Abstract: A gasket designed to fit into the bottom of the lower receiver of an M16 and AR style rifle. The gasket assists in preventing debris and blown primers from inhibiting the firing motion of the trigger of the rifle. The gasket surrounds a portion of the trigger within the lower receiver without impeding the movement of the trigger. The gasket lies flat in the bottom of the lower receiver and is retained in place by the installed trigger and trigger spring.

Abstract: The invention disclosed herein is a device which illuminates the rear peep sight attached to a bow string used by an archer when aiming an arrow at a target. The device which illuminates the rear peep sight attached to the bow string used by an archer to aim an arrow is a LED light with a battery power supply and on on/off switch attached to the arrow trigger release mechanism affixed to the archer's wrist by straps. During low light conditions the archer can conveniently illuminate the aperture of the rear peep sight with the LED light powered by the battery to enable the archer to visualize the aperture of the rear peep sight and properly aim the arrow toward the target.

Abstract: A paintball gun is made with a control circuit controlling the operation of the gun. The control circuit is provided substantially as a circuit board installed through an opening of the gun housing. The circuit board performs some novel functions including storing and replaying sound clips from stored digital files, The sound clips could include instructions to the user, music, audible indications of various operations and/or parameters related to the operation of the paintball gun, and so on.

Abstract: A paintball gun is made with a control circuit controlling the operation of the gun. The control circuit performs some novel functions including counting the number of paintballs that have been ejected and using this information, generating an output signal indicative of the number of paintballs left in a magazine.

Abstract: A paintball gun is made with a control circuit controlling the operation of the gun. The control circuit is provided substantially as a stiff circuit board installed through an opening of the gun housing. The circuit board performs some novel functions including storing and replaying sound clips from stored digital files, keeping track of the number of paintballs left and providing visual indications to a user. A button is provided on the gun handle and in alignment with a control switch on the printed circuit board. Pushing the button causes the activation of the control switch. The button may be implemented as a portion of the handle that is flexible. When this portion is depressed, it flexes inward to activate the control switch.

Abstract: An electronic device to control shooting of a BB gun includes a barrel, a trigger, a switch, a control unit, a solenoid valve and a sensor. The barrel is hollow and interconnected with a loading hole. The sensor is located in the loading hole. The trigger corresponds to the switch. The switch is electrically connected to the control unit. The control unit is electrically connected to the solenoid valve. The solenoid valve is to control pressurized gas entering said barrel. When the trigger triggers the switch and the sensor detects a BB ball dropping through the loading hole into the barrel, the sensor will transmit a signal to the control unit and the control unit will activate the solenoid valve to control pressurized gas entering said barrel.

Abstract: A small, light-weight, portable lighting device that attaches to an archery release aid providing sufficient illumination to assist the archer in attaching the release aid to the bowstring or loop and/or the arrow to the nocking position of the bowstring is provided. The light apparatus has a housing, a power supply, a button and a lighting device. The housing has a first outer wall component and a second outer wall component, with each of the first and second outer wall components attached to one another. The housing has an interior cavity, and a first aperture and a second aperture. The power supply is preferably located inside the housing. The button is preferably depressable, and is retained in the cavity, with the button being visible through the first aperture. Preferably the button projects through the first aperture, and the lighting device projects through the second aperture.

Abstract: A paintball marker with a barrel that is coupled to a receiver. The marker may include a grip assembly in which an electronic circuit is disposed. The electronic circuit is configured to actuate launching of a projectile responsive to the trigger moving to the firing position.

Abstract: A paintball marker utilizing fiber optic cables and quick disconnects to create an isolated electrical circuit which is more robust to environmental effects while improving marker balance by relocating the sensor weight. A paintball marker is provided using a frame structure defining a mounting area and a distal sensing area with an optical sensor connected to the frame at the mounting area and a fiber optic cable connected between the optical sensor and the distal sensing area. Both reflective and broken beams sensors are taught for use with the present invention as well as a light source providing light through an optic supply line connected between the light source and the distal sensing area.

Abstract: The present invention is directed to an electronically controlled paintball marker with magnetic control, having a trigger in communication with an electronic controller and a bolt configured to reciprocate in response to a magnetic force applied to a portion of the bolt during a firing sequence. Actuation of the trigger initiates a firing sequence activating electromagnets controlled by the electronic controller.

