Combined thermoelectric cooler and bottle warmer and methods thereof

1. A combined thermoelectric cooler and bottle warmer system for use at home and in vehicles, the system having a front and a back side, the system comprising:

a bottle warmer/sterilizer/hot water unit located at the front of the system, the bottle warmer unit operated to heat a first bottle at temperatures ranging from ambient to 100 degrees C.;

a control panel, located on the front of the system, the control panel serving to control the bottle warmer unit;

a thermoelectric refrigerator unit; and

a system enclosure enclosing the bottle warmer unit and the thermoelectric refrigerator unit;

wherein the thermoelectric refrigerator unit and the bottle warmer unit are combined but separately functional;

wherein the bottle warmer unit further comprises: a unit cover; a unit well; and a heating cup having an outside surface, and wherein the heating cup is configured to be partially filled with water, the heating cup removably positioned within the unit well and wherein the first bottle is removably positioned within the heating cup, and the unit cover removably positioned above the first bottle; and

wherein the heating cup further includes a positive temperature coefficient (PTC) heating element therein, the heating element electrically-connected to the bottle warmer unit when the cup is positioned within the unit well, and the cup having thermal insulation on part of the outside surface.

2. The system of claim 1 , wherein the control of the bottle warmer unit includes: activation/deactivation of the bottle warmer; target heating mode determination for heating the first bottle; control of a heating target temperature of the first bottle; display of a current temperature of the first bottle; temperature display being in C and F; and control of a time the first bottle is maintained at a given temperature.

3. The system of claim 2 , wherein the refrigeration unit includes at least one refrigeration space and a cover thereupon, the cover having an open and a closed position, with the cover having a refrigerator seal therein to provide a refrigeration/condensation seal on the at least one refrigeration space when the refrigerator cover is in a closed position.

4. A method of using a combined thermoelectric cooler and bottle warmer system for use at home and in vehicles, the system having a front and a back side, the method comprising:

locating a bottle warmer/sterilizer/hot water unit at the front of the system and operating the bottle warmer unit to heat a first bottle at temperatures ranging from ambient to 100 degrees C.;

operating a control panel, located on the front of the system, to control the bottle warmer unit; and

configuring a system enclosure to enclose the bottle warmer unit and a thermoelectric refrigerator unit,

whereby the thermoelectric refrigerator unit and the bottle warmer unit are combined and separately functional;

whereby the bottle warmer unit further comprises: a unit cover; a unit well; and a heating cup having an outside surface, and whereby heating the first bottle is performed by partially filling the cup with water, placing the bottle within the heating cup, placing the cup, having water and the first bottle, into the unit well, and positioning the unit cover above the first bottle; and

whereby the heating cup further includes a positive temperature coefficient (PTC) heating element therein, the heating element electrically-connected to the bottle warmer unit when the cup is positioned within the unit well, and the cup having thermal insulation on part of the outside surface.

5. The method of claim 4 , whereby operating the control panel includes: activation/deactivation of the bottle warmer; determining a target heating mode for heating the first bottle; controlling a heating target temperature of the first bottle; displaying a current temperature of the first bottle; and controlling a time the first bottle is maintained at a given temperature.