A toy launcher with a drum magazine assembly that has a rotatable drum portion mounted for rotation, with a rear plate and a central support with an opening for a support axle. A ring of projectile holders is connected to the rear plate, with each projectile holder holding at least two projectiles arranged in a generally radially stacked configuration. Generally radially extending walls are located between adjacent projectile holders. Each of the projectile holders includes a slot on a radially inner side into which a projectile biasing arm extends at a projectile launch position. A pusher is located in the housing adjacent to the projectile launch position. Drive wheels are positioned in front of the drum magazine assembly at the projectile launch position. The drive wheels are motorized so that they rotate to propel a projectile pushed from the drum between the drive wheels for launching the projectile.
F41B 11/54 - Chargeurs pour armes à gaz comprimé; Dispositifs pour alimenter ou charger des projectiles à partir de chargeurs les projectiles étant stockés dans un chargeur à tambour
F41A 9/26 - Alimentation en munitions sans bande utilisant un chargeur ou un magasin mobiles comme dispositif d'alimentation utilisant un chargeur du type à tambour rotatif
F41B 11/55 - Chargeurs pour armes à gaz comprimé; Dispositifs pour alimenter ou charger des projectiles à partir de chargeurs les projectiles étant rangés de manière ordonnée dans un chargeur amovible, un chargeur râtelier ou tubulaire
F41A 9/24 - Alimentation en munitions sans bande utilisant un chargeur ou un magasin mobiles comme dispositif d'alimentation
A trigger mechanism for a toy blowgun wherein the toy blowgun comprises: a launching mechanism for launching a projectile from the toy blowgun; and a locking mechanism for locking the launching mechanism in a primed configuration, the locking mechanism being releasable to launch the projectile from the toy blowgun. The trigger mechanism comprises: a trigger chamber having an inlet for receiving a flow of air; and a shuttle movable from a start position to a launching position in the trigger chamber by the flow of air to release the locking mechanism.
F41B 1/00 - Sarbacanes, c. à d. tubes pour lancer de petits projectiles, p.ex. des pois ou des fléchettes, par la force du souffle
F41B 11/723 - Soupapes; Agencement des soupapes pour commander la pression du gaz pour tirer le projectile uniquement
F41B 11/89 - Armes de tir à gaz comprimé, p.ex. armes de tir à air comprimé; Armes de tir à vapeur spécialement adaptées à des utilisations particulières pour des jouets
F41B 11/682 - Réservoirs d’accumulation de pression
F41B 11/68 - Armes de tir à gaz comprimé, p.ex. armes de tir à air comprimé; Armes de tir à vapeur caractérisées par l’alimentation en gaz comprimé le gaz étant préalablement compressé avant le tir
A toy gun capable of firing a projectile and simultaneously or near simultaneously, emitting smoke from the muzzle of a barrel of the gun after the projectile has been discharged from the muzzle. The toy gun has first and second rechargeable air pumps, with the first air pump automatically discharging stored air into a breech part of the barrel in order to propel a loaded projectile from the barrel, and the second air pump expelling stored air through a flow restriction device which serves as a pressure switch for actuating a smoke generator located adjacent to the muzzle. The second air pump also provides a low air flow rate through the smoke generator to expel smoke therefrom. The second air pump expels stored air much more slowly than the first air pump. The first and second air pumps are simultaneously triggered to release stored air by a user.
A63H 33/28 - Jouets pour bulles de savon; Jouets à fumée
A63H 5/04 - Pistolets ou mitrailleuses fonctionnant sans amorce; Pétards
F41B 11/724 - Soupapes; Agencement des soupapes pour réduire la pression du gaz
F41B 11/89 - Armes de tir à gaz comprimé, p.ex. armes de tir à air comprimé; Armes de tir à vapeur spécialement adaptées à des utilisations particulières pour des jouets
F41B 11/684 - Dispositions pour le pompage ou compresseur à cet effet actionnés par un système à levier basculant dans les armes à air comprimé à bascule
A compressed air firing shell for a toy gun includes a firing chamber for receiving a soft projectile and a pressure chamber to store a high-pressure charge of air. A release port delimits the pressure chamber from the firing chamber. A piston within the pressure chamber seals the release port and unseals the release port upon triggered activation of the activation member to allow the charge to pass from the pressure chamber to the firing chamber to effect firing of the soft projectile.
