Core board production system and core board production method

Abstract

The invention provides a core board production method. The core board production method comprises the following steps that a material foil coil is cut to obtain single material foil, the two ends of the material foil are bent, and the bent material foil is buckled to an opening of a core tube; the core tube where the material foil is buckled is placed on a lower panel, and the core tube where thematerial foil is buckled is welded to the lower panel; the lower panel where the core tube is welded is placed on a stacking rack, a metal covered side board and an upper panel are sequentially placedon the lower panel, and the lower panel, the upper panel and the metal covered side board are welded together; and the stacking rack is heated, the core tube, the upper panel and the lower panel arewelded, the metal covered side board, the upper panel and the lower panel are welded, and a core board finished product is obtained. Core board production is completed fast and accurately, and production efficiency and accuracy are improved.

Description

technical field [0001] The invention relates to the field of product manufacturing, in particular to a core board production system and a core board production method. Background technique [0002] With the development of society, various high-rise buildings continue to be built. The existing floor column beam core plate production process is mostly manual plus equipment forming, jig positioning and assembly production, and some of them are manually cut and welded by ordinary jig structure, which cannot Through the on-line production of automated equipment, the production capacity of core boards cannot be increased, which limits the construction speed of buildings. Contents of the invention [0003] In view of the above situation, it is necessary to provide a core plate production system and a core plate production method which are convenient for processing metal foil, core tube, side plate and face plate to obtain a core plate, so as to solve the above problems. [0004]...

AI Technical Summary

Problems solved by technology

[0002] With the development of society, various high-rise buildings continue to be built. The existing floor column-beam core plate production process is mostly manual plus equipment forming, jig positioning and assembly production, and some of them are manually cut and welded through ordinary jig structures, which cannot Through the online production of automated equipment, the production capacity of core boards cannot be increased, which limits the construction speed of buildings

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