Abstract: An automatically cocking air gun includes a cocking mechanism including a compression tube, a compression piston, and a spring. An actuator assembly is coupled to the compression tube to selectively move the compression tube between a firing position and a cocking position. The actuator assembly includes a lead screw and a lead screw nut driving a carriage to move the compression tube.

Abstract: A shooting toy includes a gun body defining a bullet loading position and a launching position, a bullet loading device rotatably arranged on an outer side of the gun body, a pumping device communicated with the launching position, and a rotating device rotatably arranged in the gun body. The rotating device defines bullet accommodating cavities. The rotating device drives the bullet accommodating cavities to rotate in the gun body, so that the bullet accommodating cavities rotate to the bullet loading position and the launching position in turn. The bullet loading device loads soft bullets to the bullet loading position during a rotation process, so that the soft bullets are loaded in the bullet accommodating cavities. The pumping device pumps pressurized air to the launching position, so that each of the soft bullets is shot from the launching position under driving of the pressurized air.

Abstract: The present invention discloses a toy gun, and relates to the technical field of toys. In the present invention, a driving mechanism drives a gear set to rotate, and the gear set drives a piston to move reciprocally in a cylinder body, so that the piston compresses air in the cylinder body, and high-pressure air is ejected from an air nozzle. After a gel ball is loaded into a gun barrel, since the air nozzle is inserted at one end of the gun barrel, the compressed air ejected from the air nozzle pushes the gel ball out of the gun barrel, thereby realizing the firing of the gel ball. Compared with the toy gun that cannot fire bullets in the traditional art, the present invention improves the playability.

Abstract: In some embodiments, a crossbow crank comprises a housing and a shaft rotatable with respect to the housing. A one-way mechanism is arranged to prevent rotation of the shaft in a first rotational direction, but allow rotation in a second direction. A release mechanism is arranged to disengage the one-way mechanism from the shaft. The release mechanism has a first position and a second position, wherein the release mechanism moves along a length of the shaft between the first position and the second position.

Abstract: A projectile launching apparatus for launching a projectile, such as a pellet, a BB bullet, an arrow, a dart and a paintball includes a linear motion converter driven by a motor, a piston coupled to the linear motion converter and reciprocally movable within a cylinder, a spring assembly and a breech assembly. The piston compresses a gas within the cylinder, after which the compressed gas expands in the barrel of the breech assembly for launching the projectile. Breech assembly includes a breech, a bolt, and bolt barrel cam, which rotate with the gas spring to allow a projectile to enter the breech and then to seal the bolt in the breech before the spring assembly releases its stored energy to launch the projectile.

Abstract: A toy dart gun is provided including a gun shell, a trigger assembly, and a compression assembly. The trigger assembly includes a swing arm coupled to the gun shell and movable between a safe position and a fire position, and a swing arm pusher extending from the gun shell and having an inclined surface. The compression assembly includes a compression chamber positioned within the gun shell and having a barrel opening and an opposite holder opening, and a plunger slidably insertable through the holder opening and movable between a retracted position and an extended position. As the swing arm moves toward the fire position, the swing arm engages the plunger and pulls the plunger toward the extended position. When the swing arm is in the fire position, the swing arm pusher deflects the swing arm from engagement with the plunger and the plunger is biased toward the retracted position.

Abstract: A projectile launching apparatus for launching a projectile, such as a pellet, a BB bullet, an arrow, a dart and a paintball includes a linear motion converter driven by a motor, a piston coupled to the linear motion converter and reciprocally movable within a cylinder, a gas spring and a breech assembly. The piston compresses a gas within the cylinder, after which the compressed gas expands in the barrel of the breech assembly for launching the projectile. Breech assembly includes a breech, a bolt, and bolt barrel cam, which rotate with the gas spring to allow a projectile to enter the breech and then to seal the bolt in the breech before the gas spring releases its stored energy to launch the projectile. In another embodiment, the bolt is coupled with a magnet instead of a cam.

