Burners TRIZ Cases

See how combustion air guided along the fuel conveying channel preheats intake air and cools th

See how a hybrid combustion chamber merges fossil fuel burners with electrical resistors to red

See how dual nozzles with independent fuel valves and a shared combustion air fan enable flexib

See how hydrogen fuel combustion with exhaust gas recycling eliminates CO₂ emissions and recove

See how a flame tube with recirculation holes enables blue-flame combustion in oil boilers, red

See how staged fire retaining rings with varying apertures regulate flame residence time and ai

See how oxygen-sensor feedback and proportional fuel control optimize diesel heater combustion

See how a gas judgment assembly with oxygen depletion sensor and ion induction needle detects f

See how oxygen-sensor feedback adjusts fuel delivery in a diesel-fired coolant heater to mainta

See how a thermal sensor detects infrared radiation to monitor cooktop attendance without modif

See how an integrated electric heating unit preheats the catalyst arrangement before combustion

See how a pulse generator creates ignition sparks directly between the burner and flame detecto

See how a controllable winch moves a real burner vertically using a non-rigid cable, enabling s

See how a portable stove burns vegetable oil with spray atomization and controlled air supply t

See how oxygen sensor feedback enables closed-loop fuel delivery control in diesel-fired coolan

See how integrating combustion air and heat transfer medium line areas into a carrier device si

See how recirculation holes in the flame tube introduce combustion gas back into the flame zone

See how a pressure-controlled valve stops fuel flow when forced air pressure drops, preventing

See how integrating a combustion air intake muffler inside the heater housing reduces blower no

See how a gravity-fed, sealed pellet stove uses natural draft venting to eliminate electric aug

See how a sacrificial combustion chamber with distributed openings stabilizes heated air temper

See how a closed-end exothermic cutting rod uses side ignition windows to contain fuel while en

See how a conical flow divider with gradually narrowing annular channel achieves uniform fluid

See how an air pressure chamber maintained at higher pressure than the combustion chamber preve

See how an elevated gas burner assembly uses an integral support member to position the burner

See how a gravity-style furnace subunit uses thermopile control and natural draft to maintain h

See how a ceiling-mounted thermal sensor detects unattended cooking by comparing infrared image

See how a direct-fired combustion chamber with cooling channel recycles moist process air to re

See how merging high-energy ignition and flame ionization detection into one spark rod assembly

See how a spacer arrangement and intermediary sealing element enable tight blower-to-heat-excha

See how water tubes constrain packing expansion during compression to maintain sealing stress a

See how water tubes in contact with the electrode clamp cool it directly, preventing harness da

See how a thermopile-actuated gravity furnace subunit inside a gas-induced draft cabinet mainta

See how integrated combustion air and heat transfer medium ducts merge into the support structu

See how a pulse generator creates ignition sparks directly between burner and flame detector, e

See how a two-component universal igniter housing with bayonet or threaded attachment enables o

See how a catalytic converter paired with a high-capacity thermal storage component maintains s

See how a combustion gas path guide redirects gases away from fire tube support plates to preve

See how a perforated combustion chamber design produces hot air without flame exposure, reducin

See how positioning the water entry above corrosion-resistant heat exchanger components prevent

See how a temperature sensing device integrated into gas supply tubing detects radiant heat and

See how an aluminum foam ring replaces vermiculite insulation on burner doors to reduce heat lo

Water tubes beside the electrode mounting point restrain packing spread during clamp compression, maintaining sealing stress and reducing gas leakage.

Water tubes on the combustion-box side plate cool the electrode clamp, limiting harness heat damage without added packings.

An absorbing member inside a sleeve vaporizes liquid gas before discharge, improving storage use and reducing flare risk with adjustable flow.

A pressure valve and compression assembly stabilize pressure and meter reagent volume for consistent slide dispensing in sample processing.

A thermal protective coating helps radiant tubes improve heat transfer, resist corrosion, and reduce hotspots and warping.

A throttled outlet-side backflow path and stepped expansion spread waste gases evenly, improving circumferential heat transfer in a vehicle heater.

Thermocouple feedback cycles gas flow between set rates to hold grill temperature and create stable multi-zone cooking.

Dual burners let a fired heater use turbine exhaust when available and switch to air-fired backup to keep distillation heat continuous.

Air jet guidance prevents combustion gas short-passing in liquid-fuel boilers, improving combustion and cutting NOx, CO, and soot.

Perforated airflow splits combustion and mixing zones to keep flame inside the chamber while delivering hot air for bitumen membrane welding.

Bidirectional feedback between HVAC controllers enables independent compressor and blower control while improving diagnostics and preventing damage.

A sear-zone burner tube and high-capacity valve add intense searing heat without sacrificing low-heat control or usable grill surface.

By keeping the atomizing electrode voltage lower than the counter electrode, this case reduces static charge on nearby objects while preserving mist treatment.

A cam-driven retainer replaces clog-prone threaded caps, making warewasher wash arms easier to release, clean, and reinstall.

High-velocity air-water spray cleans porous fabrics with minimal water, avoiding extra agitation, vacuuming, and fabric damage.

Condensed ambient moisture is electrostatically atomized into stable nanometer ion mist, avoiding water tanks and refill in a heating blower.

A venturi burner and corrugated heat exchanger improve mixing, heat transfer, and compactness for durable temporary indirect-fired heating.

