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New Impact-based Method for Measuring the Velocity of Solid Granules

机译:基于冲击的新方法测量固体颗粒的速度

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A new impact-based method,which can be used to measure the real-time velocity of the granules flow,was presented in this paper.With this method,two weighting sensors were installed end to end in the designed equipment. The difference of the output signal of the two sensors which was generated by the influence of impact can be used to determine the velocity of solid granules flow. Then the mass flow rate of solid granules can also be obtained based on the measured velocity.It is found that the main factor affecting the measuring accuracy is the length of the measuring board installed above the weighting sensors. Two type of measuring boards with different length were designed to finish the comparative experiments which can reflect the influence degree of the length of the measuring board. The two type of length are respectively 3cm and 6cm.Some comparative experiments with soybean as the experimental material were conducted using the designed equipment.Experimental results showed that the average relative measuring accuracy of gross mass was 96.89% when 3cm long measuring board was employed,while 6cm long board was employed,the average accuracy was 93.25%.
机译:本文提出了一种新的基于冲击的方法,可以用来实时测量颗粒的流速。通过这种方法,在设计的设备中首尾相连安装了两个称重传感器。通过碰撞的影响而产生的两个传感器的输出信号之差可用于确定固体颗粒流动的速度。然后根据测得的速度也可以得到固体颗粒的质量流量。发现影响测量精度的主要因素是安装在称重传感器上方的测量板的长度。设计了两种不同长度的测量板来完成对比实验,可以反映测量板长度的影响程度。两种长度分别为3cm和6cm。使用设计的仪器进行了一些以大豆为实验材料的对比实验。实验结果表明,使用3cm长的测量板时,毛重的平均相对测量精度为96.89%,采用6cm长的木板,平均精度为93.25%。

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