Novel structure device of high-rise multifunctional rescue and escape tower

Abstract

The invention relates to a novel structure device of a high-rise multifunctional rescue and escape tower, which is a re-innovation technology of the novel structure device in the practice of the invention patent 'high-rise multifunctional rescue and escape tower' authorized earlier of the applicant and can be used as a combination technology to meet various buildings and market requirements and effectively improve the function efficiency of facilities in multiples. The novel structure device is technically characterized in that according to the height available space of each single floor of a building, a stacked integrally-through double-layer spiral main sliding way is arranged in a correspondingly mounted main tower barrel, and a double-layer acceleration tower entering auxiliary way is correspondingly arranged; a damping speed-control roller sliding plate forms a roller skating mode speed-control sliding way structure enabling a human body to slide down at a constant speed; each layer of the auxiliary way is provided with an intelligent sequencing anti-collision system; a double-layer sliding way standby overlapped halfpace is arranged in the floor; a rescue elevator forms a rescue device outside the building; and a fresh air supply system forms saturated positive pressure in the tower to prevent smoke from entering. According to the novel structure, the whole technology is perfected, and the novel structure becomes an indispensable safety facility for high-rise buildings in the future as an intelligent rescue evacuation channel.

Description

technical field [0001] The invention relates to a crisis rescue and escape safety facility for a high-rise building, in particular to a new structural device for a multifunctional rescue and escape tower for a high-rise building. Background technique [0002] With the rapid expansion of the scale of emerging cities, high-rise buildings have become modern residences with superior environment for people, but the fly in the ointment is that the safety settings and emergency measures for high-rise crisis rescue and escape are very lagging behind. Obviously, the root cause of this is the natural superimposed structure of high-rise buildings. Disadvantages: Once a fire crisis occurs, it is an impossible procedure for dense crowds to quickly evacuate from a height of 100 meters or hundreds of meters to the ground, and it is impossible to block the steps if the fire is serious. All kinds of high-rise escape devices currently on the market, such as: rope descending devices, external ...

AI Technical Summary

Problems solved by technology

[0002] With the rapid expansion of the scale of emerging cities, high-rise buildings have become modern residences with superior environment for people, but the fly in the ointment is that the safety settings and emergency measures for high-rise crisis rescue and escape are very lagging behind. Obviously, the root cause of this is the natural superimposed structure of high-rise buildings. Disadvantages: Once a fire crisis occurs, it is an impossible procedure for dense crowds to evacuate from a height of 100 meters or hundreds of meters to the ground. If the fire is serious and the steps are blocked, there is no way to do it

In short, the superimposed structure of high-rise buildings originally lacked a fast, safe and intelligent crisis rescue and evacuation channel, which should also be the basic security conditions it must have, and it is an indispensable security for high-rise buildings in smart cities that will accelerate construction in the future. facility

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