Maintenance training system and method based on digital twinning

Abstract

The invention discloses a maintenance training system and method based on digital twinning, and relates to the technical field of information application, the maintenance training system comprises a theory learning subsystem, a digital twinning training subsystem, a training assessment subsystem and a twinning data subsystem, according to daily inspection and maintenance specifications, distribution situation awareness is carried out through dynamic simulation and interaction forms. Operation skill training of daily inspection, maintenance content, steps, process requirements and the like of all subsystems and important assemblies of the heavy vehicle is carried out. Through fusion of theoretical examination and maintenance training resources, maintenance training methods and means are expanded, and technical support is provided for improving the maintenance training effect of the heavy vehicle.

Description

technical field [0001] The invention relates to the field of information application technology, in particular to a digital twin-based maintenance training system and method. Background technique [0002] Virtual maintenance technology is the application of virtual reality technology in the equipment maintenance process, which can break through the space and time constraints of actual installation operations, and realize realistic equipment digital twin disassembly, fault maintenance and other operations in a visualized virtual maintenance operation environment . Virtual maintenance can effectively verify the correctness of equipment assembly, disassembly, detection, and operation; through repeated twin maintenance training, it can promote trainees to quickly improve their maintenance level, and has become an important information method in the maintenance field. [0003] With the support of advanced virtual reality technology and strong financial support at home and abroad...

AI Technical Summary

Problems solved by technology

However, the current maintenance training system is not closely integrated with the first-line vehicle equipment maintenance support training. It pays attention to the needs of structural disassembly and assembly, but there is less training for maintenance training and support links in the actual service process of equipment, which affects the improvement of daily maintenance support and rapid repair capabilities of equipment.

At the same time, maintenance tools are difficult to implement detection, and the virtual maintenance training process does not conform to the actual maintenance problems, which affect the further deepening of virtual maintenance training.

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