Abstract: A dart catching device for catching darts that fail to adhere to a dartboard includes a tray, which is mountable to a vertical surface upon which a dartboard is positioned. The tray is mounted below the dartboard and extends substantially perpendicularly from the vertical surface. The tray can catch a dart that is thrown at the dartboard, but which fails to adhere to the dartboard. The device can prevent damage to the dart that might occur should the dart drop to a horizontal surface beneath the dartboard.

Abstract: A weapon testing chamber is provided. The chamber enables the testing of conducted energy weapon (CEW) and contain any accidental discharges which may occur. In addition the chamber may also be utilized for safe unloading of a handgun by providing a testing chamber which can absorb any accidental discharges of the firearm and can accommodate differing models and types of weapons in a single testing chamber.

Abstract: A multimedia crossbar system for goal posts of different spots. The system includes a goal frame, a net, a rear net frame, a multimedia bar, and a transparent display screen. The goal frame includes a front crossbar, a first post, and a second post to yield a U-shape. The rear net frame holds up the net behind the goal frame and includes a rear crossbar, a first rear post, and a second rear post. The multimedia bar includes a support bar, a plurality of lights, a plurality of speakers, and a plurality of sponsor display panels for audiovisual entertainment around the goal frame. The support bar is mounted to the rear crossbar and support the lights, speakers, and the sponsor display panels. The transparent display screen provides another visual medium for advertisement and other similar content. The transparent display screen is positioned and perimetrically connected within the rear net frame.

Abstract: A bullet trap includes a trap body defining a trap compartment, the trap body comprising a baffle plate enclosed within the trap compartment; and a funnel assembly defining an inlet, the inlet aligned with the baffle plate. A method of using a bullet trap includes firing a bullet through a throat of a trap body of the bullet trap; striking a primary baffle plate of the trap body; and redirecting the bullet towards a secondary baffle plate of the trap body.

Abstract: A net assembly for an adjustable basketball goal. The net assembly may include a net, a support frame, and a mounting assembly configured to mount the support frame to a post of the adjustable basketball goal. The net may include a net frame having an upper portion including a plurality of net frame sleeves. The support frame may be configured to support the net, and may include at least one elongated member configured to extend through the plurality of net frame sleeves. The support frame may also include a plurality of support arms, each having a first end portion and a second end portion. The first end portion may be configured to couple to the at least one elongated member, and the second end portion may have a support arm sleeve. The support frame may further include a cross brace configured to couple the plurality of support arms.

Abstract: A gun-clearing box, which has: a box-body having a gun-clearing space inside, a cover opening and an assembly opening connecting the gun-clearing space to the outside; a cover-body; a gun-placing barrel having an placing entrance, a shot exit, and a barrel wall connected between, such that the diameter of the placing entrance is larger than which of the shot exit; such that the gun-placing barrel is fixed in the assembly opening, and the placing entrance is faced toward the outside of the box-body, and the shot exit is inclined to face toward the gun-clearing space; and a sliding-sleeve abutting assembly set in the gun-placing barrel, such that the sliding-sleeve abutting assembly has two adjacent abutting surfaces with a gap between; such that the gap is inclined and reduced along the direction from the placing entrance to the shot exit; thereby improving the convenience and safety of the use.

Abstract: A bullet trap is disclosed which comprises a vibration dampening gasket disposed between the impact plates and support frame.

Abstract: The present invention provides a bullet collecting box which is installed with a plurality of rubber plates in the bullet collecting box having a rectangular parallelepiped shape and filled with rubber powder filling materials having a particle size of 0.1 to 3 mm therein, thereby collecting the bullets fired in the indoor shooting range without damage, and a bullet collecting system which can be used by installing the bullet collecting box in the indoor shooting range. Also, the present invention provides a bullet collecting system for preventing occurrence of lead fume in the indoor shooting range, in which the beaten zone of the indoor shooting range is newly improved from an existing system of using an iron plate to a system of using powder filling materials, thereby preventing the leakage of lead fume, and contributing to an early normalization of the shooting range and a creative national defense.

