Heat-insulation and cold-proof fire-fighting boots

Abstract

The invention discloses a pair of heat-insulation and cold-proof fire-fighting boots which comprises boot soles, boot uppers and boot legs, wherein the boot soles comprise full rubber outsoles; the full rubber outsoles are further internally provided with anti-puncture insoles; glass fiber protection covering heads supporting boot heads are arranged in the front ends of the boot uppers; lace openings extending downwards from boot leg openings are formed in the front surfaces of the boot legs in a folded manner; tongues are arranged in the lace openings; lace tightening buckles are arranged atthe upper ends of the external surfaces of the tongues; water-proof membrane composite layers are adhered to lining surfaces of the boot legs and the boot uppers; water-proof and flame-retardant layers are adhered to the external surfaces of the boot legs, the boot uppers and the tongues; and aerogel heat insulation blankets for insulating heat are arranged between the full rubber outsoles and theanti-puncture insoles of the boot soles and between the water-proof membrane composite layers and the water-proof and flame-retardant layers of the boot legs. The pair of heat-insulation and cold-proof fire-fighting boots integrates safety protection performance and wear comfortability of fire-fighting boots, can better meet foot protection requirements in an extinguishment and disaster relief process of a firefighter and can be widely applied to extinguishment and rescue operation of the firefighter.

Description

technical field [0001] The invention relates to the field of fire-fighting technical equipment, in particular to heat-insulating and cold-proof fire-fighting boots. Background technique [0002] Firefighting boots are essential supplies for firefighters. Usually firefighting boots are used in a harsh environment, and the intensity and risk of firefighting and disaster relief operations are high. Due to the single function of traditional firefighting boots, firefighters' legs and feet are vulnerable to external force damage and heat radiation during firefighting. At the same time, traditional fire boots are relatively heavy, difficult to put on and take off, and cannot fit the firefighter's legs well. It is very inconvenient for firefighters to walk, which greatly affects the flexibility of wearing and thus affects the fire fighting efficiency. Contents of the invention [0003] Aiming at the defects in the prior art, the present invention provides a kind of heat-insulatin...

AI Technical Summary

Problems solved by technology

Usually firefighting boots are used in a harsh environment, and the intensity and risk of firefighting and disaster relief operations are high. Due to the single function of traditional firefighting boots, firefighters' legs and feet are vulnerable to external force damage and heat radiation during firefighting. , at the same time, the traditional fire boots are relatively bulky, difficult to put on and take off, and can not fit the firefighter's legs very well. It is very inconvenient for firefighters to walk, which greatly affects the flexibility of wearing and thus affects the fire fighting efficiency.

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