High-altitude escape chute

Abstract

The invention discloses a high-altitude escape chute which comprises a chute body and a slow descending body arranged at the top of the chute body, and the chute body comprises chute cloth, a plurality of chute ribs used for supporting the chute cloth and arranged on the inner surface of the chute cloth, and a chute rod; wherein the top of the chute body is provided with an air inlet channel usedfor feeding air into the slow descending body, the slow descending body has an initial natural state attached to the outside of the chute body and an unfolded slow descending state floating above thechute body during high-altitude escape, and the slow descending body is a balloon piece or a parachute piece. Both the chute body and the slow descending body can generate descending resistance, so that the descending speed of a user can be reduced, the high-altitude escape chute has the advantages of being convenient to use and easy to operate, high-rise residents can conduct self-rescue escape conveniently, special skill training is not needed, and no skill requirement is needed for the user.

Description

technical field [0001] The invention relates to the technical field of high-rise building self-rescue equipment, in particular to a high-altitude escape umbrella. Background technique [0002] With the growth of population and the acceleration of urbanization, more and more high-rise buildings have been built in cities. Although these high-rise buildings relieve the housing pressure brought about by population growth, they also have hidden safety hazards that are not convenient for escape. Once these high-rise buildings break out of fire or encounter other natural disasters, the residents who live in high-rises have no time to run downstairs at all. Instinctively, people tend to escape through windows, but once the height of the floor exceeds 20 meters or even more than ten meters, the chance of surviving by jumping from these heights is very small. [0003] At present, the rescue of falling from a height usually can only rely on laying airbags on the ground or setting up l...

AI Technical Summary

Problems solved by technology

[0003] At present, the rescue of falling from a height usually can only rely on laying airbags on the ground or setting up lifting platforms, but these two rescue measures are actually only effective for low-level floors from the rescue results, and high-level buildings There will still be situations where rescue efforts fail

Although some parachutes used for high-altitude self-rescue have also appeared on the market, these parachutes have complex structures and require the user to use operational skills, which is not easy to use. The space between the buildings is small, which will also affect the use of the above-mentioned parachutes, which invisibly increases the difficulty of using the parachute

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