M263678 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種資料影像投影控制系統，特別 是指一種互動式影像控制系統。 【先前技術】 茶閱圖1、圖2，習知中華民國第87121 239號『資 料投影控㈣統』專利案，其包含有-可顯示影像畫面 之螢幕11，一將影像投影至該螢幕11之投影裝置12， 可扠影於螢幕11上產生指示導引之雷射指示裝置 13,以及一連結於該投影裝置12之解碼裝置其中， 該雷射指示裳置13具有一用來產生雷射光束且該雷射 光束可被投影至該螢幕丨丨之雷射光產生器131，至少一 按鍵132以及連接於該雷射光產生器丨3丨與該按鍵 之編碼器133等構件；另該投影裝置12具有一電腦 121 ’及一連接於該電腦121之投影機，而前述該電 腦121包含有一產生影像之畫面產生器123，以及一控 制器124，而違解碼襄置j 4具有一與該投影裝置工2連 結之解碼器14卜以針對該編碼器133產生之編石馬訊號 予以解碼，轉換為可供該投影裝i 12使用之訊號。 使用¥，該投影機122將該晝面產生器123所產生 之f像訊號轉換成影像晝面，並將其投影至該螢幕^ 上主大尺寸之晝面呈現，故使用者可利用其做為影像顯 現，或者為會議簡報之用，此時，使用者可再配合雷射 光產生器131可發射一雷射光束顯示於螢幕u上做為 M263678 指引之用，當然若欲進一步控制該投影裝置12動作時， 主要利用按鍵1 32按壓同時，該編碼器丨33會產生一相 對應之編碼訊號内含於雷射光束中，藉該解碼裝置14 接收編碼訊號予以轉換，進而傳輸至該投影裝置12以 控制該投影裝置12之操作。 雖該投影裝置12之控制可利用雷射指示裝置13按 壓控制達成，不過，將該雷射指示裝置13予以分析後 ^現，雷射光產生器131所產生之雷射光束僅做為導 引、指示之用，至於該編碼器133所產生之編碼訊號方 才為該投影裝置12之控制主因，亦即該雷射指示裝置 13如市售之無線滑鼠一般，藉與該投影裝置12連結之 該解碼器141，可無線接收該按鍵132按壓後該編碼器 13 3產生之編碼訊號後，方才透過該解碼器141控制該 投影裝置12之晝面產生器123產生放大、縮小與焦距 調整、翻頁等作用，所以實際使用上，使用者若欲進行 投影裝置12控制，除非對準解碼器141位置，否則就 必須考慮該編碼訊號之反射能否被該解碼器141所接 收故、、扁碼為141設置位置很重要，否則將直接影響訊 號接收問題，進而造成操控性不佳缺失產生。 再者，該解碼器14ι控制該投影裝置12之晝面產 ^时1 23產生放大、縮小與焦距調整、翻頁等作用，並 無法控制投影裝置12内動作的執行，再加上雷射光束 僅適日守地做為導引、指示之用而已，其與該投影裝置12 之游払私動亚無同步位移之效，除使用上無法達到互 M263678 動、即時顯現功效外，並使投 面指引_ - φ i / ;螢幕1 1上之影像畫 【新=複雜，影響簡報資料呈現、導引之品質。 制***新型之目的’是在提供一種互動式影像控 = Γ用該發射器之紅㈣發射主導，以確實 時顯現功效。 衷置作動，達到互動、即 μ於本新型互動式影像控制系統包含有：—顯像 資料輸出裝置，一與該資料輸出裝置連 二“料輪出裝置影像内容投影至該顯像光屏之投影裳 可發射不同於投影裝置之紅外線光波投射於顯像 不之發射器’及一與該投影裝置連結之光感應 益’其中’該資料輸出裝置具有一儲存程式、資料之記 憶體，-執行記憶體内之程式的處理器，以及_顯示資 料圖像之圖像產峰哭.2 ^ % 生时，另该發射裔上設有複數個按鍵， 而該每一按鍵具有不同作用功效且可發射不同紅外線 光波波長投射於該顯像光屏上顯示；又，該光感應器， 可接收該發射器投射於顯像光屏之紅外線光波反射訊 號位置’以及該紅外線錢反射訊號，以便將該反射訊 號識別且轉換連動該資料輸出裝置相對應之指示位 置，再配合該按鍵之按壓以控制該資料輸出裝置之處理 器執行程式作動，具有確實掌控影像導引指示及資料輸 出裝置作動，達到互動、即時顯現功效。 【實施方式】 M263678 有關本新型之前述及其他技術内容、特點與功效， 在以下配合參考圖式之較佳實施例的詳細說明中，將可 清楚的明白。 參閱圖3，本新型互動式影像控制系統2的一較 佳實施例是包含有：一顯像光屏21，一資料輸出裝置 22，一與該資料輸出裝置22連結且將該資料輪出裝 置2 2影像内谷投影至該顯像光屏21之投影裝置2 3， 一可發射不同於投影裝置2 3之紅外線光波投射於顯 像光屏21顯示之發射器2 4，以及一與該投影裝置2 3 連結之光感應器25 ;其中，該顯像光屏21可依使用 者欲進行會議或簡報之所在位置，而架設如本實施例 圖式所示之一平整光滑的布幕，以供影像投射且顯示 其中’當然該顯像光屏21亦可以牆面或其它平整之 處做取代，圖中未示出。 同時配合參閱圖4，該資料輸出裝置22具有一儲存 程式、資料之記憶體221，一執行記憶體221内之程式 的處理器222,以及一顯示資料圖像之圖像產生器223 ; 而該投影裝置23,可將該圖像產生器223產生之圖像内 谷直接投影至該顯像光屏21顯示；另，該發射器24上 設有複數個按鍵241，本實施例中係以三個按鍵241表 示，以供使用者按壓作動，而該每—按鍵241可發射不 同紅外線光波波長投射於該顯像光屏21上顯示，同時 該每一按鍵241並具有不同作用功效，即如其一按鍵241 具執行功能，另-按鍵241具繪圖功能，又一按鍵241 M263678 具功能選擇功效等。 仍芩閱圖3、圖4，本新型互動式影像控制系統2 使用時，首先，該顯像光屏21依使用者欲進行之會議 或簡報所在位置架設後，利用該投影裝置23將該資料 輸出裝置22之圖像產生器223顯示之資料圖像，予以 杈射至该緘像光屏21中顯示，此時利用該投影裝置23 之影像投影顯示至該顯像光屏21時，因該投影裝置23 所投射之光波反射汛號，不為該光感應器2 5所接收、 反應，故該光感應器25必須搭配該發射器24予以將可 2收範圍加以設定，以使該光感應器25完全接收該投 影裝置23投射至該顯像光屏21所顯示之全部影像範 圍0 田使用者欲進行簡報工作時，直接將該發射器^ 所發射之紅外線光波投射於該顯像光屏21，則該紅外線 光波可做為指示之用，以利使用者針對投影於該顯像光 屏21上之於像進行講解、說明，且當使用者欲針對投 影影像位置進行進—步的資料進人時，只要按壓發射器 24之按鍵241發出不同紅外線光波，則該光感應器25 僅會針對該紅料光歧射訊料以純，並將該訊號 :以轉換連動至該圖像產生器223之圖像内容所相對應 指不位置’以更進-步控制該資料輸出裝置22之處理 器222執行程式作動進入下一頁資料内容呈現，或者直 接於投影影像畫面執行緣圖、寫字處理等，故使用上使 用者可立即以發射器24於顯像光屏21範圍内進行指示 M263678 H、以避免影響簡純所產生之操控缺失，同時對 、隹進八兄明之貧料，亦可立即緣圖說明或執行程式 遠·入’更加達到石裔7 Br7 n. w 一 、p守颂現功效外，並使投影於螢 幕上之影像書面；J；fc卩丨e5 一 $ ^ ?1 ~ 3引頭不更加單純，使整體簡報呈現、 ¥引具有更佳之品質。 、岫述，本新型事先於顯像光屏所設定範圍内， 利用光感應H之感應，以及發射器之投射，因此使用上 並無反射角度問題，所以能避免影響訊號接收所產生之 #控，：外’同時再加上該發射器具有不同功能之按鍵 B、按壓’以發出不同紅外線光波進-步控制該資料輸 王 出裝置之處理n執行程式作動進人τ_頁資料内容呈 —或者直接於投影影像晝面執行緣圖處理等，故使用 上:王利用該發射器之紅外線發射主導，以確實掌控影 、I & 丁及資料輸出裝置作動，達到互動、即時顯現 功效爰依法提出申請。 惟以上所述者，僅為說明本新型之較佳實施例而 已’當不能以此限定本新型實施之範圍，即大凡依本新 =申請專利範圍及新型說明書内容所作之簡單的等效 變化與修飾，皆應仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 /圖1是習知中華民國第871 21 239號『資料投影控 制系統』專利案示意圖； /圖2是習知中華民國第87121239號『資料投影控 制系、’先』專利案之雷射指示裝置、投影裝置與解瑪裝置 M263678 之間的功能方塊圖； 圖3是本新型互動式影像控制系統較佳實施例之連 接狀態示意圖；及 資料：出 =:佳實施例之方塊圖，說明該投影裝置、 :出裝置與發射器之間的功能方塊圖。 