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    • 31. 发明授权
    • Transfer system
    • 转移系统
    • US6160981A
    • 2000-12-12
    • US356657
    • 1999-07-19
    • Lloyd A. WilliamsJoannes N. M. deJongGrace T. BrewingtonJohn Buranicz
    • Lloyd A. WilliamsJoannes N. M. deJongGrace T. BrewingtonJohn Buranicz
    • G03G15/16G03G15/01
    • G03G15/1655G03G2215/0174
    • A multi-color electrophotographic printing machine in which the tangential velocity of the photoconductive drum in the transfer zone is greater than the tangential velocity of the transfer drum having the sheet receiving the transferred images thereon. A buckle is formed in the sheet after the transfer zone, resulting in the sheet being tacked to the developed image on the photoconductive member and moving at the same tangential velocity as the developed image. This is achieved by a transfer sheet having one end secured fixedly over an aperture in the transfer drum. The other end of the transfer sheet is resiliently secured to the transfer drum. The sheet of support material receiving the transferred images is secured at the leading edge to the transfer sheet. In this way, the transfer sheet and the sheet of support material may be induced to form a buckle after the transfer zone enabling the sheet of support material and the developed image to move at the same tangential velocity. By moving at the same tangential velocity, the image smear is eliminated during transfer.
    • 一种多色电子照相印刷机,其中转印区中的感光鼓的切向速度大于具有接收转印图像的纸张的转印鼓的切向速度。 在转印区域之后,在片材中形成带扣,导致片材被粘贴到感光体上的显影图像并以与显影图像相同的切向速度移动。 这通过一个转移片实现,转印片的一端固定地固定在转印鼓的孔上。 转印纸的另一端弹性地固定到转印鼓上。 接收转印图像的支撑材料片在前缘固定在转印片上。 以这种方式,可以在转印区域之后诱导转印纸和支撑材料片形成带扣,使得支撑材料片和显影图像以相同的切向速度移动。 通过以相同的切向速度移动,在传输过程中消除了图像污迹。
    • 32. 发明授权
    • Developer material transport
    • 开发商物料运输
    • US5253019A
    • 1993-10-12
    • US428726
    • 1989-10-30
    • Grace T. BrewingtonWilliam H. Wayman
    • Grace T. BrewingtonWilliam H. Wayman
    • G03G15/06G03G15/08
    • G03G15/0822G03G15/0808Y10S222/01
    • An apparatus which develops a latent image recorded on an image receiving member with developer material. A chamber in the developer housing stores a supply of developer material. A donor roll is positioned in the chamber of the housing so as to transport developer material into contact with the latent image to develop the latent image. A rotating, elongated member fluidizes the developer material. As developer material is discharged from a storage container into the chamber of the developer housing, it exerts pressure on the fluidized developer material to move the developer material from one end of the housing to the other end thereof. An electrical bias is applied between the elongated member and the donor roll so that developer material is attracted to the donor roll as the developer material advances from one end of the developer housing to the other end thereof.
    • 一种用显影剂材料显影记录在图像接收部件上的潜像的装置。 显影器壳体中的一个室存储显影剂材料。 供体辊定位在壳体的腔室中,以将显影剂材料输送到与潜像接触以显影潜像。 旋转的细长构件使显影剂材料流化。 当显影剂材料从存储容器排出到显影剂外壳的腔室中时,其对流化的显影剂材料施加压力,以将显影剂材料从壳体的一端移动到另一端。 在细长构件和施主辊之间施加电偏压,使得当显影剂材料从显影剂外壳的一端前进到另一端时,显影剂材料被吸引到供体辊。
    • 35. 发明申请
    • SYSTEMS AND METHODS FOR PRINTING HYBRID RAISED MARKINGS ON DOCUMENTS TO ENHANCE SECURITY
    • 打印文件上的混合标记的系统和方法,以增强安全性
    • US20130229692A1
    • 2013-09-05
    • US13410974
    • 2012-03-02
    • Grace T. Brewington
    • Grace T. Brewington
    • G06K15/02
    • H04N1/00864B41M3/008B41M3/14B42D25/324B42D25/387G06K15/1872G06K15/1878
    • Haptic security features, which are generally not visually perceptible or reproducible, are applied on a surface of a substrate according to a predetermined scheme. The haptic security features are complemented by visual features that bear a relationship to the haptic security features, and/or otherwise to features of an underlying image that is already printed on the substrate. One or more colored ink layers that includes characters or other features that bear a relationship to the haptic security features is embedded into the haptic security features on the surface of the substrate to form a composite security feature that has visual information as well as haptic response. Haptic security features are based on redundantly encoding features that are pre-printed on the substrate in a preliminary step of forming a visual image on the substrate by overprinting portions of the underlying pre-printed image related to the haptic security features.
