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    • 91. 发明授权
    • Optical information analyzer and optical information analysis method
    • 光信息分析仪和光信息分析方法
    • US08482723B2
    • 2013-07-09
    • US13337848
    • 2011-12-27
    • Ken TsukiiKenichi KimuraToru TakahashiJie Xu
    • Ken TsukiiKenichi KimuraToru TakahashiJie Xu
    • G01N21/00
    • G01N15/1434G01N2015/1452
    • An optical information analyzer (10) includes a light emitting unit (30) that emits light (excitation light) (L0) to a sample (S), a transmission light receiving unit (50) that receives transmission light (L1), which is the excitation light passing through the sample (S), and detects the received transmission light as a transmission light signal (SG1), scattered light/fluorescence receiving units (60) and (70) that are provided at a plurality of positions, receive side scattered light/fluorescence components (L2) and (L3) from the sample (S), and detect the received side scattered light/fluorescence components as scattered light/fluorescence signals (SG2) and (SG3), and an analyzing unit (90) that measures the optical information of the sample (S) on the basis of the detected scattered light/fluorescence signals (SG2) and (SG3) and the detected transmission light signal (SG1) and analyzes the sample (S) on the basis of the measured optical information.
    • 光信息分析装置(10)包括对样本(S)发光(激发光)(L0)的发光单元(30),接收透射光(L1)的透射光接收单元(50) 通过样品(S)的激发光,并且检测作为透射光信号(SG1)的接收的透射光,设置在多个位置的散射光/荧光接收单元(60)和(70),接收侧 检测来自样品(S)的散射光/荧光成分(L2)和(L3),并检测作为散射光/荧光信号(SG2)和(SG3)的接收侧散射光/荧光成分,以及分析单元(90) 根据检测到的散射光/荧光信号(SG2)和(SG3)和检测到的透射光信号(SG1)来测量样品(S)的光学信息,并基于样品(S) 测量光信息。
    • 92. 发明授权
    • Method for optical measurement and optical measurement apparatus
    • 光学测量方法和光学测量装置
    • US08300225B2
    • 2012-10-30
    • US13092740
    • 2011-04-22
    • Ken TsukiiJie XuKenichi Kimura
    • Ken TsukiiJie XuKenichi Kimura
    • G01N21/00
    • G01N21/645G01N15/1434G01N15/1459
    • An optical measurement apparatus can be provided, in which the sample is optically measured without loss of the illuminating light with high sensitivity. A glass plate as the transparent member 50 is placed in the interface between the end face 43 of the optical waveguide 40 guiding the illuminating light L generated by the laser light source 20 and the wall face of the capillary 30. According to the above feature, the air layer is prevented from existing in the interface between the end face 43 of the optical fiber 40 and the wall face of the capillary 30, thus the sample S can be optically measured with high sensitivity and few variability without causing the loss of the illuminating light L.
    • 可以提供光学测量装置,其中在没有损失高灵敏度的照明光的情况下光学测量样品。 作为透明构件50的玻璃板被放置在引导由激光光源20产生的照明光L和毛细管30的壁面的光波导40的端面43之间的界面中。根据上述特征, 防止空气层存在于光纤40的端面43与毛细管30的壁面之间的界面中,因此可以以高灵敏度和少量的变化光学测量样品S,而不会导致照射损失 光L.
    • 94. 发明授权
    • Surgical treatment apparatus
    • 手术治疗仪
    • US08097011B2
    • 2012-01-17
    • US12037508
    • 2008-02-26
    • Hideo SanaiKenichi KimuraMasashi Yamada
    • Hideo SanaiKenichi KimuraMasashi Yamada
    • A61B17/32
    • A61B17/320068A61B17/320092A61B2017/0046A61B2017/00477
    • A surgical treatment apparatus includes a first unit including a first vibration transmission member and a first holding member, a second unit including a second vibration transmission member, a second holding member, and an elastic member provided between the second vibration transmission member and the second holding member, configured to be deformed in accordance with a relative arrangement of the second vibration transmission member and the second holding member with respect to the axial direction to give the second vibration transmission member an elastic force in the axial direction, and an adjustment coupling mechanism to couple the first unit and the second unit with each other, arrange the first vibration transmission member and the second vibration transmission member coaxially, and adjust a relative arrangement of the first holding member and the second holding member.
    • 手术治疗装置包括:第一单元,包括第一振动传递构件和第一保持构件;第二单元,包括第二振动传递构件,第二保持构件和设置在第二振动传递构件和第二保持构件之间的弹性构件 构件,其被构造成根据第二振动传递构件和第二保持构件相对于轴向的相对布置而变形,以使第二振动传递构件沿轴向方向产生弹性力;以及调节联接机构, 将第一单元和第二单元彼此耦合,同轴​​布置第一振动传递构件和第二振动传播构件,并且调整第一保持构件和第二保持构件的相对布置。
    • 98. 发明授权
    • Ultrasound puncture system
    • 超声穿刺系统
    • US07252648B2
    • 2007-08-07
    • US10791454
    • 2004-03-02
    • Yoshitaka HondaKenji NodaManabu IshikawaShuichi KimuraKenichi KimuraDaisuke Sano
    • Yoshitaka HondaKenji NodaManabu IshikawaShuichi KimuraKenichi KimuraDaisuke Sano
    • A61B17/20
    • A61B17/3476A61B17/320068A61B17/3474A61B2017/0003A61B2017/320084
    • The ultrasound puncture system in accordance with the present invention comprises a handpiece which accommodates an ultrasound vibrator, a puncturing probe for transmitting ultrasound waves to a biological wall which is to be punctured, an outer cover tube covering the probe and attached to the handpiece, and an ultrasound power source unit for driving the ultrasound vibrator, wherein the ultrasound power source unit comprises a termination unit for terminating the energy supply to the ultrasound vibrator, an impedance detector for detecting the puncture state of the probe, and a fluid supply unit for supplying a fluid to the distal end opening of the outer cover tube and probe, wherein the penetration of the probe through the biological wall is detected with the detection unit and the supply of energy to the ultrasound vibrator is terminated based on the detection output.
    • 根据本发明的超声波穿刺系统包括容纳超声波振动器的手持件,用于将超声波发送到待刺穿的生物壁的穿刺探针,覆盖探头并附接到手持件的外覆盖管,以及 用于驱动所述超声波振动器的超声波源单元,其中所述超声波功率源单元包括用于终止对所述超声波振动器的能量供给的终端单元,用于检测所述探针的穿刺状态的阻抗检测器,以及用于供给 流体到外套管和探针的远端开口,其中通过检测单元检测探针穿过生物壁的渗透,并且基于检测输出终止对超声波振动器的能量供应。