Intelligent virtual maintenance training system for large equipment

Abstract

The invention discloses an intelligent virtual maintenance training system for large equipment. The system comprises an interface layer, an application layer and a technical support layer, wherein the application layer comprises a CAD (computer aided design) data processing module, a maintenance task library generating and managing module, an external hardware driver module, a maintenance resource module, a maintenance simulating module and a maintenance analyzing and assessing module; the maintenance resource module builds an intelligent module based on the data achieved by the CAD data processing module; and the intelligent module interacts with an external hardware to simulate gestures and actions of trainees and tools and further prepares for maintenance simulation tasks. The intelligent virtual maintenance training system for large equipment employs the training manner combined with a plurality of interaction manners and does not waste real resources and energy, shortens the training time, reduces the training cost, enhances the effect of simulation operational training and has significance to promotion of civil aircraft digital maintenance and development of maintenance training technique.

Description

technical field [0001] The invention relates to an intelligent virtual maintenance training system for large equipment, which belongs to the technical field of manufacturing informatization and data processing. Background technique [0002] With the increasing complexity of modern electromechanical products and equipment, maintenance costs and maintenance costs have increased significantly. Maintenance work plays a very important role in maintaining the integrity and availability of electromechanical products and equipment. Therefore, the maintenance of complex products and equipment has attracted the attention of the industry. The maintenance training, implementation, evaluation and verification of traditional equipment are usually carried out on the actual equipment. Two methods are generally used for the training of equipment maintenance personnel. Train its maintenance personnel by itself. These two maintenance training methods are carried out on the actual installatio...

AI Technical Summary

Problems solved by technology

This maintenance method has the following defects: (1) In view of the limited number of equipment, models, training venues and environment, it is difficult to guarantee the number of trainees and operating time, the training efficiency is low, and maintenance knowledge and skills are difficult to popularize; The maintainability of the equipment can only be accurately analyzed after the prototype is manufactured, which will easily lead to rework of equipment design and manufacturing, and increase the cost of equipment design and manufacturing

No maintenance training effect evaluation function, maintainability, ergonomics evaluation function

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