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    • 2. 发明授权
    • Apparatus and method for online establishment of print control parameters
    • 用于在线建立打印控制参数的装置和方法
    • US06185385B2
    • 2001-02-06
    • US09083142
    • 1998-05-22
    • Lingappa K. MesthaYao Rong WangJohn BuraniczMeera SampathMark A. Scheuer
    • Lingappa K. MesthaYao Rong WangJohn BuraniczMeera SampathMark A. Scheuer
    • G03G1500
    • G03G15/5041G03G2215/00042G03G2215/00054G03G2215/0174
    • An online printing parameter establishment apparatus is used with a xerographic printing device for printing high quality prints given a target value. The xerographic printing device is capable of producing at least one print control patch on a photoreceptor and is capable of sensing a value of the at least one print control patch. The xerographic printing device has a plurality of sets of inherent performance characteristic values. The online printing parameter establishment apparatus includes a controller device and a switch device. The controller device is operative to produce a first database of different ones of the sensed values. Each sensed value is associated with a respective one of the plurality of sets of inherent performance characteristic values based upon the target value. The controller device is also operative to produce a second database of a plurality of control values. Each one of the control values is extracted from a respective one of the sensed values and the associated set of inherent performance characteristic values. Further, the controller device selects one of the control values which is closely comparable to the target value. A method for online establishment of print control parameters to render high quality prints using a xerographic printing process is also described.
    • 在线打印参数建立装置与静电印刷装置一起使用,用于打印给定目标值的高质量打印。 静电印刷装置能够在感光体上产生至少一个打印控制贴片并且能够感测至少一个打印控制贴片的值。 静电印刷装置具有多组固有的性能特征值。 在线打印参数设置装置包括控制器设备和开关设备。 控制器装置可操作以产生不同感测值的第一数据库。 基于目标值,每个感测值与多组固有性能特征值中的相应一个相关联。 控制器设备还可操作以产生多个控制值的第二数据库。 控制值中的每一个都从相应的一个感测值和相关的固有性能特征值集合中提取出来。 此外,控制器设备选择与目标值非常相似的一个控制值。 还描述了用于在线建立打印控制参数以使用静电印刷处理来呈现高质量打印的方法。
    • 7. 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。
    • 8. 发明授权
    • Feed forward and feedback toner concentration control for an imaging
system
    • 成像系统的前馈和反馈调色剂浓度控制
    • US6160971A
    • 2000-12-12
    • US428341
    • 1999-10-27
    • Mark A. ScheuerJohn BuraniczPatricia J. DonaldsonPaul A. GarsinEric M. GrossEric S. HambyDaniel W. MacDonaldPrasad PadmanabhanEdward W. Smith, Jr.Joseph W. Ward
    • Mark A. ScheuerJohn BuraniczPatricia J. DonaldsonPaul A. GarsinEric M. GrossEric S. HambyDaniel W. MacDonaldPrasad PadmanabhanEdward W. Smith, Jr.Joseph W. Ward
    • G03G15/08
    • G03G15/0849G03G15/0853
    • The present invention generally relates to an imaging system, and more specifically, a method and apparatus for accurately predicting toner usage and hence toner dispensing requirements in an imaging system. More specifically, the present invention relates to a toner concentration control system for maintaining toner concentration in a developer structure, which is connected to a dispenser containing toner. The toner concentration control system includes a toner mass estimator providing a toner mass estimate of the toner mass in the developer structure to be applied to the photoreceptor; a feed forward dispense unit receiving the toner mass estimate and transmitting a feed forward dispense command based on the toner mass estimate; a toner concentration target adjusted for toner break-in in the developer structure; a feed back dispense unit receiving the adjusted toner concentration target and transmitting a feedback dispense command; and a total dispense unit receiving the feed forward dispense command and the feedback dispense command, and outputting total dispense command to the dispenser, which dispenses the toner to the developer structure in accordance with the total dispense command.
    • 本发明一般涉及一种成像系统,更具体地说,涉及用于准确地预测成像系统中的调色剂使用情况以及因此调色剂分配需求的方法和装置。 更具体地说,本发明涉及一种用于维持显影结构中的调色剂浓度的调色剂浓度控制系统,该调色剂浓度控制系统连接到包含调色剂的分配器。 调色剂浓度控制系统包括调色剂质量估计器,其提供将要施加到感光体的显影剂结构中的调色剂质量的调色剂质量估计; 接收调色剂质量估计的前馈分配单元和基于调色剂质量估计传送前馈分配命令; 调节用于显影剂结构中的调色剂破碎的调色剂浓度目标; 接收经调节的调色剂浓度目标并发送反馈分配命令的反馈分配单元; 以及总分配单元,其接收前馈分配指令和反馈分配命令,并且将总分配命令输出到分配器,分配器根据总分配命令将调色剂分配给显影剂结构。