Abstract: A toy dart gun is provided including a gun shell, a trigger assembly, and a compression assembly. The trigger assembly includes a swing arm coupled to the gun shell and movable between a safe position and a fire position, and a swing arm pusher extending from the gun shell and having an inclined surface. The compression assembly includes a compression chamber positioned within the gun shell and having a barrel opening and an opposite holder opening, and a plunger slidably insertable through the holder opening and movable between a retracted position and an extended position. As the swing arm moves toward the fire position, the swing arm engages the plunger and pulls the plunger toward the extended position. When the swing arm is in the fire position, the swing arm pusher deflects the swing arm from engagement with the plunger and the plunger is biased toward the retracted position.

Abstract: A tactical-gear rail-mounting system apparatus and method utilizing the Picatinny-rail standard, allowing precise aligned removable mounting of a variety of tactical gear such as telescopic sights, night vision devices, reflex sights, laser aiming modules, rangefinders, tactical lights, cameras, fore-grips, bipods, and bayonets, in field-interchangeable configurations, to small-arms rifles and pistols and to non-firearm tactical gear, by providing a greater amount of mounting area and a variety of mounting-surface orientations.

Abstract: A special stock assembly for break barrel air guns includes a bullpup stock assembly which allows a break barrel air gun to normally break without requiring any modification to the cylinder, or cocking mechanism. The invention can include the mechanical components of a break barrel air rifle as part of an original manufacture with the gun by moving the trigger assembly forward, or as an after market retrofit to an existing gun, in which case a cable linkage is provided between the in situ OEM trigger assembly and an additional trigger pull provided with the bullpup stock assembly. The cable linkage connects a forward trigger assembly to the OEM trigger and can have a 1:1 ratio of trigger movement between the forward trigger pull and the OEM trigger, or another ratio as determined by the linkage elements. The forward trigger assembly can be purely mechanical, or incorporate a servo and/or solenoid with a power source such as a battery to augment trigger pull by a trigger finger.

Abstract: A toy gun comprising: a housing; a plurality of projectile chambers each adapted to house a projectile, each projectile chamber being in fixed relationship with the housing; and a pumping apparatus having a delivery interface alignable with each projectile chamber in a sequence, such that when the delivery interface is aligned with one of the projectile chambers, the pumping apparatus is operable to drive air into said one of the projectile chambers via the delivery interface.

Abstract: An apparatus for processing and dispensing incendiary capsules is provided. The apparatus includes a hollow tube which serves as a cylinder within which is located a reciprocal piston or a plurality of co-axially mounted pistons driven by a cam. When this coordinated cycle begins with the piston assembly in its full-down position, and the cam assembly is then rotated 360 degrees, the piston assembly will proceed to its full-up position and then back to its full-down position. During this cycle, the following occurs in order: (1) an incendiary is received and enclosed within the piston assembly, that incendiary is then (2) pierced by a needle, then (3) injected with reactant, then (4) the needle is withdrawn from the incendiary, and finally (5) the incendiary is expelled from the cylinder. The feeder is operatively connected with the cam-piston assembly and feeds each individual incendiary into the piston assembly.

Abstract: A high shooting speed dual-power gear structure of toy gun disclosed mainly includes a compound gear and an interlocking member. The compound gear has fine gear uniformly distributed on one side and at the circumference thereof, and coarse gear partially and uniformly distributed on the other side and at the circumference thereof with an indentation formed at the portion without gear teeth. The fine gear being driven by a electromotor through a transmission component is capable of driving a piston to compress a piston spring during the rotating process. A gun bolt core tube having an L-shaped hook part is furnished at the outer circumference of the piston. Moreover, a second interlocking projecting pin capable of controlling the power source of the electromotor is furnished on a side of the compound gear.

Abstract: A dart launcher comprises a housing, a safety arm, and a trigger. The housing includes a launching section configured to receive a dart having a minimum threshold length. The safety arm is movably attached to the housing and extends at least partially across the launching section. The safety arm is positioned so that the dart having the minimum threshold length engages at least a portion of the safety arm upon insertion into the launching section. The trigger is movable with respect to the housing and is operable to cause the dart having the minimum threshold length to launch from the launching section.

