1271322 < 九、發明說明： 鐵 【發明所屬之技術領域】 本發明係關於一種兄錄糸統(Recording system)，並且特別 ' 地’本發明係關於用以將如影像等資料記錄在一感光薄片（Light一 sensitive sheet)上的記I彔系統〇 【先前技術】1271322 < IX. Description of the invention: Iron [Technical field to which the invention pertains] The present invention relates to a recording system, and in particular, the present invention relates to recording information such as images in a photosensitive image. A memory system on a light-sensitive sheet 先前 [Prior Art]
隨著貢訊技術的演進，以往必須透過暗房技術才能將影像顯 現在紙張上，現在已有廣泛地被採用儲存影像資料的技術，並隨 使用者的意願將儲存的影像資料透過，例如，喷墨列印(mk Pnm)、雷射列印(Laser-jetprint)···等技術，顯現在紙張上。 現行已有感光薄片被成功開發，亦即會斟&、获、终一With the evolution of the technology of Gongxun, it has been necessary to use the darkroom technology to display images on paper. Nowadays, the technology of storing image data has been widely used, and the stored image data is transmitted through the user's wishes, for example, by spraying. Techniques such as ink printing (mk Pnm) and laser printing (Laser-jetprint) are displayed on paper. The existing photosensitive sheets have been successfully developed, that is, they will be 斟&
紙張或其他材質的薄片。二二 乾式的Ektac〇l〇rpaper，等色彩紙即是一例。 P P 如影 像ΐ資在提供- 種記錄系統，用以將A sheet of paper or other material. Twenty-two dry Ektac〇l〇rpaper, such as color paper is an example. P P is provided as an image recording system for
【發明内容】 很龈;^發明 以將-資料谢在^^例的記錄系統，該記錄系統用 控制/處iit 片之紅。該赚♦、統包含一 置。該記錄單元包含二〜t二;弟二，裳置以及-第二致動裝 該控制/處理單元用以接；該：於裝置以及-驅動器。 錄單元制一記錄單元。該記 處理/單元側。該發光裝置係當受該控制 動寸用以毛射-光線。該光調變裳置用以將讀光線分 6 1271322 隔成N慨點。該光調變裝置並由—驅動 控制/處理單摘控制，進而將該N個光動器由該 置並且將該等經調變的総投射至 。該光調變裝 其中N為一自然數。該第一致動裝置'用j:片之對應的晝素上， 元’該第-致動裝置受該控制/處理單元控承載該，單 致使該記錄單元之該光調變裝置被定位二彔’ 該等對應的晝素之位置。藉此，經由傳 =^=亥感光溥片上之 該光線進一步被投射至該等對庫的蚩辛' 周艾策置離開的 等，晝素上。該第二錄= 可移動地承載該感光薄片。 早抆制用以 圖 式得喊精柯㈣由町的發财述及所附 【實施方式】 /睛參關-。®-為根據本發明之—較佳具體實施例之記 系，2的架構示意圖。圖―並且緣示至於該記錄系統2内之—感 光薄片卜該記錄系統2係用以將—資料記錄在該感光薄片u 多個晝素(Pixel) 12上。 々 於一具體實施例中，該感光薄片1係一 Cyc〇1〇r paper或乾 的Ekta color paper···等，感光薄片。 工 於一具體實施例中，該等畫素中之每一個畫素1〇皆由一紅 色色彩區(C〇l〇rfleld)102、一綠色色彩區1〇4以及一藍色色彩區 106所構成。於此案例中，該感光薄片丨會對紅、藍、綠三原色 光源產生反應。於另一具體實施中，該等晝素中之每一個畫素10 7 1271322 - 未區分為三原色色彩區域。於此案例中，該感光薄片1僅會對白 光產生反應。 如圖一所示，該記錄系統2包含一控制/處理單元 (Controlling/processing unit)20、一記錄單元(Recording unit)22、一 第一致動裝置(Actuating device)24以及一第二致動裝置26。該控 制/處理單元20包含一處理器（Processor)202、一第一控制器 (Controller)204、一第二控制器206以及一第三控制器208。該記 錄單元22包含一發光裝置(Light-emitting device)224、一光調變裝 置(Light-modulating device)226 以及一驅動器(Driver)228。該處理[Summary of the Invention] It is very embarrassing; ^ invention to give - the data to the ^ ^ example of the recording system, the recording system with control / iit piece red. The earning ♦ includes one. The recording unit comprises two to two two; the second two, the skirt and the second actuator, the control/processing unit is used for connection; the: device and the driver. Recording unit makes a recording unit. This is the processing/unit side. The illuminating device is used for the laser-light when subjected to the control. The light modulation is used to separate the read light into 6 127,322. The light modulation device is controlled by a drive control/process single pick, and the N optical actuators are thereby placed and the modulated 総 are projected. The light modulation device wherein N is a natural number. The first actuating device 'uses the corresponding element of the j: piece, the element's actuating device is controlled by the control/processing unit, so that the light modulation device of the recording unit is positioned彔 'The location of these corresponding morphemes. Thereby, the light on the photographic film is further projected to the 库 ' 周 周 周 周 周 周 周 周 。 