Abstract: A trigger shrouding apparatus for a firearm comprises a firearm component and a trigger shrouding structure attached to the firearm component. The firearm component is configured for being detachably attached to one of a grip mounting portion of a receiver body of a firearm and a magazine well mounting portion of the receiver body. The trigger shrouding structure includes a trigger shrouding side wall that extends longitudinally away from the firearm component. The trigger shrouding side wall is outwardly protruding with respect to a longitudinal reference axis extending through the firearm operating structure such that a finger receiving space is defined by an inwardly facing side of the trigger shrouding side wall.

Abstract: A securing system that includes a first wall portion adapted to be attached to a surface; and a second wall portion separable from the first wall portion and adapted to be removable engaged with the first wall portion; the second wall portion including an opening for receiving a projecting member from a male portion of a locking mechanism, wherein the second wall portion is disposed between the male portion and the female portion of the locking mechanism.

Abstract: A securing system and method including an article holder portion having at least two separable portions; a mount portion adapted for carrying at least one of the separable portions of the holder portion; and optionally at least one sensor for monitoring the article and providing an output signal indicative of article tampering.

Abstract: A firearm security device including a surface mountable frame to which a first plate and a second movable plate are attached. A grip pad is attached to each of the opposing inner sides of the fixed and movable plates. A trigger guard stud is attached to and projects from the inner face of the fixed plate. The movable second plate is movable with respect to the first plate from an open position wherein a firearm is positioned with the trigger guard stud projecting through the trigger guard of the firearm, to a closed position where the movable plate is positioned substantially parallel to the fixed plate and at least a portion of the receiver of the firearm is held in a compressive grip between the grip pads. A lock selectively restricts movement of the second movable plate.

Abstract: A firearm security device including a frame to which a fixed plate and a movable plate are attached. A grip pad is attached to each of the opposing inner sides of the fixed and movable plates. A trigger guard stud is attached to and projects from the inner face of the fixed plate. The trigger guard stud inserts through the trigger guard of the firearm. Means are provided for shifting the movable plate from an open position wherein the firearm is positioned with the trigger guard stud projecting through the trigger guard, to a closed position where the movable plate is positioned substantially parallel to the fixed plate and at least a portion of the receiver of the firearm is held in a compressive grip between the grip pads. A lock selectively restricts operation of the shifting means and the movable plate.

Abstract: A securing system that includes a first wall portion adapted to be attached to a surface; and a second wall portion separable from the first wall portion and adapted to be removable engaged with the first wall portion; the second wall portion including an opening for receiving a projecting member from a male portion of a locking mechanism, wherein the second wall portion is disposed between the male portion and the female portion of the locking mechanism.

Abstract: A securing system and method including an article holder portion having at least two separable portions; a mount portion adapted for carrying at least one of the separable portions of the holder portion; and optionally at least one sensor for monitoring the article and providing an output signal indicative of article tampering.

Abstract: A safety device for a revolver including an assembly adapted to be affixed to the revolver on opposite sides of the trigger guard, and a cylinder block connected to the assembly having a rigid leg for extending into a chamber to secure the revolver. The cylinder block includes a base having an aperture and a bent portion disposed between the aperture and the base. One or more pins extend from at least one of the side members for extending through the aperture for attaching the cylinder block to the assembly.

Abstract: A safety mechanism for handgun useful for preventing shooting by toddlers, having a lock ring assembly, having means to match the trigger finger of adults only, and a box assembly, having means to enable the shooting exclusively performed by said adults.

Abstract: A firearm security device including a frame to which a fixed plate and a movable plate are attached. A grip pad is attached to each of the opposing inner sides of the fixed and movable plates. A trigger guard stud is attached to and projects from the inner face of the fixed plate. The trigger guard stud inserts through the trigger guard of the firearm. Means are provided for shifting the movable plate from an open position wherein the firearm is positioned with the trigger guard stud projecting through the trigger guard, to a closed position where the movable plate is positioned substantially parallel to the fixed plate and at least a portion of the receiver of the firearm is held in a compressive grip between the grip pads. A lock selectively restricts operation of the shifting means and the movable plate.

