Metal re-forming assembly line

Abstract

The invention provides a metal re-forming assembly line. The assembly line is characterized by comprising multiple smelting furnaces which communicate with one another, a casting cavity and a drainagegroove used for draining molten metal into the casting cavity, smelting cavities are formed in the smelting furnaces, one end of the drainage groove communicates with each smelting cavity, the otherend of the drainage groove communicates with the casting cavity, in the flowing direction of the molten metal, the casting cavity is located on the downstream portions of the smelting furnaces, a worktable is arranged in the casting cavity, a conveying assembly and multiple workstation modules are arranged on the worktable, each workstation module comprises an imaging workstation block, a deburring workstation block and an image processing assembly, each imaging workstation block comprises an imaging instrument, a lens of each imaging instrument faces the conveying assembly, the imaging instruments are in communication connection with the image processing assemblies, each deburring workstation block comprises a deburring gun and a driving device for driving the deburring gun to move relative to the conveying assembly, the driving devices are in communication connection with the image processing assemblies, according to the assembly line, the production efficiency is improved, labor force is reduced, and the automatic intelligent degree is high.

Description

technical field [0001] The invention relates to the field of metal smelting, in particular to a metal reshaping assembly line. Background technique [0002] Metal smelting is to change the metal from a compound state to a free state. Commonly used smelting method: use carbon monoxide, carbon, hydrogen and other reducing agents to react with metal oxides at high temperature. Principles of smelting: 1. Reduction method: metal oxides (co-heated with reducing agent) are smelted into free metals; 2. Replacement method: metal salt solution (adding active metals) is smelted into free metals; among them, pyrometallurgy is also called Dry metallurgy, the ore and necessary additives are heated to a high temperature in a furnace, melted into a metal liquid, and the required chemical reactions are generated to separate the crude metal and then refine the crude metal. Hydrometallurgy uses acid, alkali, and salt aqueous solutions to chemically extract the required metal components from ...

AI Technical Summary

Problems solved by technology

[0003] The existing smelting furnace will produce a large amount of waste gas during the combustion process, part of which will be recycled through the regenerative combustion system, and the rest of the waste gas will be directly discharged outside through the flue, and the discharged flue gas contains A large amount of dust, sulfur dioxide gas and other greenhouse gases seriously pollute the air. At the same time, because the exhaust gas is directly discharged through the flue, the temperature of the exhaust gas discharged from the flue is almost close to the temperature in the smelting furnace. Therefore, in the process of metal smelting furnace The heat energy generated cannot be effectively utilized

[0004] Moreover, the existing recycled metal products are all manually deburred, but due to the high temperature of the products just out of the smelting furnace, it is difficult for workers to handle them, and the requirements for workers' ability are high

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