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    • 11. 发明申请
    • COLOR GAMUT DATA CREATING DEVICE
    • 彩色数码创建设备
    • US20090059253A1
    • 2009-03-05
    • US12198629
    • 2008-08-26
    • Masashi KUNO
    • Masashi KUNO
    • G06F15/00
    • H04N1/6058H04N1/6055
    • A color gamut data creating device includes a target plane determining unit. The measurement points are defined in a color space. The color space has an achromatic axis and an axis perpendicular to the achromatic axis. The target plane determining unit further determines a plurality of target planes. Each target plane has a fixed hue angle and including the chromatic axis. A difference between a maximum saturation at a hue angle of each target plane and a maximum saturation at a hue angle of another target plane that is adjacent to the each target plane is lower than a prescribed value. The locating unit that projects, on each target plane, those measurement points that are within a prescribed range relative to the subject target plane. The color gamut creating unit creates color gamut data indicative of a distribution range of the measurement points projected on each target plane.
    • 色域数据创建装置包括目标平面确定单元。 测量点在颜色空间中定义。 色彩空间具有消色差轴线和与消色差轴线垂直的轴线。 目标平面确定单元进一步确定多个目标平面。 每个目标平面具有固定的色调角并包括色轴。 每个目标平面的色调角的最大饱和度与与每个目标平面相邻的另一目标平面的色调角处的最大饱和度之间的差小于规定值。 定位单元在每个目标平面上投影相对于目标平面在规定范围内的测量点。 色域创建单元创建指示投影在每个目标平面上的测量点的分布范围的色域数据。
    • 12. 发明申请
    • IMAGE PROCESSING DEVICE THAT EFFICIENTLY PERFORMS LOGARITHM CALCULATION IN RETINEX PROCESS
    • 图像处理设备,有效地执行RETINEX过程中的逻辑计算
    • US20080080772A1
    • 2008-04-03
    • US11863926
    • 2007-09-28
    • Masashi Kuno
    • Masashi Kuno
    • G06K9/56
    • G06T5/008G06T5/40
    • A storage unit stores a table including a plurality of logarithmic values corresponding to respective ones of a plurality of antilogarithmic values. An antilogarithmic-value calculating portion divides a pixel value of a subject pixel in an original image by a peripheral average luminance of the subject pixel, thereby calculating a desired antilogarithmic value. A determining portion determines whether the desired antilogarithmic value is included in a predetermined range. A first logarithmic-value calculating portion calculates a desired logarithmic value corresponding to the desired antilogarithmic value by referring to the table when the determining portion determines that the desired antilogarithmic value is included in the predetermined range. A second logarithmic-value calculating portion calculates the desired logarithmic value based on a linear function when the determining portion determines that the desired antilogarithmic value is outside the predetermined range.
    • 存储单元存储包括对应于多个反对数值中的相应数值的多个对数值的表。 反对数值计算部分将原始图像中的对象像素的像素值除以目标像素的周边平均亮度,从而计算所需的反对数值。 确定部分确定期望的反对数值是否包括在预定范围内。 第一对数值计算部分当确定部分确定期望的反对数值被包括在预定范围内时通过参考该表来计算对应于期望的反对数值的期望的对数值。 第二对数值计算部分当确定部分确定期望的反对数值在预定范围之外时,基于线性函数计算期望的对数值。
    • 13. 发明申请
    • IMAGE PROCESSING DEVICE THAT QUICKLY DISPLAYS RETINEX-PROCESSED PREVIEW IMAGE
    • 快速显示预处理预览图像的图像处理设备
    • US20080056615A1
    • 2008-03-06
    • US11846931
    • 2007-08-29
    • Masashi KUNO
    • Masashi KUNO
    • G06K9/20
    • H04N1/4072H04N1/4092
    • A reduced-image creating portion creates a reduced image from an original image. A reduced-retinex-image forming portion calculates reflectance of each pixel in the reduced image, thereby forming a reduced retinex image. A normalizing-parameter setting portion obtains frequencies of the reflectance in the reduced retinex image and sets upper and lower limits for normalization. A first normalizing portion obtains a normalized reflectance for each pixel in the reduced image. A first correcting portion obtains a corrected reduced image. A preview-image displaying portion displays the corrected reduced image on a display unit. A retinex-image forming portion calculates reflectance of each pixel in the original image. A second normalizing portion normalizes the reflectance of the original image based on the upper limit and the lower limit, thereby obtaining a normalized reflectance for each pixel in the original image. A second correcting portion corrects the original image, thereby obtaining a corrected original image.
