Telescopic type emergency escaping device for high-rise buildings

Abstract

The invention discloses a telescopic type emergency escaping device for high-rise buildings, which comprises a safety screen (2) and a slide rail (1) arranged in the safety screen (2), wherein a hanging bracket (3) and a control device arranged in the hanging bracket (3) are arranged at top broadside of the high-rise building. The safety screen (2) comprises inner and outer two layers which are sleeved mutually; the slide rail (1) is distributed between the inner and outer layers of the safety screen (2) in spiral manner from up to down; and the inner broadside of the slide rail (1) is connected to the inner layer of the safety screen (2) while the outer broadside is connected to the outer layer of the safety screen (2). The telescopic type emergency escaping device for high-rise buildings is characterized in that both the inner wall of the outer-layer safety screen (2) and the outer wall of the inner-layer safety screen (2) are provided with protection pads for protecting the safety of people. By using the telescopic type emergency escaping device for high-rise buildings, when accident disaster happens, people can conveniently escape by opening the arranged telescopic type slide rail. The telescopic type emergency escaping device for high-rise buildings is convenient, quick and reliable to use.

Description

technical field [0001] The invention relates to an emergency escape system for a high-rise building, in particular to a retractable emergency escape device for a high-rise building. Background technique [0002] With the rapid development of urbanization, the trend of high-rise buildings has almost become the only choice. The development of cities to high-rise has many advantages, but it also brings new problems. The structure of a high-rise building is complex, and its power system, gas system, lightning protection system, etc. The composition is also very complicated, thereby increasing the hidden danger of various unexpected disasters. [0003] There are many people working and living on tall buildings, and it is inconvenient to go up and down. Once an accident occurs, the power supply is cut off, the elevator is out of service, and the walking stairs cannot meet the needs of a large number of people for emergency escape in a short time. In the event of a fire, there are...

AI Technical Summary

Problems solved by technology

[0004] There are also escape devices such as some high-altitude escape nets or high-altitude escape spiral ropes in the prior art, but they generally have the following problems or defects: First, most escape devices are installed immediately when danger occurs, and the process of use and installation is complicated and easy. The best escape time is missed; second, it is difficult for escape personnel to control the device when escaping, such as the speed of descent; third, most products cannot be used due to the influence of wind speed and weather; fourth, the safety factor is not high during the escape process; Fifth, it cannot transfer escape personnel in large quantities; sixth, it cannot effectively solve the nervousness of some escape personnel with fear of heights; seventh, it will be restricted by height and cannot be used when rescuing extremely high-level personnel; It is not convenient for the weak, sick and disabled escape personnel to use; ninth, the use of the product cannot be freely retracted

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