The "four capabilities" of fire protection are proposed by the construction of the "firewall" project of social fire safety, namely:
1. Improve the ability of social units to inspect and eliminate fire hazards;
2. Improve the ability of social units to organize and fight fires at the initial stage;
3. Improve the ability of social units to organize personnel to evacuate and escape;
4. Improve the ability of fire protection publicity, education and training in social units;
the painful lessons of fire accidents require that the "four capabilities" of fire safety in social units must be greatly improved. Through a large number of case studies, we found that more than 90% of major fire accidents occurred in Social units and units cannot check and eliminate their own fire hazards in time, cannot extinguish the initial fire in time, cannot effectively organize personnel to evacuate and escape, and the fire protection publicity is not in place, and the fire safety awareness of employees is weak, which is the root cause of frequent fires.
The "four capabilities" of the unit's fire safety are the basic requirements for fire protection in a harmonious society and the basic ability for every fire practitioner to engage in fire protection work.
"3D-XF System" is a professional 3D virtual practical training system that implements the "four capabilities" of fire safety in social units. "3D-XF System" adheres to the concept of professionalism, convenience and efficiency, and provides comprehensive and authoritative 3D virtual practical training to improve the firefighting ability of all employees in social units.
The 3D-XF system mainly uses 3D virtual simulation for 3D animation production.
The content of the "four abilities" of fire protection in social units is learned through the combination of text, sound, video and simulated practical operations.
The fire scene and drill equipment are produced in a 1:1 ratio, and human-computer interaction simulation operation training is adopted.
The first 3D human-computer interaction simulation operation