Abstract: A high shooting speed dual-power gear structure of toy gun disclosed mainly includes a compound gear and an interlocking member. The compound gear has fine gear uniformly distributed on one side and at the circumference thereof, and coarse gear partially and uniformly distributed on the other side and at the circumference thereof with an indentation formed at the portion without gear teeth. The fine gear being driven by a electromotor through a transmission component is capable of driving a piston to compress a piston spring during the rotating process. A gun bolt core tube having an L-shaped hook part is furnished at the outer circumference of the piston. Moreover, a second interlocking projecting pin capable of controlling the power source of the electromotor is furnished on a side of the compound gear.

Abstract: An apparatus for launching projectiles, the apparatus includes a hollow cylinder and a piston in sliding engagement through the hollow cylinder. The piston is configured to drive a fluid through the hollow cylinder. The apparatus further includes a barrel defining an open end and a chamber in fluid communication with the hollow cylinder. The chamber is configured to receive a projectile and to receive fluid driven from the hollow cylinder wherein the projectile is driven from the barrel through the open end.

Abstract: A dart launcher comprises a housing, a safety arm, and a trigger. The housing includes a launching section configured to receive a dart having a minimum threshold length. The safety arm is movably attached to the housing and extends at least partially across the launching section. The safety arm is positioned so that the dart having the minimum threshold length engages at least a portion of the safety arm upon insertion into the launching section. The trigger is movable with respect to the housing and is operable to cause the dart having the minimum threshold length to launch from the launching section.

Abstract: An improved safety valve for a toy air gun apparatus in which the toy air gun includes a piston and a drive spring mounted in a grip portion of the air gun. A handle extends from the bottom of the grip portion and is manipulated by the user to cock the air gun by compressing the drive spring. When the user pull a trigger the piston is released and surges upward because of the expanding drive spring. A valve element located to the rear of a barrel section of the air gun receives a blast of compressed air in a direction lateral to the longitudinal axis of the valve element and lateral to valve element movement between an open, rearward position and a closed, forward position.

Abstract: An electric toy gun includes a gun body carrying a piston set and a gear set having a first gearwheel provided with a side pin and rotatable to move the piston of the piston set, the gear set is arranged above the axis of movement of the piston of the piston set, a backlash vibration mechanism for producing a backlash vibration when the electric toy gun fires a bullet, and an attached cartridge carrier, which simulates the cartridge feeding operation of a real gun. The backlash vibration mechanism includes a connection block arranged on the axis of movement of the piston of the piston set, a weight fixedly connected to the bottom side of the connection block beneath the axis of movement of the piston.

Abstract: A toy launch apparatus for discharging soft foam darts, the launch apparatus having a cylinder, a piston, a launch spring and a dart tube. An air chamber with variable volume is formed between the cylinder and the piston and is divided into two or more sections, a first section where there is little or no resistance to relative movement between the cylinder and the piston so that there is a momentum gain, and a second section where there is rapid compression and increasing pressure to cause a loaded dart to be discharged. A third section may be a transition section between the first and second sections.

Abstract: An air-powered toy gun is described. The toy gun includes a main housing with a barrel extending therefrom. The main housing is formed to accept a projectile cartridge and align a bullet chamber of the cartridge with the barrel. An air cylinder is attached with the main housing, with a two-way plunger positioned within the air cylinder. A forestock is slidably attached with the housing and attached with the two-way plunger to allow the two-way plunger to be forced fore and aft within the air cylinder. Conduits and valves are attached with the air cylinder to fluidly connect the air cylinder with the bullet chamber of the cartridge. Further, an indexing mechanism is attached with the main housing. The indexing mechanism is operably connected with the forsestock such that upon each fore and aft motion of the forestock, the indexing mechanism draws a cartridge through the main housing.

