High-temperature-resistant air breathing clothing

Abstract

The invention relates to high-temperature-resistant air breathing clothing. The high-temperature-resistant air breathing clothing comprises integrated heat-isolation clothing, wherein the integrated heat-isolation clothing comprises a protective coat and protective trousers, and protective sleeves are arranged at the two sides of the protective coat; a head ventilation face mask is connected withthe protective coat, protective gloves are connected with the protective sleeves, and a pedaled air supply device is connected with the protective trousers; an illumination lamp, a view window and a protective mouth mask are arranged on the head ventilation face mask; the pedaled air supply device comprises a top plate and a bottom plate which are hinged, the interiors of the top plate and the bottom plate are connected through a return spring, the peripheries are hermetically connected through a flame-retardant fabric layer structure, an air exhaust port and an air outlet port are formed in the flame-retardant fabric layer structure, and the air outlet port is connected with the protective mouth mask through an air supply hose; a pedal is arranged on the top plate, and a belt is arrangedon the pedal; and a GPS navigation locator and an infrared thermometer are arranged on the protective sleeves. The high-temperature-resistant air breathing clothing is capable of effectively solving the problems that an existing respirator adopts a closed cycle, and is high in operation difficulty, short in protective time, liable to be saturated, and high in pertinence to environment.

Description

technical field [0001] The invention relates to the technical field of escape clothing, in particular to a high-temperature-resistant air breathing clothing used for personnel evacuation at the initial stage of a fire. Background technique [0002] A large number of fire statistics at home and abroad show that the proportion of people who die due to smoke in the fire scene is as high as 80%, and most of them are suffocated by smoke poisoning first and then burned to death by the fire. At present, the respirators used in domestic fire evacuation mainly include oxygen respirators, air respirators, and activated carbon self-rescue respirators, but there are some disadvantages, such as oxygen respirators are closed cycles, difficult to operate, and expensive; the protection time of air respirators Short, insufficient protection, complex structure, expensive; activated carbon self-rescue respirator is easy to saturate, and has strong pertinence to the environment, etc. Therefore...

AI Technical Summary

Problems solved by technology

At present, the respirators used in domestic fire evacuation mainly include oxygen respirators, air respirators, and activated carbon self-rescue respirators, but there are some disadvantages, such as oxygen respirators are closed cycles, difficult to operate, and expensive; the protection time of air respirators Short, insufficient protection, complex structure, expensive; activated carbon self-rescue respirator is easy to saturate, and has strong pertinence to the environment, etc.

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