Abstract: A flexible cylindrical fabric rifle cover for mitigating heat mirage, including an inner textile tube having a major axis, an outer textile tube positioned around the inner textile tube and sharing the major axis, and a plurality of middle textile tubes sandwiched between the inner and outer tubes and sharing the major axis. A plurality of thread guides are connected to the outer tube. A poly-para-phenylene terephthalamide thread runs through the thread guides and has a first end connected to the outer tube and a second end connected to a rotary reel affixed to the outer tube. The outer tube is an aramid ripstop fabric, the inner tube is an amorphous silica cloth, and the respective middle tubes are selected from the group consisting of aluminized silica fabric, basalt fiber fabric, silicone coated aluminized fiberglass fabric, poly-para-phenylene terephthalamide fabric, and aramid ripstop fabric.

Abstract: A gun/hand muff for protecting portions of a gun user's hand, wrist, and/or forearm from the elements is provided. The gun/hand muff defines an interior cavity for ultimately receiving portions of a gun and portions of at least a gun user's hand and possibly portions of the gun user's wrist and forearm therein. The interior cavity is used to protect portions of the gun and the gun user's hand (and possibly portions of the gun user's wrist and forearm) from the elements, while simultaneously affording contact of the gun user's hand with the portions of the gun received in the interior cavity.

Abstract: A gun/hand muff for protecting portions of a gun user's hand, wrist, and/or forearm from the elements is provided. The gun/hand muff defines an interior cavity for ultimately receiving portions of a gun and portions of at least a gun user's hand and possibly portions of the gun user's wrist and forearm therein. The interior cavity is used to protect portions of the gun and the gun user's hand (and possibly portions of the gun user's wrist and forearm) from the elements, while simultaneously affording contact of the gun user's hand with the portions of the gun received in the interior cavity.

Abstract: A rifle star chamber cleaning tool body includes a through hole disposed along a rifle star chamber tool body long axis. At least one end of the through hole includes a groove or slot. The through hole is adapted to slidingly and rotatingly accept a rod. The rifle star chamber cleaning tool body is shaped to slide at least in part into an upper receiver of a rifle. A method to clean a star chamber of an upper receiver of a rifle and a rifle star chamber cleaning tool are also described.

Abstract: Snap cap devices configured to be inserted within an associated firearm are disclosed. The exemplary snap cap devices are made from or otherwise include a material configured to release corrosion protection molecules.

Abstract: A guard for protecting the scope and action of a hunting rifle or the action of a shotgun. The guard can be folded around the scope and action of the rifle or around the action of the shotgun and is held in place by magnets positioned along opposite edges of the guard. The other edges of the guard are gathered by elastic material so that when the guard is folded around the scope and action of the rifle or around the action of the shotgun, the other edges form a cuff around the pistol grip of the rifle or shotgun and a cuff around the forend of the rifle or shotgun.

Abstract: A lens cover for an optical instrument has a first flexible cover panel having a sleeve thereon forming a substantially closed loop, and a second flexible cover panel having a sleeve thereon forming a substantially closed loop. A drawstring has its first end secured to the first flexible cover panel, with the portion of the drawstring adjacent the first end extending through the sleeve on the first flexible cover; and its second end secured to the second flexible cover panel, with the portion of the drawstring adjacent the second end extending through the sleeve on the second flexible cover.

Abstract: What is disclosed is an archery hand warming device that functions to keep a user's bow hand warm when grasping an archery bow. The device has a sleeve that fits over a user's forearm and two flaps that wrap around a user's hand when grasping the handle of a bow so as to shield a user's bow hand from the elements. The archery hand warming device utilizes a grommet or other opening typically located in one or both flaps which allows for the passage of a male threaded connector of a typical archery stabilizer to pass through and connect to the female threaded connector of an archery bow in order to mount or attach the archery hand warming device to the archery bow.

Abstract: A chamber safety device is configured to be inserted into one or more openings of a weapon, such as the loading/ejection port(s) or barrel of a shotgun, rifle or handgun. When the chamber safety device is inserted into the one or more opening(s), the weapon is not capable of firing and/or being loaded with ammunition due to the fact that no bullet or shell can be inserted into the firing chamber and/or the weapon firing mechanism cannot come in contact with a bullet or shell located in the firing chamber. At least a portion of the chamber safety device is designed to extend outwardly from breach of the weapon and is colored in a high visibility color such that those nearby can visually detect the presence of the chamber safety device inserted in a weapon.

