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    • 1. 发明授权
    • Pin array scorotron charging system for small diameter printer photoreceptors
    • 针阵列扫帚机充电系统,用于小直径打印机感光体
    • US07430388B2
    • 2008-09-30
    • US11327585
    • 2006-01-06
    • Michael F. ZonaDan A. HaysKenneth W. Pietrowski
    • Michael F. ZonaDan A. HaysKenneth W. Pietrowski
    • G03G15/02
    • G03G15/0291G03G2215/028
    • Non-contact corona charging of a small radius moving surface to a desired surface voltage with a single corona charging system with a first corona generator applying a first charge through a screen grid having a first bias voltage to initially charge the surface to more than half of the desired voltage, and then a second corona generator applies the remainder of the desired surface charge through a separate screen grid having a second bias voltage. The two corona generators may be spaced pin arrays angled relative to one another and substantially perpendicular to their adjacent moving surface areas. The two screen grids may be electrically planar and angled relative to one another, substantially parallel to their adjacent moving surface areas.
    • 使用具有第一电晕发生器的单个电晕放电系统将小半径移动表面的非接触电晕充电到期望的表面电压,所述第一电晕发生器通过具有第一偏置电压的筛网施加第一电荷,以初始地将表面充电至超过一半 期望的电压,然后第二电晕发生器通过具有第二偏置电压的单独的屏蔽栅施加所需表面电荷的剩余部分。 两个电晕发生器可以是相对于彼此成角度并且基本上垂直于它们相邻的移动表面区域的间隔开的销排列。 两个筛网可以是电平面的并且相对于彼此成角度,基本上平行于它们相邻的移动表面区域。
    • 3. 发明授权
    • Hybrid DC recharge method and apparatus for split recharge imaging
    • 混合直流再充电方法和装置,用于分流充电成像
    • US5613172A
    • 1997-03-18
    • US519872
    • 1995-08-25
    • Kenneth W. PietrowskiThomas J. Fleck
    • Kenneth W. PietrowskiThomas J. Fleck
    • G03G15/01G03G15/02
    • G03G15/0105G03G15/0266G03G15/0291
    • Printing machines and systems which incorporate recharging stations comprised of two corona generating devices which act together to recharge a previously developed photoreceptor to a predetermined potential. The first corona generating device recharges the photoreceptor's surface to a greater absolute potential than a predetermined potential which the surface is to have after being recharged. The second corona generating device reduces the photoreceptor's surface to the potential that it is to have. The second corona generating device is comprised of a plurality of spaced apart coronodes which each can impress charges on the photoreceptor's surface. The second corona generating device receives electrical inputs and applies DC potentials to the coronodes such that adjacent coronodes have opposite polarities.
    • 包括由两个电晕发生装置组成的再充电站的印刷机器和系统,其一起起作用以将先前发展的感光体再充电到预定电位。 第一电晕发生装置将感光体的表面再充电到比充电后的表面具有的预定电位更大的绝对电位。 第二电晕发生装置将感光体的表面减小到其具有的潜力。 第二电晕发生装置由多个间隔开的冠状体组成,每个能够在感光体的表面上施加电荷。 第二电晕发生装置接收电输入并且将DC电势施加到冠状体,使得相邻的冠状体具有相反的极性。
    • 4. 发明授权
    • AC corona current regulation
    • AC电晕电流调节
    • US6034368A
    • 2000-03-07
    • US110422
    • 1998-07-06
    • Jing qing SongKenneth W. PietrowskiJames L. Pratt
    • Jing qing SongKenneth W. PietrowskiJames L. Pratt
    • G03G15/02H01T19/04
    • G03G15/0266G03G15/0291G03G2215/017
    • In an electrostatographic imaging apparatus employing at least one charging device, in an electrostatic charge process involving the creation of latent electrostatic images, A method for controlling corona current generation by said at least one charging device is disclosed. The method comprising the steps of: generating an AC current and an AC voltage with a power supply; measuring the steady state negative half cycle of current, filtering capacitive current spikes from said negative half cycle current measurement and generating a corona current feedback signal in response to said filtering step; and dynamically adjusting the AC voltage in response to the corona current feedback signal so that the steady state negative half cycle of current measured in said measuring step remains constant.
    • 在采用至少一个充电装置的静电成像装置中,在涉及产生静电潜像的静电荷工艺中,公开了一种用于控制由所述至少一个充电装置产生电晕电流的方法。 该方法包括以下步骤:用电源产生交流电流和交流电压; 测量电流的稳态负半周期,从所述负半周电流测量中滤除电容电流尖峰并响应于所述滤波步骤产生电晕电流反馈信号; 并且响应于电晕电流反馈信号动态地调整AC电压,使得在所述测量步骤中测量的电流的稳态负半周期保持恒定。
    • 6. 发明授权
    • AC scorotron
    • 交流scorotron
    • US6097915A
    • 2000-08-01
    • US311870
    • 1999-05-14
    • Thomas J. FleckKenneth W. PietrowskiJing qing Song
    • Thomas J. FleckKenneth W. PietrowskiJing qing Song
    • G03G15/02H01T19/00
    • G03G15/0291
    • In an electrostatographic imaging apparatus employing at least one charging device, scorotron which consists of one or more fine wires supported on insulated blocks spaced between the photoconductive surface and a conductive or insulative surface parallel to it. A screen or grid is interposed between the corona wires and the photoconductive surface and the grid is maintained at a potential roughly equal to the potential desired on the photoconductive surface. The scorotrons geometry, the individual wires are from 1/2 to 11/2 inches apart and are spaced from the grid by about 3/4 of an inch. Field enhancement electrode(s) are placed on the screen and are biased at the same potential as the screen. The field enhancement electrode(s) enhance electrical performance.
    • 在采用至少一个充电装置的静电照相成像装置中,由在一个或多个细线之间的细丝组成,该绝缘支撑在光电导表面之间隔开的绝缘块和与其平行的导电或绝缘表面之间。 屏幕或栅格插在电晕丝和光电导表面之间,并且栅格保持在大致等于光电导表面上所需的电位的电位。 扫帚几何形状,单根线材分别为+ E,fra 1/2 + EE至1 + E,间距为1/2 + EE英寸,与网格间隔约+ E,3/4 + EE 英寸。 场增强电极放置在屏幕上并被偏置在与屏幕相同的电位。 场增强电极增强电性能。