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    • 2. 发明授权
    • Method of converting color data
    • 转换颜色数据的方法
    • US06297826B1
    • 2001-10-02
    • US09233479
    • 1999-01-20
    • Satoshi SembaMasayoshi ShimizuShoji SuzukiKimitaka Murashita
    • Satoshi SembaMasayoshi ShimizuShoji SuzukiKimitaka Murashita
    • G06T1140
    • H04N1/603H04N1/6019H04N1/6058H04N1/6075
    • If all colors of a picture obtained by a first color picture device cannot be outputted from a second color picture device, a plurality of color data which are outside the gamut of the second color picture device and are inside the gamut of the first color picture device are converted so as to preserve correspondence regarding both the lightness value and the saturation value. Furthermore, if, since an equi-hue line has distortion, the tone of a color represented by color data is changed by conversion, the hue angle of the color data is rotated and converted. In picture data, color data for the color of paper or the color of a picture digitally generated have extreme values, and errors occur when the data are converted. In this case, data around the color data in a color conversion table are modified to obtain a desirable conversion result.
    • 如果不能从第二彩色图像装置输出由第一彩色图像装置获得的图像的所有颜色,则在第二彩色图像装置的色域内部位于第二彩色图像装置的色域之外的多个颜色数据 被转换为保持对亮度值和饱和度值的对应关系。 此外,如果由于等色线具有失真,则通过转换改变由颜色数据表示的颜色的色调,所以颜色数据的色调角度被旋转和转换。 在图像数据中,用于纸张颜色的颜色数据或数字产生的图像的颜色具有极值,并且当数据被转换时出现错误。 在这种情况下,颜色转换表中的颜色数据周围的数据被修改以获得期望的转换结果。
    • 5. 发明授权
    • Color data converting method
    • 彩色数据转换方法
    • US06373595B1
    • 2002-04-16
    • US09326624
    • 1999-06-07
    • Satoshi SembaMasayoshi ShimizuShoji SuzukiKimitaka Murashita
    • Satoshi SembaMasayoshi ShimizuShoji SuzukiKimitaka Murashita
    • G06F1500
    • H04N1/6058G06T11/001
    • In a virtual gamut-obtaining step, lightness, saturation, and/or hue angle of the second gamut is converted and an expanded virtual gamut including at least all of the lightness values of the first gamut is obtained. In a color data changing step, for color data which is not included in the virtual gamut in color data of the first gamut, lightness, saturation, and hue angle are changed, thereby obtaining third color data included in the virtual gamut. In a color data forming step, a conversion opposite to the conversion performed to the second gamut in the virtual gamut obtaining step is executed to the third color data, thereby forming second color data.
    • 在虚拟色域获取步骤中,转换第二色域的亮度,饱和度和/或色相角,并且获得包括第一色域的至少全部亮度值的扩展虚拟色域。 在颜色数据变化步骤中,对于不包括在第一色域的颜色数据中的虚拟色域中的颜色数据,亮度,饱和度和色调角度被改变,从而获得包括在虚拟色域中的第三颜色数据。 在彩色数据形成步骤中,对第三颜色数据执行与虚拟色域获取步骤中的第二色域执行的转换相反的转换,从而形成第二颜色数据。
    • 7. 发明授权
    • Image processing device
    • 图像处理装置
    • US08311367B2
    • 2012-11-13
    • US12403027
    • 2009-03-12
    • Kimitaka MurashitaMasayoshi ShimizuKaoru ChujoTakashi Wakamatsu
    • Kimitaka MurashitaMasayoshi ShimizuKaoru ChujoTakashi Wakamatsu
    • G06K9/32
    • G06T5/50G06T7/20H04N5/23232H04N5/23238H04N5/23267
    • Adaptive image processing device performs image processing with a simple configuration on a composite image including areas having different characteristics by changing a process depending on the number of combined images in each area of the composite image configured by combining a plurality of images. The image processing device acquires a plurality of images and generates a composite image. When the composite image is generated, the image processing device realizes a process of determining the number of combined images for detecting the number of images to be combined for each area of the composite image and holding the number as information about the number of combined images, and an image processing parameter switching process for switching a parameter of image processing to be performed on each area of the composite image according to the information about the number of combined images.
    • 自适应图像处理装置通过根据通过组合多个图像配置的合成图像的每个区域中的组合图像的数量来改变处理而在包括具有不同特征的区域的合成图像上执行图像处理。 图像处理装置获取多个图像并生成合成图像。 当生成合成图像时,图像处理装置实现确定用于检测合成图像的每个区域的要合成的图像数量的组合图像的数量并将该数量保持为关于组合图像的数量的信息的处理, 以及图像处理参数切换处理,用于根据关于组合图像的数量的信息切换要对合成图像的每个区域执行的图像处理的参数。
    • 8. 发明授权
    • Image merge device and method
    • 图像合并设备和方法
    • US08483510B2
    • 2013-07-09
    • US12721219
    • 2010-03-10
    • Kimitaka MurashitaMasayoshi ShimizuKaoru ChujoYasuhiro Kawakatsu
    • Kimitaka MurashitaMasayoshi ShimizuKaoru ChujoYasuhiro Kawakatsu
    • G06K9/32H04N1/387
    • H04N5/262G06T7/32H04N5/265
    • The image merge device includes a common area determination unit configured to determine a common area between a first image and a second image; a correlation calculation unit configured to calculate a correlation level indicating a degree of a gap between the first image near a boundary of the first image and the second image and the second image near the boundary when the first image and the second image are aligned using the common area; and a superimposed area determination unit configured to determine a superimposed area in which the first and second images are superimposed near the boundary based on the correlation level calculated by the correlation calculation unit.
    • 图像合成装置包括:公共区域确定单元,被配置为确定第一图像和第二图像之间的公共区域; 相关计算单元,被配置为当使用所述第一图像和所述第二图像对准时,计算指示在所述第一图像的边界附近的所述第一图像与所述第二图像之间的间隔的距离与所述边界附近的所述第二图像之间的间隔的程度的相关度 公共区域 以及叠加区域确定单元,被配置为基于由所述相关计算单元计算的所述相关性水平来确定所述第一和第二图像在所述边界附近叠加的叠加区域。