    • 根据预定方案,通常在视觉上不可感知或可再现的触觉安全特征被施加在基板的表面上。 触觉安全特征由与触觉安全特征相关的视觉特征和/或其它已经印刷在基底上的下层图像的特征补充。 包括与触觉安全特征相关联的字符或其他特征的一个或多个彩色墨水层被嵌入到基底表面上的触觉安全特征中以形成具有视觉信息以及触觉响应的复合安全特征。 触觉安全特征基于在基板上预先打印的冗余编码特征,其中在通过覆盖与触觉安全特征相关的底层预打印图像的部分形成基底上的视觉图像的预备步骤中。
    • 37. 发明授权
    • Dual mode printer
    • 双模式打印机
    • US08177347B2
    • 2012-05-15
    • US12504227
    • 2009-07-16
    • Grace T. BrewingtonAnthony S. CondelloDaniel Martin Bray
    • Grace T. BrewingtonAnthony S. CondelloDaniel Martin Bray
    • B41J2/01B41J29/38
    • G03G15/5029B41J3/546
    • A dual mode imaging device includes an input for supplying a medium to the imaging device, the medium comprising at least one of an erasable paper, and a non-erasable paper. The erasable paper can be one of an imaged or a non-imaged erasable paper. A conventional imaging subsystem is provided for imaging the non-erasable paper. A heating subsystem is provided for heating an input medium to one of an erasing temperature, an imaging temperature, or a fusing temperature according to a type of job requirement. A cooling station selectively cools an erased medium to an imaging temperature. A write subsystem is provided for UV imaging an erased medium.
    • 双模式成像装置包括用于向成像装置提供介质的输入,所述介质包括可擦除纸和不可擦除纸中的至少一种。 可擦除纸可以是成像或非成像的可擦除纸之一。 提供了用于对不可擦除纸进行成像的常规成像子系统。 提供加热子系统,用于根据工作要求的类型将输入介质加热至擦除温度,成像温度或定影温度之一。 冷却站选择性地将擦除的介质冷却至成像温度。 提供写子系统用于UV成像擦除介质。
    • 39. 发明授权
    • Media/screen look-up-table for color consistency
    • 媒体/屏幕查找表的颜色一致性
    • US07206099B2
    • 2007-04-17
    • US10196837
    • 2002-07-16
    • Grace T. BrewingtonPeter A. CreanLalit K. MesthaGary W. Skinner
    • Grace T. BrewingtonPeter A. CreanLalit K. MesthaGary W. Skinner
    • H04N1/405
    • H04N1/40006H04N1/4076H04N1/6097
    • In an image rendering system, a method of compensating for system performance changes related to image attributes includes rendering a diagnostic image, sensing at least one image quality from the diagnostic image, updating an image attribute compensation tone reproduction curve based on the sensed image quality and rendering an image based on the updated image attribute compensation tone reproduction curve. For example, image attributes include print media type and a halftone screen selection. An image processing system operative to perform the method of compensation includes a set of image attribute compensation tone reproduction curves. Each curve of the set is associated with a particular combination of image attributes. For example, each curve is associated with a particular media type/halftone screen combination.
    • 在图像渲染系统中,补偿与图像属性相关的系统性能改变的方法包括渲染诊断图像,从诊断图像感测至少一个图像质量,基于感测图像质量更新图像属性补偿色调再现曲线,以及 基于更新的图像属性补偿色调再现曲线渲染图像。 例如,图像属性包括打印介质类型和半色调屏幕选择。 可执行补偿方法的图像处理系统包括一组图像属性补偿色调再现曲线。 该集合的每个曲线与图像属性的特定组合相关联。 例如,每个曲线与特定的媒体类型/半色调屏幕组合相关联。