Abstract: A bullet trap apparatus preferably includes a housing, a support structure and energy absorbing material. The housing preferably includes a bullet guiding collar, a front energy absorbing panel, a front wall plate, a four sided box, an angled back plate and an angled armor plate. The front wall plate is attached to a front of the four-sided box. The front energy absorbing panel is located between the bullet guiding collar and the front wall plate. A perimeter of the angled back plate is attached to a perimeter of a rear of the four-sided box. Four armor spacers are attached in four corners of the back plate. A rear of the angled armor plate is attached to the four armor spacers. The housing is filled with energy absorbing material. The support structure preferably includes a first side leg and a second side leg and three base plates.

Abstract: A sheet material characterized by an ability to capture and retain generally-spherical firearm-discharged pellets when struck thereby. The sheet material basically comprises a forward strike face, a rearward back face, and an embedment region therebetween. The strike face is penetrable by the pellets, and the sheet material has a structure adapted to disperse kinetic energy in the pellets upon penetration to cause the pellets to embed within the embedment region without exiting the rearward back face. The sheet material may advantageously be deployed as a curtain at a firearm shooting range in a selected disposition to capture and retain firearm-discharged pellets, thereby to abate environmental contamination from pellets collecting on the grounds of shooting ranges.

Abstract: A plate-type bullet trap provides an adjustable angle upper and lower plate system which facilitates adjustment of the individual angles of each plate as well as the mutual and relative angles between the plates. In this manner, the geometry presented by the plate-type bullet trap system may be varied to present a maximized efficiency and effectiveness of the plate trap geometry for various entrance paths and characteristics for bullets and other projectiles.

Abstract: Converging hardened steel plates are loosely mounted in a frame, with neoprene pads between them to better absorb the noise and impact from projectiles. The upstream end of the bullet trap is a target area, and a containment chamber communicates with the downstream ends of the plates defines a throat area. A transition area connects the chamber entry with the throat area. An impact plate between them has end portions fitted loosely in openings defined by the support frame. A plurality of vanes define the cylindrical chamber, and have loosely supported ends. These vanes have edges that abut and over-lap one another so movement of adjacent vanes will occur in response to one of these vanes being struck by a projectile. These vanes are normally restrained but can move radially outwardly when hit by a projectile. The number of vanes is less than 20 degrees in the chamber.

Abstract: A catching apparatus has a bent steel frame and a mesh work mounted to the frame. The catching apparatus has an upper portion that defines the target or gathering zone, and a lower portion that defines a pouch or sling into which objects caught in the upper portion collect. The apparatus has side openings permitting objects caught therein to be retrieved.

Abstract: The object of the present invention is to provide a leaching protector at outdoor shooting ranges comprising an elastic covering layer arrangement (100), a projectile-arresting material and a drainage arrangement. The covering layer arrangement (100) comprises a security layer (101) covering a security area (110) having a low probability of being penetrated by projectiles and a firing layer (102) covering a firing area (120) having a high probability of being penetrated by projectiles. The security layer (101) and the firing layer (102) are penetrable by projectiles. The security layer (101) is made of a first material and the firing layer (102) is made of a second material.

Abstract: A portable target comprising: (a) a complaint, energy-absorbing backer; (b) a target on a surface of said backer; and (c) a support mechanism for holding said surface of said backer in a vertical position.

Abstract: A chamber for the recovery of projectiles, or a bullet trap, which uses a gel having rheopectic properties in order to stop the bullet and which also uses a gel recirculation system in order to increase viscosity such that it stops the passage of the bullet. In addition, the recirculation system attracts the bullet towards the lowest part of the chamber and directs same towards a basket type filter from where the bullet is recovered. The dimensions of the projectile recovery chamber are such that it is easy to transport and the chamber includes a raising mechanism that can be used to adjust the height of the chamber according to the height of the shooter, as well as including a positioning device and a distributed logic control system for stopping and starting a recirculation pump.

