Columnar rotor unmanned aerial vehicle ejection device and ejection method thereof

The invention relates to a cylindrical rotor unmanned aerial vehicle ejection device, an ejection method thereof, electronic equipment and a storage medium. The ejection method comprises the steps that after an ejection launching instruction of the unmanned aerial vehicle is received, a spring bolt of an axial locking mechanism is controlled to be retracted to the outside of a cylinder, and axial movement limitation of the unmanned aerial vehicle in the cylinder is canceled; enabling the electromagnetic valve to enable the gas in the electromagnetic valve gas storage bottle to be transmitted into the ejection cylinder; the gas enables the bracket of the ejection cylinder to move upwards in the axial direction and drives the unmanned aerial vehicle to eject out of the ejection cylinder, and ejection of the unmanned aerial vehicle is completed. The problems that the columnar rotor wing unmanned aerial vehicle takes up too large space of the mobile platform when taking off on the mobile platform, the columnar ro