Electric power circuit splicing sleeve correction tool

Abstract

The invention discloses an electric power circuit splicing sleeve correction tool. A screw rod is installed in a screw hole in a mounting seat, the upper ends of a right rear connection arm and a right front connection arm are installed on the right end of the mounting seat through hinges, and a left front connection arm and a left rear connection arm are installed on the left end of the mountingseat through hinges, and side connecting arm hinges are installed on both the middle of the right front connection arm and the middle of the left front connection arm, and the left end of a lower connection arm is fixed on a constant pressure seat and the right end of the lower connection arm is installed on the right rear connection arm through a hinge. A butterfly nut on the right side is mounted on a screw on the constant pressure seat and the butterfly nut supports against the right front connection arm. A dynamic pressure seat is mounted on the tail of the screw rod. The electric power circuit splicing sleeve correction tool can reduce mechanical damage to a splicing sleeve in a process of high-altitude correction on the wire splicing sleeve, can greatly improve construction quality and prolong the service life of the splicing sleeve, can reduce operation accident caused by the wire splicing sleeve, and can bring great economic benefits.

Description

technical field [0001] The invention belongs to the technical field of tools for power lines, and in particular relates to a correction tool for connecting tubes of power lines. Background technique [0002] There are two main methods for traditional splicing tube calibration: one is to drop the crimping tube and wires to the ground, and use tools such as knocking or jacks to make them straight; the other is to use special tools to complete the calibration of the splicing tube at high altitude. Because the first method is labor-intensive and time-consuming and has high safety risks, the second method is usually used without special circumstances. However, the commonly used high-altitude crimping tube calibrator has many problems such as excessive self-weight, complicated installation, poor versatility, and easy damage to the crimping tube. The disadvantages have caused a lot of inconvenience in the actual use process, seriously affecting and restricting the working efficienc...

AI Technical Summary

Problems solved by technology

Because the first method is labor-intensive and time-consuming and has high safety risks, the second method is usually used without special circumstances. However, the commonly used high-altitude crimping tube calibrator has many problems such as excessive self-weight, complicated installation, poor versatility, and easy damage to the crimping tube. The disadvantages have caused a lot of inconvenience in the actual use process, seriously affecting and restricting the working efficiency

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