Mine-sweeping explosion-proof boots

Abstract

Structurally, the mine-sweeping explosion-proof boots features that the II-shaped shock resisting diffraction frame connected to the polystyrene carrier in the boot soles. Inside the carrier, there are from the bottom to top lower explosion-proof layer, buffering layer, upper explosion-proof layer, "trussed" foamed plastic strips, foaming plate layer, explosion-proof plate layer, transverse elastic sponge strips, and EVA plate layer, with the lower explosion-proof layer, buffering layer and upper explosion-proof layer being V-shaped. The vamp of boots has protecting layer inside the fiber fabric layer. The boots have the novel structure and powerful protecting capacity of blocking, separating and weakening direct shock and indirect diffraction of explosion and is light and convenient.

Description

1. Technical field: [0001] The invention relates to boots, in particular to mine-sweeping explosion-proof boots suitable for mine-sweeping. 2. Background technology: [0002] In wartime minefield operations and peacetime minefield mine clearance, protecting personnel safety and reducing disability and death rates is an important guarantee for the completion of combat tasks and an important principle and task for the development of protective equipment. [0003] One of the important features of modern warfare is that explosive weapons are used as the main means of attack and defense. Among the large families of explosive weapons, all kinds of landmines still play an important role in defensive operations. According to incomplete statistics, there are hundreds of millions of landmines buried on the earth, and it would take 100 years for human beings to sort them out! Although many international organizations have strongly called for the elimination of landmine hazards and ad...

AI Technical Summary

Problems solved by technology

But Michel Dragard, head of the French "Future Infantry" inspection program, said: "The fatal disadvantage of this boot is that it is bulky and inconvenient. Each pair of shoes weighs 12.5 kilograms. Wearing it moves like a snail. Difficult to deploy troops

"In 1997, Singapore officially launched a kind of "BFR Combat Boots" field boots. The highest protection level is to prevent the penetration of the explosion shock wave of the VS-50 anti-personnel mine (the charge is 35 grams of B explosive). The protective effect of shock injury is poor, it can only play a role in mitigating the injury, and it can still lead to amputation injury

Chinese patent ZL96219752.1 discloses a kind of "lightning-proof boots". Although it has a simple structure, its protection level is low, and its explosion-proof and shock-absorbing function is poor; Shot, the fragments have a certain damage effect on the side limbs

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