1311680 九、發明說明： 【發明所屬之技術領域】 本案係為一種簡報用數位攝影機，尤指具有快速自動 '…、功施之間報用數位攝影機。 【先前技術】 μ鈕目‘ 一般公司行號在進行簡報會議時經常會使用到的 =報用數倾影機（DGeumentCamera)，仙通常也可 為實物投影機，該簡翻數位攝影駐要包含了一攝 組，而該攝影模組主要是由一影像感測元件與一鏡頭 恭=成’^似於市面上可以看到的數位相機、可照相手機、 二月自攝影機（PC Camera)等諸如此類的攝影模組，而以目 月J的技術而吕，該攝影組模中之該影像感測元件主要分為 ^補式金屬氧化半導體感測器（Complementary Oxide Semiconductor sensor ^ ® #4, CMOS sensor) ^Wged Coupled Device ^ CCD) ^ 利用光电轉換之效應，依所感測到的光不同之強 # +也產生出對應數目之電荷，並因此可形成一電 ί出其功能就類似於—般傳統相機中的底片。 將-待顯示: =a) ’其係為該簡報用數位攝影機10 物件1進行影像顯示之運作示意圖。由圖示我 1311680 =以清，看出，使用者在進行簡報會議時利用該簡報 數位攝減ίο之韻f彡模組u對料 如丄投影片或立賴型）進行影像的掃描與擷取，並可二 ::皁槍投=機16將所摘取到的影像輸出顯示於一投景; 备幕18上，或也可以直接輪出顯示於 腦 爱幕(本圖t未示出)等顯示裳置上，使用=: =裳置所顯示之即時顯示影像⑴ve = 文件的解說與報告。 延订間報 再請參見第-圖（b)，其係為該簡報用數 1〇功能方塊示意圖，由此方塊圖可以清楚的看出，^ 用數位攝影機w主要包含了-攝影模㈣、—卷報 ^器（DSP) 12、—數位/類比轉換器13，而該 1匕影像感應元件m與—_數 ^、、、 理主要是由該影像感應 電轉換之效應，依所感測到的光不=二= 輪並因此可形成—類比式信號而加以 轉換杰—=、、式仏號輸出至該類比/數位轉換器112便可 、 數位式信號，使得該數位式作號能在 處理器12“數位信號 小，此外可將二 例如:影像的放大或縮 經由命Γ 錢處理1112所處理的數位式信號’ 示哭14 比轉換器13轉換成—類比式信號並透過顯 播放，或、統之_)輪出並進行 Κ該數位信號處理器12上將其數位式信號直 1311680 # 〇vi) 另/、r:15 (例如：數位電視機）上進行播放。 11通常也都:::用數位攝影機10所包含之該攝影模組 報用數位攝影_對該待顯示物件二 作…能夠自動調整而擷取到 ：'像:取動 影模組11盥样的办像口口貝。但由於攝 界環境而改、==之轉會隨使用者之調整與外 影機上所看到的簡報用數位攝 透鏡組進行中’都必須控制攝影模組Π中之 尋，進而料 之移動而完成一大範圍焦距的搜 的功能。因此到一最佳焦距而達成自動對焦 •產生對=:::失所:=費_當長的 缺失，係树展核之最主要的目的。w善耗時過久的 f發明内容】 顯 物件種簡報用數位攝影機，應用於對-待 錢架本如可改變賴雜# 由調整 距;-感測元件，其係設置於物 支架本體—㈣咖==:因= 1311680 接於該感測元件與該攝影模組，其係因應該數據資料而運 算出代表該攝影模組與該待顯示物件間之該物距之一距離 資料，並根據該距離資料來控制該攝影模組進行一自動對 焦動作。 根據上述構想，本案所述之簡報用數位攝影機，其中 該支架本體包含：一置物平台，其係供該待顯示物件之置 放；一第一支架，連接於該置物平台；以及一第二支架， 分別枢轉連接至該第一支架與該攝影模組。 根據上述構想，本案所述之簡報用數位攝影機，其中 該感測元件包含：一第一水平感測器，其係設置於該置物 平台上，其係因應該置物平台相對應於重力線方向角度之 改變而產生一第一角度數據資料；一第二水平感測器，其 係設置於該第二支架上，其係因應該第二支架相對應於重 力線方向角度之改變而產生一第二角度數據資料；一第三 水平感測器，其係設置於該攝影模組上，其係因應該攝影 模組相對應於重力線方向角度之改變而產生一第三角度數 據資料；以及一第四水平感測器，其係設置於該第一支架 上，其係因應該第一支架相對應於重力線方向角度之改變 而產生一第四角度數據資料。 根據上述構想，本案所述之簡報用數位攝影機，其中 該處理器係因應該等角度數據資料與裝置内建之一物距演 算對照表而運算出代表該攝影模組與該待顯示物件間之該 物距之該距離貢料。 根據上述構想，本案所述之簡報用數位攝影機，其中 ^11680 χ物距次鼻對照表係根據 據資料所對應到之距離“:之長度與該等角度數 對4=另物；報用數位攝影機,應用於 含:-支架:體：取2簡報用數位攝影機包 者可藉由調整梦支於*亥支架本體，使用 物件間之食一測距元件，該待顯示 其係因應料架本體之變化所铺影模組上’ 物件間之該物距之變化而產生一婁組與該待顯示 於該測距元件與該攝影模:，:俜 之-距離;„模組與該待顯示物件間之該物距 —自動:二亚根據該距離資料來控制該攝影模組進行 其中 該測想’本案所述之簡報用數位攝影機， 兀件係為一紅外線發收器。 ”Ϊ據ί述構想，本案所述之簡報用數位攝影機，1中 相距時係為—超音波發收器。雜攝⑹機，、中 【實施方式】 出來之數案為!善習用手段缺失所發展 圖，其主要包人」加域之第—較佳實施例構造示意 之—攝与S —支架本體20、連結於該支架本體20 Ί且21以及複數個水平感測器22卜222、223、 10 1311680 架本體20包含有提供一待顯示物件2置放 G 支架2〇1以及分別轉連接至 :=Τ調ί該支架本體 間之-1用狀悲、’因此該攝影模組21與待顯示物件2 距d也會被改變。但透過設置於該置物平台· =賴測請、設置於該第二支架2〇2之第二水 平感測态222、設置於兮搞旦/ ,v s ^ 、°Λ攝衫杈組21上之第三水平感測器 ^丨t該第一支架201之第四水平感測器似之 二之改1:應该置物平台2gg相對應於重力線方向角 ί因庫描玄第—支架202相對應於重力線方向角度之改 二:：，21相對應於重力線方向角度之改變以 2 201相對應於重力線方向角度之改變而各自 ίί數^據資料、1二角度數據資料、一第三 =及:第，度數據資料。 ㈣—較=度數據資料便送人第三圖所示之本 (processor) 30進行處理月b方塊不思圖中之一處理為 資料以及餘置__^處”3G仙應鱗角度輯 表該攝影碰^料私物距演料絲31 ^運算出代 資料，並根據該距離^件2間之該物距仏一距離 對焦動作。其中該物距/控制该攝影模組21進行一自動 观之長度與該等角度g =表31係根據該第一支架 成，所以當該處理器30扭據貝科所對應到之距離資料所構 I收到該等角度數據資料後，便可 1311680 根據比對該物距演算斟 之計算後所對應出來代^ 行資料對照並進行相關 間之該物距d之資料^攝4組21與該待顯示物件2 動器32，將該攝影模^更^;J後續的—自動對焦驅 近進行自動對焦動作，如μ透鏡、及控制於該物距d附 動與大範圍焦距搜尋，進鏡紐進行長距離移 慢之缺失。 σ產生習用技術對焦速度過 再請參見第四圖，苴伤太安 發展出來之-種簡報㈣=案之為改善習用手段缺失所 示意圖，其盘第Κ土〜衫機之第二較佳實施例構造 影模电上之^ 例不同處在於改用設置於該攝 靡二士 元件4〇來完成，該測距元件4〇传因 應一支架本體41之變分所道_4a： 什叫你因 物件2 化所導致该攝影模組21與該待顯示 为件2間之该物距d之變化 之該數據資料便送人第五^ 貝科。而所得到 部功能方塊示意圖巾之核弟二難實施例内 理，該處理哭π总门 處理為（Processor) 5〇進行處 短21該輯㈣*運算出代表該攝影模 射距件2間之婦距dl輯資料，並根 夂=也^該攝影模組21進行—自動對焦動 作同樣地，该處理哭 該自動對焦驅_ ^: 據該距離資料來控制後續的 於七亥物距d蚪Π ，將该攝影模組21中之透鏡組控制 進^距行自動對焦動作，如此也可免除透鏡組 ==:r距搜尋，進而改善㈣用技 而上述之该测距元件4〇係可用紅外線發收器或超音 12 1311680 波發收器來完成’而上述之水平制器亦可用目前已普遍 使用之市售品來完成，故本案發明得由熟習此技藝之人士 任轭匠思而為諸般修飾，然皆不脫如附申請專利範圍所欲 保護者。 