Pure part plate combined industrialized house assembling structure which can be rapidly erected

Abstract

The invention discloses a pure part plate combined industrialized house assembling structure which can be rapidly erected. The structure comprises a basic layer, a first-layer wallboard body, a floorslab layer, a second-layer wallboard body and roof slabs. The basic layer, the first-layer wallboard body, the second-layer wallboard body and the roof slabs comprise multiple digital-analog plates spliced to form frames, C through tube connecting pieces, square through tube connecting pieces and embedded parts. Each digital-analog plate comprises a double-faced combined plate, a hollow layer, a first groove and a second groove. The cross area of each C through tube connecting piece corresponds to the cross area of each first groove. The cross area of each square through tube connecting piece is smaller than one half of the cross area of each second groove. The square through tube connecting pieces are mutually spliced on the left side and the right side between more than two digital-analog plates. The pure part plate combined industrialized house assembling structure is produced in a modular mode, is erected in an assembled mode, is flat in appearance and free of hole positions, saves a building space and is not needed to be decorated. In addition, a PU waterproof sealing effect is added.

Description

technical field [0001] The invention belongs to the field of house construction, and in particular relates to an assembly structure of an industrialized house composed of pure component plates that can be built quickly. Background technique [0002] At present, the technology of housing construction on the market is still relatively backward, and the basic construction method mainly adopts labor-intensive manual wet construction. Therefore, there are following defects: (1) after the house is completed, it is necessary to carry out secondary decoration on the outer wall, which consumes a large amount of manpower and material resources. (2) The energy consumption of steel is large, which affects the surrounding environment. Compared with the construction of houses in developed countries, the energy consumption is about three times that of similar weather conditions in developed countries, and the steel consumption is 10%-25% higher. (3) With the development of urbanization, ...

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Problems solved by technology

Therefore, there are following defects: (1) after the building is completed, it is necessary to carry out secondary decoration on the outer wall, which consumes a large amount of manpower and material resources

(2) The energy consumption of steel is large, which affects the surrounding environment

(5) The connections constructed in the steel structure of the house are all welded or bolted connections, and the connection parts are exposed, which is unsafe and unsightly, resulting in modification in the later stage

(6) In order to meet the versatility, the components of traditional housing construction are mass-produced in extremely small sizes, such as bricks and tiles, ceramic tiles, etc., resulting in slow installation speed and low technical value of the industrial chain

(7) The existing prefabricated steel structure and prefabricated concrete modular houses have large component sizes and no specific size modulus, making production and transportation inconvenient

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