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    • 53. 发明申请
    • DATA GENERATION APPARATUS, PRINTING APPARATUS AND DATA GENERATION METHOD
    • 数据生成装置,打印装置和数据生成方法
    • US20110261373A1
    • 2011-10-27
    • US13176173
    • 2011-07-05
    • Yoshitomo MarumotoHiromitsu YamaguchiHitoshi TsuboiRyoki JahanaAyako UjiEri Noguchi
    • Yoshitomo MarumotoHiromitsu YamaguchiHitoshi TsuboiRyoki JahanaAyako UjiEri Noguchi
    • G06K15/10
    • G06K15/105B41J19/147G06K15/107
    • When a feeding amount for multi-pass printing is changed, the purpose related to an image quality using a binary data generation pattern can still be attained by, for example, a density pattern method. Specifically, a multi-pass printing mode is identified, and a density pattern selection matrix associated with a cycle of binary data generation is selected in accordance with the selected printing mode. That is, a density pattern selection matrix employed for binary data generation using a density pattern is changed to a size corresponding to the feeding amount designated by the selected printing mode. Thereby, a phenomenon that a unit used for image processing to gain a predetermined purpose related to an image quality does not match a unit area used for a printing operation is avoided, and an image printing purpose using a binary data generation pattern can be appropriately attained.
    • 当多次通过打印的供给量发生变化时,与使用二进制数据生成模式的图像质量有关的目的仍然可以通过例如浓度图案方法来实现。 具体地,识别多遍打印模式,并且根据所选择的打印模式选择与二进制数据生成的循环相关联的浓度模式选择矩阵。 也就是说,将使用密度图案的二进制数据生成中使用的浓度模式选择矩阵改变为与由所选择的打印模式指定的进给量对应的尺寸。 因此,避免了用于图像处理以获得与图像质量相关的预定目的的单元与用于打印操作的单位区域不匹配的现象,并且可以适当地获得使用二进制数据生成图案的图像打印目的 。
    • 54. 发明授权
    • Ink-jet printing apparatus and ink-jet printing method
    • 喷墨打印设备和喷墨打印方法
    • US07901025B2
    • 2011-03-08
    • US12606835
    • 2009-10-27
    • Ryota KatoYoshitomo MarumotoHitoshi TsuboiEri NoguchiTakeshi Egami
    • Ryota KatoYoshitomo MarumotoHitoshi TsuboiEri NoguchiTakeshi Egami
    • B41J2/205
    • B41J2/2132B41J2/2107
    • The print permitting ratios of the masks in the first to fourth passes of a C ink are respectively 6.2%, 37.5%, 37.5%, and 18.8%. On the other hand, the print permitting ratios of the masks in the first to fourth passes of an M ink are respectively 12.5%, 37.5%, 37.5%, and 12.5%. In this way, the respective masks are set such that a larger amount of the C ink is applied in a later pass as compared with the M ink. Thereby, it is possible to reduce an amount of the M ink to be applied later with respect to the C ink functioning to “reduce a permeation speed of an ink applied later by filling,” and it is possible to prevent a permeation speed from slowing down overall. As a result, it is possible to prevent the occurrence of beading due to a time to complete permeation becoming longer.
    • C油墨的第一至第四道次的掩模的印刷许可比分别为6.2%,37.5%,37.5%和18.8%。 另一方面,M墨水的第一至第四遍中的掩模的印刷许可比率分别为12.5%,37.5%,37.5%和12.5%。 以这种方式,各个掩模被设置为使得与M墨水相比,稍后通过更大量的C墨水被施加。 由此,可以减少相对于“降低通过填充涂敷的油墨的渗透速度”起作用的C油墨稍后施加的M油墨的量,并且可以防止渗透速度变慢 整体下降。 结果,可以防止由于完成渗透的时间变长而发生珠粒。
    • 55. 发明授权
    • Printing apparatus and printing method
    • 印刷装置和印刷方法
    • US07695087B2
    • 2010-04-13
    • US11563949
    • 2006-11-28
    • Hitoshi Tsuboi
    • Hitoshi Tsuboi
    • B41J29/38
    • B41J25/001B41J2/515
    • A printer and printing method can print at high quality at a printing boundary where different printing elements can print in the same area of a printing medium. When printing by moving a printhead, in which a plurality of printing elements are arrayed, relatively to a printing medium, the following control is performed. That is, it is checked whether different printing elements are printable in the same area on the printing medium on the basis of input image data. It is checked whether the input image data is used to print a text image or a graphic/halftone image. It is controlled in accordance with the check results to print in the same printable area by the different printing elements by changing respective ratios at which printing elements are used.
    • 打印机和打印方法可以在打印边界以高质量打印,其中不同的打印元件可以在打印介质的相同区域中打印。 当通过移动其中排列有多个打印元件的打印头相对于打印介质进行打印时,执行以下控制。 也就是说,基于输入图像数据检查在打印介质上的相同区域中是否可打印不同的打印元件。 检查输入图像数据是否用于打印文本图像或图形/半色调图像。 根据检查结果控制,通过改变使用打印元件的各自的比例,通过不同的打印元件在相同的可打印区域中打印。
    • 56. 发明申请
    • INK JET PRINTING SYSTEM AND INK JET PRINTING METHOD
    • 喷墨打印系统和喷墨打印方法
    • US20090015611A1
    • 2009-01-15
    • US12167662
    • 2008-07-03
    • Takashi OchiaiHitoshi TsuboiSatoshi Wada
    • Takashi OchiaiHitoshi TsuboiSatoshi Wada
    • B41J29/38
    • B41J29/38B41J2/155B41J2/2146
    • An image data signal value conversion is performed such that the volume of ink applied to image areas on a print medium to be printed by the overlapping portions of the printing element substrates is smaller than that applied to image areas on the print medium to be printed by other than the overlapping portions. Alternatively, the image data signal value conversion is performed such that the volume of ink applied to overlapping areas on the print medium to be printed by two consecutive printing main scans is smaller than that applied to other than the overlapping areas. For this reason, even when forming photographic images by using an elongate “joining head”, high-quality images with no density unevenness between overlapping areas and other areas on a print medium can be produced. Also in a serial type printing apparatus, uniform images with no seam stripes can be produced.
    • 执行图像数据信号值转换,使得施加到要由打印元件基板的重叠部分打印的打印介质上的图像区域的墨的体积小于通过打印介质的打印介质上的图像区域施加的打印介质上的墨水量 而不是重叠部分。 或者,执行图像数据信号值转换,使得通过两次连续的打印主扫描施加到要打印的打印介质上的重叠区域的墨水的量小于应用于重叠区域之外的墨水的体积。 因此,即使通过使用细长的“接合头”形成摄影图像,也可以制造在重叠区域和打印介质上的其他区域之间没有浓度不均匀的高质量图像。 同样在串行式打印装置中,可以产生无缝条纹的均匀图像。