【圖式簡單說明】1311680 Nine, invention description: [Technical field of invention] This case is a digital camera for briefing, especially for digital cameras with fast automatic '... [Prior Art] μ button's general company line number is often used in the briefing session = DGeumentCamera, which can also be a real projector, which is included in the digital camera station. A camera set, and the camera module is mainly composed of an image sensing component and a lens. It is similar to a digital camera, a camera phone, a PC camera, etc. that can be seen on the market. Such a photographic module, and according to the technology of the eye J, the image sensing component of the photographic group is mainly divided into a complementary metal oxide semiconductor sensor (Complementary Oxide Semiconductor sensor ^ ® #4, CMOS Sensor) ^Wged Coupled Device ^ CCD) ^ Using the effect of photoelectric conversion, depending on the sensed light, the strongest #+ also produces a corresponding number of charges, and thus can form an electric function. Negative film in a traditional camera. The operation is to be displayed: = a) ’ is the operation diagram of the digital display of the digital camera 10 for the presentation. From the illustration I 1311680 = clear, it can be seen that the user uses the briefing digital to reduce the ί 韵 rh rh rh rh rh 彡 彡 彡 彡 彡 彡 彡 彡 彡 彡 彡 u u u u u u u u u u u u u u u u u 彡 彡 彡 彡 彡 彡Take, and two:: soap gun cast = machine 16 will display the extracted image output on a projection; on the screen 18, or you can also directly rotate the display on the brain love screen (this figure t is not shown ) When the display is on the display, use the =: = display of the instant display image (1) ve = the interpretation and report of the file. For the extended inter-book, please refer to the figure-(b), which is a schematic diagram of the function block of the briefing. The block diagram can clearly see that the digital camera w mainly includes the photography module (4). - Volume Reporter (DSP) 12, the digital/analog converter 13, and the 1" image sensing element m and the _ number ^, , , and the main effect of the image induced electrical conversion, according to the sense The light does not = two = round and thus can be formed - analog signal to be converted - jie, =, nickname output to the analog / digital converter 112, digital signal, so that the digital can be The processor 12 has a small digital signal. In addition, for example, the image may be amplified or reduced by the digital signal processed by the fat processing 1112, and the crying 14 is converted into an analog signal by the converter 13 and transmitted through the display. Or, the system _) rotates and performs the digital signal processor 12 to play its digital signal on the 1311680 # 〇vi) another /, r: 15 (for example: digital TV). 