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    • 32. 发明授权
    • Twin path coriolis-type mass flow sensor with curved conduits
    • 双通道科里奥利型质量流量传感器,具有弯曲的管道
    • US5394758A
    • 1995-03-07
    • US153599
    • 1993-11-16
    • Alfred WengerEnnio BittoChristian Schutze
    • Alfred WengerEnnio BittoChristian Schutze
    • G01F1/84
    • G01F1/8409G01F1/8477
    • This mass flow sensor has a vibration-body arrangement through which flows a fluid to be measured and which comprises the following parts: two plane, congruent tube loops each consisting of a straight inlet tube with an inlet end, a straight outlet tube with an outlet end, which ends are fixed in a common mount, and a tube bend interconnecting the respective inlet tube and the respective outlet tube. Mounted at the junctions of the respective inlet and outlet tubes and the associated tube bends is a plate with holes which correspond to the outside diameter of the straight tubes and the tube bends and in which the latter are fixed to determine a respective vibration node. A vibration exciter sets the two tube bends into opposite sympathetic vibrations perpendicular to their respective planes, and two sensors are spaced along the straight tubes for sensing the vibrations of the latter.
    • 该质量流量传感器具有振动体装置,流体被测量并流动,其包括以下部分:两个平面,全等管环,每个管由具有入口端的直入口管,具有出口的直的出口管 端部,其端部固定在公共安装件中,以及连接相应入口管和相应出口管的管弯曲部。 安装在相应入口管和出口管的连接处以及相关联的弯管是具有孔的板,其具有对应于直管和管弯曲的外径的孔,并且其中固定螺栓以确定相应的振动节点。 振动激励器将两个管弯曲器设置成垂直于它们各自平面的相反的交感振动,并且两个传感器沿着直管间隔开以感测后者的振动。
    • 33. 发明授权
    • Device for measuring the density of liquid and gaseous  substances and
method for operating the device
    • 用于测量液体和气体物质密度的装置及其操作方法
    • US4114423A
    • 1978-09-19
    • US782703
    • 1977-03-30
    • Alfred Wenger
    • Alfred Wenger
    • G01N9/00
    • G01N9/002
    • The device comprises a thin vibratable plate to be introduced into the substances whose density is to be measured, and the plate is held by a holder at a holding point and is vibrated by at least one vibration exciter in operative engagement with the plate. The vibrations of the plate are detected by at least one vibration detector operatively associated with the plate at a point spaced from the point or points at which vibrations are imparted to the plate. An electronic unit is connected to the vibration exciters and the vibration detector and forms therewith an oscillator having an input from the vibration detector and an output supplied to the vibration exciters. The vibration exciters are so positioned with respect to the plate, and so energized by the electronic unit, that the plate vibrates in a manner such that two nodal lines intersect in the range of each holding point at which the plate is supported by a holder. While the plate may have various configurations, it is preferably circular and is so energized that the nodal lines extend diametrically of the plate and intersect at its center, with the center forming the holding point at which the holder supports the plate. The electronic unit includes a meter measuring the periods of the vibration.
    • 该装置包括一个薄的可振动的板,被引入要测量其密度的物质中,并且该板被保持器保持在一个保持点处,并且通过至少一个振动激振器与板操作地接合而振动。 通过至少一个振动检测器检测板的振动,所述至少一个振动检测器在与向板施加振动的点或点间隔开的点处与板操作地相关联。 电子单元连接到振动激励器和振动检测器,并与其形成具有来自振动检测器的输入和提供给振动激励器的输出的振荡器。 振动激励器相对于板被定位并由电子单元激励,板以这样的方式振动,使得两个节点线在每个保持点的范围内相交,在该范围内板被支架支撑。 虽然板可以具有各种构造,但是优选地是圆形的并且被赋能,使得节点线沿着板的直径延伸并且在其中心相交,中心形成保持器支撑板的保持点。 电子单元包括测量振动周期的仪表。