200909969 九、發明說明： 【發明所屬之技術領域】 本案係為-種簡報用數位攝影機，尤指應用於對 顯示物件進行-影像處理動作之絲的—種簡報用數位 攝影機。 【先前技術】 現在-般的公司行號或學術機關中，使用投影機 課程或主財議已經是相當目為其具有可二 讓觀眾同步閱讀主講者講勒容之優點，投影機已成為★果 堂上教師授課，或是學術討論、公司會議等場合不可或缺 的工具。 、 因為傳統投影機有著體積龐大、以及需要使用透明投 影片才能將需要被展示的圖表投影於投影屏幕等缺點，經 過多次的技術改進後，現階段已發展出一種所謂的“簡= 用數位攝影機”（Document camera，亦稱實物投影機），其 主要的工作原理是利用例如數位攝影機或數位照相機所 使用的攝影模組’即是利用所謂的“互補式金屬氧化物半 導體感測器（Complementary Metal Oxide Semiconductor sensor，簡稱CMOS sensor)”或是“電藕合元件(charge CoupleDevice，簡稱CCD)”等影像感應元件，讓使用者 6 200909969 只需將想要展示的圖表、物品置 錄，再輪出至-般的單搶、三搶投:感應元件下進行攝 請d:n:展，容。。。 待顯示物件n利用二二二 用數位攝影機10將— 物件n利用一早搶投影機12進 示思圖。如第-圖所示，使用者 丁知像顯不的運作 於該簡報用數位攝影機10的一攝影^寺顯示物件11置 該攝影模la 101的攝錄後，透過二= 且101下’在經過 錄之影像顯示於-投影屏幕13上二早12將所攝 影機ω即是利用上述數_影數位攝 的技術，將CMOS感測器以及中所應用 於該攝影模請中，讓該攝應-件完成 ^件!錢進灯影像的擷取，進而輸出至該單搶投影機 -^ 來，便不需要使料明投影片也能夠將所欲展 =_容展提彳_眾觀賞，⑽小 == 收納空間，因此，胡A仍日]體積，減> 代傳統的投影機，成為二攝影機1〇已漸漸取 但0 會議時主要使用的器材。 時，是直疋接將^如者在使用關報賴位攝影機10 如此Λ /顯示物件11置放於該攝影模組而下， 於Λ /又有對齊基準的情況下’便無法在第—時間 辜:i控制該攝影模組則所攝錄到該待顯示物件㈣ 向，因此當使用者將該待顯示物件 下時’必須觀察投影於該投影屏幕13的影 调整至適當的方向以及範圍，除此之外，每當 200909969 該投ίίί ιΠί不物件時’就必須再—次針對投影於 "2Γ ^ ❻像做進—步地輕，以確定對該待顯 二：:=:;:=，，如㈣: 流暢性，更大域低了^ΓΛΛΓ麟節奏的 ,規小參加會議或聽講的興致。 為了解決上述問題，便有 被發展出來，請參閱第二田射技Ά不衣置202 投影標示裝置202之簡報_7爲，其係為設置有該雷射 AT^,. 1報用數位攝影機20運作示意圖， ^以及1此在第—時_確定該待麻物件21的方 ===簡報用數位攝影機2。的攝影模組‘ ΐ便叹置有该雷射投影標示裝置202，當使用者使用在， =數ΓΓ機20時’該雷射投影標示裝置202便在χ ;亥=讀件21均歧㈣射投雜211 =等雷射投射點211。所形成的範圍，將該： 物件21加以對齊，石+ J 丨、 投影至該投影屏幕使用者便不需要等到影像 讀件21放置至轉祕投射細 耗圍内，並加以對齊。 1〜驭的 ^而’设置有該雷射投影標示裝置2 0 2的簡報用數位 =機2〇依然存在有先天的缺陷，亦即在使用者= 物件21的特定區域進行影像放灿崎^或影 像务目小（ΖΟΟΠχ 〇ut〗B主，、μ 3 幕的影像做進-步的該投影榮 使用者利用w 參閱弟一圖（）’其係為 者_該_用數位攝影機2G對該待顯示物件21 200909969 像放大插作示意圖。如圖所示，當使用者 二特定區域212時，該等雷概射點 犯之=同步的縮小至代表該特定區域 的影像做進-步的―要針独影在該投影螢幕 定區域二如此Τ _用者所欲展示的該特 的情況，還是會造=議=:!:大或縮小影像 降低觀_會議或聽講時的興致的問 Γ技術手段所產生的缺失，便是發展=::: f發明内容】 物株,系為一種簡報用數位攝影機，應用於對 物件進仃一影像處理動作之過程 寺，.、具不 =理器’電賴賊影像_裝置， 而使得該影像揭取裝置_取;待 二第一區域改變至-第二區域;以及-位置: 不裝置’電連接於雜處理m係發出 ^ 於该待顯示物件上形成—標示位置，朗㈣I先線 訊輸入至該微處理器後，而將該等雷射以二、·、§放資 改變至—第二角度進而將代表該第—區域度 位置調整至代表該第二區域之一第二標示位置弟一標示 200909969 案所述之簡報用數位攝影機，其中 標示裝置包含：-雷射模組，;該雷射投影 該等雷射絲可投射出轉t ; I數個雷射光源， 二:ί位置之複數個雷射投射點，·以及-反 射鏡核、·且，其係具有複數個反射鏡並連接於 因應該影像驗資雜人至_ 、°田射杈、，且 射鏡增，使卿反射調整該等反 度由該第一角度改變至4雷射統之反射角 射點於該待顯示物 不位置調整至該第二標示位置。 以弟私 根據上述構想，本案所戒 該反射鏡模組更包含·· I調整轉2=彝影機，其中 資訊之輪人而進行_，縮放 及一及射锫换％ - 』正邊寺反射鏡之角度；以 整靜之㈣而早70 ’其係連接於_整轉輪，因應該調 正知輪之轉動而進行上 ^ 該反射鏡推進單元之上下替進而使得該等反射鏡因應 h^, 下伸鈿而進行傾斜角度的改變。 含了 :-豕第二：’本案所述之簡報用數位攝影機，更包 處理器，因應該參電連接於該影像擷取裝置與該微 處理器所輸出^訊輪入至該微處理器後，該微 置，使得該影像掏取裝置工所而驅動該影像擷取裝 接於該調整轉輪與該微==门及~弟二軸馬達，電連 ^ 口°因應该影像縮放資訊輸入 10 200909969 至該微處理器後，該微處理器所- 月!出之^ 一第二和· w . 驅動該調整轉輪轉動而帶動該反 一卫利而 來改變該等反射鏡之狀，進而使=進單元進行伸縮 待顯示物件上所形成之該標示位置二二射t射點於該 田該弟一 “ 7ΓΤ你罢 整該第二標示位置 置5周 本案:述之簡報用數位攝影機，其中 對照表，當該第—驅動馬達驅動該影像揭 = 區域調整後，該第一驅動馬達回傳—旦 進仃办像 =該微處理_該反射鏡‘ π表進㈣照而得到-反射鏡模級 減紐射賴-_婦==^ 一崎馬達驅動賴整轉輪進行該等反射鏡角度 根據上述構想，本案所述之簡報用數位攝影機， 該影像擷取裝置因錢影_放—為—影像 、 時，則該影侧取裝置所娜麟顯示物件影像之該=二 ，域為該第—區域之n分之一之部分區域放大打：後戶; 得’其中η係為一正數。 根據上述構想，本案所述之簡報用數位攝影機，豆 中该位置標示裝置目應該影像誠f訊為該影像放大資 崎’則於該·示物件上所形成之料二標示位置 =圍為該f位置所代表之區域範圍縮小 11 200909969 根據上逑構想，本案所述 該影像掏取裝置因應該影像縮放曰次用數位攝影機’其令 時，則該影像擷取裝置所操取=為—影像縮小資訊 一正數。 仏後所杆之影像，其中瓜係為 根據上述構想，本案所述 f立置標示裝置因應該影像縮放用數;^機，其中 〜，則於讀待顯示物件上所形成之該;為=縮小資訊 之區域範圍A盆一 弟一松不位置所代表 倍後所得。… 4立所代表之區域範圍放大m -待i::::面:ί:，報用數位攝影機，應用於對 攝影機私.騎之财，關報用數位 之影像；===係可操取該待顯示物件 電連接於今旦^貝料，—影像信號處理器， 第—影像其係因應—影像縮放資訊與該 線於該待in像錢纽11，其係發出紐個雷射光 資訊之輪入不#上形成一標不位置’並因應該影像縮放 二角声，1而將該等雷射光線之—第一角度改變之—第 示仿I進而將代表該第一影像資料影像區域之一第-粳 示輕至代表該第二影像資料影像區域之一第二^200909969 IX. INSTRUCTIONS: [Technical Fields of the Invention] This case is a digital camera for presentations, and is particularly useful as a digital camera for briefings for performing image-image processing operations on displayed objects. [Prior Art] Nowadays, in the company's line number or academic institution, the use of the projector course or the main financial discussion is quite obvious. It has the advantage of letting the audience read the lecturer and telling the story. The projector has become ★ Instructors teach in the hall, or an indispensable tool for academic discussions, company meetings, etc. Because traditional projectors are bulky and