32results about "Arms wearables" patented technology

A tactical torso tool carrier and networked control and communication system is disclosed, wherein a tactical torso tool carrier device includes a main unit configured to be worn on the torso of a person, the main unit including a housing having a docking station configured to securely attach a removable tool module, wherein the tactical torso tool carrier device facilitates communications between personnel and systems operably associated with the tactical toro tool carrier and networked control and communication system.

A protective carrying case for an object is disclosed, wherein the protective carrying case includes a top component, a bottom component, and semi-hexagonal ends, wherein the top component and the bottom component are constructed from carbon fiber. The protective carrying case additionally includes a retaining element with vacuum split functionality to retain elements within the case.

A concealed weapon carrier includes a bag body having front and rear walls defining an internal chamber, with first and second zipper tracks extending along respective edges of the walls. First and second zipper sliders are mounted on the zipper tracks and configured to close toward each other to a meeting position and open away from each other. A quick-release element is positioned between the zipper sliders at the meeting position, extending from within the internal chamber to the bag's exterior. When pulled, the quick-release element simultaneously moves both zipper sliders away from each other, providing rapid access to the internal chamber. The carrier may include a weapon retention structure within the chamber and can be configured for front-body wearing. The quick-release element may be offset from center to accommodate right-handed or left-handed operation and secured internally to provide mechanical advantage during deployment.

A rifle mount comprising a side wall with a front portion and a back portion extending therefrom to define an interior compartment that is configured to receive a pistol grip and a magazine cartridge holder of a rifle. The back portion is configured to flex during insertion of the rifle and rebounds to its original position to secure the rifle in place within the rifle mount.

A holster for a weapon such as a handgun has a first longitudinal end defining an entranceway to the holster and an opposite second longitudinal end for receiving the muzzle of the weapon. The holster includes a first holster body piece; a second holster body piece that is joined to the first holster piece; a first clamp that joins the first and second holster body pieces adjacent to the first end of the holster; a second clamp that joins the first and second holster body pieces at a location intermediate the first and second ends of the holster; and a third clamp that joins the first and second holster body pieces adjacent to the second end of the holster.

A holster support assembly includes a track member and a holster mount device that is slidable along the track member. A release mechanism is operable to lock the holster mount device in position on the track member, or to release the holster mount device for sliding movement along the track member. The release mechanism includes a spring that biases the lock bar into a locking position.

A state management system manages a device state associated with a simulation device The state management system may comprise a first set of sensors associated with a leading edge of the simulation device and a second set of sensors associated with a trailing edge of the simulation device. A control circuit of the state management system may determine a first optical information delta associated with the leading edge and a second optical information delta associated with the trailing edge. The control circuit may determine the device state based on the first optical information delta and the second optical information delta, a device state of the simulation device. The device state may be provided to a simulation environment associated with the simulation device.

Systems, methods, and devices disclosed herein include a packaging system having a plurality of discrete interlockable units formed of a packaging material. Individual interlockable units of the plurality of discrete interlockable units have a same shape as each other, the same shape including mating protrusions and mating recesses shaped as inverses of the mating protrusions, such that the plurality of discrete interlockable units form a repeating tessellation pattern resembling a jigsaw puzzle. The plurality of discrete interlockable units form one or more customizable packaging layers that are reconfigurable by removing and / or replacing individual interlockable units of the plurality of discrete interlockable units. Furthermore, the system includes a receptacle for receiving the customizable packaging layer(s). The receptacle can be a container including a bottom base movably coupled to a lid to define an interior space, with the customizable packaging layer(s) disposed in the interior space of the container.

