An air reservoir system is provided that includes a switchable valve to direct input air to an air reservoir, or stored air in the air reservoir to a firing pathway. Various example embodiments of the present general inventive concept may also include an air-saver system to maintain a minimum air pressure in the air reservoir during a firing operation.

An air reservoir system is provided that includes a switchable valve to direct input air to an air reservoir, or stored air in the air reservoir to a firing pathway. Various example embodiments of the present general inventive concept may also include an air-saver system to maintain a minimum air pressure in the air reservoir during a firing operation.

The invention relates to a pneumatic toy gun recoil device, which uses pneumatic means to substitute mechanical means like springs for cushioning and retracting effect, so as to resolve technical problems of conventional techniques. Said resolved technical problems, such as, the springs serve as mechanical means are easy wearing or elastic fatigue, and are also difficult to assemble and mount. Furthermore, the invention not only provides recoil simulating the recoil of a gun firing gunpowder propelled projectiles, but also has advantages of good quality control and long life for toy gun products.

The invention relates to a pneumatic toy gun recoil device, which uses pneumatic means to substitute mechanical means like springs for cushioning and retracting effect, so as to resolve technical problems of conventional techniques. Said resolved technical problems, such as, the springs serve as mechanical means are easy wearing or elastic fatigue, and are also difficult to assemble and mount. Furthermore, the invention not only provides recoil simulating the recoil of a gun firing gunpowder propelled projectiles, but also has advantages of good quality control and long life for toy gun products.

Provided is an assembled electric toy gun that allows a spring in the toy gun to be changed quickly for altering projectile propulsion strength. The assembled electric toy gun has a positioning structure whereby a motor-end terminal and a battery-end terminal are mounted in place and disconnected quickly and efficiently. The assembled electric toy gun has a cylinder piston unit and a barrel which are aligned with different axial directions to thereby prevent the cylinder piston unit in operation from undergoing energy loss which might otherwise compromise the propulsion speed of a projectile. The assembled electric toy gun has a firing mode system which turns off a power converter whenever a trigger switch is in a suspension state, thereby saving the power of the toy gun. The assembled electric toy gun has a micro control unit connected to the power converter, thereby effectively reducing power loss.

Provided is an assembled electric toy gun that allows a spring in the toy gun to be changed quickly for altering projectile propulsion strength. The assembled electric toy gun has a positioning structure whereby a motor-end terminal and a battery-end terminal are mounted in place and disconnected quickly and efficiently. The assembled electric toy gun has a cylinder piston unit and a barrel which are aligned with different axial directions to thereby prevent the cylinder piston unit in operation from undergoing energy loss which might otherwise compromise the propulsion speed of a projectile. The assembled electric toy gun has a firing mode system which turns off a power converter whenever a trigger switch is in a suspension state, thereby saving the power of the toy gun. The assembled electric toy gun has a micro control unit connected to the power converter, thereby effectively reducing power loss.

A magazine configured to hold a plurality of projectiles is disclosed. The magazine can be used with a toy projectile launcher. A toy projectile launcher configured to launch a plurality of projectiles therefrom is also disclosed. The toy projectile launcher having: a housing; and a magazine movably secured to a housing of the toy projectile launcher, the magazine including a plurality of chambers, each of the chambers being configured to hold one of the plurality of the projectiles therein, the magazine having a surface that is engageable by the toy projectile launcher to align and to move the magazine relative to the housing.

A magazine configured to hold a plurality of projectiles is disclosed. The magazine can be used with a toy projectile launcher. A toy projectile launcher configured to launch a plurality of projectiles therefrom is also disclosed. The toy projectile launcher having: a housing; and a magazine movably secured to a housing of the toy projectile launcher, the magazine including a plurality of chambers, each of the chambers being configured to hold one of the plurality of the projectiles therein, the magazine having a surface that is engageable by the toy projectile launcher to align and to move the magazine relative to the housing.

An example simulated weapon includes a delayed trigger and a pellet ejector. The delayed trigger includes a chamber and a piston slidable between armed and triggering positions. A spring biases the piston towards the triggering position. A locking member releasably locks the piston in the armed position. Release of the piston by the locking member causes the spring to move the piston from the armed position to the triggering position. The pellet ejector is coupled to the delay trigger to be triggered by the delay trigger in the triggering position. The pellet ejector includes a pressure chamber to receive a pressurized fluid and a pellet chamber to receive pellets. A valve is disposed between the pressure chamber and the pellet chamber communicates pressure from the pressure chamber to the pellet chamber. A barrel that extends through the pressure chamber is connected to the pellet chamber to eject the pellets.

An example simulated weapon includes a delayed trigger and a pellet ejector. The delayed trigger includes a chamber and a piston slidable between armed and triggering positions. A spring biases the piston towards the triggering position. A locking member releasably locks the piston in the armed position. Release of the piston by the locking member causes the spring to move the piston from the armed position to the triggering position. The pellet ejector is coupled to the delay trigger to be triggered by the delay trigger in the triggering position. The pellet ejector includes a pressure chamber to receive a pressurized fluid and a pellet chamber to receive pellets. A valve is disposed between the pressure chamber and the pellet chamber communicates pressure from the pressure chamber to the pellet chamber. A barrel that extends through the pressure chamber is connected to the pellet chamber to eject the pellets.