Method for effectively inhibiting fire growing like a weed

Abstract

The invention relates to a method for holding back the fire to extend rapidly, in particular to a water wall built surrounding the fire in large forest fires. The water wall is stacked by a sack body which is filled with the macromolecule sopping material and the macromolecule sopping material absorbs enough moisture. The fire surrounding is isolated by the water wall which is stacked by the sackwith sufficient moisture and filled with the macromolecule sopping material, therefore, the forest fire is held back to extend rapidly and the water wall which is built by the sack body can absorb the high temperature using the enough moisture in fire imminent situation. The sack body can burst by oneself in the high temperature condition and the inner water flows out to attack the fire. The invention has the advantages that the sack body with the macromolecule sopping material can be conveniently transported. Because the macromolecule sopping material sops water quickly, therefore, the emptysack body can sop water on scene after transported to the fire place for convenient operation of the fireman.

Description

technical field [0001] The invention relates to a method for effectively curbing the rapid spread of fire, in particular to a method for effectively curbing the rapid spread of large-scale fires by using a water wall formed by fully absorbing and stacking bags filled with polymer water-absorbing materials inside. Background technique [0002] At present, we often receive information about large-scale fires in our daily life, such as forest fires. Due to the large area of ​​forests in the world, there have been many forest fires in recent years. For example, there are forest fires in Daxinganling in China. The country mainly relies on manpower to use traditional spraying non-polluting fire extinguishers or direct water spraying to complete the fight against forest fires. However, some countries or regions are relatively backward in terms of fire extinguishing equipment and infrastructure, and traditional methods cannot be used for large-scale forest fires. Effectively prevent...

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Problems solved by technology

[0002] At present, we often receive information about large-scale fires in our daily life, such as forest fires. Due to the large area of ​​forests in the world, there have been many forest fires in recent years. For example, there are forest fires in Daxinganling in China. The country mainly relies on manpower to use traditional spraying non-polluting fire extinguishers or direct water spraying to complete the fight against forest fires. However, some countries or regions are relatively backward in terms of fire extinguishing equipment and infrastructure, and traditional methods cannot be used for large-scale forest fires. Effectively prevent the fire from spreading or extinguish it in time, so that the disaster will last for a long time. Nowadays, in the process of fire fighting, methods such as cutting down peripheral trees to form isolation zones are usually used to curb the spread of forest fires as much as possible. However, due to fire The scene is under a high temperature situation, because the fire is easy to spread to the periphery of the isolation zone under high temperature, so the isolation zone formed in theory must require large-scale felling of peripheral trees, but a considerable part of the loss is caused to the country, so the present invention is in view of this. A method to effectively curb the rapid spread of forest fires is proposed

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