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    • 5. 发明授权
    • Method for morphing n-dimensional data using a scattered data transformation
    • 使用分散数据变换变形n维数据的方法
    • US06266165B1
    • 2001-07-24
    • US09163652
    • 1998-09-30
    • Xuan-Chao HuangBrant Dennis NystromRichard Lee Reel
    • Xuan-Chao HuangBrant Dennis NystromRichard Lee Reel
    • G03F308
    • G06T11/001H04N1/6058
    • An improved “scattered data transformation” method for warping/morphing color data is provided to transform n-dimensional data so that only selected regions of the n-color space are modified. The method uses a set of “input points” that are chosen to represent the color gamut for an input color space. In addition, a set of “training points” having associated “training vectors” are chosen in the input color space, and the training points are used to define the transform output for the input points in the color input space. Some (or all) of the input points may also be training points, but it is not necessary that any of the input points be training points. The vector displacement effect of the preferred embodiment is both exponentially and inversely proportional to the distance of each of the input points to one or more of the training points so that, the closer a training point is to an input point, the greater the effect of that training point on that input point. If a training point is located beyond a pre-determined distance from an input point, then it will have no effect at all on that input point. A refinement of the present invention is to weight the vectors for the training points, so that certain training points can become much more “important” than others when modifying the input color space to the output color space.
    • 提供了一种用于扭曲/变形颜色数据的改进的“分散数据变换”方法以变换n维数据,使得仅修改n色空间的选定区域。 该方法使用一组“输入点”,用于表示输入颜色空间的色域。 另外,在输入颜色空间中选择具有相关联的“训练向量”的一组“训练点”,并且使用训练点来定义颜色输入空间中的输入点的变换输出。 一些(或全部)输入点也可以是训练点,但并不需要任何输入点是训练点。 优选实施例的向量位移效应与每个输入点与一个或多个训练点的距离成指数和反比,使得训练点越接近输入点,效果越大 该投入点的训练点。 如果训练点位于与输入点之间的预定距离之外,则在该输入点上根本不起作用。 本发明的改进是为了训练点的向量加权,使得当将输入颜色空间修改为输出颜色空间时,某些训练点可以变得比其他训练点更重要。
    • 6. 发明申请
    • METHOD AND SYSTEM OF PRINTING USING COLOR TABLES
    • 使用颜色表打印的方法和系统
    • US20100271642A1
    • 2010-10-28
    • US12428318
    • 2009-04-22
    • Xuan-Chao HuangBrant Dennis NystromRichard Lee Reel
    • Xuan-Chao HuangBrant Dennis NystromRichard Lee Reel
    • H04N1/60
    • H04N1/603H04N1/6019
    • A method and system are disclosed for creating and using space-efficient color tables in an imaging system having an imaging object. The imaging object has processing conditions associated therewith, and a full size color conversion data lookup table. The color linearity of the imaging object is determined. The processing conditions of the imaging object are classified into data groups based on color linearity. A full size shared color conversion data lookup table common to the processing conditions for each of the data groups is calculated, and a small size delta color conversion data lookup table for each of the processing conditions is calculated from the differences between the full size color conversion data lookup table and the shared color conversion data lookup table. In use, the shared standard color conversion data lookup table and lo the delta color conversion data lookup table, which are stored in memory, are retrieved and used to calculate the full size standard color conversion data lookup table,
    • 公开了一种用于在具有成像对象的成像系统中创建和使用节省空间的色表的方法和系统。 成像对象具有与其相关联的处理条件,以及全尺寸颜色转换数据查找表。 确定成像对象的颜色线性。 成像对象的处理条件根据颜色线性分为数据组。 计算与每个数据组的处理条件共同的全尺寸共享颜色转换数据查找表,并且根据全尺寸颜色转换之间的差异来计算每个处理条件的小尺寸增量色彩转换数据查找表 数据查找表和共享颜色转换数据查找表。 在使用中,检索存储在存储器中的共享标准颜色转换数据查找表和lo颜色转换数据查找表,并用于计算全尺寸标准颜色转换数据查找表,
    • 7. 发明授权
    • Printing black and three colors from three color data
    • 从三色数据打印黑色和三色
    • US06386670B1
    • 2002-05-14
    • US09772648
    • 2001-01-30
    • Xuan-Chao HuangBrant Dennis NystromRichard Lee Reel
    • Xuan-Chao HuangBrant Dennis NystromRichard Lee Reel
    • B41J2205
    • B41J2/205B41M5/00C09D11/40H04N1/6022
    • Data in only three colors is printed in the three colors plus black. The coverage amount represented by the smallest intensity of the three colors is determined. When that amount is above a predetermined value at which observable grain becomes minimal, an exponent value is determined and a formula is followed. As an additional improvement, lightness is redefined on a model which favors less black at the lighter values and more black at the darker values. Hue is to remain the same, and is known from the original color data. The chroma is refined based on the original chroma, CMY and CMYK full gamut boundaries. Since black, lightness, chroma and hue are known, the new three color values are found by known techniques.
    • 只有三种颜色的数据以三种颜色加黑色印刷。 确定由三种颜色的最小强度表示的覆盖量。 当该量高于可观察晶粒变得最小的预定值时,确定指数值并遵循公式。 作为一个额外的改进,亮度被重新定义在一个模型上,它在较弱的值下有利于较少的黑色,而在较暗的值下更为黑色。 色相保持不变,从原始颜色数据中可知。 色度根据原始色度,CMY和CMYK全色域边界进行细化。 由于黑色,亮度,色度和色调是已知的,所以通过已知的技术可以找到新的三色值。