need to use transparent slides to project the charts that need to be displayed on the projection screen. After many technical improvements, a so-called "simple = digital" has been developed at this stage. "Document camera" (also known as a physical projector), whose main working principle is to use a camera module such as a digital camera or a digital camera to use a so-called "complementary metal oxide semiconductor sensor" (Complementary "Metal Oxide Semiconductor sensor" (referred to as CMOS sensor)" or "electric charge component (CCD)", such as image sensor, let users 6 200909969 only need to display the charts, items, and rounds Out to the general single grab, three grab shot: under the sensor element to take a photo d: n: exhibition, capacity. . . The object to be displayed n uses the digital camera 10 to display the object n using the early grab projector 12. As shown in the first figure, the user knows that the image is displayed on the digital camera 10 of the presentation digital camera 10, and after the recording of the photography mode la 101, the second and the The recorded image is displayed on the projection screen 13 on the second morning 12, and the camera ω is the technique of using the above-mentioned number-shadow digital image, and the CMOS sensor and the medium are applied to the photography module, so that the camera is applied. - The piece is completed ^! The image of the money into the light is captured, and then output to the single-grab projector -^, so that it is not necessary to make the projections of the film to be able to display the desired exhibition. (10) Small == storage space, therefore, Hu A still] volume, minus > generation of traditional projectors, become the second camera 1 〇 has gradually taken but the main equipment used in the 0 meeting. At the time, it is directly connected to the camera. If the player uses the camera 10, the display object 11 is placed under the camera module, and if there is an alignment reference, the user cannot be in the first place. Time 辜: i controls the photographic module to record the object to be displayed (four) direction, so when the user lowers the object to be displayed, the image projected on the projection screen 13 must be observed to be adjusted to an appropriate direction and range. In addition, whenever the 200,909,969 voted ί ί ί Π 不 不 ' 就 就 就 就 就 就 就 就 就 就 就 就 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影 投影:=,, as (4): fluency, a larger domain is lower ^ ΓΛΛΓ 节奏 rhythm, small participation in meetings or listening to the interest. In order to solve the above problems, it has been developed, please refer to the second field technology Ά 衣 202 202 projection marking device 202 briefing _7, which is set to the laser AT ^,. 1 report digital camera 20 operation diagram, ^ and 1 in the first-time_determine the square of the object 21 === briefing with the digital camera 2. The photographic module ' ΐ 叹 置 该 该 该 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷Shot 211 = equal laser projection point 211. The resulting range is such that: the object 21 is aligned, and the stone + J 丨 is projected onto the projection screen so that the user does not have to wait until the image reading member 21 is placed within the transmissive projection consumable and aligned. 1~驭^ and 'The laser projection setting device 2 0 2 is used for the presentation number=machine 2〇, there is still a congenital defect, that is, the image is placed in a specific area of the user=object 21 Or the video task is small (ΖΟΟΠχ 〇 ut〗 B main, the image of the μ 3 screen is made into the step - the projection of the user uses w to refer to the brother figure () 'the system _ the _ with the digital camera 2G pair The object to be displayed 21 200909969 is enlarged as a schematic diagram. As shown in the figure, when the user has two specific areas 212, the lightning exposure points are made = the synchronization is reduced to the image representing the specific area. ―I want to play alone in the projection screen area 2 Τ _ The user wants to show the special situation, or will make ==!: Large or reduced image reduction view _ meeting or listening to the interest of the occasion The lack of technical means is the development of =::: f invention] The strain is a kind of digital camera for briefing, which is applied to the process of image processing of objects. 