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    • 5. 发明授权
    • Image drawing apparatus and image drawing method
    • 图像绘图装置和图像绘制方法
    • US07177011B2
    • 2007-02-13
    • US11154711
    • 2005-06-17
    • Katsuto SumiTakayuki Uemura
    • Katsuto SumiTakayuki Uemura
    • G03B27/54B41J2/455B41J15/14
    • G03B27/54G03F7/70275G03F7/70291
    • In an image drawing apparatus and an image drawing method for forming a desired two-dimensional pattern on an image drawing surface by using a plurality of image drawing heads, uneven density and resolution caused by errors in relative positions of the heads and installation angles thereof and by an effect of pattern distortion can be reduced. A rectangular two-dimensional pixel array is installed in each of exposure heads in an exposure apparatus (image drawing apparatus) so as to make a predetermined angle with the direction of scanning, facing an exposure surface of a photosensitive material. Combinations of slits and photo detectors detect positions of light spots in the exposure surface comprising inter-head relay areas. Pixels in the pixel arrays are selected so as to realize N-overlay exposure ideally by causing overexposure and underexposure to be minimal in the inter-head relay areas.
    • 在图像绘制装置和图像绘制方法中,通过使用多个图像绘制头在图像绘制表面上形成期望的二维图案,由头部的相对位置的错误引起的不均匀的浓度和分辨率及其安装角度以及 可以减少模式失真的效果。 在曝光装置(图像绘制装置)中的每个曝光头中安装矩形二维像素阵列,以便与感光材料的曝光表面相对于扫描方向形成预定的角度。 狭缝和光电检测器的组合检测在包括头间继电器区域的曝光表面中的光斑的位置。 选择像素阵列中的像素,以便通过在头间继电器区域中使过度曝光和曝光不足最小来理想地实现N-覆盖曝光。
    • 6. 发明授权
    • Enhanced resolution image recording method and enhanced resolution image recording apparatus
    • 增强分辨率图像记录方法和增强分辨率图像记录装置
    • US07212225B2
    • 2007-05-01
    • US10244469
    • 2002-09-17
    • Katsuto SumiDaisuke NakayaTakeshi FujiiHiroshi SunagawaKoji Wada
    • Katsuto SumiDaisuke NakayaTakeshi FujiiHiroshi SunagawaKoji Wada
    • B41J2/47
    • B41J19/16B41J2/45B41J2/47
    • The image recording method and apparatus are used to record an image formed by a group of light source elements disposed in a two-dimensional manner corresponding to recording pixels on a recording medium. In the image recording method and apparatus, an image recording position on the recording medium by the group of light source elements is moved in a direction that contains a component in at least one of two-dimensional disposing directions of the group of light source elements during the recording while modulating, in response to the movement, each recording pixel of the group of light source elements in accordance with an image to be recorded to thereby record the image on the recording medium. The image recording position is moved in accordance with a set magnification for changing the resolution par recording pixel of the group of light source elements. Further, the image recording position is moved by giving a relative speed difference between the relative movement of the group of light source elements and the recording medium and the tracking of the relative movement made by the image recording position by the group of light source elements.
    • 图像记录方法和装置用于记录由对应于记录介质上的记录像素的二维方式设置的一组光源元件形成的图像。 在图像记录方法和装置中,通过该光源元件组的记录介质上的图像记录位置在包含该组光源元件的二维布置方向中的至少一个中的分量的方向上移动 记录,同时响应于移动,根据要记录的图像调制光源元件组的每个记录像素,从而将图像记录在记录介质上。 根据用于改变光源元件组的分辨率参数记录像素的设定倍率移动图像记录位置。 此外,通过在光源元件组和记录介质的相对移动之间相对速度差以及光源元件组对图像记录位置的相对运动的跟踪来移动图像记录位置。
    • 7. 发明申请
    • Optical power adjusting method and apparatus
    • 光功率调节方法及装置
    • US20050052980A1
    • 2005-03-10
    • US10935088
    • 2004-09-08
    • Atsuko ShimizuKatsuto SumiDaisuke Nakaya
    • Atsuko ShimizuKatsuto SumiDaisuke Nakaya
    • G03F7/20G03B27/00G03B27/22G06K15/12G11B7/00
    • G06K15/1214
    • An optical power adjusting method and apparatus for preventing unevenness of exposure of a photosensitive material arising from the difference in wavelength of the light beams. The relationship between the output value and wavelength of the light receiving section is stored in a storage section for a light beam that satisfies the relationship with respect to the optical power and wavelength required for exposing the photosensitive material at a predetermined exposure level. The correspondence between the laser beam emitting section and its wavelength is stored in another storage section. Each laser beam is received separately by the light receiving section, and the optical power of each laser beam is adjusted by the optical power adjusting section such that the output value of the light receiving section for each laser beam received separately satisfies the relationship between the output value and wavelength.
    • 一种光功率调节方法和装置,用于防止由于光束的波长差引起的感光材料的曝光不均匀。 光接收部分的输出值和波长之间的关系被存储在用于光束的存储部分中,该光束满足关于以预定曝光水平曝光感光材料所需的光学功率和波长的关系。 激光束发射部分与其波长之间的对应关系被存储在另一个存储部分中。 每个激光束由光接收部分别接收,并且每个激光束的光功率由光功率调节部分调节,使得分别接收的每个激光束的光接收部分的输出值满足输出 价值和波长。
    • 9. 发明申请
    • Image drawing apparatus and image drawing method
    • 图像绘图装置和图像绘制方法
    • US20050280793A1
    • 2005-12-22
    • US11154711
    • 2005-06-17
    • Katsuto SumiTakayuki Uemura
    • Katsuto SumiTakayuki Uemura
    • G03B27/54
    • G03B27/54G03F7/70275G03F7/70291
    • In an image drawing apparatus and an image drawing method for forming a desired two-dimensional pattern on an image drawing surface by using a plurality of image drawing heads, uneven density and resolution caused by errors in relative positions of the heads and installation angles thereof and by an effect of pattern distortion can be reduced. A rectangular two-dimensional pixel array is installed in each of exposure heads in an exposure apparatus (image drawing apparatus) so as to make a predetermined angle with the direction of scanning, facing an exposure surface of a photosensitive material. Combinations of slits and photo detectors detect positions of light spots in the exposure surface comprising inter-head relay areas. Pixels in the pixel arrays are selected so as to realize N-overlay exposure ideally by causing overexposure and underexposure to be minimal in the inter-head relay areas.
    • 在图像绘制装置和图像绘制方法中,通过使用多个图像绘制头在图像绘制表面上形成期望的二维图案,由头部的相对位置的错误引起的不均匀的浓度和分辨率及其安装角度以及 可以减少模式失真的效果。 在曝光装置(图像绘制装置)中的每个曝光头中安装矩形二维像素阵列,以便与感光材料的曝光表面相对于扫描方向形成预定的角度。 狭缝和光电检测器的组合检测在包括头间继电器区域的曝光表面中的光斑的位置。 选择像素阵列中的像素,以便通过在头间继电器区域中使过度曝光和曝光不足最小来理想地实现N-覆盖曝光。