Underground Electrical Maintenance Work Safety Practical VR Training System

The system includes VR coal mine safety training and coal mine accident restoration systems. In VR coal mine safety training, employees use VR headset devices to "experience" hazardous scenarios from a first-person perspective.

System Content:

The content of the Underground Electrical Maintenance Work Safety Practical VR Training System includes: operational procedures for powering on and off low-voltage distribution equipment in underground mines, operational procedures for wind power and gas electrical wiring underground, safety inspections of underground electrical systems, precautions for underground electrical maintenance operations, and practical training for underground electrical work.

SystemAdvantages:

1.Realistic Simulation: Through VR technology, it can simulate the real working environment of underground electrical maintenance, including equipment, tools, materials, etc., allowing trainees to experience the actual on-site conditions, enhancing the realism and immersion of the training.

2.Safety Assurance: Conducting practical training in a virtual environment prevents accidents such as electric shocks and avoids harm to trainees due to operational errors, fully ensuring their safety.

3.Interactive Operation: The system enables interactive operations with trainees, who can manipulate the virtual environment through VR devices, achieving interaction with the scenario and improving their operational skills and proficiency.

4.Self-Directed Learning: Through this system, trainees can engage in self-directed learning according to their own pace and needs, achieving customized online learning and enhancing training effectiveness and learning experience.

5.Knowledge Assessment: The system can also conduct knowledge assessments of trainees through online evaluations, helping them better grasp electrical maintenance knowledge and skills, while also providing support for teaching quality evaluation.

Technical Approach:

The system is developed using the Unreal Engine, leveraging PBR materials to create a realistic virtual reality representation of the underground working environment, and employing particle systems to simulate effects such as water spray and dust during operations.

VR Browsing Device Support:

Pico, DPVR; in practical operations, trainees can use head-mounted displays or other input devices to "experience" various simulated maintenance scenarios from a first-person perspective and follow system prompts for operations and training. Additionally, the system can provide real-time evaluation and feedback based on the trainee's performance, helping them correct errors and improve their skill levels.