Abstract: The invention relates to a detent for a handgun, comprising at least one sensor for determining the identity of the user on the basis of at least one finger. According to the invention, a sensor determines the capacitance between a sensor surface and a section of the finger, an image of the finger section is generated from the voltage differences and said image is compared with memorized finger sections.

Abstract: In a firearm having a trigger assembly with a trigger nose, a hammer with a sear hook and a trigger notch, a disconnector and an automatic sear, an improvement including a notched bifurcating the sear hook of the hammer for receiving the disconnector in a past-cocked position. Further improvements include the trigger notch being offset rearwardly from a center of the pivot point resulting in a slightly changed angle away from an acute engagement angle with the trigger nose.

Abstract: A locking mechanism is provided for a semi-automatic handgun. The locking mechanism is readily retrofitted onto the back of the handle frame of a used handgun. The locking mechanism includes a pair of guide rails fixedly attached to the back of the handle frame and a movable locking bar slidably carried between the guide rails. The locking bar is movable between two positions. The first is an unlocked position in which the handgun may be fired. The movable locking bar can be readily moved upwardly to a second locked position in which it interferes with the forward motion of the drawbar. Since the drawbar cannot move forward, the handgun cannot be fired, the slide cannot be actuated and the user is unable to chamber a round. The locking bar is unlocked by a key actuated locking cylinder carried in the bottom of the movable locking bar. The user can quickly lock the gun by simply pushing upwardly on the movable locking bar.

Abstract: A firearm safety device for use with semiautomatic pistols and other firearms which use striker pins to activate a firing pin is disclosed. The invention uses apparatus which selectively blocks the travel or operation of the striker pin to place the firearm in a safe condition. The invention allows for the application of key lock systems to place the firearm in a safe condition and to prevent tampering by unauthorized individuals. In the operation, the safety blocking mechanism operates by preventing the striker from reaching its released position upon application of trigger pressure. The firearm is also caused to be placed in an out of battery condition when selected on and there is any attempt to pull the trigger on the firearm.

Abstract: A fire control system with a decocking lever that operates to decock the hammer and also as a safety. The fire control system also has a magazine safety to complement the decocking lever's dual functions. The magazine safety is in the “safety on” position when a magazine is not fully seated in the magazine well and in the “safety off” position when the magazine is fully seated. In one embodiment, rotating the decocking lever by lifting one of the thumb tabs applies the safety if the hammer is cocked and rotating the decocking lever in the other direction causes the sear to release the hammer but catch it before it reaches the firing pin. In an alternate embodiment, the decocking lever can be used as a safety regardless of whether the hammer is cocked or not. Further rotation lower a cocked hammer.

Abstract: An firearm lock arrangement for immobilizing the hammer of a gun is disclosed including a side bracket having a upper portion that attaches over the top of a gun with a plug that extends into the space between the hammer and the firing pin to block the hammer from striking the firing pin. The side bracket may be locked to the gun trigger guard by a conventional padlock or cooperative locking side members.

Abstract: The invention relates to a method for locking a gun, said gun including a firing pin. The method is characterised in that the gun also includes a lock cylinder (2) provided with a bracket (3), the firing pin (1) is provided with a recess (5) that essentially conforms to the lock cylinder bracket (3) both in shape and in size, and that said bracket (3) has at least two positions, and that in the first position, the bracket (3) is fitted in said recess (5), so that the firing pin can be moved towards the lock cylinder (2); and that in the second position, said bracket (3) is not fitted in said recess (5), thus preventing the firing pin (1) from moving towards the lock cylinder (2) and consequently locking the gun. The invention also relates to a locking arrangement for a pinlock of a gun, such as a rifle, said pinlock including a firing pin.

Abstract: A government model semi-automatic handgun is disclosed. The handgun includes a frame having a rear end, a barrel having a tip, and a slide having a front side and a back side, and a grip safety having an outer surface. An outer surface of the hammer substantially aligns with the back side of the slide when the slide is in a forward position and the hammer is in a rest position. In addition, the length of the handgun as defined by between the barrel tip and the rear end of the frame may be greater than the length of the handgun as defined by the barrel tip and the outer surface of the grip safety.

