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    • 83. 发明授权
    • Electromagnetic bounce back braking for punch press and punch press process
    • 用于冲压和冲压加工的电磁反弹制动
    • US06484613B1
    • 2002-11-26
    • US08440387
    • 1995-05-12
    • Ho Chong LeeGanesh SubbarayanPaul Gerard Wilkin
    • Ho Chong LeeGanesh SubbarayanPaul Gerard Wilkin
    • B26D508
    • B26D5/086B26D5/08H05K3/005H05K2203/104Y10T83/04Y10T83/8694Y10T83/8765Y10T83/8785
    • A method of punching a via or through hole in a polymer-metal laminate workpiece in a punch press. The punch press has a punch tool, a driver coil for driving the punch tool through the polymer-metal laminate workpiece, and a stopper for stopping the punch travel of the punch tool and mechanically returning the punch tool to its starting position. The method includes the steps of applying an electrical current pulse through the driver coil to electromagnetically drive the punch downward to and through the workpiece, and then elastically colliding the punch tool with the stopper to stop and return the punch tool on an upward return stroke. Subsequently a second, braking pulse is applied through the driver coil to electromagnetically brake the punch. The second electrical current is applied after the start of the punching pulse, for a time and magnitude sufficient to brake the punch press.
    • 在冲压机中冲压聚合物 - 金属层压体工件中的通孔或通孔的方法。 冲压机具有冲压工具,用于通过聚合物 - 金属层压体工件驱动冲压工具的驱动线圈和用于阻止冲头工具的冲头移动并机械地使冲压工具返回到其起始位置的止动器。 该方法包括以下步骤:通过驱动器线圈施加电流脉冲以将冲头向下电动地驱动并穿过工件,然后使冲头工具与止动件弹性碰撞,以在向上的回程行程上停止并返回冲压工具。 随后,通过驱动线圈施加第二制动脉冲以电磁制动冲头。 在冲压脉冲开始之后施加第二电流足够的时间和量级来制动冲压机。
    • 84. 发明授权
    • Method for sealing corner regions of a liquid crystal display
    • 用于密封液晶显示器的拐角区域的方法
    • US06317186B1
    • 2001-11-13
    • US09221096
    • 1998-12-28
    • Koichi MiwaMichikazu NoquchiShunji SuzukiHo Chong LeeDonald Philip SeraphimDean William Skinner
    • Koichi MiwaMichikazu NoquchiShunji SuzukiHo Chong LeeDonald Philip SeraphimDean William Skinner
    • G02F11339
    • G02F1/1339
    • A method for applying the sealing material onto the corner regions of the substrate to realize the liquid crystal cell with large display region. A protrude region 100 is formed on each of the side regions adjacent to a display region of a first substrate 20. A difference of level is formed at each boundary of the side region and the corner region on one surface of the first substrate 20 for providing the corner region with a height which is lower than a height of the side region. A sealing material 30 is applied on the side regions and the corner regions on the one surface of the first substrate 20 by a tool for dispensing the sealing material 30. When a second substrate 10 is positioned on the applied sealing material 30 on one surface of the first substrate 20, a distance between the first substrate 20 and the second substrate 10 is decreased and the sealing material 30 applied on the first substrate 20 is collapsed.
    • 一种将密封材料施加到基板的拐角区域以实现具有大显示区域的液晶单元的方法。 突出区域100形成在与第一基板20的显示区域相邻的每个侧面区域上。在第一基板20的一个表面的侧面区域和拐角区域的每个边界处形成水平差,以提供 角区域的高度低于侧面区域的高度。 密封材料30通过用于分配密封材料30的工具施加在第一基板20的一个表面的侧部区域和拐角区域上。当第二基板10位于施加的密封材料30的一个表面上时 第一基板20,第一基板20和第二基板10之间的距离减小,并且施加在第一基板20上的密封材料30折叠。
    • 85. 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。
    • 86. 发明授权
    • System, method, program, and print pattern for performing registration calibration for printers by measuring density
    • 系统,方法,程序和打印模式,用于通过测量密度进行打印机的注册校准
    • US06198549B1
    • 2001-03-06
    • US08903587
    • 1997-07-31
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • H04N146
    • H04N1/506G03G15/0194G03G2215/00586G03G2215/0119G03G2215/0161
    • The system, method, program, and print pattern of this invention allows print misregistration to be detected and controlled through density measurements. A special print pattern is used for which a correlation between a density measurement of the print pattern and an amount of misregistration can be made. Initially, for a given printer, and for each printing station within the printer, the special print pattern is printed using two printing stations at varying amounts of misregistration of one of the printing stations. The density of each special print pattern printed at the varied amount of misregistration is measured. A correlation is made between density and amount of misregistration of the one printing station relative to the other printing station. Whenever misregistration is desired to be determined, the special print pattern is printed, the density is measured, and the correlation is applied to the measured density to determine a misregistration amount.
