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    • 1. 发明授权
    • Image development and transfer apparatus which utilized an intermediate
transfer film
    • 使用中间转印膜的图像显影和转印装置
    • US5291251A
    • 1994-03-01
    • US992394
    • 1992-12-17
    • Chris A. StorlieThomas CamisJames G. Bearss
    • Chris A. StorlieThomas CamisJames G. Bearss
    • G03G15/01G03G15/16G03G15/22G03G15/14
    • G03G15/0152G03G15/0163G03G15/227
    • Image development and transfer apparatus for use in electrophotographic color printers and including a photoconductor, such as either a photoconductive drum or belt, which is spaced from sources of liquid color toners. An intermediate transport film is driven around a section of the photoconductor surface and between this surface and the sources of liquid color toners. Thus, the latent image developed on the surface of the photoconductor is transferred from the surface of the photoconductor to the outer surface of the intermediate transport film where the composite color image is developed. Then, this composite color image is transferred directly onto a print receiving media. Consequently, the photoconductor is not exposed to heat or carrier fluids during the image transfer and development process. This novel feature not only improves overall print quality on the printed media, but additionally extends the useful lifetime of the photoconductor. In a preferred embodiment of the invention, the intermediate transfer film is passed into contact with a conditioning squeegee roller of a selected material during each pass around the photoconductor in order to compress the developed image on the film and enhance the image quality thereof. Also, in a preferred embodiment of the invention, the intermediate transfer film comprises a first main layer of a polyester material and a thin outer release layer of either a fluorosilicon material or a cross-linked siloxane material.
    • 用于电子照相彩色打印机的图像显影和转印装置,并且包括与液态色调剂源分开的光电导体,例如感光鼓或带。 中间输送膜围绕感光体表面的一部分并且在该表面和液体色调剂源之间驱动。 因此,在光电导体的表面上显影的潜像从感光体的表面转印到显影复合彩色图像的中间转印膜的外表面。 然后,将该复合彩色图像直接转印到打印接收介质上。 因此,在图像转印和显影过程中,光电导体不暴露于热或载流体。 这种新颖特征不仅提高了印刷媒体上的整体打印质量,而且还延长了感光体的使用寿命。 在本发明的优选实施例中,在围绕光电导体的每次通过期间,中间转印膜与选定材料的调理刮板辊接触,以压缩胶片上的显影图像并增强其图像质量。 此外,在本发明的优选实施方案中,中间转印膜包括聚酯材料的第一主层和氟硅材料或交联的硅氧烷材料的薄的外释放层。
    • 5. 发明授权
    • Ionographic color printer with plural print heads removable toner
cartridge and one-time usable polymeric web
    • 具有多个打印头的可拆卸墨粉盒和一次性可用聚合物网的离子色彩打印机
    • US5751329A
    • 1998-05-12
    • US667339
    • 1996-06-20
    • James G. BearssThomas Camis
    • James G. BearssThomas Camis
    • B41J2/415G03G5/02G03G15/01G03G15/32B41J2/385G01D15/06G03G9/08
    • G03G15/0152B41J2/415G03G15/0163G03G15/323G03G5/0202G03G2215/017G03G2215/0629
    • A color printer incorporating the invention hereof includes an ionographic image projection head which employs AC and DC potentials to provide an ion pool from which ions may be projected onto a movable dielectric surface. Plural developer modules are arranged about the dielectric surface, each developer module including an ion imaging head and a color toner module. Each developer module, after ion-beam imaging the movable dielectric surface, develops the charge image on the dielectric surface by bringing it into contact with a single color toner module. A processor controls each ionographic image projection head and each associated toner module to immediately apply the color toner after imaging of the dielectric surface. A transfer station is located downstream from the plural developer modules and enables transfer of the full color toned image from the dielectric surface to a sheet after a single pass of the dielectric surface past the plural developer modules.
