Quantitative pouring and peeling system and method of zinc liquid

Abstract

The invention discloses a zinc liquid quantitative pouring and peeling system, comprising: a quantitative pouring device for quantitatively pouring zinc liquid into an ingot groove of an ingot casting machine; Skin peeling device; the skin peeling device includes a base, a moving seat, a skin peeling assembly, and a material receiving assembly, the moving seat is movable and installed on the base, and the moving seat can move relative to the length direction of the base; The peeling assembly includes a moving beam, peeling claws, a shovel hopper, a winch, a wire rope, a connecting rod, a first linear movement driver, a second linear movement driver and a third linear movement driver; the receiving assembly includes a set Hopper, moving plate, scraper plate, fourth linear motion drive and top plate. The invention realizes the automatic scraping of the scale on the surface of the zinc liquid, has a high degree of automation, saves manpower, and at the same time realizes the automatic quantitative pouring of the zinc liquid to ensure good weight uniformity of the zinc ingots produced in batches.

Description

technical field [0001] The invention relates to the technical field of zinc ingot production equipment, in particular to a zinc liquid quantitative pouring and peeling system and a use method. Background technique [0002] In the production process of zinc melting and casting, the induction furnace smelts zinc flakes into zinc liquid, and then continuously pours the zinc liquid into the ingot groove of the ingot casting machine through the pouring device. The labor intensity of removing scale is high, and the speed of removing scale is slow, and the zinc liquid is easy to be cooled and solidified to form zinc ingots, because during the solidification process, if the oxide scale on the surface of the zinc liquid is not removed in time, the scale will be peeled off. Difficult to pick up and pick up is not clean, so that the surface of the molten zinc formed after ingot casting by the ingot casting machine has oxide scales, resulting in poor production quality of zinc ingots an...

AI Technical Summary

Problems solved by technology

[0002] In the production process of zinc melting and casting, the induction furnace smelts zinc flakes into zinc liquid, and then continuously pours the zinc liquid into the ingot groove of the ingot casting machine through the pouring device. The labor intensity of removing scale is high, and the speed of removing scale is slow, and the zinc liquid is easy to be cooled and solidified to form zinc ingots, because during the solidification process, if the oxide scale on the surface of the zinc liquid is not removed in time, the scale will be peeled off. Difficult to pick up and pick up is not clean, leaving scale on the surface of the zinc solution formed after ingot casting by the ingot casting machine, resulting in poor production quality of zinc ingots and scrapping

At the same time, the quantification of the existing pouring device is not accurate, resulting in uneven weight of the produced zinc ingots, which increases the scrap rate of zinc ingots

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