Insulated construction robot used for suspending un-insulated conductor

Abstract

The invention discloses an insulated construction robot used for suspending an un-insulated conductor. The insulated construction robot comprises a main box body, a glue injecting mechanism arranged in the main box body, a moving mechanism which is connected above the main box body and moves on an un-insulated conductor, and a gluing mechanism which is connected behind the moving mechanism and sleeves the un-insulated conductor, wherein the glue injecting mechanism is connected with the gluing mechanism through a glue injecting tube, and is used for conveying insulated glue to the gluing mechanism; the glue injecting mechanism comprises a glue storage container positioned in the main box body as well as a pushing device for extruding out insulated glue in the glue storage container; the glue storage container is provided with an output hole; the gluing mechanism comprises a glue storage box body which sleeves the un-insulated conductor; the glue storage box body is arranged behind themoving mechanism; a cavity used for storing insulated glue is arranged inside the glue storage box body; and a cavity of the glue storage box body communicates with an output hole of the glue storagecontainer through the glue injecting tube. The insulated construction robot is convenient for insulated construction for conveniently suspending the un-insulated conductor.

Description

technical field [0001] The invention relates to an insulation construction robot used for overhead bare wires. Background technique [0002] In the prior art, power distribution lines are the main power supply facilities in urban areas and vast rural areas. In the past, most of the old lines were in the form of low-cost overhead bare wires. There are many safety hazards, and the insulation of distribution lines is an important direction for the scale development of power grids. [0003] At present, the insulation of overhead conductors of distribution lines is usually replaced by insulated conductors. This replacement method has problems such as short power outage time, tight construction period, high cost, and the need to redesign lines and replace towers and fittings. [0004] Another wire insulation solution is to manually apply insulating glue on the surface of bare wires. This insulation construction process has a series of defects such as slow speed, low efficiency, a...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, power distribution lines are the main power supply facilities in urban areas and vast rural areas. In the past, most of the old lines were in the form of low-cost overhead bare wires. There are many potential safety hazards, and the insulation of distribution lines is an important direction for the scale development of power grids

[0003] At present, the insulation of overhead conductors of distribution lines is usually replaced by insulated conductors. This replacement method has problems such as short power outage time, tight construction period, high cost, and the need to redesign lines and replace towers and fittings.

[0004] Another wire insulation solution is to manually apply insulating glue on the surface of bare wires. This insulation construction process has a series of defects such as slow speed, low efficiency, and uncontrollable insulation effect, making it difficult to apply on a large scale.

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