Multiple projectile ammunition

US20120234198A1Inactive Publication Date: 2012-09-20CARMEL MATTHEW MORMAN

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  • Multiple projectile ammunition
  • Multiple projectile ammunition

Examples

Experimental program
Comparison scheme
Effect test

Embodiment Construction

[0013]FIGS. 1 and 2 show a round of ammunition (e.g., a cartridge 100) configured in accordance with an embodiment of the present invention. The cartridge 100 includes a casing 102 having a projectile receiving end portion 104 and a primer receiving end portion 106. A rim 108 and a primer bore 110 are provided at the primer receiving end portion 106. The primer bore 110 is configured for having a primer 112 mounted therein. It is disclosed herein that a water-resistance seal can be provided between the primer 112 and the casing 102 by providing a suitable sealant between the primer 112 and a mating wall of the primer bore 110.

[0014]The casing 102 has a substantially round cross sectional shape. The projectile receiving end portion 104 defines an open end portion of the casing 102. The primer receiving end portion 106 defines a closed end portion of the casing 102 (i.e., when the primer 112 is within the primer bore 110. A casing cavity 114 is defined between the projectile receiving...

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Abstract

A casing has a projectile receiving end portion and a primer receiving end portion. A plurality of projectiles is positioned in a stacked configuration within the casing at the projectile receiving end portion. A propellant receiving space is defined within the casing between an innermost one of the projectiles and the primer receiving end portion of the casing. The innermost one of the projectiles has a gas check body attached thereto at an end face thereof exposed to the propellant receiving space of the casing. A first cannulure is positioned between the gas check body and the primer receiving end portion of the casing for defining a protrusion for limiting displacement of the gas check body toward the primer receiving end portion of the casing. A second cannulure is positioned within the projectile receiving end portion of the casing for forming a protrusion that engages an outermost one of the projectiles.

Description

FIELD OF THE DISCLOSURE[0001]The disclosures made herein relate generally to ammunition for firearms and, more particularly, to firearm ammunition having a plurality of stacked projectiles.BACKGROUND[0002]The .38 Special +P / HP (i.e., enhanced pressure hollow point) cartridge is known to be one of the most popular self-defense rounds of ammunition. However, this round of ammunition is also known to not be well suited for handguns with relatively short barrels (e.g., 2″-3″ barrels). This is a result of the relatively short barrel length typically not generating sufficient velocity to ensure reliable bullet expansion (i.e., obturation). In addition, the high recoil force associated with this round can hinder accurate shooting and / or cause discomfort in the hand of some shooter's. This presents a problem for some shooters with limited hand strength or manual dexterity issues who have a desire to employ an effective self-defense cartridge using a controllable and comfortable firearm plat...

Claims

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Application Information

Patent Timeline
20 Sep 2012
Publication
US20120234198A1
IPC
F42B5/03; F42B14/00; F42B30/02
CPC
F42B30/02; F42B5/03
Inventors
CARMEL, MATTHEW MORMAN