    • 缩小图像创建部分从原始图像创建缩小的图像。 缩小视网膜图像形成部分计算缩小图像中的每个像素的反射率,从而形成缩小的Retinex图像。 标准化参数设定部分获得缩小的retinex图像中的反射率的频率,并设定归一化的上限和下限。 第一归一化部分获得缩小图像中的每个像素的归一化反射率。 第一校正部分获得校正的缩小图像。 预览图像显示部分在显示单元上显示经校正的缩小图像。 视网膜成像部分计算原始图像中每个像素的反射率。 基于上限和下限,第二标准化部分归一化原始图像的反射率,从而获得原始图像中每个像素的归一化反射率。 第二校正部分校正原始图像,从而获得校正的原始图像。
    • 15. 发明授权
    • Copier with image editing function
    • 复印机具有图像编辑功能
    • US4627707A
    • 1986-12-09
    • US745121
    • 1985-06-17
    • Tatsuo TaniAkira MidorikawaMasaji ItoMasashi KunoMasayuki ShinadaHirobumi YoshinoYoshihiro Nakashima
    • Tatsuo TaniAkira MidorikawaMasaji ItoMasashi KunoMasayuki ShinadaHirobumi YoshinoYoshihiro Nakashima
    • G03G15/00G03G15/04G03G15/36
    • G03G15/04018G03G15/36G03G15/502
    • A copier with an image editing function which extracts desired areas of a plurality of documents in an analog fashion and allows them to be edited on a single transfer sheet. The copier includes an erasing device for selectively erasing an image provided on a photoconductive element, a detaining device for temporarily detaining a transfer sheet, an image inputting device for inputting an image of an original document, and a display device for displaying an input condition. Desired areas of documents are specified and edited with the aid of displays and then copied. Where the specified areas of the documents overlap each other, one of them having priority over the other or a selected one of them is copied. The number of areas to be edited is open to choice. The specified areas are entered through editing keys and usual ten keys. The erasing device is driven by a controller which is responsive to digital signals which are derived from position setting knobs associated with two perpendicular scales. Different colors are used to in correspondence with specified areas or documents. After copying, sheets are stocked in different positions on the basis of an edited content. An image portion inside or outside a specified area is selectable.
    • 一种具有图像编辑功能的复印机,其以模拟方式提取多个文档的期望区域并允许在单个转印纸上进行编辑。 复印机包括用于选择性地擦除设置在光电导元件上的图像的擦除装置,用于临时保留转印片的扣留装置,用于输入原始文件的图像的图像输入装置和用于显示输入条件的显示装置。 借助显示器指定和编辑所需的文档区域,然后复制。 当文件的指定区域彼此重叠时,其中一个优先于另一个或其中的一个被复制。 要编辑的区域数量是可供选择的。 通过编辑键和通常的十个键输入指定的区域。 擦除装置由控制器驱动,该控制器响应于与两个垂直刻度相关联的位置设置旋钮导出的数字信号。 不同的颜色用于与指定的区域或文件相对应。 复制后,基于编辑的内容将纸张存放在不同的位置。 指定区域内或外部的图像部分是可选择的。
    • 16. 发明授权
    • Printing and print data generating devices, computer-readable media for storing generating instructions, and methods of generating print data
    • 打印和打印数据生成装置,用于存储生成指令的计算机可读介质以及生成打印数据的方法
    • US09071786B2
    • 2015-06-30
    • US13411076
    • 2012-03-02
    • Masashi Kuno
    • Masashi Kuno
    • G06K15/10H04N1/387
    • H04N1/3876H04N1/3877
    • A print data generating device includes an image orientation selecting portion and a print data generating portion. The image orientation selecting portion may select one image orientation of an image to be printed from several image orientations by using partial image data. The print data generating portion may generate print data for printing the image according to the one image orientation. Each image orientation may be with respect to a conveying direction. Each partial image data may correspond to a respective image orientation, a respective partial image, and a respective portion of the image to be printed. Each partial image may be printed in an area defined by a particular distance determined from a corresponding edge of the printing medium. The particular distance may be based on a distance between a location of a downstream roller and a location of a most-upstream nozzle for a printer in the conveying direction.
