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    • 1. 发明授权
    • Printing apparatus and method
    • 印刷装置及方法
    • US06821039B2
    • 2004-11-23
    • US10285353
    • 2002-10-30
    • Richard H Lewis
    • Richard H Lewis
    • B41J221
    • B41J3/543B41J3/54
    • A printing device comprising a plurality of drums each arranged to support a print media sheet, said device being arranged to transport said drums in a predetermined order around a closed path comprising a plurality of print positions, said device being arranged to print at each print position with a different inkjet print bar, said device being further arranged to rotate a drum located in a print position relative to said corresponding print bar to allow said print bar to incrementally print over the surface of a sheet supported on said drum.
    • 一种打印装置,包括多个鼓,每个鼓被布置成支撑打印介质片,所述装置被布置成围绕包括多个打印位置的封闭路径以预定顺序传送所述滚筒,所述装置被布置成在每个打印位置 使用不同的喷墨打印条,所述装置进一步布置成使位于相对于所述对应打印条的打印位置的滚筒旋转,以允许所述打印条在支撑在所述滚筒上的片材的表面上逐渐打印。
    • 3. 发明授权
    • Selective replacement for artifact reduction
    • 选择性替代人造物减少
    • US06695435B1
    • 2004-02-24
    • US10448135
    • 2003-05-30
    • Hui ChengBeilei XuElliott A. Eklund
    • Hui ChengBeilei XuElliott A. Eklund
    • B41J221
    • B41J2/2139B41J2/0451B41J2/04586H04N1/58
    • Selective replacement methods and systems based on a stochastic process use a redundancy inherent, for example, in a four-plus color printing system that has full-width colors. Since the absorption spectra of the four or more colors usually overlap to some extent, there is a redundancy that can be used to reduce artifacts, such as streaks. Since the human visual system is much less sensitive to chrominance changes, than to luminance changes, matching the luminance of a pixel where a color is missing, to the luminance of the original color or to the luminance of the pixels that neighbor that pixel can adequately to reduce the severity of the artifact caused by the missing color while reducing the chance that the replacing process itself introduces any additional artifacts.
    • 基于随机过程的选择性替换方法和系统使用固有的冗余,例如在具有全宽颜色的四色彩色打印系统中。 由于四种或更多种颜色的吸收光谱通常在一定程度上重叠,所以存在可用于减少伪像(例如条纹)的冗余。 由于人类视觉系统对于色度变化的敏感程度要比亮度变化(匹配缺失颜色的像素的亮度)与原始颜色的亮度或邻近该像素的像素的亮度相匹配 以减少由缺失颜色引起的伪像的严重性,同时减少替换过程本身引入任何其他工件的机会。
    • 5. 发明授权
    • Color filter producing method and apparatus
    • 彩色滤光片的制造方法和装置
    • US06645029B2
    • 2003-11-11
    • US09788406
    • 2001-02-21
    • Makoto Akahira
    • Makoto Akahira
    • B41J221
    • G02B5/201B41J3/4073B41J2202/09B41M3/003
    • Disclosed are color filter producing method/apparatus for producing a color filter by ejecting onto a substrate ink from an ink-jet head having a plurality of nozzles arranged substantially in a first direction while relatively scanning the ink-jet head and the substrate in a second direction substantially perpendicular to the first direction, so that filter elements adjacent in the second direction may be colored to have different colors. In the method/apparatus, before the coloring, landing locations for the plural ink dots to be ejected to color the filter elements, are measured and based on the measurement results, ejection timings for the plural nozzles are adjusted so that the plural ink dots land along the center line of each of the filter elements in the first direction. Therefore, it is possible to provide a color filter producing method whereby, during the production of a color filter using the ink-jet method, the occurrence of color mixing can be reduced, and to provide an apparatus therefor.
    • 公开了一种彩色滤光片制造方法/装置,用于通过从具有多个基本上沿第一方向排列的喷嘴的喷墨头喷射到基板油墨上,同时相对于喷墨头和基板扫描第二 方向基本上垂直于第一方向,使得在第二方向上相邻的过滤元件可以被着色以具有不同的颜色。 在方法/装置中,在着色之前,测量要喷射的多个墨点的着色位置以对滤色器进行着色,并且基于测量结果,调整用于多个喷嘴的喷射定时,使得多个墨点着陆 沿着第一方向的每个滤光元件的中心线。因此,可以提供一种滤色器制造方法,其中在使用喷墨法制造滤色器期间,可以发生混色 减少并提供其设备。
    • 9. 发明授权
    • Adaptive depletion masks for improving print quality
    • 自适应耗尽掩模,以提高打印质量
    • US06454392B1
    • 2002-09-24
    • US09774193
    • 2001-01-29
    • Matthew G LopezJason R ArbeiterMichael S Gray
    • Matthew G LopezJason R ArbeiterMichael S Gray
    • B41J221
    • H04N1/6022H04N1/52
    • A swath printing system and pixel depletion methods compensate for the effects of defective printing elements by adjusting the pixel depletion mask used during printing to minimize the amount and location of extraneous unprinted spaces caused by the defective printing elements. A printing element quality detector determines which printing elements are functional and which are defective. Based on this information, an image processor then selects or constructs a depletion mask having depleted pixel positions chosen to reduce the adverse effects on print quality caused by the defective printing elements, thus maintaining high image quality for the printed output. Pixel depletion is preferably performed at the image pixel level, but can alternatively be performed at the color plane pixel level.
    • 条纹打印系统和像素耗尽方法通过调整打印期间使用的像素消耗掩模来补偿有缺陷的打印元件的影响,以使由有缺陷的打印元件引起的外部未打印空间的数量和位置最小化。 印刷元件质量检测器确定哪些印刷元件是功能性的并且哪些是有缺陷的。 基于该信息,图像处理器然后选择或构建具有耗尽的像素位置的耗尽屏蔽,以减少由有缺陷的打印元件引起的对打印质量的不利影响,从而保持打印输出的高图像质量。 像素耗尽优选在图像像素级执行,但是也可以在彩色平面像素级进行。