Abstract: A firearm includes a forend having a forend body attached to the firearm below a barrel, and a cord removably secured to a gripping surface of the forend body. The forend body is provided with at least one groove removably receiving the cord to secure the cord to the forend body. The groove is configured to receive the cord therein such that a portion of the cord extends out of the groove so that the slip resistance of the gripping surface of the forend body is improved. The cord can be easily removed from the groove of the forend body whenever the user of the firearm desires to use the cord in any other suitable manner.

Abstract: A rifle carrying case secured to the front of a person, either by a harness with shoulder straps or by components to attach the case to the straps of the person's backpack, in a way that allows the person to travel hands free of the case and that allows the person to change the orientation of the case.

Abstract: A protective covering system includes a plurality of precut protective coverings configured from a waterproof material. Each of the precut protective coverings are configured to accommodate actuation of functional features and proper operation of the firearm.

Abstract: Gun rail attachments, gun components and accessories and systems include attachment bodies made of polymeric materials with hardness ratings and ranges which are generally flexible and malleable and heat resistant. Reinforcing members are combined with the attachment bodies for secure attachment to gun rails and grips with only the polymeric attachment bodies exposed. Pockets, cavities and channels are formed in the attachment bodies for receiving wires, devices, device modules, components or accessories for guns.

Abstract: A barrel cap for attachment to a muzzle of a gun barrel and to cover the muzzle opening of the gun barrel.

Abstract: A gas generator contains a housing having a first end and a second end; a perforated first combustion chamber contained within the housing; a first gas generant contained within the first combustion chamber; a first gas generant cushion positioned between one of either the first end or the second end, and the first gas generant; and a booster chamber contained within the housing, the booster chamber extending through the first gas generant cushion to physically communicate with the second end of the housing. The gas generant cushion may have at least one concave cavity formed on one side of the cushion for providing an enhanced propellant cushion. A vehicle occupant protection system incorporating this gas generator is also contemplated in accordance with the present invention.

Abstract: A gas generator is provided, the gas generator having a propellant cushion that prevents movement of propellant tablets or grains by providing a bias thereagainst. Furthermore, the cushion is formed from a desiccating material thereby removing moisture and inhibiting moisture uptake by the propellant during manufacture of the gas generator. The elastomeric cushion is also able to manage the presence of chlorine-containing products during periods of inactivation of the gas generator. Accordingly, variables such as fractured propellant and/or moisture retained within the propellant are mitigated or eliminated, thereby enhancing repeatability of inflator performance.

Abstract: According to at least one exemplary embodiment, a scope guard may be coupled to a weapon or other device to protect one or more accessories, such as a scope, holographic sight, red dot sight, reflex sight or the like. Additionally, a scope guard may protect the device or components of the device itself, such as a gun barrel, a gun stock, a gun rail, or a gun action. Additionally, the scope guard may be designed to protect and conceal accessories, components, and the device itself from collisions, shock, trauma, brush, clothing, and other gear, and, if a weapon, enemies, intruders or other opposition forces. Additionally, the scope guard may be lightweight.

Abstract: A rail cover for use on a handcover having a rail. The rail cover includes a body having opposing side edges, a top surface and a bottom surface. Parallel sidewalls depend from the bottom surface to define a socket therebetween for slidably engaging the rail of the handguard. A snap clip is carried by the body and is movable between a raised position for allowing sliding engagement with a rail of a handguard and a lowered position wherein a portion thereof is received within a slot of the handguard and prevents sliding engagement thereof.

Abstract: A debris cover for a weapon magazine well that that does not need to be removed in order to add a magazine onto a firearm. The instant device includes a housing with an opening that can be secured over the magazine well of a firearm such and is fastenable inside the trigger well. The housing has a lower opening wide enough to receive a magazine therethrough. Spring hinges are disposed proximal the lower opening. A plurality of door panels has a surface with a low coefficient of friction and is fixedly attached to and in operational communication with the spring hinges. The spring hinges bias the door panels to span the lower opening. The door panels can also fold up inside the debris cover allowing for the insertion of a magazine into the magazine well.

