Aliasing signal separation of oil debris monitoring

Zhi Zhong, Shaoping Wang, W. Hong, M. Tomovic
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引用次数: 7

Abstract

Oil debris monitoring (ODM) is a significant technique for contaminate particle detection in real time for hydraulic systems. Current radial magnetic oil debris detector only provide the acceptable debris detection accuracy under the single particle. When two or more debris particles are generated in the oil and they pass through the debris sensor, the aliasing effects occur in detection signal and the error will be introduced. This paper presents a new debris monitoring structure based on two or more debris sensors. Through cross signal processing, this paper separates the mixed signal of oil debris monitoring and gives the accurate contamination particle detection. Simulation results indicate that the proposed mixed signal separation method is effective to identify and separate debris aliasing signal.
油屑监测中的混叠信号分离
油屑监测(ODM)是液压系统污染颗粒实时检测的一项重要技术。目前的径向磁油屑检测器只能在单个颗粒下提供可接受的碎屑检测精度。当油液中产生两个或两个以上的碎屑颗粒并通过碎屑传感器时,会在检测信号中产生混叠效应,引入误差。提出了一种基于两个或多个碎片传感器的碎片监测新结构。通过交叉信号处理,对油屑监测的混合信号进行分离,给出准确的污染颗粒检测。仿真结果表明,所提出的混合信号分离方法能够有效地识别和分离碎片混叠信号。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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