A fire monitoring and positioning system and method based on floating moored boats

Abstract

The invention discloses a floating-mooring-airship-based fire monitoring and positioning system and method. The system comprises a floating sub system, a monitoring sub system, and an information processing sub system. The floating sub system carrying the monitoring sub system is suspended in air. The monitoring sub system scans a target area based on a scanning instruction sent by the information processing sub system to obtain image information of the target area and sends the obtained image information of the target area to the information processing sub system. And the information processing sub system receives and displays the image information of the target area and executes fire point detection based on the image information of the target area; if a fire point is detected, warning is carried out; after warning, a tracking instruction is sent to the monitoring sub system and thus the monitoring sub system can track the fire point; and when the monitoring sub system is tracking the fire point, the fire point is localized. Therefore, a fire point can be found timely and rapidly and warning can be carried out timely, so that the fire point can be tracked accurately and localized accurately.

Description

technical field [0001] The invention relates to the field of photoelectric detection, in particular to a fire monitoring and positioning system and method based on a floating moored boat. Background technique [0002] Forest fire is a major disaster in the world, a certain number of occurrences occur every year, which will cause significant economic losses and serious environmental pollution. Forest fires are characterized by suddenness, randomness and strong destructiveness. [0003] At present, most forest areas in my country use observatory observation as the main method, and cruise aircraft and satellite monitoring as supplementary means for forest fire monitoring. The watchtower observes a small forest area, the observed data has large errors, and it is difficult to find it when there is a small fire; the cruise aircraft is used as an auxiliary detection tool for the watchtower during the fire prevention period in spring and autumn. The observation range is large, but ...

AI Technical Summary

Problems solved by technology

The watchtower observes a small forest area, the observed data has large errors, and it is difficult to find it when there is a small fire; the cruise aircraft is used as an auxiliary detection tool for the watchtower during the fire prevention period in spring and autumn. The observation range is large, but the working time in the air is short, and the cost Expensive; satellite forest fire monitoring, the number of scans of the same forest area per day is limited, and it is greatly affected by the weather, so the cost is expensive

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