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    • 7. 发明授权
    • Measurement of a fluid parameter in a pressure support system
    • 压力支持系统中流体参数的测量
    • US07588031B2
    • 2009-09-15
    • US11234750
    • 2005-09-23
    • William A TruschelPatrick W TruittWinslow K Duff
    • William A TruschelPatrick W TruittWinslow K Duff
    • A61M16/00A61M16/20
    • A61M16/0069A61M16/024A61M2016/0039A61M2205/3344
    • A pressure support system has a motor, a switching element that supplies power to motor windings, and a blower coupled to the motor. Rotation of the blower elevates a pressure of fluid in a patient circuit coupled to an outlet of the blower. A rotational speed controller maintains the motor at a set rotational speed corresponding to a selected pressure for the fluid in the patient circuit. The rotational speed of the motor is maintained by a switching signal provided by a rotational speed controller to the switching element to control the actuation of the switching element. A fluid parameter monitoring portion monitors a parameter associated with the flow of fluid in the patient circuit, such as the magnitude, direction, or volume, based on a characteristic, such as duty cycle, of the switching signal, or based on a characteristic of a control signal that is used to generate the switching signal.
    • 压力支撑系统具有电动机,向电动机绕组供电的开关元件和与电动机相连的鼓风机。 鼓风机的旋转提升了与鼓风机出口耦合的病人回路中的流体压力。 旋转速度控制器将马达保持在对应于患者回路中的流体的选定压力的设定旋转速度。 通过由转速控制器提供给开关元件的开关信号来维持电动机的转速,以控制开关元件的致动。 流体参数监测部分基于开关信号的特性(例如占空比)或基于开关信号的特性来监视与病人电路中的流体流动相关的参数,例如大小,方向或体积 用于产生开关信号的控制信号。
    • 8. 发明授权
    • Measurement of a fluid parameter in a pressure support system
    • 压力支持系统中流体参数的测量
    • US06968842B1
    • 2005-11-29
    • US10402541
    • 2003-03-28
    • William A. TruschelPatrick W. TruittWinslow K. Duff
    • William A. TruschelPatrick W. TruittWinslow K. Duff
    • A61M16/00
    • A61M16/0069A61M16/024A61M2016/0039A61M2205/3344
    • A pressure support system has a motor, a switching element that supplies power to motor windings, and a blower coupled to the motor. Rotation of the blower elevates a pressure of fluid in a patient circuit coupled to an outlet of the blower. A rotational speed controller maintains the motor at a set rotational speed corresponding to a selected pressure for the fluid in the patient circuit. The rotational speed of the motor is maintained by a switching signal provided by a rotational speed controller to the switching element to control the actuation of the switching element. A fluid parameter monitoring portion monitors a parameter associated with the flow of fluid in the patient circuit, such as the magnitude, direction, or volume, based on a characteristic, such as duty cycle, of the switching signal, or based on a characteristic of a control signal that is used to generate the switching signal.
    • 压力支撑系统具有电动机,向电动机绕组供电的开关元件和与电动机相连的鼓风机。 鼓风机的旋转提升了与鼓风机出口耦合的病人回路中的流体压力。 旋转速度控制器将马达保持在对应于患者回路中的流体的选定压力的设定旋转速度。 通过由转速控制器提供给开关元件的开关信号来维持电动机的转速,以控制开关元件的致动。 流体参数监测部分基于开关信号的特性(例如占空比)或基于开关信号的特性来监视与病人电路中的流体流动相关的参数,例如大小,方向或体积 用于产生开关信号的控制信号。
    • 10. 发明授权
    • Valve stem load monitoring system with means for monitoring changes in
the valve yoke elongation
    • 阀杆负载监测系统,用于监测阀轭伸长的变化
    • US5111690A
    • 1992-05-12
    • US550175
    • 1990-07-09
    • Winslow K. Duff
    • Winslow K. Duff
    • F16K37/00G01L5/00
    • F16K37/00G01L5/0061
    • A valve stem load monitoring system for determining the axial load on a valve stem of a valve assembly which includes distance measuring means for measuring elongation changes over a substantial portion of the entire length of the yoke whereby signals representative of the sensed elongation changes are generated, with the sensed elongation changes being proportional to the axial load on the valve stem. The distance measuring means is mounted on a portion of the valve assembly other than the yoke. Computation means may be connected to the distance measuring means for receiving the signal therefrom to determine the axial load on the valve stem based on elongation changes in the yoke. Temperature measuring means may be provided on the yoke for generating signals indicative of the temperature of the yoke which are transmitted to the computation means which compensates for any temperature changes in the yoke in determining the axial load on the valve stem.
    • 一种用于确定阀组件的阀杆上的轴向负载的阀杆负载监测系统,其包括用于测量在所述轭的整个长度的大部分上的伸长变化的距离测量装置,由此产生表示所感测的伸长变化的信号, 感测到的伸长变化与阀杆上的轴向载荷成比例。 距离测量装置安装在除了轭之外的阀组件的一部分上。 计算装置可以连接到距离测量装置,用于从其接收信号,以基于轭的伸长变化来确定阀杆上的轴向载荷。 可以在轭上设置温度测量装置,用于产生指示轭的温度的信号,该信号被传送到计算装置,其在确定阀杆上的轴向载荷时补偿轭中的任何温度变化。