A power line de-icing hammer operating device

Abstract

This application provides a de-icing hammering control device for power transmission lines, relating to the field of power transmission line de-icing technology. The device includes: a support component, a drive assembly connected to the support component, and a swing arm driven by the drive assembly to reciprocate. The drive assembly captures high-entropy energy from the environment to output driving force to drive the swing arm. The swing arm rotates or swings under the drive assembly to strike the power transmission line to de-ic it. The control device is mounted on a spacer bar, making full use of existing equipment on the power transmission line. It is easy to install, has a simple structure, and is convenient to maintain. The drive assembly captures high-entropy energy to achieve self-drive, matching harsh operating conditions such as high voltage, low temperature, high humidity, and strong winds. It can utilize the harsh environment to obtain energy, reducing energy consumption, and is suitable for stable and efficient de-icing operation in complex environments. This at least solves the problems of low de-icing efficiency, high energy consumption, complex installation, and high maintenance costs in existing power transmission line de-icing methods.

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