Automatic threading apparatus for electric cabinet cable protective sleeve

Abstract

The invention discloses an automatic threading apparatus for an electric cabinet cable protective sleeve. A first wire hole corresponding to a cable is formed in a first machine body; rotary first supporting shafts are arranged on the first machine body; the first supporting shafts are connected with chucks respectively; the protective sleeve is correspondingly clamped tightly by a ring of chucks; the first machine body is connected with a second machine body; a third machine body which slides on the first machine body is included in a machine body inner ring; a ring of fifth supporting shafts which slide in the third machine body are included in the third machine body; a jacking block corresponding to the cable is arranged on each fifth supporting shaft separately, so that the jacking blocks can be tightly pressed on the cables through the fifth supporting shafts; and therefore, the cable can be further inserted in the protective sleeve in the continuous sliding process of the third machine body, so as to avoid the problem of low efficiency in manual threading, thereby further improving the working efficiency.

Description

technical field [0001] The invention relates to a cable protective cover installation device, in particular to an automatic wire threader for a cable protective cover in a power cabinet, in particular to an automatic cable protective cover for a power cabinet that can automatically thread a cable into a protective cover. Threader. Background technique [0002] With the continuous improvement of living standards, it also further promotes the continuous development of the power industry. In the current power industry, power cables are one of the essential power transmission equipment, so that power can be further transmitted to Thousands of households, in the process of laying cables in the power cabinet, because there are many wire harnesses in the power cabinet, and in the process of laying cables, it is first necessary to put a protective sleeve on the cables, so as to prevent the cables from being damaged In order to achieve the purpose of protecting the cable, in the pro...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of living standards, it also further promotes the continuous development of the power industry. In the current power industry, power cables are one of the essential power transmission equipment, so that power can be further transmitted to Thousands of households, in the process of laying cables in the power cabinet, because there are many wire harnesses in the power cabinet, and in the process of laying cables, it is first necessary to put a protective sleeve on the cables, so as to prevent the cables from being damaged In order to achieve the purpose of protecting the cable, in the process of putting the protective sleeve on the cable, the lubricant is sprayed on the cable, and then the cable is inserted into the protective sleeve by hand, although this prevention can Solve the problem that the cable wears the protective cover, but there are still the following problems: when the cable is long, the length of the protective cover is the same as that of the cable, and when the cable is inserted into the protective cover by hand due to The length of the protective sleeve is longer, which leads to further friction between the cable and the protective sleeve. Although the lubricant is sprayed on the cable, it is easy to cause uneven spraying during the spraying process of the lubricant and the length of the protective sleeve is longer. In the process of friction between the cable and the protective cover, it is easy to cause the lubricant to decrease continuously. Due to the physical strength of the human body, the cable cannot go out of the protective cover, which further leads to the inability of the cable to be protected. The phenomenon of sleeves, and when the number of cables is large, it further increases the workload of workers and further reduces work efficiency

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