Abstract: Converging hardened steel plates are loosely mounted in a frame, with neoprene pads between them to better absorb the noise and impact from projectiles. The upstream end of the bullet trap is a target area, and a containment chamber communicates with the downstream ends of the plates defines a throat area. A transition area connects the chamber entry with the throat area. An impact plate between them has end portions fitted loosely in openings defined by the support frame. A plurality of vanes define the cylindrical chamber, and have loosely supported ends. These vanes have edges that abut and over-lap one another so movement of adjacent vanes will occur in response to one of these vanes being struck by a projectile. These vanes are normally restrained but can move radially outwardly when hit by a projectile. The number of vanes is less than 20 degrees in the chamber.

Abstract: A round absorbing Airsoft target trap assembly is provided that includes a target frame and a backstop for receiving and reducing the velocity of Airsoft rounds passing through the target frame.

Abstract: A clearing trap for decelerating bullets including a housing and bullet deceleration material disposed within the housing. The bullet deceleration material may include a plurality of layers of rubber material and metal for safely decelerating a bullet. Further, the layers of rubber material may have different densities and different types of metal may be used to decelerate a bullet. The clearing trap may also include vent holes for dissipation of the force generated from discharging a firearm in the housing and diverters which channel vented gasses away from a shooter.

Abstract: A removable inspection panel for use with a projectile containment assembly in a shoot house or on a firing range where the firing of live ammunition is carried out is provided. The inspection panel is removably attached to a supporting structure between the supporting structure and a projectile containment assembly. The inspection panel is removable from the top of the supporting structure, for example, for periodic inspection of the condition of the inspection panel. Any detectable damage to the surface of the inspection panel facing the projectile containment assembly indicates immanent failure of the projectile containment assembly.

Abstract: The present invention provides a releasable clamp assembly for supporting one or more bullet deflecting plates, comprising: a first plate holder having a channel for receiving an outer lateral edge of a first deflecting plate; a second plate holder having a channel for receiving an outer lateral edge of a second deflecting plate; and a bridge comprising a bridge connecting the first plate holder and the second plate holder and one or more releasable clamp integral with the bridge, wherein the one or more releasable clamp is adapted to apply a clamping force in a direction substantially perpendicular to the first plate holder channel and second plate holder channel.

Abstract: Steel plates loosely mounted in frame, with neoprene pads between the frame and plates to better absorb the noise and impact from projectiles. The plates are inclined having laterally projecting tabs in openings defined by parallel steel side-walls. A containment chamber communicates with downstream ends of inclined plates by a transition area downstream of the inclined plates. Chamber has projectile impact boundary defined by laterally extending vanes or strips of hardened steel. End portions of vanes fit loosely in openings defined by the chamber side-walls. The vanes have beveled edges that abut one another so movement of adjacent vanes occurs in response to one of these vanes being struck by a projectile. Vanes are biased inwardly toward normal, or rest positions, but can move outwardly when impacted by a projectile. The number of vanes selected to establish angles of incidence for adjacent vanes less than 12 degrees in chamber.

Abstract: A clearing trap for decelerating bullets including a housing and bullet deceleration material disposed within the housing. The bullet deceleration material may include a plurality of layers of rubber material and metal for safely decelerating a bullet. Further, the layers of rubber material may have different densities and different types of metal may be used to decelerate a bullet. The clearing trap may also include vent holes for dissipation of the force generated from discharging a firearm in the housing and diverters which channel vented gasses away from a shooter.

Abstract: A ballistic wall includes a facing material having destructible material with at least one side having a resilient material attached thereto to help provide additional integrity to the wall and to reduce the risk of ricocheting projectiles passing through the facing material.

Abstract: A bullet trap is disclosed which is formed without intervening sidewalls to enable cross-shooting and the like with reduced risk or ricochet or damage to the bullet trap. Furthermore, the bullet trap can be configured in a variety of ways to eliminate the need for facing plates while providing a removable attachment mechanism, to enable repair on the trap, to reduce bullet adhesion to the trap and to provide improved containment of lead and improved access to the trap.

