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    • 1. 发明授权
    • Calibration data setting device
    • 校准数据设定装置
    • US06853464B1
    • 2005-02-08
    • US09534028
    • 2000-03-24
    • Masashi UedaMasahiro Nishihara
    • Masashi UedaMasahiro Nishihara
    • G03G15/00G06K9/00
    • G03G15/5062G03G2215/00063
    • An operator selects printer characteristics in S201. When a correct calibration file exists (S202:YES), then in S203 calibration data is retrieved from the correct file. When no correct calibration file exists (S202:NO), then in S204 calibration data is retrieved from the reserved file. The reserved file can be a calibration file that is retained when a calibration file is updated or can be a calibration file that is originally provided within the printing system when the printing system is shipped from the factory. When calibration data is retrieved from a correct file or a reserved file, then in S205 original tone levels, included in image data from some upper rank program, are converted into input tone levels, to be applied to the printer, which executes printing accordingly.
    • 操作员在S201中选择打印机特性。 当存在正确的校准文件(S202:是)时,在S203中,从正确的文件检索校准数据。 当没有正确的校准文件(S202:否)时,在S204中,从预留文件检索校准数据。 保留文件可以是校准文件被更新时保留的校准文件,或者当打印系统从出厂时发送时,可以是最初在打印系统内提供的校准文件。 当从正确的文件或预留文件中检索校准数据时,在S205中将包含在来自某些较高级程序的图像数据中的原始音级转换为输入音级,以被应用于相应地进行打印的打印机。
    • 2. 发明授权
    • Calibration data preparing system
    • 校准数据准备系统
    • US06804025B1
    • 2004-10-12
    • US09534026
    • 2000-03-24
    • Masashi UedaMasahiro Nishihara
    • Masashi UedaMasahiro Nishihara
    • H04N146
    • H04N1/6033H04N1/4078
    • In order to prepare tone characteristic data or calibration data based on measurements of tone levels of four colors by nine tones, the lowest tone level in measured only once using a single patch that is common to all the four colors. As a result, the entire operation time can be reduced by the time that is required to measure three more patches. If there is a considerable gap between the actually-measured output level and a predicted output level (S114:NO), then an error message is displayed (S115). Then, the measurements are performed once again. Therefore, wasteful operations will not be continued with the tone characteristic data in its mistaken form. Instead displaying the error message, the error-occurring output value can be replaced with a value that is determined by interpolating between non-error-occurring output values around the error-occurring output value.
    • 为了根据九色调四色调的音调特性数据或校正数据,使用一个普通的四种颜色的单个补丁,仅测量一次最低音调级别。 结果,整个操作时间可以减少测量三个补丁所需的时间。 如果在实际测量的输出电平与预测输出电平之间存在相当大的差距(S114:否),则显示错误信息(S115)。 然后,再次进行测量。 因此,以错误形式的音调特征数据不会继续浪费操作。 而是显示错误消息,错误发生的输出值可以用通过在发生错误的输出值周围的非出错输出值之间进行内插确定的值来代替。
    • 4. 发明授权
    • Color converting apparatus and color converting method for converting input image data into converted image data
    • 颜色转换装置和用于将输入图像数据转换为转换的图像数据的颜色转换方法
    • US07280260B2
    • 2007-10-09
    • US10255644
    • 2002-09-27
    • Naoki HagaiMasashi KunoMasaki KondoMasashi UedaMasahiro Nishihara
    • Naoki HagaiMasashi KunoMasaki KondoMasashi UedaMasahiro Nishihara
    • G03F3/08
    • H04N1/6097H04N1/6033H04N1/6088
    • For each paper type, a plurality of two-dimensional excitation characteristics tables Ti are provided in one to one correspondence with a plurality of colors i. The excitation characteristics table Ti for each color i contains a plurality of sets of excitation-reflectance data Bi (λ0, λ) in a two-dimensional matrix form, for a plurality of combinations of incident light wavelengths λ and reflected light wavelengths λ0. The excitation-reflectance data Bi (λ0, λ) indicates the ratio of the amount of the reflected light wavelength λ0 generated in response to incidence of the incident light wavelength λ, with respect to the amount of the incident light wavelength λ. Using the two-dimensional excitation characteristics table Ti corresponding to the user's selected paper type and using the spectral radiation characteristics S(λ) of the user's selected light source type, Equations (9)-(11) are calculated to create an output profile, and color conversion is performed by using the output profile.