Abstract: A soft impact projectile launcher including a launching mechanism that creates a burst of air or air pressure in order to launch a projectile. The launching mechanism includes an outer cylinder and a spring-loaded piston configured to generate the burst of air. The projectile launcher may also include a projectile reservoir and a loading member that positions projectiles for launching. The projectile launcher can launch projectiles that are made from a superabsorbent polymer and consist of mostly water.

Abstract: An air-powered toy gun is described. The toy gun includes a housing with a barrel. A cartridge slot is formed in the housing to accept a projectile cartridge and align a bullet chamber of the cartridge with the barrel. An air cylinder is attached with the housing. A dual slide unit is slideably attached with the housing, the dual slide unit having a plunger positioned within the air cylinder. Further, a pull back handle is attached with the dual slide unit to allow a user to draw the plunger from the air cylinder. Finally, conduits are attached with the air cylinder to connect the air cylinder with the bullet chamber of a cartridge. Thus, a user can draw the plunger from the air cylinder and release the pull back handle to shoot a projectile from the toy gun.

Abstract: An electric toy gun includes a gun body carrying a piston set and a gear set having a first gearwheel provided with a side pin and rotatable to move the piston of the piston set, and an attached cartridge carrier, which includes a propelling member movable back and forth by the pin of the first gearwheel, a swivel hook member turnable back and forth by the propelling member, a cartridge rack hung on the swivel hook member and movable back and forth with the swivel hook member to simulate the cartridge feeding operation of a real gun and a return spring for returning the propelling member.

Abstract: An air pistol is provided with a hollow connector in a first chamber and releasably secured to a gas cartridge, the connector including an axial channel; a pressure stabilization assembly including a pressure stabilization chamber between the connector and the trigger, a spring biased cup in the first chamber, a sealing member on a bottom of the cup, and outlets between the sealing member and the connector; and a relief valve in a second chamber and including a passageway communicating the pressure stabilization chamber with one end of the second chamber, a spring biased plunger in the second chamber adjacent to the passageway, a blocking member fastened in the plunger and proximate to one end of the second chamber, a pressure adjustment screw at the other end of the second chamber, and an exit tunnel through the pressure adjustment screw to communicate with the second chamber.

Abstract: An apparatus for launching projectiles, the apparatus includes a hollow cylinder and a piston in sliding engagement through the hollow cylinder. The piston is configured to drive a fluid through the hollow cylinder. The apparatus further includes a barrel defining an open end and a chamber in fluid communication with the hollow cylinder. The chamber is configured to receive a projectile and to receive fluid driven from the hollow cylinder wherein the projectile is driven from the barrel through the open end.

Abstract: A spring-piston airsoft gun includes a cylinder-and-piston assembly disposed in a barrel to force air through a muzzle end to make a shooting action, and a coil spring disposed to exert a biasing action to drive a piston head of the cylinder-and-piston assembly when changed from a compressed state to a released state. Front and rear anchor shanks are disposed for respectively mounting front and rear coil segments of the coil spring. A major shell and a minor ring are sleeved on the rear anchor shank to permit the coil spring to be sleeved thereon. The minor ring is in frictional contact with and angularly moveable relative to the major shell such that, when the coil spring is released to expand to the released state, the rear coil segment is tensed to drag the minor ring to angularly move therewith so as to minimize the frictional force therebetween.

Abstract: A toy system for launching a soft dart projectile. The dart projectile has a flexible shaft. A pneumatic launcher is used to launch the dart projectile. The pneumatic launcher contains an air pulse generating system that displaces air through a flexible barrel. The flexible barrel defines an internal conduit that extends between a first end and a second end. The second end of the flexible barrel is sized to receive the shaft of the dart projectile. The flexible barrel is fabricated from a flexible closed-cell foam that enables said flexible barrel to bend at least ninety degrees without blocking airflow through its internal conduit. As a result, the toy pneumatic launcher can be directed in a first direction, while the barrel is bent to fire in a second direction. The flexible barrel has features that prevent the dart projectile from binding in the barrel when the barrel is bent.

