Overhead wire insulation sheath and insulating sheath coating device

Abstract

The invention relates to the field of overhead bare conductor insulation protection, in particular to an overhead wire insulation sheath and an insulation sheath coating device. The overhead wire insulation sheath comprises an insulation sheath body and a locking sheath body. The insulation sheath body can be curled under the action of the elastic force of the insulation sheath body and wraps the peripheral surface of the overhead wire; the locking sheath body can be curled under the action of the elastic force of the locking sheath body and wraps the outer peripheral surface of the insulation sheath body; through the connection between a first connecting structure arranged on the outer peripheral surface of the insulation sheath body and the second connecting structure arranged on the inner peripheral surface of a second segment, the movement of the locking sheath body relative to the insulation sheath body can be limited, so that the insulation sheathe body can be kept in a state of coating the overhead wire. The overhead wire insulation sheath can tightly wrap the peripheral surface of the overhead wire, so that the overhead wire is isolated from the outside, the wrapped overhead wire can be insulated and protected, and the overhead wire is prevented from being corroded.

Description

technical field [0001] The invention relates to the field of insulation protection for overhead bare wires, in particular to an insulation sheath for overhead wires and an insulation sheath coating device. Background technique [0002] At present, more than 70% of the bare wires in the urban-rural fringe area and the rural distribution network in my country are bare wires. Whenever there is bad weather such as wind and rain, fault tripping events of distribution lines due to tree and house obstacles occur from time to time, especially The aquaculture area is the hardest-hit area that caused the tripping of distribution network lines and the death of people by electric shock, which seriously affected the reliability and efficiency of power supply, and at the same time had a negative social impact on power supply enterprises. In the face of such problems, the traditional solution is to replace the insulated wires, which not only requires a large investment, but also has a long ...

AI Technical Summary

Problems solved by technology

[0002] At present, more than 70% of the bare wires in the urban-rural fringe area and the rural distribution network in my country are bare wires. Whenever there is bad weather such as wind and rain, fault tripping events of distribution lines due to tree and house obstacles occur from time to time, especially Aquaculture areas are the hardest-hit areas that cause tripping of distribution network lines and electrocution deaths, seriously affecting the reliability and efficiency of power supply, and at the same time have a negative social impact on power supply companies

In the face of such problems, the traditional solution is to replace the insulated wires, which not only requires a large investment, but also has a long construction period and a large power loss due to power outages. At the same time, it is limited by geographical location, original towers and fittings design conditions, compensation for young crops, etc., power outages Influenced by factors such as time, it is difficult to implement insulation transformation in some areas and lines

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