Lead alloy cast plate production system

Abstract

The invention discloses a lead alloy cast plate production system, and belongs to the field of lead alloy plate production. The system comprises a lead liquid smelting furnace, a plate casting device, a rolling and air-drying device, a trimming and shearing device and a winding device which are arranged in sequence; the plate casting device comprises a plate casting mold, a plate casting roller and a pressing roller, the lead liquid smelting furnace conveys lead liquid to the plate casting mold, and the plate casting roller drives the lead liquid on the plate casting mold to be uniformly distributed on the surface of the plate casting roller when rotating, so that the lead liquid is solidified on the plate casting roller to form a lead belt; the rolling and air-drying device is used for rolling and air-drying the cured and formed lead belt; the trimming and shearing device is used for trimming the rolled and air-dried lead belt; and the winding device comprises a winding machine; the winding machine is used for winding the lead alloy plate strip. By means of the lead alloy cast plate production system, full automation of the lead alloy plate strip casting process is achieved, shutdown is not needed in the roll changing process, uninterrupted production of the lead alloy plate strip is achieved, the production efficiency is high, and the cast lead alloy plate strip meets the requirement.

Description

technical field [0001] The invention relates to the field of lead alloy plate production, in particular to a lead alloy cast plate production system. Background technique [0002] The lead alloy plate is the main component of the lead-acid battery. The traditional lead alloy plate casting mainly adopts the gravity casting method, and the main equipment is a flat casting machine and corresponding molds. The casting process is to pour the heated and molten lead alloy into the mold under the action of gravity, cool and form, and then carry out subsequent processing. Since the plate casting machine needs experienced operators to operate, and after casting, the surface of the casting mold needs to be treated to obtain qualified products, so the automation level is low and the labor intensity is high; after the lead alloy strip is cast, it usually requires Coil the lead alloy strips for easy storage; however, during the production process of the lead alloy strips, the lead alloy ...

AI Technical Summary

Problems solved by technology

Since the plate casting machine needs experienced operators to operate, and after casting, the surface of the casting mold needs to be treated to obtain qualified products, so the automation level is low and the labor intensity is high; after the lead alloy strip is cast, it usually requires Coil the lead alloy strips for easy storage; however, during the production process of the lead alloy strips, the lead alloy strips need to be rolled by a cold-rolling device, and the rolled lead alloy strips will form irregular edges , not easy to roll

In addition, for the coiling machine for metal sheet and strip material, during the initial winding or changing of the roll, the operator needs to manually wind the strip on the winding tool for several turns until the winding tool can rotate. Pulling force, automatic rewinding starts, thus, automatic continuous rewinding and automatic rewinding cannot be realized, and the automation level is low

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