A toy gun that includes a dart ejecting device and a magazine for loading darts and shells is disclosed herein. The gun also includes a shell ejecting device having a driving mechanism and a shell ejecting mechanism. The driving mechanism includes a handle, a linkage through the center of the magazine, and a sliding piece, each of which are joined together in sequence. Other modifications and features suitable for practice therewith, and methods and means of operating the device, are also disclosed.
F41B 11/00 - Armes de tir à gaz comprimé, p.ex. armes de tir à air comprimé; Armes de tir à vapeur
F41B 11/54 - Chargeurs pour armes à gaz comprimé; Dispositifs pour alimenter ou charger des projectiles à partir de chargeurs les projectiles étant stockés dans un chargeur à tambour
F41A 15/02 - Extracteurs de cartouche, c. à d. dispositifs pour retirer les cartouches ou les douilles au moins partiellement de la chambre de cartouche; Ejecteurs de cartouche, c. à d. dispositifs pour éjecter les cartouches ou les douilles retirées de l'arme à feu pour des armes à feu du type revolver, p.ex. pour des revolvers
F41B 11/89 - Armes de tir à gaz comprimé, p.ex. armes de tir à air comprimé; Armes de tir à vapeur spécialement adaptées à des utilisations particulières pour des jouets
6.
Apparatus and method for detecting the dart in a barrel of a toy gun
An apparatus for detecting the dart in a barrel of a toy gun is provided. The apparatus includes a dart sensor lever, a linkage, a transmission mechanism between the dart sensor lever and the linkage, and a pivot attached to the gun body. The dart sensor lever is linked with the pivot so that it will swing around the pivot. The transmission mechanism is linked with the linkage, which causes the linkage to move. Other modifications and features suitable for practice therewith, and methods and means of operating the device, are also disclosed.
F41B 11/00 - Armes de tir à gaz comprimé, p.ex. armes de tir à air comprimé; Armes de tir à vapeur
F41B 11/89 - Armes de tir à gaz comprimé, p.ex. armes de tir à air comprimé; Armes de tir à vapeur spécialement adaptées à des utilisations particulières pour des jouets
F41B 11/54 - Chargeurs pour armes à gaz comprimé; Dispositifs pour alimenter ou charger des projectiles à partir de chargeurs les projectiles étant stockés dans un chargeur à tambour
F41A 15/02 - Extracteurs de cartouche, c. à d. dispositifs pour retirer les cartouches ou les douilles au moins partiellement de la chambre de cartouche; Ejecteurs de cartouche, c. à d. dispositifs pour éjecter les cartouches ou les douilles retirées de l'arme à feu pour des armes à feu du type revolver, p.ex. pour des revolvers
F41A 9/53 - Dispositifs indiquant si l'arme est chargée ou non, c. à d. indiquant la présence d'une cartouche dans la chambre de cartouche
F41A 9/27 - Alimentation en munitions sans bande utilisant un chargeur ou un magasin mobiles comme dispositif d'alimentation utilisant un chargeur du type à tambour rotatif dans des armes à feu du type revolver
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.
A toy gun has a body, a chamber and a nozzle. A piston moves within the chamber to cause fluid in the chamber to be emitted via the nozzle. A handle is connected to the body, and a gear mechanism cooperates with the handle and the piston to convert movement of the handle to lesser or greater movement of the piston.
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.
A foam sword having a sword blade made from a flexible, soft foam material having a blade-shaped, generally constant cross-section with a major dimension and a minor dimension is provided, having blade edges defined in a direction of the major dimension. The blade has first and second ends, and a longitudinally extending opening extends therethrough from the first end to the second end. The blade includes a reinforcing rod that extends partially therethrough from the first end to provide some rigidity and to which the sword handle is connected, and a plug closes the opening in the second end of the foam sword blade to present a sword-like appearance.
