Illuminated cup holder with light transmissive liner

1. A holder assembly for a container provided in a form having a profile comprising:

a liner configured to support the container comprising an inner surface providing a base, an opening with a perimeter and a recess; and

a resilient element comprising a light transmissive element within the liner;

wherein the resilient element with the light transmissive element is configured to deform to the form of the container to be supported in the liner;

wherein the light transmissive element is configured to transmit light to illuminate the inner surface of the liner;

wherein the profile of the container comprises an effective diameter;

wherein the resilient element with the light transmissive element comprises a resilient bulb in the recess;

wherein the recess is configured to receive the container;

wherein the resilient element is configured to deform to accommodate the effective diameter of the container; and

wherein the effective diameter accommodated in the recess may be one of various container diameters.

2. The holder assembly of claim 1 wherein the resilient element comprises a recessed region configured to facilitate deformation of the resilient element; and wherein the light transmissive element is formed within the recessed region.

3. The holder assembly of claim 1 wherein the liner comprises a pair of resilient bulbs; and wherein the light transmissive element is between the pair of resilient bulbs.

4. The holder assembly of claim 1 wherein the light transmissive element is (a) integrally formed by an injection molding process with the liner, (b) inserted into an opening in the liner, (c) inserted with the resilient element in the liner, and (d) injection molded into a void in the liner.

5. A holder assembly for a container provided in a form having a profile comprising:

a liner having a recess between a base and an opening configured to receive the container;

a substrate at the base configured to support the liner; and

a resilient element comprising a light transmissive element formed within the liner;

wherein the light transmissive element is configured to transmit light from a light source and to illuminate the liner;

wherein the resilient element with the light transmissive element is configured to deform to accommodate the form of the container.

6. The holder assembly of claim 5 wherein the liner and the resilient element are integrally formed by an injection molding process.

7. The holder assembly of claim 5 comprising a reflective coating disposed onto an inner surface of the light transmissive element; wherein the reflective coating is configured to facilitate light passage from the light transmissive element.

8. The holder assembly of claim 5 wherein the resilient element comprises at least one of (a) a resilient bulb, (b) a flexible bulb, (c) a recessed region, (d) a deformable surface, (e) a substantially hemispherical bulb; and wherein the light transmissive element comprises at least one of (a) a recessed region of the resilient element, (b) a coating to enhance visibility of the light transmissive element, (c) tinting to provide a desired illuminated color.

9. The holder assembly of claim 5 wherein the profile of the container comprises an effective diameter of the container; wherein the resilient element of the liner comprises a resilient bulb extending into the recess adjacent to the base; and wherein the resilient bulb is configured to deform to accommodate the effective diameter of the container; wherein the container may be one of a group of containers with various accommodated effective diameters.

10. The holder assembly of claim 9 wherein the resilient bulb includes the light transmissive element.