In the petrochemical industry, fires are difficult to control and highly dangerous. Such fires can quickly spread to different plant areas in the early stage. Raw materials such as crude oil will produce harmful radiation and gases during the combustion process, making it difficult for firefighters to approach Rescue or fire fighting at the fire scene, the survival rate of the trapped people in the fire scene is low, and the fire scene is prone to chaos, causing irreparable negative impact on the lives of surrounding residents.
Fire safety education is an important task to remind people of life. Fire VR actual combat simulation training is to construct a virtual accident scene, so that workers can personally experience the consequences of fire accident injuries, make command decisions, mobilize and deploy emergency rescue projects according to emergency rescue tactics, and improve Accident control capability to reduce personnel and property damage.
Improve fire safety awareness: Through VR virtual simulation technology to build realistic fire fighting scenes, students can more intuitively and truly feel the urgency of fire rescue, and train their fire fighting and comprehensive rescue capabilities.
Improve the level of firefighting skills: by simulating the emergency rescue organization and command in a real disaster environment, fully reflect the characteristics of various disasters, such as the difficulty and danger of fire fighting and rescue, the complexity of fire fighting force adjustment, the limitations of limited space rescue, earthquake In order to improve the ability of commanders at all levels to determine rescue strategies in complex scenes, strengthen the overall rescue skills of task teams, and improve the command level and psychological adaptability of trainees in the emergency rescue process, Improve the efficiency of trainees when responding to emergency rescue command, and shorten the rescue adaptation period.
Shenzhen Huarui Viewpoint, a VR security training company, uses 3D modeling technology, efficient 3D rendering engine, network communication, and database construction to realize three major functions: user management, training setting and evaluation, and training assessment. By defining a variety of user roles and user permissions, the system realizes a high degree of integration of teaching, training and testing in the entire operation process. The system simulates the complete process of fire occurrence, alarm, alarm reception and rescue in strict accordance with the combat time sequence of fire and special disaster rescue.
It has good scalability, portability and compatibility, fully considers the development factors of the system, and can meet the needs of enterprises for fire safety education and emergency drills in the later stage.
To sum up, firefighting VR combat simulation training improves the actual combat skills of firefighters, enables operators to develop good safety operation habits, pay attention to safety operation details, and form a good safety awareness, which will surely become a barrier for enterprise safety production.