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    • 1. 发明授权
    • Dynamic photo receptor wear rate adjustment based on environmental sensor feedback
    • 基于环境传感器反馈的动态光电受体磨损率调整
    • US07949268B2
    • 2011-05-24
    • US12244395
    • 2008-10-02
    • Aaron Michael BurryKenny-tuan T. DinhKarl E. KurzBruce E. ThayerMichael F. Zona
    • Aaron Michael BurryKenny-tuan T. DinhKarl E. KurzBruce E. ThayerMichael F. Zona
    • G03G15/00G03G15/02
    • G03G15/0266G03G21/203
    • A xerographic marking engine adjusts a charging actuator value, such as an AC peak-to-peak voltage or an AC peak-to-peak current, based on a determined knee value, VKNEE, of a charge curve for an imaging apparatus photoreceptor within the xerographic marking engine and environmental sensor data. The environmental sensor data may measure environment temperature and environment humidity. In near A-zone environments, for example, operational environments in which the temperature is 80 degrees Fahrenheit and the relative humidity is 80%, the charging actuator value may be selected to achieve a predetermined photoreceptor wear rate that avoids print quality defects due to lateral charge migration. In other than A-zone environments, the charging actuator value may be selected to minimize the photoreceptor wear rate, while avoiding print quality defects. The described approach allows optimal photoconductor wear to be achieved, in all operational environments, without increasing the risk of print quality defects.
    • 静电印迹标记引擎基于所确定的膝关节值VKNEE来调整充电致动器值,例如AC峰 - 峰电压或AC峰 - 峰电流 静电印刷引擎和环境传感器数据。 环境传感器数据可以测量环境温度和环境湿度。 例如,在近区域环境中,温度为华氏80度,相对湿度为80%的操作环境,可以选择充电致动器值以达到预定的感光体磨损率,从而避免由于侧面 电荷迁移。 在A区环境以外,可以选择充电致动器值以最小化感光体的磨损率,同时避免打印质量缺陷。 所描述的方法允许在所有操作环境中实现最佳感光体磨损,而不增加印刷质量缺陷的风险。