并且通过从实验台采集到的实际齿轮振动信号分析，利用小波变换对其进行奇异性监测研究，取得了良好的效果。
And through gathering actual gear wheel vibration signal from laboratory, utilizing wavelet transform to study singularity monitoring, has made the good results.
将机械动力学与有限元分析方法相结合，建立了机构动平衡实验台振动测量的仿真方法。
Let the mechanical dynamics be combined with the method of finite element analysis to establish the simulation method of vibration measurement of dynamics balancing test-bed of mechanism.
通过对上述三种方法实验结果的综合分析，确定振动教学实验台的模态参数。
Based on the experimental results of the above three methods, modal parameters of the vibration test bench are determined by the comprehensive analysis.
构建了系统的结构模型及其实现方法，并以小型多功能旋转实验台为监测对象，给出了其振动信号的远程监测实例。
The model of hybrid system and its implementation is given. Through monitoring vibration of rotating machine test - bed, we attain satisfactory results.
构建了系统的结构模型及其实现方法，并以小型多功能旋转实验台为监测对象，给出了其振动信号的远程监测实例。
The model of hybrid system and its implementation is given. Through monitoring vibration of rotating machine test - bed, we attain satisfactory results.
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