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    • 21. 发明申请
    • Color image processing apparatus and color printer system
    • 彩色图像处理装置和彩色打印机系统
    • US20060197998A1
    • 2006-09-07
    • US11362900
    • 2006-02-28
    • Takeshi ShibuyaNaoyuki Urata
    • Takeshi ShibuyaNaoyuki Urata
    • G03F3/08
    • H04N1/6022
    • A color image processing apparatus includes: a minimum value selection unit that selects a minimum value of an input gray level values; a first calculation unit that calculates a generation amount of black; a second calculation unit that calculates an UCR amount which is a value relevant to the minimum value; a third calculation unit that outputs a correction coefficient value which is a value relevant to the minimum value; a subtraction unit that subtracts the UCR amount from each of the input gray level values to generate output; a multiplication unit that multiply the output of the subtraction unit by the correction coefficient value; a significant bit selection unit that selects a significant bit of a multiplication result; and a gray level correction unit that makes a gray level correction to the generation amount of black and the output of the multiplication unit.
    • 彩色图像处理装置包括:最小值选择单元,其选择输入灰度值的最小值; 计算黑色的产生量的第一计算单元; 第二计算单元,计算作为与所述最小值相关的值的UCR量; 第三计算单元,输出与最小值相关的值的校正系数值; 减法单元,从每个输入灰度值减去UCR量以产生输出; 乘法单元,将减法单元的输出乘以校正系数值; 选择乘法结果的有效位的有效位选择单元; 以及对黑色的产生量和乘法单元的输出进行灰度校正的灰度级校正单元。
    • 24. 发明授权
    • Digital halftoning apparatus and method
    • 数字半色调装置及方法
    • US5867607A
    • 1999-02-02
    • US617032
    • 1996-03-18
    • Takeshi ShibuyaTatsunari SatouTaisaku Seino
    • Takeshi ShibuyaTatsunari SatouTaisaku Seino
    • B41J2/52G06T5/00H04N1/405H04N1/52G06K9/38H04N1/40
    • H04N1/52
    • A raster device such as a digital printer or the like which sequentially compares input image data with each element in a threshold matrix to convert the input image data into binary or multi-level pixel data. For providing both a higher resolution and a larger number of halftone levels for an output image at a low cost, an input image is decomposed into four color planes as CMYK data, and data on each color plane is compared with a dither matrix in a binarization circuit to be converted to binary data. The dither matrix generates a dither pattern composed of eight clusters having substantially the same shape as a kernel cluster capable of expressing 15 or more halftone levels. In this way, a smooth gradation having 120 or more halftone levels is realized by repetitively applying a small pattern having approximately 15 halftone levels.
    • 诸如数字打印机等的光栅装置顺序地将输入图像数据与阈值矩阵中的每个元素进行比较,以将输入图像数据转换为二进制或多级像素数据。 为了以低成本为输出图像提供更高分辨率和更大数量的半色调水平,输入图像被分解成四个颜色平面作为CMYK数据,并且将每个颜色平面上的数据与二值化中的抖动矩阵进行比较 电路转换为二进制数据。 抖动矩阵产生由能够表达15个或更多半色调水平的核心簇具有基本相同形状的8个簇组成的抖动图案。 以这种方式,通过重复施加具有大约15个半色调水平的小图案来实现具有120个或更多半色调水平的平滑等级。
    • 25. 发明授权
    • Engaging noise preventing device for gear transmission device
    • 啮合齿轮传动装置的防噪装置
    • US5758541A
    • 1998-06-02
    • US414644
    • 1995-04-03
    • Takeshi Shibuya
    • Takeshi Shibuya
    • F16F7/02F16F7/06F16H57/00F16F15/12F16F15/32F16H55/14
    • F16C33/7873F16C33/7809F16C33/7889F16F7/023F16F7/06F16H57/0006Y10T74/19637Y10T74/19991
    • In an elastic frictional member including: a core ring fitted on a sleeve fixedly mounted on a shaft; and an elastic element engaged with the outer cylindrical surface of the core ring, a plurality of small protrusions are extended from the outer surface of a lip forming a part of the elastic element; that is, from a slide surface of the elastic element which is in slide contact with the inner cylindrical surface of a shaft hole formed in the gear. The small protrusions of the lip are in point contact with the inner cylindrical surface of the shaft hole of the gear; that is, the outer surface of the lip from which the small protrusions are extended is spaced from the inner cylindrical surface of the shaft hole of the gear, thus allowing the formation of a lubricant film in the space. The lubricant film thus formed maintains the friction coefficient substantially constant.
