Transmission line equipotential leaping robot

Abstract

The invention discloses an electric transmission line equipotential leap-type robot, which comprises a shell, wherein an internal cavity is formed in the shell; four first buffer rods are arranged on the internal cavity; the first buffer rods are provided with traveling motors; the traveling motors are provided with traveling sheave wheels; four leaping barrier brackets are arranged in the internal cavity; the leaping brackets comprise U-shaped support supports; the U-shaped support supports are connected with two connecting rods through rotating shafts; the two connecting rods are articulated with a supporting seat; the supporting seat is provided with a second buffer rod; the second buffer rod is provided with a leaping roller bracket; the leaping roller bracket is provided with a leaping roller; a control box and a first motor are arranged in the internal cavity; the first motor is provided with a first sprocket wheel and a second gear; a second sprocket wheel is arranged on the rotating shaft of the left leaping barrier bracket; the second sprocket wheel is connected with the first sprocket wheel through a first chain; a third gear is meshed with a second gear; a fourth sprocket wheel is arranged on a third gear shaft; a third sprocket wheel is arranged on the rotating shaft of the right leaping barrier bracket, and the third sprocket wheel is connected with the fourth sprocket wheel through a second chain.

Description

technical field [0001] The invention relates to a power transmission line equipotential leaping robot. Background technique [0002] Overhead transmission lines, especially ultra-high-voltage lines, have been in the wild for a long time. Foreign objects such as kites, plastic greenhouse tarpaulins, and plastic mulch that endanger the safety of transmission lines are often hung on the ultra-high-voltage lines. If they are not cleaned up in time, it will easily affect the normal power supply. delivery. At present, the removal of foreign objects suspended on overhead lines is mainly done manually, that is, the location of foreign objects is determined by visual inspection or observation with the help of telescopes, and then the staff work at heights to remove foreign objects; however, the above methods are labor intensive and dangerous for working at heights. With high and low efficiency defects, it is difficult to achieve the desired result. At present, although there are i...

AI Technical Summary

Problems solved by technology

[0002] Overhead transmission lines, especially ultra-high-voltage lines, have been in the wild for a long time. Foreign objects such as kites, plastic greenhouse tarpaulins, and plastic mulch that endanger the safety of transmission lines are often hung on the ultra-high-voltage lines. If they are not cleaned up in time, it will easily affect the normal power supply. delivery

At present, the removal of foreign objects suspended on overhead lines is mainly done manually, that is, the location of foreign objects is determined by visual inspection or observation with the help of telescopes, and then the staff work at heights to remove foreign objects; however, the above methods are labor intensive and dangerous for working at heights. High and low efficiency defects, it is difficult to achieve the desired result

At present, although there are intelligent robots that can walk on overhead lines and detect them in real time, at present, such robots cannot perform obstacle removal operations while crossing spacers and anti-vibration hammers on multiple wires such as 500kV overhead lines, that is, they cannot cross straight lines The pole tower greatly restricts the scope of the robot's obstacle removal, and the walking is extremely unstable and easy to fall, thus making it difficult to popularize and apply the existing obstacle removal robots, and most of them still use the method of manual removal

In addition, the mechanical arm and other mechanisms of the existing robot are installed on the outside, so that there are more forks on the outside of the whole robot, which greatly increases the difficulty of hoisting the robot on the overhead line

During the hanging process, it is very easy for the robot’s mechanical arm and other external components to wrap around the overhead wires, making the robot in a dilemma where it cannot be hung normally or removed. Once the above situation occurs, even if the staff is sent to climb the tower again It is also difficult to remove the robot through manual work. In the end, the robot can only be removed by cutting off the winding line with the robot, which will inevitably cause huge economic losses to the user.

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