A firearm 10 having a selectively movable slide portion 12 which includes at least one serrated radius or shoulder edge 14, 16 and which allows the firearm 10 to be selectively cycled by engaging the at least one serrated edge 14, 16 with a surface, such as table edge 32, thereby allowing for selective and relative movement between the frame 7 and the slide portion 12.

A firearm 10 having a selectively movable slide portion 12 which includes at least one serrated radius or shoulder edge 14, 16 and which allows the firearm 10 to be selectively cycled by engaging the at least one serrated edge 14, 16 with a surface, such as table edge 32, thereby allowing for selective and relative movement between the frame 7 and the slide portion 12.

A gun that comprises a stock with a grip having distal and proximal portions, and an electronic device suitable to detect or process situations occurring to the gun. The electronic device comprises a detector and processor designed to detect and process information relative to a status of the gun. A battery supplies power to the detector and processor and an activator suitable to activate the supplying of power to the detector and processor to match a default event including a cocking of a hammer of the gun. The activator is housed within the grip and adjacent the bottom of the grip in the proximal portion and further comprises a hammer switch element operationally connected to the hammer to detect a change of position and send an activation signal to the battery. The hammer comprises a command portion to be moved by the shooter to move the hammer.

A gun that comprises a stock with a grip having distal and proximal portions, and an electronic device suitable to detect or process situations occurring to the gun. The electronic device comprises a detector and processor designed to detect and process information relative to a status of the gun. A battery supplies power to the detector and processor and an activator suitable to activate the supplying of power to the detector and processor to match a default event including a cocking of a hammer of the gun. The activator is housed within the grip and adjacent the bottom of the grip in the proximal portion and further comprises a hammer switch element operationally connected to the hammer to detect a change of position and send an activation signal to the battery. The hammer comprises a command portion to be moved by the shooter to move the hammer.

A sliding action for riles having an upper and a lower receiver in which the firing mechanism is totally installed OEM in the lower receiver, including a disconnector mechanism, and is fed by magazine. The OME gas operating system is removed, thus eliminating the semi-automatic mode feature, and substitutes the operating system by a Slide Action assembly having a kinematic chain of individually joint parts, which when assembled establish a solid array with one degree of freedom as a whole, and moving reciprocatingly along a path parallel to the barrel. The invention incorporates a structural guiding tube and supports to prevent buckling of the chain; a handguard; a sliding mobile forend with a polygonal open concave, symmetrical shape incorporating the guides for the sliding mobile forend. An external locking mechanism, installed in the forend locks the Slide Action against the grounded handguard. A driver clamp connects externally the Sliding chain.

A sliding action for riles having an upper and a lower receiver in which the firing mechanism is totally installed OEM in the lower receiver, including a disconnector mechanism, and is fed by magazine. The OME gas operating system is removed, thus eliminating the semi-automatic mode feature, and substitutes the operating system by a Slide Action assembly having a kinematic chain of individually joint parts, which when assembled establish a solid array with one degree of freedom as a whole, and moving reciprocatingly along a path parallel to the barrel. The invention incorporates a structural guiding tube and supports to prevent buckling of the chain; a handguard; a sliding mobile forend with a polygonal open concave, symmetrical shape incorporating the guides for the sliding mobile forend. An external locking mechanism, installed in the forend locks the Slide Action against the grounded handguard. A driver clamp connects externally the Sliding chain.

A self-loading-pistol includes a slide slidably mounted on a frame and coupled to a recoil spring, with a support plate formed in a front portion of the slide. A barrel passes through the slide and is fixedly mounted on the frame. A slide lock mechanism locks the slide during firing of the pistol and is arranged in the front portion of the frame under the barrel. The slide lock mechanism includes a front seat formed on a front arm of a two-armed lever, a locking member mounted in the front seat, a rear seat formed on a rear arm of the two-armed lever, and a damping member mounted in the rear seat. The locking member and the damping member are pushed upwards to the front seat and the rear seat by a locking spring. A support surface is formed on the rear arm of the two-armed lever and extends to an aperture in the frame.

A self-loading-pistol includes a slide slidably mounted on a frame and coupled to a recoil spring, with a support plate formed in a front portion of the slide. A barrel passes through the slide and is fixedly mounted on the frame. A slide lock mechanism locks the slide during firing of the pistol and is arranged in the front portion of the frame under the barrel. The slide lock mechanism includes a front seat formed on a front arm of a two-armed lever, a locking member mounted in the front seat, a rear seat formed on a rear arm of the two-armed lever, and a damping member mounted in the rear seat. The locking member and the damping member are pushed upwards to the front seat and the rear seat by a locking spring. A support surface is formed on the rear arm of the two-armed lever and extends to an aperture in the frame.

A weapon which has a completely modular design. For this purpose, the weapon is subdivided into weapon-specific assemblies which are designed as carrier units of the components and/or of the modular assemblies of the weapon. A first assembly can be a modular weapon housing. Said weapon housing has a carrier unit into which a breech system of the weapon and its components are built. Another modular assembly is a weapon cradle. Into this modular assembly the weapon housing module with breech system is integrated. The weapon housing module can be complemented with the weapon barrel module. The components are connected to the modular assemblies and the modular assemblies to each other by means of rails and guides and complementary rails and guides for the assemblies, by binders and holders, by pins, bolts and quick release fasteners.

A weapon which has a completely modular design. For this purpose, the weapon is subdivided into weapon-specific assemblies which are designed as carrier units of the components and/or of the modular assemblies of the weapon. A first assembly can be a modular weapon housing. Said weapon housing has a carrier unit into which a breech system of the weapon and its components are built. Another modular assembly is a weapon cradle. Into this modular assembly the weapon housing module with breech system is integrated. The weapon housing module can be complemented with the weapon barrel module. The components are connected to the modular assemblies and the modular assemblies to each other by means of rails and guides and complementary rails and guides for the assemblies, by binders and holders, by pins, bolts and quick release fasteners.