UAV wireless charging platform transmitter and receiver coil equipment

Abstract

The invention discloses a wireless charging platform transmitting and receiving coil device for an unmanned aerial vehicle. The transmitting coil of the wireless charging platform includes a magnetic core skeleton at the center of the transmitting end, a plurality of magnetic core skeletons surrounding the outer side of the transmitting end, and a magnetic core skeleton at the central part of the transmitting end. There is a central insulating coil, and the outer insulating coil is wound on the magnetic core skeleton surrounding the outer part of each transmitting end, and the magnetic core skeleton surrounding the outer part of the transmitting end is evenly distributed outside the central core skeleton of the transmitting end; the receiving coil of the wireless charging platform It includes the core bobbin at the center of the receiving end and a plurality of core bobbins surrounding the outside of the receiving end. The central insulating coil is wound on the core bobbin at the center of the receiving end, and the outer insulating coil is wound on the core bobbin at the outer surrounding part of each receiving end. For the coil, the magnetic core frames surrounding the outer sides of multiple receiving ends are evenly distributed outside the magnetic core frames at the central part of the receiving ends. The invention solves the deficiency of the existing power supply mode.

Description

technical field [0001] The invention relates to the technical field of power transmission and transformation operation and maintenance, in particular to a transmitting and receiving coil device of a wireless charging platform of an unmanned aerial vehicle. Background technique [0002] Overhead power lines have a wide coverage area, complex terrain and harsh natural environment. In order to grasp the operation status of the line and eliminate potential hidden dangers of the line in time, the power department needs to conduct regular inspections of the transmission line and surrounding conditions to discover possible hidden dangers as soon as possible. , timely notify the relevant departments to carry out maintenance and ensure the safety of power supply of the transmission line. Traditional transmission line inspections mainly rely on line maintenance personnel to climb mountains and mountains, and inspect manually with cameras and telescopes. In the event of emergency powe...

AI Technical Summary

Problems solved by technology

However, the short battery life of the drone is one of the disadvantages

How to improve battery life has always been a research hotspot. At present, methods such as increasing battery capacity, reducing drone fuselage, laser power supply, and solar power supply are used, but the effect is not good.

Images