Abstract: Shooting range (1) for example for the target practice of a user, in particular the firing range which the present invention relates to is eco-sustainable. The firing range (1) comprises a dynamic sound suppression apparatus (100), an energy recovery system (300) and a recovery system of residual materials (500).

Abstract: A projectile absorption target for absorbing multiple projectiles moving at high speed includes, a first layer made from a resilient material to allow penetration of the multiple projectiles, and the first layer further includes a first top surface and a first bottom surface. The target further includes a second layer having a density and thickness sufficient for absorbing and trapping kinetic energy of the multiple projectiles, and the second layer further includes a second top surface and a second bottom surface. The target further includes a projectile casing for securely encasing the first layer and the second layer in position and the projectile casing includes a first surface. The first layer and the second layer are stacked over each other and positioned in a manner such that the first bottom surface of the first layer engages the second top surface of the second layer.

Abstract: An improved projectile trap assembly includes a frame that supports a channel and a containment chamber. The containment chamber has an ingress point receiving a fired bullet and an egress point for distributing the bullet. The containment chamber is supported by a pair of bulkhead plates that are connected to the frame. Each bulkhead plate defines an aperture, with a scroll assembly being mounted between bulkhead plates proximate the aperture. The scroll assembly includes a front scroll affixed and a rear scroll detachably connected to the bulkhead plates. A side plate is detachably connected to the bulkhead plate opposite said front and rear scrolls to seal the scroll assembly to receive bullets. The containment chamber additionally includes upper and lower trap plates that are positioned proximate upper and lower channel plates at the ingress point. Finally, a plurality of collection buckets positioned below said front scroll in an adjustable position.

Abstract: Steel plates loosely mounted in frame, with neoprene pads between the frame and plates to better absorb the noise and impact from projectiles. The plates are inclined having laterally projecting tabs in openings defined by parallel steel side-walls. A containment chamber communicates with downstream ends of inclined plates by a transition area downstream of the inclined plates. Chamber has projectile impact boundary defined by laterally extending vanes or strips of hardened steel. End portions of vanes fit loosely in openings defined by the chamber side-walls. The vanes have beveled edges that abut one another so movement of adjacent vanes occurs in response to one of these vanes being struck by a projectile. Vanes are biased inwardly toward normal, or rest positions, but can move outwardly when impacted by a projectile. The number of vanes selected to establish angles of incidence for adjacent vanes less than 12 degrees in chamber.

Abstract: A bullet trap apparatus is provided for capturing an associated bullet traveling along a substantially linear trajectory. The bullet trap apparatus includes a support frame and a flowable material disposed on an upper surface of the support frame. The support frame has an upper surface configured to support associated material. The flowable material is disposed on the upper surface of the support frame substantially on the linear trajectory, and includes a plurality of sheets of substantially rectangular material. Each of the sheets are configured for deflecting the associated bullet from its substantially linear path and absorbing energy from the associated bullet by the deflecting, thereby slowing the traveling of the associated bullet through the flowable material. The flowable material includes a plurality of sheets of substantially rectangular material, each of the sheets including a rubber material and one or more sheets of a fabric material formed of woven strands coupled with the rubber material.

Abstract: The present invention relates to a device for collecting empty shells that have been used at a shooting range and specifically to an empty shell recovery device of low operating cost. To achieve the above, the empty shell recovery device according to an embodiment of the present invention is furnished with absorption panels that are isolated from each other and inserted into sliding grooves of side plates facing each other to enable replacement and absorb the kinetic energy of an empty shell, an empty shell collection part that is inserted into the rear of the side plate and furnished with an escape prevention panel that prevents empty shells from escaping, and an empty shell discharge part that collects empty shells falling from the empty shell collection part downward and discharges them. Thus empty shells used at a shooting range are collected and recycling of empty shells is made possible.

