ROTORLESS FLYING SAUCER POWERED BY ELECTROMAGNETIC FIELD AND FLYING METHOD THEREFOR

摘要

A rotorless flying saucer powered by an electromagnetic field and a flying method therefor. The flying saucer comprises a control unit, an analysis unit, and an execution unit. The control unit of the flying saucer is used for inputting commands. The analysis unit of the flying saucer is used for parsing commands and outputting same to the execution unit, and for feeding back the flight state of the flying saucer to the control unit. The execution unit of the flying saucer comprises a lift module for providing lift to the flying saucer and a horizontal plane power module for providing forward power in each direction to the flying saucer. The lift module produces an ion flow by means of an ion generator, and can produce a variable magnetic field by means of passing a variable current through a coil, the ion flow producing rotation in the variable magnetic field, and the rotating ion flow providing stable lift to the flying saucer. The horizontal plane power module can produce ion flows in different directions by means of evenly distributed ion generators to provide power to the flying saucer in each direction on the horizontal plane. By means of adjusting the lift module and the horizontal plane power module, the execution unit can implement flight missions of the flying saucer in three-dimensional space.