High-rise building integrated construction method and high-rise building integrated construction platform

Abstract

The invention relates to the technical field of high-rise building integrated construction, in particular to a high-rise building integrated construction method which comprises the following steps that S1, a vertical formwork in a formwork system is driven by a lifting assembly on a top steel structure to descend; s2, the vertical mold plate is subjected to mold closing under the operation of an automatic mold opening and closing device; s3, the vertical formwork falls to the N-layer ground; s4, the vertical formwork is separated from a lifting assembly on the top steel structure; and S5, the concrete distribution robot is lifted upwards by the height of one floor, and the concrete distribution robot climbs from the interior of the elevator shaft in a hydraulic self-climbing mode. The purposes of reducing the manual operation workload and improving the industrialization level of building construction are achieved, the construction method is advanced, reasonable and efficient, the construction cost is effectively reduced, the construction period is shortened, meanwhile, orderly proceeding of all procedures is improved, and the construction progress is improved on the premise that the project quality is guaranteed.

Description

technical field [0001] The invention relates to the technical field of high-rise building integrated construction, in particular to an integrated high-rise building construction method and a construction platform thereof. Background technique [0002] Construction is a typical labor-intensive industry, and it is also one of the industries with the lowest degree of mechanization and automation among many industries. In the context of increasingly tense construction labor force and increasing wages of migrant workers, the calls for improving the mechanization and automation of construction and reducing the number of workers are getting louder and louder. In terms of main construction, self-elevating climbing frames have been widely used in market construction, but climbing frames only provide a relatively safe construction environment for construction, and a large number of operations still need to be completed manually. [0003] The relatively mature construction systems in ...

AI Technical Summary

Problems solved by technology

In terms of main construction, self-elevating climbing frames have been widely used in market construction, but climbing frames only provide a relatively safe construction environment for construction, and a large number of operations still need to be completed manually

[0003] The relatively mature construction systems in the field of cast-in-place industrial construction include two categories. One is wall-attached integrated equipment, which is suitable for super high-rise core-tube structure buildings, but its application scenarios are limited to super-high-rise core-tube structures and cannot cover ordinary shear Force-wall structure buildings, prefabricated buildings, and steel structure buildings, etc., and because super high-rise core tube structure buildings are mostly commercial office buildings and landmark buildings, the cross-sectional shape of the core tube is mostly unique, and the reuse rate of construction equipment unable to effectively improve

[0004] The other type is floor-standing integrated equipment, which can be divided into two types: upper jacking and lower jacking according to the different lifting transmission systems. It is mainly suitable for the construction of shear wall cast-in-place, although it solves the construction problems of some shear wall structures. , but there are still problems such as unreliable safety, high cost, difficulty in positioning formwork, and difficulty in adapting complex building types

[0005] In recent years, integrated building construction platforms have attracted the attention of construction companies, but such equipment has not been widely used because of its complex structure, incomplete functions, high cost, or poor expansion ability.

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