Abstract: A round absorbing Airsoft target trap assembly is provided that includes a target frame and a backstop for receiving and reducing the velocity of Airsoft rounds passing through the target frame.

Abstract: A bullet trap is disclosed which is formed without intervening sidewalls to enable cross-shooting and the like with reduced risk or ricochet or damage to the bullet trap. Furthermore, the bullet trap can be configured in a variety of ways to eliminate the need for facing plates while providing a removable attachment mechanism, to enable repair on the trap, to reduce bullet adhesion to the trap and to provide improved containment of lead and improved access to the trap.

Abstract: A paintball target holder includes a frame having plural parts that are movable relative to one another in order to fold the frame and thereby reduce a volume encompassed by the frame. The plural parts include a front part, a back part, and a bottom part. The paintball target holder includes a target mounted to the front part, layers of material mounted between the target and the back part, where the layers of material receive a paintball through the target, and a paintball loader mounted to the bottom part. The paintball loader receives the paintball from the layers of material via the bottom part.

Abstract: A portable bullet trap includes a rail which is attachable to a shoot house or other ballistic wall and a trolley which facilitates movement of the bullet trap along the rail. Additionally a bullet trap may include a plurality of pivotable baffles or other structures disposed therein to deflect and partially decelerate a bullet.

Abstract: A shooting range including at least one shooting station and a projectile trap. The projectile trap includes at least two projectile trap subassemblies each having at least one end plate and joined together along adjacent end plates and a trap chamber in each of the projectile trap subassemblies, wherein a portion of the front edge of the joint between the projectile trap subassemblies is transposed into the trap chambers substantially out of view from the shooting station. In a preferred embodiment, the shooting range further includes at least one range auxiliary system.

Abstract: A bullet trap is provided having a housing, a plurality of downward sloping ramps, and a bullet receptacle. The bullet trap may provide a low cost, easy to maintain and effective bullet trap solution for firing ranges. Further, the bullet trap comprises lifting lugs allowing it to be transported using a helicopter or other rotary blade aircraft.

Abstract: A portable projectile trap assembly includes a modular target assembly having a frame configured to retain a plurality of backstop panels. The plurality of backstop panels are removably mounted on a front side of the frame forming a planar backstop, and a front panel of resilient material is removably mounted to and covers the front side of the planar backstop opposite the frame. The front panel is spaced from the planar backstop to form an air gap between the backstop and the front panel. When a projectile is fired at the target assembly, the projectile passes through the front panel and impacts against and is stopped by the backstop. The target assembly is attached to a support mast at the rear side of the frame; the support mast is attached to a mobile base supporting the target assembly in a vertical orientation above the mobile base.

Abstract: A bullet trap is disclosed which is formed without intervening sidewalls to enable cross-shooting and the like with reduced risk or ricochet or damage to the bullet trap. Furthermore, the bullet trap can be configured in a variety of ways to eliminate the need for facing plates while providing a removable attachment mechanism, to enable repair on the trap, to reduce bullet adhesion to the trap and to provide improved containment of lead and improved access to the trap.

Abstract: A clearing trap for decelerating bullets including a housing and bullet deceleration material disposed within the housing. The bullet deceleration material may include a plurality of layers of rubber material and metal for safely decelerating a bullet. Further, the layers of rubber material may have different densities and different types of metal may be used to decelerate a bullet. The clearing trap may also include vent holes for dissipation of the force generated from discharging a firearm in the housing and diverters which channel vented gasses away from a shooter.

Abstract: A portable firing berm adapted to capture bullets fired at the berm. The portable berm has a frame assembly defining exterior boundaries of the berm and forming an opening through which bullets fired at the berm enter the berm. A bullet containment portion is communicating with the opening, the bullet containment portion arranged such that unspent bullets received in the bullet containment portion impact against, are stopped and contained by the bullet containment portion. The frame assembly has a moveable wall moveable from a first position to a second position, without removal from the frame assembly, so that the berm is configurable between a transport and placement configuration of the berm and an operating configuration of the berm substantially without disassembly of the frame assembly.

