Virtual power safety training system with force tactile feedback

Abstract

The invention discloses a virtual electric power safety training system with force tactile feedback, the virtual electric power safety training system comprises a force tactile feedback device and aninteractive terminal, and is characterized in that a force feedback unit and a tactile feedback unit are contacted with a user to provide force sense and tactile sense of a virtual electric power safety training scene; an information collection and control unit collects feedback information of force sense and tactile sense of a user and transmits the collected feedback information to an interaction terminal. The interaction terminal comprises a display module, a calculation module and a communication module, the display module provides the virtual electric power safety training scene for the user and transmits force sense feedback and tactile feedback information to a force and tactile feedback device, and the user feels the force and tactile feedback. The system has a real-time haptic representation function, and achieves the positioning tracking and posture detection of a hand, thereby improving the immersion of virtual man-machine interaction, and reducing the training cost.

Description

technical field [0001] The invention relates to the field of virtual reality, in particular to a virtual power safety training system with force-tactile feedback. Background technique [0002] Power system safety training is an important means to improve the technical level and personal quality of power system operation and maintenance personnel, and it is very important to ensure the safe, stable and efficient operation of the power system. At present, the content of power system safety training mainly includes standardized operation procedures and analysis of typical accident cases. Most of the traditional power safety training is in the form of lectures and videos, and there are few experience operations. Although there are simulation boards, with the development and upgrading of equipment, there will be significant differences in the form of training devices and real power equipment, or there will be The phenomenon of mutual incompatibility will reduce the effect of tra...

AI Technical Summary

Problems solved by technology

Although there is a small amount of tactile feedback in these interactive devices, the demand for tactile perception in virtual reality human-computer interaction is obviously insufficient. Therefore, it is necessary to study a virtual reality power safety training system with force tactile feedback. It is of great significance to realize the sense of reality and immersion in power safety training, reduce training costs and improve safety training efficiency

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