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    • 4. 发明授权
    • Toner transfer technique
    • 调色剂转印技术
    • US07151902B2
    • 2006-12-19
    • US11042935
    • 2005-01-25
    • David M. RakovGraham S. WrightFrank A. Shuster
    • David M. RakovGraham S. WrightFrank A. Shuster
    • G03G15/16G03G15/00
    • G03G15/1675G03G15/5037G03G15/5058G03G2215/00033
    • A module, included in an electrophotographic printer, for making toner images by a method in which transfer current for electrostatic transfer of toner images to receiver members is adjusted to compensate for ambient variations of toner charge-to-mass ratio (q/m). A predetermined functional relationship between transfer current and a control voltage parameter is utilized. Magnitudes of the control voltage parameter are derived from voltage measurements relating to creation of toner control patches on a photoconductive image-recording member included in a modular electrophotographic printer. Control voltage magnitude is linearly dependent on q/m. The functional relationship, which is characterized by three experimentally determined parameters, is co-optimized for providing efficient transfer of toner images and for minimizing back-transfer of toner away from a receiver member in a transfer station included in the module.
    • 包括在电子照相打印机中的模块,用于通过调节调色剂图像到接收器构件的静电转印的转印电流来调节调色剂电荷质量比(q / m)的环境变化的方法制备调色剂图像。 利用转移电流与控制电压参数之间的预定功能关系。 控制电压参数的幅度来源于与包含在模块化电子照相打印机中的感光图像记录元件上产生调色剂控制贴片有关的电压测量。 控制电压幅度取决于q / m。 以三个实验确定的参数为特征的功能关系被共同优化,以提供调色剂图像的有效转印和最小化调色剂远离包含在模块中的转印站中的接收器构件的反向转印。