Abstract: An action figure gaming assembly includes a controller and an action figure. The controller includes an actuator and a rotating surface. The action figure is attached to and rotates on a rotating surface when the actuator is activated. The action figure performs one of several attack maneuvers (weapon strike, punch, kick, lean and slap, and telescoping first) and one of several death configurations (torso split, disintegration, scissor split, and a forward or backward collapse). During game play, the action figure gaming assembly duels against other action figure gaming assemblies. Activation of the actuator causes the action figure to rotate with the rotation surface of the controller and to strike an opponent. Activation of the trigger portion by an opponent causes the action figure to transition to the death mode. In the death mode, part of a first body portion separates from part of a second body portion.

Abstract: A toy comprises two robots. There is a lever with a shaft connecting at least one robot to a handle. The robot is responsive to movement of the handle through a physical mechanical connection with the handle whereby movement of the handle moves the robot. The movement of the handle by a player controls at least one of swing or turn movement of the robot. A supply of electricity to the robot is provided so that a motor with each robot permits making robot motions in response to movement from the motor. The motor movement is responsive to a signal from the player. The robots are for interaction with each other. An effective engagement between the robots is at least one of recorded or indicated. There is a control base, and a fighting stage. There is a lever system with a shaft connecting each respective robot to the handle.

Abstract: A robot toy includes a body and a controller. The body includes right and left arms, legs, arm-actuating mechanisms, thrust mechanisms, and a driving unit. The arms can be extended forward and back, and are pulled back by a predetermined biasing force in a normal condition. The arm-actuating mechanisms are provided at the respective arms and allow the corresponding arms to be extended and pulled back. The thrust mechanisms are provided at the respective legs and allow the corresponding legs to move forward. The driving unit drives one of a pair of the left arm-actuating mechanism and the left thrust mechanism and a pair of the right arm-actuating mechanism and the right thrust mechanism. The driving unit simultaneously drives the arm-actuating mechanism and the thrust mechanism in the same pair.

Abstract: A robot toy includes a body and a controller. The body includes right and left arms, legs, arm-actuating mechanisms, thrust mechanisms, and a driving unit. The arms can be extended forward and back, and are pulled back by a predetermined biasing force in a normal condition. The arm-actuating mechanisms provided at the respective arms allow the corresponding arms to be extended in front of the body against the biasing force. The thrust mechanisms provided at the respective legs allow the corresponding legs to move forward. The driving unit drives one of a pair of the left arm-actuating mechanism and the left thrust mechanism and a pair of the right arm-actuating mechanism and the right thrust mechanism. The driving unit simultaneously drives the arm-actuating mechanism and the thrust mechanism in the same pair.

Abstract: An apparatus that includes a core body, a rotational spring motor and several flexible limbs. One of the flexible limbs is the, “the drive arm” and connects to the motor inside the body. The drive arm has a connection point at the other end (hand) that allows it to connect to other like toys.

Abstract: A robot toy includes a body and a controller. The body includes right and left arms, legs, arm-actuating mechanisms, thrust mechanisms, and a driving unit. The arms can be extended forward and back, and are pulled back by a predetermined biasing force in a normal condition. The arm-actuating mechanisms provided at the respective arms allow the corresponding arms to be extended in front of the body against the biasing force. The thrust mechanisms provided at the respective legs allow the corresponding legs to move forward. The driving unit drives one of a pair of the left arm-actuating mechanism and the left thrust mechanism and a pair of the right arm-actuating mechanism and the right thrust mechanism. The driving unit simultaneously drives the arm-actuating mechanism and the thrust mechanism in the same pair.

Abstract: An electronic toy with at least one moving part, comprising a pre-programmed integrated circuit and at least one electric motor, is adapted to perform actions. Multiple such toys may be inter-connected in different combinations and programmed to interact in groups of two or more.

Abstract: An electronic toy with at least one moving part, comprising a pre-programmed integrated circuit and at least one electric motor, is adapted to perform actions. Multiple such toys may be inter-connected in different combinations and programmed to interact in groups of two or more.