Abstract: A method of firing a paintball marker and dual trigger mechanism for a paintball marker are disclosed. The dual switch includes a first and a second trigger position sensors configured and arranged to detect the position of said trigger. A circuit is operatively connected to the first and second trigger position sensors and the projectile firing mechanism of the paintball marker. The circuit is configured to initiate a firing operation with said projectile firing mechanism when the first and second trigger position sensors indicate that the trigger has been depressed. The method includes the steps of detecting the position of the trigger with the first trigger position sensor and the second trigger position sensor and initiating a firing operation when the first and second trigger position sensors indicate that the trigger has been depressed.

Abstract: A module housing is adapted to be inserted into an operating position in the trigger group receiving area of a firearm. The module housing includes at least one pin receiver defined by two openings formed in the module housing, one on each lateral side of the housing. A module pin is received in the pin receiver and at least one trigger group component is mounted or supported for rotation on the module pin. The pin receiver is located on the module housing so as to align with a pin receptacle of the firearm when the module housing is in the operating position. By locating the pin receiver in the module housing so as to align with a corresponding pin receptacle of the firearm when the module housing is in the operating position, the trigger group module and the trigger group components housed in the module housing may be readily supported by the OEM pin receptacle.

Abstract: A device 10 for illuminating luminescent paintballs before the paintballs are projected down the barrel of a paintball gun includes a conduit 12 configured to form a forty-five degree angle to promote the arranging of luminescent paintballs into a single row as the paintballs “fall” from an enclosure and into the conduit 12 to ultimately exit the conduit 12 and drop into a discharge mechanism, a plurality of ultraviolet lamps 14 that are positioned about an inner portion of the conduit 12 to illuminate the luminescent paintballs thereby urging the paintballs to “glow” in the dark, a “horseshoe” configured bracket 16 that disposes the lamps 14 at preselected portions of the conduit 12 that maximizes the exposure of the paintballs to ultraviolet light from the lamps 14, a low voltage D.C.

Abstract: An arrow rest mountable to an archery bow for supporting an archery arrow with respect to the archery bow. The arrow rest includes a sensor that senses a first movement of the archery arrow with respect to the archery bow and/or a second movement of the archery bow, and transmits a signal upon sensing the first movement and/or the second movement. A signal processor in communication with the sensor receives the signal and moves the arrow rest in response to the received signal.

Abstract: A pneumatically operated projectile launching device preferably comprises an electro-pneumatic flow distribution mechanism that receives and directs compressed gas to a pneumatic mechanism to open a bolt.

Abstract: A method of preventing trigger bounce during the launching of a projectile by a projectile launcher includes the step of first providing a projectile launcher having a trigger capable of actuating between a full non-firing position and a full firing position. An amount of time is determined for the trigger to normally transition from a full non-firing position to a full firing position. A sensor, such as an analog optical sensor, is used to sense position of the trigger. If the time for the trigger to transition from a non-firing position to a firing position exceeds the time for the trigger to normally transition from a full non-firing position to a full firing position, launch of the projectile is delayed period of time requiring the trigger to be release to a full non-firing position.

Abstract: A detachable driving assembly for a toy gun has a first casing containing a piston device and a second casing containing a gear set. The first casing and the second casing are detachably combined by a pin and a levering lock. The piston device has a piston body with a spring and a toothed rack formed under the piston body. The gear set mainly comprises a miter gear, a reduction gear and a half-toothed gear sequentially rotated by a motor to drive the piston device. The half-toothed gear has a periphery, multiple teeth partially formed on the periphery, and an idle area formed on a remainder of the periphery. Thereby, when the teeth engage with the toothed rack to run with the half-toothed gear, the piston device is driven to a compressed condition. When the half-toothed gear enters the idle area, the piston device is released to punch a projectile.

