A dynamic sealing chamber magazine for an air gun carries multiple projectiles for the air gun and sequentially places each projectile in line with the bore of the gun while serving as a chamber for the projectile and gun. Each chamber of the magazine is configured to temporarily seal to an air orifice and barrel bore of the air gun upon firing. Each chamber includes a hole and two tubular sleeves disposed therein. A pressurized gas released into a chamber when the chamber is aligned with the air orifice and barrel bore and the gun is fired pushes the sleeves apart from inside the chamber and compresses the sleeves into sealing engagement with opposing breech surfaces of the gun surrounding the air orifice and barrel bore. The sleeves decompress, unseal, and retract to a static position when a force applied to the sleeves by the gas decreases below the elastic potential energy of the sleeves.

A dynamic sealing chamber magazine for an air gun carries multiple projectiles for the air gun and sequentially places each projectile in line with the bore of the gun while serving as a chamber for the projectile and gun. Each chamber of the magazine is configured to temporarily seal to an air orifice and barrel bore of the air gun upon firing. Each chamber includes a hole and two tubular sleeves disposed therein. A pressurized gas released into a chamber when the chamber is aligned with the air orifice and barrel bore and the gun is fired pushes the sleeves apart from inside the chamber and compresses the sleeves into sealing engagement with opposing breech surfaces of the gun surrounding the air orifice and barrel bore. The sleeves decompress, unseal, and retract to a static position when a force applied to the sleeves by the gas decreases below the elastic potential energy of the sleeves.

A dynamic sealing chamber magazine for an air gun carries multiple projectiles for the air gun and sequentially places each projectile in line with the bore of the gun while serving as a chamber for the projectile and gun. Each chamber of the magazine is configured to temporarily seal to an air orifice and barrel bore of the air gun upon firing. Each chamber includes a hole and two tubular sleeves therein. A pressurized gas released into a chamber when the chamber is aligned with the air orifice and barrel bore and the gun is fired pushes the sleeves apart from inside the chamber and compresses the sleeves into sealing engagement with opposing breech surfaces of the gun surrounding the air orifice and barrel bore. The sleeves decompress, unseal, and retract to a static position when the gas pressure decreases below the elastic potential energy of the sleeves.

A dynamic sealing chamber magazine for an air gun carries multiple projectiles for the air gun and sequentially places each projectile in line with the bore of the gun while serving as a chamber for the projectile and gun. Each chamber of the magazine is configured to temporarily seal to an air orifice and barrel bore of the air gun upon firing. Each chamber includes a hole and two tubular sleeves therein. A pressurized gas released into a chamber when the chamber is aligned with the air orifice and barrel bore and the gun is fired pushes the sleeves apart from inside the chamber and compresses the sleeves into sealing engagement with opposing breech surfaces of the gun surrounding the air orifice and barrel bore. The sleeves decompress, unseal, and retract to a static position when the gas pressure decreases below the elastic potential energy of the sleeves.

A multi-channel magazine for a toy gun includes a magazine body, a dividing unit formed within the magazine body, and a bullet pressing unit. The dividing unit cooperates with the magazine body to define at least one storage channel, a plurality of first narrow channels in spacial communication with the storage channel, and a converging channel in communication with the first narrow channels and a bullet outlet. Each of the first narrow channels and the converging channel is configured to allow only one bullet to pass through. The bullet pressing unit is mounted on the magazine body to press the bullets from the storage channel through the first narrow channels and discharge the bullets from the converging channel. The bullets can be moved and converged gradually to a one-by-one arrangement to the bullet outlet so as to facilitate smooth pressing and discharging of bullets and increase the capacity of magazine.

A multi-channel magazine for a toy gun includes a magazine body, a dividing unit formed within the magazine body, and a bullet pressing unit. The dividing unit cooperates with the magazine body to define at least one storage channel, a plurality of first narrow channels in spacial communication with the storage channel, and a converging channel in communication with the first narrow channels and a bullet outlet. Each of the first narrow channels and the converging channel is configured to allow only one bullet to pass through. The bullet pressing unit is mounted on the magazine body to press the bullets from the storage channel through the first narrow channels and discharge the bullets from the converging channel. The bullets can be moved and converged gradually to a one-by-one arrangement to the bullet outlet so as to facilitate smooth pressing and discharging of bullets and increase the capacity of magazine.

Break barrel airguns are provided with a loading system that uses the cocking action of the break barrel type airgun to load projectiles from a magazine held by a magazine holder into a shuttle system that is positioned by the magazine holder during loader and moved to a position aligned with the barrel during firing. The loading system has a resilient barrier between the magazine holder and the shuttle that reduces the risks of loading errors caused by adhesion between the bolt and a pellet.

Break barrel airguns are provided with a loading system that uses the cocking action of the break barrel type airgun to load projectiles from a magazine held by a magazine holder into a shuttle system that is positioned by the magazine holder during loader and moved to a position aligned with the barrel during firing. The loading system has a resilient barrier between the magazine holder and the shuttle that reduces the risks of loading errors caused by adhesion between the bolt and a pellet.

A bullet rotatably shooting apparatus in a toy gun includes a rotating tube, a driving mechanism and a firing mechanism. The rotating tube has a central axis, and the rear end of the rotating tube is rotatably connected with a limiting tube fixed with a rotating tube shell. The rotating tube is positioned in the rotating tube shell. The driving mechanism drives the rotating tube to quickly rotate around a central axis. The firing mechanism is arranged at the rear end of the rotating tube, which fires bullets to rapidly pass through the rotating tube. The bullets cooperate with the rotating tube by friction and can slide rapidly along the central axis in the rotating tube and can rotate rapidly driven by the rotating tube, so that the bullets can be fired in a rapidly rotating state.

A bullet rotatably shooting apparatus in a toy gun includes a rotating tube, a driving mechanism and a firing mechanism. The rotating tube has a central axis, and the rear end of the rotating tube is rotatably connected with a limiting tube fixed with a rotating tube shell. The rotating tube is positioned in the rotating tube shell. The driving mechanism drives the rotating tube to quickly rotate around a central axis. The firing mechanism is arranged at the rear end of the rotating tube, which fires bullets to rapidly pass through the rotating tube. The bullets cooperate with the rotating tube by friction and can slide rapidly along the central axis in the rotating tube and can rotate rapidly driven by the rotating tube, so that the bullets can be fired in a rapidly rotating state.