Electromechanical device model dismantling training system under virtual roaming scene and development method thereof

Abstract

The invention discloses a development method of an electromechanical device model dismantling training system under a virtual roaming scene, which is used for the management of the training for the engineering personnel of mechanical manufacturing, electric power production and the like on the aspect of the repairing such as dismantling and assembling. The electromechanical device model dismantling training system comprises a virtual roaming scene module, a part dismantling demonstration module, an interaction interface progress module and a background database management module. Through the combination of virtual reality and visualized programming technology, interactive-type virtual simulation training is provided for equipment repairing personnel and management personnel of machinery and electric power engineering, and the electromechanical device model dismantling training system has advantages of high training efficiency, wide application range, low training cost and the like. Especially for the electromechanical equipment with a complicated structure feature, the digitalized training and management for dismantling and assembling components in a virtual reality environment can be realized through the electromechanical device model dismantling training system.

Description

technical field [0001] The invention relates to a training system for disassembly and assembly of electromechanical equipment models in a virtual roaming scene and a development method thereof, belonging to the fields of computer-aided design and industrial design. Background technique [0002] Relying on advanced multimedia technology, using 3D simulation modeling software, animation production software and virtual game development software to create a training system for the disassembly and assembly of electromechanical equipment models in virtual roaming scenarios, allowing training objects to roam independently in the maintenance workshop and complete equipment zeroing "by hand". Maintenance operations such as disassembly and installation of component models are helpful for understanding and acceptance of training content. Traditional training methods are generally on-site guidance and practical training. Due to the lack of intuitive understanding of equipment and the li...

AI Technical Summary

Problems solved by technology

Traditional training methods are generally on-site guidance and practical training. Due to the lack of intuitive cognition of equipment and the limitations of on-site practice, the training effect is often mediocre and the training period is long, which is not conducive to students' long-term memory and understanding of training content.

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