Assembled high-rise or super high-rise residential building with high safety and comfort

Abstract

The invention belongs to an assembled high-rise or super high-rise residential building with high safety and comfort. The technical scheme adopted by the invention is as follows: the building comprises a main structure and a plurality of building units (4) and is characterized in that the main structure comprises a shear wall (1), a plurality of main frame girders (2) and floor slabs (3), whereinthe plurality of building units (4) can be hierarchically assembled on each floor slab (3); and each building unit (4) comprises a unit frame girder (41), a unit frame column (42) and a unit floor slab (43). The invention has the beneficial effects that (1) an optimized high-rise or super high-rise residential building is provided, the building is of a mammoth structure, the main structure is a reinforced concrete shear wall structure, and each building unit is of a light steel structure; and (2) because the assembled construction is adopted by each building unit, the construction can be carried out respectively according to the needs, and the alternate construction between the main structure and each building unit can be realized, thereby greatly improving the operating efficiency.

Description

technical field [0001] The present invention relates to the classification of the structure of the anti-shock or vibration building of International Patent Classification (IPC) E04B1 / 98, especially belongs to the assembled high-rise or super high-rise residential building with high safety and comfort. Background technique [0002] With the advancement of urbanization, there are more and more high-rise and super high-rise residential buildings, and the building height is getting higher and higher. The problems of earthquake resistance, wind resistance and living comfort of high-rise buildings are becoming more and more serious and important. Because technically it is necessary to meet the anti-overturning and deformation control requirements of the main structure of high-rise buildings under the action of earthquake force or wind force, the height-thickness ratio of the building is generally strictly controlled at 7. According to this calculation, the depth of a building with ...

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Problems solved by technology

Because technically it is necessary to meet the anti-overturning and deformation control requirements of the main structure of high-rise buildings under the action of earthquake force or wind force, the height-thickness ratio of the building is generally strictly controlled at 7. According to this calculation, the depth of a building with a height of 140m should be more than 20m. For a building with a height of 210m, the depth should be more than 30m, so the existing high-rise residential buildings are narrow in width, large in depth, and inconvenient to use

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