Abstract: A toy having an internal gyroscopic element is disclosed, including ways of using the toy. A toy having a gyroscopic element is intended to provide an entertaining play experience by providing resistance to movement of the toy when it is used in, for example, a role playing situation. Movement of the gyroscopic element may manually be initiated by a person playing with the toy, and the duration and degree of movement of the gyroscopic element may be limited by natural forces.

Abstract: A game device is disclosed, including a tank charged with a fluid, a base for supporting the tank, the base further including a pump system to generate a fluid current within the tank, the pump system having a nozzle through which current is directed into the tank and an actuating system to operate the pump system, a play piece within the fluid having a specific gravity slightly greater than the fluid, the play piece further including a body portion and at least one protuberance extending outwardly from the body portion, wherein the at least one protuberance is adapted to impart one or more of rotational and translational motion to the play piece upon engaging a fluid current.

Abstract: A game device is disclosed, including a tank charged with a fluid, a base for supporting the tank, the base further including a pump system to generate a fluid current within the tank, the pump system having a nozzle through which current is directed into the tank and an actuating system to operate the pump system, a play piece within the fluid having a specific gravity slightly greater than the fluid, the play piece further including a body portion and at least one protuberance extending outwardly from the body portion, wherein the at least one protuberance is adapted to impart one or more of rotational and translational motion to the play piece upon engaging a fluid current.

Abstract: Motion responsive toys having deformable body segments. The toy includes a first body segment constructed from elastically deformable materials and a second body segment operatively coupled to the first body segment. In some embodiments, movable appendages are mounted to the body segments, with one appendage adapted to drive the motion of the other.

Abstract: A toy figure includes a lower torso and supporting legs together with a supplemental angled support. An upper torso and weapons backpack joined thereto is pivotally supported upon the lower torso and is pivoted in response to activation of a bi-directional motor and gear drive mechanism. The backpack supports a plurality of projectile launchers and simulated machine gun units which are pivotally moveable between a stored or closed configuration and a forwardly directed launch or firing configuration. A second motor operated within the upper torso rotates a plurality of cam which in turn engage various latch mechanisms for release of the spring-driven projectile launchers to fully deploy the weapons in their firing positions and to initiate projectile launch. A pair of infrared sensors within the weapons backpack respond to commands received from a remote controller worn on the user's wrist.

Abstract: A toy figure includes a lower torso and supporting legs together with a supplemental angled support. An upper torso and weapons backpack joined thereto is pivotally supported upon the lower torso and is pivoted in response to activation of a bi-directional motor and gear drive mechanism. The backpack supports a plurality of projectile launchers and simulated machine gun units which are pivotally moveable between a stored or closed configuration and a forwardly directed launch or firing configuration. A second motor operated within the upper torso rotates a plurality of cam which in turn engage various latch mechanisms for release of the spring-driven projectile launchers to fully deploy the weapons in their firing positions and to initiate projectile launch. A pair of infrared sensors within the weapons backpack respond to commands received from a remote controller worn on the user's wrist.