Multifunctional and multipurpose space flying saucer

Abstract

The invention discloses a multifunctional multi-purpose space flying saucer. According to the multifunctional multi-purpose space flying saucer, a driving cabin, an upper solar energy pot cover, an upper saucer disc, and an upper sleeve-type loading cabin are combined so as to form an upper part; a lower sleeve-type loading cabin, a lower saucer disc, and a lower high-temperature zone heat energy pot cover are combined so as to form a lower part; the upper part and the lower part are connected via a middle thimble-type loading cabin and an edge support frame so as to form a saucer-shaped body; the middle thimble-type loading cabin and the edge support frame are capable of unfolding the upper part from the lower part, and so that the multifunctional multi-purpose space flying saucer is divided into an upper layer, a middle layer, and a lower layer. According to the multifunctional multi-purpose space flying saucer, gliding, piling, and thermal expansion are adopted to change air density; self generation of electric power can be realized via mechanical equipment arrangement; fuel oil consumption is reduced effectively; hang cruising ability is improved; application of a saucer body pylon is convenient for flexible transformation of aeronautic and astronautic flying modes; the multifunctional multi-purpose space flying saucer possesses a multifunctional multi-purpose development prospect; an aerodynamic structure is capable of increasing pushing force ratio of the multifunctional multi-purpose space flying saucer effectively, reducing flying resistance, increasing saucer weightlessness ratio, and increasing saucer flying and maneuvering speed.

Description

technical field [0001] The invention relates to the field of aerospace vehicles, in particular to a multifunctional and multipurpose space flying saucer. Background technique [0002] The aircrafts developed by modern human society are based on the bionics of the earth, based on the principle of mechanics, with rays as the direction of motion, and mostly use irregular geometrical bodies other than the disc shape with the direction of spiral motion as the main body. , taking the loss of part of the maneuverability as the element and ensuring absolute speed as the basis to achieve the purpose of high-speed flight. Aviation aircraft is an aircraft based on aerodynamics. It changes the air density through absolute speed to form relative air buoyancy, and completes the flight under the condition of reaction force. For example: gliders change the air density by high-speed gliding; helicopters change the air density by partial air stacking; rockets and jet aircraft use the combina...

AI Technical Summary

Problems solved by technology

Therefore, in the past exploration, research and design of flying saucers, there are defects: either, the proposed design concept cannot be realized by modern technology; , the above defects have not been solved by advanced technical solutions

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