L主要兀件符號說明】 21 顯像光屏 221 記憶體 223 圖像產生器 24 發射器 25 光感應器 2 互動式影像控制系統 22 資料輸出裝置 222 處理器 23 投影裝置 241按鍵 10M263678 8. Description of the new type: [Technical field to which the new type belongs] This new type relates to a data image projection control system, especially an interactive image control system. [Prior art] Tea is shown in Figures 1 and 2, and is familiar with the patent case of "data projection control system" No. 87121 239 of the Republic of China, which includes a screen 11 capable of displaying an image screen, and a projected image is projected onto the screen 11 The projection device 12 can be used to generate a laser pointer device 13 on the screen 11 for guiding and guiding, and a decoding device connected to the projection device 12, wherein the laser pointer device 13 has a laser device for generating laser light. Light beam and the laser beam can be projected onto the screen of the laser light generator 131, at least one button 132, and the encoder connected to the laser light generator 3 and the button 133 and other components; and the projection device 12 has a computer 121 ′ and a projector connected to the computer 121, and the computer 121 includes a picture generator 123 for generating an image and a controller 124, and the j4 has a connection with the projection The decoder 14 connected to the device 2 decodes the wobble signal generated by the encoder 133 and converts it into a signal that can be used by the projection device i 12. Using ¥, the projector 122 converts the f-image signal generated by the diurnal generator 123 into an image diurnal surface and projects it onto the screen ^ The main diurnal diurnal surface is presented, so users can use it to make For image display or for conference presentations, at this time, the user can cooperate with the laser light generator 131 to emit a laser beam and display it on the screen u as a guide for M263678. Of course, if you want to further control the projection device During 12 actions, when the key 1 32 is pressed, at the same time, the encoder 丨 33 will generate a corresponding encoded signal contained in the laser beam. The decoder 14 receives the encoded signal for conversion, and then transmits it to the projection device. 12 to control the operation of the projection device 12. Although the control of the projection device 12 can be achieved by pressing the laser indicating device 13, after analyzing the laser indicating device 13, the laser beam generated by the laser light generator 131 is only used as a guide, For the purpose of instruction, the encoding signal generated by the encoder 133 is the main reason for controlling the projection device 12, that is, the laser indicating device 13 is like a commercially available wireless mouse. The decoder 141 can wirelessly receive the encoded signal generated by the encoder 13 3 after the button 132 is pressed, and then control the daytime generator 123 of the projection device 12 through the decoder 141 to generate enlargement, reduction, focus adjustment, and page turning. Therefore, in actual use, if the user wants to control the projection device 12, unless the decoder 141 is aligned, he must consider whether the reflection of the encoded signal can be received by the decoder 141. The flat code is The setting position of 141 is very important, otherwise it will directly affect the signal reception problem, which will cause the lack of controllability. Furthermore, the decoder 14m controls the daytime production of the projection device 12 to produce zoom, zoom, focus adjustment, and page turning, and cannot control the execution of the actions in the projection device 12, plus the laser beam. It is only suitable for guidance and instruction. It does not have the effect of synchronous displacement with the private movement of the projection device 12, except that it cannot achieve mutual M263678 motion and real-time display effects, and makes the investment Guide _-φ i /; Image painting on screen 1 1 [New = complicated, affecting the quality of presentation and guidance of presentation data. The purpose of the new type of control system is to provide an interactive image control = Γ is led by the transmitter's red cymbal to show the effect in real time. Acting in good faith to achieve interaction, that