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    • 2. 发明授权
    • Flow meter and flow-regulating system using the same
    • 流量计和流量调节系统使用相同
    • US07637152B2
    • 2009-12-29
    • US11916526
    • 2006-04-03
    • Yoshihiro UshigusaHiroki IgarashiMasahiro Hasunuma
    • Yoshihiro UshigusaHiroki IgarashiMasahiro Hasunuma
    • G01F5/00F16K17/00
    • G05D7/0635G01F1/42G01F1/48Y10T137/7725Y10T137/87217
    • Provided are a flow meter and a flow-rate control system using the same that is capable of measuring a flow rate in a minute flow-rate region with excellent measurement accuracy by preventing or suppressing the generation of bubbles and in which accumulation of the fluid and the bubbles is less likely to occur. The flow meter is for measuring a minute flow rate of a fluid flowing through a fluid channel whose outlet environment is set to constant pressure, the flow meter including a flow-rate measurement conduit portion having a predetermined length connected to an outlet-side end of the fluid channel 1 and whose outlet environment is set to constant pressure by setting the cross-sectional area of a channel smaller than the fluid channel; a pressure sensor for detecting the pressure of the fluid at the upstream side of the flow-rate measurement conduit portion by being disposed near an outlet of the fluid channel 1; and a pressure-detection control unit 4 for calculating a flow rate from a fluid pressure detected at the pressure detection part.
    • 提供了一种流量计和流量控制系统,其使用该流量计和流量控制系统,其能够通过防止或抑制气泡的产生来测量具有优异的测量精度的微小流量区域中的流量,并且其中流体和 气泡不太可能发生。 该流量计用于测量流过其出口环境设定为恒定压力的流体通道的流体的微小流量,该流量计包括具有预定长度的流量测量导管部分,该流量测量导管部分连接到出口侧端部 流体通道1的出口环境通过设定小于流体通道的通道的横截面面积而设定为恒定压力; 压力传感器,用于通过设置在流体通道1的出口附近来检测流量测量导管部分的上游侧的流体的压力; 以及压力检测控制单元4,用于根据在压力检测部分检测到的流体压力来计算流量。
    • 3. 发明申请
    • FLOW METER AND FLOW-REGULATING SYSTEM USING THE SAME
    • 流量计和使用该流量计的流量调节系统
    • US20090078038A1
    • 2009-03-26
    • US11916526
    • 2006-04-03
    • Yoshihiro UshigusaHiroki IgarashiMasahiro Hasunuma
    • Yoshihiro UshigusaHiroki IgarashiMasahiro Hasunuma
    • G01F7/00
    • G05D7/0635G01F1/42G01F1/48Y10T137/7725Y10T137/87217
    • Provided are a flow meter and a flow-rate control system using the same that is capable of measuring a flow rate in a minute flow-rate region with excellent measurement accuracy by preventing or suppressing the generation of bubbles and in which accumulation of the fluid and the bubbles is less likely to occur. The flow meter is for measuring a minute flow rate of a fluid flowing through a fluid channel whose outlet environment is set to constant pressure, the flow meter including a flow-rate measurement conduit portion having a predetermined length connected to an outlet-side end of the fluid channel 1 and whose outlet environment is set to constant pressure by setting the cross-sectional area of a channel smaller than the fluid channel; a pressure sensor for detecting the pressure of the fluid at the upstream side of the flow-rate measurement conduit portion by being disposed near an outlet of the fluid channel 1; and a pressure-detection control unit 4 for calculating a flow rate from a fluid pressure detected at the pressure detection part.
