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    • 21. 发明授权
    • Offline print method for printing image data in a removable storage medium based on output control data in the same medium
    • 基于相同介质中的输出控制数据在可移动存储介质中打印图像数据的离线打印方法
    • US07054028B2
    • 2006-05-30
    • US10278340
    • 2002-10-22
    • Kazuyuki Murata
    • Kazuyuki Murata
    • G06F15/00
    • H04N1/00204G03G15/5066G03G2215/00092G06K15/00G06K2215/0005H04N1/00H04N1/00962H04N1/00965H04N1/2104H04N1/2158H04N1/32561H04N2201/0081H04N2201/0082H04N2201/0087H04N2201/0094
    • A digital copying machine comprising an image scanner part for reading an original image to reproduce image data of the original image, a laser printer part for printing an image according to given image data, a removable memory card, and a reader/writer of the memory card is provided. For offline print, the image data of a document prepared in an external computer and output control data are stored into the memory card. By installing this memory card in the digital copying machine, the digital copying machine prints the image data read out from the memory card offline in a desired output form. For offline image input, read control data obtained by using an image scanner such as a read gradation level, a read size, density, and the degree of edge enhancement is stored in the removable memory card using software executed in an external computer. By installing this storage medium in the digital copying machine and setting an original to be read in the digital copying machine, the original image is read according to the read control data stored in the memory card, and the obtained image data is stored into the memory card.
    • 一种数字复印机,包括用于读取原始图像以再现原始图像的图像数据的图像扫描器部件,用于根据给定图像数据打印图像的激光打印机部件,可移动存储卡和存储器的读取器/写入器 提供卡。 对于离线打印,将在外部计算机中准备的文档的图像数据和输出控制数据存储到存储卡中。 通过将该存储卡安装在数字复印机中,数字复印机以所需的输出形式将从存储卡读出的图像数据脱机。 对于离线图像输入,使用在外部计算机中执行的软件将使用诸如读取灰度级,读取大小,密度和边缘增强度的图像扫描器获得的读取控制数据存储在可移动存储卡中。 通过在数字复印机中安装该存储介质并设置要在数字复印机中读取的原稿,根据存储在存储卡中的读取的控制数据读取原始图像,并将获得的图像数据存储到存储器中 卡。
    • 22. 发明授权
    • Image formation control method, image forming apparatus using the same and storage medium to which the same is applied
    • 图像形成控制方法,使用该图像形成装置的图像形成装置和应用了其的存储介质
    • US06771914B2
    • 2004-08-03
    • US10088066
    • 2002-03-07
    • Kouichi TakamineKazuyuki Murata
    • Kouichi TakamineKazuyuki Murata
    • G03G1500
    • H04N1/32635G06K15/00H04N1/32609H04N1/32673H04N2201/0082
    • An image formation and control method and apparatus enabling a user to print data to be printed reliably up to the limited reproduction number permitted to the user even if troubles at the time of printing occur when the number of reproductions of the data to be printed is limited, is presented. With reference to the printing management information added to the data to be printed, when the number of reproductions of the data to be printed is limited, the mode is changed from the performance priority mode for normally reproducing data to be printed into the safety priority mode capable of carrying out the required reproduction more reliably than in the performance priority mode, the number of printing of the data to be printed is managed as a printing history, and the printing of the data to be printed is controlled based on the number of reproductions of the data to be printed and the managed printing history.
    • 即使打印数据的复制次数受限制,即使在打印时发生故障时,使用户能够将打印数据可靠地打印到允许用户的有限再现次数的图像形成和控制方法和装置 , 被呈现。 参照在打印数据中添加的打印管理信息,当要打印的数据的再现次数受到限制时,将模式从用于正常再现要打印的数据的性能优先模式改变为安全优先模式 能够比执行优先模式更可靠地执行所需的再现,将要打印的数据的打印数量作为打印历史进行管理,并且基于再现次数来控制要打印的数据的打印 要打印的数据和被管理的打印历史。
    • 24. 发明授权
    • Image processing method and image processing apparatus
    • 图像处理方法和图像处理装置
    • US5450208A
    • 1995-09-12
    • US158710
    • 1993-11-29
    • Kazuyuki Murata
    • Kazuyuki Murata
    • G06K15/02G06T11/00G09G5/28H04N1/409H04N1/21
    • G06T11/001G06K15/02G06K15/1874G09G5/28H04N1/4092G06K2215/006
    • The image processing apparatus for smoothing edges in a reproduced image includes an image data generating circuit for generating image data including a specified pixel and a plurality of pixels surrounding the specified pixel; a sub-pixel data generating circuit for dividing the specified pixel included in the image data into N sub-pixels, for detecting the condition of the specified pixel and the condition of the plurality of pixels surrounding the specified pixel included in the image data by matching the image data with a plurality of predetermined patterns, and for generating sub-pixel data for determining the number and position of sub-pixels to be exposed of the N sub-pixels, based on the condition of the specified pixel and the condition of the plurality of pixels surrounding the specified pixel; and supplying circuit for supplying the sub-pixel data to exposure circuit which makes exposure. The sub-pixel data generating circuit generates sub-pixel data for exposing M sub-pixels of the N sub-pixels, when the specified pixel is detected to be an exposed pixel which requires no exposure correction, where M is smaller than N.
