Full cast-in-situ outer wall high-rise residential building living room interpenetrating construction efficiency-improving method

Abstract

The invention discloses a full cast-in-situ outer wall high-rise residential building living room interpenetrating construction efficiency-improving method. The full cast-in-situ outer wall high-riseresidential building living room interpenetrating construction efficiency-improving method comprises the following steps that N layers of living room main body structures are constructed; the N-1 layer is subjected to living room formwork-detaching construction; the N-2 layer is subjected to living room erected roof water-stopping; the N-3 layer is subjected to living room inner wallboard construction; the N-4 layer is subjected to living room water supply and drainage mounting; the N-5 layer is subjected to living room pipeline mounting; the N-6 layer is subjected to living room ceiling puttyconstruction; the N-8 layer is subjected to living room balcony and floor tile laying; the N-9 layer is subjected to living room inner wall surface first-time putty construction; and the N-10 layer is subjected to living room inner wall surface second-time putty construction. According to the full cast-in-situ outer wall high-rise residential building living room interpenetrating construction efficiency-improving method, it is ensured that interpenetrating continuous operation of various work types can be conducted during full cast-in-situ outer wall high-rise residential building living roomconstruction, the total construction period is shortened, the working efficiency is improved, and the refinement level of project engineering management is further promoted.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an efficiency-improving method for interspersed construction of high-rise residential halls with fully cast-in-place exterior walls. Background technique [0002] The traditional construction organization is generally used to promote on-site operations. The first step is the completion of the main body construction, the second step is the facade work, the third step is the removal of the outer frame, and the fourth step is the decoration work. It is still used in the project. [0003] The traditional construction organization form is basically on-site organization from a single time axis, that is, multiple work arrangements cannot be carried out at the same time, so that the time utility cannot be maximized. [0004] Traditional construction organizations are mostly in the form of traditional construction techniques (wooden formwork, masonry, scaffolding, wet work, etc.), whi...

AI Technical Summary

Problems solved by technology

[0003] The traditional construction organization form is basically on-site organization from a single time axis, that is, multiple work arrangements cannot be carried out at the same time, so that the time utility cannot be maximized and utilized

[0004] Traditional construction organizations are mostly in the form of traditional construction techniques (wooden formwork, masonry, scaffolding, wet work, etc.), which cannot realize the current adoption of new construction systems (aluminum formwork, intelligent climbing frames, prefabricated wall panels, all-cast-in-place exterior walls, The advantages of efficiency improvement brought about by dry construction, etc.)