M258387 J、創作說明（1) 【技術領域】 >本新型係有關一種視覺式互動顯示系統，特別是一種透 過然線光學方式以完整地操作電腦作業系統下的應用軟體 【先前技術】 一 f新型係運用於操控電腦系統之應用軟體，現今應用軟 體眾多，而以往使用電腦之作業系統中的應用軟體時，係利 用顯示影像之螢幕的方式來進行對内容的指示或標示，除了 使用連接於電腦的滑鼠來控制晝面中游標（curs〇r)方式外， 亦有透過雷射指標器（laser p〇inter)予以實現；其中，利 =二乳控制畫面中之游標的操作方式，對於需要經常走動或 :二的使用者而言，實在是極為不便，即便是使用無線滑鼠 ‘：及蚀田12容’雖然顯得較為方便，但相對的也就無法 探作及使用軟體的功能。 技術目前有關電腦及螢幕間的無線操控雖已有不同的 摔=:音波、紅外線、無線頻率等，用: 來達到溝通控制=ΐ :或雜訊干擾的問題而受到限制，以及需要複雜且=貴= 内容 爰是，本新型之主要目的’在於解決上述之缺失， 避免M258387 J. Creative Instructions (1) [Technical Field] > The present invention relates to a visual interactive display system, and in particular, a software for operating a computer operating system completely through a linear optical method [prior art]-f The new type of application software is used to control computer systems. Today, there are many application softwares. In the past, when the application software in the computer's operating system was used, the content was displayed or displayed on the screen by using an image display screen. In addition to the computer mouse to control the cursor in the day (cursor), it can also be achieved through a laser pointer (laser pointer). Among them, profit = the operation mode of the cursor in the second breast control screen. Users who need to walk around frequently or: Second, it is extremely inconvenient, even if using a wireless mouse ': and Eclipse 12 capacity', although it seems more convenient, it is relatively impossible to explore and use software functions. Technology Although the wireless control between the computer and the screen currently has different slashes =: sound waves, infrared rays, wireless frequencies, etc., use: to achieve communication control = ΐ: or the problem of noise interference is limited, and needs to be complicated and = Expensive = content, yes, the main purpose of this new model is to solve the above-mentioned shortcomings, to avoid
M258387 四、創作說明（2) 缺失的存在，本 偵測辨認一光學 或類似特性，將 者於離電腦一距 提高自主性，並 間的限制，讓手 皆可控制電腦軟 為達上述目 一電腦連結到一 置將電腦軟體的 同特性的光點指 像並辨認光學指 代表的指令輸入 有關本新型 如下。 【實施方法】 請參閱「第 統’此系統包括 體内容影像16的 液晶顯示器、電 债測辨識裝置1 4 以及一用以提供 如雷射指標器或 首先放映裝 新型提供 指示器的 相對於電 位置處， 減少不必 中的光學 體的操作 的，本新 放映裝置 影像輸出 向該影像 示器所輸 電腦-以做 的較佳實 一種視覺式互動顯示系統，係透過 特性=如形狀、顏色、亮度、移動 腦顯示以提供指令給電腦，讓使用 亦可獨立完成電腦軟體的操控，可 要的人力及時間浪費，以及不受空 指不器在可視顯示内容的範圍内， 〇 型之視覺式互動顯示系統，包括有 及影像偵測辨識裝置，透過放映裳 顯不，再利用一光學指示器輸出不 ’經由影像偵測辨識裝置攝錄該影 出光點特性，藉以將各光點特性所 才r對應的-t體操作控-制。------------------------- 施例與技術内容，茲配合圖式說明 1圖」所示，本新型之視覺式互動顯示系 有 電腦10連接一用以輸出顯示電腦1〇軟 放映裝置12，該放映裝置12可為投影顯示、 漿電視及陰極射線管，該電腦丨〇並與一影俗I 連接’該影像偵測辨識裝置丨4可為攝影機， 使用者控制軟體操作程序的光學指示器24， 發光指標器； 置12輪出顯示電腦1Q軟體内容的影像Η，當M258387 IV. Creation Note (2) The absence of the detection. This detection identifies an optical or similar characteristic, which increases the autonomy of the person from the computer, and the restrictions, so that all hands can control the computer software to achieve the above purpose. The computer is connected to a computer which has the same characteristics of the optical point finger of the computer software and recognizes the instruction input represented by the optical finger. [Implementation method] Please refer to "Parameters" This system includes a liquid crystal display of the body content image 16, an electric debt measurement and identification device 14 and a relative electronic indicator for providing a new indicator such as a laser indicator or a first projection device. At the location, to reduce the unnecessary operation of the optical body, the new projection device image output is output to the computer of the image display-to make a better visual interactive display system based on transmission characteristics = such as shape, color, Brightness, mobile brain display to provide instructions to the computer, so that the use of the computer software can be independently controlled, the required manpower and time is wasted, and it is not subject to the finger pointing device in the range of visual display content. The interactive display system includes an image detection and identification device, which is displayed through a projection display, and then uses an optical indicator to output the image of the light spot characteristics through the image detection and identification device, so that the characteristics of each light spot can be obtained. The -t body operation control-control system corresponding to r. ------------------------- Examples and technical contents are described in conjunction with the drawings. Shown, this A type of visual interactive display is a computer 10 connected to an output display computer 10, a soft projection device 12, which can be a projection display, a plasma television, and a cathode ray tube. The computer and a shadow custom I Connected to the image detection and recognition device. 4 can be a camera, the user controls the software operation procedure of the optical indicator 24, the light indicator; set 12 rounds to display the image of the computer 1Q software content.
