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Real time cross correlator for speed measurement of particle conveying in pneumatic pipelineudud

机译:实时互相关器,用于测量气动管道中颗粒输送的速度 ud ud

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摘要

The idea of signal processing using the cross correlation technique is not new. Since the 1930s, the theory of cross correlation has been in existence, but is was not used by industry until the 1960s, when hardware called the correlator was invented. The cross correlation technique, used to find the velocity of a spinning plastic ball in and in test apparatus to represent the flow of dry powders in a pipe has been developed in this paper. The flow is detected by two axially spaced electrodynamics sensors, where the length of the space is known, and is interfaced with the computer via the AX5412 interface board. This paper focuses on the software development for the AX5412 interface board and for data collection from both sensors, so that the cross correlation technique can manipulate the data. The velocity of the plastic ball can be calculated from the knowledge of the length of space between the sensors with the time shift obtained from the peak of the cross correlation coefficient
机译:使用互相关技术进行信号处理的想法并不新鲜。自1930年代以来,互相关理论就已经存在,但是直到1960年代,才发明了称为“相关器”的硬件,直到那时才被工业界使用。本文开发了互相关技术,该技术用于求出测试设备中和测试设备中旋转的塑料球的速度,以表示管道中干粉的流动。流量由两个轴向隔开的电动传感器检测,该传感器在已知空间长度的情况下通过AX5412接口板与计算机连接。本文重点介绍AX5412接口板的软件开发以及从两个传感器收集数据的方法,以便互相关技术可以处理数据。可以根据对传感器之间的空间长度的了解来计算塑料球的速度,并根据互相关系数的峰值获得时移

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