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    • 9. 发明授权
    • Liquid crystal device having the microlenses in correspondence with the
pixel electrodes
    • 具有与像素电极对应的微透镜的液晶装置
    • US4790632A
    • 1988-12-13
    • US084232
    • 1987-08-11
    • Tadashi MiyakawaKazuhiko YanagiharaHisao OishiTsunehiko TakahashiTakeshi NakamuraKazuhiko AkimotoMitsuaki Shioji
    • Tadashi MiyakawaKazuhiko YanagiharaHisao OishiTsunehiko TakahashiTakeshi NakamuraKazuhiko AkimotoMitsuaki Shioji
    • B41J2/445G02F1/1335G02F1/13357G03F7/20G02F1/13
    • G03F7/70275G02F1/133526G03F7/70241G03F7/70291
    • For recording an image on a photosensitive material with the employment of a liquid crystal device, the device used therein is conventionally constructed so as to modulate an amount of light rays transmitted therethrough or reflected thereby commonly by the control of an amount of electric voltage impressed to the liquid crystal device and/or impression timing or frequencies thereof. In this instance, although the light rays irradiated are considered normally as parallel, they are not intact strictly parallel light rays, and consequently unless the light rays transmitted from the device are converged by Selfoc lens arrays and the like, sufficient resolution can hardly be obtained on the photosensitive material on account of the light rays still having comparatively large diffusion coefficients. Since the liquid crystal device made in accordance with this invention is provided with its own image formation abilities, contact exposure with the photosensitive material is possible, and image formation optical systems which have been used in conjunction with the device is safely and advantageously eliminated, whereby parallelism limitations imposed on the irradiated rays can be reduced, and optical mechanisms therefor could be compact and have remarkably improved efficiencies.
    • 为了在使用液晶装置的感光材料上记录图像,其中使用的装置通常被构造成调制通过其传播或反射的光线的量,通过控制被施加到 液晶装置和/或印象定时或其频率。 在这种情况下,虽然照射的光线通常被认为是平行的,但它们并不完全是严格平行的光线,因此,除非从透镜阵列等收敛从器件透射的光线,否则几乎不能获得足够的分辨率 由于仍然具有较大扩散系数的光线,在感光材料上。 由于根据本发明制造的液晶装置具有其自身的图像形成能力,因此与感光材料的接触曝光是可能的,并且已经与装置结合使用的图像形成光学系统被安全和有利地消除,由此 可以减少对照射的射线施加的平行度限制,并且其光学机制可以是紧凑的并且具有显着提高的效率。
    • 10. 发明授权
    • Image processing system
    • 图像处理系统
    • US5163122A
    • 1992-11-10
    • US825321
    • 1992-01-27
    • Hitoshi UrabeHiroshi HorikawaKazuhiko AkimotoDaisuke NakayaMasahiko Mizuno
    • Hitoshi UrabeHiroshi HorikawaKazuhiko AkimotoDaisuke NakayaMasahiko Mizuno
    • G06T11/60H04N1/387
    • H04N1/387G06T11/60
    • An image processing system which includes an input controller having a CPU adapted to dot and compress density or tone data for an image read out by an input unit and for temporarily staying said compressed image data at a buffer; a work station providing a second CPU adapted to picture-edit not only a code information edited by an editing input unit but also the image data by the use of an input operating means and a display means; a file server including a third CPU connected to the input controller and the work station by bus lines and for storing the image data, code information and edited data picture-edited by the work station in the file server; and an image setter having a fourth CPU for reading out the edited data stored in the file server and subjecting the edited data to a required data processing, thereby outputting an image over an image output unit characterized in that the input controller, the file server, the work station and the image setter are individually and independently subjected to an information processing.
    • 一种图像处理系统,包括具有CPU的输入控制器,所述CPU适于对由输入单元读出的图像进行点和压缩密度或色调数据,并暂时将所述压缩图像数据保持在缓冲器处; 提供第二CPU的工作站,其适于不仅对编辑输入单元编辑的代码信息进行图像编辑,而且还可以通过使用输入操作装置和显示装置对图像数据进行图像编辑; 文件服务器,包括通过总线连接到输入控制器和工作站的第三CPU,以及用于将文件服务器中由工作站图像编辑的图像数据,代码信息和编辑数据存储的文件服务器; 以及图像设定器,具有第四CPU,用于读出存储在文件服务器中的编辑数据,并对所编辑的数据进行所需的数据处理,从而通过图像输出单元输出图像,其特征在于,输入控制器,文件服务器, 工作站和图像设置器分别独立地进行信息处理。