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    • 1. 发明授权
    • Method of eliminating artifacts in display devices
    • 消除显示设备中的伪像的方法
    • US06208431B1
    • 2001-03-27
    • US09050937
    • 1998-03-31
    • Ho Chong LeeMikel J. StanichGerhard R. ThompsonJack L. Zable
    • Ho Chong LeeMikel J. StanichGerhard R. ThompsonJack L. Zable
    • H04N1405
    • H04N1/52
    • A method of generating artifact-free threshold matrices for digital printing devices is provided. The method includes, for example, the steps of establishing a threshold matrix by examining at least one color level for artifacts and removing the color level from the threshold matrix if it has artifacts. The method further includes the steps of examining a range of color levels for artifacts and removing the color levels from the threshold matrix which have artifacts and evenly distributing the remaining color levels over a range of color levels from a first color level to a last color. The examination of color levels for artifacts may be implemented manually or through an automated computer controlled process. The automated process includes digitally acquiring the color level and performing a Fourier transform on the color level to determine its spectral components. The spectral components are analyzed to determine the presence or absence of artifacts. Color levels having artifacts may be removed from a threshold matrix via one of several removal procedures. Once the threshold matrix is defined by artifact-free color levels, it is then integrated or stored into a printer or display device.
    • 提供了一种为数字打印设备生成无伪影阈值矩阵的方法。 该方法包括例如通过检查伪像的至少一个颜色级别并且如果它具有伪影从阈值矩阵中去除颜色级别来建立阈值矩阵的步骤。 该方法还包括以下步骤:检查伪影的颜色级别的范围并从具有伪像的阈值矩阵中去除颜色级别,并且在从第一颜色级别到最后颜色的颜色级别的范围上均匀分布剩余颜色级别。 可以手动地或通过自动化的计算机控制过程来实施伪像的颜色级别的检查。 自动化过程包括数字地获取色彩水平并且在色彩水平上执行傅里叶变换以确定其光谱分量。 分析光谱分量以确定伪像的存在或不存在。 可以通过几个去除程序之一从门限矩阵中去除具有伪影的色阶。 一旦阈值矩阵由无伪影的颜色级别定义,则将其集成或存储到打印机或显示设备中。
    • 2. 发明授权
    • Half-tone screen calibrations
    • 半色调屏幕校准
    • US06266155B1
    • 2001-07-24
    • US09100055
    • 1998-06-19
    • Ho Chong LeeMikel J. StanichJack L. Zable
    • Ho Chong LeeMikel J. StanichJack L. Zable
    • G06F1500
    • H04N1/405G06K15/02G06K15/026H04N1/4078
    • A method, apparatus, and article of manufacture for configuring a first printer to print according to the grayscale printing characteristics of a second printer is described. The method comprises the steps of characterizing the grayscale printing characteristics of the first printer and the second printer, defining a transform between the grayscale printing characteristics of the first printer and of the second printer, and modifying the first printer threshold matrix in accordance with the transform. The article of manufacture comprises a computer-readable medium tangibly embodying the above described method steps. The apparatus comprises a scanner or densitometer for characterizing the grayscale printing characteristics of the first printer and the second printer, a processor for determining a transform between the grayscale printing characteristics of the first printer and those of the second printer, and for modifying the first printer threshold matrix in accordance with the transform.
    • 描述了根据第二打印机的灰度打印特性来配置第一打印机进行打印的方法,装置和制品。 该方法包括以下步骤:表征第一打印机和第二打印机的灰度打印特性,定义第一打印机和第二打印机的灰阶打印特性之间的变换,以及根据变换修改第一打印机阈值矩阵 。 该制品包括有形地体现上述方法步骤的计算机可读介质。 该装置包括用于表征第一打印机和第二打印机的灰度打印特性的扫描器或密度计,用于确定第一打印机的灰阶打印特性与第二打印机的灰阶打印特性之间的变换的处理器,以及用于修改第一打印机 阈值矩阵根据变换。
    • 5. 发明授权
    • Process and tool for maintaining three-dimensional tolerances for manufacturing tiled AMLCD displays
    • 用于维护用于制造平铺AMLCD显示器的三维公差的过程和工具
    • US06459462B1
    • 2002-10-01
    • US10056187
    • 2002-01-28
    • Donald P. SeraphimDean SkinnerHo Chong LeeKevin G. McKennaChristopher D. Turock
    • Donald P. SeraphimDean SkinnerHo Chong LeeKevin G. McKennaChristopher D. Turock
    • G02F113
    • G02F1/13336Y10T156/109Y10T156/1754
    • There is provided an improved method for laminating the components of a tiled display such as an AMLCD tiled display. In conventional laminating processes, forces are applied to the two parallel glass plates (i.e., the cover and back plates) separated by a liquid adhesive film. The two plates are squeezed together over their entire area forcing liquid laterally out from between the glass plates and tiles until the desired spacing or gap (filled with liquid adhesive) between the cover and back plates and the tiles is obtained. However, this process may require several hours to complete for large panels and, in addition the process is susceptible to trapping air bubbles in the adhesive. Consequently, the traditional process is not well suited for the mass production of large panels. The “pseudo” rolling-like lamination process of the present invention replaces the traditional lamination process and requires significantly less time.
