Overturning electromagnet and toothed plate gravity overturning mechanism for stacker crane

Abstract

The invention discloses an overturning electromagnet and toothed plate gravity overturning mechanism for a stacker crane. The overturning electromagnet and toothed plate gravity overturning mechanism comprises an overturning electromagnet shell body and a toothed plate which is in overturning connection with the overturning electromagnet shell body; supports are arranged on a side face, which is vertical to the movement direction of section steel, of the overturning electromagnet shell body at intervals; an overturning shaft is arranged on the supports; the toothed plate comprises a saw tooth-shaped toothed plate body hinged to the overturning shaft and a counterweight plate which is arranged at the bottom of the saw tooth-shaped toothed plate body to overturn the saw tooth-shaped toothed plate body around the overturning shaft; the gravity center of the toothed plate is located on one side, far way from the electromagnet shell body, of the overturning shaft; the counterweight plate on the toothed plate is matched with the saw tooth-shaped toothed plate body, so that the toothed plate is overturned along the overturning of an electromagnet; a first electromagnet arranged in the electromagnet shell can be used for adsorbing the saw tooth-shaped toothed plate body when the saw tooth-shaped toothed plate body is used, and the saw tooth-shaped toothed plate body keeps vertical; and when the saw tooth-shaped toothed plate body is not used, the counterweight plate can be adsorbed by a second electromagnet, so that the saw tooth-shaped toothed plate body keeps horizontal.

Description

technical field [0001] The invention relates to the field of steel rolling equipment, in particular to a gravity turning mechanism for turning electromagnet gear plates on a high-speed palletizer in a section steel production line. Background technique [0002] In the domestic section steel production line, the section steel will be slowly sent to the finished product collection system after being cut to length or cold sawed, and a series of work processes such as palletizing, packaging (bundling), and weighing will be carried out. In order to make the production process and rhythm of continuous rolling more orderly, reduce labor costs, and improve the packaging quality of finished products. In the past, palletizing was mostly manual work, which had the disadvantages of poor packaging quality, low production efficiency, high labor intensity, and high labor costs. Now, in order to adapt to the production process and rhythm of continuous rolling, reduce labor costs and improve...

AI Technical Summary

Problems solved by technology

In the past, palletizing was mostly manual work, which had the disadvantages of poor packaging quality, low production efficiency, high labor intensity, and high labor costs. Now, in order to adapt to the production process and rhythm of continuous rolling, reduce labor costs and improve the packaging quality of finished products. It has been improved, and steel mills have gradually begun to use automated profile palletizers

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