Disc type aircraft taking high pressure gas as power

Abstract

The invention discloses a disc type aircraft taking high pressure gas as power. The disc type aircraft comprises a cylinder body, a rotating baffle plate is arranged in the upper side of the cylinderbody, a piston and a piston cover plate are arranged in the lower side of the cylinder body, and an air bag is arranged in a center region of the cylinder body. The disc type aircraft is characterizedin that a notch is formed in the rotating baffle plate to be connected to a rotating motor, a plurality of air injection ports are formed in the cylinder body, the piston cover plate is provided withan L-shaped supporting rod, the air bag is connected to the outer surface of the middle part of the cylinder body in a sleeving manner, and the piston is connected to a linear motor. The aircraft flies in the air with different gestures by controlling the discharge rate of high pressure air from the air injection ports within a unit time, and the direction of the aircraft is changed by matching the rotating baffle plate with the air injection ports in the cylinder body. The aircraft can take off quickly, so that the outdoor using safety is improved. The disc type aircraft has the advantages of being longer in time of endurance and the like, and is in particular suitable for flying in a jungle.

Description

Technical field [0001] The invention relates to the technical field of aircraft, in particular to a saucer-shaped aircraft powered by high-pressure gas. Background technique [0002] At present, the more mature aircraft rely on the static buoyancy of the air or the aerodynamic force generated by the relative motion of the air to make them fly into the air, and basically all rotorcraft are used for aerial photography. However, because the spiral blades on the rotorcraft are mostly made of metal materials, and the error rate is high during operation, the high-speed rotating spiral blades are prone to safety accidents and endanger the personal safety of public places, and they cannot enter the jungle for flight. Encountering debris, tree branches, etc. may directly cause the propeller to be scrapped, causing the entire device to fail to operate, and it has problems such as high energy consumption and short battery life. Summary of the invention [0003] In order to avoid and solve t...

AI Technical Summary

Problems solved by technology

However, because the spiral blades on the rotorcraft are mostly made of metal, and the error rate is high during operation, the high-speed rotating spiral blades are likely to cause safety accidents and endanger personal safety in public places, and they cannot enter the jungle for flying. Encountering debris, branches, etc. may directly cause the propeller to be scrapped, resulting in the failure of the entire device to operate, and has problems such as high energy consumption and short battery life.

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