Abstract: This invention concerns a perfected mechanical safety device for firearms such as automatic shotguns equipped with a safety device in the under-barrel grip where the safety device includes at least one safety pin or rod (11) that is axially moveable between an active position of disabling use of the firearm and an inactive position of enabling use of the firearm and, in association with his safety pin, at least one spring-loaded selector element (13, 14) that defines the said active and inactive positions of the safety pin, alternately, characterized by a safety body turning around an axis intersecting the moving direction of the safety pin between a position of locking the safety pin, thus inhibiting its movement from the active to inactive position, and unlocking it to permit movement from the active to the inactive position, the said safety body being enabled by a specific control key.

Abstract: A safety catch is provided for firearms, such as pistols and revolvers, having a firing hammer (11) with a thrust spring (13) associated with a spring-holder rod (14) with a free end (16) of a noncircular cross section. The safety catch includes a safety pin (19), which is aligned with the free end of the spring holder (14) and is capable of axial, rotary translatory movements that can be controlled by a defined contour key (20) for a longitudinal blocking of the spring-holder rod (14), so as to prevent the arming and the action of the firing hammer when it is released and inhibits the functioning of the gun in the absence of the key.

Abstract: 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.

Abstract: A telescopic breech bolt and breech bolt receiver for a closed bolt firing delayed blowback automatic firearm featuring, a thumbwheel operated rotating safety device which, locks the firing pin and the breech bolt with one single action.

Abstract: A safety mechanism for a handgun having a pivotal hammer arranged to activate a firing pin, the mechanism including a locking element for engaging the firing pin and preventing its movement, and a separate release element for releasing the locking element, the release element being releasable upon being hit by the hammer with a force above a pre-determined threshold.

Abstract: A revolver is provided that includes a frame, a barrel, a cylinder, a hammer, a trigger, and a safety lock mechanism. The safety lock mechanism includes a lockarm and a lockarm actuator. The hammer includes a normal slot and a lock slot. The lockarm includes a cam surface and hammer post, and is pivotally mounted relative to the frame. The lockarm actuator is disposed in the frame. The lockarm actuator includes a head and a cam, and the cam is aligned with the cam surface of the lockarm so as to be engageable with the cam surface. The lockarm actuator can be positioned in a safety-off condition in which the hammer post of the lockarm is received within the normal slot of the hammer and the hammer is operable. The lockarm actuator can also be positioned in a safety-on condition in which the hammer post is received within the lock slot and the hammer is inoperable.

Abstract: A safety device for a automatic pistol, which safety device for a pistol is comprised of a safety pin (1) housed in a recessed hole (16) of the slide (15), which safety pin can assume a first position in which the gun is unlocked, and a second position in which the gun is locked, composed of a cylindrical head (2) provided with a notch (9) made according to a chord of the respective circumference externally bounded by a convex surface (3) in the central part of which there is a hole (4) from the head (2) of which a cylindrical body (5) provided with a helical groove (6) adjacent the head (2) projects inwardly, two positioning slots (7) and a flat recess (8) parallel to the axis thereof that extends from practically half of its length as far as its end opposite the head (2).

Abstract: A firing pin locking mechanism that can be used on firearms. Controlled by a key, the internal locking device blocks all movement of the firing pin assembly striker, preventing the firing arm from discharging. The mechanism primarily comprises a striker-locking guide, key plate assembly, key, and decocking button. Utilizing the key, the authorized user has the ability to set the firearm in a “unlocked” or “locked” mode. The internal locking mechanism is utilized as a means to prevent the movement of a firearm's firing pin assembly when activated by the trigger mechanism. The present invention is primarily utilized with semi-automatic firearms that have an enclosed striker assembly.

Abstract: Shown is a locking, grip-enclosed safety device for a firearm. The grip-enclosed mechanism has an externally-operable locking selector which is operable by a user to be locked into distinct armed and unarmed positions. The locking selector actuates a mechanical trigger/firing mechanism interruption member between distinct armed and unarmed positions.

Abstract: An apparatus and method for securing a firearm from firing by engaging a security lock to a slide at a butt end of the firearm. The security lock has a housing defined by a pair of sidewalls joined by a top plate that defines a slot for receiving a sight on the slide. A controller extends through a rear plate of the housing. A security member is operatively engaged to the controller for being moved between a first position for installing and removing the housing from the slide of the handgun and a second position in which the security member operatively secures the housing to the slide by being disposed between the rear portion of the slide and the handle of the firearm, thereby holding the slide in a partially rearward position with the firearm out-of-battery and the trigger mechanism of the firearm disengaged from the firing pin mechanism. A method of locking firearms is disclosed. The method discloses using a universal key for the lock.