Abstract: A biometrically keyed thumbprint lock apparatus is disclosed. In one embodiment the lock apparatus serves as a safety device on a gun or rifle, the lock apparatus disabling the gun and preventing its use. Another embodiment providing a thumbprint lock having a ‘J’ shaped lock bar, replacing conventional key and combination locks.

Abstract: For a trigger safety device 100 for firearms comprising a trigger 110 which is adapted for rotary reciprocation about a fulcrum 111 and whose free end is protected by a trigger guard 120, accidental firing is prevented in that a safety slide 130 is mounted on the trigger guard 120 for reciprocal displacement between a first end position 122 and a second end position 123 such that said trigger 110 is freely pivotal in a first end position 122 of the safety slide 130 and is blocked in a second end position 123 of the safety slide 130 respectively.

Abstract: A firearm trigger locking device with two sides and fixed hardened steel pins. The device is designed to be universal for a particular family of guns—e.g., all rifles, all shotguns, or all handguns (or all revolvers or automatic pistols)—of a given firearm manufacturer. The device further features a pin behind the trigger to prevent firing, hardened steel plates in each side sufficient in size to cover the trigger guard and prevent transverse application of a saw to the trigger guard, and a ring of hardened steel pins around the periphery of the trigger guard to prevent application of a saw between the plates. The method for producing this trigger locking device uses lateral and axial profiles of the family of firearms to develop features and feature locations that will allow it to be used with any member of the family of firearms.

Abstract: A proximity alarm for a firearm having a trigger and a trigger guard is disclosed. The proximity alarm is for detecting when an object, such as a user's finger, enters the space between the trigger and the trigger guard, whereupon the proximity alarm alerts the user and any surround individuals that the object is in a position to depress the trigger to fire the firearm. An embodiment for mounting the proximity alarm onto an existing firearm is disclosed, as well as another embodiment wherein the proximity alarm is incorporated into the firearm itself to form a total firearm safety system. In the first embodiment, the proximity alarm includes an enclosure mounted proximate to the trigger guard of the firearm. The enclosure includes a firearm mounting means and at least one proximity sensor cooperating in such a way that an included proximity sensor is positioned to detect the object entering between the trigger and the trigger guard.

Abstract: A proximity alarm for a firearm having a trigger and a trigger guard is disclosed. The proximity alarm is for detecting when an object, such as a user's finger, enters the space between the trigger and the trigger guard, whereupon the proximity alarm alerts the user and any surround individuals that the object is in a position to depress the trigger to fire the firearm. An embodiment for mounting the proximity alarm onto an existing firearm is disclosed, as well as another embodiment wherein the proximity alarm is incorporated into the firearm itself to form a total firearm safety system. In the first embodiment, the proximity alarm includes an enclosure mounted proximate to the trigger guard of the firearm. The enclosure includes a firearm mounting means and at least one proximity sensor cooperating in such a way that an included proximity sensor is positioned to detect the object entering between the trigger and the trigger guard.

Abstract: A securing system that includes a first wall portion adapted to be attached to a surface; and a second wall portion separable from the first wall portion and adapted to be removable engaged with the first wall portion; the second wall portion including an opening for receiving a projecting member from a male portion of a locking mechanism, wherein the second wall portion is disposed between the male portion and the female portion of the locking mechanism.

Abstract: A securing system and method including an article holder portion having at least two separable portions; a mount portion adapted for carrying at least one of the separable portions of the holder portion; and optionally at least one sensor for monitoring the article and providing an output signal indicative of article tampering.

Abstract: A firearm safety device for a firearm having a trigger and trigger guard. The firearm safety device includes first and second assemblies adapted to be secured to the firearm on opposite sides of the trigger guard to prevent access to and actuation of the trigger. The firearm safety device includes a lip disposed on at least one of the first and second assemblies for overlapping the other assembly when the safety device is secured to the firearm.

