Five Major Natural Disaster Precursor Prevention and Handling System

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

System Content:

The content of the Five Major Natural Disaster Precursor Prevention and Handling System includes: basic knowledge of fire prevention and control, basic knowledge of roof fall prevention and control, basic knowledge of coal dust prevention and control, basic knowledge of water disaster prevention and control, and basic knowledge of gas prevention and control.

SystemAdvantages:

1.Virtual Reality: Through virtual reality devices such as VR glasses, trainees can immerse themselves in the scene of coal mine disasters, including gas, water intrusion, fire, roof collapse, rock burst, and other hazards, allowing them to learn disaster precursor identification methods and response measures in a virtual environment, thereby enhancing their disaster prevention and control capabilities.

2.High Safety: Conducting disaster prevention and control training in a virtual environment poses no harm to trainees and causes no environmental pollution, fully ensuring the safety of trainees.

3.Strong Interactivity: The system enables interactive operations with trainees, who can perform disaster prevention and control actions in the virtual environment using virtual reality devices, such as operating safety facilities and mastering emergency response methods, thereby improving their operational skills and emergency response capabilities.

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

5.Comprehensive Knowledge: The system integrates various aspects of coal mine disaster prevention and control knowledge, including disaster precursor identification and emergency response methods, with comprehensive and rich content that can meet the diverse needs of trainees.

6.Strong Visualization: The system uses virtual reality technology to visually simulate disaster scenes, allowing trainees to more clearly understand the situation at disaster sites and improving their mastery of disaster prevention and control methods.

Technical Approach:

The system is developed using the Unreal Engine, leveraging PBR materials to realistically present the underground working environment in virtual reality, and employing particle systems to simulate effects such as water spraying 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 to perform operations and training. At the same time, the system can provide real-time evaluation and feedback based on the trainee's actions, helping them correct improper operations and improve their skill levels.