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    • 1. 发明申请
    • WRIST WATCH STYLE BLOOD PRESSURE MONITOR
    • 手表手表式血压监护仪
    • US20150335282A1
    • 2015-11-26
    • US14395059
    • 2013-05-09
    • Dong Hwa LEE
    • Dong Hwa LEE
    • A61B5/00A61B5/022
    • A61B5/681A61B5/0004A61B5/0015A61B5/02233A61B5/6898A61B5/742A61B2562/0247
    • Disclosed is a wrist wearable blood pressure monitor which is convenient to take blood pressure since it is mounted to a wrist at ordinary times, and is capable of accurately measuring the blood pressure even though it has a simple structure without a cuff, a pump or the like, and transmitting the blood pressure through wireless communication so that the blood pressure can be efficiently managed.To this end, the wrist watch style blood pressure monitor that can be mounted to a wrist of an examinee at ordinary times includes: a blood pressure monitor main body which includes a measured blood pressure display to display measured blood pressure of an examinee; a band which is coupled to the measured blood pressure display and wound around a wrist; an air chamber which is provided at one side of the band and filled with air to compress a skin surface of a wrist; and a pressure sensor which is provided to measure blood pressure from an aorta radialis when the air chamber is compressed for pressing the aorta radialis. According to an embodiment of the present invention, the blood pressure monitor is wearable at ordinary times like a wrist watch, is convenient to measure the blood pressure as necessary, and is capable of accurately measuring the blood pressure even though it has a simple structure without a separate pump.
    • 公开了一种手腕可佩戴式血压计,其能够在平时安装于手腕上时方便采取血压,并且能够精确地测量血压,即使其具有没有袖带的简单结构,泵或 通过无线通信发送血压,能够有效地管理血压。 为此,可以将平时安装在受检者手腕上的手表式血压计包括:血压监视器主体,包括测量出的血压显示,以显示受检者的血压; 与所测量的血压显示器耦合并缠绕在手腕上的带; 空气室,其设置在所述带的一侧并充满空气以压缩手腕的皮肤表面; 以及压力传感器,其设置成当压缩空气室以压缩主动脉径向时,测量来自放射状主动脉的血压。 根据本发明的实施例,血压监视器在正常时刻像手表一样佩戴,便于根据需要测量血压,并且能够精确地测量血压,即使其具有简单的结构而没有 一个单独的泵。
    • 2. 发明申请
    • METHOD FOR PROCESSING PHYSIOLOGICAL SIGNAL
    • 加工生理信号的方法
    • US20140067274A1
    • 2014-03-06
    • US13962930
    • 2013-08-08
    • Dong Hwa LEE
    • Dong Hwa LEE
    • A61B5/00
    • A61B5/7239A61B5/14551
    • Disclosed herein is a method for processing a physiological signal to measure physiological characteristics of a living organism. The method includes: (a) dividing P1′(t), which is obtained by differentiating one signal function P1(t) between two signal functions having different wavelength bands and representing the physiological characteristics of the living organism, by P2′(t) obtained by differentiating the other signal function P2(t); and (b) obtaining a constant b of the following function n1(t) and a cycle of the following function s1(t) through Math Formula 1: (P1′(t)/P2′(t))|t=t1,t2,t3, . . . =k, (where P1(t)=s1(t)+n1(t), P2(t)=s2(t)+n2(t), as1(t)=s2(t), bn1(t)=n2(t), a, b and k are constants, t is time, and n1(t) and n2(t) are signal functions due to noise when measuring the physiological signal).
    • 本文公开了一种处理生理信号以测量生物体的生理特性的方法。 该方法包括:(a)通过利用P2'(t)对通过对具有不同波长带的两个信号函数和生物体的生理特征进行微分的一个信号函数P1(t)而得到的P1'(t) 通过微分其他信号函数P2(t)获得; 并且(b)通过数学公式1获得以下函数n1(t)和下列函数s1(t)的周期:(P1'(t)/ P2'(t))| t = t1, t2,t3,...。 。 。 (t)= s2(t)= s2(t)= s2(t)+ n1(t),P2(t)= s2(t) n2(t),a,b和k是常数,t是时间,n1(t)和n2(t)是测量生理信号时噪声的信号函数)。