An integral low-rise building isolation mechanism

Abstract

The invention discloses an integral low-rise building vibration isolation mechanism, comprises a wall frame, a wall masonry on the inner side of the wall frame, a building base fixed on the bottom ofthe wall frame and a geosyncline base located at the bottom of the building base and masonry in a geosyncline, a top plate of the building is fixed on the top of the wall frame, and a plurality of vibration isolation mechanisms are fixedly connected between the building base and the geosyncline base; The roof frame is arranged on the top of the roof plate, and an auxiliary cushioning mechanism isarranged on the inner side of the roof frame; When the house was shaken, The tremendous ground shaking causes the house to squeeze the top rubber isolation bearings, At that same time, the vibration isolation rub bearing is move downward along the cooperation direction of the guide rod and the guide cavity, At the same time, the setting of auxiliary cushioning mechanism can play a good protectiveeffect on the roof frame of the building, and play a double role of safeguarding with the isolation mechanism, so as to reduce the impact of vibration on the overall structure.

Description

technical field [0001] The invention belongs to the technical field of buildings, and in particular relates to a shock-isolation mechanism for an integral low-rise building. Background technique [0002] Low-rise buildings refer to buildings whose building height is less than or equal to 10 meters (height ≤ 10 meters), and the number of building floors is less than or equal to 3 floors (number of floors ≤ 3 floors). [0003] Most low-rise buildings only dig suitable trenches on the ground first, and then build masonry from the trenches. Generally, low-rise buildings are not equipped with seismic isolation mechanisms. If there is a strong earthquake or the wall of the house is damaged by other The impact of external force can easily lead to the collapse of the wall, or the damage of the eaves of the house, which seriously affects the rational use of low-rise buildings, and also has a great impact on the rainproof performance of the house. For this reason, we propose an overal...

AI Technical Summary

Problems solved by technology

[0003] Most low-rise buildings only dig suitable trenches on the ground first, and then build masonry from the trenches. Generally, low-rise buildings are not equipped with seismic isolation mechanisms. The impact of external force can easily lead to the collapse of the wall or the damage of the eaves of the house, which seriously affects the rational use of low-rise buildings, and also has a great impact on the rainproof performance of the house. For this reason, we propose an overall low-rise building Isolation mechanism

Images