Device and method for continuous launching of drones

Abstract

The embodiment of the invention discloses a device and method for continuous launching of drones, and relates to the technical field of launching and recycling of aircrafts. The launching efficiency of the drones can be improved. The device is composed of a drone storage device, drone transportation devices, an automatic drone shelving device, trolleys and a rotary-tube-type multi-track drone ejector. The drone storage device is used for storing the drones, and the drone transportation devices are inserted into the drone storage device and symmetrically arranged along the central axis of the drone storage device. The automatic drone shelving device is used for transferring the drones onto the trolleys from the drone transportation devices. The rotary-tube-type multi-track drone ejector isprovided with at least three ejector bodies, and each ejector body is in butt joint with one pulley to provide ejection driving force for the pulley. The device and method for continuous launching ofthe drones are suitable for quick formation of a drone cluster.

Description

technical field [0001] The invention relates to the technical field of aircraft launch and recovery, in particular to a device and method for continuous launch of unmanned aerial vehicles. Background technique [0002] UAV swarm operation is a trend in the use of UAVs in the future. Its main content is to integrate various functional loads into the UAV swarm formation in a reasonable way. In the case of damage to a single UAV platform, The swarm can still perform tasks in an orderly manner. This flexibility can improve the efficiency of task execution and reduce the development time and cost of UAV systems. [0003] In order to realize the clustering of UAVs, it is necessary to ensure that UAVs can be put into the combat environment in a timely and effective manner, that is, to achieve a certain number of UAVs to be launched continuously and in batches. Traditional small and medium-sized UAVs mostly use elastic ejection, air-hydraulic ejection, and rocket-assisted launch. R...

AI Technical Summary

Problems solved by technology

Traditional small and medium-sized UAVs mostly use elastic ejection, air-hydraulic ejection, and rocket-assisted launch. Rocket-assisted launch will generate a lot of light and heat, which is not conducive to concealment, and air-hydraulic ejection requires an external set of air-hydraulic ejection. The power system reduces the portability of the system to a certain extent. In addition, the charging time of the energy storage device is too long, which makes it difficult to realize the continuous launch of the drone.

Images