475results about "Gun mountings" patented technology

A low profile firearm wall mount providing convenient storage and retrieval of a firearm having a protruding lip around a perimeter of a magazine well of the firearm. The wall mount has a body with a slot formed therein, the slot further comprised a slot opening, and a back, floor, and front walls having at least one channel inscribed therein, the channel adapted to slidably receive the protruding lip accessible from the slot opening. In a method of use, when the slot opening is oriented upwards, the firearm is positioned above the mount. When the slot opening is oriented sideways left or right, the firearm horizontally engages or disengages the slot. By customizing the channel to a profile of the protruding lip, the wall mount is adapted to receive an AR 15 rifle, pistols, or any type of firearm with a magazine well and protruding lip.

A gun targeting system (10) comprising a chassis (200). A gun barrel (300) is mounted to the chassis (200) by a pivot mount (304). The system also comprises a chassis suspension system (400) comprising a plurality of wheel arms (402), each wheel arm (402) extending away from a different chassis mount (220) on the chassis (200) to a respective wheel (404), each wheel (404) being rotatably mounted on its respective wheel arm (402), each wheel (404) configured for engagement with a support surface (500). The gun targeting system (10) is operable to position the barrel (300) towards an orientation to target an object by pivoting one or more wheel arms (402) relative to the chassis (200) and / or by pivoting one or more wheels (404) relative to its respective wheel arm (402) and / or by rotating one or more wheels (404) relative to its respective wheel arm (402).

A firearm support includes a housing, two or more legs, a column, a firearm mount, and a remote actuator. The housing including a first hydraulic cylinder. The two or more legs are pivotally coupled to and extending from the housing. The column resides at least partially within the first hydraulic cylinder. The firearm mount supports a firearm and is attached to a distal end of the column opposite the first hydraulic cylinder. The remote actuator is fluidly coupled to the first hydraulic cylinder through a hydraulic hose. The remote actuator adjusts a height of the column by moving hydraulic fluid through the hydraulic hose in response to rotation of a height adjustment knob on the remote actuator.

Provided is a semi-open pistol storage device, including a body with an accommodating cavity for storing the pistol. The body is provided with a lock catch structure and an unlocking mechanism. The lock catch structure is provided with a lock catch bracket, and a lock beam assembly. The lock catch bracket is fixedly connected to the body, the lock beam assembly is rotatably connected to the lock catch bracket, and one end of the lock beam assembly, with a rotation radius thereof as a motion trajectory, pass through a trigger guard of the pistol to lock the pistol. The unlocking mechanism is provided with an unlocking bump, which can be used for unlocking the lock catch structure to make the lock beam assembly retract from the trigger guard, thereby releasing the trigger guard and enabling the pistol to be drawn from the storage device.

The utility model relates to the field of shooting distance experiments, and discloses a shooting distance experiment support which comprises a base, the top end of the base is fixedly connected with a supporting rod, the outer wall of the supporting rod is slidably connected with a movable plate, the top end of the movable plate is hinged to a clamping plate through a hinge rod, and the top end of the supporting rod is fixedly connected with a connecting base. A fixing pipe is fixedly connected to the bottom end of the connecting base, a threaded sleeve is movably connected to the outer wall of the fixing pipe, a positioning mechanism is arranged on the inner wall of the threaded sleeve, and a connecting assembly is arranged on the side wall of the left end of the connecting base. According to the gun fixing device, the threaded sleeve can be rapidly moved to drive the movable plate, the hinge rod and the clamping plate to be close to fix a gun, accurate fixing is conducted through the threaded arrangement of the threaded sleeve and the movable plate, the fixing stability of the gun is guaranteed, the situation that the angle of the gun deviates is avoided, and the accuracy of experimental data is improved to a certain degree.

A brace for stabilizing a handheld device such as a handgun against a user's forearm includes a vertically elongated body adapted to detachably engage a portion of the handheld device, and an arm pivotably connected to a portion of the body. The pivotable arm is selectably moveable between a stowed position wherein the arm is vertically aligned with the body, and a deployed position wherein the arm provides a surface against which a user's forearm is removably receivable to stabilize the handheld device when the body is engaged with the handheld device.

The present invention provides a magnet mount for securely holding a firearm. The magnet mount includes a mounting plate, one or more magnets affixed to the mounting plate, and a barrel insert that is substantially in parallel with the surface of the mounting plate. The magnets are configured for providing a holding power to support at least a portion of the weight of the firearm. The barrel insert can be inserted into the barrel of the firearm and stabilizes the firearm. Also provided is a method of securely holding a firearm using the magnet mount.

Armored vehicle, in particular combat vehicle, with a hull (2) for accommodating a vehicle crew and a weapon turret (3) rotatably mounted relative to the hull (2) about an azimuth axis (A), characterized in that the weapon turret (3) has a rotating base (3.1) rotatably mounted on the hull (2) about the azimuth axis (A) and a weapon carrier (3.2) arranged movably relative to the rotating base (3.1) along the azimuth axis (A).