'Electric thief image_ device, so that the image removal device _ take; The first area is changed to the second area; and the position is: the device is not electrically connected to the miscellaneous processing, the m system is issued, and the object is formed on the object to be displayed, and the position is marked, and the first (four) I first line signal is input to the microprocessor. And the lasers are changed to a second angle, and then the second angle is adjusted to represent the first-regional position to represent one of the second regions. The digital bulletin camera uses a digital camera, wherein the marking device comprises: - a laser module; the laser projecting the laser wire can project a turn t; I a plurality of laser light sources, and two: a plurality of laser projections at a position of ί Point, · and - mirror core, and, it has a plurality of mirrors and is connected to the corresponding image to verify the hybrids to _, ° field 杈, and the mirror increases, so that the reflection of the reflection adjusts the reflexes The reflection angle point changed from the first angle to the 4th laser system is adjusted to the second indication position at the position of the object to be displayed. According to the above concept, the mirror module of the present invention is further included. I adjust to 2 = 彝 机 ,, where the information wheel is carried out _ , zoom and one shot and change % - 』 the angle of the mirror of the Zhengbian Temple; the whole quiet (4) and 70' early is connected to the _ whole wheel, because the rotation of the wheel should be adjusted The mirror propulsion unit is replaced by the above-mentioned mirror so that the mirrors change the tilt angle according to the h^ and the lower jaw. The inclusion: -豕 second: 'The briefing described in the present case uses a digital camera, and further includes a processor. After the image capturing device is connected to the image capturing device and the output of the microprocessor is turned into the microprocessor, the micro-setting is performed, so that the image capturing device works to drive the image capturing device to be attached to the image capturing device. The adjustment wheel and the micro == door and ~ brother two-axis motor, the electrical connection ^ ° because the image zoom information input 10 200909969 to the microprocessor, the microprocessor - month! Second and · w. driving the adjustment wheel to rotate to drive the reverse wei to change the shape of the mirror, so that the = unit is telescoped to display the marked position on the object to be displayed Point to the field, the younger brother, "7 ΓΤ you put the second marked position on the 5th week. The digital camera is described in the briefing, wherein, in the comparison table, after the first driving motor drives the image to be adjusted, the first driving motor is returned to the image. The micro-processing_the mirror is π Table into (4) according to the photo-mirror mode level reduction ray- _ women == ^ Izaki motor drive the revolving wheel to carry out the mirror angle According to the above concept, the briefing described in this case uses a digital camera, the image When the capturing device is in the image of the money, the image is taken as the image, and then the image of the object is displayed by the image of the image of the object, and the field is a part of the n-th region of the first region. Household; got 'where η is a positive number. According to the above concept, the briefing described in the present case uses a digital camera, and the position indicating device in the bean should be imaged. The image is enlarged by the image of the object, and the mark 2 is formed on the object. The range of the area represented by the f position is reduced. 