Abstract: A portable explosives disrupter for de-arming improvised explosive devices includes a barrel for housing a projectile, a mechanism for firing the projectile from the barrel, a breech which may be adapted to house a variety of firing mechanisms, a semi-rigid, flexible support system for orienting the device in relation to a target and minimizing the effects of recoil on the accuracy of the device, and a means for accurately aiming the explosives disrupter at a target. Three different firing mechanisms are provided, the first employing a firing pin and shock tubing, the second employing a metal sphere and shock tubing, and the third employing a firing piston and a source of compressed air.

Abstract: The present invention is a firearm system with a personal safety interlock mechanism which permits only selective personnel to fire a specific firearm. It includes a firearm having a firing mechanism with trigger, and a handle area, a decoding locking mechanism, an engagement assembly and handwear. The decoding/locking mechanism is mounted at the handle area. It has a plurality of recesses with receiving tabs, for transfer of a correct key code to a locking assembly; which is functionally connected to the receiving tabs and to a disabling mechanism. The disabling mechanism has a lock position and an unlock position, and is biased in the lock position for the disengagement of the firing mechanism of the firearm. It is movable to its unlock position by insertion of an engagement assembly with an encoding key located on the handwear and having the correct key code, into the recesses. The handwear may be worn on a trigger hand of selective personnel.

Abstract: An unauthorized user prevention device and method prevents unauthorized users from operating a devices such as firearms or other types of weapons, and can also prevent access as an anti-theft device for vehicles and doors to buildings. A users initially grips a handle containing pressure sensors, and a pressure signature profile is stored that is based on hand position of the user's handgrip on the particular device as indicated by a change in pressure, pressure as a function of position on the particular device; and pressure as a function of time. A comparator compiles the pressure signature profile and compares it with profiles is storage to determined whether a match exists. Upon finding a match, a control unit releases an interlocking unit to enable the user to operate the device because he/she is authorized.

Abstract: A firearm is described which has a trigger mechanism, a cock and a cocking actuator that is separate from the cock. A striker spring acts on the cocking actuator to drive the cock. A cocking actuator safety mechanism, which is independent of the trigger mechanism, is provided for securing the cocking actuator in its cocked position. The illustrated safety mechanism has an operating handle which sits next to the lug of the cock, so that the safety mechanism can optionally be operated together with the cock.

Abstract: A safety mechanism for a handgun having a pivotal hammer arranged to activate a firing pin, the mechanism including a locking element for engaging the firing pin and preventing its movement, and a separate release element for releasing the locking element, the release element being releasable upon being hit by the hammer with a force above a pre-determined threshold.

Abstract: The present invention describes a secured firearm, including semi-automatic pistols and revolvers, which has a permanently mounted locking device 1 in front of a trigger guard 3 and under a barrel 4. The locking device 1 locks a locking bar 7 which restricts the movement of a slide 5 or a cylinder 30, thereby disabling the secured firearm. The locking device 1 is attached to the outside of the secured firearm. Therefor, the impact on the inside of the secured firearm can be minimized. Any kind of lock can be used as the locking device 1 as long as it is compact enough to be installed in the housing of the locking device 1. For example, a key lock, a combination lock, an electric lock, and a biometric lock such as fingerprint authentication are all applicable to the locking device 1. The locking device 1 is fixed to the secured firearm firmly with screws from inside of the frame, whereby unauthorized dismantling of the locking device 1 is prevented.

Abstract: An insert for a firearm having a large diameter portion extending a predetermined axial distance into a breech and a small diameter portion adapted to fit within the chamber of a barrel. The predetermined axial length of the larger diameter portion has a length long enough to prevent a hammer from striking a firing pin and short enough so that the hammer can be cocked and released by the trigger. In an embodiment a lock means prevents the insert from being removed from the firearm without authority. In another embodiment, a handle is used as a flag or for cocking. The firearm may be dry-fired for practice purposes without striking the firing pin. The insert is also readily visible so that a quick inspection of the firearm will confirm that the firearm is in a safe state. The present invention may be made to accommodate many different firearms and may also be used to safely dry-fire a firearm. The insert of the present invention also provides more realistic dry firing, greatly improving the effect of training.

