1511results about "Gun mountings" patented technology

A rifle scope system allows adjustment of the scope while a shooter maintains the shooting posture and the scope sight picture. The scope system comprises an adjustment system comprising an electromechanical mechanism that responds to a signal from a remote controller manipulated by the shooter without having to significantly disturb the shooting posture. The adjustment system allows the shooter to adjust the scope's point of aim to coincide with a bullet's point of impact at a target. Such adjustment can be performed either by the shooter. Alternatively, such adjustment could be performed by a processor configured to adjust the point of aim based on a ballistic parameter associated with the bullet or the shooting environment. The adjustment system allows such processor-determined adjustments to be effected in a quick manner.

A fore grip with a concealable and collapsible bipod has a tubular recess consisting of two cylindrical cutouts the housing for the legs when concealed and as the housing for a sliding piston that deploys the legs. A release has a compression spring positioned between piston assembly and the bottom of the first cutout and this spring; The legs are connected to the bottom of the piston via a hinge and spring that when released causes the legs to expand outward until fully deployed.

A fast acting active protection system for military vehicles defeats RPG (rocket propelled grenade) threats fired from close ranges. The system minimizes the hazard to troops and civilians nearby. The system uses a plurality of passive sensors to locate the threat and initialize the system. A low cost radar or laser tracker is used as the means to determine range, velocity, and (if required) angular position of the threat. The countermunition used may be one of several choices, with the requisites being that the countermunition provides fast response with low inertia, and is able to damage or destroy the detected threat. A multi-barrel recoilless gun is the weapon of choice. A launching device is used to deploy and aim the countermunition and the tracking means. On board software and electronics are used to control the system.

A bipod for a firearm is provided, including a body with cutouts to receive a bipod base, and a pair of legs. The bipod base is pivotally mounted to the body, and a firearm mounting bracket is pivotally mounted to the bipod base, allowing for a traversing and / or canting motion. A ball lock mounts each leg to the body, allowing the legs to be independently deployed or stored with the push of a plunger. The legs also telescope to allow adjustment of the bipod height.

A grip and bipod mounting device for mounting a bipod supporting grip assembly to a “picatinny” mounting rail structure as are often affixed below the forearm stock of a firearm such as a military rifle (e.g., as per standard MIL-STD-1913). In particular, the present invention is directed to mounting a Parker-Hale style of firearm bipod on a bipod supporting grip assembly including a contoured mounting block segment inletted to cover and attach to a picatinny rail affixed beneath the forearm stock of the firearm. A grip or handle depends transversely from the mounting block segment and has a plurality of evenly spaced circumferential band-shaped outwardly projecting surface features. The bipod supporting grip assembly is releasably attachable to a bipod frame by means of a quick release connector such as a bayonet lock or similar locking means. The bipod frame includes a pair of extensible / retractable legs, each having a pair of telescoping sections to enable the height of the bipod to be adjustable as desired.

A quick disconnect clamping assembly for releaseably attaching an accessory such as a bipod to an elongate support such as a picatinny-style mounting rail comprises a clamp body with a mounting yoke that is adapted to slide over and receive the picatinny rail. The yoke includes a substantially rectangular base plate defining the central upper surface of a clamp body and includes a pair of parallel sidewalls extending upwardly therefrom. The base plate has, in one embodiment, first and second transverse bores for first and second substantially rectangular upwardly movable bolts actuable to project upwardly from the yoke base plate. The clamp body's first and second transverse bolts, when raised and aligned with the transverse grooves of the picatinny rail, are received in the spaced transverse grooves of the rail to attach the yoke to the rail.

A bipod mounting device for mounting a bipod support to a forearm stock of a firearm or other bipod mounted device permits a user or shooter to selectively allow panning (or altering the aim point along an azimuth), tilting (or altering the orientation of a device relative to a horizontal line) and canting (or orienting a device at a selected rotational orientation relative to an axis of rotation). The bipod includes lockable controls for selectively limiting panning, tilting and canting in a manner which lets the shooter or user easily respond to changing situations when in the field.

A weapon includes a receiver having a bolt carrier assembly therein; a buttstock disposed behind the receiver, the buttstock having a tubular opening adjacent an end of the bolt carrier assembly; a larger diameter spring disposed in the tubular opening; a smaller diameter spring disposed in the larger diameter spring; a rod disposed in the rear end of the smaller diameter spring; a bumper attached to the rod; and a cap disposed in the front end of the spring, the cap having a head wherein a front side of the head engages the end of the bolt carrier assembly and a front end of the larger diameter spring bears against a rear side of the head.