11 200909969 According to the above concept, the image capturing device described in the present invention uses the digital camera to adjust the image, and the image capturing device operates as the image. Reduce the information to a positive number. According to the above concept, the f-position indicator device in the present case is suitable for image zooming; The area of the information area is narrowed down. ... 4 areas represented by the area magnified m - to i:::: face: ί:, reported with a digital camera, applied to the camera private. Ride the money, turn off the use of digital images; === The object to be displayed is electrically connected to the current material, the image signal processor, the first image is the image-magnification information and the line is in the image of the money 11, and the system emits a new laser light information. The wheel does not form a target position and the image is scaled according to the image, and the first angle is changed by the image of the laser beam. The first image I will represent the image area of the first image data. One of the first-lights is light to represent one of the second image data image areas.
H上14構想，本案另—方面所述之簡報用數位攝影 ^该位置標示裝置係為—雷射投影標示裝置，而該 12 200909969 雷射投影標示裝置包含：一雷射模組，其係具有複數個雷 射光源，該等雷射光源可投射出該等雷射光線’進而於該 待顯示物件上形成代表該標示位置之複數個雷射投射 點；以及一反射鏡模組，其係具有複數個反射鏡且連接於 該雷射模纽，因應該影像縮放資訊之輸入而使得該等反射 鏡反射該等雷射光線之反射角度由該第一角度改變至該 第二角度，進而使得該等雷射投射點於該待顯示物件上所 形成之該標示位置由該第一標示位置調整至該第二標示 位置。 根據上述構想，本案另一方面所述之簡報用數位攝影 機，其中該反射鏡模組更包含：一調整轉輪，其係因應該 影像縮放資訊之輸入而進行轉動，進而調整該等反射鏡之 角度；以及一反射鏡推進單元，其係連接於該調整轉輪， 因應該調整轉輪之轉動而進行上下伸縮，進*使得該等反 Γ Γ=應該反射鏡推進單元之上τ伸縮而進行傾斜角度 機，if上34構想’本案另—方面所述之簡報用數位攝影 驅㈣G含了 ：—驅動馬達，電連接於該調整轉輪，用以 =整轉輪’使得_整轉輪猶而轉該反射 雷伸縮來改變該等反射鏡之角度，進而使得該等 連接t置調整該第二標示位置，·以及—微處理器，電 出-控=馬達，其係因應該影像縮放資訊之輸入而： 仏5虎至該驅動馬達，進而驅動該調整轉輪進行兮 13 200909969 等反射鏡之角度調整。 根據上述構想’本案另一方面所述之簡報用數位攝影 機，其找影像信號處理器因應該影像齡:纽為一影像 放大貧訊時’則該第二影像資料為該第—影像資料之。 分之-之部分影像龍放大η倍额得，其中η係為一正 數。 根據上述構想’本㈣—方面所述之簡報用數位 機]其中雜置標*裝置因應該影像縮放纽為該 大貧訊時，則機待縣物件±所麻之該第二椁示 所代表之區域範圍為該笫ν'直 縮小η倍後所得。弟“位置所代表之區域範圍 根據^边構心’本案另—方面所述之簡報用數位 機，其中該影像錢處驾因應該影像縮放 旦,ς 縮小資訊時，則該第二影像區域為該第—影 倍後所得之影像，其中m係為-正數。軸目小m 根據上述構想，4另—方面親之簡 機，其中該位置標示妒” π数位攝影 小資訊時，㈣該影像縮 】貝心狀錢^物件±卿成之該 所代表之區域範圍為讀第—標示位置所代 放大m倍後所得。 ^域乾圍 【實施方式】 其係為本 請參見第三圖（a)(b)(c)⑷（e)(f)， 14 200909969 案為改善習用技術手段之 =機3之較佳實施例示意圖，而===用數位攝 :::♦、應用於對—待顯示物件3。。進:―二::: 通常該待顯示物件3⑻可為如M =處理動作 :件或-教學用立體教具。從第 料 中，我們可以、、主姑AA主， 之方塊示意圖 有-輸i 看該簡報用數位攝影機3主要包含 Ϊ32,裝置I -微處理器，以及-位置 像擷取裝置3G係可擷 是在該位叙騎祕倾顯3红要特徵便 後=，在因應該影像縮放資訊㈣入 嶋榻取裝置3〇所揭取影像之該第一區域 像區^像擷取裹置3〇所擷取該待顯示物件300之影 30^ 位置調整至代表該影像擷取裝置 梅取像之_二區域（上述該影像錄裝置30所 雄=待-示物件300之影像區域）之-第二標示位置， 凡成當該影像擷取裝置3〇進行影像倍率調整時，同 ^的驅動該位置標示裝置32調整於該待顯示物件働上 ^形成的該標雜置。以下再就本案之技術特徵做 的說明。 承上述之技術說明，如第三圖（b)(c)所示，從圖 ^我們可以清楚看出’置標示裝置32係為包含有一 =射模組321以及-反射鏡模組322之—雷射投影標示裝 ^其中該雷射模組321係包含有複數個雷射光源3211， 該等雷射光源3211可投射出複數個雷射光線32111，進 15 200909969 而於該待鮮物件· ±形成代表該標雜置之複數個 雷射投射點32im，而該反射鏡模組322連接於該雷射 模組321並包含有複數個反射鏡3221、一調整轉輪3222 以及一反魏推進單元助，因應彡像職資訊之輸 入’該反射鏡模組322所包含之該調整轉輪3222便會進 行轉_帶_反射餘進單元助進行上下的伸縮， 而該等反魏3221目應該反射鏡推進單元迎的上下伸 縮因而調整其傾斜的角度，因此，該等雷射光源3211所 投射出的轉雷射光線32111便會因為鱗反射鏡灿 傾斜角度_整而改變該等雷射級32ηι反射的角 度，並進而於該待顯示物件3⑽上形成複數個投射點 32un，而該等投射點321111便能夠因應該等反射鏡不 同角度_整，在職顯示物件·上形成代表該第一區 域的該第-標示位置或代表該第二區域的該第二標示位 用數閱弟二圖(a),如圖所示，本案所述之簡報 用數位攝衫機3更包含了 —第—驅動馬達％以及一第二 = 第一驅動馬達33電連接於該影像擷 取#置30 _微處理㈣’崎第二轉馬達％電連 接於該反射鏡模組322與該微處理器3卜當該 1因應弓=1像^放資訊輸人後而輸出―第—控制信號ΐ 時，該第—驅動馬達33便會開始驅動 该影像擷取裝置30對該待顯示㈣之影像 ^ 縮放的調整，W該影像錄裝置3G完成辦縮放^ 16 200909969 ::處便放倍率調整值至該 值對照表⑽進行對照，進而數 轉動步數值，如第：圖⑷：到二射鏡，整轉輪 斗c 6 圓（d)所不，當該微處理器31根據 獅調整轉輪轉動步數值而發出—第二控制信 號至3亥弟—_馬達34時，該第二驅動馬達％便會驅動 _整轉輪3222進行轉動而帶動該反射鏡推進單元迎 進行上或T的魏’如此便會改敎#反魏則的角 度而使該等f射光線32111之反射角度—第―角度的改 欠至第—角度Θ2 ’進而使得該等雷射投射點32ι川於 該待顯示物件300上所形成之該標示位置於該第一標示 位置與該第二標示位置之間進行調整’例如：當該反射鏡 推進單元3223向上推進時，該等反射鏡3221所反射該等 雷射光線32111的歧便會由上述該第—歧θι調整至 該第二角度Θ2 ’此時，該等投射點321111於該待顯示物 件300上所形成標示位置的區域範圍是縮小的，反之，當 該反射鏡推進單元3223向下推進時，該等反射鏡3221 所反射該料射緣32m的肖歧會由上述該第二角 度Θ2調整至該第-角度Θ1，此時，該等投射點321111 於該待顯雜件3GG上所形成標示位置的區域範圍則是 放大的。 