Quakeproof building capable of rotating with sunshine

Abstract

The invention provides a quakeproof building capable of rotating with sunshine. a rotary support base of a foundation of the building is arranged in a recess of a fixed base stably arranged on the ground and the bottom of the rotary support base is connected with the bottom of the recess by a shaft, a universal rotary component is arranged in the recess / rotary support base and presses against the rotary support base / recess, a rotary driving device is fixed with the rotary support base and a fixed base, and a main body of building is fixed on the rotary support base, wherein preferably, the foundation is steel frame structure, the rotary driving device comprises a rack strip, a gear, a driving component and an elastic component, the rotary support base is provided with a pipeline arrangement channel, a balancing device and a barrier component, wherein, the fixed base is provided with a barrier component and an elastic supporting and fixing component. The invention has artful design, novel structure, capability of resisting quake effectively, greatly improved safety as well as capability of rotating with the sunshine, thus protecting the safety of lives and properties and improving the life quality of the people.

Description

technical field [0001] The present invention relates to the technical field of buildings, more specifically, to the technical field of earthquake-proof buildings, in particular to an earthquake-proof building that can rotate following sunlight. Background technique [0002] Throughout the ages, earthquakes have always been one of the most destructive natural disasters. The collapse of buildings caused by earthquakes has caused countless lives and properties to suffer extinction. In order to prevent and mitigate disasters in earthquakes, the country requires buildings to be able to resist earthquakes of magnitude 7. And the construction process of present building mainly is to hit foundation in the earth, then builds various buildings on foundation, so building is fixed in the land by foundation, is rigid connection between building and foundation and land. So far, the anti-seismic measures of buildings are mainly to increase the amount of steel bars in the columns and beams...

AI Technical Summary

Problems solved by technology

So far, the anti-seismic measures of buildings are mainly to increase the amount of steel bars in the columns and beams of buildings or other methods. The effect of such anti-seismic measures is not ideal, because the state of rigid connection between buildings and the ground has not been changed. Once an earthquake occurs, the building will easily collapse. The reason why the earthquake will cause great damage to the building is that the shaking of the earthquake is directly transmitted to the building through the rigid connection of the foundation, causing the four walls of the building to split and collapse.

[0003] In addition, because the sun rises in the east and sets in the west, the current fixed buildings can only be exposed to the sun for a period of time during the visible time of the sun, but cannot be exposed to the sun all the time during the visible time of the sun, so that they cannot enjoy the warm sunlight. , it is also not conducive to drying clothes, and solar water heaters installed on buildings cannot make full use of solar energy.

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