High-altitude area forest fire hot spot identification and positioning system
By designing a wildfire hot spot identification and positioning system combining multi-source data acquisition module and multiple contrast analysis module in high-altitude areas, the shortcomings of traditional wildfire monitoring methods in high-altitude areas are solved, and the rapid and accurate identification and positioning of wildfire hot spots are achieved, and the efficiency of wildfire monitoring and prevention and control is improved.
Patent Information
- Application Number
- CN202411807009.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-12-10
- Publication Date
- 2025-03-18
AI Technical Summary
Due to their special geographical environment and climatic conditions in high-altitude areas, once wildfires occur, they will have the characteristics of rapid fire spreading, difficulty in extinguishing, and serious damage to the ecological environment. Traditional wildfire monitoring methods face many challenges in this area, such as limited range of manual observation monitoring and large impacts caused by terrain and weather; satellite remote sensing monitoring has problems such as insufficient resolution, low sensitivity to small fire points, and delay in data transmission.
A system for identifying and positioning of wildfire hot spots in high altitude areas is designed, and a multi-source data acquisition module is combined with infrared thermal imaging equipment, high-definition visible light cameras, positioning sensors and meteorological sensors to achieve comprehensive and accurate wildfire monitoring in high altitude areas. The system sets up multiple monitoring devices on a fixed base station, divides the high-altitude area into multiple grids, measures the distance between each grid and the base station, uses multiple comparison analysis modules to confirm the authenticity and spread trend of suspected wildfire hot spots, and realizes real-time data transmission and system control through the data transmission module. At the same time, the alarm module automatically classifies early warnings and pushes text messages, emails or sound-light alarms based on the location and environmental sensitivity of the wildfire hot spots.
It has achieved rapid and accurate identification and positioning of wildfire hot spots in high-altitude areas, improved the efficiency of wildfire monitoring and prevention and control, and improved the wildfire prevention and emergency response capabilities in high-altitude areas.