is, the new interactive image control system includes:-a display data output device, one connected to the data output device, and the image content of the material wheel output device is projected onto the display light screen. The projection skirt can emit infrared light waves different from the projection device and projected on the image-transmitting transmitter 'and a light-sensing benefit connected to the projection device', wherein the data output device has a memory for storing programs and data,- The processor of the program in the memory and the image of the display data image. 2 ^% At birth, there are multiple keys on the transmitter, and each key has different functions and functions. Emitting different infrared light wavelengths to be projected on the display light screen; and the light sensor can receive the position of the infrared light wave reflection signal projected by the transmitter on the light screen and the infrared money reflection signal in order to display the light The reflected signal identifies and converts the corresponding indicated position of the data output device, and then cooperates with the pressing of the button to control the processor of the data output device. The program operation has the control of image guidance instructions and data output device operations to achieve interactive and real-time display effects. [Embodiment] M263678 The aforementioned and other technical contents, features and effects of the new model are described below with reference to the drawings. In the detailed description of the preferred embodiment, it will be clearly understood. Referring to FIG. 3, a preferred embodiment of the new interactive image control system 2 includes: a display light screen 21, a data output device 22, A projection device 23 connected to the data output device 22 and projecting the inner valley of the data rotation device 22 to the display light screen 21, and an infrared light wave which can emit light different from the projection device 23 is projected on the display The transmitter 24 displayed by the light screen 21 and a light sensor 25 connected to the projection device 2 3; wherein, the display light screen 21 can be set up according to the location where the user wants to conduct a meeting or presentation. One of the flat and smooth cloth screens shown in the embodiment diagrams for image projection and display. Of course, the display light screen 21 can also be replaced by a wall or other flat places, not shown in the figure. At the same time, referring to FIG. 4, the data output device 22 has a memory 221 for storing programs and data, a processor 222 for executing programs in the memory 221, and an image generator 223 for displaying data images; and The projection device 23 can directly project the inner valley of the image generated by the image generator 223 to the display light screen 21 for display. In addition, the transmitter 24 is provided with a plurality of keys 241. In this embodiment, Three buttons 241 are indicated for the user to press and act, and each button 241 can emit different infrared light wavelengths to be projected on the display light screen 21, and each button 241 has different functions and effects, such as its One button 241 has the execution function, the other button 241 has the drawing function, and the other button 241 M263678 has the function of selecting functions. Still referring to Figures 3 and 4, when the new interactive image control system 2 is used, first, the display light screen 21 is set up according to the location of the meeting or presentation the user wants to perform, and then the data is used by the projection device 23 The data image displayed by the image generator 223 of the output device 22 is shot and displayed on the image light screen 21. At this time, when the image of the projection device 23 is projected and displayed on the display light screen 21, The light wave projected by the projection device 23 reflects the flood number, and is not received or reacted by the light sensor 25. Therefore, the light sensor 25 must be set with the transmitter 24 to set the receivable range so that the light sensor The transmitter 25 completely receives the entire image range displayed by the projection device 23 and projected on the display light screen 21. When a user wants to perform a presentation, he directly projects the infrared light wave emitted by the transmitter ^ onto the display light screen. 