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    • 18. 发明授权
    • Photoreceptor charge control
    • 光感受器充电控制
    • US06223006B1
    • 2001-04-24
    • US09451728
    • 1999-12-01
    • Mark A. ScheuerEric M. GrossWenjin Zhou
    • Mark A. ScheuerEric M. GrossWenjin Zhou
    • G03G1500
    • G03G15/5037G03G15/50G03G2215/017
    • Photoreceptor charge control for obviating the adverse effects of photoreceptor variation inherent in the photoreceptor as the result of the manufacturing process. The voltage values around the periphery of the photoreceptor commonly referred to as the Vc belt signature are measured. The readings for each of the ESVs are averaged (to find the mean) and the deviations from the mean are smoothed using a 41-term weighting function that properly removes the high frequency reading spikes while retaining the low frequency belt signature. Center weighted averaging of 41 points (n, . . . n±20) where n is a measured point on the photoreceptor that is averaged with the previous twenty readings together with the next twenty readings is initiated a few mm past the photoreceptor seam and ends a few mm before the seam—no phase shift. The readings are taken approximately every 3 mm around the periphery of the photoreceptor.
    • 受光器电荷控制,用于消除作为制造过程的结果的感光体固有的光感受器变异的不利影响。 测量通常称为Vc带签名的感光体周围周围的电压值。 每个ESV的读数被平均(找到平均值),并且使用41项加权函数对平均值的偏差进行平滑,该函数在保持低频带签名的同时适当地去除高频读数尖峰。 中心加权平均值为41点(n,...,n±20),其中n是感光器上与以前的二十个读数平均的测量点以及接下来的二十个读数,经过感光体接缝并结束几毫米 接缝前没有相移几毫米。 读数大约是每3毫米感光体周围的周围。