A coding device for heavy insulating sleeves used in strong electrical projects

Abstract

The invention provides a coding device for heavy insulating sleeves used in strong electricity engineering, the transmission part includes a slide-like conveying trough arranged obliquely, the bottom end of the conveying trough is the input end, the top end is the output end, and the feed hole is far away from it. The bottom end of the outlet end is hinged with a follower. The follower is in the shape of a "V". A section of the follower passes through the side wall of the feed hole and extends toward and contacts the bottom end of the drive rod. It is a one-way self-locking part. It includes an elastic telescopic rod, a sliding baffle, a translation piece, a movable ring, a support piece, a first pulling mechanism, a second pulling mechanism and a wire winder. The movable ring can use the arc segment as a fulcrum to move in the opposite direction of the translation piece at this time. One side rotates, and finally completely falls into the inside of the U-shaped piece, and at this moment, when the translation piece retreats in the opposite direction, it will not be able to retreat due to the blocking of the movable ring. The invention has a simple and ingenious structure, and can effectively avoid the safety problem that the insulating sleeve accidentally falls due to electrical failure.

Description

technical field [0001] The invention relates to coding equipment for insulating pipes in strong electric projects, and more specifically, to a coding device for heavy insulating sleeves used in strong electric projects. Background technique [0002] In strong electricity engineering, there is a type of cylindrical insulating protective cover. This protective cover has multiple series of sizes according to the capacity of the transformer station. Before use, or before leaving the factory, each insulating cover must be The surface inkjet marking of the sleeve is recorded and archived during installation for daily installation and maintenance. However, when this kind of insulating sleeve is inkjet marked, it needs to be transported to a high position for inkjet, so that it will automatically follow the other side after the inkjet is completed. The inclined slide rolls out again under its own weight and is automatically unloaded into the warehouse. However, at present, when the ...

AI Technical Summary

Problems solved by technology

[0003] The problem to be solved by the present invention is to provide a large-scale insulating sleeve coding device for strong electric engineering in view of the above-mentioned shortcomings in the prior art, which solves the problem that the insulating sleeve in the prior art is easy to roll back from the predetermined high position of the coding The problem of potential safety hazards caused by falling, and provides a reliable guarantee for the transfer of heavy-duty and large-sized insulating sleeves before reaching the coding position

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