Fabricated high-rise residence precast concrete component construction method

Abstract

The invention relates to the field of construction engineering, in particular to a fabricated high-rise residence precast concrete component construction method. The method specifically comprises the process routes of leveling and paying off, adjusting the position of a vertical component anchor bar, adjusting the horizontal elevation of the bottom of a vertical component through a plastic spacer, lifting the vertical component, correcting the perpendicularity of the vertical component and fixing the vertical component, conducting pressure grouting on the vertical component, pouring concrete on a column foot, erecting a beam plate formwork, lifting a prefabricated panel, adjusting the elevation of the prefabricated panel, binding a beam and floor slab bottom layer reinforcing steel, reserving and pre-burying water and electricity pipelines, binding floor slab upper layer reinforcing steel, pouring concrete on a floor, and constructing the next floor finally. The fabricated high-rise residence precast concrete component construction method has the advantages that the construction speed can be increased, and labor and the using amount of mortar and turnover material tools are decreased; the fabricated structure is adopted, the amount of wet construction and building rubbish on the site is further greatly decreased, on-site pollution is relieved, and the method has good social and environment friendly benefits.

Description

technical field [0001] The invention relates to the field of construction engineering, in particular to a construction method for a prefabricated concrete component of a prefabricated high-rise residence. Background technique [0002] In the construction of construction projects, the form of building structure is becoming more and more novel and complex. In addition to the traditional masonry structure and reinforced concrete structure, the application of steel structure and reinforced concrete mixed structure is also becoming more and more extensive. Concrete prefabricated components are mainly used in high-rise residential buildings or public buildings. If the construction is carried out according to the traditional technology, a large amount of turnover materials and labor are required to complete. Not only the operation and on-site construction environment are complicated, but also the construction efficiency is low, and the construction position is difficult to accuratel...

AI Technical Summary

Problems solved by technology

Concrete prefabricated components are mainly used in high-rise residential buildings or public buildings. If the construction is carried out according to the traditional technology, a large amount of turnover materials and labor are required to complete. Not only the operation and on-site construction environment are complicated, but also the construction efficiency is low, and the construction position is difficult to accurately control. The strength of each component and the stability of the connection between components cannot be guaranteed, it is difficult to meet the structural force requirements, and the pollution to the surrounding environment is also very serious; therefore, there is an urgent need for a construction method with high work efficiency, fast construction speed and suitable for high-rise residential concrete prefabricated components. , to ensure that the construction can be carried out in an orderly and safe manner, to ensure the strength, stability and accuracy of the components installed and constructed, and to ensure the quality of the construction

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