A tube-type vertical ejection type ejection UAV, its ejection system and its implementation method

Abstract

The invention discloses a tubular vertical ejection type ejection unmanned aerial vehicle, an ejection system and a realization method thereof. The present invention is mounted on a carrier platform and includes an ejection drone and an ejection system. Before ejection, the ejection drone is folded and slid into the ejection system. After ejection, the ejection drone realizes autonomous flight and completes the designated task; the present invention The excellent functions and structural layout of the catapult UAV can obviously overcome the problems that conventional UAVs have strict requirements for take-off and landing conditions, as well as poor endurance. Quick take-off, safe landing, and fast deployment in various environments; the catapult system for the catapult drone can store the drone, and by using the explosive gas of the projectile, push the push plate, and indirectly eject the drone. The man-machine is ejected in a stable ballistic manner without damaging the drone, and it can be made into the form of multiple ejection tubes, so the ejection efficiency of the drone is higher.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to a tube-type vertical ejection ejection UAV, an ejection system and an implementation method thereof. Background technique [0002] In the context of the rapid development of unmanned system technology, more and more unmanned system products have entered people's field of vision, such as unmanned vehicles, unmanned boats, unmanned aerial vehicles, etc. Among them, unmanned aerial vehicles rely on their low cost, The advantages such as wide application range are developing the fastest, and it can be seen in both civilian and military fields. However, the current existing forms of unmanned aerial vehicles have strict requirements on the environmental conditions for take-off. For example, the take-off site needs to be open and stable, and the unmanned aerial vehicle needs to keep a sufficient safe distance from the operator when it takes off. These harsh conditions s...

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Problems solved by technology

[0003] Aiming at the problems existing in the application field of unmanned aerial vehicles above, the present invention proposes a tube-type vertical ejection ejection unmanned aerial vehicle and its ejection system and implementation method. The unmanned aerial vehicle system can be carried on an aircraft, vehicle, ship or When the carrier platform reaches the mission area, this type of UAV can quickly take off in the form of ejection while the carrier platform is moving, and quickly cut into the mission area to perform the task, realizing rapid deployment. Solve the problems of poor deployment flexibility and squeezed task load space caused by the harsh take-off conditions of current UAVs

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