RU146648U1 - BULLETIN OF TRAUMATIC NONLETAL ACTION - Google Patents

Abstract

The utility model relates to ammunition, namely, to bullets of traumatic non-lethal action for firearms, mainly smooth-bore weapons. The objective of the utility model is to create a bullet of traumatic non-lethal action for a firearm, mainly smooth-bore, weapon, which has increased stability in flight and the necessary accuracy of the battle, while maintaining the simplicity of manufacturing a bullet in conditions of mass production. This problem is solved in that a bullet of traumatic non-lethal action for a firearm, mainly smoothbore, a weapon made of an elastic material, for example rubber, according to a utility model is made in the form of a glass having a round bottom cross-section, forming the bullet head and a coaxial bottom an annular wall in cross sections forming the tail of the bullet and having an axial length greater than half the length of the bullet. When using the described bullet, it leaves the barrel of the weapon steadily flies until it encounters an obstacle at a given distance. This ensures sufficient accuracy of the battle. The described bullet can be quite simply manufactured in mass production using known technologies from known materials.

Description

The utility model relates to ammunition, namely, to bullets of traumatic non-lethal action for firearms, mainly smooth-bore weapons.

Known traumatic bullets for smooth-bore firearms, not intended to cause death to a person, made of an elastic material, such as rubber, and made in the form of a solid cylinder (US 7337715 B2, 2008, Fig. 4).

Such bullets, with the appropriate selection of the masses of the powder charge and the bullet itself, provide sufficient pain and stopping effect on a person with an acceptable traumatic effect without causing him death. However, such bullets, quite simple to manufacture, have insufficient stability in flight, begin to tumble, short of reaching the target, and as a result have insufficient accuracy of the battle.

The objective of the utility model is to create a bullet of traumatic non-lethal action for a firearm, mainly smooth-bore, weapon, which has increased stability in flight and the necessary accuracy of the battle, while maintaining the simplicity of manufacturing a bullet in conditions of mass production.

This problem is solved in that a bullet of traumatic non-lethal action for a firearm, mainly smoothbore, a weapon made of an elastic material, for example rubber, according to a utility model is made in the form of a glass having a round bottom cross-section, forming the bullet head and a coaxial bottom an annular wall in cross sections forming the tail of the bullet and having an axial length greater than half the length of the bullet.

Such a bullet with sufficient ease of manufacture provides the necessary accuracy of the battle as a result of good flight stability.

The head and tail of the bullet may have a common outer smooth cylindrical surface.

This embodiment of the bullet is the easiest to manufacture.

The outer surface of the bullet can be made stepped or ribbed.

However, this embodiment of the bullet complicates its manufacture.

The attached drawings show:

in FIG. 1 - bullet according to a utility model (in longitudinal section);

in FIG. 3 is a section AA in FIG. one;

in FIG. 4 is a section BB in FIG. one.

A bullet of traumatic non-lethal action for a firearm, mainly smooth-bore, weapon is made in the form of a glass (not indicated), having a bottom 1 round in cross section (Fig. 2), forming the bullet head (not marked), and made in one piece with the bottom 1 wall 2, coaxial to it, annular in cross sections (Fig. 3), forming the tail of the bullet (not indicated). The bottom 1 and wall 2 are made of an elastic material, such as rubber. The length L _{1 of the} wall 2 in the axial direction is more than half the length L of the bullet (Fig. 1).

The head and tail of the bullet have a common outer smooth cylindrical surface 3.

This embodiment of the bullet is the easiest to manufacture.

When using the described bullet, it leaves the barrel of the weapon steadily flies until it encounters an obstacle at a given distance. This ensures sufficient accuracy of the battle.

After meeting with an obstacle, the bullet can unfold, but this does not negatively affect the accuracy of the battle.

The described bullet can be quite simply manufactured in mass production using known technologies from known materials.

Claims (2)

1. A bullet of traumatic non-lethal action for a firearm, mainly a smooth-bore weapon, made of an elastic material, for example rubber, made in the form of a glass having a round bottom cross-section, forming the bullet’s head, and a coaxial bottom, cross-sectional wall, forming the tail part bullets and having a length greater than half the length of the bullet. 2. The bullet according to claim 1, characterized in that it has a common outer smooth cylindrical surface of the head and tail.

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