Comfortable rotary shock-free building structure

Abstract

The invention discloses a comfortable rotary shock-free building structure. The comfortable rotary shock-free building structure comprises a rotary supporting seat connected with a foundation and a plurality of shock-resistant supporting seats, wherein each shock-resistant supporting seat comprises a first-stage shock-resistant assembly and a second-stage shock-resistant assembly; each first-stage shock-resistant assembly comprises a connecting seat connected with a rotary disc and a supporting rod slidably arranged on the connecting seat; the supporting rods are fixedly connected with a building structure body; first springs arranged on the supporting rods in a sleeving mode are limited between the building structure body and the connecting seats; a connecting rod is hinged to each supporting rod; and each second-stage shock-resistant assembly comprises two vertical plates, a fixed frame, two symmetrical crank arms and a sliding rod slidably penetrating through the fixed frame, wherein the two vertical plates and the fixed frame are arranged on the rotary disc, the crank arms are pivoted between the two vertical plates, the fixed frame is located between the two crank arms and the supporting rods, the ends, away from the fixed frame, of the two crank arms are connected through a first tension spring, a supporting block connected to one end of the sliding rod is clamped between the two crank arms, and the other end of the sliding rod is hinged to the connecting rod. The comfortable rotary shock-free building structure has the advantages of being stable in rotation, good in shock-resistant effect and the like.

Description

technical field [0001] The invention relates to the technical field of a rotating shock-proof device for building construction, in particular to a comfortable rotating shock-proof building structure. Background technique [0002] Countries or cities located on or near seismic belts may experience earthquakes of different sizes every day, and experience hundreds of earthquakes every year. When the earthquake intensity is very weak, people may not feel it. When the earthquake intensity reaches To a certain extent, it will cause the building to shake, and the human body can feel a strong sense of shock. At the same time, the vibration may cause the furnishings or heavy furniture in the house to fall. The dumping of the objects may not only face huge economic losses, but may also cause severe economic losses. Causes certain damage to the human body, and the existing buildings are usually rigidly connected to the foundation, so the field of vision will remain unchanged forever. W...

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Problems solved by technology

[0002] Countries or cities located on or near seismic belts may experience earthquakes of different sizes every day, and experience hundreds of earthquakes every year. When the earthquake intensity is very weak, people may not feel it. When the earthquake intensity reaches To a certain extent, it will cause the building to shake, and the human body can feel a strong sense of shock. At the same time, the vibration may cause the furnishings or heavy furniture in the house to fall. The dumping of the objects may not only face huge economic losses, but may also cause severe economic losses. Causes certain damage to the human body, and the existing buildings are usually rigidly connected to the foundation, so the field of vision will remain unchanged forever. When choosing a living environment, the direction with beautiful scenery or good environment is always preferred, while Directions with a bad environment are usually left unused or selected by lowering prices because of poor perception or physical feeling, which will not only reduce the utilization rate of the building, but also affect the quality of life of some residents

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