A high-rise escape device

Abstract

The invention relates to a high-rise escape device comprising a wall fixing portion, a box device, a safety backpack and a gliding belt. The wall fixing portion is fixedly mounted on a wall, the box device is installed in the safety backpack, one end of the gliding belt is installed on the wall fixing portion, and the gliding belt is clamped by the box device. The device is also provided with twosets of backup systems, so that a user is safer in the process of descending for escaping; and after the high-rise escape device is put into use, the user can be assisted by the device, the trapped person can quickly get out of danger without the help of external personnel, self-rescue is realized, and quick, safe and stable evacuation of high-floor residents from a building catching a fire can beachieved.

Description

technical field [0001] The technical solution of the present invention relates to a high-rise escape product, specifically a high-rise escape device. Background technique [0002] Nowadays, with the continuous development of society, high-rise houses are becoming more and more common. However, once a high-rise house catches fire, the residents can only wait for rescue from the ground and cannot save themselves; however, the fire trucks used for emergency rescue At most, it is to extinguish the fire, but the smoke and harmful substances that can cause harm to the human body produced by combustion cannot be solved at all. The lessons of many fire places tell us that the main cause of mass sacrifices in fire places is often the smoke and harmful substances produced by combustion. caused by. And if when a fire breaks out, if the masses can safely evacuate from the building, the threat to the masses caused by the smoke and harmful substances produced by the fire will be minimize...

AI Technical Summary

Problems solved by technology

[0003] In a building on fire, residents may use helicopters, fire ladders or even ropes to escape, but it is a bit unrealistic to use helicopters to escape. Not only is the rescue cost high, but it is also limited by the rescue environment. There are very few residents; if using products such as fire ladders for rescue, it is very likely that due to the limited height of the fire ladders, it cannot rise to higher floors, and the traffic capacity of the ladders is poor, and it will be restricted by entering and leaving the site. severe restrictions, resulting in its inability to arrive at the scene of the incident in time

[0004] The simplest and most practical way is to use ropes to escape, but this method also has a lot of shortcomings. It lacks corresponding protection measures, and usually the residents have not received similar professional training, so it is easy to miss and fall. resulting in unnecessary sacrifice

[0005] In short, in the existing technical products, the problem of how people escape from the fire building cannot be well solved.

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