An insulating protective cover installed without power failure

Abstract

The invention relates to an insulating protective cover installed without interruption, comprising a heat-shrinkable silicone rubber body and an insulating actuator. The heat-shrinkable silicone rubber body is provided with an insulating cavity, the bottom end of the insulating cavity is provided with an opening, and the heat-shrinkable silicone rubber body is further A magnetic connection structure is provided, and the heat-shrinkable silicone rubber body is detachably installed on the insulating actuator; the advantages of the present invention are: the switch on the column is installed in the insulating cavity in the heat-shrinkable silicone rubber body through the opening, and then the heat-shrinkable silicone rubber body is installed in the insulating cavity through the thermal The magnetic connection structure set on the shrinkable silicone rubber body realizes the wrapping and fixing of the heat shrinkable silicone rubber body to the switch on the column. Due to the magnetic function of the magnetic connection structure, the heat shrinkable silicone rubber body does not need manual connection during installation, and it can improve the thermal shrinkage. The fixed quality of the silicone rubber body prevents the effect of disengagement, so that the insulating protective cover can be quickly installed without power failure, which improves the work efficiency, does not require power failure, improves the reliability of the power supply, and reduces the working time.

Description

technical field [0001] The invention relates to an insulating protective cover installed without power failure. Background technique [0002] The switch on the column is an important distribution network equipment. The live exposed parts of the switch on the distribution line are relatively close to each other. When birds, squirrels, snakes and other small animals fall on one or two phases, it will cause a single-phase distribution line. Grounding or phase-to-phase short-circuits cause line faults to trip. The annual faults caused by small animals account for 53% of all distribution line faults, causing economic losses and social impacts to power supply companies and users. The installation of an insulating protective cover on the lock is time-consuming and inefficient, and cannot meet the concept of high-quality service and the requirements of high power supply reliability for power supply companies. SUMMARY OF THE INVENTION [0003] The purpose to be achieved by the pre...

AI Technical Summary

Problems solved by technology

[0002] The switch on the pole is an important distribution network equipment. The distance between the live and exposed parts of the switch on the pole of the distribution line is relatively close. When small animals such as birds, squirrels, and snakes fall on one or two phases, it will cause single-phase failure of the distribution line. Grounding or phase-to-phase short circuit causes line fault tripping. Faults caused by small animals account for 53% of all distribution line faults every year, causing economic losses and social impacts to power supply companies and users. Installing an insulating protective cover on the lock is time-consuming and inefficient, and cannot meet the concept of high-quality service of power supply companies and the requirements of high power supply reliability

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