Abstract: Invention relates to a system providing both semi-automatic and full-automatic feature to PCP (pre-charged pneumatic) air rifles. While 5 semi automatic or full automatic feature is provided in PCP (pre-charged pneumatic) air rifles separately, PCP air rifle mentioned in working principle developed by us have both semi automatic and full automatic operation capability.

Abstract: A gun powered by compressed gas with no loss-making expansion space, having: a pressure chamber interconnected with a barrel, and a projectile opening of the barrel at an inlet of the pressure chamber, the pressure chamber and the barrel being mutually lockable by a valve, wherein upon firing the gun: the pressure chamber and the barrel form one space, the valve is connected to a tie rod, and passes through the pressure chamber to a striker space, wherein within the striker space: the tie rod is fitted with a spring, the striker and an end of the tie rod are equipped with a stop, and the spring is positioned in the striker space between the striker and a special section wall, and wherein: the barrel, tie rod, valve, and striker are mounted along one axis, and the valve is controlled by the striker via the tie rod.

Abstract: Provided is a semi-automatic air gun that is capable of allowing a hammer to be loaded at the same time when pellets are fired, with a portion of the compressed air discharged from a compressed air tank so as to fire the bullets, so that the hammer and a pellet loading unit move horizontally together to permit the loading and firing of the pellets to be carried out in a semi-automatic manner, thereby making it simple in configuration and obtaining a remarkably excellent compressed air use efficiency.

Abstract: A high pressure air cylinder to use in an airsoft gun or similar devices and systems. In some embodiments, the present general inventive concept encompasses a cylinder in which an imbalanced poppet valve directs and controls the axial motion of a piston. Some embodiments include a two-way solenoid valve. Some embodiments include a precisely sit two-way solenoid valve. The solenoid valve controls the flow of air to drive a piston forward; air then pushes the piston back into place.

Abstract: Improvements in a projectile launcher is disclosed. The launcher converts an airsoft gun to fire paintballs to handle feeding either airsoft projectiles or paintball projectiles depending upon the installed kit. The launcher includes a hydraulic damper allows the fire and reload to operate in a controlled motion that allows a projectile to be fires and the next projectile to the loaded in a rapid succession. An improved magazine allows multiple different types of projectiles to be installed in the magazine. An interchangeable trigger mechanism and interchangeable barrel to launch different diameters of projectiles. Different types of firing mechanisms can be removed and interchanged in the launcher. In addition to the barrel can also be changes as the projectile is changed.

Abstract: A projectile launcher includes a receiver and a dual cylindrical-shaped magazine (“DCM”) wherein the receiver contains a propelling mechanism and an ammunition receiving port. The propelling mechanism is used for launching a projectile. The ammunition receiving port, which may be situated at bottom of the receiver, is able to receive projectiles. It should be noted that the projectile launcher can also be a gun or firearm. The DCM includes two canisters and an ammunition supply port which is situated between the two canisters. The DCM carries multiple projectiles in such a way that a first portion of projectiles moves toward the receiver against gravity for supplying projectiles from the ammunition supply port to the ammunition receiving port while a second portion of projectiles move in a direction parallel to the receiver for replenishing projectiles from the second portion of projectiles to the first portion of projectiles.

Abstract: A compressed gas gun is provided, having a body. A firing mechanism may be received within the body and may comprise a bolt and valve arranged in-line along a longitudinal axis of the compressed gas gun body. Externally accessible velocity adjustment mechanisms may be provided. A removable end cap may be engaged to a rearward end of the body. A control circuit may be provided in communication with a pressure sensor.

Abstract: A ribbon dispenser includes a body with a front cover. A cylinder is rotatably located in the body and has multiple chambers in which ribbons are received. An inlet is defined through the rear end of each chamber. A striking unit is located in the body and located behind the cylinder to introduce air into the chambers via the inlets. A revolving unit is connected to the cylinder to revolve the cylinder. A rigger is pivotably connected to the body has a driving portion to drive the striking unit. A stud protrudes from one side of the trigger so as to drive the revolving unit. The ribbons are ejected out from the body when the striking unit introduces air into the chambers. The cylinder is revolved to allow the ribbons in each room are ejected in sequence.

Abstract: In a firing switch of the single/continuous firing air soft gun, the air soft gun includes a gun body and a barrel fixed in the gun body, and the firing switch includes a piston seat and a firing switch device, wherein the piston seat is disposed in the gun body and capable of reciprocally moving in horizontal with respect to the barrel; and the firing switch device is installed on the piston seat, and includes a stop piece and a toggle piece connected with the stop piece, and the stop piece is disposed corresponding to the trigger assembly.