A toy sword has a translucent foam shell in the form of a blade. A light-transmissive tube is located within the foam shell and a multitude of light emitters are located along the tube and are configured to emit light through the tube to the foam shell from inside to illuminate the shell's exterior.
A toy water shooter includes a water chamber, a nozzle, a piston movable within the water chamber, a trigger for moving the piston against water in the water chamber for emission via the nozzle, an anchoring mechanism interacting with the trigger and the piston for preventing movement of the piston against water in the water chamber upon initial user-application of force to the trigger.
B05B 11/00 - Appareillages monoblocs tenus à la main dans lesquels l'écoulement du contenu est produit par la force musculaire de l'opérateur au moment de l'utilisation
A link for a toy ammunition chain made up of a plurality of links hinged together side-by-side in articulated fashion includes a cylindrical body adapted to receive a soft projectile. A first hinge component extends laterally from the body and has a pair of hinge pins. A second hinge component extends laterally from the body at a position opposite the first hinge component and has a pair of recesses each for pivotally receiving a hinge pin of an adjacent link in the chain.
A projectile for a toy shooting device includes a tubular body, a head molded of soft material, an anchor partially embedded in the head and comprising a fixing stem extending into and adhered to the tubular body.
A foam sword having a sword blade made from a flexible, soft foam material is provided. The blade includes a reinforcing rod that extends partially therethrough to provide some rigidity and to which the sword handle and hilt guard are connected.
A toy gun includes a firing mechanism activated to cause rapid movement of a pneumatic piston to cause rapid ingress of air into a cartridge to cause firing of a soft projectile. A release mechanism causes ejection of spent cartridges from the gun after firing.
A toy gun that uses air to launch an elongated dart having a rear bore. The toy gun barrel defines a chamber adapted to receive the elongated dart. The barrel has an inner surface which forms a restriction proximate to the second end. The restriction reduces a barrel cross-section. The barrel receives an end portion of the elongated dart therein so that the pressurized air initially pressurizes the rear bore of the elongated dart and pressurizes the chamber outside of the elongated dart between a first barrel end and the restriction as the dart is launched.
A toy gun includes a barrel having a bay for receiving a soft projectile loaded within a cartridge. A stock is connected pivotally to the barrel and encases a pneumatic cylinder and piston that is primed upon pivotally opening the stock and barrel. The pneumatic cylinder and piston communicate with the bay when the stock and barrel are closed. A trigger releases the piston to force air into the bay for dispatching the projectile from the cartridge—leaving the cartridge within the bay for ejection upon opening of the stock and barrel.
A toy water gun having a water supply tank which can be filled with water, and a water pump located on the housing for pumping water from the supply tank to at least one water pressure chamber. The water pressure chamber includes a fixed wall, and a moveable wall which substantially sealingly engages the fixed wall and is slidable away from a first end wall as water is pumped into the water pressure chamber and toward it as water is discharged. An air pressure chamber is located on an opposite side of the moveable wall from the water pressure chamber and is pressurizable with compressed air to bias the moveable wall toward the first end wall. A pump is connected to a selector valve assembly which, in a first state, allows air to be pumped into the air pressure chamber for pressurizing it with compressed air and, in a second state, places the pump in communication between the water supply tank and the water pressure chamber to allow water to be pumped from the supply tank to the water pressure chamber. Upon actuation of a release valve, the air pressure acts on the moveable wall to force water under pressure from the water pressure chamber so that a stream of water is ejected.
A toy water gun having a water supply tank which can be filled with water, and a water pump located on the housing for pumping water from the supply tank to at least one water pressure chamber. The water pressure chamber includes at least one fixed wall, and a moveable wall which substantially sealingly engages the at least one fixed wall and is slidable away from a first end wall as water is pumped into the water pressure chamber and toward the first end wall as water is discharged. An air pressure chamber located on an opposite side of the moveable wall from the water pressure chamber and is pressurizable with compressed air to bias the moveable wall toward the first end wall. An air pump is connected to the air pressure chamber for pressurizing the air pressure chamber with a user desired air pressure. Upon actuation of the release valve, the air pressure acts on the moveable wall to force water under pressure from the water pressure chamber so that a stream of water is ejected from the nozzle.
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