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    • 91. 发明申请
    • METHOD FOR HYDROFORMING AND A HYDROFORMED PRODUCT
    • 加氢和加氢产品的方法
    • US20110097596A1
    • 2011-04-28
    • US12737321
    • 2009-06-30
    • Masaaki MizumuraKoichi SatoManabu WadaYukihisa Kuriyama
    • Masaaki MizumuraKoichi SatoManabu WadaYukihisa Kuriyama
    • B21D26/02B32B1/08
    • B21D26/043B21D26/033B21D26/037B21D26/041Y10T29/49805Y10T428/1241
    • The invention has as its object to perform hydroforming so that no buckling or wrinkles remain at a hydroformed product with a long expanded region and comprises performing a first step of raising the internal pressure in a state with the metal tube fixed in position at the two ends or a state applying axial pushing actions of 10% or less of the total amount of axial pushing action, then applying axial pushing actions while holding the internal pressure at a constant pressure so as to expand the metal tube near the ends, then performing a second step of raising only the internal pressure without applying any axial pushing action so as to thereby expand a center of the metal tube, then performing a third step of lowering only the internal pressure to the value of the constant pressure without applying any axial pushing action, then repeating the first to third steps one or more times, then raising the internal pressure in the state not applying any axial pushing action or applying an axial pushing action of 10% of the total axial pushing action amount or less.
    • 本发明的目的是进行液压成型,使得在具有较长膨胀区域的液压成型产品上不会出现弯曲或褶皱,并且包括在金属管固定在两端的位置的状态下执行提升内部压力的第一步骤 或施加轴向推动动作总量的10%以下的轴向推动动作的状态,然后在将内压保持在一定压力的同时施加轴向推动动作,以使金属管在端部附近膨胀,然后执行第二 仅在不施加任何轴向推动作用的情况下仅升高内压的步骤,从而扩大金属管的中心,然后执行仅将内部压力降低到恒定值的第三步骤,而不施加任何轴向推动作用, 然后重复第一至第三步骤一次或多次,然后在不施加任何轴向推动作用或施加斧头的状态下升高内部压力 总推力动作量的10%左右推动动作量少。
    • 92. 发明申请
    • Synchronization Signal Control Circuit and Display Apparatus
    • 同步信号控制电路和显示装置
    • US20110007215A1
    • 2011-01-13
    • US12858512
    • 2010-08-18
    • Yasuhiro HoriKoichi Sato
    • Yasuhiro HoriKoichi Sato
    • H04N9/475
    • G09G5/18G09G5/005G09G5/12
    • A synchronization signal control circuit according to embodiments includes a phase difference detecting section and a vertical synchronization correction control section. When a vertical synchronization period of an input video signal is within a compensation period range between a minimum vertical synchronization period and a maximum vertical synchronization period, the synchronization signal control circuit outputs a display vertical synchronization signal used for displaying the input video signal to a display section capable of providing a display based on the input video signal. The phase difference detecting section detects a phase difference between an input vertical synchronization signal based on the input video signal and the display vertical synchronization signal. The vertical synchronization correction control section corrects the cycle period of the display vertical synchronization signal within the compensation period range so as to reduce the phase difference.
    • 根据实施例的同步信号控制电路包括相位差检测部分和垂直同步校正控制部分。 当输入视频信号的垂直同步周期在最小垂直同步周期和最大垂直同步周期之间的补偿周期范围内时,同步信号控制电路将用于显示输入视频信号的显示垂直同步信号输出到显示器 该部分能够基于输入视频信号提供显示。 相位差检测部分检测基于输入视频信号的输入垂直同步信号和显示垂直同步信号之间的相位差。 垂直同步校正控制部分校正补偿周期范围内的显示垂直同步信号的周期,以减小相位差。
    • 94. 发明授权
    • Antenna device and wireless mobile terminal provided with magnetic material
    • 天线设备和无线移动终端提供磁性材料
    • US07830323B2
    • 2010-11-09
    • US11974630
    • 2007-10-15
    • Akihiro TsujimuraKoichi SatoTakashi AmanoSatoshi MizoguchiIsao Ohba
    • Akihiro TsujimuraKoichi SatoTakashi AmanoSatoshi MizoguchiIsao Ohba
    • H01Q1/00
    • H01Q9/40H01Q1/2266H01Q9/42H01Q21/30
    • An antenna device is provided. The antenna device includes an antenna element including a first portion and a second portion formed almost parallel to each other, and a plane-shaped piece of magnetic material provided between the first portion and the second portion, the magnetic material arranged almost parallel to the first portion and the second portion. A wireless mobile terminal is provided. The wireless mobile terminal includes a printed circuit board, an antenna element including a first portion and a second portion formed almost parallel to each other, the first portion and the second portion arranged almost parallel to the printed circuit board each, and a plane-shaped piece of magnetic material provided between the first portion and the second portion, the magnetic material arranged almost parallel to the printed circuit board, the magnetic material arranged almost parallel to the first portion and the second portion.
