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    • 1. 发明授权
    • Systems and methods for error diffusion
    • 错误扩散的系统和方法
    • US07551323B2
    • 2009-06-23
    • US10414854
    • 2003-04-16
    • James Ray BaileyCurt Paul BreswickDavid Allen CrutchfieldRonald Edward GarnettBob Thai PhamJames Alan Ward
    • James Ray BaileyCurt Paul BreswickDavid Allen CrutchfieldRonald Edward GarnettBob Thai PhamJames Alan Ward
    • H04N1/56H04N1/60
    • H04N1/52H04N1/4052
    • Error diffusion is performed upon input image data. In one aspect, multiple error diffusion processing elements perform error diffusion on a selected pixel in parallel. In another aspect, the error diffusion logic is integrally formed with a fast local memory in the same electronic device, such as an ASIC. The error data produced by the error diffusion logic for a pixel is buffered in the fast local memory until it is to be used by the error diffusion logic on other pixels. In still another aspect, a first-in-first-out (FIFO) buffer regulates or buffers the color image data between the output of a color conversion system, such as a colorant lookup table, and the input an error diffusion processing element. In yet another aspect, the error diffusion logic has tagging logic that produces and stores an indicator, either in the output data stream itself or in a separate area, to indicate whether a raster contains printable data.
    • 对输入图像数据执行误差扩散。 在一个方面,多个误差扩散处理元件并行地对所选择的像素执行误差扩散。 在另一方面,误差扩散逻辑与同一电子设备(例如ASIC)中的快速本地存储器整体形成。 由像素的误差扩散逻辑产生的误差数据被缓冲在快速本地存储器中,直到其被其它像素上的误差扩散逻辑使用。 在另一方面,先入先出(FIFO)缓冲器在诸如着色查找表的颜色转换系统的输出和输入误差扩散处理元件之间调节或缓冲彩色图像数据。 在另一方面,误差扩散逻辑具有标记逻辑,该标签逻辑在输出数据流本身中或在单独的区域中产生和存储指示符,以指示光栅是否包含可打印数据。
    • 3. 发明授权
    • High resolution printing
    • 高分辨率打印
    • US06318832B1
    • 2001-11-20
    • US09535354
    • 2000-03-24
    • John Booth BatesCurt Paul Breswick
    • John Booth BatesCurt Paul Breswick
    • B41J225
    • B41J2/25B41J2/5056
    • An ink jet printer receives image data defining a pattern of dots in a non-square rectangular grid and prints the pattern of dots on a print medium based on the image data. The pattern of dots consists of at least four interlaced checkerboard arrays of dots printed in four passes of the print head across the print medium, where each one of the four checkerboard arrays is printed during a different one of the four passes. Each of the checkerboard arrays is offset from the other checkerboard arrays by a predetermined spacing in at least one of the first and second directions. The printer prints the second checkerboard array horizontally offset from the first checkerboard array by a distance substantially equivalent to {fraction (5d/4)}, where d is the diameter of the printed dots. The printer prints the third checkerboard array vertically offset from the second checkerboard array by a distance substantially equivalent to {fraction (−d/2)} and horizontally offset by a distance substantially equivalent to {fraction (−3d/4)}. The printer prints the fourth checkerboard array horizontally offset from the third checkerboard array by a distance substantially equivalent to {fraction (−3d/4)}. This dot placement method optimally covers a grid having a resolution of {fraction (4/d)}×{fraction (2/d)} dpi with dots having diameters that are much larger than optimal for the resolution of the grid. Thus, the invention avoids excessive dot overlap which could lead to ink saturation of the print medium.
    • 喷墨打印机接收定义非矩形网格中的点图案的图像数据,并且基于图像数据在打印介质上打印点图案。 点阵图案包括至少四个交错的棋盘阵列,其打印在打印头的四遍中,穿过打印介质,其中四个棋盘阵列中的每一个在四遍中不同的一个打印。 每个棋盘阵列在第一和第二方向中的至少一个方向上与其他棋盘阵列偏移预定间隔。 打印机将第二个棋盘阵列与第一个棋盘阵列水平偏移距离大致相当于{fraction(5d / 4)}的距离,其中d是打印点的直径。 打印机将第三棋盘阵列垂直偏离第二棋盘阵列,距离基本上等于{fraction(-d / 2)}并且水平偏移距离大致等于{fraction(-3d / 4)})。 打印机将第四个棋盘阵列与第三棋盘阵列水平偏移距离大致相当于{fraction(-3d / 4)}的距离。 该点放置方法最佳地覆盖具有分数为{fraction(4 / d)} x {fraction(2 / d)} dpi的网格,其网点的直径远大于网格分辨率的最佳值。 因此,本发明避免了过多的点重叠,这可能导致打印介质的墨水饱和。
    • 5. 发明授权
    • System and method for separating raster data for printing
    • 用于分离用于打印的光栅数据的系统和方法
    • US6154233A
    • 2000-11-28
    • US294916
    • 1999-04-19
    • Curt Paul Breswick
    • Curt Paul Breswick
    • B41J2/21G06K15/10B41J2/145B41J2/15B41J29/38
    • B41J2/2132G06K15/105G06K2215/0077
    • A system and method for printing an image on a recording medium using vertically aligned printhead having at least one vertical column of nozzles, the image being divided into rows and columns. A raster portion of the image data is selected. The raster data is sectioned into print sections, wherein each print section represents data for one column of nozzles during one scan of the printhead across the print medium. The print sections are grouped into print passes wherein each print pass represents one scan of the printhead across the print medium. Each print pass is rotated and sent to the appropriate channel for printing on the recording medium.
    • 一种用于使用具有至少一个垂直列喷嘴的垂直排列的打印头在记录介质上打印图像的系统和方法,该图像被分成行和列。 选择图像数据的光栅部分。 栅格数据被分割成打印部分,其中每个打印部分表示打印头在打印介质的一次扫描期间的一列喷嘴的数据。 打印部分被分组成打印通道,其中每个打印通行证代表穿过打印介质的打印头的一次扫描。 旋转每个打印遍,并将其发送到相应的通道以在记录介质上进行打印。