    • 本发明的系统,方法,程序和打印模式允许通过密度测量检测和控制打印重合。 使用特殊的印刷图案,可以进行打印图案的浓度测量和不对准量之间的相关性。 最初,对于给定的打印机,并且对于打印机内的每个印刷站,使用两个印刷站打印特殊印刷图案,其中一个印刷台的重新排列不同。 测量以不一致的不对准印刷的每个特殊印刷图案的密度。 在一个印刷站相对于另一个印刷台的密度和重合失调量之间进行相关。 每当需要确定重新排列时,印刷特殊印刷图案,测量密度,并将相关性应用于测量的密度以确定不对准量。
    • 87. 发明授权
    • System, method and program for converting an externally defined colorant
CMYK into an equivalent colorant (C'M'Y'K') associated with a given
printer
    • 用于将外部定义的着色剂CMYK转换成与给定打印机相关联的等效着色剂(C'M'Y'K')的系统,方法和程序
    • US6137594A
    • 2000-10-24
    • US823734
    • 1997-03-25
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • William Chesley DeckerHo Chong LeeJack Louis Zable
    • B41M5/00G06T1/00H04N1/46H04N1/60B41B19/00G03F3/08G06K9/00
    • H04N1/6025H04N1/6033
    • Disclosed is a method, system, and program for converting an externally defined four dimensional colorant, e.g., CMYK, to an equivalent four dimensional colorant, e.g., C'M'Y'K, having components of a printer. A measurement is made of first color values, e.g., L.sup.* a.sup.* b, of a first set of patches having predetermined combinations of varying percentages of three primary colors, e.g., CMY, printed by the printer. Each combination of known CMY values are correlated with corresponding color values, e.g., L.sup.* a.sup.* b, as input to a first inversion program for determining CMY values for any given color value (L.sup.* a.sup.* b). A measurement is also made of second color values, e.g., L.sup.* a.sup.* b, of a second set of patches having predetermined varying percentages of a fourth colorant (K) printed by the printer. The first inversion program is used to determine CMY values corresponding to the color values, L.sup.* a.sup.* b, for the varying percentages of the fourth colorant (D). These determined CMY values corresponding to the second set of patches (D) and the known CMY values of the first set of patches are used to determine an equivalent fourth colorant substitution for the first patches having new CMY (C'M'Y') values and a corresponding percentage of the fourth colorant (D). Each combination of the C'M'Y' and K are correlated with associated color values as input to a second inversion program for determining C'M'Y'K values for any given color values or equivalent values.
    • 公开了用于将外部定义的四维着色剂(例如CMYK)转换成具有打印机组件的等效四维着色剂(例如C''''''K)的方法,系统和程序。 测量由打印机打印的具有三原色(例如CMY)的变化百分比的预定组合的第一组贴片的第一颜色值,例如L * a * b。 已知CMY值的每个组合与相应的颜色值(例如,L * a * b)相关联,作为用于确定任何给定颜色值(L * a * b)的CMY值的第一反演程序的输入。 还对由打印机打印的具有预定变化百分比的第四着色剂(K)的第二组补片的第二颜色值(例如L * a * b)进行测量。 第一反演程序用于确定与第四着色剂(D)的变化百分比相对应的颜色值L * a * b的CMY值。 这些确定的与第二组贴片(D)对应的CMY值和第一组贴片的已知CMY值用于确定具有新CMY(C'M'Y')值的第一贴片的等效第四着色剂取代 和相应百分比的第四着色剂(D)。 C'M'Y'和K的每个组合与相关联的颜色值相关联,作为用于确定任何给定颜色值或等效值的C'M'Y'K值的第二反演程序的输入。