The core reason for using thermal imaging helmet camera in forest fire prevention is that it can overcome visual limitations and accurately capture "hidden fire hazards" that cannot be detected by the naked eye and ordinary equipment, thereby reducing the difficulty of fire prevention and control from the source and preventing small fires from turning into major disasters.

1. On-site Inspection: Firefighters patrol along pre-designed routes, viewing real-time thermal imaging on a screen in front of their helmets. They focus on areas prone to fire, such as dense vegetation and piles of deadwood. The screen simultaneously displays the real-time temperature of the environment and objects.

2. Hazard Identification: When abnormally high temperatures (such as smoldering fires or hot deadwood) appear in the image, the device alerts firefighters with temperature readings. Even with smoke obscuring the view, it can penetrate obstacles to accurately locate the hazard.

3. Information Feedback and Response: After confirming a hazard, firefighters communicate the location and temperature information to their team via communication equipment. If a small smoldering fire is discovered, firefighters can use hiking poles to clear surrounding flammable materials and use firefighting equipment to extinguish the fire promptly, preventing its spread.

4. Patrol Records: After the patrol, the temperature data and thermal imaging images stored on the device are exported and compiled into a patrol report, providing a reference for subsequent forest fire prevention and monitoring of key areas.

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