An unmanned aerial vehicle grenade throwing device

Abstract

The invention discloses an unmanned aerial vehicle grenade dropping device which comprises a hanging frame, a grenade storing barrel, an ejecting mechanism and an electrical controller. The hanging frame is used for fixing and connecting the unmanned aerial vehicle grenade dropping device to an unmanned aerial vehicle; one end of the grenade storing barrel is fixed to the hanging frame, and a magazine door is mounted at the other end of the grenade storing barrel and opened by a magazine door unlocking mechanism located at the corresponding position of the outer side of the grenade storing barrel; a safety pull ring reserved groove is reserved in the side wall of the end, where the magazine door is mounted, of the grenade storing barrel, and a safety releasing mechanism is arranged at the corresponding position of the outside of the grenade storing barrel; a grenade safety pull ring is connected with the safety releasing mechanism through the safety pull ring reserved groove; the ejecting mechanism is located at the inner bottom of the grenade storing barrel; and the electrical controller is used for supplying power and receiving signals to control the unmanned aerial vehicle grenade dropping device to work. The unmanned aerial vehicle grenade dropping device solves the problem of manual dropping limitation, the using flexibility is expanded, and safety is improved.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to an unmanned aerial vehicle grenade throwing device. Background technique [0002] Grenades are a supplement to guns and artillery, and have wide application prospects in actual combat. Common problems in application scenarios such as sudden hand-to-hand combat in the anti-terrorism department are: first, the difficulty of firepower projection, lack of reach, inaccuracy, and insufficient firepower; second, personnel close to the enemy, increasing the risk of casualties of one's own personnel. Unmanned aerial vehicles (UAVs) are becoming more and more common in the military field. They can perform tasks such as reconnaissance and strikes. Because of their advantages in maneuverability and non-contact operations, they are one of the driving forces behind the birth of new combat models. [0003] In the invention patent with publication number CN 105599901 A, a kind ...

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Problems solved by technology

[0006] However, it should be pointed out that fire extinguishing bombs are used for fire-fighting operations, and their principle and purpose are different from grenades, and fire extinguishing bombs are different from hand grenades in terms of shape, weight, and features; anti-riot bombs are different from grenades in terms of size, weight, and working principle There are many differences between grenades, and their launching principles are different from those of grenades; police tear gas grenades and military grenades are different in shape, weight, and characteristics; All are not suitable for projecting grenades, and the present prior art involves a grenade UAV bombing device is still blank

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