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    • 4. 发明授权
    • Electronic blood pressure gauge for measuring blood pressure by using volume compensation method
    • 电子血压计通过使用体积补偿方法测量血压
    • US08568328B2
    • 2013-10-29
    • US12921792
    • 2009-03-13
    • Kenji FujiiYukiya SawanoiNaomi MatsumuraReiji Fujita
    • Kenji FujiiYukiya SawanoiNaomi MatsumuraReiji Fujita
    • A61B5/02
    • A61B5/0225A61B5/681
    • An electronic sphygmomanometer, which measures blood pressure in accordance with the volume compensation method, detects a cuff pressure inside a cuff attached to a measurement site of the blood pressure. An arterial volume detection circuit detects an arterial volume signal of the measurement site. A drive control unit, after setting the cuff pressure to an initial cuff pressure, servo-controls a cuff pressure adjustment unit so that a volume of an artery becomes constant, based on the detected arterial volume signal. While the servo control is being performed, an arterial volume change amount is detected based on the detected arterial volume signal. In the servo control, when it is detected that the change amount in the arterial volume is minimal, a volume change elimination rate calculating unit calculates a volume change elimination rate (an amplitude of the arterial volume signal during the control/an amplitude of the arterial volume signal before the control) to output the same as a barometer of arteriosclerosis.
    • 根据体积补偿方法测量血压的电子血压计检测附着在血压测量部位的袖带内的袖带压力。 动脉体积检测电路检测测量部位的动脉体积信号。 驱动控制单元,在将袖带压力设定为初始袖带压力之后,基于检测到的动脉体积信号来伺服控制袖带压力调节单元,使动脉体积恒定。 在执行伺服控制的同时,基于检测到的动脉体积信号来检测动脉体积变化量。 在伺服控制中,当检测到动脉体积的变化量最小时,体积变化消除率计算单元计算体积变化消除率(控制期间的动脉体积信号的幅度/动脉的幅度 体积信号在控制之前)输出与动脉硬化的晴雨表相同。
    • 7. 发明申请
    • ELECTRONIC BLOOD PRESSURE GAUGE FOR MEASURING BLOOD PRESSURE BY USING VOLUME COMPENSATION METHOD
    • 用于测量血压的电子血压计使用体积补偿方法
    • US20110015531A1
    • 2011-01-20
    • US12921792
    • 2009-03-13
    • Kenji FujiiYukiya SawanoiNaomi MatsumuraReiji Fujita
    • Kenji FujiiYukiya SawanoiNaomi MatsumuraReiji Fujita
    • A61B5/0225
    • A61B5/0225A61B5/681
    • An electronic sphygmomanometer, which measures blood pressure in accordance with the volume compensation method, detects a cuff pressure inside a cuff attached to a measurement site of the blood pressure. An arterial volume detection circuit detects an arterial volume signal of the measurement site. A drive control unit, after setting the cuff pressure to an initial cuff pressure, servo-controls a cuff pressure adjustment unit so that a volume of an artery becomes constant, based on the detected arterial volume signal. While the servo control is being performed, an arterial volume change amount is detected based on the detected arterial volume signal. In the servo control, when it is detected that the change amount in the arterial volume is minimal, a volume change elimination rate calculating unit calculates a volume change elimination rate (an amplitude of the arterial volume signal during the control/an amplitude of the arterial volume signal before the control) to output the same as a barometer of arteriosclerosis.
    • 根据体积补偿方法测量血压的电子血压计检测附着在血压测量部位的袖带内的袖带压力。 动脉体积检测电路检测测量部位的动脉体积信号。 驱动控制单元,在将袖带压力设定为初始袖带压力之后,基于检测到的动脉体积信号来伺服控制袖带压力调节单元,使动脉体积恒定。 在执行伺服控制的同时,基于检测到的动脉体积信号来检测动脉体积变化量。 在伺服控制中,当检测到动脉体积的变化量最小时,体积变化消除率计算单元计算体积变化消除率(控制期间的动脉体积信号的幅度/动脉的幅度 体积信号在控制之前)输出与动脉硬化的晴雨表相同。
    • 8. 发明申请
    • DETECTION UNIT FOR BLOOD PRESSURE INFORMATION MEASUREMENT DEVICE AND BLOOD PRESSURE INFORMATION MEASUREMENT DEVICE
    • 血液压力信息测量装置和血压测量装置检测装置
    • US20100331709A1
    • 2010-12-30
    • US12866160
    • 2009-01-19
    • Naomi MatsumuraYukiya SawanoiKenji FujiiReiji Fujita
    • Naomi MatsumuraYukiya SawanoiKenji FujiiReiji Fujita
    • A61B5/022
    • A61B5/022A61B5/0059A61B5/02141A61B5/02422
    • A blood pressure information measurement device includes a cuff (10A) serving as a detection unit. The cuff (10A) includes an air bladder (40), a photoelectric sensor (50), a belt member (20), and a fixing stand (32), and is attached to a living body by wrapping the belt member (20) around a measuring site. The photoelectric sensor (50) optically detects an intra-arterial volume fluctuation, and includes a light emitting element (51) and a light receiving element (52). The fixing stand (32) includes a base portion (32a) with a sensor attachment surface (32a1) attached with the photoelectric sensor (50), and a guide portion (32b) arranged projecting out from the base portion (32a) toward the sensor attachment surface (32a1) side, and having a distal end placed at a body surface near the measuring site in the attachment state of the cuff (10A). The air bladder (40) is arranged on the sensor attachment surface (32a1) so as to cover the photoelectric sensor (50), and the guide portion (32b) is arranged to surround the photoelectric sensor (50). With such a configuration, the blood pressure information measurement device capable of acquiring a volume pulse wave easily and at high accuracy can be obtained.
    • 血压信息测量装置包括用作检测单元的袖带(10A)。 袖带(10A)包括空气囊(40),光电传感器(50),带构件(20)和固定台(32),并且通过包裹带构件(20)而附接到生物体, 围绕测量点。 光电传感器(50)光学地检测动脉内体积波动,并且包括发光元件(51)和光接收元件(52)。 固定台(32)包括具有附接有光电传感器(50)的传感器附接表面(32a1)的基部(32a)和从基部(32a)向传感器突出的引导部分(32b) 附接面(32a1)侧,并且在袖带(10A)的安装状态下具有放置在靠近测量部位的身体表面的远端。 气囊(40)布置在传感器附接表面(32a)上以覆盖光电传感器(50),并且引导部分(32b)被布置成围绕光电传感器(50)。 通过这样的结构,能够容易且高精度地获取体积脉波的血压信息测定装置。