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    • 5. 发明授权
    • Liquid developing material replenishment system and method
    • 液体开发材料补给系统及方法
    • US5722017A
    • 1998-02-24
    • US726872
    • 1996-10-04
    • Edward B. Caruthers, Jr.Raymond W. StoverGeorge A. GibsonJames R. Larson
    • Edward B. Caruthers, Jr.Raymond W. StoverGeorge A. GibsonJames R. Larson
    • G03G15/10G03G15/11
    • G03G15/105G03G15/104G03G2215/0174Y10S222/01
    • A liquid developing material replenishment system wherein an apparatus for developing an electrostatic latent image with a liquid developing material includes a liquid developing reservoir for providing a supply of operative liquid developing material to the developing apparatus, and a liquid developing material supply is coupled to the liquid developing material reservoir for providing a supply of liquid developing concentrate to the liquid developing material reservoir for replenishing the supply of operative liquid developing material in the liquid developing reservoir. A predetermined amount of operative liquid developing material is periodically and/or systematically discharged from the liquid developing material reservoir to remove contaminated liquid developing material from the reservoir. In addition, a predetermined amount of liquid developing material concentrate is systematically dispensed from the liquid developing material supply to the liquid developing material reservoir so as to extend the useful life of the operative liquid developing material therein.
    • 一种液体显影材料补充系统,其中用液体显影材料显影静电潜像的装置包括用于向显影装置提供操作液体显影材料的液体显影储存器,液体显影材料供应源与液体 显影材料储存器,用于向液体显影材料储存器提供液体显影浓缩物供应液,用于补充液体显影储存器中的操作液体显影材料的供应。 周期性地和/或系统地从液体显影材料储存器排出预定量的可操作的液体显影材料以从贮存器去除污染的液体显影材料。 此外,将预定量的液体显影材料浓缩物从液体显影材料供应系统地分配到液体显影材料储存器,以便延长其中的操作液体显影材料的使用寿命。
    • 7. 发明授权
    • Photometric color correction and control system for custom colors
    • 用于定制颜色的光度颜色校正和控制系统
    • US5897239A
    • 1999-04-27
    • US831454
    • 1997-03-31
    • Edward B. Caruthers, Jr.James R. Larson
    • Edward B. Caruthers, Jr.James R. Larson
    • G03G15/01G03G15/10
    • G03G15/0121G03G15/105G03G2215/00755
    • A system and method for color mixing control in a developing material-based electrostatographic printing system. A developing reservoir containing an operative solution of customer selectable colored developing material is continuously replenished with selectively variable amounts of basic color components making up the operative solution by controlling the rate of replenishment of various color components added to the supply reservoir. An optical sensor is used to measure the optical spectrum of the developed image so that the actual optical spectrum thereof can be brought into agreement with a target optical spectrum associated with a customer selectable color. The present invention may be used to mix a customer selectable color in situ, whereby approximate amounts of primary color components are initially deposited and mixed in the developing material reservoir and the resultant developed image is monitored and adjusted until the mixture reaches a target optical spectrum. An additional optical sensor may be used to control and maintain the color of the developing material in the reservoir through continuous monitoring and correction in order to maintain a particular ratio of color components in the reservoir over extended periods associated with very long print runs.
