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    • 27. 发明授权
    • Color converter and color converting method
    • 色彩转换器和色彩转换方法
    • US07221791B2
    • 2007-05-22
    • US10399901
    • 2001-10-11
    • Shuichi KagawaHiroaki Sugiura
    • Shuichi KagawaHiroaki Sugiura
    • G06K9/00
    • H04N1/6027H04N1/60
    • The present invention relates to processes of color data, and an object of the present invention is to provide a color converter and color converting method, with a color converting process for enhancing the saturation for color data, capable of preventing the influences of noise components from being emphasized and also preventing damaged color from occurring.In order to achieve the object, multiplication coefficient calculation means calculates a multiplication coefficient based on characteristic information of first color data which is a target of color conversion, and second color correction amount calculation means calculates a second color correction amount by multiplying a first color correction amount by the multiplication coefficient obtained from first color correction amount calculation means. Then, in color correction amount addition means, the second color correction amount is added to the first color data, so that second color data after the color conversion is obtained. Since the second color correction amount is calculated on the basis of the first characteristic information, it is possible to prevent the influences of noise components from being emphasized, and also to prevent damaged color from occurring.
    • 本发明涉及彩色数据的处理,本发明的目的是提供一种色彩转换器和色彩转换方法,其具有用于增强彩色数据的饱和度的颜色转换处理,能够防止噪声成分的影响 被强调并且还防止损坏的颜色发生。 为了实现该目的,乘法系数计算装置基于作为颜色转换的目标的第一颜色数据的特性信息来计算乘法系数,并且第二颜色校正量计算装置通过将第一颜色校正乘以第二颜色校正量来计算第二颜色校正量 通过从第一颜色校正量计算装置获得的乘法系数来量化。 然后,在色彩校正量加法装置中,将第二颜色校正量加到第一颜色数据中,从而获得颜色转换之后的第二颜色数据。 由于基于第一特征信息计算第二颜色校正量,因此可以防止噪声成分的影响被强调,并且也可以防止发生损坏的颜色。
    • 28. 发明授权
    • Color conversion device and color conversion method
    • 颜色转换装置和颜色转换方法
    • US07177469B2
    • 2007-02-13
    • US10437904
    • 2003-05-15
    • Shuichi KagawaHiroaki Sugiura
    • Shuichi KagawaHiroaki Sugiura
    • G06K9/00
    • H04N1/60
    • In a color conversion device, first color correction amounts are determined from first image data consisting of a plurality of first color data, and second color correction amounts are determined from characteristics information of the first image data is calculated, and the first color correction amounts. The second color correction amounts are added to the first image data, to determine the second image data. The characteristics information is determined by calculating the characteristics information by a calculation using the lightness information and the chroma information of the first image data, so that color conversion reflecting characteristics information including the lightness information and the chroma information of the image is achieved.
    • 在颜色转换装置中,从由多个第一颜色数据组成的第一图像数据确定第一颜色校正量,并且根据计算第一图像数据的特征信息和第一颜色校正量来确定第二颜色校正量。 将第二颜色校正量添加到第一图像数据,以确定第二图像数据。 通过使用亮度信息和第一图像数据的色度信息的计算来计算特征信息来确定特征信息,从而实现包括亮度信息和图像的色度信息的颜色转换反映特性信息。
    • 30. 发明授权
    • Color conversion device and color conversion method
    • 颜色转换装置和颜色转换方法
    • US06795086B1
    • 2004-09-21
    • US09689600
    • 2000-10-13
    • Hiroaki SugiuraShuichi Kagawa
    • Hiroaki SugiuraShuichi Kagawa
    • G09G502
    • H04N1/6027
    • After applying gray scale conversion to image data of three colors, six hue data are obtained, and then first comparison-result data and second-order terms each relating to one of the six hues, and second comparison-result data each relating to one of the six inter-hue areas are obtained. Matrix calculation is performed on the first comparison-result data, the second comparison-result data, and the second-order terms, using coefficients. By varying the coefficients, adjustment can be made to only the target hue or inter-hue area, without affecting other hues and inter-hue areas. Thus, the six hues and six inter-hue areas can be varied independently, and the large-capacity memory is not required. Moreover, by the use of the gray scale conversion, the effects of the non-linear characteristics of the input signals are removed.
    • 在将灰度转换应用于三种颜色的图像数据之后,获得六个色调数据,然后获得与六种色调中的一种相关的第一比较结果数据和二阶项,以及第二比较结果数据,每个与 获得了六个色间区域。 使用系数对第一比较结果数据,第二比较结果数据和二阶项执行矩阵计算。 通过改变系数,可以仅调整目标色相或色间区域,而不影响其他色调和色间区域。 因此,六个色调和六个色间区域可以独立变化,不需要大容量记忆。 此外,通过使用灰度转换,去除了输入信号的非线性特性的影响。