65 results about "Trigger finger" patented technology

An accelerating assembly effectively to increase the cyclic rate at which the trigger of a semi-automatic firearm can be actuated to discharge the weapon. The firearm has a supporting device, a receiver housing supported from the supporting device, a trigger and trigger mechanism secured to the receiver housing. The accelerating mechanism incorporates structure that permits the receiver and the trigger to translate rearwardly a predetermined distance with respect to the supporting device in response to the recoil imparted by the discharge of the semi-automatic firearm. A biasing arrangement continuously urges the receiver, and trigger, to translate forwardly with respect to the supporting device substantially that same predetermined distance. A locating stop is mounted on the supporting device. The locating stop is disposed to be engaged by the shooter's finger after the trigger has been actuated to fire the semi-automatic weapon. That engagement of the shooter's trigger finger with the locating stop effectively immobilizing the shooter's trigger finger with respect to the supporting device until the shooter releases the trigger. The method of the present invention operates by depressing the trigger with a shooter's trigger finger in order to discharge the firearm. The shooter's finger is then immobilized in the position it has assumed to discharge the firearm. The trigger is translated away from the immobilized trigger finger to effect a total disengagement therebetween. Sequentially thereafter the trigger is biased into engagement with the immobilized trigger finger to effect successive discharges of the firearm.

A semi-automatic firearm has forward and rearward ends. A receiver has a safety selector aperture, a barrel, a reciprocating loading mechanism and a magazine. A trigger finger and inner portions. The inner portion has a seat with a groove. A disconnector has a hammer hook coupled to the trigger. A trigger mounting pin couples the trigger to the firearm. A trigger disconnector spring couples the trigger and the disconnector. A hammer having an upper striking portion with a disconnector hook receptacle. A hammer mounting pin couples the hammer to the firearm. A hammer spring is coupled to the hammer and hammer mounting pin. A cam body subassembly comprises a cam body housing, a cam and a cam mounting pin. The cam body subassembly is coupled to the firearm. A safety selector is coupled to the firearm. A trigger extender is mated with the upward trigger groove.

A manually-actuated slide-action handle (22) for a semi-automatic firearm. The handle has a chassis portion (58) and a length-adjustable shoulder stock portion (60) to enable a user to alter the trigger pull length of the firearm. A finger rest (82) stabilizes the end of a user's trigger finger stretched in front of the firearm trigger. The finger rest is detachable from the chassis and has a generally U-shaped configuration that is adapted to connect to the handle in either a right- handed position or an inverted left-handed position. A lock switch (116) is located on the grip base of a pistol grip feature (66) to selectively arrest relative sliding movement between the firing unit and the handle. A brake (76) is controlled by an engagement lever to selectively remove play between the handle and the firing unit portion of the firearm for competitive slow shooting.

A handle (20) for rapidly firing a semi-automatic firearm (22) having a trigger (24). The handle (20) includes a grip portion (52) defining a channel (54). A block (60) that is connected to the firearm (22) is slidably disposed in the channel (54) for allowing longitudinal movement of the firearm (22) relative to the handle (20). The handle (20) also includes a trigger guard (66) disposed on one side of the trigger (24) and extending longitudinally forward of the trigger (24) by a predetermined distance (D) to an open end. The trigger guard (66) presents a finger rest (70) for placing a trigger finger (74) on the trigger guard (66). The trigger guard (66) restricts access to the trigger (24) until the firearm (22) is moved longitudinally forward by the predetermined distance (D) relative to the handle (20). The handle (20) also includes a lock (44) having an open position for allowing longitudinal movement of the firearm (22) relative to the handle (20) and a locked position for restricting longitudinal movement of the firearm (22) relative to the handle (20).

A firearm monitoring system according to the present invention senses the position of a user hand or trigger finger on a weapon and generates a warning, notification, status or control signal when the user finger position is proximate the trigger. One embodiment generates and conditions an excitation stimulus (e.g., interrupted by the presence of a trigger actuator), drives a sensor with that stimulus, detects the user finger position through a change in the sensor output, and generates an appropriate signal for a downstream warning or other device (e.g., alarm, radio unit, laser sighting system, etc.). In this embodiment, the sensor may detect the presence of an object or finger penetrating a trigger guard plane. Another embodiment utilizes a set of sensors to detect the placement of a user trigger finger relative to the trigger. In addition, various types of output alarms may be utilized (e.g., visual and audio alarms, etc.).

A trigger safety for a pistol includes a laterally slidable plug incorporated into the trigger that, when slid laterally to extend beyond the confines of the trigger, will prevent rearward movement of the trigger by the plug's interference with the pistol frame. A spring internal to the trigger, imparts a force on plug to retain it positioned in either the safety position or the fire position and resist movement. The plug can be reversed for left-handed users so that the pistol can be placed in a "safe" or a "fire" position with the trigger finger of either hand.

