Rocket Shedding Mechanism for Safely Launching Unmanned Aerial Vehicles

Abstract

The rocket shedding mechanism for safely launching unmanned aerial vehicles proposed by the present invention aims to provide a safe, reliable rocket shedding mechanism for the rocket launch of unmanned aerial vehicles. The use of this mechanism can limit the movement trajectory of the rocket during the shedding process. , and avoid the unmanned aerial vehicle stalling caused by the rocket falling off. The technical solution is to have a shedding frame fixedly connected to the base plate of the unmanned aerial vehicle. The shedding frame consists of a guide frame connected to the free end of the thrust support through a diagonal brace, and a shedding rod that is movable connected to the guide frame; the shedding rod is The fork lug rotating pair is also provided with a one-way tooth push spring kinematic pair that prevents the above-mentioned shedding frame from rotating upward counterclockwise and causing the rocket to rotate downward in the direction of the shedding trajectory. The invention limits the movement trajectory direction of the rocket during the shedding process to ensure safe and reliable shedding of the rocket, and solves the problem of safe separation of the rocket and the unmanned aerial vehicle during the launch process.

Description

Rocket shedding mechanism for safely launching unmanned aerial vehicles Technical field When the present invention relates to a kind of launch unmanned aerial vehicle with rocket, the rocket shedding machine of safe launch unmanned aerial vehicle structure. Background technique In the rocket launching field of unmanned aerial vehicle, for guaranteeing the safe, reliable launch of unmanned aerial vehicle, unmanned aerial vehicle The rocket launcher is equipped with a rocket release mechanism for rocket release. When the unmanned aerial vehicle reaches the predetermined flight trajectory, the rocket takes off The landing mechanism will make the rocket separate from the unmanned aerial vehicle according to the predetermined falling trajectory. Existing rocket shedding mechanism is generally made of frame (thrust cone support), throwing rod, throwing frame, thrust cone four parts composition. Their assembly connections are as follows: the frame is fixed on the unmanned...

AI Technical Summary

Problems solved by technology

At present, there is no relevant reference material on the safe separation of rockets and unmanned aerial vehicles for launching unmanned aerial vehicles.

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