Roof panel high-altitude manufacturing platform and construction method thereof

Abstract

The invention relates to the field of steel structure roofs, and particularly discloses a roof panel high-altitude manufacturing platform and a construction method thereof. The roof panel high-altitude manufacturing platform comprises two edge beams and a plurality of main beams, the multiple main beams are installed between the lower parts of the two edge beams, the upper parts of the main beams are used for installing a plate pressing machine, the bottoms of the edge beams are connected with a plurality of bases, and two secondary beams are connected between every two adjacent main beams. The problem of too many lap joints on the manufacturing site of a roof panel factory is solved, particularly the site installation workload of a large roof is reduced, and the installation quality is improved. The problems that a profiled steel sheet is prone to deforming and a paint film is damaged when the roof beam is vertically transported to the ground in a pressed mode on site are solved. Meanwhile, the problem that the requirement for foundation bearing capacity and supporting frame bearing capacity and stability is high when a scaffold or a supporting frame is erected for high-altitude pressing is solved. The roof panel high-altitude manufacturing platform can be suitable for buildings of any height and various roof lengths, has no requirements on foundation bearing capacity and surrounding sites, and has no damage and deformation on the coating of the color-coated sheet.

Description

technical field [0001] The invention relates to a manufacturing platform, in particular to a high-altitude manufacturing platform for roof panels and a construction method thereof, belonging to the field of steel structure roofs. Background technique [0002] The quality of the roof panel directly determines the waterproof and windproof function of the roof. At present, there are two main methods for the production of steel structure roof panels: one is that the length of the roof panel is less than 17.5m, which can be manufactured in a factory and transported to the site for installation by car; the other is to transport the color rolls to the site for production. The on-site production can be divided into ground production and the method of hoisting it to the roof with a crane for installation after packing, and the method of building a support frame or scaffolding at high altitude. [0003] For the roof panel made by the factory, it is transported to the site for install...

AI Technical Summary

Problems solved by technology

There are many roof panel joints, which is likely to cause water leakage, and the installation workload is relatively large

[0004] The method of vertically transporting the ground to the roof for installation needs to occupy space and when the roof panel is long, multiple cranes are required to lift it at the same time. The cost is high and the roof panel is easily deformed or even damaged during the lifting process.

The method of building a support frame or scaffold is to place the press machine on the support frame or scaffold to press and install it, considering the bearing capacity and stability requirements of the foundation and support frame, and the height of the support frame or scaffold should not be too high, usually no more than 20m , the comprehensive cost of this method is relatively high

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