Portable cooling platform for unmanned autonomous aerial vehicle landing and takeoff, and alignment method thereof

A portable cooling platform for taking off and landing of an unmanned autonomous aerial vehicle, the platform comprising:

• a take-off and landing pad composed of a landing surface where a drone lands;
• a cooling fan provided on the take-off and landing pad for blowing wind in a landing direction of the drone;
• a power supplier provided on a lower side of the take-off and landing pad for supplying power;
• an actuator provided between the power supplier and the take-off and landing pad for driving a movement of the take-off and landing pad;
• a supporter provided on the power supplier and supported on the ground,
• wherein the supporter can be unfolded to be supported on the ground and be folded to be transportable.

An alignment method of a portable cooling platform for taking off and landing of an unmanned autonomous aerial vehicle, the method comprising:

• receiving, horizontality data and orientation data of a take-off and landing pad measured from a sensor part by a controller;
• determining whether true north/magnetic north is aligned through the data received by the controller;
• calculating, by the controller, an actuator control value for the true north alignment of the take-off and landing pad when location information of the take-off and landing pad is known calculates or calculating, by the controller, an actuator control value for the magnetic north alignment of the take-off and landing pad when the location information of the take-off and landing pad is not known;
• and
• aligning, by the controller, the horizontality and orientation of the take-off and landing pad by driving the actuator.