Abstract: Gun rail attachments, gun components and accessories and systems include attachment bodies made of polymeric materials with hardness ratings and ranges which are generally flexible and malleable and heat resistant. Reinforcing members are combined with the attachment bodies for secure attachment to gun rails and grips with only the polymeric attachment bodies exposed. Pockets, cavities and channels are formed in the attachment bodies for receiving wires, devices, device modules, components or accessories for guns.

Abstract: The present invention provides for a firearm having a receiver defining a bore with the receiver extending along a longitudinal axis. The receiver defines an ejection port transverse to the longitudinal axis with the bore defining an inner surface. The firearm further includes a bolt carrier disposed in the bore and moveable relative to the receiver along the longitudinal axis between a firing position and a rearward position. The firearm also includes a shield longitudinally affixed to the bolt carrier and movable with the bolt carrier as a unit between the firing and rearward positions along the longitudinal axis with the shield blocking the ejection port when in the firing position and the shield sliding along the inner surface away from the ejection port when moving to the rearward position in conjunction with the bolt carrier.

Abstract: A firearm barrel protective cover to prevent outside elements from entering a firearm barrel including a convex body partially surrounding the barrel end, the body having an outer wall, an opening disposed between first and second outer ends of the outer wall to accommodate a site member therethrough, and a channel disposed longitudinally within the wall. A disc-shaped flap is disposed abuttingly against a front end of the flap; and a continuous outside wall disposed between the forward end and the rearward end. An attachment member, including a hinge, pivotally attaches the flap to the body to allow gravity to swing and pivot the flap outwardly and downwardly away from the end of the barrel.

Abstract: A method and apparatus providing for a rail system which further acts to cool a firearm. Wherein said cooling process acts by the passage of air through fins of the apparatus. Whereby said method and apparatus provides for a cooling mechanism which does not inhibit the firearm from attaching accessories.

Abstract: A bullet trap (1) is provided that connects to a muzzle end (5) of a weapon (3). The bullet trap (1) has a body (11) with a chamber (17) into which a bullet can be fired. The chamber (17) has a plurality of baffles (27) located one behind the other in an aligned series arrangement. The baffles (27) absorb kinetic energy of a fired bullet and enable the bullet to be trapped within the body (11). The baffles (27) have a thickness at a center of axis of travel of a bullet less than the thickness at a radially outwardly distant position to provide for a deformation at the center of a first of a series of baffles (27) before there will be engagement of a center of second and subsequent baffles (27).

Abstract: A powered rail system is provided for a weapon that includes a barrel. The powered rail system includes a base having a longitudinal opening. The base is configured to be mounted to the weapon such that the barrel is received within the longitudinal opening and the base extends around at least a segment of a length of the barrel. A rail extends from the base. An electrical component is mounted to the rail. An electrical power source is held by the base. The electrical power source is electrically connected to the electrical component for supplying the electrical component with electrical power.

Abstract: An interface device includes an elongated sensor strap having a secured end and an unsecured end opposite to the secured end. The unsecured end of the sensor strap represents a first sensor half, and a second sensor half is adapted to receive the first sensor half/unsecured end to form a sensor link between the two sensor halves. A deployment sensor switch provides an input to a monitoring device for an alarm system. The deployment sensor switch is adapted to reside in an armed state when the first and second sensor halves form a sensor link, but change to an alarm state when the first sensor half and second sensor half are separated to break the sensor link. The sensor strap is sufficiently long to produce a closed loop around a firearm or other object to in a monitored position when the first and second sensor halves are placed together to form the sensor link.

Abstract: A weapon protection enclosure device protects a weapon from adverse conditions, including water, dust, dirt and sand. The weapon protection device features a material that is tough and durable, impervious to water, airtight and lightweight. The weapon protection device is compact when not in use and requires very little storage space. The weapon protection device allows a user to fire the weapon with either hand while the weapon is inside the protection device thereby allowing the weapon to be used on short notice. A clear window is provided in the device in line with the standard projection sight (such as a laser sight) on the weapon so that the sight can be used even if the weapon is in the weapon protection device. One or more waterproof opening closures are provided. An oral air inflation tube allows for the buoyancy of the weapon protection device to be adjusted.