11 Usually also ::: Digital photography is included in the photography module included in the digital camera 10. _ For the object to be displayed, it can be automatically adjusted and captured: 'Like: Take the image of the movie module 11 like the mouth. But due to the environment, the transfer will be used. The adjustment of the person and the briefings seen on the external film machine are performed by the digital camera lens group, and all of them must control the search in the camera module, and then move the material to complete the search of a large range of focal lengths. The best focal length to achieve autofocus • Produce the right =::: Loss: = Fees _ When the long is missing, it is the main purpose of the tree exhibition nuclear. w. The long-term f invention content] Display object briefing The digital camera is applied to the pair-waiting money frame, such as the changeable distance, by the adjustment distance; the sensing component, which is disposed on the body of the object holder-(4) coffee ==: because = 1311680 is connected to the sensing component and the The photographic module calculates a distance data representing the object distance between the photographic module and the object to be displayed due to the data data, and controls the photographic module to perform an autofocus operation according to the distance data. According to the above concept, the briefing described in the present case uses a digital camera, The bracket body comprises: a storage platform for placing the object to be displayed; a first bracket connected to the storage platform; and a second bracket pivotally connected to the first bracket and the photography module respectively According to the above concept, the present invention relates to a digital camera, wherein the sensing component comprises: a first level sensor disposed on the storage platform, wherein the storage platform corresponds to the gravity line. a first angle data is generated by changing the direction angle; a second level sensor is disposed on the second bracket, and the second bracket is caused by the change of the angle of the second bracket corresponding to the gravity line direction. a second angle data device; a third level sensor disposed on the camera module, wherein the third angle data is generated due to a change in the angle of the camera module corresponding to the direction of the gravity line; a fourth level sensor is disposed on the first bracket, and generates a fourth angle data according to a change in the angle of the first bracket corresponding to the direction of the gravity line material. According to the above concept, the digital bulletin camera is used in the present invention, wherein the processor calculates the representation between the camera module and the object to be displayed due to the equal angle data and the device built-in calculation table. The distance from the object is the distance. According to the above concept, the briefing described in the present case uses a digital camera, wherein the ^11680 距 距 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 对照 ^ ^ ^ ^ ^ ^ 680 680 Camera, applied to: - bracket: body: take 2 presentations with digital camera package can adjust the dream to support the *Hai bracket body, using the food-measuring component between the objects, which is to be displayed according to the frame body a change in the object-to-object distance between the objects on the tiled module to generate a group and the image to be displayed on the ranging component and the camera:: 俜-distance; „module and the to-be-displayed The object distance between the objects - automatic: