Electric power routing inspection marker device installed on multi-rotor unmanned aerial vehicle

Abstract

The invention discloses an electric power routing inspection marker device installed on a multi-rotor unmanned aerial vehicle. The electric power routing inspection marker device is characterized in that the device comprises a cone barrel (7), a balloon paintball (4), a set of pricker (3) connected with a connecting rod (2), a blocking rod (6), an anti-disengaging pin (5) and a steering engine (1). By acquiring a signal, the steering engine (1) pushes the connecting rod (2) to move forwards to enable the pricker (3) to pierce the balloon paintball (4), and color powder in the balloon paintball (4) is scattered downwards along an outlet of the cone barrel (7) and attached to a target object. The electric power routing inspection marker device installed on the multi-rotor unmanned aerial vehicle has the beneficial effects that by means of the routing inspection marker device installed on the multi-rotor unmanned aerial vehicle and breaking of the balloon paintball (4) loaded with the color powder above the target object, accordingly the purpose that the color powder is scattered on the target object is achieved. The electric power routing inspection marker device has the advantages that the positioning is precise, scattering is convenient, the cost is low, and the device is striking and easy to find.

Description

technical field [0001] The invention belongs to the technology of marking targets on power transmission lines in the electric power industry, and in particular is a device structure technology suitable for marking fault points and special locations when unmanned aerial vehicles patrol the lines. Background technique [0002] At present, inspections in the electric power industry generally use manual inspections as the main inspection method. During the inspection process, if any crisis power lines are found, such as super-high trees in the forest area, and tower defects that cannot be handled, etc., If it cannot be solved in time, inspectors need to record these situations, and then feed them back to those who can solve them or wait until they can be solved before dealing with them. This has led to the fact that when dealing with these situations, due to problems such as recording problems, environmental problems, and deviations in personnel understanding, the processing per...

AI Technical Summary

Problems solved by technology

However, due to the accuracy error of 5m-10m in the civilian-grade GPS, the positioning accuracy is poor, and the effect is poor when marking specific super-high trees in the forest area, and the trees that need to be felled or topped cannot be accurately located.

[0015] The second category: UAVs are used to mount brightly colored paint to fly to the target area and then spray it down for marking. This method is relatively easy to use and has related objects. Most of the drones are plant protection drones, which have a large spraying range, and the sprayed particles are small and mostly a solution, which should be scattered with the wind, which does not meet the requirements of high precision, and the price of plant protection drones is relatively expensive

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