Abstract: A gun attachment adapted to fit to the subframe of a handgun and mount to a laterally extending member which can be a modified laterally extending member to extend beyond the lateral surfaces of the subframe, whereby an extension member which moves with respect to a base member applies a force to the trigger guard of the subframe, thereby creating a positive torque counteracted by engagement of a chamber region to the forward portion of the subframe whereby the gun attachment is rigidly attached to the subframe of the handgun without substantially modifying the same. The handgun attachment further comprises a forward member adapted to have load exerted thereon and transferring the load to the subframe and not to the slide, thereby maintaining the handgun in battery and allowing the handgun to be fired in a close quarter situation.

Abstract: The invention is aimed at preventing apparatus damage, loss of data, accidental firing of a firearm due to dropping or subjection to an impact, and other mishaps caused by accidental dropping or improper handling of the apparatus, firearm, etc. due to carelessness on the side of users. To achieve this, a drop detecting means is provided that detects the dropping of the apparatus when the apparatus is dropped, and control is performed so as to set the apparatus in a safe condition in response to a drop detection signal supplied by the drop detecting means.

Abstract: Firearm safety block devices and methods of use increase the pressured needed to pull back on triggers to cause a firearm to discharge the first shot A block member can be mounted on the firearm at different locations such as above, inside the trigger and behind the trigger. The invention can provide different block members having frangible areas that are broken or bent at selected side imposed pressures. Breaking, shearing or bending the block members is required to operate the firing mechanism as needed to cause the firearm to discharge. A spent frangible block member can be removed and replaced. When the firearm safety block is not applicable the block member can be removed.

Abstract: A trigger guard holster comprising a combination clip holster and trigger guard assembly that mounts upon an existing accessory rail of a firearm. The trigger guard assembly has guard walls to prevent the accidental firing of a firearm when the firearm is worn with the clip holster in a person's waistband. The trigger guard assembly also protects the person by preventing the trigger from unintended contact with objects, which would cause unintentional or accidental firing of the firearm when carried or used.

Abstract: An electromechanical safety for weapons (1), provided with a mechanical safety device, includes a base electronic unit, actuating an electromechanical transducer (2) acting on the safety mechanical device, and a transponder (5), the base unit providing a central control and processing unit, connected with a transceiver unit (4), continuously transmitting an enquiry signal, able to talk with the transponder (5), when the latter is within the transmission range of the transceiver unit (4), the transponder (5) having no power supply and receiving the power necessary to its operation from the signal transmitted by the transceiver unit (4), said at least one transponder (5) transmits, an identification code and the base unit actuates the electromechanical transducer (2) in such a way to release the safety mechanical device when receives an identification code corresponding to a code stored in the base unit and actuating the electromechanical transducer (2) in such a way to insert the safety mechanical device as so

Abstract: The present invention provides a locking device designed to open by tactile manipulation, without visual confirmation, of the locking combination. This device comprises a housing, a securing element, and a plurality of tumbling levers located inside the housing. Each tumbling lever is located in a plane of movement parallel to other planes of movements of the other tumbling levers. Also, each tumbling lever includes a tactile engagement surface and engages the securing element so that movement of a tactile engagement surface disengages the corresponding tumbling lever from the securing element.

Abstract: A locking device clamps an abutment on the lever of a lever action firearm to engage the small of the stock preventing the lever being closed into depressing engagement with a pin on the stock which, if depressed, would disengage an internal safety device disconnecting/blocking the trigger and permit discharge of the firearm. The lever has a handle loop providing opposed, spaced apart rails and the clamp has plate-like clamping jaws with rail-seating grooves locating the jaws on the rails in bridging relation with the abutment extending towards the stock integrally formed by ends of the plates. A key or combination lock engages in a snap action by moving the plates together and biasing springs throw the plates apart when unlocked.