Abstract: The method of firing a paintball marker uses a grip frame 21 replaces an existing grip frame 1 on a paintball marker in order to convert said paintball marker from a mechanically operated paintball marker into an electro-pneumatic paintball marker. The electronic grip frame 21 utilises an optical sensor in order to detect the operation of a trigger 29 and a second optical sensor to detect the presence of objects within the breech of the paintball marker. Electrical signals from these sensors are taken to an electronic circuit board 24, which controls the operation of two solenoids (one shown 26) in order to fire and re-cock the paintball marker. A user interface comprising pushbuttons 12, 13, 14 and a multi-character display 16, allows the user to define how the grip frame 21 functions.

Abstract: In a paintball gun in which projectiles are admitted into the breech from a feed port through a radial aperture, sensors positioned in line with the aperture detect whether a projectile is completely or partially inserted into the breech, or totally missing. An electronic logic circuit allows the firing of the gun only when the projectile is fully inserted, and prevents the firing when the projectile is only partially inserted into the breech. A dry firing of the gun is enabled if the breech remains empty of any projectile for a short period. The dry firing is intended to dislodge any projectile jammed in the feed port.

Abstract: A control system for a paintball marker having a breach, the control system comprising a contact sensor, a controller, and a paintball firing mechanism, the sensor being arranged to be located within the paintball marker, to sense a paintball being in contact therewith and to produce a signal indicative of the presence of the paintball within the breech, and the controller being arranged to receive the signal and to control the actuation of the firing mechanism in response to the signal.

Abstract: A paintball gun anti-blocking device includes a first, infra-red receiver and emitter disposed near the bottom of the inner wall of the gun tube to detect when the paintball enters the normal shooting position. A second infra-red receiver and emitter are positioned relative to the trigger as to detect if the trigger is pressed to the shooting position.

Abstract: An electronically controlled pneumatic paintball gun, comprising means for monitoring and/or controlling one or more parameters of the gun's operation and alphanumeric display means for displaying data related to said monitoring or control on a display panel integral with the gun.

Abstract: A mechanical, pneumatic, magnetic and/or electronic method for assisting the user operation of a trigger and/or actively and rapidly returning the trigger mechanism to its firing position at the completion of a firing sequence in a paintball gun. The trigger assistance mechanism reduces the amount of force required by the user to move the trigger to begin the firing sequence. After the firing sequence has been completed, the trigger assistance mechanism provides assistance to the trigger to move it to its pre-firing resting position. Alternatively, the trigger assistance mechanism replaces the mechanical linkage between the trigger and the cocking/firing mechanism of the paintball gun such that a pneumatic actuating ram is used to initiate the cocking/firing sequence.

Abstract: An electronic trigger grip for a paintball gun having a firing actuator is described. The grip subassembly includes a frame adapted for mounting to the gun, a trigger movably secured to the frame, a sensor positioned to detect a pull of the trigger, a linear motor adapted for mechanical coupled to the firing actuator, and a source of electric power. A pulsation power controller is electrically connected to the sensor, the power source and the linear motor for energizing the linear motor with a pulsating signal in response to a trigger pull.

Abstract: A device to aid in firing a projectile firing device is disclosed. The device includes a hands-free switch which signals a firing mechanism to fire the projectile firing device.

Abstract: An electro-pneumatically operated paint ball gun operates without the use of a mechanical sear, and includes a pneumatically operated hammer assembly effective to bump open a discharge valve and fire the gun. A programmable, microprocessor-based controller allows default valves for time intervals of operation of the gun to be programmed, and also allows a user of the gun to access and change default values so that the operation of the gun can be modified to better meet the user's preferences. A rocking trigger assembly allows the user to achieve a faster rate of fire with better accuracy. Accordingly, a cyclic rate of fire of as much as 30 paint ball shots per second or more is possible with a paint ball gun according to this invention. Further, a retrofit kit assembly provides for conversion of a conventional “autococker” type of paint ball gun into a gun embodying the present invention.

Abstract: An electronic trigger grip for a paintball gun having a firing actuator is described. The grip subassembly includes a frame adapted for mounting to the gun, a trigger movably secured to the frame, a sensor positioned to detect a pull of the trigger, a linear motor adapted for mechanical coupled to the firing actuator, and a source of electric power. A pulsation power controller is electrically connected to the sensor, the power source and the linear motor for energizing the linear motor with a pulsating signal in response to a trigger pull.