Abstract: The present invention provides for a firearm having a receiver defining a bore with the receiver extending along a longitudinal axis. The receiver defines an ejection port transverse to the longitudinal axis with the bore defining an inner surface. The firearm further includes a bolt carrier disposed in the bore and moveable relative to the receiver along the longitudinal axis between a firing position and a rearward position. The firearm also includes a shield longitudinally affixed to the bolt carrier and movable with the bolt carrier as a unit between the firing and rearward positions along the longitudinal axis with the shield blocking the ejection port when in the firing position and the shield sliding along the inner surface away from the ejection port when moving to the rearward position in conjunction with the bolt carrier.

Abstract: A thermal barrier (1) for firearms (A) comprising a body (2), optionally substantially cylindrical, made of a ceramic material. The body (2) is shaped and configured for being placed between a respective barrel (C) of a firearm (A) and at least one structure (S) of the firearm (A). The body (2) of the thermal barrier (1) has a first portion (3) suitable for remaining facing the barrel (C) of the respective firearm (A), and a second portion (4) facing the side opposite with respect to the first portion (3), optionally suitable for bearing upon at least one portion of the structure (S) of the firearm (A).

Abstract: A protective cover for a firearm lower receiver attaches directly and securely to the lower receiver, protecting it from any impact or debris, yet it may still be used with existing firearm protective cases and bags. Forward and rearward assembly pin holes allow securing of the protective cover to the lower receiver with assembly pins. An extrusion on a lower surface of the protective cover is capable of depressing a magazine door of a magazine installed in the lower receiver and may be transparent to allow a user to view contents of the magazine while keeping the contents protected from debris.

Abstract: A magazine well insert prevents contaminants from entering the magazine well of a pistol or a rifle. The magazine well insert provides a visual indication that the weapon does not have a magazine installed, thereby enhancing weapons safety. The magazine well insert of the present invention protects the weapon's magazine well from becoming contaminated with sand and other debris by sealing the magazine well with a block, for example, a plastic or metal block, that has an o-ring or other sealing device adapted to be positioned at the opening of the magazine well. The magazine well insert may be used in two different configurations, a first configuration that allow normal operation of the weapon's action or a second configuration that blocks the action of the weapon. The magazine well insert may be hollow with a removable sliding base to provide for storage in an interior portion thereof.

Abstract: A magazine well insert prevents contaminants from entering the magazine well of a pistol or a rifle. The magazine well insert provides a visual indication that the weapon does not have a magazine installed, thereby enhancing weapons safety. The magazine well insert of the present invention protects the weapon's magazine well from becoming contaminated with sand and other debris by sealing the magazine well with a block, for example, a plastic or metal block, that has an o-ring or other sealing device adapted to be positioned at the opening of the magazine well. The magazine well insert may be used in two different configurations, a first configuration that allow normal operation of the weapon's action or a second configuration that blocks the action of the weapon. The magazine well insert may be hollow with a removable sliding base to provide for storage in an interior portion thereof.

Abstract: Weapons, weapon housing and methods of producing such weapons and weapon housings are disclosed. An example weapon housing for use with a firearm includes at least two housing shells. Each of the housing shells comprises at least one positioning recess. The example weapon housing also includes at least one connection block comprising connecting pins. On an assembly plane of the connection block, the housing shells are to be positioned and aligned on the connecting pins via the respective positioning recess to enable forces that are to act in or against a direction of fire to be absorbed by surfaces of at least one of the positioning recesses or one or more of the connecting pins.

Abstract: A camouflage system includes a layer of an adhesion promoter so paint will adhere to the surface of an article and a first layer of paint applied to the surface on top of the adhesion promoter. A second layer of paint of a different color is applied to a portion of the first layer of paint. The second layer of paint may be in the form of a design, symbol, brand, logo, mark, and/or name. A multi-color layer is then applied to the surface of the article over the layers of paint. The multi-color layer may be a camouflage ink pattern. A clear coat may be applied over the multi-color layer. The multi-color layer affects the visual appearance of the second layer of paint. The second layer of paint may be visible at one viewing angle and may be less visible or non-visible at a different viewing angle.