Abstract: A gun disabler includes a disabler block engaged with a hammer strut and a rebound slide block. The disabler block selectively engages the hammer strut and the rebound slide block in a locked position such that both the hammer and the rebound slide are prevented from movement. The disabler block is displaceable to an unlocked position that is disengaged with the hammer strut and the rebound slide. A locking mechanism coupled with the disabler block shifts the disabler block between its locked position and its unlocked position. The double locking structure thus prevents the trigger from being pulled and additionally prevents the hammer from being cocked. The locking mechanism is configured such that only authorized users can enable the weapon.

Abstract: My invention is a new and improved hammer mechanism which reduces the strength of the hammer mainspring without also reducing the hammer's strike force. My invention comprises a link mechanism integrally assembled to the hammer of a firearm. The link mechanism moves at a positive velocity relative to the hammer as the hammer itself moves from the “cocked” position to the striking position. Both the hammer and the link mechanism are biased into the striking position by the hammer mainspring with a section of the link mechanism protruding from the front surface of the hammer and impacting the firing element of the firearm or primer. The link mechanism thus impacts the firing element or primer at a velocity and force roughly equal to the aggregate velocities and forces of the hammer and the link mechanism.

Abstract: A firearm including a body, barrel, trigger, trigger guard and firing pin, including a mechanism configured to operate the firing pin, and a safety mechanism including electronic circuitry and push buttons to operate the electronic circuitry and associated timing device including automatic time delay re-locking, the firearm also having a blocker that is controlled by an electromechanical device operated by electronic circuitry to prevent movement of the mechanism.

Abstract: A shotgun comprises a receiver made from a first material; barrel having a portion extending into the receiver and made from a second material; a collar nut securing the barrel to the receiver; a bolt assembly disposed within the receiver and including a locking block configured to project into the barrel portion and lock the bolt assembly to the barrel prior to firing, the bolt assembly including a firing pin; and a trigger mechanism including a hammer for striking the firing pin.

Abstract: A safety catch is provided for firearms, such as pistols and revolvers, having a firing hammer (11) with a thrust spring (13) associated with a spring-holder rod (14) with a free end (16) of a noncircular cross section. The safety catch includes a safety pin (19), which is aligned with the free end of the spring holder (14) and is capable of axial, rotary translatory movements that can be controlled by a defined contour key (20) for a longitudinal blocking of the spring-holder rod (14), so as to prevent the arming and the action of the firing hammer when it is released and inhibits the functioning of the gun in the absence of the key.

Abstract: Shown is a locking, grip-enclosed safety device for a firearm. The grip-enclosed mechanism has an externally-operable locking selector which is operable by a user to be locked into distinct armed and unarmed positions. The locking selector actuates a mechanical trigger/firing mechanism interruption member between distinct armed and unarmed positions.

Abstract: A 1911A1 model style handgun that includes a double action trigger assembly. The hammer of the handgun is cocked and released by a drawbar mounted internally to the frame. The handgun also includes a grip mounted safety device to prevent accidental discharging of the handgun and a device to de-cock the handgun without discharging a chambered round.

Abstract: A firearm safety and control system and a safety magazine therefor are described. In one embodiment, a safety magazine disposed within a firearm disables or enables a firing control mechanism in the firearm upon sensing or not sensing the presence of, or communicating or not communicating with, an external communication and/or enabling device. In another embodiment, the safety magazine locks itself into or unlocks itself from the frame of the firearm upon sensing or not sensing the presence of, or communicating or not communicating with, an external communication and/or enabling devices. The safety magazine may be configured to be received in unmodified, existing, stock firearms.

Abstract: A firearm safety lock including a firearm slide with a bore formed therein, a firing pin disposed in the bore, an aperture formed in the slide, a locking element formed on the firing pin and being disposed adjacent the aperture, a locking pin adaptable for insertion into the aperture where inward movement thereof causes it to come into contact with the locking element thereby restricting movement of the firing pin.

