Abstract: An improved target clamp more securely holds a target in place when impacted by bullets or moved quickly by a target actuator.

Abstract: An improved drop/turn target is easier to construct and operate than existing drop/turn targets. The drop/turn target may be adjusted for wear, and may easily be configured to operate in a variety of different modes. The drop/turn target may also be raised or lowered during operation and may be automatically reset for subsequent use.

Abstract: A target baffle bracket includes an elongate piece of material having a hanger portion and a backing portion. The backing portion is configured for attachment to adjoining metal plates so as to cover the joint between the plates. The hanger portion is configured for selectively engaging a cable. To facilitate adjustment in the height of the bracket, and thus the baffle which it helps form, the hanger portion includes cable receiving recesses which are disposed in a variety of vertical positions.

Abstract: An improved track-mounted movable target system is disclosed. Power is inductively transferred to a target carrier movable between first and second locations. The transferred power is used to power electrical equipment on board the target carrier. The electrical equipment may include electric motors, lights, solenoids, and control circuitry for the motors and solenoids. Preferred embodiments of the invention are implemented as track-based systems, as the track provides not only stability to the target carrier, but also protection from stray bullets to the conductive cable. For a first embodiment of the invention, power is transferred to a target carrier via a stationary inductor and a movable cable, which also provides motive force to the target carrier. For a second embodiment of the invention, power is transferred to a target carrier via a stationary cable and an inductor movable with the target carrier.

Abstract: An interconnect system for modularly fabricating bullet stops is disclosed including a plurality of bullet proof plates which are placed adjacent one another to form a seam which is covered by a facing strip. A plurality of bolts extend through the facing strip and through a backing mechanism positioned on an opposite side of the plates. When the bolts are tightened, the facing strip and backing pull towards one another and hold the plates together. The facing strips and other teachings of the invention allow standard plates to be used rather than large and specially manufactured plates.

Abstract: A bullet stop and containment chamber for stopping the forward momentum of projectiles traveling in a generally horizontal zone of projectile travel and for containing the projectiles and fragments thereof. The bullet enters the chamber in which the inertial momentum of the bullet is arrested resulting in airborne particulate matter, bullets and fragments of bullets. The bullets and fragments settle out by gravity and the particulate matter are removed by a negative air pressure exerted on the chamber by means of a fan and ducting. The particulate matter is removed from the air by filtration means and the air is exhausted. The fragments and bullets drop from an egress in the bottom of the chamber into a removeably attached canister which is sealed and used to transport the emissions to recycling or disposal.

Abstract: A Bullet Trap and Containment Cavity which can be assembled as a modular system, requires very little space for installation on a typical shooting range, and which stops impacting projectiles by an initial, generally perpendicular impact on a steel plate and then utilizes auxiliary impact surfaces to contain the resultant splatter zone projected from the initial point of contact. Small fragments which might otherwise escape the auxiliary impact surfaces can be contained by the addition of an optional permeable curtain over the front aperture of the trap. Lead fragments and other residue may be collected by an optional containment bin or conveyor system at the base of the trap. Other options allow active removal of minute, airborne particulates in the air contained within the trap cavity.

Abstract: A bullet stop and containment chamber for stopping the forward momentum of projectiles traveling in a generally horizontal zone of projectile travel. The bullet enters the wide end of a channel having plates which guide the bullet into a narrow opening which leads into a containment chamber. The containment chamber has a series of plates arranged with increasing angles of incidence such that the sequential impacts are increasingly direct. There are also side plates on the chamber which combine with the other structure to confine bullets, fragments and particulate matter to the chamber until inertial momentum is arrested and the bullet drops out of an egress.

Abstract: A bullet stop and containment chamber for stopping the forward momentum of projectiles traveling in a generally horizontal zone of projectile travel. The bullet enters the wide end of a channel having plates which guide the bullet into a narrow opening which leads into a containment chamber. The containment chamber has a series of plates arranged with increasing angles of incidence such that the sequential impacts are increasingly direct. There are also side plates on the chamber which combine with the other structure to confine bullets, fragments and particulate matter to the chamber until inertial momentum is arrested and the bullet drops out of an egress.