according to the distance data, the second camera controls the photographic module to perform the sensation. The digital camera for the briefing described in the present case is an infrared ray transmitter. According to the ί 构想 , , , , 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 构想 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本The development of the figure, the main package of the "additional domain" - the preferred embodiment of the construction - the camera and the S - bracket body 20, coupled to the bracket body 20 21 21 and a plurality of horizontal sensors 22 222, 223, 10 1311680 The frame body 20 includes an object to be displayed 2 for placing the G bracket 2〇1 and respectively connected to: Τ ί ί 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该The distance d from the object to be displayed 2 is also changed. However, it is disposed on the storage platform, and is disposed on the second horizontal sensing state 222 of the second bracket 2〇2, and is disposed on the 兮 旦 / / , vs ^ , ° Λ 杈 杈 group 21 The third level sensor 丨t the fourth level sensor of the first bracket 201 is similar to the second one: the storage platform 2gg should correspond to the gravity line direction angle ί 库 库 — — - bracket 202 phase Corresponding to the change of the angle of the gravity line direction::,21 corresponds to the change of the angle of the gravity line direction to 2 201 corresponding to the change of the angle of the gravity line, and the respective data, 1 two angle data, one Three = and: the first, degree data. (4) - Compared with the data data of the = degree, the processor shown in the third figure is processed. The processing of the month b block is not treated as data and the remaining __^" 3G sage scale angle table The photographing touches the private object from the processing wire 31^ to calculate the generation data, and according to the distance between the two pieces of the object, the distance is focused, wherein the object distance/control the camera module 21 performs an automatic view. The length and the angle g = table 31 are formed according to the first bracket, so when the processor 30 receives the angle data according to the distance data corresponding to Beco, it can be 1311680 according to Compared with the data of the object distance d corresponding to the calculation of the object distance calculation, the data of the object distance d is taken and the group of the object 2 is displayed, and the image is changed. ^;J follow-up - autofocus drive close autofocus action, such as μ lens, and control the object distance d attached and large range of focus search, the lens is missing the long distance slow. σ generation of conventional technology focus Please refer to the fourth picture after the speed is over, and the development of the smashed Taian - a briefing (4) = In order to improve the lack of conventional means, the second preferred embodiment of the second embodiment of the present invention is constructed by using the image set on the photo frame. The distance measuring component 4 transmits a change according to a bracket body 41. _4a: What is the change of the object distance d between the camera module 21 and the component 2 to be displayed due to the object 2? The data will be sent to the fifth ^ Beko. The obtained