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A fountain for heating and/or cooling a beverage comprises one or more heating and/or cooling elements that are configured to adjust a temperature of a beverage that circulates through the fountain. In one embodiment, the beverage fountain includes one or more heating elements located proximate to a

A fountain for heating and/or cooling a beverage comprises one or more heating and/or cooling elements that are configured to adjust a temperature of a beverage that circulates through the fountain. In one embodiment, the beverage fountain includes one or more heating elements located proximate to a basin, a cylinder, and/or a top reservoir of the fountain. In another embodiment, the beverage fountain includes one or more cooling elements located proximate to a basin, a cylinder, and/or a reservoir of the fountain. Alternatively, the beverage fountain may include both heating and cooling elements located proximate to a basin, a cylinder, a reservoir, and/or other locations of the fountain, wherein a selection device, such as an electrical switch or control module, may be adjusted by a user in order to select heating or cooling of the beverage.

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What is claimed is: 1. A beverage fountain comprising: a basin configured to contain a beverage; a source of fluid movement comprising an impeller located proximate to the basin; a longitudinal cylinder extending substantially perpendicular from a location proximate to a bottom surface of the basin

What is claimed is: 1. A beverage fountain comprising: a basin configured to contain a beverage; a source of fluid movement comprising an impeller located proximate to the basin; a longitudinal cylinder extending substantially perpendicular from a location proximate to a bottom surface of the basin and configured to contain the beverage, wherein the source of fluid movement is positioned in only a lower portion of the cylinder and is configured to urge portions of the beverage contained in the basin upward and away from the source of fluid movement in the cylinder; a reservoir positioned proximate a top end of the cylinder, the reservoir comprising one or more apertures through which the beverage passes in order to return to the basin, wherein the beverage circulates from the basin, through the longitudinal cylinder, through the one or more apertures in the reservoir, and returns to the basin; and one or more heating elements configured to heat the beverage. 2. The beverage fountain of claim 1, wherein the one or more heating elements comprises a coil that is positioned around at least a portion of the longitudinal cylinder, the coil transferring heat to the longitudinal cylinder so that the beverage within the longitudinal cylinder is heated. 3. The beverage fountain of claim 1, wherein the one or more heating elements comprises a heating element located proximate to the basin and configured to transfer heat to at least a portion of the basin in order to heat portions of the beverage in the basin. 4. The beverage fountain of claim 1, wherein the one or more heating elements comprises a heating element located proximate to the reservoir and configured to transfer heat to at least a portion of the reservoir in order to heat portion of the beverage in the reservoir. 5. The beverage fountain of claim 1, wherein the cylinder comprises a heat conductive material. 6. The beverage fountain of claim 1, further comprising an electrical switch coupled to each of the one or more heating elements, wherein when the switch is in a first position an electrical current is passed to the one or more heating elements and in a second position substantially no electrical current is passed to the one or more heating elements. 7. A fountain for circulating a fluidic beverage material, the fountain comprising: a basin configured to contain the fluidic beverage material; a source of fluid movement comprising an impeller located proximate to the basin and configured to exert a force against the fluidic beverage material; a cylinder having an end located proximate to the basin and extending substantially perpendicular from a location proximate to a bottom surface of the basin, the cylinder fluidly coupled to the source of movement and configured to contain the fluidic beverage material as the fluidic beverage material is forced through the cylinder due to the force exerted by the source of fluid movement; a reservoir positioned proximate a top end of the cylinder, the reservoir comprising one or more apertures through which the fluidic beverage material passes in order to return to the basin, wherein the fluidic beverage material circulates from the basin, through the cylinder, through the one or more apertures in the reservoir, and returns to the basin; and; one or more temperature adjusting devices coupled to at least one of the basin and the cylinder, the temperature adjusting devices comprising heating elements configured to adjust a temperature of the fluidic beverage material. 8. The fountain of claim 7, where the temperature adjusting devices increase the temperature of the fluidic beverage material to more than about 90 degrees Fahrenheit. 9. The fountain of claim 7, wherein the temperature adjusting devices comprise cooling elements configured to decrease the temperature of the fluidic beverage material. 10. The fountain of claim 7, where the temperature adjusting devices decreases the temperature of the fluidic beverage material to less than about 50 degrees Fahrenheit. 11. The fountain of claim 7, wherein the temperature adjusting devices include a coil that extends around a perimeter of the cylinder and contacts the cylinder so that a temperature of the fluidic beverage material within the cylinder is affected by the coil. 12. The fountain of claim 7, wherein the temperature adjusting devices include a temperature adjusting element positioned to contact the basin so that a temperature of the fluidic beverage material contained in the basin is affected by the temperature adjusting element. 13. The fountain of claim 7, wherein the temperature adjusting devices include a temperature adjusting element positioned to contact the reservoir so that a temperature of the fluidic beverage material contained in the reservoir is affected by the temperature adjusting element. 14. The fountain of claim 7, further comprising an electrical switch configured to control operation of the one or more temperature adjusting devices. 15. The fountain of claim 7, further comprising an adjustable thermostat configured to control operation of the one or more temperature adjusting devices in order to maintain a temperature of the fluidic beverage material at a desired temperature. 16. A fountain for circulating a fluidic beverage material, the fountain comprising: a basin for containing the fluidic beverage material; a source of fluid movement located proximate to the basin and configured to exert a force against the fluidic beverage material; a cylinder having an end located proximate to the basin and extending substantially perpendicular from a location proximate to a bottom surface of the basin, the cylinder fluidly coupled to the source of movement and configured to contain the fluidic beverage material as the fluidic material beverage is forced through the cylinder due to the force exerted by the source of fluid movement; and means for adjusting a temperature of the fluidic beverage material positioned proximate to the end of the cylinder opposite the basin, wherein the temperature adjusting means comprises one or more heating elements. 17. The fountain of claim 16, wherein the temperature adjusting means comprises one or more cooling elements and one or more heating elements. 18. A method of operating a beverage fountain, the method comprising: providing a basin for containing the beverage; positioning a source of fluid movement comprising an impeller proximate to the basin, the source of fluid movement being configured to exert a force against the beverage; coupling a cylinder to the basin so that an end of the cylinder is located proximate to the basin, the cylinder extending substantially perpendicular from a bottom surface of the basin, wherein the cylinder is configured to contain the beverage as the beverage is forced upward through the cylinder due to the force exerted by the source of fluid movement; and adjusting a temperature of the beverage as the beverage is forced upward through the cylinder. 19. The method of claim 18, wherein adjusting the temperature of the beverage comprises heating the beverage. 20. The method of claim 18, wherein adjusting the temperature of the beverage comprises cooling the beverage. 21. The method of claim 18, wherein adjusting the temperature of the beverage comprises cooling the beverage when the fountain is in a first operational mode and heating the beverage when the fountain is in a second operational mode. 22. The method of claim 21, wherein the operational mode is determined based on the location of a switch that is coupled to the fountain. 23. The method of claim 21, wherein the operational mode is determined based on a position of a thermostat that is coupled to the fountain.