Abstract: A modular target system with interchangeable parts which can be used to make a variety of different targets. The basic system consists of a foot, stand, and head. The universal attachment designs for the various components allows for changing the stand height or head plate style, and makes possible the addition of an optional "swinger" or "rocker." The result is a system which is versatile to use and economical to produce and maintain.

Abstract: A support structure and system which holds a cardboard or paper target above a small, lightweight carriage which moves back and forth under operator control. The system is highly portable (with the exception of the track) and can be set up very quickly and easily. The unique design allows use of commercially available, rolled steel beams (such as standard I-beam or flat bar steel) to implement the track structure. The universal mounting design allows the target system to attach to an I-beam track in any one of 8 different ways. Specifically, it can run "right side up" or "up side down"; it can mount on either of the two flanges of the I-beam (such that two target systems can operate simultaneously on a single track); and its motor drive unit can be positioned on either end of the track. The low-mass carriage and the increased-traction roller design allow the quick direction changes necessary in tactical target training.

Abstract: A target support structure and system which accommodates the use of various target adapters, including a reactive steel plate, a plastic target holder, and a 1.times.2 lumber holder. The system provides for quick and simple changing of target types and allows for the convenient adjustment of the desired angle for any target which is used. When the target is hit, it falls over backwards, activating an internal position sensor. Then, when an internal reset mechanism is engaged, the plate is lifted back to the upright position. The system is easily mounted for permanent or portable use, may be activated through pneumatics or any adaptable power source, may be interfaced with electric, pneumatic, or similar control devices, may be used as a trigger device to activate other devices upon being hit, and is designed to minimize bullet splatter.

Abstract: A target support structure and system which holds a steel plate target centered in a protective shroud. When the plate is hit, it falls over backwards, activating an internal position sensor. Then, when an internal reset mechanism is engaged, the plate is lifted back to the upright position. The system is easily mounted for permanent or portable use, may be activated through pneumatics or any adaptable power source, may be interfaced with electric, pneumatic, or similar control devices, may be used as a trigger device to activate other devices upon being hit, and is uniquely designed to minimize bullet splatter (fragments) and damage to surrounding fixtures, objects or people.

Abstract: A control device for automatically regulating pneumatically-actuated target systems. When the device receives air pressure at its input, it directs the pressure to actuate one or more targets for an amount of time set in advance by means of a variable flow regulator which is a part of the control device. After the set time has elapsed, the air pressure is routed to return the target(s) to their original pre-actuation positions and to allow air flow to the output of the control device where it can be directed to repeat, as often as desired, the same or similar processes with different sets of targets through means of additional control devices.

Abstract: A target support structure and system which holds and turns a flat target from edge to face and back again. Targets are held and turned at the bottom and are supported at the top by a pivoting connection attached to a stationary bar frame. The system is easily mounted, is able to accomodate a variety of targets, may be activated through pneumatics or any adaptable power source, may be interfaced with electric, pneumatic, or similar control devices, and is uniquely designed to minimize bullet damage and splatter.

Abstract: An improved track-mounted movable target system is disclosed. Power is inductively transferred to a target carrier movable between first and second locations. The transferred power is used to power electrical equipment on board the target carrier. The electrical equipment may include electric motors, lights, solenoids, and control circuitry for the motors and solenoids. Preferred embodiments of the invention are implemented as track-based systems, as the track provides not only stability to the target carrier, but also protection from stray bullets to the conductive cable. For a first embodiment of the invention, power is transferred to a target carrier via a stationary inductor and a movable cable, which also provides motive force to the target carrier. For a second embodiment of the invention, power is transferred to a target carrier via a stationary cable and an inductor movable with the target carrier.