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    • 2. 发明授权
    • Image processing apparatus and image processing method
    • 图像处理装置和图像处理方法
    • US07965418B2
    • 2011-06-21
    • US12952819
    • 2010-11-23
    • Akitoshi YamadaHiromitsu HirabayashiMasao Kato
    • Akitoshi YamadaHiromitsu HirabayashiMasao Kato
    • H04N1/405H04N1/52
    • H04N1/52
    • Image processing apparatus and image processing method for formation of high quality image by high-speed error diffusion processing by execution of more complicated threshold condition processing in a simple manner. When error diffusion processing is performed on multivalued image data having plural density components and the result of processing is outputted, upon execution of error diffusion processing on a first density component among the plural density components, a threshold value used in the error diffusion processing is determined based on a density value of a second density component, then the error diffusion processing is performed on the first density component based on the determined threshold value, and the result of execution of the error diffusion processing is outputted. Further, upon execution of the error diffusion processing on the second density component among the plural density components, a threshold value used in the error diffusion processing is determined based on a density value of the first density component, then the error diffusion processing is performed on the second density component based on the determined threshold value, and the result of the error diffusion processing is outputted.
    • 通过以简单的方式执行更复杂的阈值条件处理,通过高速误差扩散处理形成高质量图像的图像处理装置和图像处理方法。 当对具有多个浓度分量的多值图像数据执行误差扩散处理并且输出处理结果时,在对多个浓度分量中的第一密度分量执行误差扩散处理时,确定在误差扩散处理中使用的阈值 基于第二密度分量的密度值,然后基于所确定的阈值对第一密度分量执行误差扩散处理,并且输出误差扩散处理的执行结果。 此外,在对多个密度分量中的第二密度分量执行误差扩散处理之后,基于第一密度分量的密度值来确定误差扩散处理中使用的阈值,然后进行误差扩散处理 输出基于所确定的阈值的第二密度分量和误差扩散处理的结果。
    • 4. 发明授权
    • Wide format printer with detachable and replaceable paper feed unit components
    • 宽幅打印机,具有可拆卸和可更换的进纸单元部件
    • US06626596B2
    • 2003-09-30
    • US09886085
    • 2001-06-22
    • Hiromitsu HirabayashiShinji Kanemitsu
    • Hiromitsu HirabayashiShinji Kanemitsu
    • B41J1303
    • B41J13/103B41J11/0025B41J13/0072
    • A wide-width format printer having detachable and replaceable paper feed unit components includes an automatic sheet feeder having a feeding width corresponding to standard width print media, a manual sheet feeder having a feeding width corresponding to standard width print media plus an additional width, paper feed unit for feeding print media fed from either the automatic sheet feeder or the manual sheet feeder through a paper path which passes a print position to a media ejection portion, the paper feed unit comprising at least first and second detachable print roller sections, first and second detachable spur wheel sections, at least two detachable friction wheels and a drive roller, wherein the first detachable print roller section and spur wheel section oppose each other, the second detachable print roller section and spur wheel section oppose each other and wherein the first and second detachable printer roller segments are aligned coaxially and the first and second detachable spur wheel segments are aligned coaxially.
    • 具有可拆卸和可更换的进纸单元部件的宽幅格式打印机包括具有对应于标准宽度打印介质的进给宽度的自动进纸器,具有对应于标准宽度打印介质加上附加宽度的进纸宽度的手动进纸器,纸张 进给单元,用于从通过打印位置到介质排出部分的纸张路径供给从自动进纸器或手动进纸器供纸的打印介质,所述供纸单元至少包括第一和第二可拆卸印刷辊部分, 第二可拆卸正轮轮部分,至少两个可拆卸摩擦轮和驱动辊,其中第一可拆卸打印辊部分和正齿轮部分彼此相对,第二可拆卸打印辊部分和正齿轮部分彼此相对,并且其中第一和 第二可拆卸打印机辊段同轴对准,并且第一和第二可拆卸的s 排气扇段同轴对准。
    • 7. 发明授权
    • Automatic alignment of print heads
    • 自动对准打印头
    • US06297888B1
    • 2001-10-02
    • US09071111
    • 1998-05-04
    • Steven NoyesHiromitsu HirabayashiAkitoshi Yamada
    • Steven NoyesHiromitsu HirabayashiAkitoshi Yamada
    • B41B1500
    • B41J2/04505B41J2/04586B41J2/2135B41J29/393
    • Improved techniques for measuring misalignment between multiple print heads, or between forward and reverse printing for the same print head. Adverse effects of ink bleeding, paper cockling and other ink ejection effects are reduced by superimposingly printed alignment patterns in which less than all pixels of printed portions of the patterns are filled in. Carriage ringing and overshoot effects are reduced by printing the alignment patterns in multiple passes, and preferably with an offset in carriage starting location for each pass. Improved detection of darkest density regions of the superimposingly printed alignment pattern is obtained through detections based on differences between densities rather than absolute values of measured densities.
    • 改进了用于测量多个打印头之间的偏移或在相同打印头的正向和反向打印之间的测量技术。 通过叠加印刷的对准图案减少油墨渗出,起泡和其它喷墨效果的不利影响,其中填充图案的打印部分的所有像素小于所有像素。通过以多个方式打印对准图案来减少滚动振铃和过冲效果 并且优选地在每次通过时在托架开始位置具有偏移。 通过基于密度之间的差异而不是测量密度的绝对值的检测来获得对叠加印刷的对准图案的最暗密度区域的改进的检测。