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    • 5. 再颁专利
    • Method for adjusting drive roller linefeed distance
    • 调整驱动辊线路进给距离的方法
    • USRE40775E1
    • 2009-06-23
    • US10279709
    • 2002-10-23
    • Dan ArquilevichSteve O. RasmussenVance M. Stephens
    • Dan ArquilevichSteve O. RasmussenVance M. Stephens
    • B41J11/00B41J11/42B41J11/46
    • B41J11/42B41J11/008B41J11/009B41J11/46
    • A difference in feed roller diameter from one printer to another causes a media to advance by a different amount for a given rotation of a drive shaft to which the feed roller is coupled. Such variation in advance distance is a linefeed error. Mean linefeed error is determined and corrected by printing a test plot having several areas. Each area is formed of the same image pattern, but is printed at a different linefeed error adjustment to compensate for mean linefeed error. The different adjustments are prescribed and span a typical compensation range for a given print engine model. The different adjustment factors cause banding to occur in some areas. The user picks one of the test pattern areas which has the highest print quality (i.e., least or no banding). The linefeed adjustment factor corresponding to such area is used for normal printing.
    • 进料辊直径从一台打印机到另一台打印机之间的差异导致介质在进给辊联接到的驱动轴的给定旋转中前进不同的量。 预先距离的这种变化是换行错误。 通过打印具有几个区域的测试图来确定和校正平均换行错误。 每个区域由相同的图像图案形成,但以不同的换行错误调整打印以补偿平均换行错误。 对于给定的打印引擎模型,规定了不同的调整并跨越了典型的补偿范围。 不同的调整因素导致一些地区发生捆绑。 用户选择具有最高打印质量的测试图案区域之一(即,最少或不包带)。 与该区域对应的换行调整系数用于正常打印。