第6頁 M258387 四、創作說明（3) 使用者欲改變電腦〗〇輸出的内容時，例如點選、移動游標、 換頁或捲動視窗，將光學指示器24射出的光點22指向放^裝 置〗2的影像16上，其中光學指示器以可輸出不同特性如^ 色、形狀、大小、亮度、閃爍率及樣式之光點22，同時，影 像谓測辨識裝置14攝錄放映裝置12輸出的影像16，係由影- 3測辨識裝置14的鏡頭141接收放映裝置12輪出的影像16並 傳运至影像感應器142，以將影像16轉變成電子信號並妹 感應器142辨認光點22特性並傳送至微控制器143，轉 成相對應的軟體指令’最後輸入至電腦1〇以更換電腦 10輸出的軟體内容。 請參閱「第2圖」，係為本新型之另—實施例方塊圖， θ所不，上述之放映裝置丨2可為將電腦1〇連接一投影裝置 2 0—用-以將電腦价出价軟 = == =輪出的内容時，將光學=器“ ®的无點^才曰向螢幕1 8的影複1 β I» $« W 1 4 ^ ^ ^ 1 « u I扪〜像16上，再透過影像偵測辨識裝 二lj攝錄螢幕18上的影像16，並偵測辨識光點22 軟體，此部分已於上述揭露，故不再贅述。 彳呆州 者，32=器24可輸出特性的光點22,如不同樣式 Ϊ數：Ϊ :22 = 2字形狀、圓形或方形等，及亦可結合 複數個光j 2 2特性作為不同軟體指令。 請參閱「第3圖」，係a太雜别^ ~ & 内部流程圖，…示：上f像新二”像積測辨識裝置的 141接收到影像i 6(步驟5〇)"=^；^裝置1 “過鏡頭」 ^ 叙影像感應器1 4 2可採用 M258387 、創作說明（4) 電荷耦合^(CCD)或互補金氧半導體（CM〇s)，而影像i6擷取 的速度為每秒三十’六十次或任意次，而影像感應器】42所 掘取的影像16，由於影像偵測辨識裝置14實際 ， 影像的座標與螢幕18的實際位置不同，因此 ⑷將成^的座標系統轉換為#幕！ 8的座標系统，'再^則γ ::曰：益24所射出的光點22 ’並決定光點22在簡報影像⑺中 此稱為定標(如步驟⑷’接著再辨認光點22 的特性（步驟56)，所辨認的特性有亮度、閃爍率、顏色及外 匕步；《驟八、(Μ A 66 A⑻’將辨認出的光點22特性解碼成控 感應指令（如步驟58) ’最後再傳送至微控制器“ ^電职0相對應的軟體指令（步糊），#以控制軟體操作程 對位點22Γ特性前，必須決定光點处^ 置Γ標）’首先須決定影像16角落邊界的區域，透過定 2軚圮28指示出，須特別注意的是放映裝置12、影像偵測 識裝置14與螢幕18是不可移動以幫助定標，而假如光點22 不在定標標記28定義的區域内，定標標記28將會重新設定 者進一步擴展，直到偵測到光點2 2。 又$ 惟以上所述者，僅為本新型之較佳實施例而已，冬 所作之均等變化與修飾，皆應仍屬本新型專利涵蓋之範圍 内〇Page 6 M258387 IV. Creation instructions (3) When the user wants to change the output of the computer, such as clicking, moving the cursor, changing pages or scrolling the window, point the light spot 22 emitted by the optical indicator 24 to the display device. [2] On the image 16, the optical indicator outputs light points 22 with different characteristics such as color, shape, size, brightness, flicker rate, and style. At the same time, the image detection and identification device 14 records the output of the projection device 12 The image 16 is received by the lens 141 of the image-recognition device 14 from the projection device 12 and transmitted to the image sensor 142, so that the image 16 is converted into an electronic signal and the light sensor 22 recognizes the light spot 22 The characteristics are transmitted to the microcontroller 143, and are converted into corresponding software instructions' finally input to the computer 10 to replace the software content output by the computer 10. Please refer to "Fig. 2", which is a block diagram of another embodiment of the present invention. Θ does not. The above-mentioned projection device 丨 2 may be a computer 10 connected to a projection device 20—used to bid computer price Soft = === When the content is rotated out, the optical device will be "pointless" ^ before the shadow is copied to the screen 1 8 1 β I »$« W 1 4 ^ ^ ^ 1 «u I 扪 ~ like 16 On the other hand, the image 16 installed on the 2 lj recording screen 18 is detected and identified through image detection, and the software 22 is detected and identified. This part has been disclosed above, so it will not be repeated. It can output the characteristic light spot 22, such as the number of different styles: 22: 22 = 2-character shape, circle or square, etc., and multiple light j 2 2 characteristics