Ohmic-Resistance Heating TRIZ Cases

See how a switchable electrode array replaces mechanical movement with electrical reconfigurati

See how dual-stage indirect and direct heating with a steam pressure module enables rapid water

See how a footrest leg portion pivots within the base portion boundaries to reduce overall size

See how an induction warmer adjusts coil frequency and power based on foil-wrapped food surface

See how coplanar arrangement of inductors and sensors on a single insulating layer reduces cook

See how a multi-layer peelable fluorinated film with hot-melt adhesive enables easy coating rem

See how coplanar inductor and sensor placement with conductive shielding reduces electromagneti

See how a groove-and-shielding-bar design seals heating wire adhesive to prevent weathering and

See how a switchable rod-electrode array replaces mechanical adjustment with electrical switchi

See how an induction warmer adjusts coil frequency based on food surface area to optimize energ

See how a 3D steel wire mesh, protective coating, and internal airflow ducts solve structural w

See how a flexible heating pad with groove-encapsulated wire uses liquid adhesive sealing to en

See how a battery-powered scoop heats only the leading edge to cut frozen comestibles with less

See how external wall-mounted heating elements reduce fryer oil volume while maintaining unifor

See how an electrically conductive shielding layer between substrate and heating layer dissipat

See how an embedded heating element in a high chair feeding member sustains food temperature th

See how a heat exchanger with integrated heating element rapidly sets ink temperature within a

See how a heat exchanger with separate ink and fluid channels, combined with a chiller and heat

See how compressed corrugated fins with segmented ridges increase substrate contact area and re

See how a PTC heater self-regulates temperature to prevent food drying in holding bins, elimina

See how a compact handheld gratinating device uses accumulator power and reflector-based heat r

See how a universal membrane with studs and pockets eliminates second thinset layers, encapsula

See how elastic elements press contact elements and temperature detectors against a thick film

See how electrolyzed water surrounding a fluid pipe acts as a thermal intermediary, improving h

See how rotatable and repositionable heat strip modules adapt to different food arrangements, i

See how a heater loop shaped around port openings provides localized heating to prevent freezin

See how conductive tracks applied directly to deep-drawn sheet metal housing eliminate separate

See how deep-drawn metal housing integrates conductive heating tracks to reduce manufacturing c

See how a movable grill extends into the heating cavity to enable thermal radiation from upper,

See how a filtering member with matched optical characteristics eliminates cooker glass reflect

See how a motor-driven crank-slider mechanism replaces spring-based carriage systems to reduce

See how directional couplers and modified S-parameter measurement enable accurate calibration o

See how a flexible heating pad with threaded wire grooves and thermochromic layer solves rigid

See how a hotmelt-bonded peelable fluorinated film enables easy disassembly and recycling of wo

See how sidewall-mounted heaters and individual receptacle control eliminate blown hot air, red

See how a recessed heating unit and thermally insulated NTC sensor in a carrier unit enable com

See how independent heating fabrics on bottom and side walls with temperature sensors prevent c

See how shunting switches and non-uniform electrode spacing enable rapid heating rate adjustmen

See how a spring assembly and spacer elements maintain uniform gaps between induction coils and

See how a recessed heating unit and dry-side sensor placement protect inexpensive NTC thermisto

See how wide shallow grooves with PTC resistors and closure plates maximize thermal contact whi

See how embedded heating elements in concrete furniture provide localized radiant heat, elimina

See how a heating lacquer layer replaces pipe coils and films to defrost heat exchangers unifor

See how foldable grill plates and nested infrared heaters enable adjustable cooking capacity wh

See how a double-walled heater with thermally sprayed conductive and insulating layers achieves

See how directional couplers and modified S-parameter calculation enable precise RF energy cali

See how recessed heating and dry-side sensor placement protect NTC thermistors from high temper

See how dividing fluid channels into sub-channels using partition walls improves heat transfer

See how power and shunting switches connect electrodes in series or parallel to vary heating ra

A heater nested inside tubular seat belt webbing with an external control housing improves occupant comfort while keeping the belt structure integrated.

Software calculates coil power from DC link voltage and inverter current, enabling faster induction heating control without extra sensing circuits.

Real-time DC link voltage and inverter current estimation enables precise coil power control without extra sensing circuits.

By placing the bypass part below the substrate, this chuck design reduces heat impact on the wafer surface and improves zone temperature uniformity.

A lowered bypass path increases separation from the heater to limit heat transfer and keep the wafer placement surface more uniform.

Variable inverter frequency and coil current direction improve induction heating efficiency for magnetic and non-magnetic cookware.

Steep-sided protrusions on the chuck surface boost electrostatic attraction while limiting particle generation and wafer lift during processing.

An integrated heater and temperature sensor warm the wheel well to melt snow and ice while protecting nearby steps, cameras, and sensors.

