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    • 85. 发明授权
    • Color separation based on maximum toner limits
    • 基于最大调色剂限制的颜色分离
    • US07433100B2
    • 2008-10-07
    • US10448596
    • 2003-05-30
    • Steve A. Jacob
    • Steve A. Jacob
    • G03F3/08G06F15/00H04N1/46
    • H04N1/6022G06K15/129
    • Various systems, methods, and programs embodied in a computer readable medium for determining color separation are provided. In one representative embodiment, a method is provided that comprises specifying a number of nodes along a number of ramps in a predefined color conversion space in a computer system. A maximum possible toner deposit is associated with each of these nodes. In addition, a maximum toner limit is specified for each one of the nodes along the ramps in the computer system. Each of the maximum toner limits is less than the maximum possible toner deposit. In addition, a color separation is determined for each of the nodes along the ramps in the computer system. Each of the color separations specifies up to a maximum amount of toner equaling a corresponding one of the maximum toner limits.
    • 提供了在用于确定颜色分离的计算机可读介质中体现的各种系统,方法和程序。 在一个代表性实施例中,提供了一种方法,其包括在计算机系统中的预定义颜色转换空间中沿着多个斜坡指定节点的数量。 最大可能的调色剂沉积与这些节点中的每一个相关联。 另外,在计算机系统中沿着斜坡的每个节点指定最大调色剂限制。 每个最大色粉极限小于最大可能的调色剂沉积。 另外,在计算机系统中沿着斜坡的每个节点确定颜色分离。 每个分色指定最多达等于相应的一个最大调色剂界限的调色剂的最大量。
    • 87. 发明授权
    • Image processing apparatus and image processing method
    • 图像处理装置和图像处理方法
    • US07292724B2
    • 2007-11-06
    • US10866833
    • 2004-06-15
    • Takashi Nakajima
    • Takashi Nakajima
    • G06K9/00G06K1/00G06F15/00G03G15/01G03G15/04
    • G06K15/129
    • The present invention provides an image processing apparatus on which an image forming engine for forming a full-color image by using color materials corresponding to data of color tones on the basis of C (cyan), M (magenta), Y (yellow), and K (black) data is mounted. The image processing apparatus includes: a color converting component for converting R (red), G (green), and B (blue) data input from the outside to C(1), M(1), and Y(1) data which depends on a characteristic of the image forming engine; a lightness acquiring component for acquiring lightness from the C(1), M(1), and Y(1) data obtained by the conversion of the color converting component; a memory for storing a lightness-gray value characteristic table; a gray value reading component; a first arithmetic component for obtaining C(2), M(2), and Y(2) data; a K data generating component; and a second arithmetic component for calculating C, M, and Y.
    • 本发明提供了一种图像处理装置,在该图像处理装置上,通过使用与基于C(青色),M(品红色),Y(黄色), 并安装K(黑色)数据。 图像处理装置包括:颜色转换部件,用于将从外部输入的R(红色),G(绿色)和B(蓝色)数据转换为(< 1> 1)和Y(1)数据,这取决于图像形成引擎的特性; 用于从通过转换获得的C(1),M(1)和Y(1)/数据获取亮度的亮度获取部件 的颜色转换组件; 用于存储亮度 - 灰度值特性表的存储器; 灰度值读取组件; 用于获得C(2),M(2)和Y(2)数据的第一算术组件; K数据生成部件; 以及用于计算C,M和Y的第二运算组件。
    • 88. 发明授权
    • Image processing system, apparatus, method, and software
    • 图像处理系统,设备,方法和软件
    • US07196713B1
    • 2007-03-27
    • US09328469
    • 1999-06-09
    • Yoichi Yamagishi
    • Yoichi Yamagishi
    • B41J2/525G03C15/01
    • G06K15/129G06K15/1814G06K15/1817
    • To correct the distance between respective drums and supply image data, an image processing system using a 4-drum type color image forming apparatus requires a large-capacity image memory for temporarily storing transferred image data, and is inevitably expensive. In this invention, image data of four colors isochronously transferred via a high-speed serial interface such as an IEEE 1394 interface are respectively supplied to image processing units and image forming units via delay memories. Therefore, the time difference required for the print sheet to reach each drum can be corrected in each image forming unit to appropriately form an image at a high speed and low cost.
    • 为了校正各个鼓之间的距离并提供图像数据,使用4鼓式彩色图像形成装置的图像处理系统需要用于临时存储传送的图像数据的大容量图像存储器,并且不可避免地是昂贵的。 在本发明中,经由诸如IEEE1394接口的高速串行接口等时传输的四种颜色的图像数据分别经由延迟存储器提供给图像处理单元和图像形成单元。 因此,可以在每个图像形成单元中校正打印纸到达每个滚筒所需的时间差以适当地以高速和低成本形成图像。
    • 89. 发明申请
    • Color image forming apparatus and image forming method
    • 彩色图像形成装置和图像形成方法
    • US20070052982A1
    • 2007-03-08
    • US11219748
    • 2005-09-07
    • Tetsuya Sadowara
    • Tetsuya Sadowara
    • G06K15/22
    • G06K15/129G06K15/1861H04N1/40068
    • If a CPU is informed that “1200×1200 dpi” is selected from an input unit, the CPU switches a normal 8-bit RIP process with 600×600 dpi to a 1-bit RIP process with 1200×1200 dpi. Image data, which has become 1-bit data with 1200 dpi, is stored in a page memory. A pixel packing process unit executes (2×2) packing when the image data stored in the page memory is to be output from the page memory. The packed Y color image data is restored, without delay, to a normal pixel unit in a pixel division unit. The packed M color image data is restored, with a delay in a delay memory, to a normal pixel unit in the pixel division unit. The packed C color image data is restored, with a delay in the delay memory, to a normal pixel unit in the pixel division unit. The packed K color image data is restored, with a delay in the delay memory, to a normal pixel unit in the pixel division unit.
    • 如果CPU从输入单元中选择“1200x1200 dpi”,CPU将以600x600 dpi的正常8位RIP进程切换到1200x1200 dpi的1位RIP进程。 已经成为具有1200dpi的1位数据的图像数据被存储在页存储器中。 当从页存储器输出存储在页存储器中的图像数据时,像素打印处理单元执行(2x2)打包。 打包的Y彩色图像数据没有延迟地恢复到像素分割单元中的正常像素单元。 打包的M色图像数据在延迟存储器中被延迟到像素分割单元中的正常像素单元。 打包的C彩色图像数据在延迟存储器中被延迟到像素分割单元中的正常像素单元。 打包的K色图像数据在延迟存储器中被延迟到像素分割单元中的正常像素单元。