VR-based tire crane practical training system and method

Abstract

The invention provides a VR-based tire crane practical training system. The VR-based tire crane practical training system comprises control equipment and display equipment; a client, the VR basic technology framework and the port VR scene restoration system perform 3D real-time rendering on the RTG operation scene to restore a port tire crane operation real scene; a 3D graphic rendering engine which is used for reading dynamic data in the TOS production system from a preset JSON interface by taking a port real scene as a blueprint, and is used for constructing scene elements in a training system to form a port tire crane VR training system; an integration system of a space sound effect and a physical system; and a VR interaction server which is connected with the at least one client and isused for realizing scene position and physical data synchronization and broadcasting with the at least one client. By applying the system of the invention, the overall training quality is improved, and the human error rate in the practical operation process is reduced, so that the maintenance budget is indirectly saved, and the shutdown loss caused by errors is reduced.

Description

technical field [0001] The invention relates to the field of VR application technology, in particular to a VR-based tire crane training system and method. Background technique [0002] Modern large-scale loading and unloading machinery and equipment are widely used in port production operations. In order to maximize the effectiveness of these modern machinery, port enterprises need to build a team of skilled workers who can skillfully operate these equipment. In the traditional large-scale industrial mechanization training, due to the limited number of large-scale equipment, high cost, and can only be used in specific scenarios, the training cost remains high and the training period is long, making it difficult to have a good understanding of the internal key structure of mechanical equipment. Intuitively, it is difficult to separate the training scene from the production operation scene, and it is difficult to guarantee production safety. The rise of VR technology provides...

AI Technical Summary

Problems solved by technology

[0003] In view of the above-mentioned shortcomings of the prior art, the purpose of the present invention is to provide a VR-based tire crane training system and method, which can make full use of the advantages of VR technology and effectively solve the problem of large-scale equipment training in traditional industries. Limited, high cost, high training cost, long cycle, difficult to guarantee production safety and other issues have improved the overall training quality and reduced the human error rate in the actual operation process, thereby indirectly saving the maintenance budget and reducing the cost due to The loss of downtime caused by mistakes, and the use of practical training systems and methods to solve large-scale mechanical training in traditional industries. The number of large-scale equipment is limited, the cost is high, the training cost remains high, the training period is long, and production safety is difficult to be guaranteed. question

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