Research on the Design of Ergonomic Simulation Platform for Complex System Equipment Based on Virtual and Real Fusion

Objective To design an assembly system of complex equipment based on the integration of virtual and real engineering of human factors engineering by improving the comfort of assembly operators, improving assembly and operation and maintenance technology, reducing operation time, and improving the assembly and operation and maintenance efficiency of equipment. Methods This paper comprehensively considers the human factors in the assembly process, combines virtual and real fusion technology to construct a virtual assembly simulation system, and through in-depth study of motion capture, physiological acquisition, assembly sequence planning, ergonomic analysis and other technologies in the virtual assembly of complex equipment. Results Break through the traditional Tecnotamix ergonomic simulation software such as Dassault Delmia and Siemens' Tecnomatix ergonomic simulation software only through computer virtual simulation for ergonomic analysis of equipment and ignore the subjective consciousness of assembly personnel in the real physical world. The difficulty of the influence of experience, psychological characteristics, ability limits, etc. On the assembly process. Conclusion The simulation of virtual and real fusion assembly and operation and maintenance of complex system equipment based on human factors engineering is carried out, and the new generation of virtual and real simulation technology combined with physiological acquisition equipment is used to quickly build assembly scenarios and analyze the assembly and operation and maintenance process of equipment in real time, so as to provide an optimization scheme for the assembly process design of complex system equipment.