Abstract: A firearm firing mechanism is so configured that a hammer is retained by a front retaining block before pressing a trigger; pressing the trigger slightly at a first stage causes a main bar to bias a rear retaining block and the front retaining block backwardly at a relatively smaller angle to release the hammer in performing a single-shot action; pressing the trigger heavily at a second stage causes the main bar at a relatively longer distance so that the hammer is kept away from the front retaining block when it is returned, and the hammer is secured by the rear retaining block upon a backward displacement of a bolt and backward biasing of the hammer, and a linkage is forced to move the rear retaining block in releasing the hammer for firing when the bolt is forward again, and a continuous multi-shot firing action is performed by means of repeating this operation.

Abstract: In a single/continuous firing air soft gun and a firing switch thereof, the air soft gun includes a gun body and a barrel fixed in the gun body, and the firing switch includes a piston seat and a firing switch device, wherein the piston seat is disposed in the gun body and capable of reciprocally moving in horizontal with respect to the barrel; and the firing switch device is installed on the piston seat, and includes a stop piece and a toggle piece connected with the stop piece, and the stop piece is disposed corresponding to the trigger assembly.

Abstract: A projectile launching device or launcher includes a receiver, a forestock, a trigger mechanism, and a trigger extension cable. The receiver, in one example, includes a valve, a striker, and a bolt, and is able to launch a projectile such as a paintball via pressurized gas. The loading tube is situated on the top of a barrel coupled to the receiver. The trigger guard, in one embodiment, includes a cable channel facilitating a flexible passage for the trigger extension cable. The trigger extension cable passes through the cable channel and provides a flexible linkage between the trigger and a latch wherein the latch is used to release the sear to trigger a launch.

Abstract: A projectile accelerating system that includes a projectile accelerator and/or associated projectile equipment configured to allow an informed user to more effectively engage opponents. The accelerating system includes an automatic and/or automated energy adjustment mechanism and/or method, configured to allow the projectile accelerator to effectively expel a plurality of projectiles at varying energy levels and/or settings. The adjustment mechanism and/or method includes a controller configured to allow the selective selection of energy levels and/or settings falling below an upper energy level or setting.

Abstract: In a single/continuous firing air soft gun and a firing switch thereof, the air soft gun includes a gun body and a barrel fixed in the gun body, and the firing switch includes a piston seat and a firing switch device, wherein the piston seat is disposed in the gun body and capable of reciprocally moving in horizontal with respect to the barrel; and the firing switch device is installed on the piston seat, and includes a stop piece and a toggle piece connected with the stop piece, and the stop piece is disposed corresponding to the trigger assembly.

Abstract: Methods are presented which improve the performance of semi and fully automatic paintball guns include sensing paintball and gun bolt position during loading to coordinate and pace the gun for maximum automatic feed rate and minimal chopping. In addition, methods are presented for indicating a need for servicing through an alarm when the magazine nears empty based upon various conditions such as sensed magazine feed rate fall-off. Additional apparatus are discussed for carrying out the methods, and for performance of other tasks such as selection of pre-wind in spring-type forced-feed loaders.

Abstract: Pump action sporting rifle comprising a barrel with sheath, bottle of compressed air or CO2, a bottle hand-guard, a valve, a butt, a trigger, a trigger-guard, a safety catch, a hammer fixed to its disc, with said hammer facing the valve with an anti-fall safety device between the two, and a chassis that consists of a drag skid, a sliding rod joined by one of its ends to the drag skid and by the other to a slider device, the mentioned slider device consisting of an interior stop, an upper face supporting a tilting part with an upper arm that encloses a chamber.

Abstract: A compressed gas projectile accelerating system that includes a compressed gas projectile accelerator and/or associated projectile equipment configured to allow an informed user to more effectively engage differing opponents. The accelerating system includes an automatic and/or automated velocity adjustment mechanism and/or method, as well as an automatic and/or automated adjustable loading mechanism and/or method, configured to allow the compressed gas projectile accelerator to effectively expel a plurality of projectiles between a first velocity setting and a second velocity setting. The velocity adjustment mechanism and/or method includes a velocity controller configured to allow the selective selection of velocity settings falling between the first velocity setting and the second velocity setting. Where the first velocity setting is a selected velocity setting below the maximum velocity of the compressed gas projectile accelerator.

