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Malfunction Analysis of the NC Machine Tool and Its Vibration Model

机译:数控机床的故障分析及其振动模型

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摘要

The means of classification of the NC machine tool malfunctions is the key basis on detecting malfunctions and processing malfunctions' s signal. By defining malfunction mechanism and malfunction mode, a series of new classifications are presented. According to malfunction mechanism, mechanical malfunction are damage malfunction, lubrication malfunction, and fit malfunction. According to malfunction mode, the noise malfunction can be classified as vibration malfunction mode, the heating malfunction can be classified as heating malfunction mode, and the bad motion malfunction can be classified as deformation malfunction mode. Conclusion is that damage malfunction of gear and bearing malfunction is the most frequent malfunction whose performance formation is noise. Another conclusion is that tooth surface fatigue is the familiar malfunction, and bearing malfunction is mainly caused by surface peeling. Based on these conclusions, the vibration model of the mechanical failure is established, which lays a foundation for dealing with the follow-up signal.
机译:数控机床故障的分类方法是检测故障和处理故障信号的关键依据。通过定义故障机制和故障模式,提出了一系列新的分类。根据故障机理,机械故障是损坏故障,润滑故障和装配故障。根据故障模式,可以将噪声故障分类为振动故障模式,将加热故障分类为加热故障模式,将不良动作故障分类为变形故障模式。结论是齿轮损坏故障和轴承故障是最常见的故障,其性能形成是噪音。另一个结论是,牙齿表面疲劳是常见的故障,而轴承故障主要是由表面剥离引起的。基于这些结论,建立了机械故障的振动模型,为后续信号的处理奠定了基础。

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