    • 打印数据生成装置包括图像取向选择部和打印数据生成部。 图像方向选择部分可以通过使用部分图像数据从多个图像取向中选择要打印的图像的一个图像取向。 打印数据生成部可以根据一个图像取向生成用于打印图像的打印数据。 每个图像取向可以相对于输送方向。 每个部分图像数据可以对应于要打印的图像的相应图像取向,相应的部分图像和相应部分。 每个部分图像可以被印刷在由从打印介质的相应边缘确定的特定距离限定的区域中。 特定距离可以基于下游辊的位置与打印机在输送方向上的最上游喷嘴的位置之间的距离。
    • 17. 发明申请
    • PRINT CONTROL DEVICE EXECUTING ERROR DIFFUSION PROCESS IN WHICH CONDITION IS DETERMINED BY PROBABILITY
    • 打印控制设备执行错误扩展过程,其中条件是通过概率确定的
    • US20130335781A1
    • 2013-12-19
    • US13830213
    • 2013-03-14
    • Masashi KUNO
    • Masashi KUNO
    • H04N1/405
    • H04N1/4052H04N1/4057
    • In a print control device, an executing unit executes an error diffusion process in which one of a first and second setting processes is executed. In the first setting process, the executing unit determines whether a first condition is satisfied. The first condition includes that the corrected value of the pixel data is larger than the first threshold value and that the first allowance condition determined by a first probability is satisfied. After the executing unit determines that the first condition is not satisfied, the executing unit determines whether a second condition is satisfied. The second condition includes that the corrected value of the pixel data is larger than the second threshold value. In the second setting process, the executing unit determines whether the second condition is satisfied. After the executing unit determines that the second condition is not satisfied, the executing unit determines whether the first condition is satisfied.
    • 在打印控制装置中,执行单元执行其中执行第一和第二设置处理之一的错误扩散处理。 在第一设定处理中,执行部判定是否满足第一条件。 第一条件包括像素数据的校正值大于第一阈值,并且满足由第一概率确定的第一容限条件。 在执行单元确定不满足第一条件之后,执行单元确定是否满足第二条件。 第二条件包括像素数据的校正值大于第二阈值。 在第二设定处理中,执行部判定是否满足第二条件。 在执行单元确定不满足第二条件之后,执行单元确定是否满足第一条件。
    • 18. 发明授权
    • Inkjet printer
    • 喷墨打印机
    • US08419151B2
    • 2013-04-16
    • US12557327
    • 2009-09-10
    • Yasunari YoshidaMasashi Kuno
    • Yasunari YoshidaMasashi Kuno
    • B41J2/205G06K15/00
    • B41J29/38B41J2/2132G06K15/102H04N1/4052
    • A recording head having a plurality of recording elements arranged at a prescribed pitch in a first direction. A scanning unit is configured to move the recording head back and forth in a second direction perpendicular to the first direction. A setting unit is configured to set process pixels in an input image by rendering at least one of the plurality of recording elements disabled so as not to form dots and at least another one of the plurality of recording elements enabled to allow dots to be formed in each of a plurality of columns of a recording medium. A dot data generating unit is configured to generate dot data by applying a weight matrix to the density data of the process pixel. The dot data is applied to the recording head to form dots on the recording medium.
    • 一种记录头,具有沿第一方向以规定间距排列的多个记录元件。 扫描单元被构造成在与第一方向垂直的第二方向上来回移动记录头。 设置单元被配置为通过使多个记录元素中的至少一个被禁用而不形成点来设置输入图像中的处理像素,并且使多个记录元素中的至少另一个能够形成点 每个记录介质的多列。 点数据生成单元被配置为通过对加工像素的浓度数据应用加权矩阵来生成点数据。 将点数据应用于记录头,以在记录介质上形成点。
    • 20. 发明申请
    • PRINTING AND PRINT DATA GENERATING DEVICES, COMPUTER-READABLE MEDIA FOR STORING GENERATING INSTRUCTIONS, AND METHODS OF GENERATING PRINT DATA
    • 打印和打印数据生成装置,用于存储生成指令的计算机可读介质以及生成打印数据的方法
    • US20120236330A1
    • 2012-09-20
    • US13411076
    • 2012-03-02
    • Masashi KUNO
    • Masashi KUNO
    • G06K15/10
    • H04N1/3876H04N1/3877
    • A print data generating device includes an image orientation selecting portion and a print data generating portion. The image orientation selecting portion may select one image orientation of an image to be printed from several image orientations by using partial image data. The print data generating portion may generate print data for printing the image according to the one image orientation. Each image orientation may be with respect to a conveying direction. Each partial image data may correspond to a respective image orientation, a respective partial image, and a respective portion of the image to be printed. Each partial image may be printed in an area defined by a particular distance determined from a corresponding edge of the printing medium. The particular distance may be based on a distance between a location of a downstream roller and a location of a most-upstream nozzle for a printer in the conveying direction.
    • 打印数据生成装置包括图像取向选择部和打印数据生成部。 图像方向选择部分可以通过使用部分图像数据从多个图像取向中选择要打印的图像的一个图像取向。 打印数据生成部可以根据一个图像取向生成用于打印图像的打印数据。 每个图像取向可以相对于输送方向。 每个部分图像数据可以对应于要打印的图像的相应图像取向,相应的部分图像和相应部分。 每个部分图像可以被印刷在由从打印介质的相应边缘确定的特定距离限定的区域中。 特定距离可以基于下游辊的位置与打印机在输送方向上的最上游喷嘴的位置之间的距离。