An autonomous weapon system including weapon (9) and weapon mounting system (7, 8) operable to point the weapon (9) in accordance with input control signals. The weapon system includes a sensor (2) to acquire images and other data from a target zone and an image processor (3) to process acquired image data and identify potential targets (1) according to predetermined target identification criteria. Targeting system (4, 5) provides input control signals to the weapon mounting system (7, 8) to point the weapon (9) for firing at potential targets (1). A control system operates targeting system (4, 5) and fires the weapon (9) at selected targets (1) according to a predetermined of rules of engagement. The rules of engagement include combat, peacekeeping or policing scenarios. Remotely located operator (10) may amend the rules of engagement, or override the control system as required.

Adapter devices, apparatus, systems and methods of allowing a firearm to be supported by a foldable fore grip / gun handle. The fore grip gun handle can have bipod type legs that can be extendable from the handle. The fore grip handle can be just a vertical extension. The adapter can allow for the fore grip / gun handle to move from a fold back position along the bottom of the firearm so that the firearm can be easily carried, and the adapter to can allow for the handle to move down to a vertical support position beneath the firearm when the firearm is to be used. The adapter can also support a light in both a folded position and in a downwardly extended position, where light can be aimed forward, rearward to the side and / or pointed down from the firearm. The adapter can allow for a dual functioning component that can be either or both a fore grip and / or a light source. Other versions of the adapter can include a slidable thumb switch for locking a swinging plate with picatinny side rails to a main plate, and spring loaded detents for locking the swinging plate in substantially vertical orientations. Additionally, a folding rail system can be substituted for the existing picatinny rail system on firearms. The folding rail can have mounting holes for allowing the entire folding rail to be directly attached to the firearm, and have a hinge for allowing portions of the picatinny rails to pivot relative to the rest of the picatinny rails.

Disclosed is an upper receiver assembly for use with an AR15-type lower receiver. The upper receiver assembly includes a monolithic upper receiver and forearm housing. A barrel has a breech end, a muzzle end, a bore axis, and a barrel trunnion at the breech end having a lug for direct connection to the lower receiver using the pivot pin. It includes a bolt carrier assembly, having a longitudinal slot and rail engagement with the upper receiver housing on which the bolt carrier assembly slidably reciprocates, and a long-stroke gas-piston actuation system. A recoil spring assembly is housed within the monolithic upper receiver and forearm housing and extends coaxially with the longitudinal axis of the gas-piston actuation assembly. The barrel trunnion and gas block are configured for engagement with the upper receiver and forearm housing with longitudinal keyway features.

A shooting device, including at least one of a barrel, a rail and a stock, and a clampable bipod. The clampable bipod includes a clamp which is releasably clamped to at least one of the barrel, the rail and the stock, and a first leg and a second leg connected to the clamp.

Height and length are adjustable at several points. There is a special type of vise for holding the gunstock. As usual, the vise bolt pulls the movable plate toward the fixed one but, like some of the vise's predecessors, traces out an arc at the top, pivoting from the bottom as the bolt, situated just above the pivot, is turned. Within the movable plate a special cylinder is situated which gives and turns freely in response to the bolt's advance and withdrawal in passing through a threaded tunnel within it. This action prevents the biting down or binding upon the bolt which would otherwise occur because of the plate's pivoted travel as the bolt is advanced or withdrawn. The support's framework, best made from economical tubular bar-stock, is adjustable for leveling and leaning corrections and include anchoring blocks within the structure through which leveling bolts pass.

A bipod comprises first and second tubular, spring-loaded telescopically extendable legs terminating distally in substantially triangular, claw-like end effectors. Each end effecter includes a substantially planar central segment having an upper surface defining a polygon resembling a truncated triangle with the first, second and third corners projecting downwardly at an acute angle. The first second and third downwardly projecting corner segments define substantially planar, triangular claw members, and so form a cup-shaped three pointed claw ideally well suited to grasp but not sink into any terrain surface.

A quick disconnect clamping assembly for releaseably attaching an accessory such as a bipod to an elongate support such as a picatinny-style mounting rail comprises a clamp body with a mounting yoke that is adapted to slide over and receive the picatinny rail. The yoke includes a substantially rectangular base plate defining the central upper surface of a clamp body and includes a pair of parallel sidewalls extending upwardly therefrom. The base plate has, in one embodiment, first and second transverse bores for first and second substantially rectangular upwardly movable bolts actuable to project upwardly from the yoke base plate. The clamp body's first and second transverse bolts, when raised and aligned with the transverse grooves of the picatinny rail, are received in the spaced transverse grooves of the rail to attach the yoke to the rail.

