提高自动线、工业机械手装置、进而整个自动工厂的工作可靠性,都与建立机械加工条件实时诊断的有效方法密切相关。因此切削过程的声学诊断日益引起研究者们的注目。这一技术诊断是以记录零件成形时产生的动态现象为基础的。 Improving the automatic line, the industrial robot device, and thus the reliability of the entire automated factory are closely linked with the establishment of an effective method of real-time diagnosis of machining conditions. Therefore, the acoustic diagnosis of the cutting process is increasingly attracting the attention of researchers. This technical diagnosis is based on the recording of the dynamic phenomena that occur when parts are formed.