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    • 1. 发明授权
    • Process for determining the phase portion of a fluid medium in open and
closed pipes
    • 用于确定开放和封闭管道中流体介质的相位部分的方法
    • US5719340A
    • 1998-02-17
    • US697288
    • 1996-08-26
    • Boudewijn Jozef PoortmannHeerke NijboerAart Jan van Bekkum
    • Boudewijn Jozef PoortmannHeerke NijboerAart Jan van Bekkum
    • G01F1/58G01F1/64G01F23/26G01N27/22G01F1/56
    • G01N27/226G01F1/64
    • A process for determining the phase portion of a medium in open and closed pipes, especially for use in connection with a process for determining the volume flow, with the help of at least three condenser plates extending basically over the entire height of the pipe and with the help of a control and evaluation circuit, in which at least one of the condenser plates has an alternating voltage applied to it by the control and evaluation circuit and the current flowing between the condenser plate with the voltage appled to it and at least one other condenser plate is recorded by the control and evaluation circuit. The process is designed so that the current between at least two condenser plates is recorded by the control and evaluation circuit from two different groups of condenser plates separated by the vertical line of the pipe. The current between individual condenser plates in the first group of condenser plates and at least one condenser plate in the second group of condenser plates is recorded by the control and evaluation circuit in sequence; the current of the highest plate reached by the surface level of the medium in the first group of condenser plates is standardized by the control and evaluation circuit using the currents of the lower-lying condenser plates in the first group of condenser plates; and the standardized current from the highest condenser plate reached by the surface level of the medium in the first group of condenser plates is evaluated as a measurement for the position of the surface level of the medium relative to the highest condenser plate reached by the surface level of the medium in the first group of condenser plates.
    • 一种用于确定开放和封闭管道中的介质的相位部分的方法,特别是用于与用于确定体积流量的方法结合使用的方法,借助于至少三个在管道的整个高度上延伸的冷凝器板,并且与 控制和评估电路的帮助,其中至少一个电容器板具有由控制和评估电路施加到其上的交流电压,以及在具有施加到其的电压的电容器板和至少一个其他电压之间流动的电流 电容板由控制和评估电路记录。 该过程被设计成使得通过控制和评估电路记录至少两个电容器板之间的电流,来自由管道的垂直线分开的两组不同的电容器板。 控制和评估电路依次记录第一组电容器板中的各个电容器板与第二组电容器板中的至少一个电容器板之间的电流; 通过控制和评估电路使用第一组冷凝器板中的下位冷凝器电流的电流来标准化由第一组电容器板中的介质的表面水平达到的最高板的电流; 并且将来自第一组聚光板中的介质的表面水平达到的最高冷凝器板的标准化电流作为介质相对于由表面水平达到的最高冷凝器板的表面水平的位置的测量值 的介质在第一组聚光板中。
    • 2. 发明授权
    • Calibration device for mass flow meters
    • 质量流量计校准装置
    • US08528382B2
    • 2013-09-10
    • US12974387
    • 2010-12-21
    • Pieter Cornelis Leendert van BrakelAart Jan van Bekkum
    • Pieter Cornelis Leendert van BrakelAart Jan van Bekkum
    • G01N29/00
    • G01F25/0007G01K11/24G01K13/02G01K2013/026
    • A calibration device for mass flow meters including a test piece measuring section into which the mass flow meter test piece to be calibrated can be inserted, a device for creating a flow of a medium through the test piece measuring section and a temperature-measuring device positioned in the test piece measuring section for detecting the temperature of the medium. The temperature-measuring device is position in the flow such that the flow is disturbed as little as possible, while at the same time being capable of highly-accurate detection of the temperature of the flowing medium. In particular, the temperature-measuring device is an ultrasonic temperature-measuring device that is configured to emit an ultrasonic signal into the medium and determine the temperature of the medium by measuring a speed of the emitted ultrasonic signal.
    • 一种用于质量流量计的校准装置,包括可插入待校准的质量流量计测试件的测试片测量部分,用于通过测试片测量部分产生介质流的装置和定位的温度测量装置 在用于检测介质的温度的测试片测量部分中。 温度测量装置位于流动中,使得流动尽可能少地受到干扰,同时能够高精度地检测流动介质的温度。 特别地,温度测量装置是超声波测温装置,其被配置为向介质发射超声波信号,并且通过测量发射的超声波信号的速度来确定介质的温度。
    • 3. 发明授权
    • Ultrasonic probe head
    • 超声波探头
    • US07992439B2
    • 2011-08-09
    • US12206796
    • 2008-09-09
    • Aart Jan van BekkumJeoren Martin van Klooster
    • Aart Jan van BekkumJeoren Martin van Klooster
    • G01N29/04
    • G10K11/02G01N2291/02827
    • An ultrasonic probe head, in particular for an ultrasonic flow meter having a housing and an ultrasonic transducer in the housing, wherein ultrasonic signals can be created and/or detected by the ultrasonic transducer and the ultrasonic signals from the ultrasonic transducer can be emitted and/or received via an ultrasonic window. A thin, relatively flexible solid interface layer is provided between the ultrasonic transducer and the ultrasonic window, the surface of the ultrasonic window having contact with the solid interface layer has a specified roughness and the ultrasonic transducer is impacted with a force, wherein the material of the solid interface layer and the ultrasonic window, the specified roughness of the surface of the ultrasonic window and the force are attuned to one another so that the solid interface layer nestles into the ultrasonic window of the housing at least also by plastic deformation. Thus, a passage is created between the ultrasonic transducer and the ultrasonic window that eliminates, at least partially, the known disadvantages between the ultrasonic transducer and the ultrasonic window.
