Forest fire hazard emergency command decision management GIS three-dimensional platform

Abstract

The invention discloses a forest fire hazard emergency command decision management GIS three-dimensional platform. The platform comprises a high-precision three-dimensional electronic sand table, basic geographic data management, forest fire prevention thematic data management and map display, real-time meteorology display, fire scene real-time meteorology, real-time video monitoring, fire scene real-time videoing, vehicle personnel positioning tracking and command navigation, three-dimensional simulation control, forest fire diffusion simulation and map display, trend plotting management, and a three-dimensional analysis tool. By using the platform provided by the invention, a fire suppression commander can master fire scene meteorology and fire development trend and change in real time, master the positions of fire fighters and vehicles and travel routes in real time, and accurately master the distribution and quantity of fireproof materials, scientific and effective strategies and tactics and fire suppression schemes can be mapped out, fire suppression personnel and materials can be rapidly scheduled, various fire suppression parties can be coordinated, personal safety of the fire suppression personnel can be guaranteed, fire suppression supply is ensured, and a fire can be extinguished in a highly-efficient manner.

Description

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AI Technical Summary

Benefits of technology

This technology allows for quicker understanding by firefighters about their location or movement within fires during times when they are facing hazards such as rainwater damage from flooding caused by heavy snowfall on roads near them. It also includes tools like radar guns that help identify potential sources of water intrusions, allowing officers to take appropriate actions accordingly. Overall, this system improves efficiency in responding to emergency situations while minimizing human error associated with traditional methods used to protect against fires.

Problems solved by technology

This patented describes how it works with various systems that help save time during emergency situations by providing precise data about areas around where fires are happening or their impacting factors like weather patterns. However, current methods rely heavily upon human judgment rather than science alone making decisions based solely on visual cues provided through these tools. Additionally, existing maps may be incomplete without detailed knowledge of environmental variables like temperature and precipitation levels.

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