Manpower bird-imitating aircraft

Abstract

The invention discloses a manpower bird-imitating aircraft, and belongs to the technical field of bionic aircrafts. The aircraft comprises flapping wings, a hang glider, a rack, a left support, a right support, a synchronizing mechanism, a pedal driving mechanism and an undercarriage, the flapping wings are located on the two sides of the rack and can generate vertical flapping and pitching rotation relative to the rack, the hang glider is located above the rack and hinged to the rack through the left support and the right support, the middle of the hang glider is hinged to the rack, and the tail of the hang glider is hinged to the left support and the right support through connecting rods, the flapping wings on the two sides of the rack are driven by the pedal driving mechanism and the synchronizing mechanism to synchronously flap up and down to generate lifting force and advancing thrust, and the left support and the right support are manually operated to change the pitch angles of the flapping wings and the hang glider to achieve maneuverability control over flight. The manual bird-imitating aircraft provided by the invention can give play to the characteristics of large leg strength and flexible arms of people, is high in flight reliability, and has a very good application prospect in the aspects of high-rise escape, recreational activities, physical exercises and the like.

Description

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AI Technical Summary

Benefits of technology

This inventor describes an improved design for birds that have two or more wings attached together called suspended gullwing (SGA). These wings help it fly faster without getting too much strain on its legs while still being able to move smoothly during takeoff and landings. Additionally, they allow humans to change their positions easily by controlling them themselves instead of sitting down. Overall, these improvements improve safety, performance, durability, and ease of handling of such vehicles.

Problems solved by technology

This patented technical solution described by this patents relates to an artificial flying device called a humanoid robot without any external propelling devices like wheels. It uses three main components - one being a hollow body made up mostly of metal tubing instead of wheel bearings, another shaped blade used during gear changes, and yet other parts such as arms and legs. These different elements work together to create muscles that help it move smoothly over obstacles while still providing enough lift from weightlessness towards heavier ones.

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