Electromagnetic-based Device for Vertical Take-off and Landing of a Ship-borne Drone Operable at Harsh Conditions

摘要

[0001] The present invention relates to an electromagnet-based take-off and landing apparatus for rough handling of a marine air vehicle, and more particularly, to an electromagnetically based take- 100); An electromagnet having a coil and a core removable from the bottom of the leg stand; A user remote controller for controlling the flying and landing of the drones; A power supply controller having a battery for supplying a current to the electromagnet according to a received signal of the user remote controller and a semiconductor switching element for controlling the battery; And a microcontroller interlocked with the user remote controller and controlling the power supply control device intermittently, and the ship has constituent means for holding the iron means with a magnetic body detachably attachable to the leg stand of the dron by an electromagnet By constructing a ship take-off and landing device, it is possible to stably land and collect the drones even within a narrow space vessel. Through the proposed invention, it is possible to use the dron platform in a harsh environment such as a ship. There is a unique effect that makes it even more advanced.