    • 用于平滑再现图像中的边缘的图像处理装置包括图像数据产生电路,用于产生包括指定像素的周围的指定像素和多个像素的图像数据; 子像素数据产生电路,用于将包括在图像数据中的指定像素划分为N个子像素,用于通过匹配来检测包含在图像数据中的指定像素周围的多个像素的状态 所述图像数据具有多个预定图案,并且用于根据所述指定像素的条件和所述N个子像素的条件来生成用于确定要被所述N个子像素曝光的子像素的数量和位置的子像素数据 围绕指定像素的多个像素; 以及用于将子像素数据提供给曝光的曝光电路的供应电路。 子像素数据产生电路产生用于曝光N个子像素的M个子像素的子像素数据,当检测到指定像素是不需要曝光校正的曝光像素时,其中M小于N。
    • 25. 发明授权
    • Image processing apparatus for performing an edge correction process and
digital copying machine comprising said image processing apparatus
therefor
    • 用于执行边缘校正处理的图像处理装置和包括其图像处理装置的数字复印机
    • US5311328A
    • 1994-05-10
    • US21529
    • 1993-02-23
    • Kazuyuki Murata
    • Kazuyuki Murata
    • H04N5/208G06T1/00G06T5/00G06T5/20H04N1/40H04N1/409H04N1/46H04N1/58H04N1/60
    • H04N1/4092G06T7/0083H04N1/58G06T2207/10008G06T2207/30176
    • An image processing apparatus performs an edge correction process for image signals of respective pixels sequentially inputted, each image signal having a density level corresponding to a pixel. An edge amount detector of the image processing apparatus calculates a difference between a density level of an image signal of a specified pixel predetermined from among the image signals and a product of a predetermined value and the sum of the density levels of peripheral pixels located at a predetermined distance from the specified pixel, and outputs a detection signal having a level of an edge amount of the calculated difference, and an edge amount convertor converts the edge amount of the detection signal into a converted edge amount in a predetermined manner, and outputs a conversion signal having level of the converted edge amount. Further, an adder adds the converted edge amount of the conversion signal to the density level of the image signal of the specified pixel, and outputs an image signal of the specified pixel having a level of the addition result, for which the edge correction process has been performed. The image processing apparatus may be made part of a digital copying machine.
    • 图像处理装置对顺序输入的各个像素的图像信号执行边缘校正处理,每个图像信号具有与像素对应的浓度水平。 图像处理装置的边缘量检测器计算从图像信号中预定的特定像素的图像信号的浓度水平与预定值的乘积与位于a的周边像素的浓度水平之和之间的差 并且输出具有计算出的差的边缘量的电平的检测信号,并且边沿量转换器以预定的方式将检测信号的边沿量转换为转换边缘量,并输出一个 转换信号具有转换边缘量的电平。 此外,加法器将转换后的信号的转换边缘量与指定像素的图像信号的浓度等级相加,并输出具有加法结果的电平的指定像素的图像信号,边缘校正处理具有 已经执行 图像处理装置可以是数字复印机的一部分。
    • 27. 发明授权
    • Audio mixing device
    • 音频混音装置
    • US08351622B2
    • 2013-01-08
    • US12738329
    • 2008-10-20
    • Ryoji SuzukiKazuyuki Murata
    • Ryoji SuzukiKazuyuki Murata
    • H04B1/00H04R5/00
    • H04S3/00
    • An audio mixing device that can get simpler processing done safely without depending on the property of an input signal is provided. An audio mixing device includes: an analyzer circuit to receive and separate audio data into primary and secondary audio data and control data; decoder circuits for decoding the primary and supplementary audio data separated into primary and supplementary audio signals in multiple channels; a mixer circuit for generating an M-channel composite audio signal by adding the supplementary audio signals to the primary ones channel-by-channel and converting the M-channel composite audio signal into N-channel audio signals (where N
    • 提供了一种音频混合装置,其可以在不依赖于输入信号的性质的情况下安全地进行更简单的处理。 音频混合装置包括:分析器电路,用于接收和分离音频数据到主音频数据和次要音频数据和控制数据; 解码器电路,用于解码在多个通道中分离成主音频信号和辅助音频信号的主音频数据和辅助音频数据; 混频器电路,用于通过将辅助音频信号逐个加入主频道并将M声道复合音频信号转换成N声道音频信号(其中N
    • 29. 发明授权
