Support for hole drilling and rebar planting of indoor building top and wall column side face and construction method thereof

Abstract

The invention discloses a support for hole drilling and rebar planting of indoor building top and wall column side face and a hole drilling and rebar planting construction method thereof. The supportcomprises a first upright, a second upright and a four-connection-rod mechanism, and a tool mounting device is arranged at the end, close to the building top and the wall column side face, of a secondforce transmission rod; a turnplate a structure driving the turnplate to rotate and a structure enabling the turnplate to be located at a preset position are arranged at the end, close to the building top and the wall column side face, of the second force transmission rod, and a drilling tool mounting device, an electric air blower mounting device, a glue injector mounting device and a pneumaticfinger for mounting and rebar planting are sequentially and equally fixed at the edge of the turnplate along the circumference. The support is convenient to operate and high in construction efficiencyand safety. By adopting the support and the construction method, hole drilling, cleaning of dust in holes, glue injecting and rebar planting can be performed on the ground, so that time and physicalpower of operating personnel for getting on and off an operation frame or a herringbone ladder are saved in the whole process, and potential safety hazards and accidents caused by hole drilling operation on the frame or the ladder are avoided; the support is convenient to operate and high in construction efficiency and safety.

Description

technical field [0001] The invention relates to the technical field of civil engineering construction, in particular to a bracket for drilling and planting reinforcement on the top of an indoor building and the side of a wall column and a construction method for drilling and planting reinforcement using the bracket. Background technique [0002] With the development of civil engineering, the top of indoor buildings, such as ceiling ceiling construction and masonry partition wall construction on the side of wall columns, etc. have also been widely used. Two methods are used, the traditional pre-embedded type, but the pre-embedded type requires drilling to penetrate the formwork, which affects the turnover efficiency of the formwork and slows down the construction progress of the main structure. Later, people adopted the rebar-planting construction method to overcome the above shortcomings, but due to the lag of construction time, the formwork supporting scaffolding has been r...

AI Technical Summary

Problems solved by technology

[0002] With the development of civil engineering, the top of indoor buildings, such as ceiling ceiling construction and masonry partition wall construction on the side of wall columns, etc. have also been widely used. Two methods are used, the traditional pre-embedded type, but the pre-embedded type requires drilling to penetrate the formwork, which affects the turnover efficiency of the formwork and slows down the construction progress of the main structure

Later, people adopted the rebar-planting construction method to overcome the above shortcomings, but due to the lag of construction time, the formwork supporting scaffolding has been removed, and it is necessary to re-build mobile scaffolding or herringbone ladders, but even so, there are still drilling tools and materials that need to be carried. It is laborious and time-consuming to frequently go up and down scaffolding or ladders to operate on the frame, especially when drilling with an impact drill or electric hammer, the vibration force is relatively large, and it is difficult for the operator to stand firm and difficult to use when drilling on the frame or ladder. force, there are serious safety hazards, and at the same time affect the drilling quality

In addition, the construction methods of the prior art require frequent up-and-down scaffolding or herringbone ladders for drilling, clearing holes, injecting glue, and planting bars to operate on the frame. The operation is inconvenient, labor-intensive and time-consuming, and the construction efficiency is not high. poor security

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