Abstract: A tight, insulating enclosure for a rifle or shotgun is provided. Such an enclosure envelops the wooden stock and other wooden portions of a suitable firearm, at least, to protect the wooden surfaces thereof during storage, transportation, and utilization. The enclosure itself contains rubberized foam components to impart insulation around the wooden portions as protection against hard and/or extended surfaces that may bump, scratch, dent, or otherwise disfigure the wooden portions of a firearm. Furthermore, the enclosure is of a single construction with suitable cut-out portions for movable parts, such as a trigger, a clip, a scope, and the like, and is secured around the target firearm in a tight-fitting fashion in order to protect the noted surfaces, as well as provide shock absorption during firing. The enclosure permits access at all times to the necessary movable components while ensuring a snug fit around the delicate portions of the firearm.

Abstract: The present invention provides a pre-packaged kit and a method for creating unique multi-toned custom patterns or camouflage on a surface, and in particular the surfaces of a firearm. The multi-toned custom patterns or camouflage are created by separating or peeling off pre-cut stencil/templates from sheet or roll stock adhesive backed masking material and applying the stencil/templates to a surface. The surface is subsequently sprayed with coatings, finishers and sealants. Additional layers of stencil/templates are then added and sprayed with various colors or tones of coatings, finishers and sealants to complete the desired effect on the firearm surface.

Abstract: A protective cover for a firearm lower receiver attaches directly and securely to the lower receiver, protecting it from any impact or debris, yet it may still be used with existing firearm protective cases and bags. Forward and rearward assembly pin holes allow securing of the protective cover to the lower receiver with assembly pins. An extrusion on a lower surface of the protective cover is capable of depressing a magazine door of a magazine installed in the lower receiver and may be transparent to allow a user to view contents of the magazine while keeping the contents protected from debris.

Abstract: Disclosed are examples of an apparatus for cooling a barrel 12 of a firearm 10 and examples of a cooled barrel assembly 32 for installation into an existing firearm 10. When assembled with the barrel 12, a contact surface 16 of a shell 14 is proximate to, and in thermal communication with, the outer surface of the barrel 18. The shell 14 is formed of commercially available or modified graphite foam.

Abstract: A thermal barrier (1) for firearms (A) comprising a body (2), optionally substantially cylindrical, made of a ceramic material. The body (2) is shaped and configured for being placed between a respective barrel (C) of a firearm (A) and at least one structure (S) of the firearm (A). The body (2) of the thermal barrier (1) has a first portion (3) suitable for remaining facing the barrel (C) of the respective firearm (A), and a second portion (4) facing the side opposite with respect to the first portion (3), optionally suitable for bearing upon at least one portion of the structure (S) of the firearm (A).

Abstract: A weapon protection device designed to enclose a weapon and protect the weapon from adverse conditions, including water, dust, dirt and sand. The weapon protection device features a material that is durable and generally puncture resistant, impervious to water, lightweight, heat resistant and tear resistant. The weapon protection device is compact when not in use and requires very little storage space. The weapon protection device features one or more pockets having a flap and an interior region under the flap. The interior region is made of a flexible, stretchy material that allows a user to fire the weapon with either hand while the weapon is inside the protection device. The weapon can be used on short notice and does not require removal of the weapon from the weapon protection device. A waterproof opening seal, such as a dry sack seal, is provided.

Abstract: A forearm stock for a shotgun includes a forearm stock main body, an integral shot shell carrier tube, disposed in the main body, an accessory rail, at the forward end of the main body, and a removable cover, adapted to cover the accessory rail. The forearm stock main body has a forward end, a back end, a contour, and an upper cavity for receiving a shotgun's tube magazine. The shot shell carrier tube is disposed below the upper cavity, and is adapted to receive a plurality of shot shells, with an opening toward the back end. A mechanism for urging the shot shells out of the carrier tube through the opening is provided, and a retention mechanism is adapted to selectively retain the shot shells in the carrier tube. The removable cover has a contour that substantially complements a contour of the main body.

Abstract: A cover for a firearm is disclosed. The firearm cover is shaped to complement the bottom of an upper portion of a two piece receiver. The firearm cover may be pinned to the bottom of an AR-15® upper receiver and may cover a bottom opening and/or a rear opening when in place. When secured in place, the firearm cover may capture a bolt carrier within an inner cavity of the upper receiver. Additionally, the firearm cover will protect the inner cavity, keeping dust, debris, and moisture out of the upper receiver.