    • Digital copying machines and image readers with offline interface
    • 具有离线界面的数字复印机和图像读取器
    • US06734988B2
    • 2004-05-11
    • US09064367
    • 1998-04-22
    • Kazuyuki Murata
    • Kazuyuki Murata
    • G06F1300
    • H04N1/00204G03G15/5066G03G2215/00092G06K15/00G06K2215/0005H04N1/00H04N1/00962H04N1/00965H04N1/2104H04N1/2158H04N1/32561H04N2201/0081H04N2201/0082H04N2201/0087H04N2201/0094
    • A digital copying machine comprising an image scanner part for reading an original image to reproduce image data of the original image, a laser printer part for printing an image according to given image data, a removable memory card, and a reader/writer of the memory card is provided. For offline print, the image data of a document prepared in an external computer and output control data are stored into the memory card. By installing this memory card in the digital copying machine, the digital copying machine prints the image data read out from the memory card offline in a desired output form. For offline image input, read control data obtained by using an image scanner such as a read gradation level, a read size, density, and the degree of edge enhancement is stored in the removable memory card using software executed in an external computer. By installing this storage medium in the digital copying machine and setting an original to be read in the digital copying machine, the original image is read according to the read control data stored in the memory card, and the obtained image data is stored into the memory card.
    • 一种数字复印机,包括用于读取原始图像以再现原始图像的图像数据的图像扫描器部件,用于根据给定图像数据打印图像的激光打印机部件,可移动存储卡和存储器的读取器/写入器 提供卡。 对于离线打印,将在外部计算机中准备的文档的图像数据和输出控制数据存储到存储卡中。 通过将该存储卡安装在数字复印机中,数字复印机以所需的输出形式将从存储卡读出的图像数据脱机。 对于离线图像输入,使用在外部计算机中执行的软件将使用诸如读取灰度级,读取大小,密度和边缘增强度的图像扫描器获得的读取控制数据存储在可移动存储卡中。 通过在数字复印机中安装该存储介质并设置要在数字复印机中读取的原稿,根据存储在存储卡中的读取的控制数据读取原始图像,并将获得的图像数据存储到存储器中 卡。
    • 30. 发明授权
    • Image processing apparatus for reading an image by hand scanning
    • 用于通过手动扫描读取图像的图像处理装置
    • US5949921A
    • 1999-09-07
    • US512908
    • 1995-08-09
    • Akio KojimaKazuyuki MurataYasuhiro KuwaharaNaoki Takahashi
    • Akio KojimaKazuyuki MurataYasuhiro KuwaharaNaoki Takahashi
    • G06K9/22H04N1/04H04N1/387G06K9/40
    • H04N1/387G06K9/228H04N1/04H04N2201/0414
    • A scanner for reading an original image by hand scanning usually detects scanning positions of the reading sensor on the original image sequentially and stores read image data into image memory according to said scanning positions. However, an area in which the image data is not stored may appear when free scanning is done such that its pixel density exceeds a permitted limit. This area, if it appears, degrades the quality of the image which is reproduced in the image memory. The scanner of the invention detects the area in which the image data has not been stored, and prevents the appearance of such an area in the resulting image. It also judges an abnormal state that is beyond the prevention capacity and informs the operator of such a state. Furthermore, when it detects a scanning error caused by sensor problems, it halts storing the image data and informs the operator of the scanning error.
    • 通过手扫描读取原始图像的扫描器通常依次检测原始图像上的读取传感器的扫描位置,并根据所述扫描位置将读取的图像数据存储到图像存储器中。 然而,当自由扫描完成时,可能会出现图像数据未被存储的区域,使得其像素密度超过允许的极限。 如果出现这个区域,降低在图像存储器中再现的图像的质量。 本发明的扫描仪检测图像数据未被存储的区域,并且防止在所得到的图像中出现这样的区域。 它还判断超出预防能力的异常状态,并通知运营商这种状态。 此外,当检测到由传感器问题引起的扫描错误时,它停止存储图像数据并通知操作者扫描错误。