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    • 31. 发明授权
    • Mental-concentration measuring method and apparatus
    • 心理浓度测定方法及仪器
    • US5460184A
    • 1995-10-24
    • US106903
    • 1993-08-13
    • Toshiyuki SatoGeorge SakamotoHirotoki KawasakiMorikuni Takigawa
    • Toshiyuki SatoGeorge SakamotoHirotoki KawasakiMorikuni Takigawa
    • A61B5/0476A61B5/048
    • A61B5/048A61B5/7242
    • A mental-concentration measuring method for measuring the degree of mental concentration of a subject by extracting a power spectrum with respect to a brain wave from detected brain-wave biological signals, obtaining an integrated value of the power spectrum and an integrated value of a rhythm spectrum representing mental concentration power, and measuring the mental concentration of the subject based on the ratio of these integrated values, and mental-concentration measuring apparatus as apparatus for realizing the above method comprising a brain-wave extracting device for extracting a power spectrum of a brain wave, a brain-wave spectrum integrating device for integrating the brain-wave power spectrum extracted by the brain-wave extracting device, an .alpha.-rhythm spectrum integrating device for integrating an .alpha.-rhythm spectrum representing mental concentration power, and a mental-concentration calculating device for calculating the ratio of the integrated value obtained with the .alpha.-rhythm spectrum integrating device and the integrated value obtained with the brain-wave spectrum integrating device.
    • 一种用于通过从检测到的脑波生物信号提取相对于脑波的功率谱来测量受试者的精神集中程度的心理测量方法,获得功率谱的积分值和节律的积分值 代表心理集中力的频谱,基于这些综合值的比例来测量受试者的精神集中,以及作为实现上述方法的装置的心理 - 浓度测量装置,包括脑波提取装置,用于提取 脑波,用于整合脑波提取装置提取的脑波功率谱的脑波频谱整合装置,用于整合代表心理集中力的α心律谱的α心律频谱积分装置, 浓度计算装置,用于计算与th获得的积分值的比率 e心律频谱积分装置与脑波频谱积分装置获得的积分值。
    • 35. 发明授权
    • Device for work implementation without stopping flow, and method for work implementation without stopping flow
    • 无停止流程的工作实现设备,无停止流程的工作实现方法
    • US08720465B2
    • 2014-05-13
    • US13510335
    • 2011-02-01
    • Toshiyuki SatoTaihei Yokoyama
    • Toshiyuki SatoTaihei Yokoyama
    • B23B41/08
    • F16L41/06F16L41/16Y10T137/0469Y10T137/6123Y10T137/6126
    • An apparatus including: a sealing case 20 having a branch-shaped branch hole 23 formed in a first separate case 21 and extending in the radial direction C of an existing pipe 1; and a rubber packing 30 for sealing a gap between the sealing case 20 and the existing pipe 1, wherein: the first separate case 21 is provided with a flange 28 for allowing for attachment and removal of a boring machine 3; the sealing case 20 is capable of reciprocating in the pipe axis direction L; and the rubber packing 30 forms: a first sealed area S1 surrounding a portion of the sealing case 20 where the branch hole 23 is provided for shutting the branch hole 23; and a second sealed area S2 being adjacent to the first sealed area S1, sealed against the first sealed area S1, displaced from the first sealed area S1 in the pipe axis direction L, and sized so as to be able to shut the opening bored by a cutter 3a.
    • 一种装置,包括:具有形成在第一分离壳体21中并沿着现有管1的径向C延伸的分支状分支孔23的密封壳体20; 以及用于密封密封壳体20和现有管道1之间的间隙的橡胶密封件30,其中:第一分离壳体21设置有用于允许钻孔机3的安装和拆卸的凸缘28; 密封箱20能够沿管轴方向L往复运动; 并且橡胶填料30形成:围绕密封壳体20的一部分的第一密封区域S1,其中设置有用于关闭分支孔23的分支孔23; 和与第一密封区域S1相邻的第二密封区域S2,密封在第一密封区域S1中,从管轴线方向L上的第一密封区域S1移位,并且将其尺寸设定为能够关闭由 刀具3a。
    • 39. 发明授权
    • Automatic transmission
    • 自动变速器
    • US07765886B2
    • 2010-08-03
    • US11392711
    • 2006-03-30
    • Yoshiaki HoriToshiyuki SatoEiji Kittaka
    • Yoshiaki HoriToshiyuki SatoEiji Kittaka
    • F16H3/22
    • F16H3/006F16D25/10F16D2021/0669Y10T74/19228Y10T74/19288Y10T74/19312Y10T74/19326
    • An automatic transmission that includes oil passages with a simple structure provided for twin clutches can allow the number of production steps to be reduced. The automatic transmission includes a number of gear trains equal to the number of speeds between a primary shaft and a countershaft. The automatic transmission performs connection and disconnection of a rotational driving force between a crankshaft and a gearbox by means of twin hydraulic clutches including first and second clutches, which are made of the same components and disposed on the axis of the primary shaft back to back. Oil passages can be formed into a more simple shape and can be configured to have the same total length. The first clutch performs connection and disconnection for first and third speeds, and the second clutch performs connection and disconnection for second and fourth speeds.
    • 包括用于双离合器的简单结构的油通道的自动变速器可以减少制造步骤的数量。 自动变速器包括等于主轴和中间轴之间的速度数量的多个齿轮系。 自动变速器通过包括第一离合器和第二离合器的双液压离合器执行曲轴和齿轮箱之间的旋转驱动力的连接和断开,所述双液压离合器由相同的部件制成并且设置在主轴的轴线上背靠背。 油通道可以形成为更简单的形状,并且可以被配置为具有相同的总长度。 第一离合器执行第一和第三速度的连接和断开,并且第二离合器执行第二和第四速度的连接和断开。