Multi-functional earthquake emergency response escape slide for public building

Abstract

The invention relates to a multi-functional earthquake emergency response escape slide for a public building. The multi-functional earthquake emergency response escape slide comprises a slide body and a slide column, the slide body is arranged along the slide column, a plurality of support pieces extend from the slide column, and the slide body is connected with the slide column through the support pieces. The multi-functional earthquake emergency response escape slide for the public building uses the spiral slide as the body, the structure is simple, the design is smart, the space is saved, and the entertainment and guidance are strong when there is no disaster. By means of an isolating support and flexible connection, the escape slide is separated from the body structure, the shaking in an earthquake can be effectively reduced, the capacity input is reduced, the earthquake resistance performance is excellent, a cylinder-shaped slide-way accelerates the gliding speed of a survivor and improves the safety, the bottom layer is provided with a cushion and a protection shell, and the safety of the survivor is effectively protected. LED emergency lamps and vent holes good for escaping are arranged in the slide-way. When there is no disaster, the multi-functional earthquake emergency response escape slide can serve as an entertainment slide or an emergency response escape propagandizing facility for the government; the multi-functional earthquake emergency response escape slide is capable of being used for the earthquake, fire hazard and non-disaster conditions and suitable for the large public building and other densely populated places.

Description

technical field [0001] The invention relates to post-disaster emergency equipment, in particular to a multifunctional earthquake emergency escape slide for public buildings. Background technique [0002] Earthquakes are often accompanied by violent vibrations. Generally, after experiencing the main earthquake, people need to quickly escape from the building to ensure that their lives are not threatened by aftershocks and other secondary disasters. Therefore, emergency escape facilities need to have good seismic performance and the characteristics of quick and convenient use. Setting up such escape facilities in buildings can effectively reduce unnecessary injuries of personnel during earthquakes, thereby reducing casualties to a great extent. Similar escape facilities on the market at this stage mainly include life-saving equipment, escape air cushions, life-saving ropes, escape rope ladders, etc. [0003] In modern architecture, stairs play a special role. However, an im...

AI Technical Summary

Problems solved by technology

There is a common problem with these devices—it is easy to be affected by the strong transverse and longitudinal waves in the earthquake, which seriously affects the normal function of these escape facilities and is not conducive to the evacuation and escape of personnel.

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