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    • 5. 发明授权
    • Print direction dependent firing frequency for improved edge quality
    • 打印方向相关的点火频率,以提高边缘质量
    • US06604812B2
    • 2003-08-12
    • US10055736
    • 2001-10-29
    • Ronald A. AskelandClayton L. Holstun
    • Ronald A. AskelandClayton L. Holstun
    • B41J215
    • B41J2/04508B41J2/04573B41J2/0458B41J2/04581B41J19/142
    • A printing system for ejecting rows and columns of ink drops onto a medium which includes a mechanism for scanning a carriage through a print zone over the medium, a printhead mounted on the carriage, the printhead having ink ejection elements arranged in first and second columns of ink ejection elements arranged perpendicular to a scanning direction and a controller for causing the carriage to scan the printhead in a first scanning direction while controlling the ejection of drops of ink from the first column of ink ejection elements at a first ejection frequency and the ejection of drops of ink from the second column of ink ejection elements at a second ejection frequency and causing the carriage to scan the printhead in a second scanning direction opposite to the first scanning direction while controlling the ejection of drops of ink from the first column of ink ejection elements at the second ejection frequency and the ejection of drops of ink from the second column of ink ejection elements at the first ejection frequency. A method of printing by ejecting drops of ink onto a media from a printhead having ink ejection elements arranged in first and second columns of ink ejection elements arranged perpendicular to a scanning axis by moving the printhead in a first scanning direction above the media while ejecting the drops of ink from the first column of ink ejection elements at a first ejection frequency and ejecting the drops of ink from the second column of ink ejection elements at a second ejection frequency and then moving the printhead in a second scanning direction above the media opposite to the first scanning direction while ejecting the drops of ink from the first column of ink ejection elements at the second ejection frequency and ejecting the drops of ink from the second column of ink ejection elements at the first ejection frequency.
    • 一种用于将墨滴的列和列喷射到介质上的打印系统,该介质包括用于通过介质上的打印区域扫描滑架的机构,安装在滑架上的打印头,该打印头具有排列在第一和第二列 喷墨元件垂直于扫描方向布置的喷墨元件和控制器,用于使滑架以第一扫描方向扫描打印头,同时以第一喷射频率控制从第一列喷墨元件喷射墨滴, 以第二喷射频率从第二列喷墨元件喷射墨水,并使滑架以与第一扫描方向相反的第二扫描方向扫描打印头,同时控制从第一喷墨列喷射墨滴的喷射 第二喷射频率处的元件和从第二喷墨列喷射墨滴 1.一种通过从具有喷墨元件的打印头喷射油墨到打印头上的打印头的打印方法,所述打印头具有排列在与扫描轴垂直布置的喷墨元件的第一和第二列中的喷墨元件,所述喷墨元件通过在第一扫描 方向在介质上方,同时以第一喷射频率从第一列喷墨元件喷射墨滴,并以第二喷射频率从第二列喷墨元件喷射墨滴,然后在第二喷射频率下移动打印头 在与第一扫描方向相反的介质上方扫描方向,同时以第二喷射频率从第一列喷墨元件喷射墨滴,并以第一喷射频率从第二列喷墨元件喷射墨滴。
    • 7. 发明授权
    • Bi-directional printmode for improved edge quality
    • 双向打印模式,提高边缘质量
    • US06464316B1
    • 2002-10-15
    • US09846484
    • 2001-04-30
    • Ronald A. AskelandMatthew D GiereClayton L. Holstun
    • Ronald A. AskelandMatthew D GiereClayton L. Holstun
    • B41J2938
    • B41J2/2132B41J19/142G06K15/102G06K2215/0074
    • A method for incremental printing with an inkjet swath printer by ejecting drops of an ink from a printhead while scanning the printhead over a print medium, including determining a first edge and a second edge of each pixel in each row with respect to a first scanning direction. Moving the printhead in the first scanning direction while ejecting the drops of ink on the first edge of the pixels at a first firing frequency and on the second edge of the pixels at a second firing frequency and moving the printhead in a second direction opposite to the first scanning direction while ejecting the drops of ink on the second edge of the pixels at the first firing frequency and on the first edge of the pixels at the second firing frequency. Also a printing system for ejecting ink drops onto a medium, which includes a mechanism for scanning a carriage through a print zone over the medium, a printhead mounted on the carriage, the printhead having ink firing elements for ejecting an ink, and a controller for determining a first edge an d a second edge of each pixel in each row with respect to a first scanning direction; the controller causing the carriage to scan the printhead in a first scanning direction while ejecting the drops of ink on the first edge of the pixels at a first firing frequency and on the second edge of the pixels at a second firing frequency; and the controller causing the carriage to scan the printhead in a second scanning direction opposite to the first scanning direction while ejecting the drops of ink on the second edge of the pixels at the first firing frequency and on the first edge of the pixels at the second firing frequency.
    • 一种用于通过喷墨条带打印机进行增量打印的方法,其通过在打印介质上扫描打印头时从打印头喷射墨水滴,包括确定相对于第一扫描方向的每行中的每个像素的第一边缘和第二边缘 。 沿第一扫描方向移动打印头,同时以第一点火频率在像素的第一边缘上以第二点火频率在像素的第一边缘上喷射墨滴,并且在与第二喷射频率相反的第二方向上移动打印头 第一扫描方向,同时以第一点火频率在像素的第二边缘上以及在第二点火频率的像素的第一边缘上喷射墨滴。 还有一种用于将墨滴喷射到介质上的打印系统,其包括用于通过介质上的打印区域扫描滑架的机构,安装在滑架上的打印头,具有用于喷射墨水的喷墨元件的打印头,以及用于 确定相对于第一扫描方向的每行中的每个像素的第一边缘和第二边缘; 所述控制器使所述托架以第一扫描方向扫描所述打印头,同时以第一点火频率在所述像素的第一边缘上以所述第二点射频率在所述像素的第二边缘上喷射墨水滴; 并且所述控制器使得所述托架在与所述第一扫描方向相反的第二扫描方向上扫描所述打印头,同时以所述第一点火频率在所述像素的所述第二边缘上以及在所述第二激发频率的所述像素的第一边缘上喷射墨滴 发射频率。