Machines Using Electric/Magnetic Effects TRIZ Cases

See how a resistor spacer block cool sink enables fan-less thermoelectric heating with ≥100% CO

See how embedded heating elements with wireless power receivers enable active temperature contr

See how a removable cooling strip with Peltier modules and flexible draw strip reduces localize

See how HFO-153-10mzzy working fluid reduces global warming potential in Rankine power cycles w

See how a pallet-integrated flow medium system maintains foodstuff temperature through containe

See how a Peltier-based cooling system integrated with heating allows food to be prepared in ad

See how thermoelectric modules with thermal spreading pads enable both heating and cooling in o

See how patterned electrodes and edge-supported electrocaloric film replace vapor-compression r

See how surface modification with conductive layers enables scalable electrocaloric element fab

See how electrocaloric modules with cycled fluid flow replace compressor-based refrigeration to

See how electrocaloric liquid crystal elastomer elements replace vapor compression refrigerants

See how horizontal arrangement of heat absorption and emission modules reduces flow path resist

See how movable bins with thermoelectric heat pumps and inductive power transfer enable individ

See how dual cold side fan sinks with sealing layers and O-ring joints reduce condensation pene

See how compliant seals enable a movable regenerator housing to alternate magneto-caloric stage

See how sliding conduits in a valve assembly regulate working fluid through movable regenerator

See how single-step brazing of three-step tubes, fins, and tanks protects thermoelectric module

See how a detachable heating module with wireless control solves ceramic mug thermal inefficien

See how a portable container merges vacuum creation and Peltier cooling into one device to exte

See how counter-flow working fluid and thermal diodes enable single-stage electrocaloric refrig

See how magnetically-permeable heat-insulating parts between magnetic bodies reduce driving for

See how thermoelectric coolers sandwiched between heat pipes stabilize spacecraft baseplate tem

See how magneto-caloric cooling uses magnetic-field-responsive materials and phase transitions

See how segmented thermoelectric modules with dedicated cooling for refrigerating and freezing

See how a bidirectional fluid supply system eliminates rotary seals in magnetic cooling, preven

See how a vacuum chamber with water-based refrigerant replaces harmful CFCs, using hygroscopic

See how a dissipation superconductor carries current without quenching during vortex dissipatio

See how placing a Peltier element inside the vacuum chamber with heat conductors enhances insul

See how thermoelectric modules and hybrid valve control overcome slow valve response in data ce

A thermal conducting plate and thermoelectric module improve temperature uniformity, precision, and range without airflow control.

Independent TEC subsets and an angled two-phase heat exchanger hold chamber setpoint more precisely while reducing current surges and wear.

Ambient air is pre-cooled and recirculated in a swirling inner-wall flow to frost glasses without CO2 refrigerants or high energy use.

A thermal diode blocks heat backflow so switched thermoelectric fluid cooling holds temperature with lower power and no CFC refrigerants.

A magnetic-field-responsive heat transfer device cycles between hot and cold zones to improve cooling of high-power electronic devices.

Tangential cold-air flow chills or frosts a glass inner surface, replacing CO2 refrigerants with a closed-loop air circuit.

A rotating thermoelectric heat exchanger disrupts boundary layers to condition media efficiently at small temperature differences with lower noise.

Adjacent cabinet compartments use Peltier heat transfer and sensor control to keep prepared food cold or warm without separate units.

Magnetic-field-responsive materials cycle heat from electronics to a dissipation area, improving cooling with lower power use.

A mixed refrigerant and airflow path cools high- and low-heat PCB components efficiently even when outside air is hot.

Active Peltier heat-flow control isolates the weighing cell from electronics heat, reducing air currents and preserving analytical balance stability.

A detachable phase-change pack and Peltier charging unit deliver portable skin heating or cooling with controlled temperature hold for up to 3 hours.

A fillable heat-transfer chamber switches between insulation for heating and conduction for cooling to keep liquid at a target temperature.

Magnetic vortices in a cryogenic flux generator modulate fields to convert thermal energy into electricity with low heat-transfer loss.

Thin extruded magnetocaloric blades increase heat-transfer area and improve cooling efficiency in magnetic refrigeration.

Separate hot and cold transfer circuits keep each module at the right inlet temperature, cutting thermal losses and piston count.

Peltier heating and cooling with automatic control keeps butter at serving temperature while extending shelf life in standard butter dishes.

Adaptive voltage control lets a thermoelectric module switch between rapid response and low-loss temperature holding, cutting noise and power waste.

A heat pump cools a above-zero PCM accumulator before the beverage, enabling on-demand dispensing without freezing liquid in the conduit.