Ornithopter flying in swinging mode

Abstract

The invention relates to an ornithopter flying in a swinging mode, which can effectively solve the problem that people fly in the air and is characterized in that both sides of the ornithopter body of the ornithopter are provided with symmetrical wings; the ornithopter body is internally provided with a battery at the lower part of an ornithopter shell; a transverse supporting plate is arranged on the upper part of an ornithopter frame at the both sides of the battery; the supporting plate is provided with an electrical machine, a rotating shaft of which is provided with a gear wheel; an upper bracket at the both sides of the gear wheel is provided with a reduction gear and a rocker; both sides of the supporting plate are provided with a movable supporting rod which is matched with the rocker; a wing spar is arranged on the both symmetrical sides of the ornithopter shell in a slant way; the lower part of the movable supporting rod is provided with a controller which stretches out of the front side part of the ornithopter shell; the battery is connected with the electrical motor; the wing comprises a limiting stopper on the wing spar and a flexible wing surface connected with the wing spar; the wing spar and the flexible wing surface form a bird-wing shape; the limiting stopper limits the turning position of the flexible wing surface; and the ornithopter has novel and unique structure, integrates bird flying and ship scull swinging principles in one body, is creative for people flying, has small volume, light weight, low energy consumption, is flexible to fly, and has tremendous significance.

Description

1. Technical field [0001] The invention relates to an aircraft, in particular to an orthopter flying in a swing-wing manner. 2. Background technology [0002] Humans have always dreamed that they can have a pair of bird wings and soar freely in the sky. In the 100 years since the invention of airplanes, although people have been able to fly faster, farther and higher than birds, they are far from being able to fly as efficiently and flexibly as birds. This is because human beings have not created wings that can flap up and down freely like birds. [0003] Due to the limitations of materials, power and other factors, although humans have made a lot of explorations in the development of orthopters, they have not yet found a suitable mechanical method to simulate the wing movement of birds. At the same time, it is also difficult to make a feather material with a tough structure but extremely light weight. These difficulties made the dream of the orthopter difficult to realiz...

AI Technical Summary

Problems solved by technology

At the current level of technology, it is unrealistic to fully simulate the flight behavior of birds

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