Wiring device for power construction

Abstract

The invention belongs to the field of power construction wiring, and particularly relates to a wiring device for power construction, which includes a telescopic shaft, a twisting post, a barrel A, anda clamping mechanism, wherein the internal threads A on the inner cylindrical surface of the barrel A match the external threads B thread on the outer cylindrical surface of the twisting post. In order to prevent the exposed copper core of a wire from being damaged by the twisting post with a low axial movement speed during a twisting process, a cylindrical barrel moves away from the wire in theaxial direction of the telescopic shaft relative to a ring F under the interaction between the twisting post and a twisted copper core, and moves all parts matching the cylindrical barrel synchronously to compensate for the axial movement speed of the telescopic shaft in the axial direction of the telescopic shaft, thereby increasing the movement speed of the twisting post and thus minimizing thesqueezing and scratching of the twisted parts of two wires caused by the low axial speed of the rotating twisting post, and reducing, to a certain extent, the physical effort required to twist thickerwires, wherein the movement of the twisting post avoids the breakage of the twisted parts of the two wires due to excessive force.

Description

technical field [0001] The invention belongs to the field of electric power construction wiring, and in particular relates to a wiring device used in electric power construction. Background technique [0002] In order to extend the length of wires or form many useful parallel circuits in electric power construction, splicing work between wires is essential, and the workload is huge; Splicing operation, the operation process is cumbersome, and the work efficiency is low; in the process of splicing the wires with tools, it is easy to scratch or deform the splicing of the wires, thereby reducing the service life of the wires and It is not conducive to the conductive efficiency of the wire; in the process of splicing the wire with traditional tools, due to the poor grasp of the strength, it is easy to damage and break the exposed copper core after the wire is peeled, thereby causing damage to the wire and reducing the wiring work. efficiency. [0003] The present invention des...

AI Technical Summary

Problems solved by technology

[0002] In order to extend the length of wires or form many useful parallel circuits in electric power construction, splicing work between wires is essential, and the workload is huge; Splicing operation, the operation process is cumbersome, and the work efficiency is low; in the process of splicing the wires with tools, it is easy to scratch or deform the splicing of the wires, thereby reducing the service life of the wires and It is not conducive to the conductive efficiency of the wire; in the process of splicing the wire with traditional tools, due to the poor grasp of the strength, it is easy to damage and break the exposed copper core after the wire is peeled, thereby causing damage to the wire and reducing the wiring work. efficiency

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