Abstract: A paintball gun includes a touch-activated trigger system. The touch-activated trigger system preferably can cause the initiation of a firing operation of the paintball gun in response to contact with human flesh or a specialized glove.

Abstract: Apparatus for throwing a football includes a pivoting arm supporting the ball and a spring, which preloads the arm to pivot upward and release the football. The arm is rotated manually to a ready-to-throw preloaded position, where the arm is latched by a plunger and released to pivot and launch the ball in response to a command signal transmitted at a distance from the apparatus by a player awaiting the ball. The command signal causes an electric power source to energize a solenoid, whereby the plunger releases the arm, the spring pivots the throwing arm forward, and the ball travels an airborne path to the player.

Abstract: The present invention consists of a conversion kit for converting a pitching machine of the type having at least one wheel into a video pitching machine. The kit includes: a projection screen; projector; ball injector; and control system. The projection screen, which is adapted to be positioned between the pitching machine and a batter, includes an aperture through which a ball may be delivered to the batter by the pitching machine. The video projector must be able to project the video image of an actual pitcher onto the projection screen. The injector is adapted to hold a ball in a queued position immediately behind the pitching machine and inject the ball into the pitching machine to be propelled toward the batter in synchronization with the video image. The injector includes an electric solenoid for injecting the ball into the pitching machine.

Abstract: A golf ball projecting air cannon capable of propelling a golf ball or similar projectile with high pressure to reach distances beyond 100 yards. The device employs an electronic circuit providing safety, firing, and reloading controls. The timer and motor provide for the timed activation of a series of microswitches and solenoids to distribute air to various ports at a designated position within the device to force appropriate movements.

Abstract: An electronically-operated pneumatic launching device preferably includes a gun-shaped body having a trigger. A bolt preferably permits a projectile to be loaded into a chamber during a loading operation. The bolt can be configured to be opened by the application of pneumatic force. A valve is preferably located in the body and selectively supplies compressed gas from a compressed gas source to the chamber during a firing operation. An electrical circuit is also preferably arranged in the body to initiate the firing operation of the paintball gun in response to actuation of the trigger.

Abstract: A control system for a paintball marker having a breech, the control system comprising a contact sensor, a controller, and a paintball firing mechanism, the sensor being arranged to be located within the paintball marker, to sense a paintball being in contact therewith, and to produce a signal indicative of the presence of said paintball within said breech, and the controller being arranged to receive said signal and to control the actuation of said firing mechanism in response to said signal.

Abstract: A paint ball gun includes a body portion, a handle, and a triggering mechanism mounted within the body portion and the handle, improvement wherein the triggering mechanism comprises a trigger pivotally mounted in the body portion, a micro-switch mounted within the handle and having a contact button disposed behind the trigger, a solenoid valve having a valve rod, means for controlling the valve rod of the solenoid valve by way of the micro-switch, a magnet mounted within the handle for attracting the valve rod to original position, a lever having a lower portion aligned with the valve rod and an upper end extending into a passage of the body portion, a first spring urging the upper end of the lever into the passage, a striking rod slidably fitted in the passage and having a bottom formed with a recess, and a second spring fitted in the passage and having an end urging against an end of the striking rod.

Abstract: A paint ball gun includes a body portion, a handle, and a triggering mechanism mounted within the body portion and the handle, improvement wherein the triggering mechanism comprises a trigger pivotally mounted in the body portion, a micro-switch mounted within the handle and having a contact button disposed behind the trigger, a solenoid valve having a valve rod, means for controlling the valve rod of the solenoid valve by way of the micro-switch, a magnet mounted within the handle for attracting the valve rod to original position, a lever having a lower portion aligned with the valve rod and an upper end extending into a passage of the body portion, a first spring urging the upper end of the lever into the passage, a striking rod slidably fitted in the passage and having a bottom formed with a recess, and a second spring fitted in the passage and having an end urging against an end of the striking rod.

Abstract: A ball-throwing machine includes a camera connected to a computer vision unit and a microphone connected to a speech-processing unit. The computer vision unit processes images from the camera to determine a user's position, and to detect user gestures from a predetermined repertoire of gestures. The speech-processing unit recognizes user vocal commands from a predetermined repertoire of commands. A computer receives information from a control panel, from the computer vision unit, from the speech-processing unit, and from a file describing the ballistic properties of the ball to be thrown. The computer accordingly determines a ball trajectory according to the user's position and parameters indicated by a combination of control-panel settings, user gestures, and user vocal commands. The computer then adjusts the direction, elevation, ball speed, and ball spin to conform to the determined trajectory, and initiates throwing of a ball accordingly.