21, the infrared light wave can be used as an instruction for the user to explain and explain the image projected on the display screen 21, and when the user wants to further the position of the projected image When entering As long as the button 241 of the transmitter 24 is pressed to emit different infrared light waves, the light sensor 25 will only purify the red material optically diffusive signal material, and convert the signal to the image generator 223 by conversion Corresponding to the content means not to position, to further control the processor 222 of the data output device 22 to execute a program to enter the next page of data content presentation, or directly perform edge maps, writing processing, etc. on the projection image screen. Therefore, the user can immediately use the transmitter 24 to instruct M263678 H within the range of the display light screen 21 to avoid the lack of manipulation that affects the simplicity. At the same time, he can enter the poor material of the eight brothers, and he can also immediately fate. The figure illustrates or executes the program far and farther into the Shizu 7 Br7 n. W I, p keeps the song out of the effect, and makes the image projected on the screen written; J; fc 卩 丨 e5 a $ ^? 1 ~ 3 The header is not simpler, so that the overall presentation and ¥ quote have better quality. It is stated that the new type uses the induction of the light sensor H and the projection of the transmitter within the range set by the display light screen in advance, so there is no reflection angle problem in use, so it can avoid affecting the #control generated by signal reception. ,: 'At the same time, plus the transmitter's button B with different functions, press' to send different infrared light waves to step-by-step control the processing of the data input and output device n execute the program to move into the τ_ page of data content— Or directly perform edge map processing on the daytime surface of the projected image. Therefore, it is used: Wang uses the infrared radiation of the transmitter to dominate the operation of the video, I & D and data output device to achieve interactive and real-time visual effects. submit application. However, the above is only for explaining the preferred embodiment of the new model. 'It should not be used to limit the scope of the implementation of the new model, that is, the simple equivalent changes made according to the new = patent application scope and the content of the new specification. Modifications should still fall within the scope of this new patent. [Schematic description] / Figure 1 is a schematic diagram of a patent case of the "data projection control system" of the known Republic of China No. 871 21 239; The functional block diagram between the laser indicating device, the projection device and the jiema device M263678; Figure 3 is a schematic diagram of the connection status of the preferred embodiment of the new interactive image control system; and data: Out =: of the best embodiment A block diagram illustrating a functional block diagram between the projection device, the output device, and the transmitter. Description of the main components of L] 21 Display light screen 221 Memory 223 Image generator 24 Transmitter 25 Photo sensor 2 Interactive image control system 22 Data output device 222 Processor 23 Projection device 241 Button 10