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    • 2. 发明授权
    • Closed loop control of photoreceptor surface voltage for electrophotographic processes
    • 用于电子照相工艺的感光体表面电压的闭环控制
    • US07076181B2
    • 2006-07-11
    • US10884689
    • 2004-06-30
    • Truman F. KellieWilliam D. EdwardsRobert E. Brenner
    • Truman F. KellieWilliam D. EdwardsRobert E. Brenner
    • G03G15/02
    • G03G15/5037G03G15/0266
    • A method of maintaining a surface charge on a photoreceptor within a predetermined voltage range is provided, comprising the steps of providing a charging device adjacent to a surface of the photoreceptor, determining a reference voltage to be applied by the charging device to the photoreceptor surface to establish a first photoreceptor surface voltage, and applying the reference voltage to the surface of the moving photoreceptor with the charging device while measuring a first photoreceptor current. The method further comprises comparing the first photoreceptor current to predetermined characteristics of the photoreceptor to calculate a first output value, comparing the first output value to predetermined characteristics of the photoreceptor and calculating a first correction voltage, and applying the first correction voltage to the photoreceptor surface with the charging device to obtain a surface voltage on the photoreceptor that is within the predetermined operational voltage range.
    • 提供了将感光体上的表面电荷维持在预定电压范围内的方法,包括以下步骤:提供与感光体表面相邻的充电装置,确定由充电装置施加到感光体表面的参考电压到 建立第一感光体表面电压,并在测量第一感光体电流的同时,利用充电装置将参考电压施加到移动感光体的表面。 该方法还包括将第一感光体电流与感光体的预定特性进行比较,以计算第一输出值,将第一输出值与感光体的预定特性进行比较并计算第一校正电压,并将第一校正电压施加到感光体表面 利用充电装置获得感光体上处于预定工作电压范围内的表面电压。
    • 6. 发明授权
    • Discharge methods and systems in electrophotography
    • 电子照相术中的放电方法和系统
    • US07092659B2
    • 2006-08-15
    • US10750226
    • 2003-12-31
    • Robert E. Brenner
    • Robert E. Brenner
    • G03G15/02
    • G03G15/0208G03G15/0291G03G2215/026
    • Latent charge images are provided on a photoconductor element having a photoconductive layer with a conductive stripe. This process is performed by charging the photoconductive layer with a charge having a particular vector to form a uniform charge on the photoconductive layer; and subsequently charging the conductive stripe with a charge having a vector that is opposite the vector of the charge on the photoconductive layer to lower the charge content in the photoconductive layer. The first charge may be provided by a first corona charging device and the subsequent charge may be applied by a second corona discharge device focused on a conductive stripe.
    • 潜在电荷图像设置在具有导电条纹的光电导层的光电导体元件上。 该过程通过用具有特定向量的电荷对光电导层进行充电来在光电导层上形成均匀的电荷来进行; 并且随后用具有与光电导层上的电荷的向量相反的矢量的电荷对导电条带进行充电,以降低光电导层中的电荷含量。 第一电荷可以由第一电晕充电装置提供,并且随后的电荷可以通过聚焦在导电条上的第二电晕放电装置来施加。
    • 7. 发明授权
    • Oxygen generators in ink cartridge environment
    • 墨盒环境中的氧气发生器
    • US07231162B2
    • 2007-06-12
    • US10971536
    • 2004-10-22
    • Robert E. BrennerJames A. Baker
    • Robert E. BrennerJames A. Baker
    • C03G21/20
    • G03G21/206G03G21/203
    • A system is provided within an electrophotographic imaging environment that removes or decomposes airborne hydrocarbons (as vapor and/or droplets), at least some of which are provided from evaporation or airborne dispersal of hydrocarbon carrier from electrophotographic toners or inks during and imaging process. The system has a catalyst that assists in the oxidation or decomposition of hydrocarbons and a (catalyst and vapor phase) heating and oxygen-providing components including a chemical oxygen-generator. The chemical reaction that occurs in the oxygen generation provides both a) immediate and significant amounts of heat that heats both the catalyst and the gas phase containing the hydrocarbon and the oxygen and b) oxygen to assist in the decomposition and/or oxidation of the hydrocarbon and other airborne materials.
