A cap that is intended to obturate a duct for ejecting cartridges of a turret. This cap includes a circular base that is intended to allow it to be fastened to the duct, and a body shell having a spherical dome profile including a concave face and a convex face, the body shell being divided into at least four sectors by radial slits that are regularly distributed angularly, the sectors being contiguous pairwise. Another subject of the invention is a turret including a duct for ejecting cartridges equipped with such a cap.

A cap that is intended to obturate a duct for ejecting cartridges of a turret. This cap includes a circular base that is intended to allow it to be fastened to the duct, and a body shell having a spherical dome profile including a concave face and a convex face, the body shell being divided into at least four sectors by radial slits that are regularly distributed angularly, the sectors being contiguous pairwise. Another subject of the invention is a turret including a duct for ejecting cartridges equipped with such a cap.

A safety device for redirecting spent ammunition cartridge cases away from a rifleman or bystander as they are ejected from the ejector port of a semiautomatic or automatic rifle. In a first embodiment, the center mounted embodiment is preferred. The presented device includes a mounting clamp assembly, mounting rod and pivoting deflector. The deflector can be pivoted to permit the ejection pattern desired by the rifleman. In a second embodiment, the side mounted assembly, the mounting clamp assembly is attached to the right hand side rail of the forearm and barrel assembly. In the third embodiment, rear mounted assembly, the clamp mounting assembly is installed at the rear of the upper receiver rail. In a fourth embodiment, forward mounted assembly, the mounting clamp assembly is mounted on the forearm upper accessory mounting rail. All embodiments described herein apply to a left-handed version of the rifle.

A magazine for storing and separating projectiles for a weapon, in particular for a bow weapon, includes a storage section, which is configured to house at least partially cylindrical projectiles, in particular arrows or bolts, and extends in a first direction. The magazine includes a separating mechanism coupled to the storage section. The separating mechanism includes an actuation section configured to be actuated by the movement of at least one actuation mechanism of a weapon when moved with respect to the first direction. The separating mechanism, upon actuation of the actuation section, is configured to separate a single projectile from a plurality of projectiles in the storage section. The separating mechanism includes a holding section configured to hold the separated single projectile with a predefined force in a launching area of a weapon. A weapon including such a magazine and a method for manufacturing such a magazine are also described.

A magazine for storing and separating projectiles for a weapon, in particular for a bow weapon, includes a storage section, which is configured to house at least partially cylindrical projectiles, in particular arrows or bolts, and extends in a first direction. The magazine includes a separating mechanism coupled to the storage section. The separating mechanism includes an actuation section configured to be actuated by the movement of at least one actuation mechanism of a weapon when moved with respect to the first direction. The separating mechanism, upon actuation of the actuation section, is configured to separate a single projectile from a plurality of projectiles in the storage section. The separating mechanism includes a holding section configured to hold the separated single projectile with a predefined force in a launching area of a weapon. A weapon including such a magazine and a method for manufacturing such a magazine are also described.

A magazine for storing and separating projectiles for a weapon, in particular for a bow weapon, includes a storage section, which is configured to house at least partially cylindrical projectiles, in particular arrows or bolts, and extends in a first direction. The magazine includes a separating mechanism coupled to the storage section. The separating mechanism includes an actuation section configured to be actuated by the movement of at least one actuation mechanism of a weapon when moved with respect to the first direction. The separating mechanism, upon actuation of the actuation section, is configured to separate a single projectile from a plurality of projectiles in the storage section. The separating mechanism includes a holding section configured to hold the separated single projectile with a predefined force in a launching area of a weapon. A weapon including such a magazine and a method for manufacturing such a magazine are also described.

Improvements to firearms that load cartridges from a magazine and/or a clip are disclosed. Specifically, improvements to slide assemblies and bolt assemblies to depress a cartridge in a magazine and/or a clip are provided. Such improvements include a sloped bottom-facing surface of the slide assembly and/or bolt assembly. The sloped bottom-facing surface is sloped along the length of the portion that contacts a cartridge in the magazine and/or clip when the slide assembly and/or bolt assembly reciprocates.

A multi-caliber firearm includes a barrel extension configured to connect to an interchangeable barrel that is selected from at least two predetermined caliber sizes. An interchangeable magazine well receives a magazine that is selected to house cartridges from the predetermined caliber sizes. The magazine well includes a first end facing towards the stock and a second end facing towards the barrel extension. A bolt carrier group includes a bolt carrier and a bolt. A reverse movement unloads a used cartridge from the bolt and a forward movement loads a new cartridge from the magazine. The bolt carrier group receives an interchangeable bolt that is selected to load and unload one of the predetermined caliber sizes. The bolt includes a longitudinal cartridge retaining notch facing towards the magazine. The cartridge retaining notch is configured to retain the new cartridge in the magazine during the reverse movement.

A multi-caliber firearm includes a barrel extension configured to connect to an interchangeable barrel that is selected from at least two predetermined caliber sizes. An interchangeable magazine well receives a magazine that is selected to house cartridges from the predetermined caliber sizes. The magazine well includes a first end facing towards the stock and a second end facing towards the barrel extension. A bolt carrier group includes a bolt carrier and a bolt. A reverse movement unloads a used cartridge from the bolt and a forward movement loads a new cartridge from the magazine. The bolt carrier group receives an interchangeable bolt that is selected to load and unload one of the predetermined caliber sizes. The bolt includes a longitudinal cartridge retaining notch facing towards the magazine. The cartridge retaining notch is configured to retain the new cartridge in the magazine during the reverse movement.

A safety device for redirecting spent ammunition cartridge cases away from a rifleman or bystander as they are ejected from the ejector port of a semiautomatic or automatic rifle. In a first embodiment, the center mounted embodiment is preferred. The presented device includes a mounting clamp assembly, mounting rod and pivoting deflector. The deflector can be pivoted to permit the ejection pattern desired by the rifleman. In a second embodiment, the side mounted assembly, the mounting clamp assembly is attached to the right hand side rail of the forearm and barrel assembly. In the third embodiment, rear mounted assembly, the clamp mounting assembly is installed at the rear of the upper receiver rail. In a fourth embodiment, forward mounted assembly, the mounting clamp assembly is mounted on the forearm upper accessory mounting rail. All embodiments described herein apply to a left-handed version of the rifle.