Dry construction method house building structure and building method thereof

Abstract

The invention is suitable for the technical field of constructional engineering, and provides a dry-type construction method house building structure and a building method thereof, building components of the dry-type construction method house building structure are modularized, reversible installation is convenient, and the dry-type construction method house building structure comprises a plurality of wallboards with preset sizes, floor slabs, foundations and prestressed stairs; the wallboard is light in weight, integrates structure, heat preservation, water prevention and decoration, is not easy to crack and deform, is provided with tongue-and-groove connection, is provided with a water stop sealing groove, an eagle beak line and an apron flashing, prevents water seepage at the wallboard connecting part, is evacuated in two directions through a prestressed stair, saves materials, and is firm and stable; the floor slab adopts a thin-shell structure, so that the longitudinal and horizontal displacement of the floor slab is reduced; the foundation is provided with an anti-pulling ground anchor, so that the building stability and safety are enhanced; the installation process is dry, the construction efficiency is high, and on-site cutting operation and construction waste are reduced; all the components are produced and machined in a standardized mode, the installation deviation is small, the adjacent components are not destructively influenced when the components are installed, disassembled and replaced, hidden connection is adopted, and installation nodes are hidden in the decorative face.

Description

technical field [0001] The invention belongs to the technical field of construction engineering, and in particular relates to a dry construction method house construction structure and a construction method thereof. Background technique [0002] Housing construction technology can speed up the industrialization of construction, but the current housing construction technology mostly uses wet construction. The traditional wet construction method consumes energy, water, and consumables. There are many wet operations on site, and the labor efficiency is low, and a large amount of construction waste is generated on site. Noise and dust pollute the environment and seriously affect the surrounding environment of construction and the lives of residents. Moreover, a large amount of labor is required, and the labor intensity is high, which greatly reduces the efficiency of construction. The construction period is long, the equipment investment is large, and the construction cost is inc...

AI Technical Summary

Problems solved by technology

[0002] Housing construction technology can speed up the industrialization of construction, but the current housing construction technology mostly uses wet construction. The traditional wet construction method consumes energy, water, and consumables. There are many wet operations on site, and the labor efficiency is low, and a large amount of construction waste is generated on site. Noise and dust pollute the environment and seriously affect the surrounding environment of construction and the lives of residents. Moreover, a large amount of labor is required, and the labor intensity is high, which greatly reduces the efficiency of construction. The construction period is long, the equipment investment is large, and the construction cost is increased. In order to improve assembly efficiency, shorten the construction period, save costs, and reduce environmental pollution caused by traditional wet construction. With the existing prefabricated structure, the weight of the whole house parts is heavy, and there are many consumables. The wall panels are easy to crack, sand, and hollow, and the walls The waterproof performance of the board joints is poor. Therefore, it is urgent to design a light-weight, strong, waterproof, low-cost, high-efficiency building structure and its construction method to achieve energy-saving, water-saving and recyclable materials in the construction process. Use, excellent waterproof performance, less labor demand, shorten the construction period, and reduce the noise, dust and construction waste pollution on the construction site

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