A joint detection and alarm device

Abstract

The invention provides a joint detection and alarm device, which ensures that a conductor welded joint can be conveniently found out in continuous production, avoids the feeling of dizziness when an operator sees the joint in operation, and ensures the product yield and the production efficiency. The joint detection and alarm device comprises a conductor short-circuiting device, a control cabinet, a marking device and a length sensing device; one end of each semi-finished conductor penetrates through the length sensing device and then is charged into the conductor short-circuiting device; the conductor short-circuiting device is connected with a low-voltage power supply, the low-voltage power supply is connected with the control cabinet by a power wire, the conductor short-circuiting device is connected with the low-voltage power supply and the control cabinet by signal transmission wires, the length sensing device is connected with the control cabinet by a signal wire, the output end of the control cabinet is externally connected with a stroke cylinder of the marking device, the output end of the stroke cylinder is connected with the marking device, the marking device is arranged towards a conductor to be conveyed, and an alarm device is arranged in the control cabinet.

Description

technical field [0001] The invention relates to the technical field of conductor welding, in particular to a joint detection and alarm device. Background technique [0002] The existing semi-finished copper wires cannot be over-molded due to joints that cannot be overmolded during the reel changing process, so each round of semi-finished conductors produced needs to be stopped for reel replacement, resulting in increased product scrap, which directly affects the product qualification rate and the improvement of production efficiency. Contents of the invention [0003] In view of the above problems, the present invention provides a joint detection and alarm device, which ensures that the welded joints of the conductors can be easily found in the continuous production process, avoids the operator from feeling dizzy when visually viewing the joints during operation, and ensures that the products are qualified. rate and production efficiency. [0004] A joint detection and al...

AI Technical Summary

Problems solved by technology

[0002] The existing semi-finished copper wires cannot be over-molded due to the joints being unable to be over-molded during the reel changing process, so that each round of semi-finished conductors produced needs to be stopped for reel replacement, resulting in increased product scrap, which directly affects the product qualification rate and production efficiency.

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