Abstract: A tight, insulating enclosure for a rifle or shotgun is provided. Such an enclosure envelops the wooden stock and other wooden portions of a suitable firearm, at least, to protect the wooden surfaces thereof during storage, transportation, and utilization. The enclosure itself contains rubberized foam components to impart insulation around the wooden portions as protection against hard and/or extended surfaces that may bump, scratch, dent, or otherwise disfigure the wooden portions of a rifle or shotgun. Furthermore, the enclosure is of a single construction with suitable cut-out portions for movable parts, such as a trigger, a clip, a scope, and the like and is secured around the target firearm in a tight-fitting fashion in order to protect the noted surfaces, as well as provide shock absorption during firing. In such a manner, the enclosure permits access at all times to the necessary movable components while ensuring a snug fit around the delicate portions of the rifle or shotgun.

Abstract: A cover for a weapon. The cover comprises a cover body having an open first end and an open second end. The open second end fits around a front end of the weapon's body where a barrel slides into the body of the weapon and the open first end fits around a back end of the weapon leaving the barrel exposed. A top surface of the cover body includes a top opening and an upper flap affixed to the cover body covering the top opening. The cover body also has a first and second lateral side and a belt feed opening on one of the lateral sides of the cover body.

Abstract: An enclosure that converts to a blanket, a method for constructing the enclosure, and a method for converting the same into a blanket are disclosed. The enclosure includes a central panel, first-side and second-side panels and a sub-assembly. The central panel has a first end and an opposed second end. The central panel further has a transverse edge and an opposed edge. The first-side panel is connected along the transverse edge. The second-side panel is connected along the opposed edge. The sub-assembly, which includes a closing element and a protective element, is connected about a perimeter of the central panel. The closing element remains closed about a substantial portion of the perimeter when a firearm is present in the enclosure. The closing element is opened and the first-side and second-side panels unfolded in an outward manner from the central panel to form the blanket.

Abstract: A magazine well insert prevents contaminants from entering the magazine well of a pistol or a rifle. The magazine well insert provides a visual indication that the weapon does not have a magazine installed, thereby enhancing weapons safety. The magazine well insert of the present invention protects the weapon's magazine well from becoming contaminated with sand and other debris by sealing the magazine well with a block, for example, a plastic or metal block, that has an o-ring or other sealing device adapted to be positioned at the opening of the magazine well. The magazine well insert may be used in two different configurations, a first configuration that allow normal operation of the weapon's action or a second configuration that blocks the action of the weapon. The magazine well insert may be hollow with a removable sliding base to provide for storage in an interior portion thereof.

Abstract: This invention encompasses articles, compositions, and methods that provide enhanced corrosion resistance and wear resistance to firearms, firearm components, and firearm accessories. In one aspect, for example, a substrate comprising a firearm component is coated with a first layer of a corrosion-resistant material such as a first metal, followed by a second thin film layer of an abrasion-resistant material such as a second metal, a ceramic material such as a metal nitride, diamond-like carbon material, or other materials.

Abstract: A barrel jacket covering at least partially the outer surface of the bullet-guiding barrel of a firearm is provided, wherein the barrel jacket has at least one inner casing and one outer casing and a spacer. The inner casing is arranged adjacent to the barrel, covering the barrel in a close-up position. The outer casing is arranged at a distance to the inner casing, covering the inner casing, thus providing a continuous gap. The continuous gap is stabilized by at least one spacer, which stabilizes the inner casing and outer casing in their relative positions.

Abstract: Various techniques are provided for firing blanks from firearms. In one example, a blank firing adapter includes a mount assembly operatively configured to be attached to a muzzle of a firearm. The blank firing adapter also includes a main body having an interior chamber. The blank firing adapter also includes an escape port positioned longitudinally forward of the interior chamber and not in communication therewith. The blank firing adapter also includes a barrier interposed between the escape port and the interior chamber. The blank firing adapter also includes a projectile receiving area positioned longitudinally forward of the escape port and configured to slow down a projectile from the muzzle therethrough.

Abstract: A cover for a weapon. The cover comprises a cover body having an open first end and an open second end. The open second end fits around a front end of the weapon's body where a barrel slides into the body of the weapon and the open first end fits around a back end of the weapon leaving the barrel exposed. A top surface of the cover body includes a top opening and an upper flap affixed to the cover body covering the top opening. The cover body also has a first and second lateral side and a belt feed opening on one of the lateral sides of the cover body.