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    • 1. 发明申请
    • Printing apparatus, printing method, and printing program
    • 打印设备,打印方法和打印程序
    • US20080079970A1
    • 2008-04-03
    • US11906286
    • 2007-10-01
    • Masatoshi Matsuhira
    • Masatoshi Matsuhira
    • G06K15/00
    • G06K15/02H04N1/603
    • A printing method comprising determining whether to perform a correction process on image data to be printed, calculating a correction parameter of the image data when the correction process is determined to be performed, performing the correction process on the image data based on the correction parameter calculated by the calculation unit, judging whether color conversion information corresponding to a set printing condition exists when the correction process is determined not to be performed, performing a first color conversion process based on the color conversion information when it is determined that the color conversion information exists, performing the correction process on the image data based on a preset correction parameter when it is determined that the color conversion information does not exist, performing a second color conversion process on the image data subjected to the correction process based on common color conversion information, and printing the image data subjected to the first or second color conversion process on a printing sheet.
    • 一种打印方法,包括确定是否对要打印的图像数据执行校正处理,当确定执行校正处理时计算图像数据的校正参数,基于计算出的校正参数对图像数据执行校正处理 通过计算单元判断当确定不执行校正处理时是否存在与设置的打印条件相对应的颜色转换信息,当确定颜色转换信息存在时,基于颜色转换信息执行第一颜色转换处理 当确定颜色转换信息不存在时,基于预设的校正参数对图像数据执行校正处理,对经过校正处理的图像数据基于公共颜色转换信息执行第二颜色转换处理, 并打印图像数据 被打印到打印纸上的第一或第二颜色转换处理。
    • 4. 发明授权
    • Image processing device and image processing method
    • 图像处理装置及图像处理方法
    • US06898332B2
    • 2005-05-24
    • US09987440
    • 2001-11-14
    • Masatoshi Matsuhira
    • Masatoshi Matsuhira
    • G06T9/00G06K9/36
    • G06T9/001
    • The object of the invention is to convert a low-quality original image into a high-quality fractal-interpolated image. From a low-quality original image, original image blocks of n×n size, which are mutually overlapping and each centered on each pixel of the original image, are acquired. Also, similar image blocks of 2n×2n size, which are each similar to each of the original image blocks, are detected from the original image by affine transformation. The detected similar image blocks are reduced to the same size as the original image blocks, and then substituted for the original image blocks respectively. Then, overlapping portions of the substituted similar image blocks are adjusted by averaging. As a result, a high-quality fractal-interpolated image is generated.
    • 本发明的目的是将低质量的原始图像转换为高质量的分形内插图像。 从低质量的原始图像,获取n×n大小的原始图像块,其相互重叠,并且每个以原始图像的每个像素为中心。 此外,通过仿射变换从原始图像检测与每个原始图像块相似的2n×2n大小的类似图像块。 检测到的类似图像块被缩小为与原始图像块相同的大小,然后分别代替原始图像块。 然后,通过平均来调整取代的相似图像块的重叠部分。 结果,生成高质量的分形内插图像。
    • 5. 发明授权
    • Device and method for generating dot pattern enlargement data
    • 用于生成点图案放大数据的装置和方法
    • US5222208A
    • 1993-06-22
    • US487319
    • 1993-03-02
    • Masatoshi Matsuhira
    • Masatoshi Matsuhira
    • G09G5/26G06K15/02G06T11/20G09G5/28
    • G06T11/203G06K15/02G09G5/28G06K2215/0045G06K2215/0057G06K2215/006
    • A dot pattern data generating device including a character generator constructed to be readable by character code data for storing data representing a character pattern in the form of a matrix according to existence or non-existence of dots in the matrix. The device includes a region readout circuit for reading a local pattern of the matrix with one dot location from the matrix read from the character generator being centered in the matrix portion. An arithmetic circuit is also included for computing horizontal and vertical values from the local pattern. A pattern generating circuit generates a plurality of dots with respect to one dot of the original pattern on the basis of the horizontal and vertical values to generate an enlarged pattern. The enlarged character pattern is generated at a high speed without enlarging stepped portions of the oblique lines simulating smooth portions by generating enlargement dots corresponding thereto.
    • 一种点阵图形数据生成装置,包括字符发生器,其被构造为可以由字符代码数据读取,用于根据矩阵中的点的存在或不存在,存储表示矩阵形式的字符图案的数据。 该装置包括区域读出电路,用于从矩阵部分中心的从字符发生器读取的矩阵中的一个点位置读取矩阵的局部图案。 还包括用于从局部图案计算水平和垂直值的运算电路。 图案生成电路基于水平和垂直值生成相对于原始图案的一个点的多个点,以产生放大图案。 通过产生与其对应的放大点,不会增大模拟平滑部分的斜线的阶梯部分,从而高速生成放大字符图案。
    • 6. 发明授权
    • Image processing apparatus, image processing method, and printing apparatus
    • 图像处理装置,图像处理方法和打印装置
    • US08090217B2
    • 2012-01-03
    • US12171839
    • 2008-07-11
    • Masatoshi Matsuhira
    • Masatoshi Matsuhira
    • G06K9/36G06K9/46
    • G06T5/50H04N1/00347H04N1/212H04N1/2137H04N1/215H04N1/2195H04N2201/3267H04N2201/3271
    • An image processing apparatus that creates a still image from a motion picture. A storage section has a storage region for correction required when a target image with a predetermined determination size is corrected by using a plurality of images. A size determining section determines whether or not the size of the target image designated as a still image is equal to or smaller than the determination size. An image extracting section extracts from the motion picture a plurality of images including a target image designated as a still image and a first image for correction used when performing correction using a plurality of images. A still image creating section creates the still image by extracting the plurality of images by means of the image extracting section, and by executing first correction for making a correction using the plurality of images when a result of the determination indicates that the size of the target image is equal to or smaller than the determination size and that creates the still image by extracting only the target image designated as the still image by means of the image extracting section, and by executing second correction for correcting the extracted target image when the determination result indicates that the size of the target image is larger than the determination size.
    • 一种从动态影像创建静止图像的图像处理装置。 当通过使用多个图像来校正具有预定确定尺寸的目标图像时,存储部分具有用于校正所需的存储区域。 尺寸确定部确定指定为静止图像的目标图像的尺寸是否等于或小于确定尺寸。 图像提取部分从运动图像提取包括指定为静止图像的目标图像和使用多个图像进行校正时使用的用于校正的第一图像的多个图像。 静止图像创建部分通过利用图像提取部分提取多个图像来创建静止图像,并且当确定结果指示目标的大小时,执行使用多个图像进行校正的第一校正 图像等于或小于确定尺寸,并且通过仅通过图像提取部分提取指定为静止图像的目标图像来创建静止图像,并且当确定结果执行时,执行用于校正提取的目标图像的第二校正 表示目标图像的尺寸大于确定尺寸。