Anti-exploding boots

Abstract

The invention discloses a pair of anti-exploding boots. Each anti-exploding boot is composed of an upper and a boot sole, wherein the boot sole is composed of an outer abrasion resistant layer, a middle anti-fragmenting layer and an inner boot lining layer sequentially from outside to inside, the outer abrasion resistant layer is of a dual-density structure which is formed by a rubber abrasion resistant layer and a thermoplastic polyurethane (TPU) layer, the middle anti-fragmenting layer comprises a composite anti-pricking layer, a front sole protection plastic steel plate is arranged between the portion, corresponding to the front sole, of the composite anti-pricking layer and the portion, corresponding to the front sole, of the TPU layer, a heel protection plastic steel plate is arranged between the portion, corresponding to the heel, of the composite anti-pricking layer and the portion, corresponding to the heel, of the TPU layer, and the inner boot lining layer comprises a polyurethane layer and an aramid fiber cloth layer from up to down. Due to the fact that the front sole protection plastic steel plates and the heel protection plastic steel plates are arranged on the boot soles and plastic steel wrapped heads are arranged on the tiptoes of the uppers, the anti-exploding boots are strong in protective capacity, light in weight, convenient to wear and good in applicability, have characteristics of sneakers, and can effectively stop and weaken shock waves and fragments generated by an explosion. The anti-exploding boots are suitable for being used as protective devices of an individual soldier and also suitable for being used for special operation by such people as exploder clearing experts.

Description

technical field [0001] The invention relates to a boot of individual soldier protective equipment, in particular to an explosion-proof safety boot. Background technique [0002] The rapid development of science and technology has greatly promoted the progress of individual protective equipment. In war, good protective equipment has saved the lives of countless soldiers. General standard combat boots have less protective effect when dealing with explosives or landmines, while special EOD boots are very bulky and have poor usability in tactical combat operations. In modern warfare, in order to delay the action of the opponent's army, the enemy often lays a large number of explosives or landmines in strategic locations. If soldiers wear heavy EOD boots for combat, it will inevitably affect mobility and affect combat effectiveness. When wearing combat boots without explosion-proof function, if you accidentally touch explosives or landmines, it will cause permanent disability or...

AI Technical Summary

Problems solved by technology

General standard combat boots have less protective effect when dealing with explosives or landmines, while special EOD boots are very bulky and have poor usability in tactical combat operations

In modern warfare, in order to delay the action of the opponent's army, the enemy often lays a large number of explosives or landmines in strategic locations. If soldiers wear heavy EOD boots for combat, it will inevitably affect mobility and affect combat effectiveness. When wearing combat boots without explosion-proof function, if you accidentally touch explosives or landmines, you will be permanently disabled or lose your life.

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