Paying-off device for copper-clad aluminum wires

Abstract

The invention relates to a production device of copper-clad aluminum wires and particularly relates to a paying-off device for copper-clad aluminum wires. The paying-off device for copper-clad aluminum wires comprises a vertical supporting frame and a paying-off reel, wherein one end of the vertical supporting frame is fixed on the ground, the other end of the vertical supporting frame is provided with a wire guide roller and a buffer hook, copper-clad aluminum wires passes through the wire guide roller, the buffer hook is arranged downwards vertically, a wire outgoing device is arranged at a position on the vertical supporting frame, which is close to the ground, the wire outgoing device is connected with the vertical supporting frame through a screw, and a vertical buffer ring and a rotatable wire guide rod which is arranged downwards in an inclined mode are arranged on the paying-off reel. The paying-off device has the automatic adjustable-speed paying off function and can effectively control the force and the speed of paying off, besides, by the aid of the buffer ring, the buffer hook and the rotatable wire guide rod of the paying-off device, the paying off process is free from messy and broken wires, and the quality of copper-clad aluminum wires can be guaranteed.

Description

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AI Technical Summary

Benefits of technology

This technology helps prevent damage or degradation during welds by controllably releasing excessive heat from an electrode when it comes into contact with another material without causing any problems such as burning out parts that may affect its performance. It also ensures smooth operation for workers who use this method while still being able to achieve good results.

Problems solved by technology

This patented describes how inefficiently or overstressed when unwinding certain types of metal (copper) onto an empty roller for use in manufacturing processes like electricity transmission lines. Manual methods are currently being developed that increase production time while reducing cost per unit produced by improving consistency between different materials.

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