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    • 1. 发明授权
    • Electronic sphygmomanometer capable of adjusting pressure release rate during measurement
    • 电子血压计能够调节测量过程中的压力释放率
    • US06322517B1
    • 2001-11-27
    • US09559323
    • 2000-04-27
    • Norihito YamamotoToshio OhtaniYoshinori MiyawakiTomoki Kitawaki
    • Norihito YamamotoToshio OhtaniYoshinori MiyawakiTomoki Kitawaki
    • A61B500
    • A61B5/022
    • An electronic sphygmomanometer starts from pressurization and then enters a decompression process. When measurement of blood pressure starts, only a standard pressure release rate voltage is applied to a valve from a standard pressure release rate voltage supply circuit through a decompression control circuit. The valve allows air to be discharged slowly at the standard pressure release rate. If the pressure release rate should be increased for decompression, target pressure release rate acceleration value voltage according to the position of a dial is supplied from an external control signal supply unit. The standard pressure release rate voltage is added to the target voltage and the resultant voltage is supplied to the valve via the decompression control circuit. The valve increases the pressure release rate by the amount corresponding to the external control signal voltage. In this case, even if the dial is returned to zero position, the pressure release rate never falls below the standard pressure release rate.
    • 电子血压计从加压开始,然后进入减压过程。 当开始测量血压时,通过减压控制电路仅从标准压力释放速率电压供应电路向阀施加标准的压力释放速率电压。 阀门允许以标准压力释放速率缓慢排放空气。 如果减压的压力释放率应该增加,则根据拨盘位置的目标压力释放速度加速度值电压是从外部控制信号提供单元提供的。 将标准压力释放率电压加到目标电压上,并通过减压控制电路向阀提供合成的电压。 阀门将压力释放率提高到对应于外部控制信号电压的量。 在这种情况下,即使表盘返回到零位置,压力释放速率也不会低于标准压力释放速率。
    • 5. 发明授权
    • Electronic sphygmomanometer and method of controlling operation of same
    • 电子血压计及其操作方法
    • US5522395A
    • 1996-06-04
    • US492947
    • 1995-06-21
    • Osamu ShirasakiTeruya NishinaYoshinori MiyawakiMasashi Fukura
    • Osamu ShirasakiTeruya NishinaYoshinori MiyawakiMasashi Fukura
    • A61B5/022A61B5/0225
    • A61B5/02225A61B5/02116A61B5/022A61B5/0225
    • The amplitude of a pulse wave that appears in a form superimposed upon cuff pressure is detected every beat of a heartbeat in synchronism with the beat not only in the course of depressurization but also in the course of pressurization. The maximum value Amaxi of the pulse-wave amplitude in the course of pressurization is multiplied by a prescribed coefficient to decide a threshold value TH. The threshold value TH is calculated as a value equivalent to a pulse-wave amplitude corresponding to systolic pressure that would be determined in the course of depressurization. After the cuff is pressurized to the target pressure, a transition is made to the depressurizing process. It is judged that cuff pressurization is inadequate if the initial pulse-wave amplitude in the course of depressurization is greater than the threshold value TH. Thus, whether or not cuff pressurization is inadequate can be judged appropriately at all times without any influence due to personal differences or physical condition.
    • 不仅在减压过程中,而且在加压过程中,与搏动同步地,与心跳同步地检测以叠加袖带压力的形式出现的脉搏波的振幅。 将加压过程中的脉搏波振幅的最大值Amaxi乘以规定的系数,以决定阈值TH。 阈值TH被计算为与在减压过程中确定的收缩压对应的脉搏波振幅相当的值。 在袖带被加压到目标压力之后,对减压过程进行转变。 如果在减压过程中的初始脉搏波振幅大于阈值TH,则认为袖带加压不足。 因此,无论袖口加压不适当,都可以随时判断,不会由于个人差异或身体状况而产生任何影响。
    • 7. 发明授权
    • Electronic blood pressure meter
    • 电子血压计
    • US5551440A
    • 1996-09-03
    • US395640
    • 1995-02-28
    • Yoshinori Miyawaki
    • Yoshinori Miyawaki
    • A61B5/022A61B5/0225
    • A61B5/022A61B5/7239
    • An electronic blood pressure meter which determines a systolic blood pressure value and a diastolic blood pressure value by detecting a sharpest positive peak and a sharpest negative peak of a pulse wave, respectively, which may be extracted from a cuff pressure. The sharpest peaks may be detected by finding the points of intersection of the pulse wave level with a certain threshold level and finding the shortest time interval between adjacent points of intersection interposing a peak therebetween. Since the principle of measurement is exact and can be implemented as a relatively simple algorithm, accurate measurement is possible substantially without any exception.
    • 一种电子血压计,其通过检测可以从袖带压力中提取的脉搏波的最清晰的正峰值和最大的负峰值来确定收缩压值和舒张压值。 可以通过找到具有一定阈值水平的脉搏波电平的交点和找到插入其间的峰的相邻交点之间的最短时间间隔来检测最尖锐的峰值。 由于测量原理是精确的并且可以作为相对简单的算法来实现,所以可以基本上进行精确的测量而没有任何例外。
    • 9. 发明授权
    • Electronic blood pressure measuring apparatus
    • 电子血压测量仪
    • US4432373A
    • 1984-02-21
    • US338255
    • 1982-01-11
    • Hiroshi OgawaSyozi KimuraYoshinori Miyawaki
    • Hiroshi OgawaSyozi KimuraYoshinori Miyawaki
    • A61B7/04A61B5/02
    • A61B7/045
    • Electronic blood pressure measuring apparatus comprising pressure detecting means operatively connected with a cuff for detecting a pressure of the cuff, Korotkoff sound detecting means asociated with the cuff for detecting any Korotkoff sound contained in a sphygmus sound and generating a Korotkoff sound signal, verifying means operative in response to the Korotkoff sound output detector signal generated from the Korotkoff sound detecting means for determining systolic and diastolic blood pressures, signal detecting means for detecting the generation of a Korotkoff sound signal by said Korotkoff sound detecting means and generating an output signal, and indicator means operative in response to said output signal from said signal detecting means for displaying the generation of said Korotkoff sound signal.
    • 电子血压测量装置,包括与用于检测袖带压力的袖带可操作地连接的压力检测装置,与袖带相关的Korotkoff声音检测装置,用于检测包含在痰声中的任何Korotkoff声音并产生Korotkoff声音信号,验证装置 响应于从用于确定收缩和舒张压的Korotkoff声音检测装置产生的Korotkoff声音输出检测器信号,用于检测由所述Korotkoff声音检测装置产生Korotkoff声音信号并产生输出信号的信号检测装置,以及指示器 响应于来自所述信号检测装置的所述输出信号而工作的装置,用于显示所述Korotkoff声音信号的产生。