Abstract: A locking system for firearms that utilizes an owner's fingerprint to lock and unlock it is disclosed. Upon initial observation of the invention, it appears like a conventional fire arm lock that goes around the trigger and immobilizes it. Fingerprint sensors are provided that will only acknowledge the fingerprint and thumb print of the gun owner. When the owner touches the sensors once, the present invention will unlock, and when they are touched again, it will lock. A small computerized chip, in conjunction with a lithium battery and an advancement mechanism such as a stepper motor perform the actual locking duties. The housing of the invention is made of titanium to prevent tampering.

Abstract: Disclosed is a tactile cue which provides a safety reminder to the user of a firearm or other trigger-activated device. A tactile stimulus, preferably either an indentation or protrusion, is positioned on the firearm or other device where the user's finger should rest, off the trigger, until the firearm or other device is “on target” and pulling the trigger is appropriate. In preferred form, the tactile cue is placed on one or both sides of a trigger guard or if no trigger guard is present, on the frame or body of the firearm or other device.

Abstract: A safety device for preventing unauthorized or accidental use of a gun. The safety device includes a solid body of material, a muzzle end plug and an elongate threaded rod inter-connecting the same. The solid body is sized and shaped to simulate a live cartridge. It has an outwardly directed flange at one end for engaging an end wall surrounding entry into the cartridge chamber of the gun and a threaded bore extending inwardly a selected distance from the opposite end. An O-ring fits into a groove it the solid body and projects outwardly frictionally to engage the inner wall surface-of the gun barrel in the cartridge chamber. The muzzle plug has an outwardly directed flange at one end thereof that engages an outer end of the gun barrel.

Abstract: A firearm safety device for a firearm having a trigger and trigger guard. The firearm safety device includes first and second assemblies adapted to be secured to the firearm on opposite sides of the trigger guard to prevent access to and actuation of the trigger. The firearm safety device includes a lip disposed on at least one of the first and second assemblies for overlapping the other assembly when the safety device is secured to the firearm.

Abstract: Disclosed is a tactile cue which provides a safety reminder to the user of a firearm or other trigger-activated device. A tactile stimulus, preferably either an indentation or protrusion, is positioned on the firearm or other device where the user's finger should rest, off the trigger, until the firearm or other device is “on target” and pulling the trigger is appropriate. In preferred form, the tactile cue is placed on one or both sides of a trigger guard or if no trigger guard is present, on the frame or body of the firearm or other device.

Abstract: A safety lock against an undesired pulling of a short firearm out from its scabbard consists of a flat element with components for its attachment to a side of the scabbard on the user's side, and an active element in the form of a double-arm lever, one end of which is arranged to be located in a bow of a short firearm to be placed in the scabbard and an action release end located close to the user's thumb, while the axis around which the double-arm lever of the active element turns, is attached to the flat element, and a spring element for keeping the active element in its working position is attached to the active element.

Abstract: A firearm safety system restricts the use of the firearm by reference to biometric data received by a sensor coupled to the firearm trigger. The biometric data is compared to at least one record of biometric data associated with a permitted user to determine whether firearm actuation is permitted. Firearm actuation is controlled by a latching track that is coupled to the firearm trigger. Firearm actuation is prevented when the latching track prevents the sliding of a ring rigidly coupled to the trigger. Firearm actuation is permitted when the latching track allows for the sliding of the ring past the predetermined location on the track.

Abstract: A safety device for a revolver including an assembly adapted to be affixed to the revolver on opposite sides of the trigger guard, and a cylinder block connected to the assembly having a rigid leg for extending into a chamber to secure the revolver. The cylinder block includes a base having an aperture and a bent portion disposed between the aperture and the base. One or more pins extend from at least one of the side members for extending through the aperture for attaching the cylinder block to the assembly.

Abstract: A hand-held firearm with a combination lock with number dials rotatable around an axis is disclosed. The lock only permits movement of the bar triggering a shot if the lock is unlocked. The axis of the lock is positioned transversely to the longitudinal axis of the weapon. The combination of the lock is changeable.

