Shared wireless charging docking station for unmanned aerial vehicles and a priority-based wireless charging method

A shared wireless charging docking station for a plurality of unmanned aerial vehicles, comprising

• a plurality of docking stations and an adjacent docking station communication module;
• wherein the plurality of unmanned aerial vehicles comprise a first unmanned aerial vehicle, a plurality of second unmanned aerial vehicles and a third unmanned aerial vehicle;
• the plurality of docking stations comprise a first docking station and an adjacent docking station;
• the adjacent docking station communication module is in a two-way communication with a communication function module;
• the communication function module is in a two-way communication with a control center communication module, an unmanned aerial vehicle communication module, and a first central processing unit, respectively;
• the first central processing unit is further in a two-way communication with a connection actuator, a wireless power transmitter, and a first power management and load unit;
• the first power management and load unit is in a one-way communication with the wireless power transmitter;
• the adjacent docking station communication module is configured to establish a communication with the adjacent docking station;
• the control center communication module is configured to monitor, in real time, state information regarding the plurality of docking stations and the plurality of unmanned aerial vehicles;
• the communication function module is configured to implement a communication and an information interaction with the control center communication module, the plurality of docking stations, and the plurality of unmanned aerial vehicles;
• the unmanned aerial vehicle communication module is configured to implement an information interaction between the plurality of unmanned aerial vehicles directly in a wireless manner or through transmission by the plurality of docking stations and/or a control center to avoid obstacles and facilitate competitive landing;
• the connection actuator is configured to assist the plurality of unmanned aerial vehicles in landing within a designated region;
• the first central processing unit is configured to perform data processing and functional implementation with the plurality of docking stations, the plurality of unmanned aerial vehicles, the connection actuator, the wireless power transmitter and the first power management and load unit;
• the wireless power transmitter uses alternating electrical signals to generate an alternating magnetic field, and the alternating magnetic field has a magnetic-field intensity and an electric-field intensity within a range for charging the plurality of unmanned aerial vehicles;
• and
• the first power management and load unit acquires electric energy directly from an infrastructure or the first power management and load unit acquires the electric energy from solar energy, wherein the plurality of docking stations are fixed to the infrastructure, and the first power management and load unit is configured to manage an effective acquisition and an output of the electric energy.