Prefabricated energy-saving new residence structure and manufacturing method thereof

Abstract

The invention relates to a prefabricated energy-saving new residence structure and a manufacturing method thereof. The structure is characterized by comprising prefabricated foundation plates, prefabricated wall plates, an integral roof, prefabricated floors and an external wall insulation integral plate which are prefabricated and formed; the prefabricated foundation plates and the prefabricatedwall plates are connected by reserved bayonet grooves and concrete; the adjacent prefabricated wall plates are connected and fixed through reserved holes, embedded steel plates and bolts; the integralroof comprises light steel keels, calcium silicate plates, a waterproof layer, wood strips, rock wool insulation plates and prefabricated antique cement tiles from inside to outside sequentially; thelight steel keels of the integral roof and the embedded steel plates of the prefabricated wall plates are connected and fixed by bolts. Independent prefabricated structures are adopted, the prefabrication process of the members is conducted in a factory, and then the members are transferred to a construction site for assembly; assembly nodes among the members are reasonably designed, the membershave certain deformation resistance capability, are simple and quick to assemble and operate, and the construction period is greatly shortened.

Description

technical field [0001] The invention relates to the technical field of buildings, in particular to an assembled energy-saving new residential structure and a manufacturing method thereof. Background technique [0002] At present, most rural residential buildings are constructed on site, which has the disadvantages of long construction period, large waste, single style and difficulty in guaranteeing construction quality. Especially in the cold winter in the north, wet construction such as wall masonry, beam fabrication and installation, roof tile laying, and wall plastering inside and outside is difficult and costly. However, the age of traditional craftsmen in rural areas is too old and there are few successors, so that the carpenters, bricklayers, masons, electricians, paper workers, etc. required for the construction of a traditional residential building are extremely scarce, resulting in a construction period of at least half a year to a year. The large temperature dif...

AI Technical Summary

Problems solved by technology

[0002] At present, most rural residential buildings are constructed on site, which has the disadvantages of long construction period, a lot of waste, single style and difficulty in guaranteeing construction quality.

Especially in the cold winter in the north, wet construction such as wall masonry, beam fabrication and installation, roof tile laying, wall plastering inside and outside is difficult and costly

However, the age of traditional craftsmen in rural areas is too old and there are few successors, so that the carpenters, bricklayers, masons, electricians, paper workers, etc. required for the construction of a traditional residential building are extremely scarce, resulting in a construction period of at least half a year to a year. The large temperature difference between day and night makes the masonry walls easy to crack, and the thermal insulation and earthquake resistance of traditional brick, stone, and partial wood structures are not ideal

[0003] The light steel structure + rock wool insulation system currently being promoted in the market is difficult to accept in form and has poor fire resistance and safety; new residential buildings with wooden structure or heavy steel structure are too expensive to be accepted in terms of cost.

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