Disc type airplane with pneumatic wings

Abstract

The invention relates to a disc type airplane with pneumatic wings. The disc type airplane with pneumatic wings mainly comprises a hood, wings, a cabin and the like; 12 pneumatic bottom wings are designed, peripheral air of a critical plane can be highly accelerated to generate high-speed airflows according to the high-speed fluid critical plane negative-pressure principle, and thus, airflows flowing through the surfaces of the wings are accelerated to generate lifting force; and the wings and the hood rotate and the inside cabin and a nozzle at the center of the bottom cannot rotate and translate when the airplane is in flight; the pneumatic wings can generate high lifting force due to high relative rotating speed, the nozzle can spray downwards when the airplane goes up, and the comprehensive lifting force is high; a spherical tricyclic nozzle (a semi-spherical gimbaled nozzle) automatic control system can achieve jet power adjustment in any direction on the semi-spherical plane under the horizontal line of the airplane bottom, and automatic control can be easily realized; and a clutch is arranged at the bottom of the cabin, the connecting position of the clutch and a rotating wing can realize braking, the cabin can be hovered in air and does circular steering motion, the airplane body can turn around easily, and the airplane can be lifted vertically and can land without a lane, a rotating body rotates outside the airplane, air resistance and the generated antigravity action can be reduced, and the energy consumption can be reduced.

Description

technical field [0001] The invention relates to a design of a wing and hood rotating and moving aircraft mainly using air flow as the lifting power, which belongs to the mechanical category, and is characterized in that the disc-shaped rotating and moving has good anti-gravity effect and can reduce energy consumption. Background technique [0002] At present, high-altitude flying objects such as airplanes move in a straight line, and their air resistance is large, and their lift lifting capacity is limited. To this end, an aerodynamic wing disc-shaped aircraft is designed. According to the principle of negative pressure on the critical surface of high-speed fluid, the air around the critical surface will be accelerated at a high rate to generate high-speed airflow, thereby accelerating the airflow flowing through the surface of the wing to generate lift. And because the engine nozzle can be adjusted to spray downward, it can provide greater lift for the aircraft. As the win...

AI Technical Summary

Problems solved by technology

As the wings and hood rotate and fly, because the rotation speed of the wings is relatively slow, but the speed of the airflow accelerated by circulation is relatively fast, so the relative speed of the wings is very high, and the comprehensive lift generated is relatively large

Images