Induction Heating Control TRIZ Cases
- Induction Cooker Time-Sharing Control Circuit Simplification
Time-sharing control alternates switch units to manage multiple cooker subgroups, reducing circuit complexity and energy consumption.
- Induction Hob Zone Linking via Frequency Synchronization
Synchronizing generator frequencies eliminates acoustic noise when linking multiple induction cooking zones.
- Induction Heating Coil Relay Switching for Variable Impedance
A heating coil with relay switches reconfigures between series and parallel resonant circuits to match container impedance.
- Induction Cooktop Control for Continuous Power Updates
Segmenting control periods allows independent frequency updates per heater, maintaining continuous power delivery while reducing audible noise.
- Induction Hob Sensor Circuit Simplification
A cooking hob uses switching means to selectively couple distributed sensor elements with a single control entity for temperature monitoring.
- Dynamic Cooking Hob Zone Assignment via Shared Heating Element
A cooking hob assigns a shared heating element to variable surface areas using a control unit for flexible configuration.
- Variable Cooktop Surface with Automatic Heating Process Selection
A cooktop device uses a variable cooking surface area and control unit to automatically detect vessels and offer special heating processes.
- Induction Cooktop Infrared Sensor Preheating Control
Infrared sensor measures bottom surface temperature to enable rapid preheating while preventing overheating of thin-bottomed containers.
- Multi-Zone Induction Inverter Noise Reduction via Common Frequency
A multi-zone induction inverter synchronizes resonant inverters to a common master driving frequency for precise power control.