Rod beating type deicing device suitable for power distribution network

Abstract

The invention relates to the technical field of deicing equipment, in particular to a rod-beating-type deicing device suitable for a power distribution network. The deicing device comprises a box body, a sliding wire clamping device used for driving the box body to slide along an overhead ground wire, a rocker arm connected with the box body and used for swinging to strike an iced line, and an incomplete gear device used for driving the rocker arm to swing up and down. The incomplete gear device comprises a driven gear connected with the rocker arm, a transmission gear used for driving the driven gear to rotate intermittently and a first driving piece used for driving the transmission gear to rotate, wherein the transmission gear comprises a gearless section and a meshing section meshed with the driven gear; and the deicing device has the function of automatically deicing the iced line.

Description

technical field [0001] The invention relates to the technical field of deicing equipment, in particular to a stick type deicing device suitable for distribution networks. Background technique [0002] The icing of transmission lines leads to different degrees of damage to transmission lines, resulting in a large number of power outages. In order to avoid accidents, it is necessary to de-ice the transmission line. The de-icing methods mainly include manual de-icing, mechanical de-icing, DC de-icing, etc. Among them, the best effect is DC de-icing, but due to immature technology and The huge investment has made it impossible to use direct current ice melting technology in some remote places, mainly manual deicing. Manual deicing requires walking under ice-covered wires and climbing ice-covered road poles and towers for manual deicing operations. The relatively high safety risk is the most important problem that needs to be solved for current transmission lines. There are two...

AI Technical Summary

Problems solved by technology

Manual deicing requires walking under ice-covered wires and climbing ice-covered road poles and towers for manual deicing operations. The relatively high safety risk is the most important problem that needs to be solved for current transmission lines.

There are two main types of manual deicing, rope pulling and stick vibration deicing. These two methods pose a particularly high risk to the safety of deicing workers. The main method of rope pulling is that people pull the rope under the wire to pass through the rope and the wire. The friction removes the ice on the wire, so that the operator will be injured by the ice falling from the wire at any time, and even more serious may cause wire breakage or greater personal injury

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