Multifunctional integral intelligent tower building device

Abstract

The invention relates to the technical field of bridge construction structures, in particular to a multifunctional integral intelligent tower building device. The multifunctional integral intelligenttower building device comprises an outer mold bracket and an inner mold bracket, wherein the outer mold bracket is provided with an outer mold climbing system, a curing system and a material distribution system; the inner mold bracket is provided with an inner mold climbing system, a vibration system and a shielding system; and the outer mold bracket is also provided with a control system for controlling the outer mold climbing system, the curing system, the material distribution system, the inner mold climbing system and the vibration system. The integral intelligent tower building device disclosed by the invention has the advantages of good operation environment, high construction efficiency, high construction quality, small safety risk, simple structure and reasonability in design and also has a high automation degree and an extremely high promotion value.

Description

technical field [0001] The invention relates to the technical field of bridge construction structures, in particular to a multifunctional integrated intelligent tower building device. Background technique [0002] The top formwork, lifting formwork and hydraulic climbing formwork used in conventional bridge tower construction have the following main problems during construction: [0003] 1) The working conditions are poor: the climbing formwork has poor shielding conditions and is highly affected by weather factors; the working space is narrow, the construction equipment is difficult to arrange, and there are few people-oriented considerations; [0004] 2) The construction efficiency is low: the average speed of domestic large-scale bridge towers is about 0.7m / d; the bulk binding time of steel bars accounts for more than 60% of the segmental construction time, and the repetitive auxiliary operations take a long time. [0005] 3) The construction quality is not high: the pos...

AI Technical Summary

Problems solved by technology

[0003] 1) The working conditions are poor: the climbing formwork has poor shielding conditions and is highly affected by weather factors; the working space is narrow, the construction equipment is difficult to arrange, and there are few people-oriented considerations;

[0004] 2) Construction efficiency is low: the average speed of domestic large-scale bridge towers is about 0.7m / d; the bulk binding time of steel bars accounts for more than 60% of the segmental construction time, and the repetitive auxiliary operations take a long time

[0005] 3) The construction quality is not high: the positioning accuracy of the steel bars is low, the pass rate of the protective layer is not high; the concrete curing conditions are poor, the time is short, it is easy to crack, and the appearance quality is not good

[0006] 4) Larger safety risks: large amount of high-altitude operations, large number of personnel, and long operating hours; difficult operation supervision, single information transmission channel, and easy to be missing; lack of emergency rescue and escape channels

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