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Research on Spindle Bearings State Recognition of CNC Milling Machine Based on Noise Monitoring

机译:基于噪声监测的数控铣床主轴轴承状态识别研究

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Relationship between spindle running noise and health state of spindle bearings of CNC milLing machine is studied. With an acoustic sensor system, the spindle noise signals are sampled both in normal state and fault state of bearings. With three input characteristics abstracted from the signals, such as mean of absolute value, power and variance, a three-layer Back-Propagation neural network to recognize the bearing running state is built up and trained. The optimized number of hidden layer nodes of the neural network is determined by comparison test. It is proved by the experimental results that the noise signals monitoring is effective in recognition of spindle bearings health state.
机译:研究了数控铣床主轴运行噪声与主轴轴承健康状态的关系。使用声学传感器系统,可以在轴承的正常状态和故障状态下对主轴噪声信号进行采样。通过从信号中提取出三个输入特性(例如,绝对值,幂和方差的平均值),构建并训练了一个三层反向传播神经网络,以识别轴承的运行状态。通过比较测试确定神经网络的隐藏层节点的最佳数量。实验结果证明,噪声信号监测对识别主轴轴承的健康状态是有效的。

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