Special connector for T contact of main line of urban and rural power network

Abstract

The invention relates to a special connector for a T contact of a main line of an urban and rural power network. A circular conductive plate is arranged on the top of a conductive head of a tapered load; a first flexible connection stretchable conducting line is arranged at one side of the bottom of the circular conductive plate; a second flexible connection stretchable conducting line is arranged at the other side of the bottom of the circular conductive plate; a circular powerful magnet is arranged at the lower middle part of the conductive head of the tapered load; the special connector is characterized in that the first flexible connection stretchable conducting line and the second flexible connection stretchable conducting line can realize that the propelling size of the self conductive head of the tapered load can be adjusted when a first conductive pile, a second conductive pile, a third conductive pile and the circular conductive plate on the top of the conductive head of the tapered load are in contact conduction; and, after the first conductive pile, the second conductive pile, the third conductive pile and the circular conductive plate on the top of the conductive head of the tapered load are in complete contact conduction, the conductive head of the tapered load can be firmly adsorbed on the lower plane of a circular metal adsorption plate in a bottom port of a T contact power supply contact sealing chamber due to the fact that the circular powerful magnet is arranged at the lower middle part of the conductive head of the tapered load.

Description

technical field [0001] The invention relates to a high-voltage wire branch T-connection, directly relates to a special connector for the T-contact of the main line of the urban and rural power network, and is especially suitable for use in the occasions where the high-voltage main line of the distribution network system can be installed live and can be quickly removed and connected. Background technique [0002] The power outage of the current power system is nothing more than the following situations: First, the control switch components are completely exposed and easy to rust. After corrosion, due to poor contact, the power supply needs to be cut off before replacement can be implemented. Second, the equipment is damaged by external forces and requires emergency repairs. Implementation, the third is the industry regulations, in order to ensure the safe supply and use of electricity throughout the year, all large-scale equipment must be routinely inspected every year before ...

AI Technical Summary

Problems solved by technology

[0002] The power outage of the current power system is nothing more than the following situations: First, the control switch components are completely exposed and easy to rust. After corrosion, due to poor contact, the power supply needs to be cut off before replacement can be implemented. Second, the equipment is damaged by external forces and requires emergency repairs. Implementation, the third is the industry regulations, in order to ensure the safe supply and use of electricity throughout the year, all large-scale equipment must be routinely inspected every year before the implementation of power outages. For large-scale users who need high-voltage electricity, it must be implemented after a power outage

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