can also be combined as different software instructions. See "Figure 3 ”, A too complicated ^ ~ & internal flow chart, ... shows: the above f image is new two" 141 of the image area measurement and recognition device received the image i 6 (step 5〇) " = ^; ^ device 1 " Passing the lens "^ The image sensor 1 4 2 can use M258387, creative instructions (4) charge-coupled ^ (CCD) or complementary metal oxide semiconductor (CM0s), and the speed of image i6 capture is 30 per second ' Ten times or any number of times, and the image 16 of the image sensor] 42 is actually different from the actual position of the screen 18 due to the actual image detection and recognition device 14. Therefore, the coordinate system of ^ is converted into # screen! The coordinate system of 8, 'Z ^^ γ ::: Light point 22 emitted by Yi24' and determines that the light point 22 is called calibration in the briefing image ⑺ (as in step ⑷ ', and then identify the light point 22). Characteristics (step 56), the identified characteristics include brightness, flicker rate, color, and external steps; "Step Eight (M A 66 A⑻ 'decodes the identified characteristics of the light spot 22 into a control induction instruction (such as step 58) 'Finally, it is transmitted to the microcontroller. ^ Software instructions (step paste) corresponding to the electrical job 0, #Before controlling the software operation process to position 22Γ, the light point must be determined. ^ Set the Γ standard.) The area of the corner boundary of the image 16 is indicated by the calibration 2 軚 圮 28. It should be noted that the projection device 12, the image detection device 14 and the screen 18 cannot be moved to help the calibration, and if the light spot 22 is not in the calibration In the area defined by the marker 28, the calibration marker 28 will be further expanded by the resetter until the light spot 2 is detected. However, the above is only a preferred embodiment of the new model, which is done by Dong Equal changes and modifications should still be covered by the new patent.
M258387 圖式簡單說明 【圖式簡單說明】 第1圖，係為本新型之實施例方塊圖。 第2圖，係為本新型之另一實施例方塊圖。 第3圖，係為本新型之影像偵測辨識裝置的内部流程圖。 【圖式符號說明】 10 ...... 電腦 12…… 放映裝置 14…… 影像偵測辨識裝置 141 …· ••鏡頭 142 …· ••影像感應器 143 …· ••微控制器 16...... 影像 18— 螢幕 2 0 ...... 投影機 22…… 光點 24…… 光學指不Is 2 8...... 定標標記 50- 68 · .....步驟M258387 Brief description of the drawings [Simplified description of the drawings] Fig. 1 is a block diagram of an embodiment of the present invention. FIG. 2 is a block diagram of another embodiment of the present invention. Figure 3 is the internal flowchart of the new type of image detection and identification device. [Illustration of Symbols] 10 ...... Computer 12 …… Projection device 14 …… Image detection and identification device 141… · •• Lens 142… · •• Image sensor 143… · •• Microcontroller 16 ...... Image 18-Screen 2 0 ...... Projector 22 ...... Light spot 24 ...... Optical finger Is 2 8 ...... Calibration mark 50- 68 · ... ..step
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