Anti-gravity method and anti-gravity device thereof used as dish form multiway aerial craft for rotating and stopping in air

Abstract

The invention relates to an antigravity method and a dish-shaped flying vehicle which takes an antigravity device as power, and can rotate, stop or do multidirectional flying in the sky, belonging to the fields of physics, aeronautic and astronautic vehicle dynamics and flying vehicle design and manufacture. An antigravity power unit, in which superconductive electromagnetic force is used for controlling the antigravity device to generate direct pushing force, is taken as power, thus overcoming the disadvantage that an flying vehicle adopting the conventional technique and a common power unit as the power can fly by relying on the working force of external air and reverse ejection force generated by fuel burning and realizing that the working force in a sealed device breaks through barriers to work externally; the flying vehicle includes the power unit which is arranged in a three dimensional and six directional way, a main support pillar and an auxiliary support pillar for supporting and a dish-shaped sealed structural body formed by connecting a series of triangular brackets; by adopting electrical energy as power, the flying vehicle can cause the main body and a rotating body to rotate and stop by magnetic force and can fly freely. No pollution and noise are generated in use, and the flying vehicle can be produced into different sizes for transportation, aerial work, space, land and sky and seabed shuttle, even interstellar flight, etc.

Description

1. Technical field [0001] The present invention is a plurality of inventions of a new type of aircraft, including the power method for advancing the aircraft, the device for implementing the method, the control system for controlling the device, the control system for implementing a new flight mode, and the structure of the aircraft, which belong to the field of physics and mechanics , the field of anti-gravity, belongs to the field of vehicles, the field of aerospace vehicle dynamics, belongs to the field of physical electromagnetics, especially the field of electrical machinery, magnetic levitation superconductivity, belongs to the field of aerospace flight mechanics, aerodynamics, belongs to the field of machinery manufacturing, and the design and manufacture of aircraft field. 2. Background technology [0002] Since the birth of human beings, various methods have been used to replace walking on a large scale in conquering space, such as using mechanical force to push whe...

AI Technical Summary

Problems solved by technology

The invention of the wheel made people realize that the wheel is a device that is driven by mechanical force; in the 17th and 18th centuries, people were able to ascend to the sky by airship, and then invented the propeller, which used the propeller to ascend and advance in the air. The device of forward force; in ancient China, gunpowder was invented and made into an ancient rocket that uses the reverse thrust generated by the burning of gunpowder to fly. This is a method to obtain forward force. Rocket experts in the ninth century used and developed the theory of multi-stage rockets to launch larger objects into distant space. However, only devices that can generate force such as propellers cannot fly, and there must be a power device to make this device work, that is, The power device that provides the flight power of the aircraft is the history of the development of human power devices. In the history of human power, it can be said that the earliest power device is a horse-drawn carriage. During the industrial revolution, the steam engine was invented, which effectively replaced the power of humans and animals. Using a steam engine to drive a locomotive can achieve a very fast speed, but today we can no longer see steam engines, replaced by internal combustion engines, which are widely used in automobiles, ships, motorcycles and even airplanes, the most important is the application of automobiles The transportation is extremely convenient. Of course, internal combustion engines are only most suitable for use on land. T...

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