초록 ▼

The present invention provides for an interactive figure with a head, body and waist cavities, arms, legs and two motorized wheelbases. The body and waist cavities include a gear mechanism. The motorized wheelbases control the movements of the interactive figure via a relationship between the gear m

The present invention provides for an interactive figure with a head, body and waist cavities, arms, legs and two motorized wheelbases. The body and waist cavities include a gear mechanism. The motorized wheelbases control the movements of the interactive figure via a relationship between the gear mechanism and motors housed within the motorized wheelbases by distributing power to the motors based on a user's input or a preprogrammed response.

대표청구항 ▼

I claim: 1. A motorized interactive figure comprising: a lower torso bevel gear assembly including a lower body bevel gear meshed to a lower left bevel gear and meshed to a lower right bevel gear; a left leg being mechanically linked to the lower left bevel gear and a right leg being mechanically l

I claim: 1. A motorized interactive figure comprising: a lower torso bevel gear assembly including a lower body bevel gear meshed to a lower left bevel gear and meshed to a lower right bevel gear; a left leg being mechanically linked to the lower left bevel gear and a right leg being mechanically linked to the lower right bevel gear, wherein movement of either the left leg or right leg moves the right leg or left leg respectively in an opposite direction; a first position defined by the substantially vertical positioning of the left leg and right leg; a motorized wheelbase connected to the end of each of said left leg and right leg, each motorized wheelbase containing a motor mechanism for driving at least one set of wheels; means to control the motor mechanisms based on preprogrammed signals, input signals, and/or audio content; and a processor that facilitates an operation of programs and access of data and content stored on a memory; wherein the processor facilitates a first transition movement from the first position by directing the motor mechanisms to power in opposite directions, such that the motorized wheelbases move in opposite directions as the left leg and right leg pivot outward at the lower torso bevel gear assembly to define a splits position where the left leg and right leg are substantially horizontal relative to a surface and the at least one set of wheels in each motorized wheelbase remains in contact with the surface throughout the first transition movement; wherein the processor facilitates a second transition movement by directing the motor mechanisms to power and move the motorized wheelbases toward one another, pivoting the left leg and right leg inward at the lower torso bevel gear assembly to return the figure to the substantially upright position and the at least one set of wheels in each motorized wheelbase remains in contact with the surface throughout the second transition movement. 2. The figure of claim 1 further comprising: a body axle having one end secured to the lower body bevel gear defined in the lower torso bevel gear assembly; an upper torso bevel gear assembly having an upper body bevel gear meshed to an upper left bevel gear and meshed to an upper right bevel gear, the upper body bevel gear being secured to the opposite end of the body axle, such that rotation of the lower body bevel gear causes rotating of the upper right bevel gear and visa versa; and a left arm being mechanically linked to the upper left bevel gear and a right arm being mechanically linked to the upper right bevel gear, wherein movement of upper body bevel gear causes movement in the left and right arms. 3. The figure of claim 1, wherein the first transition movement directs the upper torso bevel gear assembly to moves the left and right arms to an upward position. 4. The figure of claim 1, said figure further including a communication means to facilitate the transfer of input signals to said processor, said communication means including a wireless transmitter in a controller and a wireless receiver in said figure where said wireless receiver is in further communication with said processor. 5. The figure of claim 4, wherein said controller sends input signals to the processor via the transmitter and receiver to adjust the speed and direction of the motor mechanisms to control movement of the motorized wheelbases. 6. The motorized interactive figure of claim 1, said figure further including rings on one or more of the wheels where the rings are a material having increased frictional characteristics to adjust performance of the motorized wheelbases when moving.