Abstract: A launcher apparatus for soft foam toy darts, the apparatus having a lock that operates momentarily during a cock and load cycle of the launcher apparatus to prevent an improper cocking operation. The launcher apparatus includes a barrel, a slide, a firing assembly and the lock. The launcher apparatus also includes three protrusions or surfaces for operative engagement with the lock to partially depress the lock, to fully depress the lock, and to disengage the lock to reset the launcher apparatus for the next cock and load cycle. During operation, one protrusion surface depresses the lock partially and momentarily, a second protrusion or surface fully depresses the lock to enable the lock to be maintained in the depressed state, and a third protrusion or surface causes the lock to be released.

Abstract: A vibration dampening system for an air gun charging system includes a rear guide tube and a forward guide tube that are received within opposite ends of an air gun power spring, and a sleeve that fits concentrically over the power spring. The rear guide tube and the sleeve cooperate to reduce the free length of the power spring allowed to vibrate, which reduces vibration and improves firing performance.

Abstract: A piston structure for a toy gun includes a piston body and a detachable toothed member. The piston body has a chute which is axially disposed on an outer surface of the piston body. The detachable toothed member is made of a metallic material and moveably disposed in the chute. The detachable toothed includes a plurality of teeth which are equally spaced in a lengthwise direction. The piston structure of the present invention provides a longer service life. In case the teeth of the detachable toothed member suffer a lot of wear and tear, the detachable toothed member can be detached from the chute and replaced with a new one to save the cost and to provide an environmental protection effect.

Abstract: A transmission method and a transmission mechanism for a toy gun are provided. The method comprises the steps of: moving a firing action backward by means of a gear assembly; moving the firing action forward by disengaging the gear assembly from the firing action and utilizing a spring to drive the firing action to move forward; controlling the movement of the gear assembly by means of a movement control assembly such that the gear assembly cannot mesh with the firing action; re-meshing the gear assembly with the firing action wherein after the firing action moves forward to a locating position, the gear assembly can mesh with the firing action again by the operation of the firing action and the movement control assembly; and repeating the step of moving the firing action backward to the step of re-meshing.

Abstract: A gun bolt transmission mechanism used in an electric toy gun is disclosed to include a driving member pivotally mounted in the gun body of the electric toy gun at one side of a bolt body that accommodates a piston set, and a push rod located on a gear set for moving the driving member to push the bolt body backwards during rotation of the gear set and for enabling the bolt body to be returned after rotation of the gear set through a predetermined angle to disengage the push rod from the driving member. Thus, the bolt body simulates the motion of a real gun and the movement of the piston set does not interfere with the movement of the bolt body.

Abstract: A breech-loaded weapon may include a carrier at its breech end. The carrier may include a breech block support. A screw block may be rotatable on the breech block support of the carrier. The carrier may include a supporting protuberance and the screw block may include a supporting projection having an undercut portion. A spring-loaded plunger may be disposed on the carrier and a plunger recess may be defined in the screw block. In a retained position of the screw block, the undercut portion of the supporting projection may engage the supporting protuberance of the carrier and the spring-loaded plunger may engage the plunger recess.

Abstract: A soft impact projectile launcher including a launching mechanism that creates a burst of air or air pressure in order to launch a projectile. The launching mechanism includes an outer cylinder and a spring-loaded piston configured to generate the burst of air. The projectile launcher may also include a projectile reservoir and a loading member that positions projectiles for launching. The projectile launcher can launch projectiles that are made from a superabsorbent polymer and consist of mostly water.

Abstract: A toy gun includes a body, a pinion located in the body and a turning member mounted to rotate about the pinion. A number of barrels each rotate upon the turning member at radial positions. Each barrel has a gear meshing with the pinion. Each barrel has a circular array of projectile-receiving tubes. An indexing mechanism causes the turning member to rotate about the axis whereupon the meshing interaction of the gears with the pinion causes orbital movement of the barrels about the axis as they rotate with respect to the turning member. As a result, each projectile-receiving tube is delivered to the firing position.

