Multi-wheel rotational display assembly

A multi-wheel rotational display assembly, comprising:

• a base member having an unmovable configuration and that includes a Lazy-Susan bearing and a flange;
• a shaft that includes a first end fixedly coupled to said flange, said shaft extending upwardly from said flange and having a linear configuration defining an imaginary longitudinal axis;
• a lower display portion having a generally circular and planar configuration that defines a horizontal plane and that includes opposed upper and lower surfaces and a peripheral edge that includes a plurality of teeth, said lower display portion being rotatably coupled atop said Lazy-Susan bearing;
• a lower portion drive wheel fixedly coupled to said shaft and positioned in said horizontal plane of said lower display portion so as to be unrotatable, said lower portion drive wheel including a peripheral edge having a first predetermined number of teeth and having a circular configuration defining a first diameter;
• an upper display portion upwardly displaced from and parallel to said lower display portion and having a generally circular and planar configuration that defines a horizontal plane and includes opposed upper and lower surfaces and a peripheral edge that includes a plurality of teeth,
• said lower display portion and said upper display portion each defining an axial aperture through which said shaft freely extends;
• and
• a plurality of support rods, each support rod having an elongate and linear configuration that includes a first end coupled to said lower display portion and an upper end coupled to said upper display portion such that said upper display portion is supported by respective support rods,
• an orbiting wheel assembly having a plurality of orbiting wheels each being displaced from an adjacent orbiting wheel and being displaced a predetermined distance from said peripheral edge of said drive wheel, said plurality of orbiting wheels each including a peripheral edge having a second predetermined number of teeth and having a circular configuration defining a second diameter;
• wherein said second predetermined number of teeth is equal to said first predetermined number of teeth;
• a planetary wheel assembly having a plurality of planetary wheels each being displaced from an adjacent planetary wheel and being situated intermediate a corresponding orbiting wheel and said lower portion drive wheel, said plurality of planetary wheels each including a peripheral edge having a third predetermined number of teeth and having a circular configuration defining a third diameter;
• wherein respective teeth of said each planetary wheel are operatively and simultaneously engaged with a respective tooth of said lower portion drive wheel and with a respective tooth of a respective orbiting wheel.