。 。 。 。 。. The second record = movably carries the photosensitive sheet. The early 抆 system is used to scream the fine ke (4) from the town's financial statement and attached [Embodiment] / Eyes involved -. ® - is a schematic diagram of the structure of a preferred embodiment according to the invention, 2. The figure is also shown in the recording system 2 as a photosensitive sheet. The recording system 2 is used to record data on a plurality of pixels 12 of the photosensitive sheet u. In a specific embodiment, the photosensitive sheet 1 is a photosensitive film such as a Cyc〇1〇r paper or a dry Ekta color paper. In one embodiment, each of the pixels is composed of a red color region (C〇l〇rfleld) 102, a green color region 1〇4, and a blue color region 106. Composition. In this case, the photosensitive sheet 反应 reacts to red, blue, and green primary light sources. In another implementation, each of the pixels 10 7 1271322 - is not distinguished into a three primary color region. In this case, the photosensitive sheet 1 reacted only to white light. As shown in FIG. 1, the recording system 2 includes a controlling/processing unit 20, a recording unit 22, a first actuating device 24, and a second actuating unit. Device 26. The control/processing unit 20 includes a processor 202, a first controller 204, a second controller 206, and a third controller 208. The recording unit 22 includes a light-emitting device 224, a light-modulating device 226, and a driver 228. This treatment
器202用以接收及處理欲記錄的資料。該第一控制器2〇4係由該 處理器202所插作，用以基於該資料控制該第一致動裝置24。該 第二控制器206係由該處理器202所操作，用以基於該資料以控 制該第二致動裝置26。該第三控制器208係由該處理器202所操 作，用以根據該資料以控制該記錄單元22中之該驅動器228。 ' 同樣示於圖一，該記錄單元22包含該發光裝置224、該光 變裝置226以及該驅動器228。該記錄單元22係被安置於面對^ 感光薄片1上該等晝素1G形成之-側，以進行資料的記錄。^ 發光裝置224，當被該控制處理/單元2〇驅動時，則射一= 線。該光調變裝置226 ’用以將該光線分隔成N個光點Y 該等經調變的光點投射至該感光薄片丨之對應的晝素1〇上，= 中=為-自然數。該光調變裝置226並由該驅動器228 。^ 驅動器228由該控制/處理單元20戶斤控制，用U 置22,調變該N個光點。於一具體實施例中，該‘變 可以疋一液晶裝置(Liquid crystal device)。 該第-致動裝置24用以可移動地承載該記 一致動裝置24受該第一控制器2〇4控制以移 该弟 ，使該記錄單元/2之該光調變裝置226被定位；^^22來 缚片1上之該等對應的畫素1G之位置。_地，該處观 8 1271322 中 , 、- 根據欲記錄的資料，決定一個對應於該資料的位置，隨之，該第 • 一控制器204控制該第一致動裝置24以移動該記錄單元22至該 位置。藉此，經由該光調變裝置226離開的該光線進一步被投射 至該等對應的晝素10上，以將該資料記錄在該等對應的畫素10 • 上。該第二致動裝置26用以可移動地承載該感光薄片1。於資料 記錄在該感光薄片1之過程中，該感光薄片1可由該第二致動裝 置26承載，沿一方向移動。 請參閱圖二。圖二為圖一中光調變裝置226為一液晶裝置之 結構示意圖，圖二並且繪示出該發光裝置224。該光調變裝置 226 包含有一導光板（Light-guiding plate)2261、一 偏光鏡 (Polarizer)2262、一銦錫氧化物/薄膜晶體層(IT〇/TFT iayer)2263、The device 202 is configured to receive and process data to be recorded. The first controller 2〇4 is inserted by the processor 202 to control the first actuating device 24 based on the data. The second controller 206 is operative by the processor 202 to control the second actuating device 26 based on the data. The third controller 208 is operated by the processor 202 to control the driver 228 in the recording unit 22 based on the data. Also shown in Fig. 1, the recording unit 22 includes the illumination device 224, the optical transducing device 226, and the driver 228. The recording unit 22 is disposed on the side of the photosensitive sheet 1 on which the halogen 1G is formed to perform recording of data. ^ Illumination device 224, when driven by the control process / unit 2 ,, shoots a = line. The light modulation device 226' is used to divide the light into N spots Y. The modulated spots are projected onto the corresponding pixel 1 of the photosensitive sheet, and = medium = is a natural number. The light modulation device 226 is also comprised by the driver 228. ^ The driver 228 is controlled by the control/processing unit 20, and the N spots are modulated by the U set 22. In one embodiment, the "change" can be a liquid crystal device. The first actuating device 24 is configured to movably carry the registering device 24 under the control of the first controller 2〇4 to move the brother, so that the light modulation device 226 of the recording unit/2 is positioned; ^^22 to position the corresponding pixels 1G on the slice 1. _, in the view 8 1271322, - depending on the information to be recorded, determine a position corresponding to the data, and then the first controller 204 controls the first actuating device 24 to move the recording unit 22 to the location. Thereby, the light exiting through the light modulation device 226 is further projected onto the corresponding halogen elements 10 to record the data on the corresponding pixels 10 •. The second actuating device 26 is configured to movably carry the photosensitive sheet 1. During the recording of the material in the photosensitive web 1, the photosensitive web 1 can be carried by the second actuating device 26 and moved in one direction. Please refer to Figure 2. FIG. 2 is a schematic structural view of the optical modulation device 226 of FIG. 1 as a liquid crystal device, and FIG. 2 and the light-emitting device 224 are illustrated. The light modulation device 226 includes a light-guiding plate 2261, a polarizer 2262, an indium tin oxide/thin crystal layer (IT〇/TFT iayer) 2263,
一液晶層（Liquid crystal layer))2264、一銦錫氧化物/光罩層 (ITO/mask layer)2265、一檢偏鏡(Analyzer)2266 以及一微透鏡陣 列2267。當該發光裝置224被驅動時則發射一光線225進入該光 调變裝置226，該光調變裝置226中之導光板2261將該光線225 反^，依序經過其他調變構造將該光線225分隔成N個光點、調 整壳度以及控制色階，最後由微透鏡陣列2267聚焦後將該N個 光點射出該光調變裝置226。於一具體實施例中，如圖二所示， 該N個光點係由紅色光點227r、綠色光點22%以及藍 227b所構成。 … 藉由以上較佳具體實施例之詳述，係、希望能更加清楚描述本 ，明之特徵與精神’而並非以上述所揭露的較佳具體實施例來對 齡純_。相反地，其目的是希望能涵蓋各種改變 /、相等性的安排於本發明所欲申請之專利範圍的範疇内。 9A liquid crystal layer 2264, an indium tin oxide/photomask layer 2265, an analyzer 2266, and a microlens array 2267. When the illuminating device 224 is driven, a light 225 is emitted into the light modulating device 226, and the light guide plate 2261 in the light modulating device 226 reverses the light 225, and sequentially passes the light 225 through other modulation structures. The light is divided into N spots, the shell is adjusted, and the color gradation is controlled. Finally, the N spots are emitted by the microlens array 2267, and the N spots are emitted from the light modulation device 226. In one embodiment, as shown in FIG. 2, the N spots are composed of a red spot 227r, a green spot 22%, and a blue 227b. With the above detailed description of the preferred embodiments, it is intended that the features and spirit of the present invention may be more clearly described and not in the preferred embodiments disclosed herein. On the contrary, the intention is to cover various modifications and/or equivalents within the scope of the invention as claimed. 9