Gun clamping mechanism assembled to unmanned aerial vehicle and provided with spring buffer device

Abstract

The invention discloses a gun clamping mechanism assembled to an unmanned aerial vehicle and provided with a spring buffer device. The gun clamping mechanism comprises a gun clamping sub-mechanism, afiring mechanism, a first cylindrical boss, a second cylindrical boss and two spring buffer mechanisms. The two spring buffer mechanisms are symmetrically arranged on the two sides of the gun clampingsub-mechanism. The firing mechanism is fixed to the bottom of any side of the gun clamping sub-mechanism. The first cylindrical boss and the second cylindrical boss are fixed to the outer sidewalls of the two spring buffer mechanisms correspondingly. The first cylindrical boss and the second cylindrical boss are used for pan-tilt cascade connection. The gun clamping mechanism is concise in overall structure and small in mass. Limiting springs and buffer springs are adopted to be connected in series, so that a gun is stable in position before firing and is buffered both in the recoiling process and in the counter-recoiling process, and unnecessary impact vibration is reduced.

Description

technical field [0001] The invention belongs to the field of unmanned aerial vehicles, and in particular relates to a gun clamping mechanism with a spring buffer device assembled on an unmanned aerial vehicle. Background technique [0002] Unmanned aerial vehicles (UAVs) are an important development direction on the future information battlefield. They have broad application prospects and important military application value. Although unmanned combat platforms are a new concept of combat weapons, most of these unmanned combat platforms use ground unmanned vehicles or larger fixed-wing UAVs as carriers. Currently, small rotor UAVs are mostly used for exploration, Reconnaissance, etc., there is no small-sized rotor drone that can directly attack the enemy. In the field of anti-terrorism and anti-riot, research in this area can provide the police with good air support firepower and reconnaissance capabilities. [0003] Wu Jinji proposed a new type of special automatic weapon ...

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Problems solved by technology

[0003] Wu Jinji proposed a new type of special automatic weapon clamping system in "Design and Research of a New Special Clamping System". The buffer spring achieves the buffering effect. The main problem is that the mass of the base is too large, the overall structure is huge, and it is not streamlined and coordinated enough to be installed on the aerial platform. When the firearm is not fired and is in a free state, there is no limit device, and the re-entry process is not easy. get control

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