    • 提供了一种用于层压诸如AMLCD平铺显示器的平铺显示器的部件的改进方法。 在传统的层压工艺中,力被施加到由液体粘合剂膜分离的两个平行玻璃板(即,盖板和背板)上。 两个板在其整个区域上被挤压在一起,迫使液体从玻璃板和瓦片之间横向排出,直到获得盖和后板和瓦片之间所需的间隔或间隙(充满液体粘合剂)。 然而,该方法可能需要几个小时来完成大面板,并且此外,该方法易于在粘合剂中捕获气泡。 因此,传统工艺不适合大批量生产大型面板。 本发明的“伪”卷状层压方法代替传统的层压方法,并且需要显着更少的时间。
    • 6. 发明授权
    • System, method, and program for converting three dimensional colorants
to more than three dimensional colorants
    • 用于将三维着色剂转化为三维以上着色剂的系统,方法和程序
    • US5987168A
    • 1999-11-16
    • US823596
    • 1997-03-25
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • B41J2/525B41M5/00G06T1/00G06T11/60H04N1/46H04N1/60G06K9/00
    • H04N1/6025H04N1/6033
    • A system, method, and program for generating a color rendering dictionary file or look-up table for an equivalent device dependent four component colorant combination for a given printer from a given device independent three dimensional color space. First input parameters are comprised of varying percentage amounts of an additional fourth colorant and corresponding measured color values for varied percentage amounts of the additional fourth colorant. Second input parameters are comprised of varying percentage amounts of three base colorants and corresponding measured color values for varied percentage amounts of the three base colorants. Percentage amounts of the three base colorants (three colorant values) for each varied percentage amount of the additional fourth colorant are determined from the sets of measured color values. The percentage amounts of the three base colorants with the additional fourth colorants are determined, such that the fourth colorants are equivalent to the varied percentage amounts of the base colorants. The determined four colorant values are then correlated with the measured color values of each of the equivalent varied amounts of the three base colorants. A look-up or color dictionary is used to find correlated four colorant values for any given color.
    • 一种用于根据给定的设备独立的三维颜色空间生成用于给定打印机的等效设备依赖的四组分着色剂组合的着色字典文件或查找表的系统,方法和程序。 第一输入参数包括另外的第四着色剂的不同百分比量和对于另外的第四着色剂的不同百分比量的相应测量的颜色值。 第三输入参数由三种基色剂的不同百分比量组成,并且对于三种基色剂的不同百分数的相应测量颜色值组成。 从所测量的颜色值的集合中确定每个不同百分比的附加第四着色剂的三种基色剂(三种着色剂值)的百分数。 确定具有另外的第四着色剂的三种基础着色剂的百分比量,使得第四着色剂等于基础着色剂的变化百分数。 然后将确定的四种着色剂值与三种基础着色剂的每种等效变化量的测量颜色值相关。 使用查找或颜色字典来查找任何给定颜色的相关四色素值。
    • 9. 发明授权
    • Enhanced system, method and program for converting an externally defined four dimensional colorant (CMYK) into an equivalent four dimensional colorant defined in terms of the four inks (C′M′Y′K′) that are associated with a given printer
    • 用于将外部定义的四维着色剂(CMYK)转换成根据与给定打印机相关联的四种油墨(C'M'Y'K')定义的等效四维着色剂的增强的系统,方法和程序
    • US06281984B1
    • 2001-08-28
    • US08823731
    • 1997-03-25
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • B41B1500
    • B41B15/00H04N1/6025H04N1/6033
    • A unique combination of four colorants (C′M′Y′K′) of a given printer that is equivalent to an externally defined four colorant combination (CMYK) by having the same color values (e.g., L*a*b* values). A fourth colorant, e.g., black, (K) of the externally defined four colorant combination is mapped to an equivalent fourth colorant (K′) of the printer by matching optical density, reflectance, L* or similar color value. The L* value is found for various percentages of the fourth colorant of the printer by printing varying percentages of the fourth component and measuring its L*a*b* values and, assuming a* and b* are near zero, using the L* value. These values are inputted into an interpolation program. Then, patches of varying percentages of each one of the three color components of the printer (CMY) are printed out at varying percentages. The L*a*b* values for each patch are measured and inputted into an inversion/interpolation program along with the corresponding percentages of colorants of each patch. The externally defined four component colorant having L*a*b* values also used in the inversion/interpolation program, which creates a color transform table from CMY with various percentages of K of the externally defined four dimensional colorant to C′M′Y′ with various percentages of K′ of the four dimensional colorant of the printer by matching L*a*b* values.
    • 通过具有相同的颜色值(例如,L * a * b *值),给定打印机的四种着色剂(C'M'Y'K')的独特组合等同于外部限定的四种着色剂组合(CMYK) 。 通过匹配光密度,反射率,L *或类似的颜色值,将外部限定的四种着色剂组合的第四着色剂(例如黑色(K))映射到打印机的等效第四着色剂(K')。 通过打印第四组分的不同百分比并测量其L * a * b *值,并且假设a *和b *接近零,通过使用L *值可以找到打印机第四着色剂的各种百分比的L *值, 值。 这些值被输入到插值程序中。 然后,以不同的百分比打印打印机(CMY)的三个颜色成分中的每一个的不同百分比的斑块。 测量每个贴片的L * a * b *值并将其输入到反相/插值程序以及每个贴片的着色剂的相应百分比。 外部定义的具有L * a * b *值的四组分着色剂也用于反演/插值程序,其从CMY生成了外部定义的四维着色剂的K的不同百分比的颜色变换表至C'M'Y' 通过匹配L * a * b *值,打印机的四维着色剂的各种百分比的K'。