Heating-controlled phase-change material in RIS unit cells enables finer phase tuning at sub-THz bands with low power and no continuous bias.

Conductive intermediaries and isolated traces let a vehicle mirror heater spread warmth while protecting electro-optic electrodes from high-voltage damage.

A ceramic-metal carbide heating element keeps resistance stable as temperature rises, improving heater stage reliability and uniform heating.

A heated press plate adds conductive heat to radiant furnace heating, improving diffusion bonding uniformity while reducing deformation and cycle time.

Localized Joule heating creates pressure stress at conductive-layer crack roots, closing cracks without melting and reducing damage risk.

Gradual PWM setpoint adjustment limits overheating in vehicle electric heaters, protecting nearby components while maintaining safe heating.

System gain change rates reveal heat retention shifts, heater deterioration, and voltage variation before heating control degrades.

Multiple radiators tune microwave frequency and phase from learned efficiency data to heat different foods more uniformly with less energy loss.

Heating the actuator and gearbox lowers low-temperature reaction loads, enabling lighter foldable wing tip actuation with reliable movement.

Heat transfer functions between the heater and multiple sensors reveal coefficient shifts that flag heater or sensor abnormalities early.

A shared resonator and backwave suppressor let matrix microwave sources combine higher power while maintaining phase synchronization and heat removal.

Random or linear working-coil frequency changes cut EMI and audible noise in induction heating while preserving heating control.

Two heating plates with different thermal masses speed preheating, improve heating uniformity, and reduce energy waste in aerosol generation.

A capacitor charged from AC half-waves sustains triac gate current despite noise and distortion, keeping heater power stable in image forming units.

Contactless laser heating speeds aerosol formation while reducing residue buildup, thermal mass, and hysteresis in the heating chamber.

Integrated heating and wicking filaments improve heater wetting consistency, reducing dry puff risk and assembly variation in aerosol systems.

Pre-inhalation heat drainage removes hot air and vapor before the first puff, lowering aerosol temperature and reducing burning discomfort.

Pre-attached spacer elements create defined spiral flow channels in wound heating elements, improving heat transfer and assembly in compact spaces.

Convex edge portions stiffen a metal-base heater to limit thermal-stress warping and keep heating distance and temperature uniform.

Different thermal masses let one plate preheat quickly while the other sustains uniform tobacco heating with lower energy waste.

A gel-sintered porous body replaces pore-forming additives to improve e-liquid absorption, heat transfer, and aerosol generation.

A thin protective third layer blocks diffusion and aging while preserving Curie-based temperature monitoring in an inductive susceptor.

Shared rectifier micro-inverter assemblies let more induction coils operate flexibly while lowering hob cost, noise, and power losses.

A porous body embeds a sheet heater to improve e-liquid contact, boost atomization, and reduce dry burning in e-cigarette heating assemblies.

An internal coil on the extractor concentrates the magnetic field to heat the susceptor more efficiently while simplifying article removal.

Direct CNT yarn webs replace film embedding to remove air voids, align nanotubes with current flow, and improve low-resistance heating.

Multiple resistive heating elements enable localized current control, improving aerosol generation precision and heating efficiency.

Sense-wire feedback and zoned power control prevent hot spots, detect moisture, and improve battery use in heated garments.

Wireless heating profiles let wearable therapy elements adapt heat delivery by body area, pain condition, and user input.

A porous adhesion-promoting layer helps embedded heating wires bond to plastics, reducing delamination, thermal stress, and heat loss.

A recessed liquid delivery path and nested heater contain spitback in aerosol cartridges, reducing leakage and unpleasant taste.

Temperature-reactive valves open and block micro holes to protect gas sensing from wind and dust while keeping outdoor measurements stable.

A movable core and transition shell isolate e-liquid during transport, then reconnect flow during use to prevent leakage and sustain atomization.

Direct contact protrusions and hot gas channels heat the aerosol article more uniformly while reducing heat loss and energy use.

Separate low- and high-TCR heater tracks speed cigarette preheating while limiting unintended heating and power loss during smoking.

Moveable heating elements on both sides of the handle extend warmth coverage and keep snow thrower hands warm in cold use.

V-shaped silicon grooves and slit openings simplify heater plate fabrication while improving busbar connection precision and heat control.

Independent switches and sensors let each wearable heating zone reach its own temperature, improving comfort and heat utilization.

Removable segmented heating elements replace elongated resistances to simplify mould maintenance and improve surface temperature uniformity.

A rotatable tube with helical tracks translates the receptacle to release aerosol articles stuck on the heating element.

Access apertures let tools clean the heating element, remove stuck aerosol articles, and support inspection without losing housing protection.

Curved pass-through and bypass holes reduce gas return and dry heating in atomizers, extending heating film life and flavor delivery.

A segmented reservoir cartridge enables selective delivery of aerosol precursor compositions through a dynamic selector mechanism.