A firearm mounting device securable to a surface and having a magnetic material within a base to attract and secure a firearm to the device in a readily retrievable position. The device includes a channel to receive the slide of a semi-automatic pistol and at least one slide stop disposed within the channel to engage and prevent movement of the slide as a user grips the grip of the pistol and displaces the grip towards the at least one slide stop to chamber a cartridge in the chamber of the pistol. The at least one slide stop engages and prevents movement of the slide while allowing the barrel of the pistol to protrude from under the slide.

The present invention provides a magnet mount for securely holding a firearm. The magnet mount includes a top mounting plate, a trigger shield, and one or more magnets affixed to the top mounting plate. One or two trigger shields are extended downwardly from the top mounting plate along one or both sides of the firearm and configured for blocking at least 50% of a trigger accessing area of the firearm, to prevent a finger from accessing & touching the trigger and causing accidental discharge. Also provided is a method of securely holding a firearm using the magnet mount.

A base recovery device and a gun equipped with such a device includes a structure extendable between a non-spread out state and a spread out state and having a base-receiving opening delimited by first and second arms parallel to each other, at least one lever which pivots and supports the second arm, and a mechanism for moving the lever. The mechanism includes an actuating member, a drive assembly and a clutch assembly arranged such that at least one lever is automatically moved to an unfolded position, in which the structure is in the spread out state, when the breechblock is moved from closed position to open position during the gun recovery stroke, and such that at least one lever is automatically moved to a folded up position, in which the structure is in the non-spread out state, before the end of the recovery stroke and independently of the breechblock movement.

The present disclosure provides systems and techniques for determining a grip layout for a gun. The techniques include obtaining an image depicting a hand, obtaining calibration data associated with the image, calculating a real distance between a first landmark of the hand and a second landmark of the hand, and determining a grip layout for the gun based on the real distance between the first landmark and the second landmark. Calibration data may include a scale for the image or data that may be used to derive the scale, such as an object of known dimensions, an angular field of view, or a distance between the device used to capture the image and the hand. The grip layout may include a backstrap size, a sensor size, a sensor location on the gun, or any combination thereof.

The present invention discloses a tripod for rifle hunting comprising a connecting head with legs hinged thereto. The legs can rotate inwardly or outwardly relative to the connecting head around a hinge axis, and a locking component is installed on the connecting head to limit inward rotation of the legs. Compared to existing technology, the locking component on the connecting head restricts the legs after they are extended, preventing inward rotation relative to the connecting head. This ensures that the legs do not rotate inward due to kick recoil during shooting, thus maintaining the stability of the tripod and preventing collapse due to kick recoil force.

The present invention discloses a tripod for rifle hunting comprising a connecting head with legs hinged thereto. The legs can rotate inwardly or outwardly relative to the connecting head around a hinge axis, and a locking component is installed on the connecting head to limit inward rotation of the legs. Compared to existing technology, the locking component on the connecting head restricts the legs after they are extended, preventing inward rotation relative to the connecting head. This ensures that the legs do not rotate inward due to kick recoil during shooting, thus maintaining the stability of the tripod and preventing collapse due to kick recoil force.

A brace for stabilizing a handheld device such as a handgun against a user's forearm includes a vertically elongated body adapted to detachably engage a portion of the handheld device, and an arm pivotably connected to a portion of the body. The pivotable arm is selectably moveable between a stowed position wherein the arm is vertically aligned with the body, and a deployed position wherein the arm provides a surface against which a user's forearm is removably receivable to stabilize the handheld device when the body is engaged with the handheld device.

Disclosed is an accessory mount configured for attachment to a rail interface system, such as the MIL-STD 1913 Picatinny rail. In particular, the accessory mount is a multi-position sliding mount that can be used to attach an accessory, such as a bipod or a tripod, to a handguard equipped with a compatible rail interface system. The accessory mount includes a spring-loaded push-button recoil lug that allows it to be quickly repositioned on a rail interface system. The accessory mount also includes an adjustment knob configured to facilitate attachment and removal without the need to slide the accessory mount on or off the end of the rail interface system. Additionally, the adjustment knob is configured to set sliding tension for the accessory mount and, if desired, to fix the accessory mount in position on the rail interface system.

A handgun hanger apparatus features a mounting plate and one or more barrel rods configured to swivel in relation to the mounting plate. The mounting plate may be sized to accommodate a different amount of handguns and spaces. The handgun hanger apparatus may be hung from a rear of a shelf, may be clipped into a shelf track system of a safe, or may be directly secured to a wall or other surface. The handgun hanger apparatus is capable of hanging handguns of different calibers and is configured to swivel each handgun so as to reduce the amount of space required or to otherwise display each handgun, as desired by a user.

Drone defense system comprising detection devices (10), an evaluation unit and a weapon unit (20), wherein the weapon unit (20) has a plurality of firing devices (21).

A shooting pocket for stabilizing a firearm includes a frame for securing to equipment worn by a shooter. A pivot plate is pivotally mounted to the frame. A receiving area receives a buttstock of a firearm and pivots with the pivot plate to facilitate directional manipulation and aiming of the firearm. The pivot plate defines a pivot ball support surrounding a central orifice on the inner facing side. The pivot ball support defines a pivot ball engaging surface wherein the pivot ball engaging surface defines a second plane that is offset from the first plane by 30 to 10 degrees. An inner facing said of a catch plate has mating engagement with the outer facing side of the pivot plate. The inner facing side of the catch plate defines a concave pivot ball rotation member a pivot ball. A biasing member returns the pivot plate to a pre-determined position.

