Air-explosion grenade

Abstract

The invention provides an air-explosion grenade. The grenade adopts a time-delay fuse method, the grenade can be exploded after bouncing to the air, air explosion is achieved, and when the grenade isexploded in the air, a target hiding behind an open shelter can be effectively killed. The shape of the air-explosion grenade is of an ellipsoidal structure, and comprises a stabilizing system, a fusesystem, an ejection system and an explosion system, wherein the stabilizing system is used for enabling the grenade to be self-stabilized and erected after falling down, and ensuring that the ejection system can vertically eject, the ejection system is arranged in a shell, and is used for ejecting an ejection inner cabin containing the explosion system from an ejection outlet to the air after thegrenade is self-stabilized, the explosion system is connected with the fuse system, and the explosion system is detonated by the fuse system after being ejected into the air.

Description

technical field [0001] The invention relates to a grenade, in particular to an air-explosive grenade, which belongs to the ammunition field. Background technique [0002] Throughout the history of the development of grenades, the current development trend of military anti-personnel grenades lies in: 1. The replacement of fuze systems, such as the invention and application of grenade trigger fuzes and trigger-delay fuzes; 2. The continuous improvement of fragmentation parameters, such as multi-angular prefabricated fragments Replace the spherical fragments in the past; 3. The application of new materials and new processes. However, due to the cost of production and the disadvantage that grenades always have dead ends when the fragments in the suicide wound scatter, it is easy for the killing target to lie down or find a cover to avoid when facing the grenade. [0003] Traditional grenades are all used to explode on flat ground. When the grenade explodes on flat ground, the f...

AI Technical Summary

Problems solved by technology

Take my country's current military 82-2 grenade as an example. There are 1,600 anti-destructive steel balls built into the bomb, but the number of steel balls that can eventually cause damage is only about 330. A large amount of steel balls and detonation energy are wasted.

Therefore, when a soldier encounters a hand grenade, he can lie down (such as figure 1 shown), or seek cover for evasion, which greatly reduces the lethality of the grenade

Images