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    • 11. 发明授权
    • Fill level measurement system and method for determining a fill level
    • 填充水平测量系统和确定填充水平的方法
    • US09395230B2
    • 2016-07-19
    • US14089131
    • 2013-11-25
    • AIRBUS OPERATIONS GMBH
    • Ulrich Rieger
    • G01F23/296G01F23/64
    • G01F23/296G01F23/2962G01F23/64
    • A measurement system for determining a liquid fill level of a tank, including a floating sensor configured to float on the surface of a liquid contained in the tank, at least three reference sensors mounted at a hull of the tank in a spatially fixed arrangement, and a control device to control the floating sensor and the reference sensors, wherein at least one of the floating sensor and the reference sensors can emit an acoustic signal to the remaining sensors, wherein the remaining sensors can receive the emitted acoustic signal, and wherein the control device is configured to determine signal travelling times of the acoustic signal from the emitting sensor to the receiving sensor, to compute a spatial position of the floating sensor with respect to the reference sensors from the signal travelling times, and to determine the liquid fill level using the computed spatial position of the floating sensor.
    • 一种用于确定罐的液体填充水平的测量系统,包括浮动传感器,其被配置为在容器中容纳的液体的表面上浮动,至少三个参考传感器以空间固定的方式安装在罐体上,以及 用于控制所述浮动传感器和所述参考传感器的控制装置,其中所述浮动传感器和所述参考传感器中的至少一个可以向所述其余传感器发射声信号,其中所述剩​​余的传感器可以接收所发射的声信号,并且其中所述控制 设备被配置为确定从发射传感器到接收传感器的声信号的信号行进时间,以从信号行进时间计算浮动传感器相对于参考传感器的空间位置,并且使用 浮动传感器的计算空间位置。
    • 16. 发明授权
    • Sealing assembly for the sensing probe of a level detector
    • 液位探测器传感探头密封组件
    • US5862702A
    • 1999-01-26
    • US882944
    • 1997-06-26
    • Chung-Ho Liang
    • Chung-Ho Liang
    • G01F23/64G01F23/72H01H36/02
    • G01F23/72G01F23/64Y10S73/05
    • Both ends of a sensing probe are sealed by an assembly including a fixing disk, a sensing probe, a sensing circuit, a floating collar and an external tube is provided. The fixing disk is provided with a threaded opening in which one end of the sensing probe is fixedly attached. The sensing probe is built-in with a sensing circuit. A floating collar is movably enveloped onto the sensing probe. The external tube is further attached to the fixing disk and the inner diameter of the external tube is larger than the outer diameter of the floating collar. The other end of the sensing probe is provided with an inner threaded portion. A locking cover is provided with a pair of openings and a post in a central portion. The post is provided with an external threaded portion in which the inner threaded portion of the sensing probe can be engaged. The post further includes a threaded recess in which a bolt having a small collar can be attached. The fixing disk further includes an annular extension at its bottom. A larger ring is disposed within the annular extension. The lower portion of the annular extension is provided with an inner threaded portion and the locking ring is provided with an external threaded portion such that the larger ring can be compressed when the later is locked up. By this arrangement, the sensing probe is completely sealed at both ends.
    • 感测探针的两端由包括固定盘,感测探针,感测电路,浮动环和外管的组件密封。 固定盘设置有螺纹开口,感测探针的一端固定在该螺纹开口中。 传感探头内置传感电路。 浮动环可移动地包封在传感探头上。 外管还附着在固定盘上,外管的内径大于浮环的外径。 传感探针的另一端设有内螺纹部分。 锁定盖设置有一对开口和在中心部分中的柱。 该柱设置有外螺纹部分,感测探针的内螺纹部分可以接合在外螺纹部分中。 该柱还包括螺纹凹部,其中可以附接具有小凸缘的螺栓。 固定盘在其底部还包括环形延伸部。 在环形延伸部内设置较大的环。 环形延伸部的下部设置有内螺纹部分,并且锁定环设置有外螺纹部分,使得当稍后被锁定时,较大的环可以被压缩。 通过这种布置,传感探头在两端完全密封。
    • 19. 发明授权
    • Froth level measurement
    • 发泡液位测量
    • US5073253A
    • 1991-12-17
    • US551595
    • 1990-07-11
    • Marshall D. Bishop
    • Marshall D. Bishop
    • B03B13/00B03D1/14G01F23/296G01F23/30G01F23/64G01F23/68
    • B03B13/00B03D1/028B03D1/082B03D1/14B03D1/16G01F23/2962G01F23/30G01F23/64G01F23/68
    • A wire guided float level measurement system includes a float, a nozzle and an ultrasonic level detector which are attachable to an open frame. The float, which is supportable on a froth, is slideably attached to te frame via one or more guide wires, and the nozzle and ultrasonic level detector are fixed near the top of the frame. In operation the frame, with attachments, is disposed in a flotation cell in an upright position so as to traverse a froth layer which is formed in the cell. The float, while supported by the froth so as to follow the froth level, serves as a target for pulses transmitted from the ultrasonic level detector, and the detector continually measures the distance to the float which is an indirect indication of froth level. Any mineral accumulation on the float, which would interfere with its buoyancy, is washed off the top of the float by spraying wash water through one or more nozzles.
    • 导线浮子液位测量系统包括可附接到开放框架的浮子,喷嘴和超声波液位检测器。 可在泡沫上支撑的浮子通过一根或多根导丝可滑动地连接到支架上,喷嘴和超声波液位检测器固定在靠近框架顶部。 在操作中,具有附件的框架以垂直位置设置在浮选槽中,以穿过形成在单元中的泡沫层。 浮体由泡沫支持以跟随泡沫水平,用作从超声波液位检测器发送的脉冲的目标,并且检测器连续测量到浮子的距离,该距离是间接指示泡沫水平。 通过喷洗洗涤水通过一个或多个喷嘴,将漂浮物上的任何矿物质积聚物干扰其浮力,从浮子的顶部洗掉。