Steel bar splitting-forming and chain transfer machine, section steel stacking device and section steel stacking system

Abstract

The invention relates to the technical field of section steel stacking, in particular to a steel bar splitting-forming and chain transfer machine, a section bar stacking device adopting the steel bar splitting-forming and chain transfer machine and a section bar stacking system consisting of a plurality of sets of the section bar stacking devices. The steel bar splitting-forming and chain transfer machine is provided with a plurality of groups of baffle plates, so that grouped stacking of section bar products is realized, and misalignment of the section bar products also can be realized. The section bar stacking device adopts a stacking electromagnet to carry out 180-degree turnover stacking on section steel; an turnover electromagnet is additionally arranged for being matched with the stacking electromagnet for carrying out 360-degree turnover stacking on the section steel, so that positive buckling and negative buckling of channel steel and angle steel can be realized; compared with a conventional translation stacking mode, the stacking mode can effectively improve the stacking quality and the stacking efficiency, and equipment operation is stable and reliable, and high in safety. According to specified length of a section steel product, the section steel stacking system adopts one set of section steel stacking devices to carry out stacking, and adopts two sets of section steel stacking devices to carry out combined stacking, so that the stacking efficiency is high and operation is convenient.

Description

technical field [0001] The invention belongs to the technical field of section steel stacking, and in particular relates to a section steel forming chain transfer machine, a section steel stacking device and a section steel stacking system. Background technique [0002] In section steel production, section steel products need to be stacked and collected in bundles. Some production lines in China use manual stacking for the stacking of various shaped steels, and some production lines use mechanical stackers to stack the shaped steels in a fixed slot and then manually bundle them. These two methods are labor-intensive, and the stacking quality is poor. For some medium-sized steels, the stacking cannot be realized or the stacking requirements cannot be met at all. In the later period, the new section steel production line adopted the section steel automatic stacking device successively, but the following problems existed in the use of these section steel automatic stacking dev...

AI Technical Summary

Problems solved by technology

These two methods are labor-intensive, and the stacking quality is poor. For some medium-sized steels, stacking cannot be achieved or the stacking requirements cannot be met at all.

In the later period, the new section steel production line adopted the section steel automatic stacking device successively, but the following problems existed in the use of these section steel automati

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