Abstract: A dental cleaning system includes a cylindrical body with a first portion and a second portion. A cleaning portion is positioned within the second portion and includes a cavity to enable the cleaning portion to at least partially enclose a dental implant device. The cylindrical body rotates such that the cleaning portion therein rotates to clean at least a portion of the dental implant device. A projection extends outwardly from a surface of the cleaning portion such that the projection is positioned within the cavity. The projection removes debris from at least a portion of the dental implant device when the cylindrical body rotates. A plurality of cleaning protrusions extend outwardly from a sidewall of the cavity such that the cleaning protrusions at least partially circumscribe the projection. The cleaning protrusions remove the debris from at least a portion of the dental implant device when the cylindrical body rotates.

Abstract: A dental cleaning system includes a cylindrical body with a first portion and a second portion. A cleaning portion is positioned within the second portion and includes a cavity to enable the cleaning portion to at least partially enclose a dental implant device. The cylindrical body rotates such that the cleaning portion therein rotates to clean at least a portion of the dental implant device. A projection extends outwardly from a surface of the cleaning portion such that the projection is positioned within the cavity. The projection removes debris from at least a portion of the dental implant device when the cylindrical body rotates. A plurality of cleaning protrusions extend outwardly from a sidewall of the cavity such that the cleaning protrusions at least partially circumscribe the projection. The cleaning protrusions remove the debris from at least a portion of the dental implant device when the cylindrical body rotates.

Abstract: A cup holder comprises a heating surface that is configured to receive a cardboard cup. The cup holder has an outside surface that is concentric with the heating surface. A heating element is disposed between the heating surface and the outside surface, and the heating element is configured to heat the heating surface. Insulation may be located between the heating surface and the outside surface, and the insulation may be configured to maintain the outside surface at an outside temperature lower than a heating temperature of the heating surface. The cup holder further comprises a pressure-sensitive switch located in a bottom portion of the heating surface. The pressure sensitive switch may allow a current to run through the heating element in response to the cardboard cup exerting pressure on the pressure-sensitive switch.

Abstract: A cup holder comprises a heating surface that is configured to receive a cardboard cup. The cup holder has an outside surface that is concentric with the heating surface. A heating element is disposed between the heating surface and the outside surface, and the heating element is configured to heat the heating surface. Insulation may be located between the heating surface and the outside surface, and the insulation may be configured to maintain the outside surface at an outside temperature lower than a heating temperature of the heating surface. The cup holder further comprises a pressure-sensitive switch located in a bottom portion of the heating surface. The pressure sensitive switch may allow a current to run through the heating element in response to the cardboard cup exerting pressure on the pressure-sensitive switch.