A toy projectile launcher capable of launching a substantially large number of projectiles, for example, toy foam darts. To increase the number of projectiles that can be launched between reloadings, the projectiles are housed in a hopper. The hopper may include a movable rear wall which facilitates the loading of a large number of projectiles into the hopper at one time. A portion of a side wall of the hopper may be agitated to loosen the projectiles within the hopper so that they will drop into a firing chamber of the launcher more easily. A cover for the hopper may have a collapsible ceiling to prevent the projectiles from becoming improperly oriented in the hopper as they are being loosened by the agitated portion of the side wall of the hopper. A rotating track and a push rod may cooperate to advance projectiles from a firing chamber of the launcher.

A toy gun having embedded magazine includes: a gun body having a bullet feeding slot; a top magazine cover pivotally connected at a top end of the gun body and having an accommodating slot and a first latching structure disposed on one side facing the gun body, the first latching structure is located at one lateral side of the accommodating slot; and a magazine assembly detachably disposed in the accommodating slot and having a main body, the main body has a bullet discharging funnel and a second latching structure, the second latching structure is correspondingly latched with the first latching structure; when the top magazine cover pivotally rotates from top to down to cover on top of the gun body, the bullet discharging funnel is correspondingly disposed in the bullet feeding slot. Accordingly, the magazine is embedded and hidden in the top magazine cover.

A toy launcher apparatus of a soft foam dart where the dart is loaded onto a spike in a firing chamber by a pusher panel that presses against the nose of the dart. The apparatus includes a dart magazine with a feed mechanism. The pusher panel is followed by a barrier sleeve that prevents the next uppermost dart in the magazine, which is being biased upward by the feed mechanism, from causing either the uppermost dart or the second uppermost dart to distort and cause a jam. The barrier sleeve also prevents the magazine from being loaded through a top opening until the uppermost dart in the firing chamber is launched. Near the end of a cocking cycle, the pusher panel, which is connected to a cam follower tab that engages a cam member, moves away from a launch path of the dart in the firing chamber.

Described is a spitball gun that is operable for collecting, wetting, and projecting paper ammunitions. The spitball gun includes a paper advancing chamber having an opening for receiving paper ammunition and an advancing mechanism for advancing paper through the paper advancing chamber to a loading chamber. A water tank is also connected with the loading chamber. An indexing lever is used to cause paper to be pulled through the paper advancing mechanism while water is released onto the paper from the water tank. A firing pin handle with a connected paper cutter is used to cut the paper and load the paper into the loading chamber. Finally, air from an attached air tank is used to expel a wetted paper wad from the loading chamber and through the barrel of the spitball gun.

A connector includes a connector body coupled to the toy gun to be connected with an upper portion of the magazine; a hole formed to pass through front end of the connector body and configured to accommodate a projectile provided by the magazine; a projectile fixing portion positioned on the connector body in which the hole is formed and configured to fix the projectile provided via the hole; a projectile sensing portion which senses whether or not a projectile remains in the hole, a position of the projectile sensing portion being changed depending on whether or not a projectile remains in the hole; and a first protrusion interlocked with the projectile sensing portion, the first protrusion moving forward or backward to control a stopper depending on whether or not a projectile remains in the hole, the stopper allowing or blocking movement of a cylinder of the toy gun.

Provided is a connector for a toy gun having a feature for detecting whether or not a projectile remains. The connector includes a connector body coupled to the toy gun to be connected with an upper portion of a magazine when the magazine is inserted into the toy gun, a hole formed to pass through front end of the connector body and configured to accommodate the projectile provided by the magazine, a projectile fixing portion positioned on the connector body in which the hole is formed to fix the projectile provided via the hole, a projectile sensing portion which senses whether or not a projectile remains in the hole; and a first protrusion interlocked with the projectile sensing portion to control movement of a cylinder of the toy gun depending on whether or not a projectile remains in the hole.

Provided is a connector for a toy gun having a feature for detecting whether or not a projectile remains. The connector includes a connector body coupled to the toy gun to be connected with an upper portion of a magazine when the magazine is inserted into the toy gun, a hole formed to pass through front end of the connector body and configured to accommodate the projectile provided by the magazine, a projectile fixing portion positioned on the connector body in which the hole is formed to fix the projectile provided via the hole, a projectile sensing portion which senses whether or not a projectile remains in the hole; and a first protrusion interlocked with the projectile sensing portion to control movement of a cylinder of the toy gun depending on whether or not a projectile remains in the hole.

A loading mechanism includes a housing including a loading chamber positioned adjacent to a housing passageway. The loading chamber is operable to load ammunition therein. A resilient bucking is disposed within the housing passageway. The bucking includes a bucking passageway that is operable to receive ammunition transferred from the loading chamber. A spring, having a plurality of spring coils, is disposed in the housing passageway. The spring is operable to apply pressure to the bucking when the spring is compressed. A gun barrel is slidably positioned within the housing passageway. A fastening mechanism is operable to attach the gun barrel to the housing and to put the spring into compression. When the spring is compressed, pressure is applied to the bucking and the bucking passageway is collapsed inward to seal entirely around ammunition that is positioned within the bucking passageway.

A toy launcher that can launch the flying rings over 100 feet with a more stable trajectory and more accurate trajectory based on the ring and blade configuration. The toy launcher includes a magazine assembly in which a plurality of the flying rings can be loaded in an axial direction, aligned with a launch direction. The rings are rotated up to speed and launched via movement of a sliding handle in a first direction, and the next ring in the magazine is advanced to the launch position by a return movement of the handle.

A toy launcher is provided. The toy launcher achieves splicing extension of building blocks at any position on a surface of the toy launcher by arranging distributed building block connecting protrusions on outer side walls of a gun body and a sliding sleeve and matching with a building block connecting post of a detachable splicing device. Users can flexibly mount a functional module or a decorative building block unit on a top of the gun body, a side of a grip or a sliding sleeve according to individual requirements. The building block unit is a splicing device, which breaks through limitation of a closed shell of the existing toy launcher on extensibility. In addition, users can flexibly choose different numbers of splicing devices with different shapes for assembly.