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    • 1. 发明公开
    • CONCRETE MIXTURE MEASUREMENT SENSOR, SYSTEM AND METHOD
    • 混凝土混合物测量传感器,系统和方法
    • EP2977163A1
    • 2016-01-27
    • EP15180076.0
    • 2014-01-10
    • Katzeff-Berman, DullyBerman, Berthold
    • BERMAN, Berthold
    • B28C7/02G01N11/14G01N33/38
    • G01N33/383B28C7/024G01N11/00G01N11/14G01N27/048G01N2011/0046
    • A sensor (100) measures slump and rheological characteristics of the concrete and is connected to a system (12) that adjusts the slump by monitoring the sensor (100) within the interior surface of a concrete mixer (10) and controlling liquid additions. Data is analyzed by a computer processing unit (142) to determine the slump and rheological characteristics of the concrete, liquid required to meet the slump requirements.
      The measurement done by the sensor (100) is more accurate then the existing methods because it brings into consideration the effect of the helix (10a) inside the mixer (10) on the movement of the concrete mixture inside the mixer (10). Furthermore, this method also allows the operation of the sensor (100) in "real" life situations where the rotation speed of the mixer (10) can't be maintained at a fixed value.
      The fact that the sensor (100) rotates with the drum (10) and that the concrete mixture is pushed to the bottom of the mixing drum (10) guaranties that all the concrete is "sampled" by comparing results collected from each revolution of the mixing drum (10).
    • 传感器(100)测量混凝土的坍落度和流变特性,并连接到通过监测混凝土搅拌机(10)的内表面内的传感器(100)并控制液体添加来调节坍落度的系统(12)。 通过计算机处理单元(142)分析数据以确定满足坍落度要求所需的混凝土坍落度和流变特性。 由传感器(100)完成的测量比现有方法更精确,因为其考虑了混合器(10)内部的螺旋(10a)对混合器(10)内的混凝土混合物的移动的影响。 此外,该方法还允许传感器(100)在混合器(10)的旋转速度不能保持在固定值的“真实”生活情况下操作。 传感器(100)与滚筒(10)一起旋转并且混凝土混合物被推到混合滚筒(10)的底部这一事实保证了通过比较从每次旋转所收集的结果来“采样”所有混凝土 混合鼓(10)。