Underground Rubber-Tired Vehicle Driver Operation 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 Rubber-Tired Vehicle Driver Operation Safety Practical VR Training System includes: safety regulations for rubber-tired vehicle drivers, inspection procedures for starting and stopping the locomotive, post-startup checks, locomotive startup operations, and precautions for rubber-tired vehicle drivers.

SystemAdvantages:

1.Interactivity: VR technology can create a highly interactive simulation environment, allowing trainees to participate in virtual underground environments for learning and operation through head-mounted displays, controllers, and other interactive devices from a first-person perspective. This approach can significantly enhance trainees' learning interest and engagement while improving their operational skills and reaction speed.

2.Safety: The underground environment is complex and ever-changing, posing challenges for novice drivers. Through VR technology, simulated operations can be conducted in a virtual environment, ensuring that trainees do not face dangers due to operational errors or cause any damage to underground equipment and facilities, thereby ensuring their safety.

3.Scalability: VR technology provides an open and scalable training platform that can update and expand training content based on the needs and actual conditions of different trainees, making training more flexible and personalized.

4.Scenario Simulation: VR technology can simulate real underground environments and various emergency situations, such as gas leaks and roof collapses, enabling trainees to operate and train in a highly realistic environment, thereby improving their response capabilities and psychological preparedness.

Technical Approach:

The system is developed using the Unreal Engine, leveraging PBR materials to create realistic virtual reality representations of the underground working environment. Particle systems are used to simulate effects such as water spraying and dust during operations.

VR Browsing Device Support:

Pico, DPVR; During 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.