High-altitude escape capsule

Abstract

The invention provides a high-altitude escape capsule which comprises a main chamber, a head protecting chamber, a foot protecting chamber and a plurality of air bag units, wherein the main chamber is used for accommodating a human body, the head protecting chamber is formed at the upper end of the main chamber, the foot protecting chamber is formed at the lower end of the main chamber, and the air bag units are arranged around the periphery of the main chamber, the head protecting chamber and the foot protecting chamber respectively in a wrapping manner; the main chamber, the head protecting chamber and the foot protecting chamber are made of flexible material and closed through zippers; self-tightening ropes are arranged at positions of the head protecting chamber and the foot protecting chamber, which is faced and close to the main chamber; a fixing device for binding the human body is arranged in the main chamber; and the gas charging holes and gas discharging holes are formed on the air bag units, the gas charging holes are connected with an air charging device, the air charging device synchronously inflates each air bag unit, the air discharging holes are connected with an air discharging device, the air discharging device synchronously deflate each air bag unit, the air charging device is connected with an air charging start button, and the air discharging device is connected with an air discharging start button. The high-altitude escape capsule has the beneficial effects that an air bag structure is adopted, the structure is simple, and the use is convenient and safe.

Description

technical field [0001] The invention belongs to the technical field of lifesaving devices, and in particular relates to a high-altitude escape cabin, which is also suitable for lifesaving on water. Background technique [0002] Most of the existing lifesaving appliances are inflatable lifebuoy rings or vest type life jackets. These two kinds of lifesaving appliances are suitable for lifesaving and refuge on water, but they are powerless for the situation of falling from high altitude. In modern cities, there are row upon row of high-rise buildings, and the people in high-rise office buildings are relatively concentrated. In case of emergency accidents such as fires and earthquakes, it is often due to the influence of the two factors of too high floors and too dense people that people cannot be evacuated in time. Reach the ground in a short time. [0003] In view of the above situation, a high-altitude escape device has emerged as the times require. Most of the existing high...

AI Technical Summary

Problems solved by technology

In modern cities, there are row upon row of high-rise buildings, and the people in high-rise office buildings are relatively concentrated. In case of emergency accidents such as fires and earthquakes, it is often due to the influence of the two factors of too high floors and too dense people that people cannot be evacuated in time. reach the ground in a short time

[0003] In view of the above situation, a high-altitude escape device has emerged as the times require. Most of the existing high-altitude escape devices are airbag-type life-saving devices. This air-bag-type life-saving device is usually composed of an air bag, and the human body is partially wrapped in the air bag. The deficiencies of existence are: (1 ) The airbag is large in size and slow to inflate; (2) The airbag will deflate quickly after being punctured, endangering human safety; (3) The human body is partly wrapped in the airbag, and when the human body touches the ground, the human body exposed to the airbag is easily injured

Images