    • 提供一种天线装置。 天线装置包括:天线元件,包括第一部分和彼此大致平行的第二部分,以及设置在第一部分和第二部分之间的平面形状的磁性材料片,磁性材料几乎平行于第一部分 部分和第二部分。 提供无线移动终端。 无线移动终端包括印刷电路板,天线元件,包括彼此大致平行的第一部分和第二部分,第一部分和第二部分几乎平行于印刷电路板布置,平面形状 设置在第一部分和第二部分之间的磁性材料,磁性材料几乎平行于印刷电路板布置,磁性材料几乎平行于第一部分和第二部分布置。
    • 97. 发明申请
    • VIDEO SIGNAL SYNCHRONIZATION SIGNAL GENERATING APPARATUS AND VIDEO SIGNAL SYNCHRONIZATION SIGNAL GENERATION METHOD
    • 视频信号同步信号发生装置和视频信号同步信号发生方法
    • US20100045865A1
    • 2010-02-25
    • US12541348
    • 2009-08-14
    • Yasuhiro HoriKoichi SatoTakeshi Inagaki
    • Yasuhiro HoriKoichi SatoTakeshi Inagaki
    • H04N5/06
    • H04N5/06
    • A video signal synchronization signal generating apparatus for making a display reference synchronization signal Vb that serves as a reference of video display and has a first frequency and an input synchronization signal Vi that constitutes images and has a second frequency synchronized with each other, the apparatus including: a frequency ratio generating section configured to divide a frequency that is double the first frequency by the second frequency to calculate a frequency ratio n; a Vx generation comparator circuit section configured to generate coincidence signal Vx′ having pulses that are inserted by equally dividing one period of the input synchronization signal Vi by the frequency ratio n; and a Vx generation circuit section configured to remove the alternate pulses of the coincidence signal Vx′ to generate synchronization signal Vx of a same phase as the phase of the input synchronization signal Vi.
    • 一种视频信号同步信号产生装置,用于使显示参考同步信号Vb成为视频显示的参考,并且具有第一频率和构成图像并具有第二频率的输入同步信号Vi,该装置包括 :频率比生成部,被配置为将第一频率的两倍的频率除以第二频率,以计算频率比n; Vx生成比较器电路部,被配置为产生具有通过将输入同步信号Vi的一个周期除以频率比n而插入的脉冲的符合信号Vx'; 以及Vx生成电路部,被配置为去除一致信号Vx'的交替脉冲,以生成与输入同步信号Vi的相位相同相位的同步信号Vx。
    • 99. 发明授权
    • Camera apparatus and image processing method
    • 相机设备和图像处理方法
    • US07612809B2
    • 2009-11-03
    • US11110573
    • 2005-04-19
    • Atsuhiro KumagaiKoichi Sato
    • Atsuhiro KumagaiKoichi Sato
    • H04N5/76
    • H04N5/772H04N5/85H04N9/8047H04N9/8227
    • A camera apparatus equipped with an optical system, a photographing element for converting a light signal of an object to be photographed from the optical system to an electric signal, an A/D conversion unit for converting the electric signal from the photographing element to digital image data, a data compression unit for compressing the image data from the A/D conversion unit with a prescribed form based on a software program. Data conversion converts the compressed data from the data compression unit to a prescribed form of data that is recordable into a direct read after write type optical disk or a rewritable optical disk that records the compressed data. The camera enables a user to watch on a personal computer static images that have been photographed without making data transfer to the personal computer.
    • 一种装备有光学系统的照相机装置,用于将从光学系统拍摄的被摄体的光信号转换为电信号的拍摄元件,用于将来自拍摄元件的电信号转换为数字图像的A / D转换单元 数据,数据压缩单元,用于基于软件程序以规定的形式压缩来自A / D转换单元的图像数据。 数据转换将来自数据压缩单元的压缩数据转换成可记录到写入型光盘或记录压缩数据的可重写光盘之后的直接读取的规定形式的数据。 相机使用户能够在个人计算机上观看已拍摄的静态图像而不将数据传送到个人计算机。
    • 100. 发明授权
    • Image signal processing unit
    • 图像信号处理单元
    • US07583295B2
    • 2009-09-01
    • US11550535
    • 2006-10-18
    • Koichi SatoShinsuke Sanbongi
    • Koichi SatoShinsuke Sanbongi
    • H04N5/228H04N5/235G06K9/36
    • H04N9/045H04N5/262
    • An image signal processing unit comprising an image signal receiver, a first addition block, a compression block, and a determination block, is provided. The image signal receiver receives an image signal. The image signal is generated by an imaging device. The imaging device has a plurality of pixels generating pixel signal. A receiving surface of the imaging device is divided into a number of pixel blocks. A number of pixels are arranged in the pixel block. The first addition block generates high-sensitivity signal by adding up the pixel signals generated by some pixels arranged at a predetermined position in the pixel block. The compression block generates low-sensitivity signal by compressing the high-sensitivity signal so that the low-sensitivity signal is lower than the maximum signal level of the pixel signal. The determination block determines whether a signal level of the high-sensitivity signal is over the threshold level The low-sensitivity signal is output if the signal level of the high-sensitivity signal is over the threshold level. Alternatively, the high-sensitivity signal is output if the signal level of the high-sensitivity signal is under the threshold level.
    • 提供了包括图像信号接收器,第一加法器块,压缩块和确定块的图像信号处理单元。 图像信号接收器接收图像信号。 图像信号由成像装置产生。 成像装置具有产生像素信号的多个像素。 成像装置的接收表面被分成多个像素块。 像素块中排列有多个像素。 第一加法器块通过将排列在像素块中的预定位置处的一些像素生成的像素信号相加来生成高灵敏度信号。 压缩块通过压缩高灵敏度信号来产生低灵敏度信号,使得低灵敏度信号低于像素信号的最大信号电平。 确定块确定高灵敏度信号的信号电平是否超过阈值电平如果高灵敏度信号的信号电平超过阈值电平,则输出低灵敏度信号。 或者,如果高灵敏度信号的信号电平低于阈值电平,则输出高灵敏度信号。