A semi-automatic pistol has a frame having a trigger guard defining a trigger finger space, a barrel connected to the frame and defining a bore axis, a slide connected to the frame and operable to reciprocate along the bore axis between a forward battery position and a rearward open position, a recoil mechanism operably connected between the slide and the frame, and operable to bias the slide to the battery position, and the recoil mechanism being entirely below the barrel axis and forward of the trigger finger space. The recoil mechanism may be a recoil spring defining a spring axis. The spring axis may be parallel to the bore axis. The recoil spring may be a helical shape defining a bore receiving a guide rod. The guide rod may be below the barrel. The trigger guard may have a downwardly facing upper surface defining the trigger finger space.

A target grip for a firearm comprising fixed and removable trigger finger extenders for a side panel of the firearm for enabling the distal portion of a user's trigger finger to contact a trigger at an angle approximately perpendicular to the trigger for more shooting accuracy and consistency. Various size target grip trigger finger extenders are provided for the side panel of the firearm until the proper size extender is found by a user. In one embodiment, the target grip extender is secured by a locking device positioned within the extender. In another embodiment, the trigger finger extender is an integral part of the side panel. The side panel may be attached to the side of a firearm by screws or by an adhesive. In a further embodiment, the trigger finger extender is an integral part of a sleeve that slips over the frame of the firearm.

A handle assembly and combined interface system for use with a semi-automatic firearm to facilitate controlled bump firing methods. The handle assembly includes a finger rest for the user's trigger finger. The interface system is attached to a receiver of the firearm, and is slideably disposed in the handle assembly for reciprocation. In use, the user pushes a firing unit portion forward with an opposite hand so that its trigger collides with the user's finger, thus stimulating a round of ammunition. Recoil forces the firing unit rearwardly so that the trigger separates from the finger. The user then applies another forward activation force that urges the firing unit forwardly again to repeat the cycle for as long as the user chooses. A lock can be selectively engaged to restrict longitudinal movement of the firearm relative to the handle, thereby returning the firearm to normal semi-automatic functionality.

The improved gun has a rapid fire trigger assembly. The gun has a main body and a trigger connected thereto and depending therefrom, with the lower portion of the trigger biased into a forward, non-firing position. The improved rapid fire trigger assembly includes a housing having spaced sidewalls and interconnecting front and rear sides and is adapted to be connected to the gun in front of the trigger. A generally circular elongated tube passes transversely through the housing sidewalls and into the central space in the housing. The tube is rotatable relative to the housing and has a central portion within the housing, which central portion has a number of spaced radiating spokes extending outwardly therefrom. The tube also has opposite end portions extending lateral of the housing sidewalls, one of which end portions has a crank with a trigger finger-receiving space therein. The crank is adjacent the external surface of the sidewall. A generally horizontal wall is secured in the housing central space and a slide is disposed on the top of the horizontal wall, with the front of the slide engageable with the spokes and the rear of the slide extending out a slit in the rear wall of the housing for engagement with the trigger of the gun. When the crank is rotated by a gunner's trigger finger, the central portion of the tube rotates, causing alternately rearward movement of the slide to move the trigger into a firing position, which is followed by the trigger, upon firing the gun, moving forward to the non-firing position, pushing the slide forward. Rapid sequential firing of the gun is thus effected by continuing to turn the crank. The assembly housing can be connected to the trigger guard or directly to the gun main body and can extend back around the trigger if there is not trigger guard. A wedge can be provided to wedge the housing in place against the trigger guard.

A lower receiver for a firearm is disclosed that includes a trigger and hammer assemblies receiving section and a magazine well section, a raised bolt catch mount and a trigger access opening defined between the sections. The bolt catch mount includes an opening for insertion of a bolt catch mounting pin, a pin insertion relief formed at the magazine well section aligned with bolt catch mount opening. A trigger finger guide feature is defined between the trigger access opening and the magazine well section below the bolt catch mount.

A training firearm including a body that has or replicates the look and feel of a real firearm where the body includes handle, trigger and barrel portions. The training firearm includes at least one sensor for sensing separate ready and trigger positions of a trainee's trigger finger and at least one indicator for providing distinguishable indications of the ready and trigger positions of the trainee's trigger finger sensed by the sensor.

A manually-actuated slide-action handle (22) for a semi-automatic firearm. The handle has a chassis portion (58) and a length-adjustable shoulder stock portion (60) to enable a user to alter the trigger pull length of the firearm. A finger rest (82) stabilizes the end of a user's trigger finger stretched in front of the firearm trigger. The finger rest is detachable from the chassis and has a generally U-shaped configuration that is adapted to connect to the handle in either a right-handed position or an inverted left-handed position. A lock switch (116) is located on the grip base of a pistol grip feature (66) to selectively arrest relative sliding movement between the firing unit and the handle. A brake (76) is controlled by an engagement lever to selectively remove play between the handle and the firing unit portion of the firearm for competitive slow shooting.

A handle (20) for rapidly firing a semi-automatic firearm (22) having a trigger (24). The handle (20) includes a grip portion (52) defining a channel (54). A block (60) that is connected to the firearm (22) is slidably disposed in the channel (54) for allowing longitudinal movement of the firearm (22) relative to the handle (20). The handle (20) also includes a trigger guard (66) disposed on one side of the trigger (24) and extending longitudinally forward of the trigger (24) by a predetermined distance (D) to an open end. The trigger guard (66) presents a finger rest (70) for placing a trigger finger (74) on the trigger guard (66). The trigger guard (66) restricts access to the trigger (24) until the firearm (22) is moved longitudinally forward by the predetermined distance (D) relative to the handle (20). The handle (20) also includes a lock (44) having an open position for allowing longitudinal movement of the firearm (22) relative to the handle (20) and a locked position for restricting longitudinal movement of the firearm (22) relative to the handle (20).

