Bionic adaptive flapping wing aircraft

Abstract

The invention relates to a bionic self-adaptive flapping-wing aircraft, which comprises bionic self-adaptive multi-drive flexible wings, a microprocessor, a fuselage, an empennage, a micromotor, a hinge transmission device, a rechargeable power supply, a sensor, a global positioning system, and a signal receiving and transmitting device. The bionic self-adaptive multi-drive flexible wings are mounted at two sides of the fuselage. The microprocessor, the micromotor, the hinge transmission device, the rechargeable power supply, the sensor, the global positioning system, and the signal receiving and transmitting device are connected to the microprocessor. The rechargeable power supply is connected to the microprocessor and the micromotor. The bionic self-adaptive multi-drive flexible wings adopt leading edge main vein driving, center main vein driving, and branch vein series driving multi-drive cooperative work, is conducive to safety-adaptive flapping-wing safe flight of the bionic flapping-wing aircraft in various complex natural environments, the multilayer structure of the bionic self-adaptive multi-drive flexible wings has the functions of self-power generation and self-power supply, and can be widely used in military, civil use and other fields.

Description

technical field [0001] The invention relates to the technical field of aircraft, and more specifically relates to a bionic adaptive flapping-wing aircraft with bionic multi-drive flexible wings. Background technique [0002] The flapping-wing flight method is widely used in the flight of birds and insects in nature. Compared with fixed-wing and rotary-wing flight modes, flapping-wing flight can generate lift and thrust at the same time only by flapping the wing surface, and can take off quickly. , acceleration, and hovering, it has the characteristics of high flight efficiency, good maneuverability and good flexibility. The bionic flapping-wing flying robot is an advanced micro-flying robot that simulates the flapping-wing flight mode of flying creatures and integrates various cutting-edge technologies such as micro-electromechanical systems, micro-power systems, and micro-control systems. It can play a role in military and civilian fields. It has a huge effect and is a hot...

AI Technical Summary

Problems solved by technology

With the advancement of micro-motor technology, batteries have become the preferred energy source for new flapping-wing aircraft. Batteries have a more compact structure and better maintainability than internal combustion engines, but they have the problem of relatively low energy density. Rechargeable power supply technology, and being able to continuously provide supplementary new energy for the aircraft power supply is becoming increasingly important

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