Constant Speed Starting Automatic Control of Mechanical Clutch Based on Virtual Prototype Technology

Abstract

Mechanical clutch plays the role of mechanical mechanism clutch in construction machinery components. With the development of large-scale construction machinery, the load difference of various heavy machineries in the start-up process is large. This load difference problem must be fully considered in the design of mechanical system, so as to ensure that the clutch can play a role in the smooth state of engagement, improve the mechanical operation stability, and guarantee the service life and safety of clutch. Therefore, the application of virtual prototyping technology to the design of automatic control system for constant speed starting of mechanical clutch has become the future trend of construction machinery development. Starting from the virtual prototype technology, this paper explores the influence mechanism of the sliding wear power parameters and impact parameters of the mechanical clutch constant speed starting automatic control system, and finally completes the dynamic simulation design of the automatic control system with the help of virtual prototype technology, and discusses the control mechanism of sliding grinding power parameters and impact parameters for automatic control system for constant speed starting of mechanical clutch based on virtual prototype technology.