Abstract: Among other things, methods and apparatus regarding collection, dissemination and display of information concerning paintball loaders and markers are disclosed. A loader includes a heads-up display, electronic devices for gathering, storing and disseminating information, and an antenna for sending and receiving data. Wireless voice communications among paintball players is possible via associated headsets.

Abstract: Methods are presented which improve the performance of semi and fully automatic paintball guns include sensing paintball and gun bolt position during loading to coordinate and pace the gun for maximum automatic feed rate and minimal chopping. In addition, methods are presented for indicating a need for servicing through an alarm when the magazine nears empty based upon various conditions such as sensed magazine feed rate fall-off. Additional apparatus are discussed for carrying out the methods, and for performance of other tasks such as selection of pre-wind in spring-type forced-feed loaders.

Abstract: There has been a problem that a projected part of a rear part of a pellet gets stuck with an end side of an attachment wall and rotation is interrupted when a rotary clip moves from a hit pin concave to an end side (i.e., attachment wall) of a magazine main body if the rear end of a pellet in a bore projects from a bore. In order to resolve the problem, there is proposed a magazine main body 1 and a magazine main body 1 having a rotary clip 2 rotatably attached to a rotary clip attachment part 3 of a magazine main body 1 characterized in that a clip opposing wall surface 33 of an attachment wall 34 of a clip opposing wall surface 33 gradually moves away from a cylindrical end surface of opposing rotary clip 2 towards an end side 31 of an attachment wall 34 within a range 35 of a rotational opposing surface positioned between a hit pin concave 32 and a side surface part 10 in the rotational direction of rotary clip 2.

Abstract: An apparatus for covertly marking a target includes a housing sized and configured to simulate a portable electronic device; a reservoir positioned in the housing for holding a quantity of miniature markers; and a dispersing mechanism positioned in or on the housing for dispersing the markers onto the target.

Abstract: Since a conventional self-loading bolt assembly for airguns is complicated in construction, the cost of its production comes expensive. A simple piston-cylinder mechanism was found to decrease a component count of the self-loading bolt assembly. Since the present invention remarkably decreases the component count, the cost of the production of the assembly is drastically decreased with striking success.

Abstract: This specification discloses a structure of the paintball gun. It comprises a body, a pressuring set, and a triggering set. The body has an axial passage whose front end forms a paintball outlet. The triggering set and the pressuring set are disposed in sequence inside the passage. The triggering set has a bushing, a guide pillar, and a bolt. The bushing is fixed inside the passage. The bolt is mounted on the guide pillar and disposed together inside the bushing. Air after being pressurized by the pressing set enters the triggering set. A control valve controls the flow path of the air in the triggering set in order to push the guide pillar backward. The air thus pushes the bolt toward the paintball outlet of the passage for triggering.

Abstract: A pneumatic toy gun with a hammer assembly disposed inside a barrel is provided. The hammer assembly includes a first hammer and a second hammer, wherein the first hammer is disposed in front of the second hammer and the second hammer includes a notch. A first elastic element pushes the rear end of the first hammer and a second elastic element pushes the rear end of the second hammer. A first tackling block is disposed below the hammer assembly and rotatable around the pivot. The rear end of the first tackling block is stuck into the notch of the second hammer. A second tackling block is disposed adjacent to the first tackling block and includes a trough allowing the pivot to be disposed in. The rear end of the second tackling block is stuck into the notch of the second hammer. A third elastic element pushes the underneath of the rear half portion of the first tackling block. A fourth elastic element pushes the underneath of the rear half portion of the second tackling block.

Abstract: An improved bolt construction for use in a paintball marker assembly is provided. The improved bolt assembly is generally formed to include a cut-out in the top surface thereof along its leading edge. The cut-out has a size and shape that functions in an manner that prevents the bolt from clipping or otherwise damaging a second incoming paintball projectile as the bolt reciprocates forward to ready a first paintball that is already loaded into the breech in preparation for launch. As the bolt is moved forward to push the first paintball into a position that is ready for launch, the leading edge of the cutout passes beneath the second paintball such that the top surface of the cutout impacts the bottom of the second paintball to push the second paintball upwardly as it advances, thereby clearing it from the breech and preventing the bolt from clipping the second paintball.

