Flying disk

Abstract

The invention discloses a flying saucer, belonging to an aircraft field; the invention comprises a cabin, an operation and control system, an electric system, a plurality of facilities inside cabin, a fuel system, a starting system and an ignition system; a device for regulating motion direction of the cabin and a device for regulating rotary stability of the cabin are arranged on the cabin; a fuel tank is arranged on the cabin and a fuel pipe is arranged on the fuel tank; a flywheel jet engine is arranged on the cabin and the flywheel jet engine includes a flywheel shaft, a flywheel and a jet device; the jet shaft is connected with the cabin; the flywheel is arranged on the flywheel shaft and a pluratliy of jet devices is arranged on the periphery of the flywheel. The flying saucer can realize vertical takeoff and landing; the invention is provided with the device for regulating the motion direction of the cabin and the device for regulating the rotary stability of the cabin; the flying saucer has simple operation, stable flight and convenient direction-changing; in the flight of the flying saucer, a spiral flow which surrounds the cabin, rotates around the cabin and at the same time spirally propels downwards the cabin is generated, thus greatly accelerating propelling speed of the flow downwards the cabin. The invention has the advantages of high flight speed, flexible direction-changing, high safety, and low fuel cost.

Description

technical field [0001] The invention relates to the field of aircraft, in particular to a flying saucer Background technique [0002] Existing aircraft mainly include airplanes, helicopters, spacecraft, and rockets. Airplanes have many defects, such as: take-off and landing are restricted by various conditions, and most of them cannot take off and land vertically; the flight speed is not high enough; energy consumption is high; Complicated controls; clumsy air flight movements; unable to fly due to special weather, etc. Helicopters have defects such as low flight speed, high energy consumption, and inability to fly due to special weather; spacecraft have defects such as low flight speed, inability to realize galaxy navigation, difficulty in taking off and landing, and difficulty in entering the atmosphere. These aircraft generally have problems such as poor safety and high maintenance and use costs. Existing aircraft all can not dive, and submarine more can not fly. Most ...

AI Technical Summary

Problems solved by technology

[0002] Existing aircraft mainly include airplanes, helicopters, spacecraft, and rockets. Airplanes have many defects, such as: take-off and landing are restricted by various conditions, and most of them cannot take off and land vertically; the flight speed is not high enough; energy consumption is high; Complicated control; clumsy air flight movements; unable to fly due to special weather, etc.

Helicopters have defects such as low flight speed, high energy consumption, and inability to fly due to special weather; spaceships have defects such as low flight speed, inability to realize galaxy navigation, difficulty in taking off and landing, and difficulty in entering the atmosphere

These aircraft generally have problems such as poor safety and high maintenance and use costs

None of the existing aircraft can dive, let alone a submarine

Most aircraft cannot use nuclear power

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