    • 提供了一种流量计和流量控制系统,其使用该流量计和流量控制系统,其能够通过防止或抑制气泡的产生来测量具有优异的测量精度的微小流量区域中的流量,并且其中流体和 气泡不太可能发生。 该流量计用于测量流过其出口环境设定为恒定压力的流体通道的流体的微小流量,该流量计包括具有预定长度的流量测量导管部分,该流量测量导管部分连接到出口侧端部 流体通道1的出口环境通过设定小于流体通道的通道的横截面面积而设定为恒定压力; 压力传感器,用于通过设置在流体通道1的出口附近来检测流量测量导管部分的上游侧的流体的压力; 以及压力检测控制单元4,用于根据在压力检测部分检测到的流体压力来计算流量。
    • 4. 发明申请
    • Orifice Member, and Differential-Pressure Flow Meter and Flow-Regulating Apparatus Using the Same
    • 孔口部件和差压流量计及其使用的流量调节装置
    • US20080210017A1
    • 2008-09-04
    • US11915268
    • 2006-05-29
    • Hiroki IgarashiYoshihiro UshigusaMasahiro Hasunuma
    • Hiroki IgarashiYoshihiro UshigusaMasahiro Hasunuma
    • G01F1/42
    • G01F1/42F15D1/00G01F1/44G01F15/185Y10T137/212
    • Provided are an orifice member, and a differential-pressure flow meter and a flow-regulating device using the orifice member, that allow purging to be carried out easily when changing the fluid to be circulated, that are less likely to cause contamination and leaching of impurities to the circulated fluid, and that can be easily produced. The flow-regulating device includes a first pressure-measuring device (object to be connected to) that is connected to one end of the orifice member, and a second pressure-measuring device (object to be connected to) that is connected to the other end of the orifice member, and a flow-regulating valve that is connected to the downstream side of the differential-pressure flow meter, which includes the above-mentioned units. In the orifice member, a tube portion, one end of which is connected to the first pressure-measuring device and other end of which is connected to the second pressure-measuring device and whose internal part forms a channel connecting the first and second pressure-measuring devices, and an orifice provided inside the tube portion are integrated.
    • 本发明提供一种节流孔构件,以及差压式流量计和使用该孔口构件的流量调节装置,其能够在不易导致污染和浸出的情况下改变待循环流体时容易地进行清洗 对循环流体的杂质,并且可以容易地产生。 流量调节装置包括与孔部件的一端连接的第一压力测量装置(要连接的物体)和与另一个连接的第二压力测量装置(要连接的对象物) 孔部件的端部和与包括上述单元的差压流量计的下游侧连接的流量调节阀。 在孔部件中,管部分的一端连接到第一压力测量装置,另一端连接到第二压力测量装置,其内部形成连接第一和第二压力测量装置的通道, 测量装置和设置在管部分内部的孔结合。
    • 5. 发明授权
    • Orifice member, and differential-pressure flow meter and flow-regulating apparatus using the same
    • 孔口构件和使用其的差压式流量计和流量调节装置
    • US07610817B2
    • 2009-11-03
    • US11915268
    • 2006-05-29
    • Hiroki IgarashiYoshihiro UshigusaMasahiro Hasunuma
    • Hiroki IgarashiYoshihiro UshigusaMasahiro Hasunuma
    • G01F1/37
    • G01F1/42F15D1/00G01F1/44G01F15/185Y10T137/212
    • Provided are an orifice member, and a differential-pressure flow meter and a flow-regulating device using the orifice member, that allow purging to be carried out easily when changing the fluid to be circulated, that are less likely to cause contamination and leaching of impurities to the circulated fluid, and that can be easily produced. The flow-regulating device includes a first pressure-measuring device (object to be connected to) that is connected to one end of the orifice member, and a second pressure-measuring device (object to be connected to) that is connected to the other end of the orifice member, and a flow-regulating valve that is connected to the downstream side of the differential-pressure flow meter, which includes the above-mentioned units. In the orifice member, a tube portion, one end of which is connected to the first pressure-measuring device and other end of which is connected to the second pressure-measuring device and whose internal part forms a channel connecting the first and second pressure-measuring devices, and an orifice provided inside the tube portion are integrated.
