Abstract: In accordance with the present invention a cooking appliance 10 is disclosed comprising heating element 14 in thermal communication with a cooking medium 12 for cooking food, temperature sensing element 18 for detecting a cooking medium temperature and control 20 connected to the temperature sensing element 18 for receiving the cooking medium temperature, wherein the control 20 is operable to generate a working temperature which may differ from the cooking medium temperature in order to account for a thermal transit time between the heating element 14 and the temperature sensing element 18, and further operable for regulating the heating element 14 in accordance with the working temperature. Other devices, systems and methods are disclosed.

Abstract: An automatic pill dispensing apparatus is provided having a plurality of cartri An au Vb pV:support in guide slots within a housing. The apparatus is integrated with a microprocessor operating according to an algorithm, which receives, stores and processes prescription schedule data. Each cartridge has a plurality of compartments disposed about its periphery for containing medication to be dispensed at proper intervals at a dispensing position. An alarm is sounded for the user when the cartridges are ready to be positioned for dispensing medication according to the prescription schedule. A dispense bar is manually actuated by the user to eject scheduled medication into a tray for user access. If the user fails to dispense scheduled medication, it is withheld to prevent double dosing at subsequent dispensing times. The plurality of cartridges enable filling by a pharmacist of independent multiple prescriptions.