Small-sized unmanned individual weapon recoil reduction device

Abstract

The invention discloses a small-sized unmanned individual weapon recoil reduction device. The small-sized unmanned individual weapon recoil reduction device comprises two weapon fixing mechanisms, a through connection mechanism, an arm fixing mechanism and a weapon station fixing mechanism. The two weapon fixing mechanisms are symmetrically fixed at the front end and the rear end of the through connection mechanism separately. The two weapon fixing mechanisms are used for fixedly clamping the front ends and the rear ends of weapons correspondingly. The arm fixing mechanism is fixed to the sideend of the through connection mechanism through bolts and used for being connected with wearable weapons. The weapon station fixing mechanism is fixed to the bottom of the through connection mechanism through bolts and used for being connected with weapon stations. Buffer parts are both arranged on the arm fixing mechanism and the weapon station fixing mechanism and used for attenuating the recoil of each weapon. The small-sized unmanned individual weapon recoil reduction device is compatible with both commonly-used small-sized unmanned hitting load recoil reduction and wearable weapon recoilreduction.

Description

technical field [0001] The invention belongs to the test field of individual weapon stations, in particular to a small unmanned individual weapon recoil reduction device. Background technique [0002] Most of the weapon stations based on individual combat weapons are based on the erected weapons as a recoil buffer, and only rely on rigid weapon brackets as a recoil reduction structure. Its advantage is that it can stably control the size of the recoil of the pistol. With the continuous development of the weapon station, the weapons erected are not limited to pistols and submachine guns, but also medium-caliber rifles and large-caliber anti-material weapons. At present, there are also soldier-worn firearms as the main weapon to liberate soldiers' hands, allowing soldiers to wear weapons on their arms or shoulders. This solution also required reducing the recoil of the weapon. [0003] For traditional weapons, during use, the gunpowder gas drives the automaton to reciprocate...

AI Technical Summary

Problems solved by technology

If the shooter uses a wearable weapon to shoot, the excessive recoil will damage the shooter's limbs, and the recoil reduction device must be used to reduce the recoil; if the small unmanned strike load uses conventional weapons to strike, the excessive recoil will make the strike The accuracy of the load decreases, and even the vibration caused by excessive recoil will damage some of the electronic components that strike the load

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