Abstract: An electric firing controller for a lacquer bullet gun, comprising a power circuit, a lighting circuit indicating power turned on, a closing circuit having a single triggering switch and a capacitor, and an electromagnetic control unit. By operating the single triggering switch, the electromagnetic control unit is connected with the capacitor, discharging the capacitor and causing the electromagnetic control unit to trigger firing of a single lacquer bullet. In an extension of the present invention, automatic firing of lacquer bullets is controlled by repeated charging and discharging of the capacitor, as controlled by a pulse generator and a relay. Thus precise firing of lacquer bullets with little physical effort is controlled in an inexpensive way.

Abstract: The present invention relates to a hockey training device. In its broadest context, the present invention includes a hollow vertical housing with both a loading end and a discharge end. The intermediate extend of the housing is adapted to store a number of hockey pucks. A discharge device, such as a solenoid actuated plunger or spring urged driving bar, is employed in forcing pucks out through the discharge end of the housing. In this manner, the device can be used in driving pucks, one at a time, vertically and flat across the ice.

Abstract: The pneumatically operated projectile launching device is preferably comprised of three principal elements: a body which houses and interconnects all of the pneumatic components and also houses the electrical power source, a grip mounted to the body which includes an electrical switch that activates a launching sequence, and an electrical control unit housed within both the body and the grip which directs flow between the pneumatic components to load, cock and fire the gun. The body preferably contains a plurality of bores in communication with each other including a bore containing and distributing pressurized gas, a bore containing a compressed gas storage chamber and mechanisms for filling the storage chamber with gas and releasing gas from the storage chamber to fire the projectile, and a bore containing mechanisms for loading and launching the projectile.

Abstract: A member (e.g. baseball bat) including a switch manually operable to obtain the transmission of signals by a transmitter in the member to an apparatus for propelling an element (e.g. ball) toward an individual holding the member. The element is propelled by a propulsion mechanism in the apparatus toward the individual holding the member so that the individual can practice receiving the element (e.g. hitting the ball). The apparatus propels the element upon the receipt of the transmitted signals and prepares for the next element in the apparatus to be propelled upon a receipt of subsequent signals from the transmitter.

Abstract: An air gun firing system, working in conjunction with an air gun with a barrel and comprising: a bullet chamber on the front end of the main body, connected with the barrel for housing a bullet to be fired through the barrel; a lock, glidingly movable along the axis of the barrel, pushing the bullet into the bullet chamber, as driven by a lock driver, enabling the bullet to be fired, with a spring pulling back the lock; a gas chamber for driving the lock driver, accommodating the lock driver; a high-pressure gas container; a first pressure reducing valve; a second pressure reducing valve; and an electromagnetic valve, controlling flow of low-pressure gas into the gas chamber. When the electromagnetic valve opens, low-pressure gas flows into the gas chamber, driving the lock driver. When the electromagnetic valve closes, the spring pulls back the lock and the lock driver.

Abstract: An amusement device, comprising two cooperating units. Each unit is equipped with a net for catching an incoming airborne ball, and a launcher for launching the ball, once caught. The two devices, if properly programmed, can juggle two, or more, balls.

Abstract: An air gun trigger system, working in conjunction with an air gun, having a firing system, moving between a rear position in a ready state and a forward position for firing bullets, the air gun trigger system comprising: a holding element; a first trigger device; a second trigger device; and a driving unit. The holding element holds the firing system in the ready state and when triggered releases the firing system therefrom to move towards the forward position. The first trigger device is manually operated to trigger the holding element. The second trigger device automatically triggers the holding element and is driven by the driving unit. Thus the holding element is triggered to release the firing system from the ready state by either the first trigger device or the second trigger device. The driving unit causes a continuous movement of the second trigger device, resulting in fully automatic firing of bullets.