Abstract: An blocking apparatus for gun trigger includes a main body of lock and a locking plate. The locking body is composed of a lock cylinder and a locking piece disposed inside a plastic core, then covered by a metal casing and a metal panel. The surface thereof is coated with a waterproof layer by injection molding. The locking plate has two locking rods installed on a metal plate. The surface of the locking plate is also covered with a waterproof layer by injection molding. The two locking rods on the metal plate are inserted into two inserting holes on the locking body so as to lock the trigger of gun.

Abstract: A firearm safety device for a firearm having a trigger and trigger guard. The firearm safety device includes a first and second assemblies adapted to be secured to the firearm on opposite sides of the trigger guard to prevent access to and actuation of the trigger. A moveable clamp assembly includes slide member having first and second posts for receiving a portion of the trigger guard therebetween is disposed on the first assembly for slidable movement. A fastener is used to secure the slide member to the first assembly in a position to accommodate the trigger guard thereby preventing further sliding movement. Trigger guards having pins received in the apertures can be used to block access to and actuation of the trigger. An alarm is included which sounds when the firearm is moved or when an improper sequence of keys are pressed in an attempt to unlock the device. The alarm preferably sounds continuously during a first time period and intermittently thereafter.

Abstract: A firearm safety system restricts the use of the firearm by reference to biometric data received by a sensor coupled to the firearm trigger. The biometric data is compared to at least one record of biometric data associated with a permitted user to determine whether firearm actuation is permitted. Firearm actuation is controlled by an anchor that is pivotally coupled to the firearm trigger. Firearm actuation is prevented when the anchor is extended between the trigger and the trigger aperture. Firearm actuation is permitted when the anchor is retracted in response to a positive identification by the sensor.

Abstract: The present invention provides a locking device designed to open by tactile manipulation, without visual confirmation, of the locking combination. This device comprises a housing, a securing element, and a plurality of tumbling levers located inside the housing. Each tumbling lever is located in a plane of movement parallel to other planes of movements of the other tumbling levers. Also, each tumbling lever includes a tactile engagement surface and engages the securing element so that movement of a tactile engagement surface disengages the corresponding tumbling lever from the securing element.

Abstract: A firearm safety system restricts the use of the firearm by reference to biometric data received by a sensor coupled to the firearm trigger. The biometric data is compared to at least one record of biometric data associated with a permitted user to determine whether firearm actuation is permitted. Firearm actuation is controlled by an anchor that is pivotally coupled to the firearm trigger. Firearm actuation is prevented when the anchor is extended between the trigger and the trigger aperture. Firearm actuation is permitted when the anchor is retracted in response to a positive identification by the sensor.

Abstract: A firearm safety system restricts the use of the firearm by reference to biometric data received by a sensor coupled to the firearm trigger. The biometric data is compared to at least one record of biometric data associated with a permitted user to determine whether firearm actuation is permitted. Firearm actuation is controlled by a latching track that is coupled to the firearm trigger. Firearm actuation is prevented when the latching track prevents the sliding of a ring rigidly coupled to the trigger. Firearm actuation is permitted when the latching track allows for the sliding of the ring past the predetermined location on the track.

Abstract: The invention is a lock for a gun that locks the trigger so it cannot be moved. The lock fits between the trigger and the trigger guard and keeps the trigger from moving. One of the unique features of the lock is that it can be locked both by a key and a padlock. The lock is comprised of two sections that in the preferred embodiment are made out of plastic which are attached together by a flexible strip of plastic and, thus, can be molded as a single piece. In approximately the middle of both sections is an opening. In this opening is placed the lock cylinder with a pin. From the end of the lock cylinder extends a loop with a sufficient size opening that a shackle of a padlock can be placed through it. To use the lock, one places the two sections together between the trigger and the trigger guard and then inserts the key into the lock cylinder and turns it. Once the pin falls in the proper location, the lock is securely held together between the trigger and trigger guard such that the trigger cannot be moved.

