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    • 62. 发明授权
    • Imaging unit, portable terminal device, and portable terminal system
    • 成像单元,便携式终端设备和便携式终端系统
    • US07995121B2
    • 2011-08-09
    • US12033506
    • 2008-02-19
    • Atsushi KobayashiTakashi Mori
    • Atsushi KobayashiTakashi Mori
    • H04N5/262
    • H04N9/75H04N5/2621H04N5/275
    • The present invention provides an imaging unit, a portable terminal device, and a portable terminal system capable of performing a satisfactory key synthesizing process. An imaging unit mainly includes an imaging section, a conversion section, and a key signal generating section. The conversion section converts the format of the imaged image data output from the imaging section from YUV format to RGB format. The key signal generating section generates a key signal based on each pixel data configuring the imaged image data and the reference data for the imaged image data input from the imaging section. The key signal generating section also outputs foreground image data having the generated key signal and the corresponding pixel data of RGB format as minimum configuring unit. An image synthesizing section of a main unit generates synthesized image data by overlapping the foreground image data from the imaging unit and the background image data stored in a RAM based on the key signal contained in the foreground image data.
    • 本发明提供了能够执行令人满意的密钥合成处理的成像单元,便携式终端装置和便携式终端系统。 成像单元主要包括成像部分,转换部分和键信号产生部分。 转换部分将从成像部分输出的成像图像数据的格式从YUV格式转换为RGB格式。 键信号产生部分基于构成成像图像数据的每个像素数据和从成像部分输入的成像图像数据的参考数据生成键信号。 键信号产生部分还输出具有生成的键信号的前景图像数据和RGB格式的相应像素数据作为最小配置单元。 主单元的图像合成部分基于前景图像数据中包含的键信号,通过将来自成像单元的前景图像数据和存储在RAM中的背景图像数据重叠来产生合成图像数据。
    • 64. 发明申请
    • Swash Plate Type Liquid-Pressure Rotating Device
    • 斜盘式液压旋转装置
    • US20110113954A1
    • 2011-05-19
    • US13054455
    • 2009-03-13
    • Takashi MoriHideki Tamashima
    • Takashi MoriHideki Tamashima
    • F01B3/02F04B27/08
    • F04B1/128F04B1/2014F04B1/2085F04B1/324F05C2251/10F05C2253/24
    • A plurality of pistons arranged in a circumferential direction in a cylinder block are configured to rotate with a rotating shaft. Tip end portions of the pistons slide along a swash plate. The swash plate supported by a swash plate supporting portion tilts with respect to the rotating shaft, and includes a tilt adjustment driving portion configured to change a tilt angle. The tilt adjustment driving portion includes a tilt adjustment large-diameter cylinder chamber, a tilt adjustment small-diameter cylinder chamber, a tilt adjustment large-diameter piston configured to slide in the cylinder chamber to change the tilt angle, and a tilt adjustment small-diameter piston configured to slide in the cylinder chamber to change the tilt angle. A sliding surface of each of the inner peripheral surfaces of the cylinder chambers includes a quenched portion formed by laser light, the sliding surface being a surface on which the tilt adjustment piston slides.
    • 在缸体中沿圆周方向布置的多个活塞构造成随着旋转轴旋转。 活塞的末端部分沿着斜盘滑动。 由斜盘支撑部支撑的旋转斜盘相对于旋转轴倾斜,并且包括倾斜调节驱动部,其被配置为改变倾斜角。 倾斜调节驱动部包括倾斜调节大直径气缸室,倾斜调节小直径气缸室,构造成在气缸室内滑动以改变倾斜角度的倾斜调节大直径活塞,以及倾斜调节小直径气缸室, 直径的活塞构造成在气缸室中滑动以改变倾斜角。 气缸室的每个内周表面的滑动表面包括由激光形成的淬火部分,滑动表面是倾斜调节活塞在其上滑动的表面。
    • 69. 发明授权
    • Recording method and printed matter
    • 记录方法和印刷品
    • US07651211B2
    • 2010-01-26
    • US11886704
    • 2007-01-29
    • Takashi Mori
    • Takashi Mori
    • B41J2/01
    • B41M5/00B41J2/1433B41J2/1606B41J2002/14475C09D11/32C09D11/40
    • A recording method with an ink ejected by an ink jet head, in which an ink repellent layer is formed on a surface of a nozzle plate of the ink jet head so that an opening portion for liquid ejections is established, the ink jet head being formed such that a cross-sectional area for the opening portion neighborhood of the ink repellent layer in a plane which is perpendicular to a centerline of the opening portion grows big sequentially as the cross-sectional area is further separated from the surface of the base material nozzle plate, wherein the amount of the ink transferred onto a recording medium during a contact time of 100 ms measured by a dynamic scanning absorptometer with environmental conditions of temperature 23° C. and relative humidity 50% RH is between 4 and 15 ml/m2, and the amount of the ink transferred onto the recording medium during a contact time of 400 ms measured by the dynamic scanning absorptometer with the environmental conditions of temperature 23° C. and relative humidity 50% RH is between 7 and 20 ml/m2.
    • 一种具有由喷墨头喷射的墨的记录方法,其中在喷墨头的喷嘴板的表面上形成防油层,从而形成用于液体喷射的开口部分,形成喷墨头 使得当垂直于开口部分的中心线的平面中的防油墨层的开口部分附近的横截面面积随着从基材喷嘴的表面进一步分离的横截面积逐渐增大 板,其中通过动态扫描吸光计测量的接触时间为100ms期间转移到记录介质上的油墨的量在温度23℃和相对湿度50%RH的环境条件下为4至15ml / m 2, 在动态扫描吸光光度计测量的接触时间为400毫秒时,环境温度为23摄氏度,并传输到记录介质上的墨量。 潮湿湿度50%RH为7至20ml / m2。