Portable warming blender

A portable warming blender, comprising:

• a base assembly including a housing with a cylindrical sidewall and a recessed portion, wherein an inner surface of the recessed portion is threaded and configured for receipt of a baby bottle;
• a whisk post extending longitudinally into the recessed portion, the whisk post extending to form four evenly spaced, parallel, rounded protrusions at one end, disposed at 90° intervals;
• a temperature control system including a temperature sensor and a heating element, the temperature sensor being mounted adjacent to the whisk post, the heating element being in thermal communication with the recessed portion of the housing;
• a detachable blending foil consisting essentially of a first substantially rectangular prismatic member and a second substantially rectangular prismatic member rotatably and detachably mounted on the whisk post, wherein the detachable blending foil is configured to homogenize liquid and a particular substance into a uniform suspension while minimizing air bubble formation and stratification,
• wherein each of the first substantially rectangular prismatic member and the second substantially rectangular prismatic member includes an opposing curved surface, and
• wherein the four evenly spaced, parallel, rounded protrusions of the whisk post are configured to enable the detachable blending foil to mechanically engage in a releasable interference fit with a complementary structure of the detachable blending foil;
• an electric motor mounted within the housing, the electric motor being magnetically coupled with the detachable blending foil, wherein the electric motor is coaxially aligned with the whisk post and magnetically drives the blending foil through an axial magnetic coupling housed within the base assembly;
• a rechargeable power system mounted within the housing, comprising a rechargeable battery electrically communicating with a charging port within the cylindrical sidewall;
• and
• a controller operative to selectively transmit power to the temperature control system and the electric motor from the rechargeable power system upon receipt of an operating mode selection.