Abstract: A device for simulating the torso of an animal or human to determine projectile performance is provided, comprising a support frame; and a plurality of selectively removable simulant inserts, including a hide simulant insert, a muscle simulant insert, a bone simulant insert, and one or more internal organ simulant insert, and wherein the simulant inserts are placed within the support frame in a predetermined order specific to the type of animal or human being simulated. The support frame includes a mounting device to secure the support frame to a ground surface, and a base adapted to orient the support frame at a selectable angle relative to a projectile path. The support frame further includes a locking device adapted to secure the simulant inserts to the support frame. In a preferred embodiment, the locking device includes a fastener slidably disposed within a slot formed in the support frame, and an extended member adapted to contact one of the simulant inserts.

Abstract: A bullet trap is disclosed which is formed without intervening sidewalls to enable cross-shooting and the like with reduced risk or ricochet or damage to the bullet trap. Furthermore, the bullet trap can be configured in a variety of ways to eliminate the need for facing plates while providing a removable attachment mechanism, to enable repair on the trap, to reduce bullet adhesion to the trap and to provide improved containment of lead and improved access to the trap.

Abstract: A portable bullet trap includes a rail which is attachable to a shoot house or other ballistic wall and a trolley which facilitates movement of the bullet trap along the rail. Additionally a bullet trap may include a plurality of pivotable baffles or other structures disposed therein to deflect and partially decelerate a bullet.

Abstract: A target stand providing improved adjustability is provided. The target stand is suitable for use in reality-based training methods and may advantageously position a target holder in realistic settings for an improved training experience. The target stand has at least one target holder for securing at least one of a target and/or target trap, may be height adjustable, may support the target holder on flat and non-flat surfaces, and may allow for adjustment of the target holder in at least two axes of rotation.

Abstract: A bullet trap is provided having a housing, a plurality of downward sloping ramps, and a bullet receptacle. The bullet trap may provide a low cost, easy to maintain and effective bullet trap solution for firing ranges.

Abstract: A firearm attachable bullet trap for use on a gas operated firearm having a compensator attached to the barrel. The bullet trap captures bullets from live rounds and provides an visual and tactile indication of live rounds having been fired. The bullet trap is designed for the shooting of blank rounds, but is adapted to handle live rounds having a bullet in a semi-automatic or automatic firearm.

Abstract: A bullet trap is disclosed which is formed without intervening sidewalls to enable cross-shooting and the like with reduced risk or ricochet or damage to the bullet trap. Furthermore, the bullet trap can be configured in a variety of ways to eliminate the need for facing plates while providing a removable attachment mechanism, to enable repair on the trap, to reduce bullet adhesion to the trap and to provide improved containment of lead and improved access to the trap.

Abstract: A paintball target holder includes a frame having plural parts that are movable relative to one another in order to fold the frame and thereby reduce a volume encompassed by the frame. The plural parts include a front part, a back part, and a bottom part. The paintball target holder includes a target mounted to the front part, layers of material mounted between the target and the back part, where the layers of material receive a paintball through the target, and a paintball loader mounted to the bottom part. The paintball loader receives the paintball from the layers of material via the bottom part.

Abstract: A bullet trap apparatus is provided for capturing an associated bullet traveling along a substantially linear trajectory. The bullet trap apparatus includes a support frame and a flowable material disposed on an upper surface of the support frame. The support frame has an upper surface configured to support associated material. The flowable material is disposed on the upper surface of the support frame substantially on the linear trajectory, and includes a plurality of sheets of substantially rectangular material. Each of the sheets are configured for deflecting the associated bullet from its substantially linear path and absorbing energy from the associated bullet by the deflecting, thereby slowing the traveling of the associated bullet through the flowable material. The flowable material includes a plurality of sheets of substantially rectangular material, each of the sheets including a rubber material and one or more sheets of a fabric material formed of woven strands coupled with the rubber material.