A disk launcher system for effectively launching a disk. The disk launcher system generally includes a platform having an upper surface, a biasing member attached to the platform adapted to apply a biasing force to a disk positioned on the platform to launch the disk from the platform, a catch member movably positioned with respect to the platform adapted to selectively engage the disk, and a timing post extending upwardly from the upper surface of the platform that forces the disk to move to a side of the timing post after being released by the catch member resulting in rotation of the disk. A trigger may be connected to the catch member to allow for selective movement of the catch member by a user. A cover may also selectively cover a portion of the platform to help protect the user and guide the disk.

A disk launcher system for effectively launching a disk. The disk launcher system generally includes a platform having an upper surface, a biasing member attached to the platform adapted to apply a biasing force to a disk positioned on the platform to launch the disk from the platform, a catch member movably positioned with respect to the platform adapted to selectively engage the disk, and a timing post extending upwardly from the upper surface of the platform that forces the disk to move to a side of the timing post after being released by the catch member resulting in rotation of the disk. A trigger may be connected to the catch member to allow for selective movement of the catch member by a user. A cover may also selectively cover a portion of the platform to help protect the user and guide the disk.

An insect eradication device is disclosed having a projectile shooting assembly and a grip detachably coupled to the projectile shooting assembly. The grip includes a ring shaped holding portion having an aperture, the holding portion engages with an external circular lip on a rear side of the projectile shooting assembly, when the projectile shooting is inserted therein from a front side of the grip. A generally Y shaped locking member is fitted on the grip and locks the projectile shooting assembly in position. The grip has an inner hollow that is used to store projectiles used in the projectile shooting. The projectile shooting assembly is generally round in shape and is provided with a projection pouch that extends towards rear for a user to pull and release on which the projectiles are expelled from a nozzle on a front side of the shooting assembly.

An insect eradication device is disclosed having a projectile shooting assembly and a grip detachably coupled to the projectile shooting assembly. The grip includes a ring shaped holding portion having an aperture, the holding portion engages with an external circular lip on a rear side of the projectile shooting assembly, when the projectile shooting is inserted therein from a front side of the grip. A generally Y shaped locking member is fitted on the grip and locks the projectile shooting assembly in position. The grip has an inner hollow that is used to store projectiles used in the projectile shooting. The projectile shooting assembly is generally round in shape and is provided with a projection pouch that extends towards rear for a user to pull and release on which the projectiles are expelled from a nozzle on a front side of the shooting assembly.

A toy arrow projectile for use with a toy projectile launching assembly is disclosed. The toy arrow projectile includes a shaft including a front end and a tail end, a pair of hook elements extending outwardly from the front end, a safety-tipped toy arrowhead attached to the front end, and arcuate fletching attached to the tail end. The pair of hook elements are configured to engage launching elements of the toy projectile launching assembly to stretch the launching elements therewith. The fletching includes arcuate fins extending along the shaft towards the front end. The arcuate fins include curved surfaces that curve outwardly from the shaft and generate spin in the toy arrow projectile during flight. The fletching includes a cross-sectional diameter having a distance that is less than the distance between the launching elements to allow passage of the toy arrow projectile through the launching elements without obstruction thereby.

The present invention relates to a lightweight slingshot tossing game that is easily transported, setup, and stored. In this game, at least two game vessels are positioned at a specific distance from one another. Each game vessel is comprised of a base and a launch frame having a sling shot. The game vessel is ideally collapsible to facilitate storage and transportation of the game. When assembled, each game vessel is open at the top creating a target or basket in which projectiles can be aimed. The face of the game vessel has additional target receptacles allowing the player to score additional points.

The present invention relates to a lightweight slingshot tossing game that is easily transported, setup, and stored. In this game, at least two game vessels are positioned at a specific distance from one another. Each game vessel is comprised of a base and a launch frame having a sling shot. The game vessel is ideally collapsible to facilitate storage and transportation of the game. When assembled, each game vessel is open at the top creating a target or basket in which projectiles can be aimed. The face of the game vessel has additional target receptacles allowing the player to score additional points.

A projectile launcher includes a frame having a vertical grip and a forearm brace configured to stabilize the projectile launcher using a user's arm. The projectile launcher includes a drawstring hub rotatably mounted to the frame and rotatable in a first direction and a second direction. Movement of a drawstring away from the drawstring hub corresponds with rotation of the drawstring hub in the first direction and movement of the drawstring toward the drawstring hub corresponds with rotation of the drawstring hub in the second direction. The projectile launcher includes at least one flexible limb attached to at least one power cable. A power cable section of the drawstring hub, where the power cable is connected, has a let-off portion. The let-off portion has a first section having a first diameter and a second section having a second diameter and the first diameter is greater than the second diameter.

A projectile launcher includes a frame having a vertical grip and a forearm brace configured to stabilize the projectile launcher using a user's arm. The projectile launcher includes a drawstring hub rotatably mounted to the frame and rotatable in a first direction and a second direction. Movement of a drawstring away from the drawstring hub corresponds with rotation of the drawstring hub in the first direction and movement of the drawstring toward the drawstring hub corresponds with rotation of the drawstring hub in the second direction. The projectile launcher includes at least one flexible limb attached to at least one power cable. A power cable section of the drawstring hub, where the power cable is connected, has a let-off portion. The let-off portion has a first section having a first diameter and a second section having a second diameter and the first diameter is greater than the second diameter.

A dog toy includes a projectile and a slingshot. The projectile is configured to fly through the air while resembling a dog bone. Accordingly, the projectile has a first and second visual pair of bulbous portions disposed at the leading and trailing ends. The trailing end is also shaped as fins for stability in flight, whereas the leading end is heavier in mass. A pair of hooks are at the leading end. A finger grip is attached near, to or formed as part of the trailing end and allows a user to grip the projectile with a user's fingers. The slingshot includes a handle configured to be gripped by the user. A pair of prongs extend from a handle top and form an opening. An elastic band is connected to each prong. A hand guard protects a portion of the user's hand during use.