Novel infantry grenade system

Abstract

The invention discloses a novel infantry grenade system. The system mainly comprises a grenade body, a battle part, a fuse and a firing device, wherein a tail pipe of the rear part of the grenade body is inserted inside the grenade body through a grenade tail ring, a propellant powder column is arranged inside the tail pipe, and a piston is arranged behind the propellant powder column; a tail hoop is arranged on the tail part of the tail pipe, a stabilizer fin is arranged at the front part of the tail pipe, and the head part of the tail pipe is sharp; a safety protective cover is arranged at the front part of the manual start type trigger and delay dual-functional fuse in the grenade body; a directional ejector piston is arranged in front of a vertical support of the firing device; a tray plate on the upper part of the firing device is provided with a front connecting seat and a main connecting seat; and the main connecting seat is provided with a cantilever type direct sighting telescope. According to the novel infantry grenade system, an electronic firing mode is adopted, a battery shell is arranged behind the vertical support of the tray plate, a sliding power supply connecting switch which slides in a slide groove is arranged on the battery shell, the electronic firing device is arranged on the lower part of the battery shell, and a trigger button is arranged in the front part of the battery shell, and a finger protective baffle is arranged at the lower part of the vertical support. The novel infantry grenade system has the advantages of good concealment, multiple functions and does not occupies the system.

Description

Technical field: [0001] The invention relates to the field of light weapons, in particular to a new type of infantry grenade system with good concealment, multiple uses and no occupation of preparation. Background technique: [0002] Existing infantry explosive weapons mainly include grenades, rifle grenades, gun-mounted grenade launchers, rocket launchers, three-handed grenades, and mortars. When grenades are thrown by humans, they have good concealment, but they have limited throwing distance and low accuracy. shortcoming. Although rifle grenades and gun-mounted grenade launchers have a relatively long range and relatively high accuracy, they have disadvantages such as large firing marks, difficult concealment, and easy exposure of the shooter. With its soundless, smokeless, and flameless characteristics, the three-no grenades enable the shooter to have excellent concealment when launching, but the three-non-propelled grenade needs to be carried and used by a special pers...

AI Technical Summary

Problems solved by technology

[0002] Existing infantry explosive weapons mainly include grenades, rifle grenades, gun-mounted grenade launchers, rocket launchers, three-handed grenades, and mortars. When grenades are thrown by humans, they have good concealment, but they have limited throwing distance and low accuracy. shortcoming

Although the gun grenade and the gun-mounted grenade launcher have a relatively long range and relatively high accuracy, they have disadvantages such as large launch marks, difficult concealment, and easy exposure of the shooter.

With its soundless, smokeless, and flameless characteristics, the three-no grenades enable the shooter to have excellent concealment when launching, but the three-non-propelled grenade needs to be carried and used by a special person and occupies the army establishment, and the rocket is weak. Although mortars and mortars have the advantages of longer range and greater power, they also have the disadvantage of not having any concealment and easily exposing the shooter. Such shortcomings, especially the mortar not only has the above-mentioned shortcomings, but also needs to be carried and used by multiple people, which leads to the inability to realize the concealment and suddenness of the troops in combat, and cannot achieve the effect of surprise and surprise in combat , especially special forces, reconnaissance units and airborne units, which often need to operate and operate behind enemy lines, the problems in this regard are even more prominent

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