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    • 3. 发明授权
    • Method and apparatus for image quality diagnosis
    • 图像质量诊断方法和装置
    • US07869099B2
    • 2011-01-11
    • US11125116
    • 2005-05-10
    • Dale R. Mashtare
    • Dale R. Mashtare
    • H04N1/00H04N1/04
    • H04N1/00002G03G15/5037H04N1/00015H04N1/00034H04N1/00047H04N1/0005H04N1/00063H04N1/00074H04N1/00084H04N1/4015
    • For an automatic image diagnosis, toned images or residual toner existing on the photoconductive surface of a photoreceptor may be scanned with light energy provided by the raster scanning system. The light energy, which may be reflected from the photoreceptor surface, may be disturbed due to scattering/absorption in toned or damaged surface regions. The light energy may be directed to image sensors to obtain a spatial image map of the photoreceptor surface in conjunction with pixel clock information present for the raster scanning system. The evaluation may be made based on the spatial image map. Diagnostic and maintenance may then be applied to correct the defect and/or adjust a tone level for a latent image formed on the photoreceptor surface.
    • 对于自动图像诊断,可以用光栅扫描系统提供的光能扫描存在于感光体的光导表面上的调色图像或残留调色剂。 可能由感光体表面反射的光能由于调色或损坏的表面区域中的散射/吸收而受到干扰。 光能可以被引导到图像传感器,以结合存在于光栅扫描系统的像素时钟信息来获得感光体表面的空间图像映射。 可以基于空间图像映射来进行评估。 然后可以应用诊断和维护以校正缺陷和/或调整在感光体表面上形成的潜像的色调水平。
    • 5. 发明申请
    • METHOD AND APPARATUS FOR PRINTING
    • 印刷方法和装置
    • US20100053643A1
    • 2010-03-04
    • US12198407
    • 2008-08-26
    • Richard P.N. VereginKaren A. MoffatDale R. MashtareDaryl W. VanbesienJordan H. WosnickCuong VongRobert P. Loce
    • Richard P.N. VereginKaren A. MoffatDale R. MashtareDaryl W. VanbesienJordan H. WosnickCuong VongRobert P. Loce
    • H04N1/60
    • H04N1/407H04N1/52
    • Aspects of the disclosure provide a printing method that can utilize a lightly pigmented toner along with a darkly pigmented toner to improve the image quality. The method can include receiving a dataset corresponding to a printing of a printing system using a darkly pigmented toner. The printing system may have an undesirable optical density printing range for the darkly pigmented toner. Further, the method can include converting the dataset to a first dataset corresponding to a first printing of the printing system using the darkly pigmented toner, and a second dataset corresponding to a second printing of the printing system using a lightly pigmented toner. The first dataset can avoid the undesirable optical density printing range for the darkly pigmented toner, and a combination of the first printing and the second printing providing a substantially same printed optical density corresponding to the received dataset.
    • 本公开的方面提供了一种能够将浅色着色调色剂与暗色着色调色剂一起使用以提高图像质量的印刷方法。 该方法可以包括接收与使用深色着色调色剂的打印系统的打印对应的数据集。 印刷系统可能具有用于黑色着色调色剂的不期望的光学密度印刷范围。 此外,该方法可以包括将数据集转换为对应于使用暗色调色剂的打印系统的第一次打印的第一数据集,以及对应于使用轻质着色调色剂的打印系统的第二打印的第二数据集。 第一数据集可以避免黑色着色调色剂的不期望的光学密度打印范围,并且第一印刷和第二印刷的组合提供与接收的数据集相对应的基本相同的印刷光密度。
    • 6. 发明申请
    • USE OF CUSTOMER DOCUMENTS FOR GLOSS MEASUREMENTS
    • 使用客户文件进行GLOSS测量
    • US20090196641A1
    • 2009-08-06
    • US12023306
    • 2008-01-31
    • Martin Edward BANTONDale R. MASHTAREPaul A. HOSIER
    • Martin Edward BANTONDale R. MASHTAREPaul A. HOSIER
    • G03G15/20
    • G03G15/5062G03G2215/0081
    • An image printing system for adjusting gloss on printed documents includes a marking engine constructed to print images, which have gloss, on a document; a gloss measurement device, includes a linear array sensor to detect a generally specular and diffuse reflectance in the first direction produced by one or more illuminators; a processor configured to receive image data relating to a content of the image to be printed on the document; to process the detected generally specular and diffuse reflectances to determine a characteristic of the gloss of the document, and to compare the gloss characteristic with the image data relating to content of the image printed on the document; and a controller configured to control at least one process controls parameter of the marking engine based on the comparison of the gloss characteristic with the image content by the processor.
