High-rise building fire escape downhill slide

Abstract

A fire escape downhill slide fixed inside and outside various high-rise buildings. The slideway has springs and extension spring plate structures 1 that do not affect the passage of the main slideway. The main slideway is to link the U-shaped slideway 2 and the n-type pulley block 3 on the stairs and the support, and link the directional tripod body 4 below. The two ends of the tripod body are connected to the quick seat cover set 5, which is equipped with a fireproof soft rope 6, a width bracket 7, a hand grip 8, fireproof and anti-collision seat cover cushions 9, 10, and the slideway outside the building is compatible with various The shape of the slides composed of structural slides can be round, square, transparent, opaque, closed and non-closed, and connected with separate slides on each floor, as well as wide-open roofed ones for public entertainment places. Large-capacity slides with hoisting handles ensure rapid, full-floor, and large-scale safe escape in the first instance of a fire.

Description

Technical field: [0001] The present invention relates to a new high-rise building and a variety of buildings. At the first time when a fire occurs, a large-scale, simultaneous, high-efficiency and fast escape method and facility can also be incorporated into the conventional design of the building construction. A necessary hardware part in the future construction of high-rise buildings. It is through (1) downhill slides fixed in the stairwells of various high- and low-rise buildings and (2) various types of belts that can achieve double insurance and are fixedly installed outside the outer walls of various high- and low-rise buildings. The downhill slide of the slide slide, so as to ensure that the escape personnel escape from the downhill slide between the corridors when a fire occurs and escape by the double-safety downhill slide facility outside the building when the fire is serious. Background technique [0002] Fire escape, especially present high-rise fire escape, is ...

AI Technical Summary

Problems solved by technology

[0010] But also have its insurmountable shortcoming: 1, also can only be used in the building below 10 floors in routine life-saving implementation, existing best aerial ladder is also the highest but 60 meters, just can't use more than 60 meters; 2 It must be equipped with fire-fighting aerial ladders for use on vehicles. Without fire-fighting aerial ladders, it cannot be used. How high is the fire-fighting aerial ladder to carry out rescue on high floors; ---Received the alarm---arrive at the scene, it will take more than 5---10 minutes at the fastest, so that the best first time to escape will be missed; Only by adjusting the height of the ladder on each floor, can the escape personnel on all floors be rescued, and the speed of rescue and escape can be imagined; 5, the building must have an escape exit to come out, and the current buildings almost do not have this design, because windows, balconies, etc. They are all closed with fences; 6. A fire-fighting building needs multiple fire-fighting aerial ladder vehicles to cover the whole building at the same time, and it must not affect the rescue and fire-fighting actions of the fire and form cross-effects. It is impossible to achieve the desired effect

Another problem is: the design of all high-rise buildings does not leave space for the installation of external escape equipment, and they are all based on the theme of maximizing the room. If you want to install this high-rise building fire escape downhill slide, you must find and design a suitable space and a special style of high-rise building fire escape downhill slide to meet the needs of different buildings and make it a beautifying landscape

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