To provide a firearm (10) with an illumination module (1) and a holster (100) to accommodate a firearm (10), wherein practicality and efficiency of the firearm (10) and the holster (100) is improved while also increasing gun safety in using said firearm (10) and holster (100), wherein the illumination module (1) comprises a lens array (2) with at least two lenses (21, 22), wherein a first one of the at least two lenses (21, 22) of the lens array (2) emitting a first cone-shaped light beam (LB1) with a first radiation angle (α1) and a second one of the at least two lenses (21, 22) of the lens array (2) emitting a second cone-shaped light beam (LB2) with a second radiation angle (α2), wherein the first radiation angle (α1) of the first light beam (LB1) and the second radiation angle (α2) of the second light beam (LB2) are different and in that the holster (100) comprises a locking mechanism (110) with a locking element (120) and an actuator element (130), wherein the locking element (120) is movable between a locking position (LP), in which the firearm (10) is locked in the holster (100), and an unlocking position (UP), in which the firearm (10) may be removed from the holster (100).

A holster assembly includes a holster having an interior shaped to receive a handgun, and an entrance. An ejection port restraint pivotally connected to the holster includes a latch and is biased toward an obstruction position for engaging the latch with the ejection port of the handgun. A release device mounted on the holster body is configured to actuate both the ejection port restraint and the hood restraint, each toward the respective non-obstruction position thereof, in response to a single movement by a user to allow the handgun to be withdrawn from the holster.

A rifle carrying case system includes a utility case for carrying rifles, a roller case for carrying rifle gear and accessories, and a docking station for mounting the utility case to a support structure such as a wall. The utility case and the roller bag case each include corresponding attachment mechanisms that enable the utility case to be removably coupled to the roller case for easy transit of the cases as a combined single unit. The attachment mechanisms include at least one hook member configured with the roller bag and corresponding slots / protrusions on the utility case that may be engaged by the hooks.

The present invention is directed to various embodiments of a multi-directional adjustable holster hanger device configured to be coupled with a holster that can be independently adjusted in a plurality of separate spatial orientations relative to the body of a user to provide a personalized holster configuration to accommodate a rapid and consistent draw of a holstered firearm.

A firearm accessory connector includes a mount assembly having a first side and a second side to secure together via one or more fasteners; a flexible member extending from a first end to a second end, the flexible member secured to the mount assembly such that a loop is formed by the flexible member; the flexible member and the mount assembly are to secure an accessory to a firearm.

A garment with a concealed firearm holster is provided. The garment includes a garment body having an upper waist opening and a pair of leg sleeves, wherein each leg sleeve of the pair of leg sleeves includes a lower leg opening. A hip holster pocket is disposed on an interior surface of the garment body adjacent to the upper waist opening. In some embodiments, concealment pocket is affixed to the garment body along at least one leg sleeve of the pair of leg sleeves. The concealment pocket includes a flap removably securable to at least one leg sleeve along an upper edge and opposing lateral edges of the flap defining a closed position. A holster pocket is affixed to the at least one leg sleeve along three edges thereof to define an open upper end. The flap overlies the holster pocket when the flap is in the closed position.

A holster for a weapon that has a muzzle with a forward end portion, includes a holster body substantially enclosing the weapon when the weapon is holstered. The holster body has a back portion defining an entranceway of the holster for holstering the weapon, and a cap support portion at its forward end opposite the entranceway. A muzzle end cap is formed separately from the holster body and is moved onto and secured on the cap support portion of the holster body during assembly of the holster in a position surrounding the cap support portion. The muzzle end cap has an inside surface that forms a forward stop that is engaged by the forward end portion of the weapon when holstering the weapon.

The disclosure concerns an inner duty belt and related system. The inner duty belt has an inner side and an outer side, and includes a waist portion having a first touch fastener coupled to the outer side, an attachment portion having a connecting element configured to engage with the waist portion, and a flexible portion disposed between the waist portion and the attachment portion. The flexible portion is configured to fold upon convergence of the waist and attachment portions. The flexible portion of the inner duty belt allows the inner duty belt to easily increase and decrease in circumference while engaged with an outer duty belt.

