Human body flapping wing flying combination apparatus

Abstract

The present invention discloses a human body flapping wing flying combination apparatus, which comprises a safety belt, a blastoff balloon, a cable and a weight balancing sand bag net, and further comprises a fixation vest, wherein the upper end of the fixation vest is provided with a brace, the lower end of the fixation vest is provided with a straddling belt for sleeving a leg, the lower end of the blastoff balloon is provided with the cable, the cable is respectively connected with a suspension ring on the upper end of the fixation vest, a suspension ring on the straddling belt, and a suspension ring on a leg belt, the cable is further tied with the weight balancing sand bag net, the upper end on the rear portion of the fixation vest is provided with a pair of supports having corresponding positions, the support is provided with a ball hinge, the other end of the ball hinge and wings form threaded connections, the threaded connection position is provided with a locking nut, and the lower end surfaces of both wings are respectively provided with a U-shaped movable handle. The human body flapping wing flying combination apparatus has characteristics of simple structure and easy operation. According to the present invention, no transmission apparatus exists, mechanical resistance is minimized, and the wings are flexible and free, such that people can arbitrarily adjust a flight attitude.

Description

technical field [0001] The invention belongs to flying devices, in particular to a human-powered flapping-wing flying device. Background technique [0002] At present, flapping wings like a bird is one of the oldest flying dreams of human beings. Most of the biological flights are flapping wings, such as bats and insects, which have been imitated by humans. The present invention is applicable to the imitation of the flapping flight of all creatures, where "bird" is used as a representative, and "bird" mentioned later is all like this. For this dream, mankind has worked hard for thousands of years, but it has not been able to truly come true until today. Tracing it to its cause, it fundamentally is that people's own strength is too small, and the lift that the wings that can flap produces is far less than the gravity of oneself. Someone estimated that if a person wants to fly with his own arms and wings, he must have a chest muscle of more than 1.2 meters. Therefore, some ...

AI Technical Summary

Problems solved by technology

[0005] 2. Due to the limitation of material factors, the aircraft itself has a heavy weight, which adds a lot of gravity to the system;

[0006] 3. Because the flapping of the flapping wing is done by mechanical transmission, the flexibility of the wings is subject to many restrictions, which makes it very difficult to adjust the flight state, or even impossible to adjust the flight state;

[0007] 4. It takes 9-10% of the strength of the human body to take off with a human-powered flapper. Such intense extreme exercise will quickly exhaust the energy of the human body

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