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    • 2. 发明授权
    • Rotatable roller, image forming apparatus employing same, and image forming apparatus cartridge employing same
    • 可旋转辊,使用该成像装置的成像装置以及使用其的图像形成装置盒
    • US07236717B2
    • 2007-06-26
    • US11086574
    • 2005-03-23
    • Kohji ShinkawaHiroshi Ishii
    • Kohji ShinkawaHiroshi Ishii
    • G03G15/00G03G15/02G03G15/20
    • G03G15/1685G03G15/0233
    • As outermost coating-like layer(s) of charging roller(s) is or are made to contact and/or slide against photosensitive drum(s), charge is applied from the outermost coating-like layer(s) to the photosensitive drum(s), charging the photosensitive drum(s). This being the case, resistance of the outermost coating-like layer(s) of the charging roller(s) fluctuates, and surface(s) thereof become scratched and so forth, and gradually deteriorate. Moreover, if remedial action is not taken, charging capability of the charging roller(s) may decrease, leading to nonuniformity in charging of the photosensitive drum(s) and causing lowering of image quality and/or reduction in service life of the photosensitive drum(s). The outermost coating-like layer(s) of the charging roller(s) is or are therefore periodically stripped off therefrom to rejuvenate the charging roller surface(s).
    • 由于充电辊的最外面的涂层状层被接触和/或滑动抵靠感光鼓,所以将电荷从最外面的涂层形式施加到感光鼓( s),给感光鼓充电。 在这种情况下,充电辊的最外层涂层的电阻波动,其表面被刮伤等,并逐渐劣化。 此外,如果不采取补救措施,充电辊的充电能力可能降低,导致感光鼓的充电不均匀并导致图像质量的降低和/或感光鼓的使用寿命的降低 (s)。 因此,充电辊的最外面的涂层状层因此被周期性地剥离,以使充电辊表面恢复活力。
    • 4. 发明授权
    • Changing the charging applied voltage control in an image forming apparatus based on an increase in the cumulative number of times of execution of image forming
    • 基于图像形成的累积执行次数的增加来改变图像形成装置中的充电施加电压控制
    • US07706703B2
    • 2010-04-27
    • US11648780
    • 2007-01-03
    • Tohru SakuwaKohji Shinkawa
    • Tohru SakuwaKohji Shinkawa
    • G03G15/00G03G15/02
    • G03G15/0266
    • When image forming is performed by a photosensitive drum according to operating conditions corresponding to an image forming mode selected out of a predetermined plurality of candidates, an actual cumulative number of printed sheets Pi is corrected and recorded based on the image forming mode (monochrome mode or color mode; low-temperature and low humidity ambience mode or other ambience mode) selected at the time of each image forming (S7) and an adjustment volume (ko×Pia) of a charging applied voltage Ey is calculated and the charging applied voltage Ey is set based on a corrected cumulative number of printed sheets Pia (S5). As a result, the charging applied voltage Ey to a charging unit is changed according to a cumulative number of printed sheets and at the same time, a pace of change thereof is adjusted based on the image forming mode.
    • 当根据与预定多个候选中选择的图像形成模式相对应的操作条件由感光鼓执行图像形成时,基于图像形成模式(单色模式或单色模式 计算每个图像形成时(S7)时选择的彩色模式,低温和低湿度环境模式或其他环境模式),并且计算充电施加电压Ey的调节量(ko×Pia),并且计算施加电压Ey 基于校正后的打印纸张数Pia(S5)设定。 结果,充电单元的充电施加电压Ey根据打印的纸张的累积数量而改变,同时基于图像形成模式调整其变化的速度。
    • 5. 发明申请
    • Charging applied voltage control in an image forming apparatus
    • 在图像形成装置中对电压施加电压进行控制
    • US20070160377A1
    • 2007-07-12
    • US11648780
    • 2007-01-03
    • Tohru SakuwaKohji Shinkawa
    • Tohru SakuwaKohji Shinkawa
    • G03G15/02
    • G03G15/0266
    • When image forming is performed by the photosensitive drum according to operating conditions corresponding to an image forming mode selected out of a predetermined plurality of candidates, the actual cumulative number of printed sheets Pi is corrected and recorded based on the image forming mode (monochrome mode or color mode; low-temperature and low humidity ambience mode or other ambience mode) selected at the time of each image forming (S7) and an adjustment volume (ko×Pia) of the charging applied voltage Ey is calculated and the charging applied voltage Ey is set based on the corrected cumulative number of printed sheets Pia (S5). As a result, the applied voltage Ey to a charging unit is changed according to the cumulative number of printed sheets and at the same time, a pace of change thereof is adjusted based on the image forming mode.
    • 当根据与预定多个候选中选择的图像形成模式相对应的操作条件由感光鼓执行图像形成时,根据图像形成模式(单色模式或单色模式 计算每次图像形成时(S 7)时选择的彩色模式,低温和低湿度环境模式或其他环境模式),并计算充电施加电压Ey的调节体积(koxPia),并且充电施加电压Ey为 基于校正后的印刷张数Pia(S 5)设定。 结果,根据累积印刷张数改变对充电单元的施加电压Ey,同时基于图像形成模式调整其改变速度。
    • 6. 发明申请
    • Rotatable roller, image forming apparatus employing same, and image forming apparatus cartridge employing same
    • 可旋转辊,使用该成像装置的成像装置以及使用其的图像形成装置盒
    • US20050213998A1
    • 2005-09-29
    • US11086574
    • 2005-03-23
    • Kohji ShinkawaHiroshi Ishii
    • Kohji ShinkawaHiroshi Ishii
    • G03G21/00G03G15/00G03G15/02G03G15/16
    • G03G15/1685G03G15/0233
    • As outermost coating-like layer(s) of charging roller(s) is or are made to contact and/or slide against photosensitive drum(s), charge is applied from the outermost coating-like layer(s) to the photosensitive drum(s), charging the photosensitive drum(s). This being the case, resistance of the outermost coating-like layer(s) of the charging roller(s) fluctuates, and surface(s) thereof become scratched and so forth, and gradually deteriorate. Moreover, if remedial action is not taken, charging capability of the charging roller(s) may decrease, leading to nonuniformity in charging of the photosensitive drum(s) and causing lowering of image quality and/or reduction in service life of the photosensitive drum(s). The outermost coating-like layer(s) of the charging roller(s) is or are therefore periodically stripped off therefrom to rejuvenate the charging roller surface(s).
    • 由于充电辊的最外面的涂层状层被接触和/或滑动抵靠感光鼓,所以将电荷从最外面的涂层形式施加到感光鼓( s),给感光鼓充电。 在这种情况下,充电辊的最外层涂层的电阻波动,其表面被刮伤等,并逐渐劣化。 此外,如果不采取补救措施,充电辊的充电能力可能降低,导致感光鼓的充电不均匀并导致图像质量的降低和/或感光鼓的使用寿命的降低 (s)。 因此,充电辊的最外面的涂层状层因此被周期性地剥离,以使充电辊表面恢复活力。