Induction Fondue Heating With Vessel Temperature Feedback

The patent implements dynamic heating protocols that adjust heating parameters in real-time based on the cooking stage. The system transitions from high-power melting phase to lower-power maintenance phase, adapting heating intensity to the current temperature and food state rather than using fixed linear protocols.

The system uses temperature sensors and control algorithms to continuously monitor actual temperature and adjust heating power accordingly. The controller compares target temperature profiles with actual readings and modifies heating output to maintain optimal temperature, preventing both overheating and underheating.

The patent replaces traditional mechanical heating sources (open flames, simple electric heaters) with an induction heating system controlled by microprocessor-based algorithms. This substitution enables precise electronic control of heating parameters while maintaining the simplicity of the heating element itself.

The system dynamically changes multiple heating parameters including power level, heating duration, and temperature thresholds based on the specific food type and cooking stage. Pre-programmed profiles for different fondues allow automatic adjustment of these parameters without manual intervention.

The patent implements periodic heating cycles with distinct phases: an initial high-power melting phase followed by a lower-power maintenance phase. The system periodically adjusts heating intensity based on whether the food is being melted or maintained, preventing continuous overheating while ensuring thorough heating.

The system applies excessive heating (high power) only during the necessary melting phase, then reduces to partial heating (maintenance power) for the remainder of the cooking process. This avoids the harm of continuous excessive heating while ensuring the food reaches the required temperature.