Fault Diagnosis Technology of Reciprocating Pumps based on Inlay Model Wavelet Neural Network

Zhao Zhi-hua
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Abstract

2. Training Center, Natural gas branch of Daqing Oilfield, Daqing 163412 ChinaAbstract: A method is proposed based on inlay model Wavelet Neural Network in order to determine the reciprocating pump fault type accurately. This paper used the reciprocating pump single cylinder pressure signals as the characteristics of the system signal by wavelet packet decomposition to extract fault features vector, which is the input of wavelet neural network, and at the same time, used wavelet neural network to determine the type of the fault. Diagnosis of faults of fluid end on a reciprocating pump proves the system fault diagnosis accuracy to 94%.
基于嵌入模型小波神经网络的往复泵故障诊断技术
2. 摘要提出了一种基于嵌入模型小波神经网络的往复泵故障类型准确判断方法。本文以往复泵单缸压力信号作为系统信号的特征,通过小波包分解提取故障特征向量,作为小波神经网络的输入,同时利用小波神经网络确定故障类型。通过对往复泵液端故障的诊断,系统的故障诊断准确率达到94%。
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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