Multiple component container and method of molding same

1. A multiple component container comprising a base defining a receptacle and having a closed bottom and a peripheral base wall extending upward from said bottom, said base wall terminating in a top edge remote from said bottom, and at least one separately formed ring having a telescopic fit with and being in fixed overlapped engagement with said base wall, said least one ring having a lower edge spaced at an intermediate height on said base wall below said top edge of said base wall and above said base bottom, said at least one ring having an upper edge spaced above said top edge of said base wall whereby said ring defines an upper extension of said base wall and extends the effective height of the container, said overlapped ring and base wall forming three visually distinct zones, a first zone comprising the base wall below the ring, a second zone comprising the overlapped base wall and ring, and a third zone comprising the ring above the base wall, wherein one of said base and said ring defines an outer component, the other of said base and said ring defines an inner component, wherein said base is a first color, and said ring is a second color different from said first color, whereby said first and third zones are respectively the colors of the base and the ring, said second zone is of a third color different from said first and second colors and defined by the overlapping colors of the base and ring, and wherein said three distinct zones of respective colors as viewed from a plane normal to the container base wall define aesthetic appearance characteristics providing a decorative effect.

2. The container of claim 1 wherein said outer component has an inner surface, the top edge of the inner component being beveled toward the inner surface of the outer component whereby a smooth merge is provided between said inner and outer components at the top edge of the inner component.

3. The container of claim 1 wherein said inner component has an undulated top edge visible through said outer component.

4. The container of claim 1 wherein said second and third zones have a combined thickness equal to the combined predetermined thickness of said base wall and ring and defining a degree of transparency differing from the degree of transparency of the base wall and the ring.

5. The container of claim 1 including a second ring having a telescopic fit with and being in fixed overlapped engagement with said first mentioned ring and having a lower edge positioned at an intermediate height on said first mentioned ring spaced below the upper edge of the first mentioned ring and above the top edge of the base, said second ring also having an upper edge positioned in vertically spaced relation above the upper edge of the first mentioned ring whereby two additional zones are defined and the effective height of the container is extended, said two additional zones comprising a fourth zone defined by the overlapped first and second rings, and a fifth zone comprising the second ring above the first ring.

6. The container of claim 1 wherein said second ring has a degree of transparency whereby said first mentioned ring is visible therethrough.

7. The container of claim 1 wherein one of said base and said ring defines an outer component, and the other of said base and said ring defines an inner component, the outer component having an inner surface, the top edge of the inner component being beveled toward the inner surface of the outer component, said inner surface having a recessed transition area defining a shoulder forming a continuation of said beveled top edge whereby a smooth merger is provided between said inner and outer components at the top edge of the inner component.