Abstract: A pneumatic gun sized and designed to appear like and operate in a manner similar to a conventional handgun. The gun may include a removable magazine storing projectiles and propellant. The entire magazine may be small enough to fit into a handle of the gun (e.g., with a pistol grip). The magazine may be integrated with propellant and projectile portions locked together or separable. Standard carbon dioxide cartridges fit within the magazine. Projectiles may be staggered to increase the maximum magazine load. A user may selectively release just the projectile portion of the magazine, in order to leave the propellant undisturbed until fully expended. The magazine may be completely removed from the gun without substantial loss of propellant.

Abstract: An air-compressed bullet gun assembly with a length-reduced gun barrel is provided, including a barrel body, a bullet-firing device, a blocking element and a rear cover. The barrel body includes a hollow tube which further includes a 1st blocking flange and a 2nd blocking flange; the 2nd blocking flange divides the hollow tube into two connected parts: the 1st air chamber and the 2nd air chamber; the 1st air chamber includes a screw hole. The bullet firing device includes a 1st protruding flange, a 1st air-tight loop, a 2nd air-tight loop, a plurality of ventilators, and a guiding pole. The blocking element includes a locking hole, a 2nd protruding flange, and a 3rd air-tight loop. The rear cover includes a 5th air-tight loop.

Abstract: A paintball gun which is simplified in structure and improved in gas efficiency comprises a two-stage pneumatic propulsion, a rear end of the paintball feeder is engaged in an inner groove of the pushing rod, such arrangements facilitates smooth flow of the gas in the barrel of the paintball gun and simplification of the structure.

Abstract: A paint ball gun includes a ball receiving member rotatably received in the top tube of the paint ball gun and the ball receiving member includes a space defined therein which communicates with a receiving hole so that paint balls drop into the space via the receiving hole. The ball receiving member is connected with a rotary unit which is controlled by operation of the trigger powered by a power unit which introduces pressurized air to activate the rotary unit which rotates the ball receiving member. The receiving hole communicates with a hopper to receive a paint ball and pressurized air cannot enter into the ball receiving member when the ball receiving member is in the first position. The receiving hole is sealed and pressurized air enters into the ball receiving member to shoot the paint ball when the ball receiving member is in the second position.

Abstract: A self-regulating valve assembly for a compressed gas gun includes a valve housing and a valve body disposed within the valve housing. The rearward end of the valve body defined an outlet port. The forward end of the valve body defines a gas balance reservoir open to and in communication with the breech of the gun. A valve gas passage is provided between the valve body and the valve housing, the valve gas passage providing communication between the outlet port of the valve body and the gas balance reservoir of the valve body. A slidable valve poppet is disposed within the valve body and includes a sensing end adjacent to and at least partially within the gas balance reservoir, the sensing end having a sensing face adapted to react to gas pressure within the gas balance reservoir. The valve poppet is slidable between a closed position and an open position. A valve spring within the valve body biases the valve poppet toward the closed position.

Abstract: A barrel assembly for a device for shooting projectiles is disclosed. The barrel assembly comprises a firing chamber with first and second openings, wherein the firing chamber is capable of holding at least two projectiles. A first projectile retention device is located at the second opening of the firing chamber. A propellant injection device injects propellant into the firing chamber through a third opening. A firing control device initiates the injection of propellant into the firing chamber, wherein at least one projectile and the projectile retention device substantially seal the second opening of the firing chamber when propellant is introduced and at least one projectile is expelled out of a barrel through the first opening of the firing chamber.

Abstract: A paintball gun firing structure includes a moving structure at one end of a firing chamber of a paintball gun and a valve control structure at one end of the moving structure. An air source can be channeled by the moving structure to position a paintball, and the valve control structure can discharge the air source.

Abstract: A paintball gun percussion mechanism includes a barrel, a propeller, and a bolt. The barrel contains a first air chamber and a second air chamber connecting through a first airway and a second airway. The propeller is inserted into the barrel. The bolt is provided with a plate insert to relatively seal the propeller. A retaining wall provided on the propeller reciprocally moves in the first chamber to launch a projectile by taking in or out air in the first and the second airways.

Abstract: An improved bolt construction for use in a paintball marker assembly is provided. The improved bolt assembly is generally formed to include a cut-out in the top surface thereof along its leading edge. The cut-out has a size and shape that functions in an manner that prevents the bolt from clipping or otherwise damaging a second incoming paintball projectile as the bolt reciprocates forward to ready a first paintball that is already loaded into the breech in preparation for launch. As the bolt is moved forward to push the first paintball into a position that is ready for launch, the leading edge of the cutout passes beneath the second paintball such that the top surface of the cutout impacts the bottom of the second paintball to push the second paintball upwardly as it advances, thereby clearing it from the breech and preventing the bolt from clipping the second paintball.