    • 在电子照相成像环境中提供一种系统,其去除或分解空气中的碳氢化合物(作为蒸气和/或液滴),其中至少一些由在载体和成像过程中的电子照相调色剂或油墨的烃载体的蒸发或空气传播中提供。 该系统具有催化剂,其有助于烃类和(催化剂和气相)加热和供氧组分的氧化或分解,包括化学氧发生器。 在氧气发生中发生的化学反应提供a)立即和显着量的热量,其加热催化剂和含有烃和氧气的气相,以及b)氧气以帮助烃的分解和/或氧化 和其他机载材料。
    • 8. 发明授权
    • Oxidation of volatile organic compounds in electrographic printing
    • 电印印刷中挥发性有机化合物的氧化
    • US07187885B2
    • 2007-03-06
    • US10977978
    • 2004-10-29
    • James A. BakerTruman F. KellieRobert E. Brenner
    • James A. BakerTruman F. KellieRobert E. Brenner
    • G03G21/20
    • G03G21/206
    • An apparatus for oxidizing volatile organic compounds from an electrographic printer may comprising a) a printer system that vents a gas stream containing volatile organic compounds to a first inlet; b) a first mast transfer element transmitting the gas stream to a catalytic treatment system, c) The catalytic treatment system comprising separate contact sections for an unsupported catalyst and a supported catalyst; a diverter system that can direct the gas stream along paths selected from the group consisting of to the unsupported catalyst only, to the supported catalyst only, first the unsupported catalyst and then the supported catalyst, and the supported catalyst and then the unsupported catalyst.
    • 用于从电印机中氧化挥发性有机化合物的设备可以包括:a)将含有挥发性有机化合物的气流排放到第一入口的打印机系统; b)将气流传送到催化处理系统的第一桅杆转移元件,c)催化处理系统包括用于未负载的催化剂和负载催化剂的分开的接触部分; 一种分流器系统,其可以将气流沿着从仅由无载体催化剂组成的组中选择的路径引导到仅负载的催化剂,首先将未负载的催化剂,然后负载的催化剂以及负载的催化剂,然后是未负载的催化剂引导。
    • 9. 发明授权
    • Volatile organic compound detector
    • 挥发性有机化合物检测器
    • US07200348B2
    • 2007-04-03
    • US10879895
    • 2004-06-29
    • Robert E. Brenner
    • Robert E. Brenner
    • G03G21/00
    • G03G21/206G01N33/0047G03G15/107G03G2215/0629
    • A printer system using inks, toners or developers with solvents therein is provided with a detector for volatile organic compounds assists in reducing potential accidents in the printer. The detector may be able to identify at least a threshold level of volatile organic in a gas phase in the printer, or may be able to identify various levels or a continuous metered level of volatile organic compounds (VOC's). An automatic warning, automatic signal, or even automatic cutoff function may be associated with the detector. The detector may be inside the printer or associated with a vent or generally positioned on or near the printer. One mode of detection operation described in detail is identification of changes in dielectric constant in a vapor phase or vapor stream that can be associated with changed levels of VOC in that phase or stream.
    • 使用具有溶剂的油墨,调色剂或显影剂的打印机系统设置有用于挥发性有机化合物的检测器,有助于减少打印机中的潜在事故。 检测器可以能够识别打印机中气相中的挥发性有机物的至少阈值水平,或者可以识别各种水平或连续计量水平的挥发性有机化合物(VOC)。 自动警告,自动信号或甚至自动切断功能可能与检测器相关联。 检测器可能在打印机内部或与通风口相关联,或通常位于打印机上或附近。 详细描述的一种检测操作模式是识别可以与该相或流中VOC的变化水平相关联的气相或蒸汽流中介电常数的变化。
    • 10. 发明授权
    • Belt steering mechanism for use with an electrophotographic imaging
system
    • 用于电子照相成像系统的皮带转向机构
    • US6134406A
    • 2000-10-17
    • US266421
    • 1999-03-11
    • Riyad E. MoeRobert E. Brenner
    • Riyad E. MoeRobert E. Brenner
    • B65G39/16G03G15/00
    • G03G15/755B65G39/16G03G2215/00156
    • A mechanism for steering a photoconductor belt in an electrophotographic imaging system is disclosed. The photoconductor belt is moved about a support roller system of the imaging system to form a continuous transport path. The photoconductor belt tends to deviate from this continuous transport path in a direction substantially perpendicular to the path. The belt steering mechanism includes a support carriage, a steering carriage, a support roller and a belt steering drive assembly. The steering roller is mounted to the steering carriage, and the steering carriage is connected to the support carriage so as to be pivotable about a steering axis. The belt steering drive assembly is operably coupled to the steering carriage to pivotally move the steering carriage about the steering axis. Upon pivotal movement of the steering carriage about the steering axis, the steering roller pivots therewith to move the photoconductor belt in a direction substantially perpendicular to the continuous transport path to reduce deviation of the photoconductor belt from the path.
    • 公开了一种用于在电摄影成像系统中转向感光体带的机构。 光电导体带围绕成像系统的支撑辊系统移动以形成连续的输送路径。 光导体带倾向于在与该路径基本垂直的方向上偏离该连续输送路径。 皮带转向机构包括支撑托架,转向托架,支撑辊和皮带转向驱动组件。 转向辊安装在转向架上,转向架与支承托架连接,以便绕转向轴线转动。 皮带转向驱动组件可操作地联接到转向滑架以使转向滑架围绕转向轴线枢转运动。 在转向滑架围绕转向轴线枢转运动时,转向辊与其一起枢转以沿着基本上垂直于连续输送路径的方向移动感光体带,以减小感光带与路径的偏离。