Double-roller copper-clad aluminum wire winding device

Abstract

The invention discloses a double-roller copper-clad aluminum wire winding device. The device comprises a frame-shaped rack, a base is arranged below the frame-shaped rack, a pair of partition plates is arranged in the frame-shaped rack, and a winding roller is erected between each partition plate and the side wall, opposite to the partition plate, of the frame-shaped rack; a linear reciprocating mechanism is arranged at the bottom of the frame-shaped rack, and the two ends of the linear reciprocating mechanism are connected with flattening roller assemblies matched with the winding rollers; awire stabilizing device is connected above the flattening roller assemblies, and two wire inlets are formed in the bottom of the frame-shaped rack; a wire guide wheel is arranged on the outer side ofeach wire inlet. The winding device has the advantages of being high in winding efficiency, uniform in winding and high in winding stability.

Description

technical field [0001] The invention relates to a metal wire winding and rewinding device, in particular to a double-roller copper-clad aluminum wire rewinding device. Background technique [0002] Copper-clad aluminum wire is a wire with an aluminum core wire as the main body and a certain proportion of copper layer on the outside. After it is manufactured, it needs to be wound and wound. The existing winding device has low winding efficiency. Generally, the device can only wind one winding roller. In order to protect the copper-clad aluminum wire from breaking during the winding process, the winding speed cannot be achieved very fast, and the work efficiency is low; When the aluminum-clad wire is wound, there will be uneven winding, which is manifested as more winding in the middle of the winding roller, less winding at both ends, and the amount of winding cannot be maximized. Aluminum wire is easy to break due to uneven force; because it is difficult to maintain the same...

AI Technical Summary

Problems solved by technology

[0002] Copper-clad aluminum wire is a wire with aluminum core wire as the main body and a certain proportion of copper layer on the outside. After it is manufactured, it needs to be wound and wound. The existing winding device has low winding efficiency. Generally, the device can only wind one winding roller. In order to protect the copper-clad aluminum wire from breaking during the winding process, the winding speed cannot be achieved very fast, and the work efficiency is low; When the aluminum-clad wire is wound, there will be uneven winding, which is manifested as more winding in the middle of the winding roller, less winding at both ends, and the amount of winding cannot be maximized. Aluminum wire is easy to break due to uneven force; because it is difficult to maintain the same winding speed for a long time during the winding process, when the winding speed fluctuates, the existing winding device has poor stability and is difficult to adapt to this speed fluctuation. In light cases, a certain section of copper-clad aluminum wire will be overstretched and the quality cannot meet the standard;

Therefore, the existing copper-clad aluminum wire winding device has the problems of low winding efficiency, uneven winding, and low winding stability.

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