再請參見第二圖（e) (f)，當該微處理器31所因應 之該影像縮«訊為-影像放大資訊時，該第—驅動馬達 33驅動該影像娜裝i 30進行影像倍率的放Λ (即影像 17 200909969 =In功…此時H圖（e)所示’該影像顧取 =置30賴取該賴轉件騎聰之該第二區域 該第-區域·^分之—之部分區域放大^音 !ι:传巾本案的特徵所在，即是當該影像擷取裝置30 _該影像放大資訊而進行影像料放大時，該位置標系 j 32 (即雷射投影標示裝置）會同步的將於該待顯示 物件所形成的該標示位置進行調整，如第三圖⑴ ΓΓ也就是#該影_岭置3G職輔觸示物件 1像3_由該第—區域_放大至該第二區域3002 ^该位置標示裝置32於雜顯讀件·上所形成之 位置由代表該第—區域3⑽！之該第—標示位置 =至代表該第二區域3⑽2之該第二標示位置 Ϊ二第二標示位置3_所代表之區域範圍為該 π不位置3GG3所代表之區域範義小^倍後所得。 職處理器31所因應之該影像縮放資訊為一影 如Γ 0守，該第一驅動馬達33驅動該影像揭取裝置 進订影像倍率的縮小（即影像Zoom Out功能）’奸 取裝置30所操取該待顯示物件影像遍之該第一區 同 為°亥第—區域3002縮小m倍後所得之影像。如 ^件ton^ ’該位置標示H 32便會同步於該待顯示 二〇〇 士所形成之該標示位置由代表該第二區域_ # j 讀置3刪輕至代表該第—區域3G01之該 = 其示位置3°°3所代表之 /弟一私不位置3004所代表之區域範圍放大 18 200909969 m倍後所得。 經由上述之技術說明，我們可以清楚的看出，本案最 主要的特徵就是在於當使用者使財案所發展出之3 用數位攝影機進行影像放大或縮小時，雷射投影標示妒置 亦會隨著影像的放大或縮小而同步調整投射在待顯=物 件上的標不位置’使得使用者可以清楚的得知目前所進行 放大或縮小的影像是對待顯示物件的那一個部分進行^ ^或縮小，相較於先前技術中，更能夠讓使用者即時的知 運所放大與縮小的影像範圍，核所述之簡報用數位攝影 機4實解決了在先前技射的缺失，進喊成發展本幸^ 最主要目的。 a斤夕，在上述較佳實施例中所提到的技術手段，也就 是該簡報用數位攝影機所包含之位置標示裝置會隨著影 像擷取裝置對義示物件影像進行職倍率的調整而^ 步改變位置標示裝置於待顯示物件上的標示位置，其中影 像擷取裝置雌顯轉件影像進行縮放倍率賴整是屬 於“光學變焦，’“的範圍之内，當然，利用本案之技術思想 也可以應用在數位變焦，，的範園之内，也就是當影像据 轉置所擷取待顯示物件㈣像是透過—影像信號處理 益（D_JS㈣Process〇r，簡稱Dsp)的處理來進行影 像放大（Zoom in)或影像縮小（2麵⑽）日夺，也可以 利用本m提丨的技術手段，同步岐變㈣標示裝置於 待顯不物件上的標示位置。因此，本發明得由熟習此技藝 之人士任施E思而為諸般修飾，然皆不脫如附申請專利範 19 200909969 圍所欲保護者。 【圖式簡單說明】 个木 得藉由下㈣式賴明，轉1深人之了解: 弟一圖，其係為—簡勒田# 一單搶投f彡麵行4’將—待齡物件利用 办像鑕不的運作示意圖。 一圈（a)，其係為設置有該 一 用數位攝影機運作示音圖。射杈衫‘示裝置之簡報 實施例示意圖 1報用數位攝影機之較佳 【主要元件符號說明 本案圖式中所包含之各元件列示如下： ，報用數位攝影機10 單知投影機12 攝影模組101 待顯τρ：物件2 1 待顯示物件11 奴影屏幕13 簡報用數位攝影機20 匕％屏幕23 20 200909969 攝影模組201 雷射投影標示裝置202 雷射投射點2110 特定區域212 簡報用數位攝影機3 影像擷取裝置30 位置標示裝置32 第一驅動馬達33 第二驅動馬達24 微處理器31 雷射模組321 反射鏡模組322 待顯示物件300 反射鏡模組調整轉輪轉動步數值對照表330 反射鏡3221 調整轉輪3222 反射鏡推進單元3223 雷射光源3211 投射點321111 雷射光線32111 待顯示物件影像3000 第一區域3001 第二區域3002 第二標示位置3004 第一標示位置3003 21H is on the 14th concept, and the briefing described in the other aspect of the present invention uses digital photography. The position marking device is a laser projection marking device, and the 12 200909969 laser projection marking device comprises: a laser module, which has a plurality of laser light sources, wherein the laser light sources can project the laser light' to form a plurality of laser projection points representing the marked position on the object to be displayed; and a mirror module having a plurality of mirrors coupled to the laser module, wherein the reflection angle of the mirrors reflects the reflection angle of the laser light from the first angle to the second angle due to the input of the image scaling information The marked position formed by the laser projection point on the object to be displayed is adjusted from the first marked position to the second marked position. According to the above concept, the digital camera according to another aspect of the present disclosure, wherein the mirror module further comprises: an adjustment wheel, which is rotated according to the input of the image zoom information, thereby adjusting the mirrors. An angle; and a mirror propulsion unit coupled to the adjustment wheel, for up-and-down expansion and contraction due to adjustment of the rotation of the wheel, such that the Γ Γ = should be stretched over the mirror propulsion unit The tilting angle machine, if the 34 is conceived, 'the other case of the case, the briefing with the digital camera drive (4) G contains: - the drive motor, electrically connected to the adjustment wheel, used to = the whole wheel 'making the wheel And the reflection thunder is rotated to change the angle of the mirrors, so that the connection t is adjusted to adjust the second indication position, and the microprocessor, the electric output control, the