Safety seat for fire rescue

Abstract

The invention discloses a safety seat for fire rescue. The safety seat comprises a seat body part, a folding mechanism, armrest mechanisms, lifting rope mechanisms and a suction cup mechanism. The folding mechanism is installed between a base and a backrest and used for adjusting the pitching angle of the backrest. The lifting rope mechanisms are installed on the armrest mechanisms. The suction cup mechanism is installed at the bottom of the base and used for sucking the seat to a wall. The angle of the backrest and the base is convenient to adjust, and the safety seat is comfortable to use. The suction and separation movement of long-tube suction cups can be rapidly completed at any time by pressing a fan switch. Thus, the safety seat for fire rescue can be conveniently used by a firefighter for conducting rescue outside a high-rise building and is safe, reliable and practical, and the worker can be fixed to the outer wall of the building at any time through the safety seat, so that personal safety of the worker is guaranteed.

Description

technical field [0001] The invention relates to a seat, in particular to a safety seat for fire rescue. Background technique [0002] With the development of urban construction, the height of buildings is getting higher and higher, and for the sake of beauty, the surface of many buildings is covered with glass structures. When an accident occurs in a high-rise building covered by such a glass structure, the difficulty of rescue work for firefighters will be greatly increased. When the rescuers descend to a certain high-rise by erecting pulleys on the roof, the flowing air will easily form a swirling wind when it encounters a high-rise building, which will cause the rescuers to be thrown up by the wind and may hit the outer wall of the building, seriously threatening the rescue. The life safety of personnel; Present glass cleaner also is to utilize similar pulley mechanism, descends gradually to finish the glass cleaning work outside the high-rise building, and the instance ...

AI Technical Summary

Problems solved by technology

When the rescuers descend to a certain high-rise by setting up pulleys on the roof, the flowing air will easily form a swirling wind when it encounters a high-rise building, which will cause the rescuers to be thrown up by the wind and may hit the outer wall of the building, seriously threatening the rescue. The life safety of personnel; the current glass cleaning workers also use similar pulley mechanisms to gradually descend to complete the glass cleaning work outside high-rise buildings. There have been many reports in the news that glass cleaners were injured after encountering strong winds

[0003] In this kind of descending device, the person is not connected to the building surface glass, but only depends on the rope to hang the body, so it is extremely dangerous, and a new type of device is urgently needed to solve this problem

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