Abstract: A safety lock is disclosed for use with an automatic weapon such as a pistol. The automatic weapon has a hammer which is connected to a spring guide rod on which a striker spring is supported. This rod enters a removable insert during cocking of the hammer. A detent is arranged in the insert. The detent is preferably releasable and designed to prevent entry of the spring guide rod into the insert. The insert is replaceable with an ordinary insert and can accept a lock or a magazine safety or can be designed as an unreleasable detent.

Abstract: A double action pistol having a frame is disclosed. A sear is mounted on the frame. A hammer cam is position adjacent the sear and linked to a hammer spring. The hammer cam is engageable with the sear to hold the hammer spring in a compressed position. A hammer is detachably coupled to the hammer cam. A return spring biases the hammer away from the hammer cam when the hammer spring is compressed. A drawbar is operable to engage the hammer to retract the hammer and disengage the sear from the hammer cam to release the hammer spring. The hammer spring acts on the hammer through the hammer cam to move the hammer to fire the pistol.

Abstract: A firearm having a firing pin block that does not affect trigger pull is disclosed. The firing pin block embodied in the present invention is actuated by a grip safety operably linked to a spring biased locking plunger to prevent accidental discharge of the firearm. An intermediate lever interposed between a grip safety lever and a firing pin locking plunger pivots on the hammer stud to reposition the plunger from the locked to the unlocked position only when the grip safety is properly depressed.

Abstract: A module having a housing, a battery, control circuitry and electrical conductors. The battery and control circuitry are contained in the housing. The housing is adapted to be removably connected to the frame of a firearm. The electrical conductors are located on the housing and allow the battery and control circuit to be electrically connected to other components of the firearm. The housing can be connected at a hand grip section of the firearm and forms a substantial portion of at least one exterior side of the firearm at the hand grip section.

Abstract: A locking mechanism that can be used on pistols having an enclosed firing pin assembly. The locking device primarily comprises a firing pin assembly, spacer sleeves, and a slide cover keyed plate. The locking mechanism is controlled by a key, giving the authorized user the ability to set the pistol in a “fire” or “locked” mode while the trigger is pressed and held. The locking mechanism is utilized as a means to prevent the movement of a pistol's firing pin assembly when activated by the trigger mechanism.

Abstract: A muzzleloading rifle has a stock, a receiver, a forwardly extending barrel, a removable breech plug in the rearward end of the barrel and forwardly of the receiver, and a trigger mechanism. An elongated bolt member has a rearward end pivotally secured within the receiver and adapted to be pivoted from an aligned position within the receiver to an angular position outwardly through a slot in the side of the receiver. A transverse cross lug is mounted in a locking position within the receiver and has one end pivotally secured to the bolt so that when the bolt is pivoted outwardly from the receiver, the cross lug will be unlocked from the receiver to allow the bolt to be moved to a rearward position in the slot of the receiver. The bolt is operatively connected to an elongated striker pin in the bolt to pull the striker pin rearwardly against a compression spring when the bolt is moved forwardly to cock the striker pin.

Abstract: A locking mechanism that can be used on pistols. The locking device primarily comprises a spacer sleeve and a slide cover keyed plate. The locking mechanism is controlled by a key, giving the authorized user the ability to set the pistol in a “fire” or “locked” mode. The locking mechanism is utilized as a means to prevent the movement of a pistol's firing pin assembly when activated by the trigger mechanism. The present invention is primarily utilized with semi-automatic pistols that have an enclosed striker assembly.

Abstract: A firing pin control device for a small arm is disclosed. The small arm includes a hammer, a housing including a fixed part, a slide disposed in the housing, with the slide being moveable between an open position and a closed position, and a firing pin mounted to the slide and being moveable relative to the slide along a linear path between a first position in which contact between the firing pin and the hammer is prevented and a second position in which contact between the firing pin and the hammer is permitted. The firing pin control assembly includes a pair of sleeves mounted in the slide, with the firing pin being slidable relative to the sleeves. A forward one of the sleeves engages the firing pin and is moveable between a forward position in which the firing pin is disposed in the first position and a rearward position in which the firing pin is disposed in the second position. The firing pin control assembly includes a counterspring arranged to bias the forward sleeve toward the forward position.