motor, and the image scaling information The input is: 仏5 tiger to the drive motor, and then drive the adjustment wheel to adjust the angle of the mirror such as 兮13 200909969. According to the above concept, the digital video camera of the present invention, which is described in another aspect of the present invention, finds the image signal processor according to the image age: the image is enlarged by the image, and the second image data is the first image data. Part of the image of the dragon is magnified by η times, where η is a positive number. According to the above concept, the digital device for the briefing described in the above (fourth)--the miscellaneous standard device is the second poor display when the image is zoomed in. The range of the region is obtained by directly reducing the 笫ν' by n times. The "representation of the area represented by the location according to the ^ edge of the heart" in the case of the other side of the briefing with a digital machine, where the image of the money should be driven by the image zoom, 缩小 when the information is reduced, the second image area is The image obtained after the first-folding, wherein m is a positive number. The axis is small m. According to the above concept, the other is a simple machine, wherein the position is marked with 妒" π digital photography information, (4) the image缩】Bay heart-shaped money ^ object ± Qing Chengzhi, the area represented by the area is read - the position is magnified m times after the generation. ^域干围 [Implementation] The system is based on the third figure (a) (b) (c) (4) (e) (f), 14 200909969 case to improve the technical means = machine 3 better implementation Example diagram, and === with digital camera:::♦, applied to the pair - to be displayed object 3. . In: ―2::: Usually the object to be displayed 3 (8) can be as M = processing action: piece or - teaching stereoscopic teaching aids. From the first material, we can, the main aunt AA master, the block diagram has - lose i see the briefing digital camera 3 mainly contains Ϊ32, device I-microprocessor, and - position like the capture device 3G system It is in this position that the sneak peek reveals 3 red features. After the image is zoomed in. (4) The image is taken from the first area of the image. The position of the image 30 of the object to be displayed 300 is adjusted to represent the image of the image capture device and the image region of the image capture device 30 (the image region of the image capture device 30) When the image capturing device 3 is used to perform image magnification adjustment, the position indicating device 32 is driven to adjust the target miscellaneous formed on the object to be displayed. The following is a description of the technical features of the case. According to the above technical description, as shown in the third figure (b) (c), it can be clearly seen from the figure that the 'marking device 32 is included with a = shooting module 321 and a mirror module 322 - The laser projection device 321 includes a plurality of laser light sources 3211, and the laser light sources 3211 can project a plurality of laser light beams 32111, into 15 200909969 and in the object to be freshened. Forming a plurality of laser projection points 32im representing the standard mismatch, and the mirror module 322 is coupled to the laser module 321 and includes a plurality of mirrors 3221, an adjustment wheel 3222, and an anti-Wei propulsion unit. Help, in response to the input of the image information, the adjustment wheel 3222 included in the mirror module 322 will perform the rotation_band_reflection unit to assist in the expansion and contraction of the upper and lower sides, and the anti-Wei 3221 mesh should reflect The mirror propulsion unit adjusts the tilting angle of the upper and lower sides of the mirror, so that the laser light 32111 projected by the