Forest fire emergency command management system

Abstract

The invention provides a forest fire emergency command management system. The system comprises a front end monitoring module, a command plotting module and a rear end command center, wherein the frontend monitoring module is used for monitoring ecological environment data of a forest in real time, and determining meteorological fire rating of the forest according to the ecological environment data, the ecological environment data and the meteorological fire rating make up event information of the forest, the command plotting module is used for plotting the event information on an electronic map with a preset identifier and generating a command mark, and the rear end command center is used for determining fire state information according to the command mark generated by the command plotting module and sending out an emergency command rescue according to the fire state information. In the system, the rear end command center organizes command rescue and sums up battling experience according to the command mark; various information like symbols and characters shown in the command mark is vivid, intuitive, general and legible, so that command can be conducted rapidly based on the command mark, command efficiency and rescue efficiency in emergency event are improved, and loss caused by forest fire can be minimized.

Description

technical field [0001] The invention relates to the technical field of emergency command, in particular to a forest fire emergency command management system. Background technique [0002] The forest ecosystem is an important resource for human survival. Forest fires seriously threaten forestry production and the safety of people's lives and property. They are characterized by suddenness and randomness of disasters, and can cause huge losses in a short period of time. At present, the method of fire risk monitoring and early warning in forest areas in my country mainly relies on manual monitoring, which has the disadvantages of small patrol area, narrow vision and slow response speed. Some forest areas have forest fire monitoring watchtowers, and monitoring personnel are on the watchtowers. Observe the surrounding forests and report the fire by phone after discovering the fire, but there are still shortcomings such as small monitoring range, high labor intensity for firefighter...

AI Technical Summary

Problems solved by technology

At present, the method of fire risk monitoring and early warning in forest areas in my country mainly relies on manual monitoring, which has the disadvantages of small patrol area, narrow vision and slow response speed. Some forest areas have forest fire monitoring watchtowers, and monitoring personnel are on the watchtowers. Observe the surrounding forests and report the fire by phone after discovering the fire, but there are still shortcomings such as small monitoring range, high labor intensity for firefighters and inability to monitor forest fires around the clock

[0003] At present, for the command and dispatch of forest fires, the mode of video duty is mostly used to learn about the dangers of forest fires. This mode is limited by the distribution and field of view of the camera. The situation needs to be informed by means of communication such as the Internet and telephone, and the decision-making and action needs to be based on It is an auxiliary decision-making platform for GIS, and the ability of information integration and expression is weak, there is no information interpretation, no analysis and judgment, and no logical deduction

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