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    • 31. 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。
    • 33. 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。
    • 34. 发明授权
    • Color data conversion apparatus and method
    • 彩色数据转换装置及方法
    • US07660015B2
    • 2010-02-09
    • US11581576
    • 2006-10-17
    • Shuichi KagawaJun SomeyaHiroaki Sugiura
    • Shuichi KagawaJun SomeyaHiroaki Sugiura
    • G03F3/08G06F15/00H04N1/46G06K9/00
    • H04N1/62H04N1/54H04N1/6016H04N1/6075
    • A color conversion apparatus receives red-green-blue color data, calculates characteristic information and first hue region data from the color data, adjusts the first hue region data according to the characteristic information to obtain second to N-th hue region data, N being an integer equal to or greater than three, generates matrix coefficients for the second to N-th hue region data, and performs a matrix operation on the second to N-th hue region data to obtain color data with four or more color components. Color data with three primary components are thereby converted to color data with four or more primary components by simple calculations, without using a large amount of memory space.
    • 颜色转换装置接收红 - 绿 - 蓝色数据,根据颜色数据计算特征信息和第一色相区域数据,根据特征信息调整第一色相区域数据以获得第二至第N色调区域数据,N为 产生等于或大于3的整数,产生第二至第N色调区域数据的矩阵系数,并对第二至第N色调区域数据执行矩阵运算,以获得具有四个或更多个颜色分量的色彩数据。 因此,通过简单的计算,具有三个主要部件的颜色数据由此被转换成具有四个或更多个主要部件的颜色数据,而不需要大量的存储器空间。
    • 35. 发明授权
    • Image processing device
    • 图像处理装置
    • US07612927B2
    • 2009-11-03
    • US10438107
    • 2003-05-15
    • Shuichi KagawaHiroaki SugiuraHideyuki Kaneko
    • Shuichi KagawaHiroaki SugiuraHideyuki Kaneko
    • G03F3/08G06F15/00G06K9/00
    • G09G5/006G06F3/1423G09G1/285G09G5/04G09G5/363G09G2340/06G09G2360/04
    • An image data generator generates first image data consisting of a plurality of color data and being an image information for each pixel. An image processor including a color converter applies image processing such as color conversion on the first image data. An image display unit displays an image using image data consisting of second color data. An image data output unit outputs the first image data to the outside. The image display unit performs image display using the image data having received image-processing such as color conversion, while the image data output unit and outputs to the outside the image data before receiving the image processing. It is possible to obtain an image processing device capable of realizing an “exact color reproduction” or a “preferred color reproduction” on an image display image display unit, and outputting, to the outside, image data in the form of a standard image data, without reflecting the characteristics of the image display unit.
    • 图像数据生成器生成由多个颜色数据组成的第一图像数据,并且是每个像素的图像信息。 包括颜色转换器的图像处理器对第一图像数据应用诸如颜色转换的图像处理。 图像显示单元使用由第二颜色数据组成的图像数据来显示图像。 图像数据输出单元将第一图像数据输出到外部。 图像显示单元使用具有接收到的图像处理的图像数据(诸如颜色转换)来执行图像显示,而图像数据输出单元在接收图像处理之前向外部输出图像数据。 可以获得能够在图像显示图像显示单元上实现“精确色彩再现”或“优选颜色再现”的图像处理装置,并且以标准图像数据的形式向外部输出图像数据 ,而不反映图像显示单元的特征。
    • 36. 发明授权
    • Image display apparatus and image display method
    • 图像显示装置和图像显示方法
    • US07609427B2
    • 2009-10-27
    • US11812215
    • 2007-06-15
    • Jun SomeyaShuichi KagawaHideki YoshiiTomohiro SasagawaHiroaki Sugiura
    • Jun SomeyaShuichi KagawaHideki YoshiiTomohiro SasagawaHiroaki Sugiura
    • G02B26/08
    • G02B26/105
    • An image display apparatus includes a light source for emitting a plurality of light beams arranged in a direction corresponding to a sub-scanning direction, a light source driver for individually modulating intensities of the plurality of light beams; a light scanning unit for performing main scanning and sub-scanning; an image display screen for receiving the plurality of light beams scanned in the main and sub-scanning directions; and a controller, wherein, in one frame period, a distance of movement of the light irradiation positions on the image display screen moved by one sub-scanning is a distance obtained by multiplying an interval between adjacent two scanning lines in the sub-scanning direction on the image display screen by a predetermined integer which is an integer smaller than number of the plurality of light beams arranged in the direction corresponding to the sub-scanning direction.