laser light source 3211 changes the laser level 32n by the tilt angle of the scale mirror. The angle of reflection, and then A plurality of projection points 32un are formed on the object 3 (10), and the projection points 321111 can form the first-marked position representing the first region or represent the first portion according to different angles of the mirror. The second indicator of the second area is shown in the figure (a). As shown in the figure, the digital camera 3 of the present invention includes a first-drive motor % and a second one. The driving motor 33 is electrically connected to the image capturing device. 30 _ Micro processing (four) 'Saki second rotation motor% is electrically connected to the mirror module 322 and the microprocessor 3 when the 1 response bow = 1 After the information is input and the "first" control signal is output, the first driving motor 33 starts to drive the image capturing device 30 to adjust the image to be displayed (4), and the video recording device 3G completes the operation. Zoom ^ 16 200909969 :: The magnification adjustment value is adjusted to the value comparison table (10), and then the number of rotation steps, such as: Figure (4): to the second mirror, the whole rotation of the wheel c 6 circle (d) When the microprocessor 31 is issued according to the lion adjustment wheel rotation step value - second When the control signal reaches 3 hai _ _ motor 34, the second drive motor % will drive _ the whole revolving wheel 3222 to rotate to drive the mirror propulsion unit to greet the upper or T of the wei' so it will change #反Wei's angle makes the reflection angle of the f-light ray 32111 - the angle of the first angle to the first angle Θ 2 ' and thus the laser projection point 32 is formed on the object to be displayed 300 The position is adjusted between the first marked position and the second marked position. For example, when the mirror propelling unit 3223 is pushed up, the mirrors 3221 reflect the laser light 32111. When the first angle Θ2 is adjusted to the second angle Θ2', the range of the area where the projection point 321111 forms the marked position on the object to be displayed 300 is reduced, and conversely, when the mirror pushing unit 3223 is downward When propelling, the difference of the reflection edge 32m reflected by the mirrors 3221 is adjusted to the first angle Θ1 by the second angle Θ2, and at this time, the projection points 321111 are on the to-be-displayed part 3GG. The area where the marked position is formed The range is enlarged. Referring to FIG. 2(e) and (f), when the image of the image corresponding to the microprocessor 31 is zoomed in, the first driving motor 33 drives the image camera 30 to perform image magnification. The arbitrage (ie, image 17 200909969 = In Gong... At this time, the H image (e) shows the image taken = 30 is taken from the second piece of the second area. - Part of the area is enlarged ^ sound! ι: The characteristics of the towel case, that is, when the image capturing device 30 _ the image enlarges the information and enlarges the image material, the position mark j 32 (ie, the laser projection mark The device will be synchronized to adjust the marked position formed by the object to be displayed, such as the third figure (1) ΓΓ 就是 # 该 该 岭 3 3 3 3 G G 3G occupational touch object 1 like 3_ by the first area _ Zooming in to the second region 3002. The position of the position indicating device 32 formed on the miscellaneous reading member is represented by the first indicating position of the first region 3 (10)! to the second representing the second region 3 (10) 2 The position of the area indicated by the second mark position 3_ of the mark position 为2 is the small area of the area represented by the π not position 3GG3 The image obtained by the occupation processor 31 corresponds to the image zooming information, and