Hardware and Software Provisions for Studying the Condition of Lathes by Parameters of the Support Unit Movement Paths

Design and development of optical-electronic hardware and software for studying lathe condition by parameters of the support unit movement paths is a topical task. It is shown that the most important area in developing the software-based testing method is the creation of methodological and information support for the diagnostics and forecasting of lathe reliability by parameters of the support unit movement paths. Experimental studies have shown that lathe diagnostics by the parameters of the support unit movement paths can be performed with the help of an optical-electronic mechatronic set of diagnostic tests. The proposed tests can be used for automated processing and analysis of the data on the support unit movement paths in an interactive mode. The hardware can be easily adapted to the design features of a particular lathe that is being diagnosed.

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