Combustion Regulation TRIZ Cases
- Control Valve Adjusts Gas-Air Mixture in Venturi Heaters
A control valve modulates pressure on a regulating diaphragm to adjust fuel gas flow within pneumatic heating systems.
- Thermo-Electric Valve for Methane Flow Interruption
A thermo-electric valve interrupts methane flow using voltage from a pilot flame thermocouple.
- Dynamic Ionization Voltage for Flame Detection
A variable measuring voltage generator adjusts signal levels to optimize ionization current resolution across different burner operating phases.
- Flame Sensor Combustion Instability Detection
A flame sensor monitors intensity fluctuations to identify combustion instability in appliances.
- Burner Air Ratio Control via Multi-Output Adaptation
Segmenting adaptation by heating output resolves inaccuracy at partial loads while maintaining system simplicity.
- Dynamic Fuel-Pressure Trip Settings for Combustion Heaters
A dynamic safety setting system adjusts fuel-pressure trip thresholds based on real-time airflow data to maintain optimal air-fuel ratios.
- Heating System Ignition Control via Dynamic Fuel Slope
Dynamic fuel slope adjustment resolves ignition timing contradictions by adapting to fuel quality and power demand, preventing pressure surges.
- Flame Monitoring Device for Hydrogen Gas Burners
Voltage-to-current conversion enables ion-free flame detection in hydrogen gas burner appliances.
- Fuel-Air Ratio Calibration via Ionization Gradient and Pressure Balance
A burner control method adjusts fuel flow using ionization signals and differential pressure sensors.
- Burner Control Board Memory Segmentation for Data Integrity
Separating non-volatile memory from the control board prevents data loss during maintenance while reducing setup time through automatic parameter duplication.
- Ionization Electrode Distance Detection in Gas Burner Control
Comparing ionization values at distinct firing rates detects electrode distance deviations, correcting combustion accuracy despite manufacturing tolerances.