the first driving motor 33 drives the image removing device to reduce the image magnification (ie, the image Zoom Out function). The image obtained by the stalking device 30 is obtained by zooming in on the image of the object to be displayed over the first area, and the image is reduced by m times. The marked position formed by the two gentlemen to be displayed is represented by the second area _ # j reading 3 to lightly represent the first area 3G01 = its position 3°°3 The area represented by position 3004 is enlarged by 18 200909969 m times. Through the above technical description, we can clearly see that the most important feature of this case is that when the user develops the financial case, the digital camera is used. When zooming in or out, the laser projection indicator will also adjust the position of the target on the object to be displayed as the image is enlarged or reduced, so that the user can clearly know the current zoom or Shrinking shadow For example, the part of the object to be displayed is ^^ or reduced. Compared with the prior art, the user can immediately enlarge and reduce the image range of the object, and the briefing of the core is solved by the digital camera 4. In the absence of the previous technical shot, the most important purpose is to make a development. This is the technical means mentioned in the above preferred embodiment, that is, the position indicating device included in the digital camera for the briefing. The image capturing device adjusts the occupational magnification of the image of the object to be displayed, and the position of the position indicating device on the object to be displayed is changed step by step, wherein the image capturing device and the image of the female device are zoomed. Within the scope of "optical zoom, '", of course, the technical idea of using this case can also be applied to the digital zoom, within the scope of the Fan Park, that is, when the image is transposed, the object to be displayed is captured (4). Image signal processing (D_JS (4) Process 〇r, referred to as Dsp) for image enlargement (Zoom in) or image reduction (2 faces (10)), you can also use this m Technical means, (iv) varying the synchronization manifold means to be marked on the marking locations not explicitly object. Accordingly, the present invention is intended to be modified by those skilled in the art, and is not intended to be protected as disclosed in the appended claims. [Simple description of the map] The wood has to rely on the lower (four) style Lai Ming, turn to a deep understanding of the people: Brother, a picture, its system is - Jane Letian # 一单抢投f彡面行4' will - waiting for age The object uses the schematic diagram of the operation of the image. One circle (a) is provided with the sound map of the operation of the digital camera. Brief Description of the Briefing of the Shooting Shirt's Display Device 1 Best of the digital camera for reporting [Main component symbol description The components included in the diagram of this case are listed as follows: Newspaper digital camera 10 Single projector 12 Photography module Group 101 to be displayed τρ: object 2 1 object to be displayed 11 slave screen 13 presentation digital camera 20 匕% screen 23 20 200909969 photography module 201 laser projection marking device 202 laser projection point 2110 specific area 212 digital camera for presentation 3 image capturing device 30 position marking device 32 first driving motor 33 second driving motor 24 microprocessor 31 laser module 321 mirror module 322 object to be displayed 300 mirror module adjustment wheel rotation step value comparison table 330 Mirror 3221 Adjustment wheel 3222 Mirror propulsion unit 3223 Laser source 3211 Projection point 321111 Laser ray 32111 Object image to be displayed 3000 First area 3001 Second area 3002 Second label position 3004 First label position 3003 21