Improved pistol of the type comprising a body carrying a moving slideway supporting a barrel and a firing-pin, the device actuating the said firing-pin consisting of a kinematic chain comprising a detent pivoting on the body, levers driving a sear and a hammer pivoting on the body, said hammer being subjected to the action of a spring and controlled by the sear, characterized in that the hammer is mounted coaxially with at least one ring having two stops for the hammer, the ring having a notch engageable by the said sear.
The breech lock unit has a housing in which a strike hammer is mounted so that it can be pivoted around a shaft. A drive lever can be pivoted on the same shaft to a limited extent in both directions with respect to the hammer. The hammer is biased by a spring against the one stop with the lever. Connected to the lever is a connecting rod which is biased by a striker spring and in the base position is in contact with a stop surface on the housing. The configuration described above makes possible a slim construction and optimum drive conditions. A plurality of functions that conventionally require separately installed components can be realized in the one breech lock unit.
A safety mechanism dedicated to a single-action type firearm, equipped with a firing system using a hammer, presented in a kit form, capable of factory assembly on the firearm, or adaptation to a firearm already in service, comprising: said hammer striking the firing pin of the firearm when firing; a hammer ring working with the hammer; a trigger-activated sear, which, during firing, releases the hammer ring; a hammer strut including a hammer spring which is compressed to cock the hammer and which, when firing, propels the hammer ring, causing the hammer to strike the firing pin; a cocking lever, which may be left/right, and which is activated manually to release the active safeties by releasing the sear, the hammer and the slide; a return spring, to return the hammer backwards into the cocked position, ready to fire single action, a cocking lever spring; a hammer spring, which is fixed thanks to a pin to the hammer strut; a pin fastened to the cocking lever and a sear spring.
The invention relates to a firing pin and hammer assembly for a fire arm, especially a self-loading fire arm with a closed breech of a submachine gun, the assembly comprising a firing pin capable of being moved from a rest position at which its end is positioned in the travel path of a hammer, to a priming position; a firing pin spring for moving the firing pin into its rest position; a catch (14) capable of being moved by a catch spring engaging the firing pin while the firing pin is in its rest position, and holding the same; and a release assembly cooperating with the hammer and releasing the catch from engagement with the firing pin when the hammer approaches the end of its travel path. The object is to prevent any movement of the firing pin unless the hammer is released. According to the invention, the release assembly is permanently coupled to the hammer for preventing an untimely and excessively forceful operation of the release assembly.
A semi-automatic pistol (10) has a breech-slide (14) for chambering a cartridge (32). The breech-slide carries an inertia type firing pin (18) which is displaced to fire the chambered cartridge by a hammer (26). An axially movable trigger assembly (42) functions to displace a sear (34) to release the hammer when the trigger assembly is moved to the pulled position. The hammer has a safety surface (46) which performs the function of a half-cocked notch but engages the sear near the fired position so that a falling of the hammer after disengagement of the sear and the safety surface will not cause the firing pin to fire a cartridge. A firing pin lock (20) is mounted in the breech-slide for vertical movement between a lower pin-locking position and an upper position in which the pin is free to travel. A pair of operatively interconnected levers (70, 76) respond to movement of the trigger assembly to the pulled position and simultaneously move the lock to the upper position.
A semi-automatic handgun that includes a firing pin locking assembly is disclosed. The firing pin locking assembly includes a firing pin plunger that has a locked position and an unlocked position. In the locked position, the firing pin plunger locks the firing pin in place. A trigger assembly is provided to selectively move the firing pin plunger to the unlocked position, where the firing pin plunger is disengaged from the firing pin. The trigger assembly is also operable to release the firing pin plunger to allow the firing pin plunger to be biased into the locked position after each round is fired.
