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    • 2. 发明授权
    • Device for the determination and/or control of a certain charging level
in a container
    • 用于确定和/或控制容器中某一充电水平的装置
    • US4499765A
    • 1985-02-19
    • US459544
    • 1983-01-11
    • Karl BenzGunter Kech
    • Karl BenzGunter Kech
    • G01F23/22G01F23/28G01F23/296
    • G01F23/2966G01F23/2967Y10S367/908
    • A device for the determination of the charging level in a container has a vibrator on which two torsional vibrators (10, 12) of the same resonance frequency vibrate in an opposite way. The vibration elements (10, 12) are arranged coaxially and have a common center of rotation (20) which is located in the center of a diaphragm (14) serving as a return spring for the outer element (10). The inner element (12) is designed in the shape of a rod and has a tapering (17) in the area of the center of rotation (20) acting as a return spring. Owing to the design according to the invention, a charging level determination is possible with goods charged of a high and of a low density whereby the detection sensitivity is almost independent of the clamping conditions of the vibrator.
    • PCT No.PCT / DE81 / 00158 Sec。 371日期1983年1月11日 102(e)日期1983年1月11日PCT提交1981年9月30日PCT公布。 公开号WO83 / 01307 1983年4月14日。用于确定容器中的充电水平的装置具有振动器,相同共振频率的两个扭转振动器(10,12)以相反的方式振动。 振动元件(10,12)同轴布置并且具有共同的旋转中心(20),其位于用作外部元件(10)的复位弹簧的隔膜(14)的中心。 内部元件(12)被设计成杆的形状,并且在作为回位弹簧的旋转中心(20)的区域中具有锥形(17)。 由于根据本发明的设计,可以以高密度和低密度的货物进行充电水平的确定,由此检测灵敏度几乎与振动器的夹紧条件无关。
    • 4. 发明授权
    • Resonating rod
    • 共振杆
    • US4594891A
    • 1986-06-17
    • US487866
    • 1983-04-22
    • Karl BenzGerhard Huber
    • Karl BenzGerhard Huber
    • G01F23/22G01F23/04G01F23/296G01F23/28
    • G01F23/04G01F23/2967
    • A filling level measuring probe detects the filling level in a container by suppression of an oscillator by contact with a filling material. The oscillator consists of a hollow body 16, which can be connected through a shaft 14 and a screw-in part 12 with a container wall 10 and is set in oscillation with oscillations in the radial direction over a crosspiece 20 mounted in hollow body 16 by means of an electromechanical transducer 26 which is mounted on crosspiece 20. The oscillations are converted by a second electromechanical transducer 28 into an electric signal, of which the amplitude is changed with suppression of the oscillations as a result of contact of the hollow body 16 with the filling material.
    • 填充液位测量探针通过与填充材料接触来抑制振荡器来检测容器中的填充量。 振荡器由中空体16构成,中空体16可以通过轴14和螺旋部分12与容器壁10连接,并且通过在径向方向上的摆动被安置在安装在中空体16中的横档20上的摆动中 机电换能器26的装置,其安装在横档20上。振荡由第二机电换能器28转换成电信号,其中振幅随着中空体16与中空体16接触而抑制振荡而改变 填充材料。