Prefabricated foundation bearing platform

Abstract

The invention discloses a prefabricated foundation bearing platform. The prefabricated foundation bearing platform comprises a steel structure bearing platform and a bearing platform base, wherein a vibration isolation device is arranged on the bearing platform base; the steel structure bearing platform is arranged on the vibration isolation device; the bearing platform base comprises a first upper template, a first lower template and a plurality of first supporting steel beams; the size of the first upper template is smaller than that of the first lower template; the first supporting steel beams are arranged between the first upper template and the first lower template; a first supporting template is further arranged between the first upper template and the first lower template; the first upper template, the first lower template, the first supporting steel beams and the first supporting template are enclosed to form a cubic structure with a narrow upper part and a wide lower part, so that the whole foundation bearing platform has good anti-drawing performance and the risk that a building is damaged in natural disasters can be effectively reduced; the prefabricated foundation bearing platform does not need to be cast in situ and is simple to assemble; and the prefabricated foundation bearing platform can be rapidly constructed in a disaster area and rapid promotion of post-disaster reconstruction work of the disaster area is facilitated.

Description

technical field [0001] The invention relates to the technical field of construction, in particular to a prefabricated foundation cap. Background technique [0002] In order to ensure the good stability of the superstructure during the construction process, it is necessary to build a corresponding cap foundation to install reinforced concrete, and then construct other building parts on the reinforced concrete. The existing cap foundation for installing reinforced concrete is mainly constructed by on-site casting and forming, but because the concrete takes a long time to solidify, it takes a long time to wait after the cap foundation is poured, and serious problems It slows down the progress of the construction period, which is not conducive to the rapid progress of construction projects that suffer from natural disasters (such as earthquakes, tsunamis, and mudslides, etc.) that require rapid reconstruction. In this process, tents, board houses and other simple facilities are ...

AI Technical Summary

Problems solved by technology

The existing cap foundation for installing reinforced concrete is mainly constructed by on-site casting and forming, but because the concrete takes a long time to solidify, it takes a long time to wait after the cap foundation is poured, and serious problems It slows down the progress of the construction period, which is not conducive to the rapid progress of construction projects that suffer from natural disasters (such as earthquakes, tsunamis, and mudslides, etc.) that require rapid reconstruction. In this process, tents, board houses and other simple facilities are usually used to make the transition , but simple facilities such as tents and prefabricated houses cannot withstand the hazards of secondary disasters at all, and are easily damaged; in addition, most of the existing cap foundations can withstand the pressure transmitted by the superstructure, but their transverse tensile properties are poor. Especially in some earthquake-prone areas, it is very easy to cause buildings to overturn and collapse under the action of seismic waves.

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