Burner Control Devices TRIZ Cases

See how geometric thermocouple positioning on a projected plane enables reliable hydrogen flame

See how a shielded flame sensor in the mixed gas supply channel detects hydrogen backfire optic

See how segmented combustion chambers with cylinder-driven sealing enable premixed gas burners

See how an inner tube with sensor ports allows flame sensor and ignitor removal without burner

See how a motor-driven carousel enables seamless switching between wood and gas burning modes w

See how a segmented heat-resistant liner with shield and air gap controls fuel/air ratio and co

See how a heat-resistant liner with sloped condensation control and pre-mix burner design reduc

See how a sheet-metal burner body uses an annular packing and connection part to maintain airti

See how a motorized carousel mechanism enables seamless switching between wood and gas burning

A burner flame temperature sensor shuts down the catalytic heater when oxygen depletion or harmful combustion emissions threaten air quality.

An angled torch body, trigger, and ramp-actuated regulator let users ignite and adjust flame size one-handed without extinguishing.

A narrow combustion opening and controlled air-fuel flow cut NOx while keeping a detectable stable flame from 300 to 500 °C.

A converging-diverging nozzle entrains vitiated flue gas to dilute combustion, lowering NOx while spreading heat across process tubes.

Sensor feedback adjusts valves and igniters across combustion manifolds, reducing manual monitoring while maintaining stable gas destruction.

A throttle adjusts mixture pressure drop in hydrogen heaters, reducing flame-instability noise across operating conditions.

Three-zone mixing with swirling tertiary air reduces peak flame temperatures to lower nitrogen oxide emissions at high power.

Pre-igniting fuel in a separate conduit reduces NOx emissions while avoiding high capital costs of post-combustion treatment.

Segmenting the burner into independent high and low power units overcomes interdependent settings to enable stable combustion across a wide power spectrum.

Segmented liquid oxygen containers feed vaporizers to deliver high-volume gas, resolving the trade-off between portability and extended cutting duration.

Placing the heat detector above the flame eliminates thermal inertia delays, enabling immediate indicator activation when lighting a candle.

A decorative display integrates water and fire features using dynamic gas ignition through a water body.

A gas burner uses differentiated hole structures to stabilize the flame zone and maintain ionization sensor temperature.

Rotating a control body aligns distinct fuel paths within a single orifice to switch between liquid propane and natural gas configurations.

Preheating a perforated flame holder confines combustion to reduce peak temperatures, lowering NOx emissions while sustaining lean mixture stability.