Abstract: Methods are presented which improve the performance of semi and fully automatic paintball guns include sensing paintball and gun bolt position during loading to coordinate and pace the gun for maximum automatic feed rate and minimal chopping. In addition, methods are presented for indicating a need for servicing through an alarm when the magazine nears empty based upon various conditions such as sensed magazine feed rate fall-off. Additional apparatus are discussed for carrying out the methods, and for performance of other tasks such as selection of pre-wind in spring-type forced-feed loaders.

Abstract: A shooting structure of a paint bullet gun, which is arranged in a passage of a gun body of the paint bullet gun. The passage communicates with a bullet-dropping port. A handle is arranged on one side of the gun body. A trigger unit is disposed in the handle. The shooting structure includes a tubular member, a gunlock and a controlling member. The tubular member is disposed in the passage near the bullet-dropping port. In the passage, a gas reservoir is defined around the tubular member. The gas reservoir communicates with a gas supply via a pipeline. The gunlock is axially movably accommodated in the tubular member. The gunlock is formed with an axial exhaust duct. The gunlock is formed with a flange, whereby a space is defined between the gunlock and the tubular member. The gas reservoir communicates with the space.

Abstract: An automatic, rapid-firing toy gun is powered by a fast moving air stream. The toy gun is simple in design and does not require a lot of effort and time to fire the projectiles or to load the projectiles between firing. The toy gun includes a barrel, a fan, a loading chamber, and a trigger. The barrel has a forward end, a rear end, and an inner passage between the two ends. The fan is arranged with respect to the barrel to direct an air stream through the inner passage from the rear end to the forward end. The loading chamber is mounted on the barrel and has an opening directed into the inner passage. The loading chamber is sized and shaped to hold a plurality of projectiles and the opening is sized and shaped to sequentially release the plurality of projectiles into the inner passage of the barrel one at a time. The trigger is electrically connected to the fan.

Abstract: A gas powered gun has a gun barrel, a cylinder containing a primary piston moveable between a loading position and a firing position, a secondary piston moveable within the primary piston between a loading position in which the leading end of the secondary piston is sufficiently withdrawn in the barrel to permit a projectile to be fed into the barrel through an opening in the side thereof and a firing position in which the secondary piston has moved forwardly to cause the leading end of the secondary piston to engage the projectile and move the projectile forwardly in the barrel. A trigger is operable to cause the primary piston and the secondary piston to move simultaneously from the loading position to the firing position. The cylinder has a chamber through which the primary piston and the secondary piston extend.

Abstract: A device for firing projectiles comprising a housing having a chamber for retaining projectiles positioned therein and means for expelling the retained projectiles from the housing. An inverted cup is positioned within the chamber and includes an aperture connected to the expelling means. Compressed gas is provided within the chamber by a means for providing compressed gas and a means for activating the providing means is provided as well. Upon activating the activating means compressed gas is provided within the chamber by the providing means causing the projectiles to be caught by the inverted cup and forced through the aperture for expelling therefrom by the expelling means.

Abstract: A pneumatic sonobuoy launcher adapted for simultaneously storing, and sequentially and independently launching, at least two sonobuoys includes a barrel with a closed back end, an expulsion end opposite the back end and an interior sonobuoy-guiding channel extending between the opposed ends. The channel is adapted for storing a series of sonobuoys including rearwardmost and forwardmost sonobuoys stored, respectively, closest to the back end of the barrel and closest to the expulsion end of the barrel. Each stored sonobuoy occupies a distinct region of the channel separated by an interval from at least one other region.

Abstract: A paintball marker or other compressed gas firearm is provided including a ram driven by an electropneumatic valve when a trigger is actuated to cause a main valve between a high pressure air supply and a firing chamber to be opened. This ram assembly is independent from the main valve structurally and coupled to the air supply and electropneumatic valve sufficiently flexibly to allow the ram assembly to be operable when the ram assembly is displaced away from the main valve. A bolt is provided for directing pressurized air from the main valve to the firing chamber when the main valve is opened, and with the bolt configured to provide a high pressure air pathway which has a high degree of effectiveness in driving the ball out of the firing chamber without distorting a trajectory of the ball. The bolt can be stationary when air is flowing past the bolt.

