Movable type scaffold bracket for overhead construction of building engineering

Abstract

The invention relates to a movable type scaffold bracket for overhead construction of building engineering. The invention aims at solving the problems that after a main building body taking a steel net frame as framework is finished, the overhead construction of super-high large roof is hard to carry out by means of a scaffold, a full framing or a large movable lifting frame, and builders difficultly reach the overhead operation surface and regulate the overhead operation surface. The movable type scaffold bracket has key points of the technical scheme that the scaffold bracket is characterized by comprising a support pillar, a cross beam, a lead rail, a rolling device, a main beam, an inner and outer side hanging bracket screw rod, a scaffold bracket, a cable wire and a windlass, wherein the lower end of the support pillar is fixedly connected on a cross rod on the top of the steel net frame by an anchor ear, the lead rail is arranged on the support pillar by the cross beam, the main beam is matched on a track in a rolling way by the rolling device, the inner and outer side hanging bracket screw rod is fixed on the outer end section of the main beam extending out of the side part of the steel net frame, the scaffold bracket is hung on the inner and outer side hanging bracket screw rod, one end of the cable wire is connected with the lower part of the scaffold bracket, the other end thereof is wound on the windlass by a pulley of the main beam, and the scaffold bracket is formed by a vertical girder, a horizontal girder and a construction platform that are correspondingly and fixedly connected with each other.

Description

technical field [0001] The invention belongs to a work frame for construction personnel used in building engineering construction, and specifically refers to a movable construction scaffold that can be used by construction personnel to stand and walk on a super-high operation surface. It is especially suitable for the construction of super-high and large roofs with steel grids as the skeleton for external wall sealing, decoration, and electromechanical installation. Background technique [0002] In the construction of a construction project, when the main body is completed, the construction of the outer wall sealing plate of the roof, decoration, electromechanical installation, etc. is generally used to solve the problem of construction personnel in high Problems of standing and walking on the working face. However, when the roof reaches a super high height of more than 30 meters and a super large span space of more than 50 meters, it is difficult to solve the problem of st...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problem that after the completion of the main body of the building with steel grid as the skeleton, it is impossible to use conventional methods to carry out high-altitude construction of super-high and large roofs by erecting scaffolding, full-scale frames or large-scale mobile lifting frames. It is difficult for construction personnel such as mechanical and electrical installations to reach the high-altitude work surface for construction, and it is also difficult to adjust and change the defects of the high-altitude work surface. construction defects

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