functional block diagram is the core of the dilemma of the two brothers, the process of crying π total door processing for (Processor) 5 〇 is short 21 (4) * Calculate the data of the female distance dl representing the distance between the camera and the distance between the camera and the camera, and the camera module 21 performs the same operation as the autofocus operation. Similarly, the process cries the autofocus drive. The distance data is used to control the subsequent object distance d蚪Π, and the lens group in the camera module 21 is controlled to be in the auto-focusing action, so that the lens group ==:r distance search can be eliminated, thereby improving (4) The above-mentioned distance measuring element 4 can be used as an infrared receiver or supersonic 12 1311680 The wave transmitter is used to complete the 'horizontal controllers mentioned above can also be completed with the commercially available products that are currently in common use. Therefore, the invention of the present invention can be modified by the singer who is familiar with the art, but they are all attached. The scope of the patent is intended to protect. [Simple description]
^本案得藉由下列圖式及說明，俾得一更深入之了解： 第圖（a) ’其係為簡報用數位攝影機1〇對待顯示物件 1進行影像顯示之運作示意圖。 第圖（b)，其係為簡報用數位攝影機10功能方塊示意 圖0 f圖，其係本案為改善習用手段缺失所發展出來之一種 ^報用數位攝影機之第-較佳實施例構造示意圖。 其係本案第—較佳實施_部功能方塊示意圖。 圖，其係本案為改善習用手段缺失所發展出來之一種 口】Ξ數:攝影機之第二較佳實施例構造示意圖。 θ /、係本案第二較佳實施例内部功能方塊示意圖。 【主要元件符號說明】 本案圖式中所包含 待顯示物件1 攝影模組η 之各元件列示如下： 簡報用數為攝影機10 單搶投影機16 1311680^ This case can be obtained through a more detailed understanding of the following drawings and descriptions: Figure (a) ’ is a schematic diagram of the operation of the image display by the digital camera 1 for the presentation. Figure (b) is a functional block diagram of the digital camera 10 for presentations. Figure 0f is a schematic diagram of a preferred embodiment of the digital camera developed for the purpose of improving the lack of conventional means. It is a schematic diagram of the function block of the first-best implementation of the present case. Figure, which is a kind of port developed in order to improve the lack of conventional means. The number of turns: a schematic diagram of the second preferred embodiment of the camera. θ / is a schematic diagram of the internal function block of the second preferred embodiment of the present invention. [Description of main component symbols] The components of the image module η to be displayed are shown in the following figure: The number of presentations is the camera 10 Single projector 16 1311680
投影螢幕18 類比/數位轉換器112 數位/類比轉換器13 數位顯示器15 攝影模組21 置物平台200 第二支架202 第一水平感測器221 第三水平感測器223 處理器30 自動對焦驅動器32 處理器50 影像感應元件Π1 數位信號處理器12 顯示器14 支架本體20、41 待顯示物件2 第一支架201 物距d 第二水平感測器222 第四水平感測器224 物距演算對照表31 測距元件40Projection screen 18 analog/digital converter 112 digital/analog converter 13 digital display 15 photography module 21 storage platform 200 second bracket 202 first horizontal sensor 221 third horizontal sensor 223 processor 30 auto focus driver 32 Processor 50 Image sensing element Π1 Digital signal processor 12 Display 14 Bracket body 20, 41 Object to be displayed 2 First bracket 201 Object distance d Second level sensor 222 Fourth level sensor 224 Object distance calculation table 31 Ranging component 40
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