Abstract: A firearm safety lock for an automatic pistol such as the Model 1911 firearm is disclosed. The safety lock includes a means of arresting the operation of the main trigger or hammer spring in the pistol grip of the firearm to prevent movement of the hammer, thereby locking the gun in a safe condition. A means and a method is disclosed for locking a pistol in a safe condition by arresting the movement of the hammer spring buffer through insertion of a locking shaft through the pistol grip housing which can be keyed to prevent unauthorized removal of the locking shaft. The disclosed invention may be used on newly manufactured firearms or provides a method to easily convert an existing firearm without permanent modification or damage to the firearm.

Abstract: A semiautomatic handgun having multiple safeties includes a body made in two halves and a slide which can move lengthwise on a pair of rails. The hammer is cocked by rearward movement of the slide. The trigger, which has purely translation motion, is blocked from behind except when the user is wearing a special magnetic ring on his trigger finger. A decocker mechanism pushes the firing pin forward and slides the sear back, and prevents release of the hammer until the firing pin is blocked. The firing pin is normally blocked by a cup, which prevents the firing pin from moving forward if the gun is dropped. The cup is moved to an inactive position by a release lever only when the trigger is pulled. A safety lock, which is preferably operated by a special tool, prevents the transfer bar from moving. The firing pin block lever is locked in a downward position when the safety is activated. A hammer block bar prevents the hammer from moving when the safety is on.

Abstract: A safety device for a automatic pistol, which safety device for a pistol is comprised of a safety pin (1) housed in a recessed hole (16) of the slide (15), which safety pin can assume a first position in which the gun is unlocked, and a second position in which the gun is locked, composed of a cylindrical head (2) provided with a notch (9) made according to a chord of the respective circumference externally bounded by a convex surface (3) in the central part of which there is a hole (4) from the head (2) of which a cylindrical body (5) provided with a helical groove (6) adjacent the head (2) projects inwardly, two positioning slots (7) and a flat recess (8) parallel to the axis thereof that extends from practically half of its length as far as its end opposite the head (2).

Abstract: An automatic safety device for the firing hammer of revolvers, which includes a safety bolt (22) arranged within the profile of the firing hammer, contained and sliding in a cavity (21) which is provided in the firing hammer proper, connected to the trigger in response to the movements of the firing hammer and of the trigger between an inactive position of noninterference with the movement of the firing hammer from the arming position to the position of percussion, and an active position of stopping the firing hammer to inhibit its percussion action.

Abstract: A locking mechanism is shown for locking weapons. The mechanism works with a lever that turns and locks and unlocks the weapon by interfacing with elements on the interior of the weapon. A key can be used to position a lock plunger such that the lever cannot be turned to the firing position, hence locking the weapon against unauthorized use.

Abstract: A double action pistol having a frame is disclosed. A sear is mounted on the frame. A hammer cam is position adjacent the sear and linked to a hammer spring. The hammer cam is engageable with the sear to hold the hammer spring in a compressed position. A hammer is detachably coupled to the hammer cam. A return spring biases the hammer away from the hammer cam when the hammer spring is compressed. A drawbar is operable to engage the hammer to retract the hammer and disengage the sear from the hammer cam to release the hammer spring. The hammer spring acts on the hammer through the hammer cam to move the hammer to fire the pistol.

Abstract: A firing pin locking mechanism that can be used on firearms. Controlled by a key, the internal locking device blocks all movement of the firing pin assembly striker, rendering the firing arm from discharging. The mechanism primarily comprises a spacer sleeve and a slide cover key plate. Utilizing the key, the authorized user has the ability to set the firearm in a “unlocked” or “locked” mode, even while in a holster. The internal locking mechanism is utilized as a means to prevent the movement of a firearm's firing pin assembly when activated by the trigger mechanism, regardless of the status of the firearm. The present invention is primarily utilized with semi-automatic firearms that have an enclosed striker assembly.

Abstract: A device for automatically putting revolvers on safety is provided. The device includes a trigger (16) in a mounting position and a percussion or firing position for the control of the hammer. The hammer is stressed by a release spring (15). A spring-loaded (22) safety piston (20) is arranged between the hammer (14) and the stock (11) of the gun, and is intended for spacing the hammer with the firing pin in the case of a percussion, automatically placing it in a neutral position, after each firing action and with the trigger released.