Hot-rolled double-layer bimetal composite plate splitting and turning machine

Abstract

The invention discloses a hot-rolled dual-layer bimetal composite plate separation and turnover machine. The hot-rolled dual-layer bimetal composite plate separation and turnover machine comprises a gantry rack, a lifting platform, plate separation suction cups, a sliding seat and a mechanical arm type plate clamping device. Conveying roller ways are arranged below the gantry rack. The lifting platform is mounted on the gantry rack in a sliding manner and driven by a lifting power device. The plate separation suction cups are arranged on the lifting platform. The sliding seat is mounted on the lifting platform in a sliding manner and driven by a transverse movement power device. The mechanical arm type plate clamping device is connected with a rotary shaft, the rotary shaft is rotationally mounted on the sliding seat, and a torsion spring is arranged between the rotary shaft and the sliding seat. The hot-rolled dual-layer bimetal composite plate separation and turnover machine can carry out plate separation and turnover operation on hot-rolled dual-layer bimetal composite plates, the need of continuous production is met, production efficiency is improved, and the hot-rolled dual-layer bimetal composite plate separation and turnover machine can be used for the hot-rolled dual-layer bimetal composite plates or coils.

Description

technical field [0001] The invention relates to the technical field of metal material calendering processing equipment in the metallurgical industry, in particular to a method of splitting and flipping hot-rolled double-layer bimetallic composite panels after edge cutting and head alignment, to form upper and lower bimetallic composite panels Enter the finishing unit in turn to provide convenient equipment for finishing treatment such as turtle back, slag cleaning and leveling. Background technique [0002] Bimetallic composite material is a new type of high-efficiency bimetallic energy-saving material with industrial pure iron, carbon steel, low alloy steel or low-priced stainless steel as the base layer and high-priced stainless steel, copper, industrial pure titanium, etc. as the multilayer. With good corrosion resistance and low cost, it is widely used in petroleum, chemical industry, salt industry, water conservancy and electric power, food processing and other fields. ...

AI Technical Summary

Problems solved by technology

Unfortunately, known equipment cannot meet the needs of continuous production

[0005] When the hot-rolled double-layer bimetallic composite material is made into a coil form, its total thickness is generally less than 25mm. Although it can be processed by tearing, the upper and lower layers of the bimetallic composite sheet can be finished separately on a finishing unit. However, on the entire production line, due to speed difference, insufficient tension, etc., steel piles up, which leads to production stagnation, even affects product quality, and causes equipment damage. At the same time, it cannot meet the extended processing requirements of subsequent processes.

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