The present disclosure describes a foldable firearm that collapses into a folded state under spring pressure. The foldable firearm may include a foldable grip assembly. The foldable grip assembly may include a foldable pistol grip, a foldable trigger assembly, a folding bar, and a foldable hand stop. The foldable grip assembly may fold into the top shell of the foldable firearm. The foldable firearm may also include an ambidextrous charging handle assembly that may include a bottom portion, a top portion, a guide bar, and two opposing charging handles. The charging handles may be pulled to unfold the foldable firearm, and / or butterflied such that pivoting one charging handle causes the other charging handle to pivot. The first-pivoted charging handle may then be pulled rearwards to unfold the firearm. The first-pivoted charging handle may then be pulled further rearwards to rack the slide of the foldable firearm.

A holster having a backplate and a pocket attached to a front of the backplate to form an area adapted to retain a firearm between the backplate and the pocket. A magnet providing a magnetic field emanating from the magnet and mounted to the backplate that is adapted to engage the firearm to aid in firearm retention in the holster. A user attachment device attached to the backplate adapted for affixing the holster to a user.

The application belongs to the technical field of firearms, and particularly relates to a light-weighted firearm clamp system with a replaceable buffer at the end of a mechanical arm. The system comprises a general buffer component, a submachine gun clamp mechanism and a pistol clamp mechanism. The general buffer component provides one-way buffering and is installed at the end of a wearable mechanical arm. The general buffer component is connected to the submachine gun clamp mechanism or the pistol clamp mechanism through quick-release pins. The submachine gun clamp mechanism and the pistol clamp mechanism are respectively used for clamping and firing a submachine gun or a pistol, and the firing mode is lever firing. When shooting, the clamp mechanism fires the firearm, and the recoil force is transmitted to the general buffer component through the clamp mechanism for buffering. The application has the characteristics of light weight and generalization, and has a compact structure, flexible movement and adaptability to various types of firearms or other sensor end equipment.

A belt assembly with a repositionable stiffening element includes a first layer and a second layer affixed to the first layer such that an interior cavity is formed between the layers. The second layer includes at least one opening providing access to the interior cavity. A stiffening element is insertable into the interior cavity via the opening and is positionable at any desired location along the length of the belt assembly. A retention mechanism maintains the stiffening element in position while allowing repositioning. The stiffening element provides rigidity in a selected portion of the belt assembly while allowing the remainder of the belt to remain flexible and conformable to a user's body. The belt assembly is particularly useful for concealed carry of firearms and accessories, providing comfort during all-day wear while supporting loads. The stiffening element can be easily repositioned to accommodate different carry positions and accessory placements.

A wearable device for supporting a firearm during one-handed reloading includes an elongated body having an upper portion and a recessed lower portion extending downward from the upper portion. The upper portion includes a shelf configured to receive a proximal sight of the firearm for supporting the firearm against the elongated body. The wearable device also includes at least one magnet disposed in or against the upper portion configured to retain the sight against the shelf and at least one clip on a rear surface of the elongated body for securing the wearable device to a garment of an individual. A method for one-handed reloading of a firearm including an initial step of attaching the wearable device to the garment of the individual with the at least one clip is also disclosed herein.

Spring-loaded rifle sling for hunting rifles. The interwoven leather segments of the resulting rifle sling are characterized by the fact that the shoulder pad (Fig. 1) is interwoven with the anchor segments (Fig. 2), the connecting segments (Fig. 3), the rocker segments (Fig. 4), the strap segments (Fig. 5), and the perforated strip segments (Fig. 6). The combined elasticity of the individual segments provides the spring effect.

A harness for self-carrying a personal carriable object, comprising: at least one strap, attachable to a personal carriable object, the harness having at least one cable-guide for guiding therethrough at least one cable such as a communication cable for data transmission and / or a power cable for delivering power from a power supply source, carriable by a person carrying the respective personal carriable object, to a respective auxiliary device to be powered by the external power supply source. At least one connector of the harness may be connectable to one end of the power cable, for connecting the power cable to a power supply source. The power from the power supply source is guided through the harness such as to directly connect the power supply source via the power cable to the auxiliary device or to indirectly connect the power supply source to the auxiliary device via a detachable adapter device.