Power skill training platform based on virtual reality technology

Abstract

The invention provides a power skill training platform based on a virtual reality technology. A virtual environment is programmed by 3D digital modeling of a power production scene through a graphic image generation and display unit set in a computer system; the virtual environment is displayed to a user equipped with 3D display equipment through the 3D display equipment of an interactive sensing system, and the line-of-sight direction of the user is measured by a set detection device so as to adjust the scene corresponding to the virtual environment; and the gestural movement of the user equipped with 3D space control equipment is detected through the 3D space control equipment, and is fed back into the 3D display equipment to adjust the scene corresponding to the virtual environment. By building an immersive virtual environment based on high-risk, invisible and unreproducible scenes in power production, the quality of training is improved effectively, the training efficiency is improved, and the training cost is reduced.

Description

technical field [0001] The invention relates to an electric power skill training platform based on virtual reality technology. Background technique [0002] At present, the commonly used training methods have their own advantages, but there are some shortcomings and defects, such as: 1) The master-apprentice training method is based on equipment, highly dependent on equipment, and has pertinence and limitations, and is only suitable for certain 1. Professional students, who focus on technical operation training and lack of theoretical learning; 2) Traditional classroom training methods, although the training cost is low and the efficiency is high, but they are out of context, poor in transferability, and the learning feedback effect of students is poor; 3) Multimedia classroom trial training methods , the information is partially presented, and the interactivity is insufficient; 4) The computer-based training method adopts the independent learning method of the students, whi...

AI Technical Summary

Problems solved by technology

[0002] At present, the commonly used training methods have their own advantages, but there are some shortcomings and defects, such as: 1) The master-apprentice training method is based on equipment, highly dependent on equipment, and has pertinence and limitations, and is only suitable for certain 1. Professional students, who focus on technical operation training and lack of theoretical learning; 2) Traditional classroom training methods, although the training cost is low and the efficiency is high, but they are out of context, poor in transferability, and the learning feedback effect of students is poor; 3) Multimedia classroom trial training methods , the information is partially presented, and the interaction is insufficient; 4) The computer-based training method adopts the independent learning method of the students, which is rich in content and easy to explain, but it is inconvenient to communicate, and the training content is not easy to update

[0003] However, power skills training involves a wide range of fields and is highly specialized. The existing training methods cannot meet the comprehensive and diversified needs of power skills training, especially the practice involving dangerous environments, scenarios that cannot be reproduced, and equipment that is expensive or unavailable. , and this part of the demand for power skills training accounts for a large proportion

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