A slide-action stock for a semi-automatic firearm. The side-action stock includes a handle provided with an integral finger rest. The finger rest forms a cradle for the user's trigger finger. In use, the user grasps the handle with one hand while pressing the dorsal side of their index finger firmly against the cradle. When intending to fire a round of ammunition, the user pushes the receiver forward with their other hand so that the trigger collides with the stabilized index finger. Recoil force quickly separates the trigger from the user's finger against the cradle. The user pushes the receiver forward to repeat the firing cycle. A firing mode selector can be selectively engaged to restrict longitudinal movement of the trigger relative to the handle, thereby returning the firearm to normal semi-automatic functionality.

A paintball gun provides a double-acting trigger apparatus including a pair of finger engagement surfaces against which a user of the gun may employ a pair of trigger fingers. The user of the paintball gun may effect a firing operation of the gun by using either one of the two fingers to pull the trigger. Consequently, rapid firing operations of the gun are effected by dithering the two trigger fingers in rapid alternating motions to apply pressure on and off the two trigger engagement surfaces. Further, the paintball gun includes a programmable, microprocessor-based controller allowing the gun to be fired in response to a chosen discreet event in time. This chosen discreet event may include the opening and / or closing of a pair of switch contacts, for example; or the making or breaking of an electrical circuit effected between conductive components of the paintball gun. Movements of the double-acting trigger apparatus will result in plural discreet events separated in time, so that plural rapid-sequence firing operations of the paintball gun may be accomplished. Accordingly, a very high cyclic rate of fire is possible with a semi-automatic paint ball gun according to this invention.

A liquid dispensing, manually operated trigger sprayer has a trigger with an ergonomic finger engagement surface. The trigger finger engagement surface extends longitudinally across the front of the trigger and has a protrusion at the top of the surface. The protrusion has a finger engagement surface portion that rests on the top of a finger of a user's hand while the user's hand manipulates the trigger of the trigger sprayer.

A welding glove is provided. The welding glove includes a plurality of finger portions including an index finger portion and middle finger portion having an exterior layer and intermediate layer that each include a diameter that is at least twice the diameter of the exterior layer and intermediate layer, respectively, of the thumb portion, the ring finger portion, and the pinky finger portion. In this way, when employing the welding glove, a user's trigger fingers include a larger cross-sectional area for actuating a welding trigger, which facilitates the absorption and redistribution of pressure on the user's fingers when actuating a welding trigger. In addition, the larger cross-sectional area aids in the absorption of any opposite force exerted onto a user's fingers by the welding trigger, thereby reducing the discomfort and stress associated with actuating a welding trigger for prolonged periods of time.

Hand position monitoring systems and methods for use with firearms. The hand monitoring system monitors a hand position of a firearm user and includes a sensor assembly and a controller. The sensor assembly acquires hand position information (e.g., index or trigger finger position information) of a firearm user and electronically communicates the hand position information for review and / or analysis.

A protective glove for protecting a wearer's hand includes a thumb pocket and an index finger pocket. The glove is designed to receive the wearer's thumb in the thumb pocket and the wearer's index finger in the index finger pocket, while leaving the user's other fingers exposed. The thumb pocket and the index finger pocket are attached to an adjustable wrist strap. Further, the thumb pocket and the index finger pocket are attached to each other.

Hand position monitoring systems and methods for use with firearms. The hand monitoring system monitors a hand position of a firearm user and includes a sensor assembly and a controller. The sensor assembly acquires hand position information (e.g., index or trigger finger position information) of a firearm user and electronically communicates the hand position information for review and / or analysis.

A reconstitution assembly includes a housing including a lower sleeve and an upper sleeve, including a first container and a second container disposed vertically opposite the first container. A transfer set assembly is disposed within the housing between the first container and the second container. The transfer set assembly includes an upper spike housing and a lower spike housing, with a flow path defined through the upper spike housing and the lower spike housing. The transfer set assembly is configured to access contents of the first container and then upon the activation of a triggering mechanism, create a fluid pathway between the first container and the second container. The triggering mechanism includes trigger fingers which ensure the transfer set assembly sequentially accesses the contents of the first container before accessing the contents of the second container. The disposition of the first container activates the triggering mechanism.

This invention relates generally to a device that can restrict the flexion of the joints of the fingers. It is primarily used in the treatment of trigger finger and trigger thumb but is effective in any circumstance where the need to restrict flexion of a finger joint is desired. The device is adjustable, reusable and disposable. It consists primarily of a flat strip of material with an adhesive segment at the end that can be rolled into a restraining tubular sleeve around the affected digit. The placement is adjustable according to the individual, unique requirements of the treatment and level of comfort desired by the user.