Abstract: A toy projectile launcher for launching a projectile from a housing having a trigger mounted to the housing which can be depressed to actuate a motor. A mechanical linkage operatively interconnects the motor with an actuator which generates a source of pressurized air upon movement of the actuator from its cocked to its un-cocked position to effect automatic repeated movement of the actuator to its cocked position and release from its cocked position. Repeated intermittent sources of pressurized air are generated for sequential launching of projectiles. Disclosed embodiments also include a toy projectile launcher having an air passageway through which compressed air is passable to a plurality of sequential projectile holders holding respective projectiles to be launched. The projectile holders are advanced into operative launching engagement with the air passageway sequentially by an advancing mechanism.

Abstract: A toy gun includes a body, a piston adapted to move relative to the body between an extended position and a retracted position and to be moved rapidly toward the retracted position during a firing stroke. A number of firing chambers each receive a projectile and air compressed by the piston during a firing stroke to fire the projectile from the toy gun. An air delivery mechanism conveys the compressed air to one of the firing chambers and co-operates with the piston to advance as a result of piston movement to a configuration whereat it can convey compressed air to another of the chambers.

Abstract: An air-powered toy gun is described. The toy gun includes a housing with a barrel. A cartridge slot is formed in the housing to accept a projectile cartridge and align a bullet chamber of the cartridge with the barrel. An air cylinder is attached with the housing. A dual slide unit is slideably attached with the housing, the dual slide unit having a plunger positioned within the air cylinder. Further, a pull back handle is attached with the dual slide unit to allow a user to draw the plunger from the air cylinder. Finally, conduits are attached with the air cylinder to connect the air cylinder with the bullet chamber of a cartridge. Thus, a user can draw the plunger from the air cylinder and release the pull back handle to shoot a projectile from the toy gun.

Abstract: A projectile launcher for launching soft projectiles. The projectile launcher features a pump assembly having a cylinder and piston. The piston includes a pump grip so that a pressure charge is generated when the user moves the piston. The pressure charge is released into a chamber which contains a soft projectile. The chamber includes a radius bend joining a projectile receiving orifice to a projectile discharging orifice. The pressure charge is introduced proximate the apex of the radius bend.

Abstract: A toy rifle (air soft rifle, BB-rifle) backlash vibration structure is disclosed formed of a receiver extension, a weight, a reaction spring and a buttcap spacer. The weight has a front extension inserted through the frame of the toy riffle and connected to the rear end of the piston spring at the rear side of the piston so that the component parts of the backlash vibration structure does not touch the piston during movement of the piston. The buttcap spacer is detachably fastened to the rear side of the receiver extension and mounted with an adjustment screw rod that is rotatable relative to the buttcap spacer to adjust the level of the backlash vibration from zero to the maximum.

Abstract: A backlash vibration structure for toy rifle (air soft rifle, BB-rifle) formed of a receiver extension, a weight, a reaction spring and a buttcap spacer is disclosed. The weight has a front extension inserted through the lower receiver of the toy riffle and connected to the rear end of the piston spring at the rear side of the piston so that the component parts of the backlash vibration structure doe not touch the piston during movement of the piston. An adjustment knob is provided at the buttcap spacer for adjustment of the reaction spring to adjust the level of the backlash vibration.

Abstract: A duplex control structure of toy gun includes a main body (3), a control portion (1), a transmission portion (2), and a motor (4). The main body (3) further consists of a left and right main bodies (3a), (3b), a barrel (31), two motor's positioning plates (32a) and (32b), a multiplicity of supporting shaft rods (33), (34), a left and right handle portions (35a), (35b), check plates (36a), (36b), and two sliding ways (37a), (37b). The control portion (1) further consists of a trigger (11), a control rod (12), a propping up plate (13), a brake (14), a slider rod (15), a positioning plate (25), a pull knob (17), and a power switch (18). The transmission portion (2) consists of a gun machine socket (21), a piston (22), springs (23), (24), a positioning plate (25), a check piece (26), a clip piece (27), a small transmission gear (28), and a large transmission gear (29). The motor (4) is connected to a DC power supply.