    • 一种用于调节印刷文件上的光泽度的图像打印系统,包括:一个标记引擎,其被构造成将具有光泽的图像打印在文档上; 一种光泽测量装置,包括线性阵列传感器,用于检测由一个或多个照明器产生的第一方向上的大致镜面和漫反射; 处理器,被配置为接收与要打印在所述文档上的所述图像的内容有关的图像数据; 以处理检测到的通常镜面和漫反射以确定文档的光泽的特性,并将光泽特性与与打印在文档上的图像的内容相关的图像数据进行比较; 以及控制器,其被配置为基于所述光泽特性与所述处理器对所述图像内容的比较来控制所述标记引擎的至少一个过程控制参数。
    • 8. 发明申请
    • FOUR DRUM, EIGHT COLOR TANDEM XEROGRAPHIC ARCHITECTURE
    • 四色,彩色标准XEROGRAPHIC ARCHITECTURE
    • US20080240788A1
    • 2008-10-02
    • US11692411
    • 2007-03-28
    • Dale R. MashtareMartin E. Banton
    • Dale R. MashtareMartin E. Banton
    • G03G15/01
    • G03G15/0121G03G2215/0158G03G2215/0495
    • A xerographic system and method use a tri-level development process in which at least one xerographic imaging unit includes a photoreceptor and a pair of developer units. A first developer unit includes a full strength toner of a given color and a second developer unit includes a reduced strength toner of the same or substantially the same color. By use of the tri-level process, excellent color-to-color registration can be achieved for each processed color separation. Moreover, by use of two strengths of the same colorant, a tighter control of the tone reproduction curve can be achieved. Additional xerographic imaging units can include a developer unit that provides spot color, custom color or specialty color capabilities. Additional benefits and gamut expansion can be achieved through use of a tandem architecture. A preferred implementation uses a four drum, eight color tandem architecture with full strength and reduced strength toners formulations of Cyan, Magenta, Yellow, and Black (CYMK) colorant.
    • 静电复印系统和方法使用三级开发过程,其中至少一个静电复印成像单元包括感光体和一对显影剂单元。 第一显影剂单元包括给定颜色的全强度调色剂,第二显影剂单元包括相同或基本上相同颜色的减少强度的调色剂。 通过使用三级处理,可以对每个处理的颜色分离实现优异的颜色到颜色配准。 此外,通过使用相同着色剂的两个强度,可以实现对色调再现曲线的更严格的控制。 附加的静电复印成像单元可以包括提供专色,自定义颜色或特殊颜色能力的显影剂单元。 通过使用串联架构可以实现额外的优点和色域扩展。 优选的实施方案使用具有全部强度和减少强度的青色,品红色,黄色和黑色(CYMK)着色剂调色剂配方的四鼓八色串联结构。
    • 9. 发明授权
    • Developer member adapted for depositing developer material on an imaging surface
    • 适于在成像表面上沉积显影剂材料的显影剂构件
    • US06775504B2
    • 2004-08-10
    • US10320822
    • 2002-12-16
    • Ronald E. GodloveRichard F. Koehler, Jr.Christopher SnellingDale R. MashtareRobert W. Phelps
    • Ronald E. GodloveRichard F. Koehler, Jr.Christopher SnellingDale R. MashtareRobert W. Phelps
    • G03G1508
    • G03G15/09
    • In a development system including a developer transport adapted for depositing developer material on an imaging surface having an electrostatic latent image thereon, including: a housing defining a chamber storing a supply of developer material including carrier and toner; a donor member, mounted partially in the chamber and spaced from the imaging surface, for transporting developer on an outer surface thereof to a region opposed from the imaging surface the donor member having a magnetic assembly having a plurality of poles, a sleeve, enclosing the magnetic assembly, rotating about the magnetic assembly; the magnetic assembly generating a developer bed having a predefined developer bed height; a grid, interposed between the donor roll and the imaging surface within the predefined bed height, the grid having apertures for permitting carrier and toner therethrough; and means for biasing a region between the grid and the imaging surface at a voltage potential so that toner is ejecting towards the imaging surface after toner passes the apertures of the grid.
    • 在包括适于在其上具有静电潜像的成像表面上沉积显影剂材料的显影剂传输的显影剂传输系统中,包括:壳体,其限定存储包含载体和调色剂的显影剂材料供应的室; 施主构件,其部分地安装在腔室中并与成像表面间隔开,用于将显影剂的外表面传送到与成像表面相对的区域,供体构件具有具有多个极的磁性组件,套筒包围 磁性组件,围绕磁性组件旋转; 磁性组件产生具有预定显影剂床高度的显影剂床; 栅格,插入在预定床高度内的供体辊和成像表面之间,栅格具有用于允许载体和调色剂通过的孔; 以及用于在栅极和成像表面之间的电压电位处偏置区域的装置,使得调色剂在调色剂通过栅格的孔之后朝向成像表面喷射。