Intelligent forest fire extinguishing aerial bomb integrated loading module

Abstract

The invention aims at providing an intelligent forest fire extinguishing aerial bomb integrated loading module which comprises fire extinguishing aerial bombs, traction liners and lifting plates, wherein each fire extinguishing aerial bomb comprises an outer wall formed by sequentially connecting a fairing, a middle shell case and a parachute bin cover; a clapboard is arranged between the fairing and the middle shell case; an aerial bomb seat is arranged between the middle shell case and the parachute bin cover; a cartridge igniter connection body is arranged in the center of the clapboard and at one side of the middle shell case; the cartridge igniter tube connection body is internally provided with a central cartridge igniter; a main charge shell is arranged at the rear of the central cartridge igniter; main charge is arranged in the main charge shell; a dry powder extinguishing agent is arranged in the middle shell case; a parachute-bomb connector is arranged on the aerial bomb seat and at one side of the parachute bin cover; the parachute-bomb connector is provided with a main aerial bomb parachute; the fire extinguishing aerial bombs are arranged on the lifting plates; the traction liner is arranged between every two adjacent fire extinguishing aerial bombs; and the traction liners are respectively connected with the parachute bin covers of all the fire extinguishing aerial bombs by parachute cords. The intelligent forest fire extinguishing aerial bomb integrated loading module has the functions of conveniently transporting, loading, throwing and unloading rest bombs, thus achieving a relatively good fire extinguishment effect and improving the fire extinguishing efficiency.

Description

technical field [0001] The invention relates to a fire extinguishing device, specifically a forest fire extinguishing device. Background technique [0002] Forest fire is a serious worldwide natural disaster, which has caused immeasurable losses to human resources and the environment. At the scene of a forest fire, the first fires are often dwarf bushes and ground vegetation, which are called ground fires. When the ground fire is accompanied by strong winds, or encounters vines and low-hanging branches on the trunk, the fire will rise to the crown of the tree and become a crown fire. The fire takes advantage of the wind, and the wind helps the fire to spread and spread extremely quickly. The forest fires in China's Greater Khingan Mountains in 1987, California in the United States, and Australia in 2008 were all dominated by tree crown fires. [0003] In the field of forest firefighting, crown fire is the most harmful and difficult to extinguish, and often becomes the most...

AI Technical Summary

Problems solved by technology

Due to the strong updraft and turbulence over the fire site, the fire extinguishing agent was dispersed by the strong high-temperature airflow, and very little fire extinguishing agent fell on the canopy, so the fire extinguishing effect was not good.

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