Abstract: A fire control device for a toy gun and a method therefor are provided. The device includes a trigger switching module, a firing mode selecting module, a control module, a power module and a motor module. Through a selection via the firing mode selecting module, the control module can control the time that the power module supplies the motor module, so that the lasting time period that the motor module drives a firing module to fire can be controlled, thereby multiple firing modes, single fire, 3-round burst, continuous fire and weapon safety, can be achieved.

Abstract: A toy gun includes a body, a piston adapted to move relative to the body between an extended position and a retracted position and to be moved rapidly toward the retracted position during a firing stroke. A number of firing chambers each receive a projectile and air compressed by the piston during a firing stroke to fire the projectile from the toy gun. An air delivery mechanism conveys the compressed air to one of the firing chambers and co-operates with the piston to advance as a result of piston movement to a configuration whereat it can convey compressed air to another of the chambers.

Abstract: This invention is a motion control mechanism for use in electric toy guns. The mechanism includes a gear set, a piston set that is inside the electric toy gun's body and driven by the said gear set, a primary repositioning spring that is between the said piston set and the toy gun's rear end, and the repositioning set that is installed on the gun body, and moves backward when driven by the said piston set. The said repositioning set is fixed to the piston set, and will move backward when driven by the gear set. It will then reposition itself by the force of primary repositioning spring. The electric toy guns with this invention have the following advantageous features: Since it has a repositioning set, and air release holes, it provides for motions that are more similar to those of real guns. Thus it is more suited for military training and lasts longer.

Abstract: A paper bullet firing pistol toy produces its own projectiles sequentially for shooting. By sliding an operating part on the outside of the toy, a strip of paper is drawn into the body of the pistol, and a piece of the paper is cut and folded into a bullet shape inside the toy. Thereafter, the paper bullet is shot from the muzzle by operating the trigger part, and the toy's mechanisms can be restored to their initial states by restoring the sliding operating part to its initial position, thereby making it possible to shoot paper bullets continuously.

Abstract: An air gun including a trigger assembly, a gas spring assembly, and a latch assembly is disclosed. The trigger assembly is moveable between an uncocked position and a cocked position. The gas spring assembly includes a compression cylinder and a piston moveable between an uncompressed position and a compressed position. Movement of the piston from the uncompressed position into the compressed position couples the latch assembly to the trigger assembly and the piston of the gas spring assembly. The latch assembly includes a locking portion that mechanically interlocks with a recess disposed on an interior surface of the piston to couple the latch assembly and the piston together. Actuation of the trigger assembly de-couples the latch assembly from the trigger assembly, permitting longitudinal movement of the latch assembly, which de-couples the latch assembly from the piston of the gas spring assembly.

Abstract: A manually and electrically actuating toy gun structure includes a gun shell, a trigger, a gun machine core tube, and a piston. The control structure includes a first interlocking rod, a first push member, a second interlocking rod, a transmission set, a triggering device, a gun shell, and a push-and-propping-up block. One end of the first interlocking rod has a connecting pin interlocking with the first push member. The other end of the first interlocking rod has a connecting hole connecting to the trigger and being driven to slide along the x-direction. The hole of the first push member is connected to a connecting end of the first interlocking rod and is contacted with the push-and-pluck rod of the switch. The power supply of the electric motor is switched on when the first push member is driven by the first interlocking rod to push the push-and-pluck rod.

Abstract: A paper bullet firing pistol toy produces its own projectiles sequentially for shooting. By sliding an operating part on the outside of the toy, a strip of paper is drawn into the body of the pistol, and a piece of the paper is cut and folded into a bullet shape inside the toy. Thereafter, the paper bullet is shot from the muzzle by operating the trigger part, and the toy's mechanisms can be restored to their initial states by restoring the sliding operating part to its initial position, thereby making it possible to shoot paper bullets continuously.