Abstract: An electronic game includes a device that is held or worn by a player, and a housing. The device includes an emitter that emits a signal in response to player input. The housing includes a controller and a detector that detects the signal from the emitter and provides an electrical signal to the controller indicating the location of the emitter. The housing further includes a magazine for storing objects, and a fire mechanism coupled to the magazine and controlled by the controller to fire a stored object at the implement when the controller determines that the detector has detected an emitted signal from the emitter.

Abstract: A system for controlling the firing of a paint ball gun includes an electromechanical device (EMD) that produces linear motion interactive with the conventional trigger of the gun. Electronic circuitry produces pulses that activate the EMD. The pulses are based upon control signals produced by either the timing of paint balls entering the firing chamber of the gun or the detection of the presence of a single paint ball within the chamber. A manually operated electrical switch trigger activates the electronic circuitry. An adjustably predetermined number of paint balls will fire based upon each depression of the electrical switch trigger while minimizing the chopping of paint balls in the firing chamber.

Abstract: A ball throwing apparatus includes a ball feeding guide, an actuator with a movable stop member, a throwing arm and ball launching guide. The ball feeding guide defines a path open at and extending between first and second ends for receiving balls at the first end, guiding the balls in a single file arrangement along the path with the balls being movable by the force of gravity through the path and feeding the balls from the second end. The actuator is disposed adjacent to the second end of the ball feeding guide and its stop member is movable between an extended position in which the stop member blocks the path and thereby retains the balls in the single file arrangement within the path and a retracted position in which the stop member unblocks the path and thereby allows the feeding of balls from the path at the second end of the ball feeding guide.

Abstract: The pneumatically operated projectile launching device is preferably comprised of three principal elements: a body which houses and interconnects all of the pneumatic components and also houses the electrical power source, a grip mounted to the body which includes an electrical switch that activates a launching sequence, and an electrical control unit housed within both the body and the grip which directs flow between the pneumatic components to load, cock and fire the gun. The body preferably contains a plurality of bores in communication with each other including a bore containing and distributing pressurized gas, a bore containing a compressed gas storage chamber and mechanisms for filling the storage chamber with gas and releasing gas from the storage chamber to fire the projectile, and a bore containing mechanisms for loading and launching the projectile.

Abstract: The pneumatically operated projectile launching device is preferably comprised of three principal elements: a body which houses and interconnects all of the pneumatic components and also houses the electrical power source, a grip mounted to the body which includes an electrical switch that activates a launching sequence, and an electrical control unit housed within both the body and the grip which directs flow between the pneumatic components to load, cock and fire the gun. The body preferably contains a plurality of chambers in communication with each other including a chamber containing and distributing pressurized gas, a chamber containing a compressed gas storage chamber and mechanisms for filling the storage chamber with gas and releasing gas from the storage chamber to fire the projectile, and a chamber containing mechanisms for loading and launching the projectile.

Abstract: A trigger assist system. The system utilizes a means to detect cycle progress of a pneumatic gun and communicates to a means to forcibly return the trigger to a released position. The trigger is forcibly released against the user's applied finger pressure allowing the gun to complete a cycle and come to position whereby the gun is ready to be fired, or cycled, again. The trigger assist system then relaxes the trigger allowing the user's applied pressure to again pull the trigger. In one embodiment, the means to detect cycle progress is a switchable pneumatic valve in communication with the bolt of the gun. In another embodiment, the means to detect cycle progress is an electronic circuit in communication with the trigger system. In one embodiment, the means to forcibly return the trigger to a released position is a pneumatic piston. In another embodiment, the means to forcibly return the trigger to a released position is an electronic solenoid.

Abstract: The pneumatically operated projectile launching device is preferably comprised of three principal elements: a body which houses and interconnects all of the pneumatic components and also houses the electrical power source, a grip mounted to the body which includes an electrical switch that activates a launching sequence, and an electrical control unit housed within both the body and the grip which directs flow between the pneumatic components to load, cock and fire the gun. The body preferably contains a plurality of chambers in communication with each other including a chamber containing and distributing pressurized gas, a chamber containing a compressed gas storage chamber and mechanisms for filling the storage chamber with gas and releasing gas from the storage chamber to fire the projectile, and a chamber containing mechanisms for loading and launching the projectile.