Building concrete pouring platform

Abstract

The invention relates to a building concrete pouring platform, and belongs to the technical field of concrete pouring. The building concrete pouring platform comprises a platform plate and two supporting beams, the two supporting beams are parallel to each other, a moving seat is slidably arranged on each supporting beam in the self length direction, and a supporting piece is fixedly arranged between the two moving seats; and the platform plate is slidably arranged on the supporting piece, a driving assembly for driving the platform plate to slide along the supporting piece is arranged on eachmoving seat, and a driving mechanism used for driving each moving seat to move along the corresponding supporting beam is arranged on each moving seat. During constructing, a worker stands on the platform plate for conducting the concrete pouring operation, the worker directly stands on a steel rib framework for preventing from falling into the steel rib framework, the work efficiency is improved, deforming and displacing of the steel rib framework are avoided simultaneously, and the pouring quality is improved.

Description

technical field [0001] The invention relates to the technical field of concrete pouring, in particular to a building concrete pouring platform. Background technique [0002] Housing construction refers to the houses or places where people carry out production, living, living or other activities, such as industrial buildings, civil buildings, agricultural buildings, etc.; housing construction concrete pouring workbench is an auxiliary device for overall pouring in housing construction work . [0003] During the concrete pouring construction of the floor slab of the house building, the operator generally directly steps on the steel skeleton of the floor slab that has been bound. At this time, problems such as deformation and displacement of the steel reinforcement skeleton of the floor slab will inevitably be caused, especially the reinforcement skeleton composed of two layers of steel reinforcement will cause the upper negative reinforcement to sink, thereby weakening the lo...

AI Technical Summary

Problems solved by technology

At this time, problems such as deformation and displacement of the steel reinforcement skeleton of the floor slab will inevitably be caused, especially the reinforcement skeleton composed of two layers of steel reinforcement will cause the upper negative reinforcement to sink, thereby weakening the load-bearing performance of the floor slab structure after pouring concrete, and affecting the performance of the building floor slab structure quality

Moreover, due to the large spacing between the steel grid frames, the construction personnel need to stand on it very carefully to avoid being trapped in the steel frame; the construction is inconvenient, the construction efficiency is reduced, and it may even fall into the steel frame and cause danger

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