All-in-one machine integrating multi-head wire drawing, annealing and winding

Abstract

The invention belongs to the technical field of copper wire machining, and particularly discloses an all-in-one machine integrating multi-head wire drawing, annealing and winding. The all-in-one machine comprises a wire drawing device, an annealing device and winding devices which are arranged in sequence, wherein the wire drawing device comprises a plurality of wire drawing motors, each wire drawing motor is connected with a row of wire drawing drum wheels through a gear speed change device, a wire drawing hole die holder is arranged beside each wire drawing drum wheel, and a hole die is connected to each wire drawing hole die holder; the annealing device comprises an annealing box body, and a leading guide wheel, a plurality of electrode wheels and a wire outlet wheel are connected in the annealing box body; and the plurality of winding devices are provided, each winding device comprises a winding box body, a plurality of wire inlet guide wheels and a moving shaft are arranged in each winding box body, a wire arranging base is connected to each moving shaft in a sliding mode, and take-up wheels are connected to the portions, close to the wire arranging bases, in the corresponding winding box bodies. According to the all-in-one machine, a plurality of copper wires can be drawn out and can be annealed simultaneously, so that the resistivity of each copper wire can be identical.

Description

technical field [0001] The invention belongs to the technical field of copper wire processing, and in particular relates to an integrated machine integrating multi-head wire drawing, annealing and winding. Background technique [0002] Copper wires are mainly used to make cables. At present, copper wires are usually pulled out by wire drawing machines and annealed, and then twisted into cables by twisting machines. However, since each wire drawing machine can only pull out one copper wire at a time, the same product is often produced. When making specifications, it is necessary to have many wire drawing machines to pull out the same specification wires. In this way, the factory needs a lot of equipment. The first equipment takes up space, and the second labor must be more, and the wires that must be turned over for the next process are used. The reel is easy to be deformed or damaged due to handling and deformation. In addition, the elongation of the copper wire will be diff...

AI Technical Summary

Problems solved by technology

[0002] Copper wires are mainly used to make cables. At present, copper wires are usually pulled out by wire drawing machines and annealed, and then twisted into cables by twisting machines. However, since each wire drawing machine can only pull out one copper wire at a time, the same product is often produced. When making specifications, it is necessary to have many wire drawing machines to pull out the same specification wires. In this way, the factory needs a lot of equipment. The first equipment takes up space, and the second labor must be more, and the wires that must be turned over for the next process are used. It is easy to be deformed or damaged due to handling and deformation. In addition, the elongation of copper wires will be different. Inconsistent elongation of copper wires will lead to changes in the resistivity of copper wires, resulting in defective cable products.

[0003] In addition, the copper wires of different copper wires may cause different lattice structures in the copper wires after passing through different annealing furnaces. The difference in the lattice structure of copper wires will also affect the resistivity of copper wires. Copper wires with different resistivities are stranded The resistivity of the obtained cables is inconsistent, which will also lead to the generation of waste products

[0004]There is currently no solution for the shortcomings of existing technologies

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