Electric polling robot

Abstract

The invention discloses an electric polling robot. The electric polling robot comprises a polling robot, and a shell arranged at the external of the polling robot; a rotating ring sleeves an outer ring surface of the shell; strip ports are formed in the two side surfaces of the shell; a driving mechanism is arranged between the strip ports, and sleeves the polling robot; the two ends of the driving mechanism extend into the strip ports, and abut against the rotating ring; the rotating ring is driven by rotation of the driving mechanism; and more than one cleaning mechanisms for cleaning the surface of the rotating ring are arranged on the left side of the rotating ring. The electric polling robot is simple in structure; the polling robot can be effectively covered through the shell to prevent external dust, rainwater and mist from contacting with the polling robot, so that the safety of the polling robot is improved; the rotating ring can be driven through the driving mechanism; and the dust on the rotating ring can be effectively scraped away through the cleaning mechanisms, so that the rotating ring is always in a cleaned state to prevent influence on the frame shooting.

Description

technical field [0001] The invention relates to the technical field of robots, in particular to an electric power inspection robot. Background technique [0002] China began to propose the goal of building a strong smart grid in 2009. It plans to build a strategic goal of networked power equipment and intelligent power settings by 2020, and significantly improve the country's power network system. Due to the development of the country's basic industry and power industry, it is becoming more and more important to ensure safe, reliable and high-performance power equipment. In the future, automatic inspection robots should be everywhere in power facilities, and the vigorous development of power inspection robots is unstoppable. [0003] Many substations are built in remote suburbs, and regular inspections are required for electrical equipment. Manual inspections are not only difficult and time-consuming, but also high voltage, high radiation and even chemical pollution in the o...

AI Technical Summary

Problems solved by technology

However, there are still many deficiencies and shortcomings in the application process of the power inspection robot

[0005] After running for a long time, the rain outside will easily cause damage to the intelligent robot, especially the rust is relatively serious, and when working outside, the mirror on the camera is easily covered by dust, which reduces the clarity of the captured picture and affects Detection effect

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