    • 图像显示装置包括用于发射沿与副扫描方向相对应的方向布置的多个光束的光源,用于单独调制多个光束的强度的光源驱动器; 用于执行主扫描和副扫描的光扫描单元; 用于接收沿主扫描方向和副扫描方向扫描的多个光束的图像显示屏幕; 以及控制器,其中,在一个帧周期中,通过一次副扫描移动的图像显示屏上的光照射位置的移动距离是通过将副扫描方向上的相邻两条扫描线之间的间隔相乘而获得的距离 在图像显示屏幕上以与沿与副扫描方向对应的方向布置的多个光束的数量小的整数的预定整数。
    • 37. 发明申请
    • Image display apparatus and image display method
    • 图像显示装置和图像显示方法
    • US20080018972A1
    • 2008-01-24
    • US11812215
    • 2007-06-15
    • Jun SomeyaShuichi KagawaHideki YoshiiTomohiro SasagawaHiroaki Sugiura
    • Jun SomeyaShuichi KagawaHideki YoshiiTomohiro SasagawaHiroaki Sugiura
    • G02B26/10
    • G02B26/105
    • An image display apparatus includes a light source for emitting a plurality of light beams arranged in a direction corresponding to a sub-scanning direction, a light source driver for individually modulating intensities of the plurality of light beams; a light scanning unit for performing main scanning and sub-scanning; an image display screen for receiving the plurality of light beams scanned in the main and sub-scanning directions; and a controller, wherein, in one frame period, a distance of movement of the light irradiation positions on the image display screen moved by one sub-scanning is a distance obtained by multiplying an interval between adjacent two scanning lines in the sub-scanning direction on the image display screen by a predetermined integer which is an integer smaller than number of the plurality of light beams arranged in the direction corresponding to the sub-scanning direction.
    • 图像显示装置包括用于发射沿与副扫描方向相对应的方向布置的多个光束的光源,用于单独调制多个光束的强度的光源驱动器; 用于执行主扫描和副扫描的光扫描单元; 用于接收沿主扫描方向和副扫描方向扫描的多个光束的图像显示屏幕; 以及控制器,其中,在一个帧周期中,通过一次副扫描移动的图像显示屏上的光照射位置的移动距离是通过将副扫描方向上的相邻两条扫描线之间的间隔相乘而获得的距离 在图像显示屏幕上以与沿与副扫描方向对应的方向布置的多个光束的数量小的整数的预定整数。
    • 38. 发明授权
    • Image processing device and image processing method
    • 图像处理装置及图像处理方法
    • US07298893B2
    • 2007-11-20
    • US10437986
    • 2003-05-15
    • Shuichi KagawaHiroaki Sugiura
    • Shuichi KagawaHiroaki Sugiura
    • G06K9/00
    • H04N1/60
    • In an image processing device and image processing method in which first image data consisting of a plurality of color data and constituting image information for each pixel are input, and second image data consisting of a plurality of color data are calculated and output, after color conversion of the first image data, dither processing is applied to produce the second image data. As a result, information of the fractional part generated as a result of the color conversion is not omitted but preserved. Tone conversion may be performed after the color conversion, and before the dither processing. The image processing device or image processing method can restrain reduction in the number of colors that can be expressed, and restrain the generation of discontinuities (irregularities) in the change of data, while realizing an “exact color reproduction” or “preferred color reproduction.”
    • 在图像处理装置和图像处理方法中,其中输入由多个颜色数据组成并构成每个像素的图像信息的第一图像数据,并且在颜色转换之后计算并输出由多个颜色数据组成的第二图像数据 的第一图像数据,应用抖动处理以产生第二图像数据。 结果,作为颜色转换的结果生成的小数部分的信息不被省略但被保留。 音色转换可以在颜色转换之后,以及在抖动处理之前进行。 图像处理装置或图像处理方法可以在实现“精确色彩再现”或“优选的颜色再现”的同时,抑制能够表达的颜色数量的减少,并且抑制数据变化中的不连续性(不规则性)的产生。 “
    • 40. 发明申请
    • Color conversion device and color conversion mehtod
    • 颜色转换装置和颜色转换mehtod
    • US20050185840A1
    • 2005-08-25
    • US11109685
    • 2005-04-20
    • Hiroaki SugiuraShuichi Kagawa
    • Hiroaki SugiuraShuichi Kagawa
    • H04N1/60G06K9/00G06T1/00G06T11/00H04N1/46H04N1/62
    • H04N1/6016G06T11/001H04N1/46H04N1/6075
    • Responsive 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. In addition, gray scale conversion is applied to the result of the matrix calculation, so as to compensate for the non-linearity of the output device.
    • 响应于三种颜色的图像数据,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,以及与六个色相之一相关的第二比较结果数据, 获得色相面积。 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,只能调整目标色相或色间区域,而不会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。 另外,对矩阵运算的结果应用灰度转换,以补偿输出装置的非线性。