Abstract: A mechanism for a gas powered gun where a tubular bolt 10 of a paintball gun communicates with a cylinder 16 through bores 17 when in a forward, firing position, allowing compressed gas from the cylinder to expel a paintball. A port 20 whereby the cylinder communicates with a source of compressed gas is occluded by the bolt 10 except when a circumferential recess 23 in the bolt is in register with the port 20. By this arrangement only gas stored in the cylinder 16 is used to fire a paintball and the source of compressed gas is not in communication with the cylinder except when the trigger is released and the bolt 10 is withdrawn.

Abstract: An improved electronic pneumatic paintball gun, with an improved, simplified design incorporating an improved pneumatic hammer, electronic control circuit, pressure regulator, bolt design and cocking system for utilization in paintball guns or related devices. This paintball gun eliminates complex mechanical systems thus providing a consistent operation with low maintenance. The paintball gun utilizes low pressure to minimize damage to paint balls when fired and to the paintball gun's internal parts, plus increase the effective number of shots per tank.

Abstract: An assembly (10) having an outer barrel (12) and an inner barrel (30) having a pair of dissimilar sized bearings (38, 40) which are press fit within the outer barrel (12) and which permit the inner barrel (30) to mechanically rotate by the use of a motor assembly (50), a gear assembly (52), a battery (92), a gear (36), and a switch (54) having a depressible plunger (56) and a method for increasing the accuracy of a paint projectile by use of the assembly 10.

Abstract: Disclosed is a filling system for loading one or more paintball reservoir tubes with paintballs. The system is made of a paintball fill funnel and a support for at least one, and preferably a plurality of reservoir tubes. The fill funnel is dimensioned to fit within the reservoir tube and rest on the rim of the reservoir tube. A support shoulder, rim, or plurality of support shoulders on the outside of the fill funnel form a stable plane atop the tube rim. Each funnel can have more than one spout that communicates with a central funnel chamber for filling a plurality of paintball reservoir tubes simultaneously. The tube support can take a variety of configurations.

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 automatic functioning device for distributing compressed gas comprises a jack and a distributor. The device successively and automatically carries out the following operations, after the piston has been initially hit on its rear end by a hammer: forward piston displacement, compressed gas intake into the chamber and pressurization of the latter; recoil of the piston to the rear, escape of compressed gas contained in the chamber and depressurization of the latter; return of the piston to the front, closing of the compressed gas intake, escape to the front of the remaining compressed gas contained in the chamber and return of the device to its initial position.

Abstract: A compressed gas powered gun provides recoil simulating the recoil of a gun firing gunpowder propelled projectiles. The valve assembly provides both consistent shot to shot pressure, and rearward gas pressure for generating recoil. Preferred embodiments of the compressed gas powered gun may include a system for adjusting the amount of recoil provided. A trigger mechanism permitting semi-automatic operation, or full automatic operation at a user selectable cyclic rate, is provided. The air gun provides consistent gas pressure behind the projectile from shot to shot. A magazine and magazine indexing system for loading projectiles into the firing chamber in a manner contributing to the accuracy of the air gun is also provided.

Abstract: Disclosed is a filling system for loading one or more paintball reservoir tubes with paintballs. The system is made of a paintball fill funnel and a support for at least one, and preferably a plurality of reservoir tubes. The fill funnel is dimensioned to fit within the reservoir tube and rest on the rim of the reservoir tube. A support shoulder, rim, or plurality of support shoulders on the outside of the fill funnel form a stable plane atop the tube rim. Each funnel can have more than one spout that communicates with a central funnel chamber for filling a plurality of paintball reservoir tubes simultaneously. The tube support can take a variety of configurations.

Abstract: The present invention relates to a paintgun with pneumatic feeding and discharging process which mainly includes a pneumatic delivery mechanism. The pneumatic delivery mechanism consists of a flow-guiding body, a flow-guiding piston and a delivery tube. The flow-guiding body consists of a major air channel at the front end and a flow-guiding chamber at the rear end thereof. The flow-guiding chamber contains an input port at one side thereof which is in connection with an air pressure source and an output port at the other side thereof which communicates with a minor air channel at the wider part of the flow-guiding body. A stopper is used to control the opening and closing of the air flow channel. The flow-guiding piston is disposed within the flow-guiding chamber. The flow-guiding chamber is divided by the valve body into a front and a rear air pressure chambers with different pressure area.