Incandescent Ignition TRIZ Cases

Flux guiding members redirect magnetic fields to suppress plating bias and scale formation, eliminating strict thickness management requirements.

Replacing elastomer seals with a metallic ring and insulating layer allows glow plugs to withstand extreme temperatures while preventing electrical shorts.

Silicon dioxide coatings on SiC ignitors slow oxidation rates, extending operational life while maintaining stable electrical resistance in gas ovens.

Segmented sleeve isolates ceramic heater from housing shock stress to prevent breakage.

A glow ignition burner uses a heating element to preheat oxidizer for reliable fuel mixture combustion.

A cooling sleeve transfers heat from an internal combustion engine igniter to the housing, preventing tip separation and ingested debris damage.

Recessed elliptical arcs on the heat generating element relax thermal expansion stress between materials, preventing cracks in the ceramic base body.

A voltage monitor measures capacitor charge to enable precise detonation sequencing.

Housing with multiple detonator and transmission line receptacles couples explosive charges to explosives.

A detonator switch connects an energy source to a firing circuit via a movable battery activated by shock tube pressure waves.

A ceramic heater incorporates a groove near the folded heating resistor to reduce temperature differences.

Controlled iron distribution in the fusion zone suppresses thermal stress cracking and extends durability.

A battery-operated fire bong uses a nichrome wire to ignite smoking substances efficiently.

Optimizing lead portion dimensions reduces thermal stress from expansion mismatches, preventing gap formation and enhancing structural integrity.

A warped insulating substrate with an internal resistor creates vortex flow to mix gaseous fuel and oxygen.

Variable capacitance in a nonlinear transmission line compresses voltage pulses, eliminating switch failures and ensuring reliable detonation timing.

Electrodes ignite electrically ignitable propellant using direct or alternating current to initiate combustion.

An automatic cigarette purifier combines a built-in lighting mechanism with check valves to contain smoke within the purification chamber.

A fuel vehicle heater ignition element uses resistance detection to regulate electrical output during the start phase.

An optical communication arrangement bypasses metallic housing shielding to establish reliable links without conductive connections.

Axial sheath compression creates tensile stress that presses the contact element against the glow element, eliminating soldering misalignment.

Aluminum and chromium in the glow plug tube act as oxygen getters to suppress heating coil oxidation, enabling sustained high-temperature heat generation.

A glow plug igniter system bridges the aperture gap between the heater rod and combustor liner to seal fluid communication.

A glow plug controller adjusts applied voltage based on monitored current thresholds to maintain optimal operating temperature.

Busbar through-holes guide adhesive agent into substrate voids during thermal cycling.

A glow plug design spaces heat generation element cross sections to ensure consistent fusion zone insertion depth.

A woven ceramic sheath maintains electrical insulation and thermal performance despite severe deformation in aircraft engine probes.

A wireless transceiver module enables ignition only upon receiving a valid external signal.

Programmable computer module actuates fuel valve and igniter to sustain automated torch flame despite weather-induced extinction.

Molded conductor compact coated with insulating base mixture suppresses gap formation and foreign matter inclusion during sintering.

A glow plug heat generating coil uses differentiated wire diameters to balance structural strength against thermal expansion stress.

A pilot burner assembly uses a single injector and igniter to handle natural gas or propane via a selector valve.

An electrical heating element and vacuum filtration system reduce harmful smoke constituent concentration during ignition.