A hybrid integrated house and construction method

Abstract

A mixed type integrated house comprises a plurality of layers of assembled embedded module house bodies and concrete frames arranged between the embedded module house bodies. Each embedded module house body comprises a floor, four first wall surfaces arranged on the periphery of the floor, cover plates arranged at the tops of the first wall surfaces, second wall surfaces arranged on the inner sides of the cover plates and four positioning pins arranged at the joints of the adjacent second wall surfaces. Each concrete frame comprises four first concrete columns, a plurality of second concrete columns, four first concrete beams and a plurality of second concrete beams. The second or above layers of concrete frames are the same as the first layer of concrete frame. The invention further discloses a construction method. The mixed type integrated house is supported through the concrete frames; reinforced concrete is only poured to connection joints of modules; not only are the bearing capacity, the shock resistance and the wind resistance of the house improved, but also concrete is saved; the construction method is suitable for middle-high buildings; and meanwhile, the characteristics of being high in module prefabrication rate and construction efficiency and low in cost are further achieved.

Description

technical field [0001] The invention belongs to the technical field of modular buildings, and in particular relates to a hybrid integrated house and a construction method. Background technique [0002] Modular integrated houses not only have a high degree of prefabrication, simple construction and hoisting, high construction efficiency, but also light weight, health and environmental protection, so they are more and more widely used. Modular integrated houses are usually steel structures, and the connections between modules are often connected by steel structures, so all the weight of the house is borne by steel. Restricted by the load-bearing capacity, earthquake resistance and wind resistance of steel, modular integrated houses are not suitable for building medium and high-rise buildings. If medium and high-rise buildings still adopt modular integration technology, the size of the steel must be increased to enhance the strength of the steel, which will undoubtedly greatly...

AI Technical Summary

Problems solved by technology

However, this kind of structure requires prefabricated thin-walled grooved slabs with complex structures, which are poured in the wall cavity, and then the floor slab is hoisted, and the steel structure wall and the concrete wall are jointly loaded. Not only the prefabrication process is complicated, but the installation process It is cumbersome, resulting in low construction efficiency, and a large amount of concrete, resulting in high construction costs

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