    • 一种用于基于显影材料的静电印刷系统中的混色控制的系统和方法。 含有客户选择的彩色显影材料的操作解决方案的显影储存器通过控制添加到供应储存器中的各种颜色成分的补充速率,连续地补充组成该操作溶液的可选择量的基本颜色组分。 使用光学传感器来测量显影图像的光谱,使得其实际光谱可以与与客户可选颜色相关联的目标光谱一致。 本发明可以用于将客户可选择的颜色原位混合,由此初始沉积并混合在显影材料储存器中的原色成分的近似量,并监测并调整所得显影图像,直到混合物达到目标光谱。 可以使用附加的光学传感器来通过连续监视和校正来控制和维持储存器中的显影材料的颜色,以便在与非常长的打印行程相关联的延长时间内保持储存器中颜色成分的特定比例。
    • 9. 发明授权
    • Direct marking printer having a user configurable print resolution
    • 具有用户可配置打印分辨率的直接打标机
    • US08287081B2
    • 2012-10-16
    • US12725582
    • 2010-03-17
    • James R. LarsonJeffrey J. Folkins
    • James R. LarsonJeffrey J. Folkins
    • B41J29/393
    • B41J2/2146B41J2/175B41J2/2114B41J2/5056B41J3/543B41J29/393B41J2202/21
    • A modular printing device has been developed that may be configured with different numbers of ink colors and ink types and with a different cross-process direction print resolution for each ink color and ink type. The modular printing device configurable to print with multiple combinations of ink colors and ink types at different print resolutions includes a plurality of printhead arrays, each printhead array being configured to eject ink onto an image receiving surface at a first print resolution in a cross-process direction, a plurality of ink supplies, each ink supply being configured to store ink and to provide ink to one printhead array in the plurality of printhead arrays, and a controller configured to operate the plurality of printhead arrays at one of at least two combinations of ink colors and ink types, each combination identifying an ink color or an ink type to be ejected by each printhead array and the controller operating the printhead arrays ejecting a same ink color or a same ink type at a print resolution in the cross-process direction corresponding to the number of printhead arrays ejecting the same ink color or the same ink type.
    • 已经开发了可以配置不同数量的墨水颜色和墨水类型以及针对每种墨水颜色和墨水类型具有不同的跨工艺方向打印分辨率的模块化印刷装置。 可配置为以不同打印分辨率的墨水颜色和墨水类型的多种组合进行打印的模块化打印装置包括多个打印头阵列,每个打印头阵列被配置为在交叉处理中以第一打印分辨率将墨水喷射到图像接收表面上 方向,多个墨水供应,每个墨水供应构造成存储墨水并将墨水提供给多个打印头阵列中的一个打印头阵列;以及控制器,被配置为以至少两种组合 墨水颜色和墨水类型,每种组合识别由每个打印头阵列喷射的墨水颜色或墨水类型,并且操作打印头阵列的控制器以跨过程方向的打印分辨率喷射相同的墨水颜色或相同墨水类型 对应于喷射相同油墨颜色或相同油墨类型的打印头阵列的数量。
    • 10. 发明申请
    • Direct Marking Printer Having A User Configurable Print Resolution
    • 具有用户可配置打印分辨率的直接打标机
    • US20130010022A1
    • 2013-01-10
    • US13612023
    • 2012-09-12
    • James R. LarsonJeffrey J. Folkins
    • James R. LarsonJeffrey J. Folkins
    • B41J29/38
    • B41J2/2146B41J2/175B41J2/2114B41J2/5056B41J3/543B41J29/393B41J2202/21
    • A printing device can be configured with different numbers of ink colors and ink types to print with a different cross-process direction print resolution for each ink color and ink type. The printing device includes a plurality of printhead arrays with each printhead array being configured to eject ink onto an image receiving surface at a first print resolution in a cross-process direction. Each ink supply in a plurality of ink supplies is configured to provide ink to one printhead array in the plurality of printhead arrays, and a controller is configured to operate the printhead arrays at one of at least two combinations of ink colors and ink types. The controller operates the printhead arrays ejecting a same ink color or a same ink type at a second print resolution in the cross-process direction that is different than the first print resolution.
    • 打印装置可配置不同数量的墨水颜色和墨水类型,以便针对每种墨水颜色和墨水类型以不同的交叉工艺方向打印分辨率进行打印。 打印装置包括多个打印头阵列,其中每个打印头阵列被配置为在交叉处理方向上以第一打印分辨率将墨喷射到图像接收表面上。 多个墨水供应中的每个墨水供应被配置为向多个打印头阵列中的一个打印头阵列提供墨水,并且控制器被配置为以墨水颜色和墨水类型的至少两种组合中的一种来操作打印头阵列。 控制器在与第一打印分辨率不同的交叉处理方向上以第二打印分辨率操作喷射相同墨水颜色或相同墨水类型的打印头阵列。