A handgun safety device comprising a safety element with a firing interrupting element configured for snug projection between a face of a duty cartridge and a fore end of a functional firing element, said safety element being articulated at a first end of a cord having a full length, with a second end configured for attaching to an article worn by a user.

A device for securing a weapon with a safety, the device having a safety body adapted to contact a sear of the safety, and a movable actuating element between a first position and a second position; wherein The actuating element and the safety body are adapted to make the device configurable between at least: a firing state wherein the actuating element is in the first position, causing the sear to slide through the safety body; and a safe state wherein the actuating element is in the second position, causing the sear not to slide through the safety body. Also, a trigger mechanism housing and a weapon which include the device and, a method for securing a weapon by a safety of the weapon and a device for securing a weapon.

A device for securing a weapon with a safety, the device having a safety body adapted to contact a sear of the safety, and a movable actuating element between a first position and a second position; wherein The actuating element and the safety body are adapted to make the device configurable between at least: a firing state wherein the actuating element is in the first position, causing the sear to slide through the safety body; and a safe state wherein the actuating element is in the second position, causing the sear not to slide through the safety body. Also, a trigger mechanism housing and a weapon which include the device and, a method for securing a weapon by a safety of the weapon and a device for securing a weapon.

The present invention relates to a pistol comprising a firing pin safety device integrated into a slide (5) of the pistol comprising a firing pin (1) comprising a lateral extension (25) comprising at least one safety lug (10,11) and a firing pin butterfly safety (2) positioned on an axis of rotation (27) fastened to the slide and parallel to the axis of translation of the firing pin (20), said butterfly safety (2) being able to rotate in a vertical plane between a firing position and a blocking position, said butterfly (2) comprising at least one bearing surface (17,18) on which the at least one lug (10,11) rests when said butterfly is in the blocking position and at least one recess (14) able to allow the at least one lug (10,11) to pass when said butterfly is in the shooting position, the center of mass of said butterfly (2) being on its axis of rotation (27) and the axis of rotation (27) being a main axis of inertia of said butterfly (2).

A smart-gun enablement device that is configured to: communicate with a plurality of smart-guns via a network; configure each of the smart-guns of the plurality of smart-guns from a checked-in state to a checked-out state; and configure each of the smart-guns of the plurality of smart-guns with a set of functionality parameters while the smart-gun is in the checked-out state.

A smart-gun enablement device that is configured to: communicate with a plurality of smart-guns via a network; configure each of the smart-guns of the plurality of smart-guns from a checked-in state to a checked-out state; and configure each of the smart-guns of the plurality of smart-guns with a set of functionality parameters while the smart-gun is in the checked-out state.

A handgun safety device comprising a safety element with a firing interrupting element configured for snug projection between a face of a duty cartridge and a fore end of a functional firing element, said safety element being articulated at a first end of a cord having a full length, with a second end configured for attaching to an article worn by a user.

A weapon system is provided. The weapon system includes a receiver and an operating group. The operating group includes a bolt at least partially housed within the receiver; an operating rod (op-rod) assembly arranged to axially translate within the bolt. The operating group also includes a carrier assembly, a bolt assembly, and a recoil assembly. The system further includes a hinge or pivot joint at a connection between the recoil assembly and the carrier assembly, a firing pin lock, an elastomeric cone interface between the bolt assembly and the receiver, a hollowed out piston, and/or tapering on the lug of the bolt assembly.

A weapon system is provided. The weapon system includes a receiver and an operating group. The operating group includes a bolt at least partially housed within the receiver; an operating rod (op-rod) assembly arranged to axially translate within the bolt. The operating group also includes a carrier assembly, a bolt assembly, and a recoil assembly. The system further includes a hinge or pivot joint at a connection between the recoil assembly and the carrier assembly, a firing pin lock, an elastomeric cone interface between the bolt assembly and the receiver, a hollowed out piston, and/or tapering on the lug of the bolt assembly.

One aspect includes a smart-gun enablement device. The smart-gun enablement device can communicate with a plurality of smart-guns via a network; configure each of the smart-guns of the plurality of smart-guns from a checked-in state to a checked-out state; and configure each of the smart-guns of the plurality of smart-guns with a set of functionality parameters while the smart-gun is in the checked-out state.