The invention discloses an aerospace flying saucer, which consists of three layers of metal housings: a flying saucer inner housing, an outer housing, and a top cover (half housing). Specifically, each layer of metal housing is formed by mutually insulated connection of a plurality of metal electrode plates. A driving cabin is installed on the top cover, insulation legs are installed below the outer housing, and the three layers of metal housings and the driving cabin are communicated through an insulated central tube to form a whole flying saucer. A plurality of high pressure pack generators are installed between the outer housing and the top cover, the discharge anodes and receiving cathodes of the high pressure pack generators are respectively connected to the corresponding electrode plates of the outer housing and top cover. A plurality of capacitance high voltage generators are mounted in the inner housing, the discharge anodes and receiving cathodes thereof are respectively connected to the corresponding electrode plates of the inner housing and the outer housing. Thus, the three layers of corresponding electrode plates compose independent emission electromagnetic radiation units. The flying saucer emits electromagnetic radiation energy to obtain reverse propulsion power, and when the emission electromagnetic radiation units are all started, the flying saucer generates an upward soaring power, and transverse flight power can be generated when the flying saucer is started in any direction.
Aerospace flying saucer
2015-05-13
Patent
Electronic Resource
English
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