Disc-shaped manned aircraft

Abstract

The invention relates to an aircraft, in particular to a disc-shaped manned aircraft, which is characterized in that a cabin (1) is arranged at the upper part of a disc body (3); a plurality of connecting beams (2) integrally connect the cabin (1) with the disc body (3); an upper ring cross framework (4), a middle ring cross framework (5), a lower ring cross framework (6), an ascending force fan (7), a descending force fan (8), an engine (9), a standby space (10), a plurality of supporting legs (11), universal rings (12), universal joints (13), a transfer gear (14), end connecting devices (15) and stabilizing wheels (16) are arranged in the disc body (3); the front and rear external moving joints of the universal rings (12) and the front and rear internal nodes of the disc body (3) form the universal joints; and left and right internal nodes of the universal rings (12) and the left and right bar head moving joints of the middle ring cross framework (5) form the universal joints. The disc-shaped manned aircraft is cheap, high-quality, economic, practical and convenient to popularize and apply, and the flying direction and the flying attitude are easy to control.

Description

Technical field: [0001] The invention relates to an aircraft, in particular to a dish-shaped manned aviation aircraft. Background technique: [0002] From Nazi Germany during World War II to the United States, Europe, and Soviet Russia, military, scientific research, companies, and individuals have developed flying saucers. But they all exist: one is insufficient power, two is poor stability, and three is difficult to control. Although some experiments have achieved certain results, the three major problems have not been resolved. Therefore, there is no real winner so far! [0003] At present, human aircrafts are mainly airplanes and helicopters. It is difficult for aircraft to take off and land vertically, while helicopters have problems such as slow flight speed, low altitude, inflexible maneuvering, many faults, poor safety, etc., and high equipment, use, and maintenance costs make it difficult to popularize and apply. It can be seen from the Sichuan Wenchuan Earthqua...

AI Technical Summary

Problems solved by technology

It is difficult for airplanes to take off and land vertically, while helicopters have problems such as slow flight speed, low altitude, inflexible maneuvering, many faults, and poor safety. The cost of equipment, use, and maintenance is high, so it is difficult to popularize and apply

It can be seen from the Sichuan Wenchuan Earthquake relief that our country has serious difficulties and deficiencies in this regard! Although it is still difficult for human beings to get rid of their dependence on this technology

However, the helicopter is limited by the bottleneck of the basic design of the propeller-shaft system, and this cannot be fundamentally solved by the progress of human science and technology.

Therefore, it can be said that this technology is difficult to overcome the fatal shortcoming of its own design principle

[0004] Due to special requirements, current aircraft and helicopters are all made of precious metals such as titanium and aluminum alloys, which directly leads to high equipment, use and maintenance costs and is difficult to popularize.

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