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    • 2. 发明申请
    • FLOW CONTROL DEVICE
    • 流量控制装置
    • US20120247584A1
    • 2012-10-04
    • US13253495
    • 2011-10-05
    • Takao GOTOToshihiro AONOTetsuroh KAWAI
    • Takao GOTOToshihiro AONOTetsuroh KAWAI
    • F16K31/02
    • G05D7/0635Y10T137/7759Y10T137/7761
    • In a flow control device 100, a comparator 40 outputs a first control voltage Vref based on a comparison of an instruction value signal Vi1 of the flow volume and a signal Vi2 according to the sensor output signal Vs. A feedback current generator 30 generates a feedback current Ifb according to a difference between the sensor output signal Vs and a signal Vi2 according to the instruction value signal Vi1. A feedback voltage generator 50 is a resister. A feed forward current generator 20 generates a feed forward current Iff according to the instruction value signal Vi1. A synthesis unit 60 generates a second control voltage Vdrv* obtained by adding to the feedback voltage Vfb a voltage according to a sum of the feedback current Ifb and the feed forward current Iff. The valve unit 90 is controlled according to the first and the second control voltage Vref, Vdrv*.
    • 在流量控制装置100中,比较器40根据传感器输出信号Vs相对于流量的指示值信号Vi1与信号Vi2的比较,输出第一控制电压Vref。 反馈电流发生器30根据指示值信号Vi1根据传感器输出信号Vs和信号Vi2之间的差产生反馈电流Ifb。 反馈电压发生器50是电阻器。 前馈电流发生器20根据指示值信号Vi1产生前馈电流Iff。 合成单元60产生通过将反馈电流Ifb和前馈电流Iff之和相加的电压加到反馈电压Vfb而获得的第二控制电压Vdrv *。 阀单元90根据第一和第二控制电压Vref,Vdrv *进行控制。
    • 3. 发明授权
    • Flow control device
    • 流量控制装置
    • US08800592B2
    • 2014-08-12
    • US13253495
    • 2011-10-05
    • Takao GotoToshihiro AonoTetsuroh Kawai
    • Takao GotoToshihiro AonoTetsuroh Kawai
    • G07D7/06
    • G05D7/0635Y10T137/7759Y10T137/7761
    • In a flow control device 100, a comparator 40 outputs a first control voltage Vref based on a comparison of an instruction value signal Vi1 of the flow volume and a signal Vi2 according to the sensor output signal Vs. A feedback current generator 30 generates a feedback current Ifb according to a difference between the sensor output signal Vs and a signal Vi2 according to the instruction value signal Vi1. A feedback voltage generator 50 is a resister. A feed forward current generator 20 generates a feed forward current Iff according to the instruction value signal Vi1. A synthesis unit 60 generates a second control voltage Vdrv* obtained by adding to the feedback voltage Vfb a voltage according to a sum of the feedback current Ifb and the feed forward current Iff. The valve unit 90 is controlled according to the first and the second control voltage Vref, Vdrv*.
    • 在流量控制装置100中,比较器40根据传感器输出信号Vs相对于流量的指示值信号Vi1与信号Vi2的比较,输出第一控制电压Vref。 反馈电流发生器30根据指示值信号Vi1根据传感器输出信号Vs和信号Vi2之间的差产生反馈电流Ifb。 反馈电压发生器50是电阻器。 前馈电流发生器20根据指示值信号Vi1产生前馈电流Iff。 合成单元60产生通过将反馈电流Ifb和前馈电流Iff之和相加的电压加到反馈电压Vfb而获得的第二控制电压Vdrv *。 阀单元90根据第一和第二控制电压Vref,Vdrv *进行控制。