Abstract

To diagnose wear in critical friction units, inductive wear particle counters are now widely used, which are built into the main lubrication line of the mechanism. One way to increase their sensitivity is to develop effective digital signal processing methods. The paper presents a technique that can increase the processing speed of the particle counter signal and reduce the amount of required microcontroller memory, which is important for real-time wear diagnostics.

中文翻译：

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提高磨损颗粒计数器实时诊断的可靠性

摘要

为了诊断关键摩擦装置中的磨损，感应磨粒计数器现已广泛使用，它们内置在机构的主润滑管线中。提高灵敏度的一种方法是开发有效的数字信号处理方法。本文提出了一种可以提高粒子计数器信号的处理速度并减少所需的微控制器内存量的技术，这对于实时磨损诊断非常重要。