    • 结合本发明的彩色打印机包括使用AC和DC电位来提供离子的离子图像投影头,离子池可从该离子池将离子投射到可移动电介质表面上。 多个显影剂模块围绕电介质表面布置,每个显影剂模块包括离子成像头和彩色调色剂模块。 每个显影剂模块在离子束成像可移动电介质表面之后,通过使其与单色调色剂模块接触而在电介质表面上显影电荷图像。 处理器控制每个离子图像投影头和每个相关联的调色剂模块,以在电介质表面成像之后立即施加彩色调色剂。 传送站位于多个显影剂模块的下游,并且能够在通过多个显影剂模块的电介质表面的单次通过之后将全色调色图像从电介质表面传送到片材。
    • 8. 发明授权
    • Method and apparatus for developing color images using dry toners and an
intermediate transfer member
    • 使用干式调色剂和中间转印构件显影彩色图像的方法和装置
    • US5314774A
    • 1994-05-24
    • US888566
    • 1992-05-22
    • Thomas Camis
    • Thomas Camis
    • G03G15/01G03G15/06G03G13/01
    • G03G15/0131G03G15/0126G03G15/0173
    • An electrophotographic method and apparatus for developing and printing color images by the electrostatic projection of dry powder color toners onto a photoconductive member. A plurality of color toner projection units are spaced from the photoconductive member and are AC and DC biased to sequentially project each of the cyan, yellow, magenta, and black color planes onto the photoconductive member. The photoconductive member is directly driven against an intermediate transfer member which sequentially receives and stores each of the color planes to thereby form a composite color image, and each color plane is transferred from the photoconductive member before the next color plane is received thereon. The composite color image is then directly transferred to the print medium, whereby the use of the intermediate transfer member eliminates the problems of counter potentials at the surface of the photoconductive member and enables dot-on-dot (DOD) formatting to be utilized for achieving the maximum resolution and print quality of the printed image.
    • 一种电子照相方法和装置,用于通过将干粉色调色剂静电投影到感光体上来显影和印刷彩色图像。 多个彩色调色剂投影单元与光电导元件间隔开,并且被偏置AC和DC,以将青色,黄色,品红色和黑色色彩平面中的每一个依次投影到感光体上。 光电导体被直接驱动抵靠中间转印部件,该中间转印部件顺序地接收和存储每个彩色平面,从而形成复合彩色图像,并且在接收其下一个彩色平面之前,每个色彩平面从感光体转移。 然后将复合彩色图像直接转印到打印介质上,由此使用中间转印部件消除了在感光体表面的反电位的问题,并且可以使用点对点(DOD)格式来实现 打印图像的最大分辨率和打印质量。
    • 9. 发明授权
    • Solar powered electronic display devices and methods
    • 太阳能电动显示装置及方法
    • US06556228B1
    • 2003-04-29
    • US09708936
    • 2000-11-07
    • Thomas Camis
    • Thomas Camis
    • G03G1304
    • G03G15/221G03G15/04054
    • Solar powered electronic display devices and methods are described. In one embodiment, a device comprises a housing (102) and a display area (104) within the housing to display content for a user. Memory (310, 312) is provided within the housing to hold data that is to be rendered into user-viewable content. An electrophotographic assembly (200) is provided within the housing and is configured to electrophotographically render user-viewable content from the data that is held in the memory. A loop of material (202) is disposed proximate the electrophotographic assembly (200) and is configured to receive electrophotographically rendered content and present the content for user viewing within the display area. A power source is provided and comprises a solar panel member (107) disposed on the housing for converting solar power into electrical power to power the device. The power source can also include one or more batteries, with the solar panel member supplementing the batteries.
    • 描述了太阳能电子显示装置和方法。 在一个实施例中,设备包括壳体(102)和壳体内的显示区域(104),以显示用户的内容。 存储器(310,312)被提供在外壳内以保持将被呈现为用户可观看内容的数据。 电子照相组件(200)设置在壳体内,并被配置为从保存在存储器中的数据电子照相地呈现用户可视内容。 材料环(202)设置在电子照相组件(200)附近,并被配置为接收电子照相渲染的内容并呈现用于在显示区域内观看用户的内容。 提供电源并且包括设置在壳体上的太阳能电池板构件(107),用于将太阳能转换成电力以为设备供电。 电源还可以包括一个或多个电池,太阳能电池板部件补充电池。