Unmanned flying robot based on compressed air cold assistance launching

Abstract

The invention discloses an unmanned flying robot based on compressed air cold assistance launching, and belongs to the technical field of unmanned aerial vehicles and compressed air assistance cold launching. The unmanned flying robot uses compressed air as auxiliary power to carry out ejection take-off. After the unmanned flying robot lifts off, the power generated by a turbine jet engine is usedas the main thrust force to realize the horizontal attitude flight of the unmanned flying robot. The auxiliary electric drive is used as auxiliary power to realize the flight state change and vertical lifting and lowering of the unmanned flying robot. A load cabin inside the unmanned flying robot releases the loaded payload into the air and the ground through a folding mechanical arm, or grabs orrecovers ground objects through the folding mechanical arm. The unmanned flying robot can realize the free conversion flight of two speeds and two flight attitude, and the diversity of disaster relief tasks and the invisibility and survival rate in battlefields of unmanned flying robots are greatly improved.

Description

technical field [0001] The invention relates to a flying robot, in particular to an unmanned flying robot for cold-assisted launch, and belongs to the technical field of unmanned aerial vehicles and compressed air-assisted cold launch. Background technique [0002] At present, the existing military and civilian rotor UAVs are all single-rotor, and the multi-rotor UAV and its winged UAV are developed according to the technical solution of manned aircraft, or simplified manual operation, or Some intelligent operation. It can be seen that the existing unmanned aerial vehicles cannot combine the hovering advantage of helicopters with the fast flight of winged aircraft. When there are disaster relief and battlefield flight missions, the flight speed is relatively slow, which increases the time to reach the mission area and is shot down or damaged by the opponent. probability. Moreover, the energy and fuel carried by a large amount of aircraft are consumed during the lift-off st...

AI Technical Summary

Problems solved by technology

It can be seen that the existing unmanned aerial vehicles cannot combine the hovering advantage of helicopters with the fast flight of winged aircraft. When there are disaster relief and battlefield flight missions, the flight speed is relatively slow, which increases the time to reach the mission area and is shot down or damaged by the opponent. chance of

Moreover, a large amount of energy and fuel carried by the aircraft are consumed during the lift-off stage of the aircraft, which cannot make good use of the effective flight time of the aircraft.

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