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Research on Fault Diagnosis of Mine Ventilator Bearing based on Cross Entropy Algorithm

机译:基于交叉熵算法的矿井通风机轴承故障诊断研究

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In the construction and production of coal mines, the mine fan is obviously very important, and its function is to ensure the safety of the underground workers in the mine. If the mine fan fails, it will cause inestimable losses and bring subsequent problems. Therefore, it is necessary to study the safe use and operation of mine ventilator. Aiming at the common bearing failures of mine ventilators, this paper innovates a fault diagnosis model based on rough set attribute reduction and cross entropy algorithm. Through the study of the model, the following conclusions are drawn: This paper combines rough set attribute reduction and cross entropy algorithm, which is very good for fault detection of mine fan bearings, and can be considered in actual production.
机译:在煤矿的建设和生产中,矿山风扇显然非常重要,其功能是确保地下工人在矿井的安全性。如果矿山粉丝失败,则会导致可估量的损失并带来后续问题。因此,有必要研究矿井呼吸机的安全使用和操作。针对矿井呼吸机的共同轴承故障,本文基于粗糙集属性减少和跨熵算法创新了故障诊断模型。通过该模型的研究,得出了以下结论:本文结合了粗糙集属性减少和跨熵算法,这对于矿山风扇轴承的故障检测非常好,可以在实际生产中考虑。

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