    • 一种弹性摩擦构件,包括:安装在固定地安装在轴上的套筒上的芯环; 以及与所述芯环的外圆筒面接合的弹性元件,从形成所述弹性元件的一部分的唇部的外表面延伸出多个小突起; 也就是说,与弹性元件的与形成在齿轮中的轴孔的内圆柱表面滑动接触的滑动表面。 唇部的小突起与齿轮的轴孔的内圆柱表面点接触; 也就是说,小突起延伸的唇缘的外表面与齿轮的轴孔的内圆柱表面间隔开,从而允许在该空间中形成润滑剂膜。 如此形成的润滑剂膜保持摩擦系数基本恒定。
    • 27. 发明申请
    • AUTOMATIC ANALYZER
    • 自动分析仪
    • US20120328476A1
    • 2012-12-27
    • US13575503
    • 2011-01-19
    • Kouichi SuzukiHiroshi WatanabeTakeshi ShibuyaShinichi Nagara
    • Kouichi SuzukiHiroshi WatanabeTakeshi ShibuyaShinichi Nagara
    • G01N35/00
    • G01N35/025G01N35/00663G01N35/1002G01N2035/00673Y10T436/11
    • The present invention provides an automatic analyzer for analyzing blood, urine, or other samples in which, for the purpose of reducing the workload of the operator, the process of reagent replacement is automated such that the measurement operation of the analyzer need not be halted during the reagent replacement. A sample rack transfer mechanism and reagent storage/transfer mechanisms are placed on different levels of two-story structure. This configuration allows reagent replacement even when the analyzer is performing an analysis, as well as achieving size reduction of the analyzer. The automation of reagent replacement is achieved by the following: a sensor's detection of the remaining reagent amount in a reagent vessel reaching a particular value; and the analyzer's detection of a measurement request for a sample rack when necessary reagents are not present in any reagent storage mechanism of an analyzer unit.
    • 本发明提供了一种用于分析血液,尿液或其他样品的自动分析仪,其中为了减少操作者的工作量,自动化试剂更换过程,使得分析仪的测量操作不需要在 试剂更换。 样品架转移机构和试剂储存/转移机构放置在不同层次的两层结构上。 该配置即使在分析仪进行分析时也能够进行试剂更换,也可以实现分析仪的尺寸减小。 试剂更换的自动化通过以下方式实现:传感器检测试剂容器中剩余的试剂量达到特定值; 并且当需要的试剂不存在于分析仪单元的任何试剂储存机构中时,分析仪检测样品架的测量请求。
    • 28. 发明授权
    • Scanning line aligned image forming apparatus
    • 扫描线对准图像形成装置
    • US08319811B2
    • 2012-11-27
    • US12554170
    • 2009-09-04
    • Takeshi ShibuyaTakeshi Mochizuki
    • Takeshi ShibuyaTakeshi Mochizuki
    • B41J2/455
    • B41J2/473G02B26/123G03G15/04036G03G15/043G03G15/326
    • An image forming apparatus includes an optical scanning system that simultaneously forms a group of two scanning lines extending in a main scanning direction on a surface of a photoconductive member at a prescribed scan line interval in a sub scanning direction. An exposure intensity distribution changing device is provided to symmetrically change exposure intensity distribution of two scanning lines in the main scan direction. A group of two scanning lines formed next on the photoconductive member partially overlaps with the group previously formed with displacement of a prescribed feed pitch in the sub scanning direction so that a prescribed numbers of the two scanning lines neighboring to each other of the different groups are paired to form a prescribed number of combination scan lines. The exposure intensity distribution changing device substantially equalizes the sum of the exposure intensity of the pair of neighboring scan lines of the combination scan line at every section in the main scanning direction.
    • 一种图像形成装置包括光学扫描系统,其在副扫描方向上以规定的扫描线间隔同时形成在感光体的表面上沿主扫描方向延伸的两组扫描线。 提供曝光强度分布改变装置以对称地改变主扫描方向上的两条扫描线的曝光强度分布。 接下来形成在感光体上的一组两条扫描线部分地与预先在副扫描方向上以规定的馈送节距位移形成的组重叠,使得不同组相邻的两条扫描线的规定数量为 配对形成规定数量的组合扫描线。 曝光强度分布改变装置在主扫描方向上的每个部分基本上均衡组合扫描线的一对相邻扫描线的曝光强度之和。
    • 29. 发明申请
    • COVER OPENER AND AUTOMATIC ANALYZING DEVICE USING SAME
    • 使用相同的开盖器和自动分析装置
    • US20120213668A1
    • 2012-08-23
    • US13503952
    • 2010-11-01
    • Masanori AkutsuTakeshi Shibuya
    • Masanori AkutsuTakeshi Shibuya
    • G01N35/00B67B7/18
    • B67B7/182B01L3/50825B01L2200/025B01L2300/042B01L2300/046G01N35/04G01N2035/0405
    • A cover opener for opening a cover 1a that is rotationally removed from and fixed to a reagent container 1 includes: a rotational drive unit 12 and a cover retainer 17 to retain the cover 1a by becoming engaged with a concave portion 1b provided on an upper portion of the cover 1a. A carrier 16 is driven to rotate as the rotational drive unit rotates, as well as to move in a direction of a rotational axis with respect to the rotational drive unit. Springs 19 and 20, one of which is provided between the rotational drive unit and the cover retainer, and the other between the rotational drive unit and the carrier, bias the rotational drive unit and the cover retainer or the carrier in relative fashion to move away from each other. This enables the cover of the reagent container to be reliably opened.
    • 用于打开从试剂容器1旋转移除并固定到试剂容器1的盖1a的盖开启器包括:旋转驱动单元12和盖保持器17,用于通过与设置在上部的凹部1b接合来保持盖1a 的盖子1a。 当旋转驱动单元旋转时,行星架16被驱动以旋转,并且相对于旋转驱动单元沿旋转轴线的方向移动。 弹簧19和20,其中一个设置在旋转驱动单元和盖保持器之间,另一个设置在旋转驱动单元和托架之间,以相对方式偏置旋转驱动单元和盖保持器或托架以移开 从彼此。 这使得试剂容器的盖可以可靠地打开。