    • 对于每种纸张类型,多个二维激励特征表Ti与多个颜色i一一对应地提供。 对于每种颜色i的激发特性表Ti,对于多个入射光波长的组合,包含二维矩阵形式的多组激发反射率数据Bi(λ<λ> 0,λ) λ和反射光波长λ0 <0。 激发反射率数据Bi(λλ0,λ)表示响应于入射光波长λ的入射而产生的反射光波长λ<0> 0的量的比率 ,相对于入射光波长λ的量。 使用对应于用户选择的纸张类型的二维激发特征表Ti,并且使用用户选择的光源类型的光谱辐射特性S(λ)来计算公式(9) - (11)以产生输出分布, 并且通过使用输出轮廓来执行颜色转换。
    • 5. 发明授权
    • Distribution curve generating device
    • 分布曲线生成装置
    • US07262882B2
    • 2007-08-28
    • US10309826
    • 2002-12-05
    • Naoki HagaiMasashi KunoMasaki KondoMasashi UedaMasahiro Nishihara
    • Naoki HagaiMasashi KunoMasaki KondoMasashi UedaMasahiro Nishihara
    • G06F15/00G06K15/00G06K9/00B41J2/385
    • H04N1/6033H04N1/40087
    • A plurality of color signals indicative of a plurality of color patterns are processed based on a first distribution curve to distribute the original color signals into color signals for normal ink and color signals for light ink. Then, the plurality of color patterns are printed by the color signals for normal ink and color signals for light ink. Then, the density of each color pattern is detected to produce a density curve. A second distribution curve is produced based on the detected density, the original color signals, and the first distribution curve so that the second distribution curve can attain a properly linearly-changing density curve. By preparing beforehand a plurality of first distribution curves dependently on a variety of usage conditions of the printer, it is possible to use a second distribution curve that is in conformity to the usage condition, under which the printer is desired to be driven, by selecting a distribution curve that corresponds to the usage condition.
    • 基于第一分布曲线处理指示多个颜色图案的多个颜色信号,以将原始颜色信号分配为用于浅色墨水的正常墨水和颜色信号的颜色信号。 然后,通过用于浅色油墨的常规墨水和颜色信号的颜色信号打印多个颜色图案。 然后,检测每个颜色图案的浓度以产生密度曲线。 基于检测到的密度,原色信号和第一分布曲线产生第二分布曲线,使得第二分布曲线可以获得适当线性变化的密度曲线。 通过根据打印机的各种使用条件预先准备多个第一分布曲线,可以使用与期望驱动打印机的使用条件一致的第二分布曲线,通过选择 对应于使用条件的分布曲线。
    • 9. 发明授权
    • Patch forming device
    • 补片成型装置
    • US07317554B2
    • 2008-01-08
    • US10319525
    • 2002-12-16
    • Masashi UedaMasahiro Nishihara
    • Masashi UedaMasahiro Nishihara
    • B41J1/00G06F15/00
    • H04N1/6033
    • When forming a test chart for investigating output characteristic relating to yellow color agent, a printer outputs yellow color agent in a plurality of densities that correspond to various density levels and also outputs cyan color agent in a fixed and maximum density. Patches in gradations from cyan to green are formed by overlapping the yellow color agent and the cyan color agent. The patches are formed with respect to a surrounding area that is formed by outputting the cyan color agent in the fixed and maximum density. Accordingly, the colors of the patches are easier to distinguish than when the patches are formed from yellow only. Visual calibration can be easily performed even with the yellow color agent that has a low visual sensitivity.
    • 当形成用于调查与黄色剂相关的输出特性的测试图时,打印机以对应于各种浓度水平的多个密度输出黄色剂,并且还以固定和最大密度输出青色剂。 通过与黄色剂和青色剂重叠,形成从青色到绿色等级的贴片。 相对于通过以固定和最大密度输出青色剂形成的周围区域形成贴片。 因此,与仅从黄色形成贴片时,贴片的颜色更容易区分。 即使使用视觉灵敏度较低的黄色剂也可以容易地进行视觉校准。
    • 10. 发明授权
    • Image recording method
    • 图像记录方法
    • US06406117B2
    • 2002-06-18
    • US09757649
    • 2001-01-11
    • Masashi KunoMasashi UedaMasahiro Nishihara
    • Masashi KunoMasashi UedaMasahiro Nishihara
    • B41J2205
    • H04N1/603B41J2/2056H04N1/52H04N1/6022
    • Of the four basic colors of cyan, magenta, yellow, and black, each of two basic colors of cyan and magenta is expressed by two different inks, that is, light ink and normal ink which have different densities for the corresponding color. For each of the basic colors of cyan and magenta, after tone correction is performed in S2 (S108) to attain a linear input/output characteristic, an optimum group of conversion tables T3 that matches the user's selected set of printer characteristic is selected in S110 from the plurality of groups of conversion tables T3, which have been prepared in advance in correspondence with a plurality of sets of printer characteristics. Color data Ci″, Mi″ for each of the cyan and magenta basic colors is converted in S112 into color data Cl and Cn and Ml and Mn for light ink and normal ink of the corresponding color based on the selected group of conversion tables T3.
    • 在青色,品红色,黄色和黑色的四种基本颜色中,青色和品红色的两种基本颜色中的每一种由两种不同的墨水表示,即对于相应颜色具有不同密度的浅墨水和普通墨水。 对于青色和品红色的每种基本颜色,在S2(S108)中执行色调校正以获得线性输入/输出特性之后,在S110中选择与用户选择的打印机特性组匹配的最佳转换表T3组 从已经针对多组打印机特性预先准备的多组转换表T3中。 基于所选择的转换表组,将S112中的每个青色和品红色基色的颜色数据Ci“,Mi”转换为颜色数据C1和Cn,并且对于浅色墨水和相应颜色的普通墨水,将M1和M1转换为相应颜色的正常墨水 T3。