A movable high-pressure misting nozzle inside an air diffuser cools target areas while controlling spray direction and keeping people and surfaces dry.

Adjustable nozzle orientation and spray arm speed improve instrument cleaning and microbial deactivation without full washer disassembly.

Hot exhaust gas is routed back through a fuel-operated heater to burn soot buildup, restore combustion efficiency, and reduce high-altitude fouling.

Ultrasonic vaporization enables precise, high-volume vapor injection in plasma reactors while keeping vapor temperature low enough to protect growth media.

Alternating fuel and oxidant orifices sustain hydroxyl radical formation at high pressure, improving oxidation uniformity in high aspect ratio memory holes.

Recuperative preheating and turbulence control help small burners deliver stable high-temperature heat to thermionic converters with lower emissions.

Combustion of precursor-fed renewable fuels produces metal oxide nanoparticles while heat exchangers recover energy for scalable, cleaner output.

A dual heat-exchanger circuit stores heat in an ethanol tank to stabilize EV and hybrid cabin heating in extreme temperatures with lower emissions.

Time-gated UWB pulses detect charged particles in the combustion zone, enabling stable real-time fuel and air control in high heat.

A dual bonding approach combines surface welding or brazing with internal pressure bonding to strengthen gas turbine fuel nozzle joints.

Helical protrusions center and retain thin-walled tube members during brazing, reducing knurling-related wall distortion and braze void risk.

Helical protrusions center and retain thin-walled tube members during brazing, reducing braze void risk and inspection needs.

A prefilming nozzle splits oxidizer into inner and outer flows to keep liquid fuel off the wall, improving atomization, stability, and emissions.

Separating permeate streams by hydrocarbon content lets the burner handle low-BTU mixed gas with less fuel use, lower hydrocarbon loss, and fewer emissions.

Separate liquid and gas fuel paths in a staged swirler improve mixing, evaporation, and stable low-emission combustion across load conditions.

Placing the mass flow sensor inside the feed duct keeps it above the dew point, preventing condensation while preserving accurate flow measurement.

Vibration isolators, sound-absorbing guard chambers, and shock wave damping cut pulse combustor noise and valve-driven vibration.

Independent primary and flat-spray fuel circuits improve combustor fuel placement, reduce carbon growth, and smooth non-uniform spray patterns.

Hydrogen fuel injection into low-oxygen, sub-500°C turbine exhaust stabilizes duct burner combustion while cutting NOx during heat recovery.

Cross flow and quenching from staged gas injectors help a combustor transition to liquid ammonia while maintaining stable, lower-carbon combustion.

A free end and sliding coupling let an oven radiant element absorb thermal expansion, reducing stress, deformation, and replacement frequency.

A resonant microwave cavity replaces high-voltage electrospray power, enabling stable fluid atomization without electric breakdown at low pressure.

Threaded distributor adjustment calibrates gas turbine fuel injectors to offset tolerance-driven flow variation and improve fuel uniformity.

A resonant microwave cavity amplifies RF energy at the nozzle to atomize fluid with low voltage, avoiding electric breakdown in low pressure.

Swirl vanes add tangential air momentum to widen a flow-blurring spray plume, improve mixing, and support stable gas turbine combustion.

A rotating plasma filament inside the injector improves fuel mixing and ignition stability in high-speed combustors while reducing heat loads.

An inclined prefilmer and 1-2 mm axial gap guide fuel into dome air for better mixing, a wider spray cone, and lower soot.

A low-contact-angle combustor surface stabilizes fuel films and promotes smaller droplets when combustion air velocity is low.

Hot flue gas is recycled, cooled, and injected upstream to cut NOx while avoiding extra heat exchangers, corrosion, and unstable burner operation.

Vortex generators in the premixer homogenize hydrogen-air flow to prevent flashback and reduce NOx in turbine engines.

Logic controllers and sensors adjust pilot and secondary fuel flow to keep gas turbine combustors stable across changing fuel conditions.

Integrated air scoops, fuel orifices, and a splash plate improve combustor fuel-air mixing while reducing diffuser pressure losses.

Multiple fuel passages and swirling airflow improve fuel-air mixing, control flame position, and reduce flashback in hotter-burning combustors.

Counter-rotating nozzle outlets boost secondary mixing of combustion gases and fluid, improving combustor efficiency and power generation.

Vortex-guided premixing and staged fuel injection create a homogeneous hydrogen-air flow that limits flashback and reduces NOx in turbine engines.

Upstream main and auxiliary vortex generators improve fuel-air mixing in a gas turbine burner while limiting added flow resistance.

Vaulted ceilings and floors create self-supported fuel injector passages that enable high swirl angles beyond conventional additive limits.

Flow-driven actuators at the flare tip harvest gas energy to generate ignition sparks when external utilities fail during high-acid flaring.

Controlled combustion and fan-driven soot deposition reveal fingerprints without brushing, reducing contamination, dust hazards, and labor.

Multiple air inlets and a movable cleaning pin keep fuel heater ignition stable in dusty conditions while reducing carbon deposits.

An inclined outer flow channel and sleeve cap create swirl for finer atomization, shorter flames, less refractory damage, and lower clogging risk.

A wafer heating apparatus positions a cooling nozzle tip between resistive heating bands to accelerate thermal dissipation from the plate-shaped member.