    • 一种超声波探头,特别是用于在外壳中具有壳体和超声波换能器的超声波流量计,其中可由超声换能器产生和/或检测超声波信号,并且可以发射来自超声换能器的超声波信号和/ 或通过超声波窗口接收。 在超声波换能器和超声波窗口之间提供薄而相对柔性的固体界面层,与固体界面层接触的超声波窗口的表面具有特定的粗糙度,超声波换能器受到力的影响,其中材料 固体界面层和超声波窗口,超声波窗口的表面的规定粗糙度和力彼此适应,使得固体界面层至少也通过塑性变形嵌入到壳体的超声波窗口中。 因此,在超声换能器和超声波窗口之间产生通道,其至少部分地消除了超声波换能器和超声波窗口之间的已知缺点。
    • 4. 发明申请
    • ULTRASONIC PROBE HEAD
    • 超声探头
    • US20090071252A1
    • 2009-03-19
    • US12206796
    • 2008-09-09
    • Aart Jan van BekkumJeoren Martin Van Klooster
    • Aart Jan van BekkumJeoren Martin Van Klooster
    • G01N29/04
    • G10K11/02G01N2291/02827
    • An ultrasonic probe head, in particular for an ultrasonic flow meter having a housing and an ultrasonic transducer in the housing, wherein ultrasonic signals can be created and/or detected by the ultrasonic transducer and the ultrasonic signals from the ultrasonic transducer can be emitted and/or received via an ultrasonic window. A thin, relatively flexible solid interface layer is provided between the ultrasonic transducer and the ultrasonic window, the surface of the ultrasonic window having contact with the solid interface layer has a specified roughness and the ultrasonic transducer is impacted with a force, wherein the material of the solid interface layer and the ultrasonic window, the specified roughness of the surface of the ultrasonic window and the force are attuned to one another so that the solid interface layer nestles into the ultrasonic window of the housing at least also by plastic deformation. Thus, a passage is created between the ultrasonic transducer and the ultrasonic window that eliminates, at least partially, the known disadvantages between the ultrasonic transducer and the ultrasonic window.
    • 一种超声波探头,特别是用于在外壳中具有壳体和超声波换能器的超声波流量计,其中可由超声换能器产生和/或检测超声波信号,并且可以发射来自超声换能器的超声波信号和/ 或通过超声波窗口接收。 在超声波换能器和超声波窗口之间提供薄而相对柔性的固体界面层,与固体界面层接触的超声波窗口的表面具有特定的粗糙度,超声波换能器受到力的影响,其中材料 固体界面层和超声波窗口,超声波窗口的表面的规定粗糙度和力彼此适应,使得固体界面层至少也通过塑性变形嵌入到壳体的超声波窗口中。 因此,在超声换能器和超声波窗口之间产生通道,其至少部分地消除了超声波换能器和超声波窗口之间的已知缺点。
    • 5. 发明申请
    • CALIBRATION DEVICE FOR MASS FLOW METERS
    • 大流量计的校准装置
    • US20110239730A1
    • 2011-10-06
    • US12974387
    • 2010-12-21
    • Pieter Cornelis Leendert van BrakelAart Jan van Bekkum
    • Pieter Cornelis Leendert van BrakelAart Jan van Bekkum
    • G01N29/30
    • G01F25/0007G01K11/24G01K13/02G01K2013/026
    • A calibration device for mass flow meters including a test piece measuring section into which the mass flow meter test piece to be calibrated can be inserted, a device for creating a flow of a medium through the test piece measuring section and a temperature-measuring device positioned in the test piece measuring section for detecting the temperature of the medium. The temperature-measuring device is position in the flow such that the flow is disturbed as little as possible, while at the same time being capable of highly-accurate detection of the temperature of the flowing medium. In particular, the temperature-measuring device is an ultrasonic temperature-measuring device that is configured to emit an ultrasonic signal into the medium and determine the temperature of the medium by measuring a speed of the emitted ultrasonic signal.
    • 一种用于质量流量计的校准装置,包括可插入待校准的质量流量计测试件的测试片测量部分,用于通过测试片测量部分产生介质流的装置和定位的温度测量装置 在用于检测介质的温度的测试片测量部分中。 温度测量装置位于流动中,使得流动尽可能少地受到干扰,同时能够高精度地检测流动介质的温度。 特别地,温度测量装置是超声波测温装置,其被配置为向介质发射超声波信号,并且通过测量发射的超声波信号的速度来确定介质的温度。