Abstract: Safety lock against undesired pulling of a short firearm out from its scabbard consists of a flat element (1) with components (11) for its attachment to a side of the scabbard (2) on the user's side, and an active element (3) in the form of a double-arm lever, one end (31) of which is, if the short firearm (4) is placed in its scabbard (2), located in its bow (41), and other action release end (32) is located close to the user's thumb, while the axis (5) around which the double-arm lever of thc active element (3) turns, is attached to the flat element (1), and a spring element (6) for keeping the active element (3) in its working position is attached to the active element (3).

Abstract: A security mount and system for protecting a firearm. The base of the firearm is placed in a receptacle in the mount to hold the firearm. A switch in the bottom of the receptacle is activated when the firearm is removed from the mount. The mount may be connected directly to an alarm or to a premises security system which sounds the alarm when the switch is activated. The premises security system may also report an alarm condition to a monitoring center via a wireline connection or a wireless link when the switch is activated.

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: A gunlock that is semi-permanently attached to the trigger guard of a firearm. The gunlock is designed to stay attached to the trigger guard both when the firearm is locked and unlocked. A trigger jam simply moves into a locked position where it locks the trigger in a rearward or forward position. Once the correct combination has been entered via thumb-wheels, a push-button quickly releases the jam. If complete removal of the gunlock is desire able, a second push on the push-button completely release the gunlock. An alternative design of this gunlock incorporates the lock as an integral part of the trigger guard. Its compact streamline design provides an attractive appearance.

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 lockable gun safety storage having a rigid mounting member adapted to be fixedly attached to an item, a mounting means positioned on the mounting member, the mounting means adapted to hold a receptacle, said receptacle being sized to receive a firearm therein, said receptacle having a muzzle end and a handle end, said handle end being open, a shield positioned on said mounting member, said shield and said mounting means being moveable with respect to each other, and a locking means to fix the relative position of said mounting means with respect to said mounting member so that when said locking means is locked and a receptacle present in said mounting means, removal of a firearm positioned in said receptacle is prevented.

Abstract: A one-piece trigger lock adapted to be inserted into a trigger guard of a gun is disclosed. The trigger lock has a keyway into which a key may be engaged for moving the lock mechanism between the locked and release positions. The key may be a ring-key. The key can unlock the trigger lock by pressing against the keyway. The trigger lock may have a safety feature which may include multiple lock-pins, a design which prevents the trigger lock from being disassembled unless it is in the unlocked position, or a behind-the-trigger safety wedge. A method for using the trigger lock is also disclosed. The method includes the steps of releasing the locking mechanism of the trigger lock, moving the trigger lock from the locked to the release position, pushing the trigger lock away from the trigger guard area of a gun, and placing the trigger finger inside the trigger guard area in one swift, fluid, easy motion.

Abstract: A firearm safety system restricts the use of the firearm by reference to biometric data received by a sensor coupled to the firearm trigger. The biometric data is compared to at least one record of biometric data associated with a permitted user to determine whether firearm actuation is permitted. Firearm actuation is controlled by an anchor that is pivotally coupled to the firearm trigger. Firearm actuation is prevented when the anchor is extended between the trigger and the trigger aperture. Firearm actuation is permitted when the anchor is retracted in response to a positive identification by the sensor.

Abstract: A system for preventing unauthorized access to a firearm trigger includes a database of PIN numbers associated with a plurality of trigger locks and access tokens, each corresponding trio represented by an identification code. At purchase, a purchased firearm includes a two-piece trigger lock along with an access token. Each token includes a unique configuration of ferro-magnetic wires. If a background check of the firearm purchaser is approved, a central computer coupled to the database and to a computer network displays a personal identification number (PIN). Entry of this PIN into a keypad on a corresponding trigger lock actuates a read head therein and a token may be positioned thereby. A processor coupled to the read head is able to determine if the trigger lock and token match and, if so, to release of the trigger lock.