A self-propelled gun system (10) comprising a chassis (200) to which is mounted a gun barrel (300) having a gun barrel axis (302). The system also has a chassis suspension system (400) comprising a first wheel arm (402) extending away from the chassis (200) to a first wheel (404), the first wheel (404) being rotatably mounted on the first wheel arm (402), the first wheel (404) configured for engagement with, and travelling along, a support surface (500) to support the chassis (200) a distance (Dz) apart from the support surface (500). There is also provided a recoil mitigation system (900) comprising a recoil support leg (902) which extends away from the chassis (200) to a foot end (904), the foot end (904) operable to engage with the support surface (500) during firing of a projectile (340) from the gun barrel (300). The foot end (904) of the recoil support leg (902) is operable to be spaced apart from the support surface (500) when the gun system (10) is in transit. The recoil support leg (902) is configured to react against recoil force (Fr) in the z-axis from the firing of a projectile (340) from the gun barrel (300). The recoil mitigation system (900) further comprising a wheel brake control device (600) configured for applying a braking force to the chassis first wheel (404) after the firing of a projectile (340) from the gun barrel (300) and after the rotatable first wheel (404) has started rotating along the support surface (500) in response to the firing of a projectile (340) from the gun barrel (300).

The invention relates to the technical field of unmanned weapon equipment, in particular to an armed robot dog capable of carrying a miniature missile, which comprises a four-footed robot dog and an armed module carried on the four-footed robot dog, the armed module comprises an observing and aiming device, a missile adaptive frame for carrying a micro missile and a rotary table for adjusting an azimuth angle and a pitch angle, the rotary table is fixed on the four-footed robot dog, and the observing and aiming device and the missile adaptive frame are both mounted on the rotary table. The miniature missile can be carried on the four-footed robot dog through the missile adapting frame, the hitting distance and damage power of the armed robot dog can be improved, any adaptive restructuring design does not need to be conducted on the miniature missile, the robot dog carrying state is completely consistent with the individual soldier carrying state, and the robot dog can be carried on the shoulder for launching and can also be carried on the ground. And the robot can be carried on a four-footed robot dog, so that the combat preparation time can be greatly shortened, and the universalization level of weapons and equipment during manned and unmanned cooperation is improved.

A firearm attachment for supporting a firearm and mounting accessories to the firearm includes a handguard which is shaped to mount to a barrel of the firearm and a monopod which is removably coupled to the handguard. The monopod is removable from the handguard and may have a tool attached to it so that the monopod may be used as a handle for the tool. A flashlight and a laser emitter may be removably attached to the handguard to illuminate an area in front of the firearm and facilitate aiming the firearm. The flashlight and the laser emitter may also be removable to be usable independently of the handguard and the firearm.

A firearm attachment for supporting a firearm and mounting accessories to the firearm includes a handguard which is shaped to mount to a barrel of the firearm and a monopod which is removably coupled to the handguard. The monopod is removable from the handguard and may have a tool attached to it so that the monopod may be used as a handle for the tool. A flashlight and a laser emitter may be removably attached to the handguard to illuminate an area in front of the firearm and facilitate aiming the firearm. The flashlight and the laser emitter may also be removable to be usable independently of the handguard and the firearm.

Herein disclosed is a stand that supports a targeting apparatus for targeting an object and conceals a user of the targeting apparatus from the targeted object. An elongated member has a first end that contacts a ground surface and a second end opposite the first end that has a targeting apparatus rest. A shielding screen is mounted on the elongated member. The shielding screen has an opening through which the user can view the targeted object. The opening is positioned such that a line of sight from the targeting apparatus extends through the opening while the targeting apparatus is placed on the targeting apparatus rest. In some embodiments, the shielding screen is collapsible for easy transport to a desired location for targeting activities and the shield can be deployed once at the desired location.

A system comprising a robot (13) and at least one device (10) for the targeted alignment of firing tools (11) with a firing axis on a target to be hit. At least one carrier system (40) for a firing tool (11) is provided, which comprises a targeting device and has at least one receptacle (41) into which the firing tool (11) can be introduced in certain areas. A plurality of differently shaped firing tools (11) can be introduced into the receptacle (41) and secured there (FIG. 1).

Examples provide a compensator for a firearm. In one example, a firearm assembly includes a firearm having a barrel defining a projectile bore along a bore axis, an attachment mechanism coupled to the firearm and configured to mount the firearm to a movable platform, and a compensator attached to the barrel. The compensator may have a body that defines at least one compensator port configured to vent a portion of gases exiting the barrel upon firing the firearm. In one example, the compensator is oriented on the barrel to direct the portion of gases vented through the at least one compensator port in a direction to counteract angular recoil forces on the movable platform to which the firearm is mounted, the angular recoil forces being caused upon firing of the firearm.