- 822 "- X 轴 824 — Υ 轴 826 —- Ζ 轴 840 — 3D定位模組裝置 842 --數位陀螺儀模組裝置 844 —- 3D定位組合裝置 846 —校正3D定位模組裝置 850 —訊號處理模組裝置 860 — 3D無線定位傳輸模組裝置 880 -一 3D無線定位操控處理模組裝置 882 — 3D定位模組裝置 884 —-操控處理模組裝置 900 ―- 3D無線虛擬操控裝置 910 —绑帶/系帶/黏扣帶/吊帶 920 ~ —扣帶環/挂勾 930 搖控飛行載具裝置 932 --搖控緊急救難載具裝置 934 ―-搖控拆除載具裝置 936 ---操控虛擬電玩裝置 938 操控微型醫療裝置 940 --- 搖控船艇載具裝置 942 --- 其他搖控/操控裝置 950 -_- 無線定位導行/導覽裝置 952 --- 行動載具 960 — VPS智慧型交通運輸系統裝置 962—— 交通旅遊導行系統裝置 964 --- 室内外停車管理系統裝置 966 — 行動載具防撞系統裝置 34 200811692 ΌΌΟ --一 室内外導覽系統裝置 970 -一 •機場出入境旅客管理系統裝置 972 -一 •倉儲作業及運輸管理系統裝置 974 -一 •行動載具管理系統裝置 980 ---實驗照片（模糊的鏡頭背景影像+清晰的透光片定標點 984 -— 影像=合成影像） -制口八 985 — •筆型滑鼠裝置 986 — 987 --~ -筆身 -筆蓋 • 988 -一 -爽子 989 — -記憶體裝置 990 電子産品裝置 991 — 992 — 993 — -電子産品開關裝置 -電子接頭 -點選鍵 994 — 995—— -錄音鍵 -大聲鍵 996 —小聲鍵 997 ---螢幕顯示裝置 998 —耳機孔 999 -—麥克風 35200811692" A 一一=: 21 and the connection method to make a comment: When the consumer wants to use the device, the first = delete function, the button is used. If it is no longer used, the electronic product switch product product mode, its ·With the same financial mode, it is no longer arrogant: it can be used for wired or wireless reception or transmission of various listening device, MP3, lP〇d, Walkman, receiving/answering machine, shadow Machines, video games, electronic inspection/sensing products, medical devices, etc., or you, ^ design method = Mingzhi electronic connector 992, can be a USB, connector, socket, card socket, etc. The wheel can also be implemented by wired transmission. After the preferred embodiment of the t-mailing, the person skilled in the art can clearly understand that it is not limited to the embodiment of the embodiment. 30 20081 Brief Description] The figure shows the digital image 31 of the present invention; ^ # The second figure is a block diagram of the light sensing and modulating device of the present invention. 1. A js| The third figure is the touch sensing device device of the present invention. The fourth picture shows the image of the dragon image. Ming mobile communication mouse 襞: block diagram sixth figure is the present invention, the head mouse type / briefing seventh figure is the glove type wireless sliding block of the present invention, the eighth figure is the digital image of the present invention 3D ^ line between the square Figure 9: Positioning transmission/manipulation device ninth diagram The present invention 3D wireless virtual manipulation Tenth diagram The present invention wireless wireless map The eleventh diagram is the block diagram of the pen type mouse device of the present invention [main components DESCRIPTION OF REFERENCE NUMERALS 2Q~~lens module device 22~~transparent light guide plate 24~light guide groove 26 illuminator 28~~lens module 30~~focus distance 4Q~~ imaging module device 42 translucent sheet 44~~ Calibration point 46~~shift comparison point image sensor module 50~~image processor module 60 displacement calculation module device 62 memory module microprocessor (CPU) module 66 - constant punctuation continuous displacement display 80 - Signal output module device 82 - Digital signal processor module 84 - Transmission line 86 - Power line 100 - Digital image cursor moving device 200 - Light sensing module device 210 - Multi-function processor 220 Light-guiding port φ 222 —-Filter 4 230 — Light sensing processing module 240 light sensing group (A) 250 - light sensing group (B) 260 light sensing group (C) 270 - light sensing group (D) 300 touch sensing device 320 - conductive Touch panel 322 - a conductive sheet • 330 - touch processing module 340 - touch group (A) 350 touch group (B) - 360 - _ touch group (C) 380 - touch group (D) 400 - The digital video capture mouse device 410 - left button 412 - right button 414 - scroll button 416 - scroll button 32 200811692 n: u \ j 450 - power supply device wireless transmission processing module device 460 desktop computer 462 - one · Notebook 464 --- Industrial Computer 466 -- Audio / Entertainment / Video Games 500 Mobile Communication Mouse Device 510 Mobile Phone, PDA or Other Mobile Communication Device 520 -- Mobile Phone Screen 540 — Mobile Phone Digital/Function Button Area 550 — Presentation Operation Device 552 - Laser Light Projector 560 - Briefing Button 570 - Mouse Button 580 - Video Recording Button 600 - 1. Head-mounted Vehicle Mouse / Presentation Device 620 - Hat Type - Head-mounted Vehicle Mouse device 622 ―-hat carrier 650 - glasses type ~ head-mounted vehicle mouse device 652 - glasses Vehicle 680----Wireless mouse/presentation manipulator device 700--Glove-style wireless mouse/presentation device 720 --- Hand 730 one-electronic device area 740 - glove carrier 742 --- finger sleeve 744 — Hand back cover 800 - Digital image 3D wireless positioning transmission / control device 810 One-digit image 3D wireless positioning transmission device 33 Digital image 3-axis positioning device 200811692 〇ύυ--- 822 "- X-axis 824 - Υ Axis 826 --- Ζ Axis 840 - 3D positioning module device 842 - digital gyro module device 844 - 3D positioning assembly device 846 - calibration 3D positioning module device 850 - signal processing module device 860 - 3D wireless positioning transmission module device 880 - A 3D wireless positioning control processing module device 882 - 3D positioning module device 884 - control processing module device 900 - 3D wireless virtual control device 910 - strap / strap / Velcro strap / strap 920 ~ - buckle Ring/hook 930 Remote control flight vehicle device 932 - Remote control emergency rescue vehicle device 934 - Remote control vehicle removal device 936 --- Control virtual video game device 938 Control micro medical device 940 --- Remote control ship Boat carrier device 942 --- His remote control / control device 950 -_- Wireless positioning guide / navigation device 952 --- Mobile vehicle 960 — VPS intelligent transportation system device 962 -- Transportation and tourism guidance system device 964 --- Indoor and outdoor parking Management System Device 966 - Mobile Vehicle Collision Avoidance System Device 34 200811692 ΌΌΟ - One Indoor and Outdoor Navigation System Device 970 -1 - Airport Entry and Exit Passenger Management System Device 972 -1 Storage Operation and Transportation Management System Device 974 -1 Mobile Vehicle Management System Device 980 --- Experimental Photo (Blurred Lens Background Image + Clear Transparency Sheet Calibration Point 984 - Image = Synthetic Image) - System Port 985 - • Pen Type Mouse Device 986 - 987 - -~ - pen body - pen cover • 988 - one - Shuangzi 989 - - memory device 990 electronic device 991 - 992 - 993 - - electronic product switch device - electronic connector - click button 994 - 995 - - record button - Loud key 996 - Small sound key 997 --- Screen display device 998 - Headphone jack 999 - Microphone 35