Guide plate for angle steel stacking machine

Abstract

The invention discloses a guide plate for an angle steel stacking machine. As for the primary design purpose, the guide plate does not need to be hidden when positive stacking is carried out on angle steel. The guide plate comprises a guide plate body. The bottom face of the guide plate body is fixed to a turning electromagnet. A plurality of V-shaped grooves matched with the angle steel in shape are formed in the top face of the guide plate body in parallel. The distance between the bottom centers of every two adjacent V-shaped grooves is equal to half the width of the bottom face of the corresponding angle steel. The opening angle of each V-shaped groove is smaller than or equal to the included angle between two side wing plates of the corresponding angle steel. According to the guide plate for the angle steel stacking machine, in the link that the electromagnet attracts the angle steel, particularly during reverse stacking, the angle steel and the electromagnet are only in single-line contact, the angle steel is quite prone to side tipping, at this moment, the V-shaped grooves of the guide plate play a role in guiding the angle steel, and the position precision of the angle steel is ensured; and during positive stacking, interference between the guide plate and the angle steel is avoided, and the guidance function can still be achieved.

Description

technical field [0001] The invention relates to the field of steel rolling equipment, in particular to a guide plate for an angle steel palletizer on a high-speed palletizer in an angle steel production line. Background technique [0002] In the domestic angle steel production line, the angle 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 the packaging quality of f...

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