Oven With Ceramic Base And Microwave Heating

The patent combines multiple heating sources (radiant base element, overhead element, and microwave source) into a single integrated heating system. This merging of heating functions allows the oven to achieve fast and even heating of diverse food items while maintaining a unified structural design, directly resolving the contradiction between heating speed and system complexity.

The heating system is designed with multi-functionality, where the radiant base element, overhead element, and microwave source can operate independently or in combination to handle different food types and heating requirements. This universal heating capability enables the oven to quickly and evenly heat various foods without requiring separate specialized equipment for each food type.

The control system is segmented into independent temperature control mechanisms for different heating zones. The radiant base element has its own temperature sensor and control, the overhead element has separate control, and the microwave source is independently controllable. This segmentation allows precise control of temperature distribution across different areas of the oven cavity, resolving the contradiction between temperature control precision and system complexity.

Each heating element operates with its own temperature control parameters, allowing local quality control of temperature in different zones of the oven cavity. The first temperature sensor monitors the radiant base element temperature while the second temperature sensor monitors the oven cavity temperature, enabling differentiated temperature control for different spatial locations to achieve optimal heating for various food types.

The patent utilizes microwave radiation to induce molecular vibration and phase transitions in food materials, enabling rapid heating and cooking. The microwave source generates electromagnetic radiation that directly energizes water molecules and other polar molecules in the food, causing rapid molecular motion and heat generation from within the food itself. This phase transition-based heating mechanism dramatically reduces cooking time while maintaining food safety and quality through uniform internal heating.

The patent replaces conventional mechanical heating methods (conduction and convection only) with electromagnetic radiation heating. The microwave source substitutes for traditional heating mechanisms by using electromagnetic energy to directly heat food molecules, eliminating the need for prolonged exposure to external heat sources. This substitution enables faster cooking while improving food safety through more uniform and controlled heat penetration.