Abstract: A toy figure pair includes an assault toy figure having a punching mechanism which extends the toy figure arms in a punching or attacking movement as the user manipulates a movable toggle at the toy figure rear torso surface. A target toy figure is movably supported upon a plurality of freely rolling wheels and is able to roll away from impacts received from the assault toy figure. Additionally, a resilient cape supported upon the target toy figure is able to prevent tipping of the target toy figure under certain circumstances.

Abstract: An ascending/descending mechanism in which a face gear is rotated to drive two symmetrically arranged cylindrical gears, whereby two eccentric shafts fitted with the cylindrical gears are rotated in reverse directions. Two driven slide blocks are fitted with the short shafts of the eccentric shafts. The top ends of the driven slide blocks are fitted with two columns which are fitted in fitting holes of retaining blocks. When the cylindrical gears are reversely rotated, the short shafts of the eccentric shafts are slided within the slide slots of the driven slide blocks, whereby the columns are reciprocally moved up and down. Accordingly, the dolls or decorative articles at the top ends of the columns are alternately ascended or descended. The power source for driving the face gear can be a music bell or a motor, so that when the dolls or decorative articles at the top ends of the columns are alternately ascended or descended, a music or other audio/video effect is cooperatively created.

Abstract: A boxing game machine in which a pair of boxer dummies are opposed to each other, each boxer dummy having at least one extensible arm, includes: an extender which drives the extension of the arm; a rotary unit which is rotatable about a substantially horizontal axis and carries at least one of the boxer dummies; and an operative member which is connected with the rotary unit and provided with a switch for switching over the drive of the extender, the operative member being operable to rotate the rotary unit about the horizontal axis. By rotating the operative member about the substantially horizontal axis together with the rotary unit while gripping the operative member, the boxer dummy connected with the rotary unit rotates about the same axis.

Abstract: A programmable sound controlled toy including a programmable toy activity driver assembly having a plurality of selectable activities, an audio receiver and a memory for receiving and storing a user determined and audio communicated sequence of activity commands, and a controller for causing the driver assembly to operate the toy in accordance with the user determined sequence of activity commands.

Abstract: In a boxing game where two opposed doll boxers are movably mounted on a support surface, each boxer having swingable arms and a punch-received indicator, an improved game is provided, wherein electric and/or computer control means operate at least one boxer as to body movement and arm movements against the other boxer. In one embodiment of the invention, two players compete with opposing boxers by indirect electric controls e.g. two joy sticks. In a second embodiment of the invention, a player with direct manual control of his boxer competes against a boxer guided by a computer, which senses the opposing boxers body moves and punches and directs its boxer in counter body moves and punches. In the third embodiment a player indirectly guides his boxer by a joy stick, mouse, or other electric control against a computer, which senses the moves of e.g. the joy stick and arm swing buttons and guides its boxer in counter body moves and punches.

Abstract: A wrestler character figure includes a main body portion which is receivable in free standing relation on a supporting surface, a pair of pivotally mounted arm portions on the main body portion, a pair of hand portions on the arm portions and a biasing assembly in the main body portion. The arm portions are pivotable between upwardly extending first positions and downwardly extending second positions, and the biasing assembly is operative for biasing the arm portions toward the downwardly extending second positions thereof. The hand portions are positioned on the arm portions so they face upwardly when the arm portions are in the upwardly extending first positions thereof. The wrestler character figure is operative by pivoting the arm portions to the upwardly extending first positions thereof, balancing an opponent wrestler character figure on the hand portions and then releasing the arm portions so that the opponent wrestler character figure is thrown to the floor.

Abstract: An amusement device of two moveably jointed, cojoined, articulated figures. The head of the first figure is caused to twist irregularly about its vertical axis and simultaneously impart a spasmodic momentum to the second figure. The figures are animated by the cooperation of the irregular twisting action operating through the first body and into the second through their joining. Motivation is suggested, as well as disclosed herein, for imparting an irregular torquing moment to the first of the figures.

Abstract: A toy vehicle having a plurality of leg members driven by a motor, with a ramp at the rear end thereof positionable between a first position enabling loading of other vehicles thereon, and a second position for supporting the vehicle in an upright position, with actuation of the rear leg members engaging the supporting surface to rock the figure while motion of the other leg members simulate a boxing figure.