Power transmission line whole line equipment health assessment system based on big data

Abstract

The big data-based power transmission line whole-line equipment health assessment system comprises an unmanned aerial vehicle body, a camera connected to the unmanned aerial vehicle body, a waterproof device for waterproofing of the camera, a cleaning device connected to the unmanned aerial vehicle body and a buffer device connected to the unmanned aerial vehicle body.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicle equipment, and in particular to a health assessment system for all line equipment of power transmission lines based on big data. Background technique [0002] Power transmission line equipment has been operating in the natural environment for a long time, and it is easy to entangle foreign objects, such as wind blowing and other reasons, such as agricultural greenhouse plastics, sunshade nets, braided belts, advertising cloth for advertising, kites and kite ropes and other foreign objects. After being exposed to rain or damp, it is easy to cause accidents such as tripping and short circuit of transmission lines, which seriously affects the safety of power grid power supply. The traditional method of removing foreign matter on transmission lines and towers is to move the operator to the foreign object to remove the foreign object under the premise of a power outage on the line, whic...

AI Technical Summary

Problems solved by technology

[0002] Power transmission line equipment has been operating in the natural environment for a long time, and it is easy to entangle foreign objects, such as wind blowing and other reasons, such as agricultural greenhouse plastics, sunshade nets, braided belts, advertising cloth for advertising, kites and kite ropes and other foreign objects. After being exposed to rain or damp, it is easy to cause accidents such as tripping and short circuit of transmission lines, which seriously affects the safety of power grid power supply

The traditional method of removing foreign matter on transmission lines and towers is to remove the foreign matter by the operator on the premise of a power outage, which affects the power supply and is time-consuming, laborious and dangerous for the operator.

Therefore, it is an urgent technical problem to design a foreign object removal drone that saves manpower and improves safety and is used in the health diagnosis of transmission line equipment. Therefore, a foreign object removal drone is needed, and the drone is performing In the process of clearing obstacles, it is often necessary to perform aerial photography tasks at the same time. When encountering high humidity weather or sudden rainfall during aerial photography, the camera in the drone is prone to water ingress, and the camera is of high value. If If it is damaged, the user will suffer heavy losses. If a fixed protective cover is installed on the camera, it will affect the shooting effect. When the drone is in the process of aerial photography in rainy weather or when the humidity is high and the visibility is low, it will often give up shooting and choose to return. Therefore , in the actual use process, a camera waterproof device that can be flexibly adjusted is required. In addition, due to the large number of devices on the drone, the impact force of the drone is relatively large when it lands, and it will be subject to the recoil force transmitted from the ground. If the user There is a risk of damage to the UAV due to improper operation. The recoil force transmitted by the UAV from the ground is unavoidable. After repeated use, there is a risk of loose parts and damaged parts. Therefore, it is necessary to add a landing buffer device.

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