A combined cartridge deflector and scope mount for attachment to a lever action top ejection rifle. The cartridge deflecting component, by means of three deflection elements, changes the trajectory of both the ejected whole cartridges, and the empty shell casings, from vertical and to the rear of the rifle to a trajectory of slightly above horizontal and to the right of the rifle, as seen from the shooter's position. The scope mount component of the invention allows a riflescope to be mounted directly above the ejection port of the receiver, the conventional and most desirable position. The invention, in many cases can be attached to the rifle using existing screw holes without the need for a gunsmith.

A combined cartridge deflector and scope mount for attachment to a lever action top ejection rifle. The cartridge deflecting component, by means of three deflection elements, changes the trajectory of both the ejected whole cartridges, and the empty shell casings, from vertical and to the rear of the rifle to a trajectory of slightly above horizontal and to the right of the rifle, as seen from the shooter's position. The scope mount component of the invention allows a riflescope to be mounted directly above the ejection port of the receiver, the conventional and most desirable position. The invention, in many cases can be attached to the rifle using existing screw holes without the need for a gunsmith.

A firearm, more specifically a rack and pinion lever-action rifle with a receiver, a barrel having a chamber and joined to said receiver, a cartridge magazine with a cartridge, a sliding bolt with a rack surface and an extractor, and a pinion in direct contact with the bolt. A claw on the pinion delivers a cartridge from the cartridge magazine to the extractor. A lever member is also connected to the receiver with the pivot pin and alternates between a coupled configuration and a partially uncoupled configuration with the pinion via a locking pin. A decoupling pin releases the pinion from a coupled configuration with the lever member. A bolt pin couples with a locking groove in a sliding bolt cap on the locked sliding bolt. A hammer, hammer spring, sear, trigger, and firing pin interact to discharge the firearm. An ejector ejects spent cartridges out of the receiver.

A firearm, more specifically a rack and pinion lever-action rifle with a receiver, a barrel having a chamber and joined to said receiver, a cartridge magazine with a cartridge, a sliding bolt with a rack surface and an extractor, and a pinion in direct contact with the bolt. A claw on the pinion delivers a cartridge from the cartridge magazine to the extractor. A lever member is also connected to the receiver with the pivot pin and alternates between a coupled configuration and a partially uncoupled configuration with the pinion via a locking pin. A decoupling pin releases the pinion from a coupled configuration with the lever member. A bolt pin couples with a locking groove in a sliding bolt cap on the locked sliding bolt. A hammer, hammer spring, sear, trigger, and firing pin interact to discharge the firearm. An ejector ejects spent cartridges out of the receiver.

Rifles of the present disclosure may comprise a stock a, a receiver assembly, and a barrel. The receiver assembly may comprise a bolt, a trigger system, a lever, and a linkage. The receiver assembly installed in the stock. The linkage may comprise a first link having a first end and a second end, the first end rotatably coupled to the bolt. The linkage may further comprise a second link have a third end and a fourth end, the third end being rotatably coupled to the second end. The linkage may also comprise a third link having a fifth end and two arms coupled to the fifth end defining a channel, the fifth end rotatably coupled to the fourth end. The lever being slidably installed in the channel and configured to move the bolt between an in-battery and an out-of-battery position.

Rifles of the present disclosure may comprise a stock a, a receiver assembly, and a barrel. The receiver assembly may comprise a bolt, a trigger system, a lever, and a linkage. The receiver assembly installed in the stock. The linkage may comprise a first link having a first end and a second end, the first end rotatably coupled to the bolt. The linkage may further comprise a second link have a third end and a fourth end, the third end being rotatably coupled to the second end. The linkage may also comprise a third link having a fifth end and two arms coupled to the fifth end defining a channel, the fifth end rotatably coupled to the fourth end. The lever being slidably installed in the channel and configured to move the bolt between an in-battery and an out-of-battery position.

Systems and methods for firearm suppression include a firearm suppressor structured to be coupled adjacent to and in contact with a receiver of a firearm. The suppressor comprises a baffle assembly structured to modulate exhaust gases discharged upon firing. In some embodiments, the suppressor includes a firearm adapter for concentric alignment with the firearm's barrel and a magazine clamp to maintain alignment with a tubular magazine. The baffle assembly can include an inner baffle sleeve forming a primary blast chamber and an outer tube forming a secondary blast chamber. An end cap can thread onto the inner baffle sleeve to compress the baffle stack against an internal barrel nut, ensuring secure attachment to the firearm. These systems can be adapted for various firearm types, including lever action, bolt action, pump action, semi-automatic, and fully automatic firearms.

Lever action firearms having a linkage assembly for pivotally connecting its action lever to its bolt carrier assembly and associated methods are disclosed. The lever action firearm includes a bolt carrier assembly received in an upper frame and operable to reciprocate between an open position and a closed position. The bolt carrier assembly includes a first pivot. A lower frame defines a magazine well configured to removably receive a box magazine. The lever action firearm includes an action lever movable between a retracted position and an extended position. The action lever includes second and third pivots. The action lever is pivotally connected to the lower frame at the second pivot. The lever action firearm also includes a linkage assembly is pivotally connected to the action lever at the third pivot, wherein the linkage assembly is pivotally connected to the bolt carrier assembly at the first pivot.

Lever action firearms having a linkage assembly for pivotally connecting its action lever to its bolt carrier assembly and associated methods are disclosed. The lever action firearm includes a bolt carrier assembly received in an upper frame and operable to reciprocate between an open position and a closed position. The bolt carrier assembly includes a first pivot. A lower frame defines a magazine well configured to removably receive a box magazine. The lever action firearm includes an action lever movable between a retracted position and an extended position. The action lever includes second and third pivots. The action lever is pivotally connected to the lower frame at the second pivot. The lever action firearm also includes a linkage assembly is pivotally connected to the action lever at the third pivot, wherein the linkage assembly is pivotally connected to the bolt carrier assembly at the first pivot.

A receiver system comprises upper and lower receiver bodies, a lower receiver body, a bolt carrier, and an action-control lever. The upper receiver body is a semi-automatic firearm upper receiver body. The lower receiver body includes a stock mounting flange having a stock receptacle that is matingly engageable with a receiver engaging portion of a stock. The bolt carrier is slidably disposed within a bolt carrier receiving bore of the upper receiver body. The action-control lever has a hand loop and a first attachment arm having a proximate end portion thereof attached to the hand loop. The first attachment arm is pivotably attached at a distal end thereof to the lower receiver body for being pivoted between a battery-ready position and a cartridge-ejecting position relative to the lower receiver body. The action-control lever is attached to the bolt carrier through an articulating coupling assembly.