Air suspension type unmanned aerial vehicle quick recovery system

Abstract

The invention discloses an air suspension type unmanned aerial vehicle quick recovery system comprising a carrier, a suspension device and a recovery mechanism. When recovering, the carrier opens thehatch door and releases the suspension device stored in the form of package. During the deceleration process of the deceleration parachute, the air floater realizes the air hovering through the gas filled in the separable inflatable cylinder, and drives the deployment of several recovery net devices by relying on the detached inflatable cylinder. After the suspension device is stabilized, the UAVdocks with the suspension device by colliding with a net, realizes the recovery of the UAV, and then recovers the suspension device by using an aeronautical winch and other mechanisms, and completes the whole air-based recovery process. The invention can safely and continuously recover a plurality of unmanned aerial vehicles (UAVs) in the air, thereby improving the success rate of recovery and theoverall safety; And the suspension device only relies on its own buoyancy flight, do not need to provide excess energy power, the entire recovery system equipment is simple, low cost, but also can berecycled.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to a fast recovery system for aerial suspended unmanned aerial vehicles. Background technique [0002] In recent years, as a new and subversive ideal combat mode, the swarm UAV tactics have attracted the attention of the military of various countries. It takes intelligent cluster technology as the core, and integrates the weak combat capabilities of a single machine through the collaborative network of UAVs. Linked to build a new type of combat system with low cost, strong anti-strike capability, and diversified combat modes. In the modern warfare that emphasizes high efficiency, this technology has great potential. [0003] The core advantages of UAV swarms are: low stand-alone cost, large number of swarms, and high swarm intelligence, which means that swarm drones are often designed as disposable consumables. However, even at a low cost, they still contain some u...

AI Technical Summary

Problems solved by technology

We cannot simply transport the land-based net impact recovery device directly into the air for drone recovery, because on the one hand, they cannot meet the requirements of recovering multiple swarm drones at one time, and on the other hand, how to provide the recovery device with A more stable environment, which is still an open issue

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