A gun support apparatus is provided, which includes a base portion, a first arm member, and a second arm member. The first arm member is attached to the base portion. The second arm member is attached to the base portion. Each of the first and second arm members includes an upright member, a distal support member, a first link, and a second link. The first link is pivotably coupled to the upright member and attached to the distal support member, such that the first link is located between the distal support member and the upright member. The second link is pivotably coupled to the upright member and pivotably coupled to a distal end of the first link, such that the second link is located between the distal support member and the upright member. The second link has a variable length, and may include a dampener, spring, and / or friction element.

The firearm support device includes one or more “beanbags” directly mounted to a rifle stock that can be moved between a secured transportation position held against the stock and a support position suspended beneath the stock. The support device includes a stock attachment and one or more beanbags pivotally connected to the stock attachment. The stock attachment includes cinch and stirrup straps that secure the support devices to the stock and prevent it from inadvertently sliding up the stock. The bean bags are constructed of cloth pouches filled with a granular substance. The beanbags are sewn directly to the cinch strap or connected to the cinch strap by a slide buckle that rides along a rail strap sewn to a beanbag. The beanbags are securely held against the sides of the rifle stock in the transportation position by elastic cords, buckles, snaps, hook and loop fastening patches or other connection mechanisms.

A shooting rest supports a firearm and reduces recoil energy of the firearm. The shooting rest has a rear support and a front support for supporting the firearm and a frame connecting the rear support and the front support. The frame supports at least one weight to reduce the amount of recoil energy felt by a shooter.

A hydraulic recoil buffer assembly for a firearm having a receiver and a fixed or collapsible stock assembly including an end cylinder adapted to be secured to the pistol grip or receiver of the firearm and slidably translatable with respect to the extension tube, and a hydraulic shock absorption assembly operative to produce a hydraulic resistance to a rearward movement of the end cylinder during recoil of the firearm. The hydraulic shock absorption assembly has an orifice restricted fluid flow passage and a piston head that compresses a return spring as the end cylinder moves rearward against a recoil coil spring. The recoil buffer assembly stores a portion of the recoil energy through compression of the recoil spring and the return spring, and dissipates a portion of the recoil energy through the resistance provided by fluid flow through the orifice restricted flow passage.

A collapsible portable stand comprises support legs and a mast that collapse into a small equipment enclosure or case, forming one single, integral unit that provides for storage, stable support for a device that is mounted onto the mast, and portability. The legs and mast are operatively connected to the case and preferably have extendable length. In an embodiment, the legs and mast are connected to the case via hinges that provide for the legs and mast to rotate with respect to the case. The case preferably has wheels and an extendable handle for ease of transport when the legs and mast are collapsed into the case. An embodiment includes an internal storage case that has a moveable cover that can include controls for and / or connections to a device stored in the internal storage case. An alternative embodiment includes a larger portable stand that has components that are external of the case and / or are independent of a case.

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 bipod for a firearm, or other equipment utilizing a multiple-leg pod, is provided that features easy, snap-apart and snap-together legs and snap-on and snap-off connection of the bipod to a ball or knob on the firearm or other equipment. The legs are preferably received in bores / holes in the bipod body and, during snapping in and out, the legs move past protrusions that restrict movement of the legs between different lobes of the bores / holes. The ball joint formed between the ball / knob and the main body of the bipod serves as preferably the only connection that moves during use by the shooter. As the shooter swivels, tilts, or pans the gun, the ball / knob attached to the firearm moves in the top socket of the main body of the bipod, with the legs being stationary relative to the main body.

A weapon grip assembly (16) for attachment to a forward portion of a weapon is provided. The invention includes a base assembly (20) supported for operative engagement by a handle (22). The base assembly includes clamps (24) adapted to be secured to a forward portion of the weapon and further includes a post (38) having a clamp end adapted to retain the clamps (24) for pivot motion with respect thereto. The post (38) of the base assembly (20) is received within a bore of the handle, a mandrel (32) being interposed between the handle (22) and the clamps (24) of the base assembly (20). As the base assembly (20) is drawn into the handle (22), by rotation of the handle (22) about the post (38) of the base assembly (20), the mandrel (32) receives the clamp end of the post (38), with an upper free surface thereof engaging the clamps for pivoted closure about a portion of the weapon in furtherance of securing the weapon grip assembly (16) thereto.

A bipod mounting device for mounting a bipod support to a forearm stock of a firearm or other bipod mounted device permits a user or shooter to selectively allow panning (or altering the aim point along an azimuth), tilting (or altering the orientation of a device relative to a horizontal line) and canting (or orienting a device at a selected rotational orientation relative to an axis of rotation). The bipod includes lockable controls for selectively limiting panning, tilting and canting in a manner which lets the shooter or user easily respond to changing situations when in the field.