Wiring device

Abstract

A wiring device is characterized by comprising a frame, a lever arranged on the frame and driven by power, a fixed module arranged on the frame, a moving module moving up and down along a guide rail and a pressure spring arranged between the moving module and the frame. The fixed module is a plate, the upper end surface of the plate is provided with a groove, both side walls perpendicularly to the groove are provided with positioning recesses, the bottoms of the recesses are higher than the bottom of the groove, a press block in the thickness and width corresponding to the width and the length of the groove is arranged below the moving module, the inside of the press block is provided with an upper scissor, the inside of the upper end of the plate is a sharp edge, the upper scissor and the inside edge of the upper end of the plate form scissors, and the power output end of the lever abuts against the upper surface of the moving module. Compared with the prior art, the wiring device has the advantages of being firm in clamping connection, high in production efficiency, stable in quality and capable of simultaneously performing connection and tail wire cutting.

Description

Technical field: [0001] The invention relates to a metal wire connection technology. Background technique: [0002] The existing method of using a copper cap to connect two wires is to insert the two wires into a copper cap, and then use a clamping device to clamp the copper cap. This method, when clamping, adopts a manual method. First, it is easy to clamp the wires due to insufficient clamping force. Second, even if it is clamped, the wires are fixed in the copper cap only by copper. The friction force of the cap pressing the wire is fixed, and the pressure of the copper cap depends on the deformation force of the copper cap itself after deformation. The deformation force of the copper cap is limited, so the friction force is also limited. When the pulling force is relatively large, it is easy to cause the wire to come out of the copper cap. In addition, this connection method is inefficient and the pressing force is unstable. When cutting the tail wire, it needs t...

AI Technical Summary

Problems solved by technology

This method, when clamping, adopts a manual method. First, it is easy to clamp the wires due to insufficient clamping force. Second, even if it is clamped, the wires are fixed in the copper cap only by copper. The friction force of the cap pressing the wire is fixed, and the pressure of the copper cap depends on the deformation force of the copper cap itself after deformation. The deformation force of the copper cap is limited, so the friction force is also limited. When the pulling force is relatively large, it is easy to make the wire come out of the copper cap. In addition, this connection method is inefficient and the pressing force is unstable. When cutting the tail wire, it needs to be done separately.

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