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    • 2. 发明授权
    • Image reader incorporated in electro-developing type camera and electro-developing recording medium used therein
    • 并入电显影型照相机的图像读取器和其中使用的电显影记录介质
    • US06374059B1
    • 2002-04-16
    • US09244859
    • 1999-02-05
    • Koichi SatoYasuhiro YamamotoTahei MorisawaMasato OkabeHironori KamiyamaOsamu ShimizuYuudai Yamashita
    • Koichi SatoYasuhiro YamamotoTahei MorisawaMasato OkabeHironori KamiyamaOsamu ShimizuYuudai Yamashita
    • G03B1748
    • G03B17/50
    • An electro-developing recording medium has a reference zone exhibiting a substantially-constant transparency to prepare correction data for correcting image pixel signals obtained by an optical and electronic reading of a developed image of the electro-developing recording medium. The reference zone is located at a margin area of an image recording area of the electro-developing recording medium. Further, the reference zone is located adjacent to a side edge of the image recording area of the electro-developing recording medium. The electro-developing recording medium includes an electrostatic information recording medium and an electric charge keeping medium. The electric charge keeping medium has the reference zone exhibiting the substantially-constant transparency. The electric charge keeping medium is formed as a liquid crystal display, and the reference zone can be defined as an empty space from which a portion of a liquid crystal of the liquid crystal display has been eliminated. In the alternative, the reference zone can be defined as a plenum space which is filled with a portion of a liquid crystal of the liquid crystal display, and which is arranged such that an electric field is applied to the plenum space so as to exhibit a constant and maximum transparency.
    • 电显影记录介质具有呈现基本上恒定的透明度的参考区域,以准备校正数据,用于校正通过对电显影记录介质的显影图像的光学和电子读取获得的图像像素信号。 参考区域位于电显影记录介质的图像记录区域的边缘区域。 此外,参考区域位于电显影记录介质的图像记录区域的侧边缘附近。 电显影记录介质包括静电信息记录介质和电荷保持介质。 电荷保持介质具有呈现基本上恒定的透明度的参考区域。 电荷保持介质形成为液晶显示器,并且参考区域可以被定义为已经消除了液晶显示器的液晶的一部分的空白空间。 另一方面,参考区域可以被定义为填充有液晶显示器的液晶的一部分的增压空间,并且其布置成使得电场施加到集气室,以便呈现出 恒定和最大的透明度。
    • 9. 发明授权
    • Electronic apparatus
    • 电子仪器
    • US08841882B2
    • 2014-09-23
    • US13302812
    • 2011-11-22
    • Koichi Sato
    • Koichi Sato
    • H02J7/00
    • H01Q1/243H01Q21/28
    • According to one embodiment, an electronic apparatus includes a display device with a display screen, a first wireless communication module, a second wireless communication module, first antennas for the first wireless communication module, and second antennas for the second wireless communication module. The display screen is exposed from a front surface of a housing. At least two of each of the first antennas and the second antennas are disposed in two perpendicular sides of the housing. The two perpendicular sides are peripheral parts of the display screen. One of the first antennas disposed in the two perpendicular sides and one of the second antennas disposed in the two perpendicular sides are disposed in respective center parts of the two perpendicular sides.
    • 根据一个实施例,电子设备包括具有显示屏的显示设备,第一无线通信模块,第二无线通信模块,用于第一无线通信模块的第一天线和用于第二无线通信模块的第二天线。 显示屏从壳体的前表面露出。 每个第一天线和第二天线中的至少两个设置在壳体的两个垂直侧。 两个垂直边是显示屏的周边部分。 设置在两个垂直侧的第一个天线之一和设置在两个垂直侧的第二个天线中的一个设置在两个垂直侧的相应的中心部分。
    • 10. 发明授权
    • Hydroforming apparatus and method for hydroforming
    • 液压成型设备和液压成型方法
    • US08621904B2
    • 2014-01-07
    • US12737320
    • 2009-06-30
    • Masaaki MizumuraKoichi SatoManabu WadaYukihisa Kuriyama
    • Masaaki MizumuraKoichi SatoManabu WadaYukihisa Kuriyama
    • B21D26/02B21J5/04
    • B21D26/043B21D26/041B21D26/047
    • A hydroforming apparatus and working method able to simply find a load path are proposed, which system and method use a mold in which contact sensors able to judge contact with a metal tube inside the mold are mounted at least at two different positions in the tube axial direction, perform a first step of axially pushing tube ends in a state with the internal pressure held at a constant value and stopping the progress of the axial pushing action when judging that among the contact sensors not yet in contact mounted at positions closest to the tube ends detect contact with the metal tube, next perform a second step of raising only the internal pressure while leaving the positions of the tube ends fixed and stopping the increase in the internal pressure when the contact sensor not yet in contact judges contact, next perform a third step of lowering the internal pressure to the value before raising it while leaving the positions of the tube ends fixed, and repeat said first step to third step until all of said contact sensors judge contact so as to obtain a hydroformed part.
    • 提出了一种能够简单地找到负载路径的液压成形设备和工作方法,该系统和方法使用模具,其中接触传感器能够判断与模具内的金属管的接触至少在管轴向的两个不同位置 在将内部压力保持在一定值的状态下进行轴向推压管端的第一步骤,并且当判断在接触传感器尚未接触安装在最靠近管的位置时停止轴向推动动作的进行 结束检测与金属管的接触,接下来进行仅提升内部压力的第二步骤,同时使管端部的位置固定并且当接触传感器尚未接触时停止内部压力的增加,接下来执行 在将管内端部的位置固定之前将内部压力降低到值的第三步骤,并且将第一步骤重复到第三步骤 一直到所有的接触传感器判断接触以获得液压成型部件。