    • 本发明提供一种节流孔构件,以及差压式流量计和使用该孔口构件的流量调节装置,其能够在不易导致污染和浸出的情况下改变待循环流体时容易地进行清洗 对循环流体的杂质,并且可以容易地产生。 流量调节装置包括与孔部件的一端连接的第一压力测量装置(要连接的物体)和与另一个连接的第二压力测量装置(要连接的对象物) 孔部件的端部和与包括上述单元的差压流量计的下游侧连接的流量调节阀。 在孔部件中,管部分的一端连接到第一压力测量装置,另一端连接到第二压力测量装置,其内部形成连接第一和第二压力测量装置的通道, 测量装置和设置在管部分内部的孔结合。
    • 9. 发明申请
    • Differential-Pressure Flow Meter
    • 差压流量计
    • US20090229377A1
    • 2009-09-17
    • US12066138
    • 2006-07-26
    • Yoshihiro UshigusaHiroki Igarashi
    • Yoshihiro UshigusaHiroki Igarashi
    • G01F1/42
    • G01F1/42G01F1/363G01F1/383G01F1/44G01F15/005G01F15/14G01F15/18
    • A compact differential-pressure flow meter with reduced wiring is provided. The differential-pressure flow meter has first and second pressure sensors 12A and 12B fixed to a base member 14 on upstream and downstream sides of an orifice member 11 along a flow channel to determine a flow rate based on a pressure difference measured between the two sides of the orifice member 11 by the pressure sensors. The differential-pressure flow meter includes specific control boards disposed near pressure-sensing parts installed in the respective pressure-sensing device and a main control board disposed in a board installation space formed inside the base member. The specific control boards are connected to the main control board with wires passing through a plurality of wiring conduits provided in housings of the pressure-sensing device, and external wiring are connected to one of the specific control boards or to the main control board.
    • 提供了一种紧凑型差分压力流量计,具有减少的布线。 差压流量计具有第一和第二压力传感器12A和12B,其沿着流动通道固定在孔构件11的上游侧和下游侧的基部构件14上,以基于在两侧之间测量的压力差来确定流量 的压力传感器。 差压流量计包括设置在安装在相应的压力感测装置中的压力传感部分附近的特定控制板和设置在形成在基体内的板安装空间中的主控板。 具体的控制板通过设置在压力感测装置的壳体中的多个布线导管的导线与主控板连接,外部布线与专用控制基板或主控板之一连接。
    • 10. 发明授权
    • Differential-pressure flow meter having a main control board in a space in a base member
    • 差压压力表在基座部件的空间内具有主控板
    • US07891256B2
    • 2011-02-22
    • US12066138
    • 2006-07-26
    • Yoshihiro UshigusaHiroki Igarashi
    • Yoshihiro UshigusaHiroki Igarashi
    • G01F1/42G01F1/37
    • G01F1/42G01F1/363G01F1/383G01F1/44G01F15/005G01F15/14G01F15/18
    • A compact differential-pressure flow meter with reduced wiring is provided. The differential-pressure flow meter has first and second pressure sensors 12A and 12B fixed to a base member 14 on upstream and downstream sides of an orifice member 11 along a flow channel to determine a flow rate based on a pressure difference measured between the two sides of the orifice member 11 by the pressure sensors. The differential-pressure flow meter includes specific control boards disposed near pressure-sensing parts installed in the respective pressure-sensing device and a main control board disposed in a board installation space formed inside the base member. The specific control boards are connected to the main control board with wires passing through a plurality of wiring conduits provided in housings of the pressure-sensing device, and external wiring are connected to one of the specific control boards or to the main control board.
    • 提供了一种紧凑型差分压力流量计,具有减少的布线。 差压流量计具有第一和第二压力传感器12A和12B,其沿着流动通道固定在孔构件11的上游侧和下游侧的基部构件14上,以基于在两侧之间测量的压力差来确定流量 的压力传感器。 差压流量计包括设置在安装在相应的压力感测装置中的压力传感部分附近的特定控制板和设置在形成在基体内的板安装空间中的主控板。 具体的控制板通过设置在压力感测装置的壳体中的多个布线导管的导线与主控板连接,外部布线与专用控制基板或主控板之一连接。