Coil Arrangements TRIZ Cases

See how a base housing with fixing ribs secures the induction coil, reduces lead wire resistanc

See how a hollow cylindrical coil generates an alternating magnetic field inside a fluid channe

See how three-dimensional induction coils with closed-loop temperature feedback maintain precis

See how an integrated feed pipe on the discharge line automates oil feeding, prevents spatterin

See how an inductive heating assembly recovers waste heat from the power generator to preheat i

See how a heat-resistant support plate with integrated controls and display enables safe, conve

See how segmented heating elements and automatic vessel detection enable flexible placement and

See how induction heating with a corrugated sheath reduces scale buildup, improves thermal effi

See how a modular coil unit with RFID recognition enables flexible induction heating and wirele

See how induction coil heating on the tub outer surface prevents scale buildup and overheating

See how distributed ferrous elements in non-ferrous vessels enable precise, multi-zone heating

See how magnetic surface heating elements positioned directly in the fluid channel eliminate co

See how cold-worked 303 stainless steel pans enable quiet induction warming at 40-60 kHz withou

See how segmented induction coils with matched curvature heat the drum efficiently while preven

A light guide with a parabolic lower surface refracts light from emitting elements to distribute illumination across the display area.

See how a single induction coil heats both pan and cover bodies via electromagnetic loops, redu

See how induction heating through the tub wall eliminates scale buildup, merges washing and dry

Multiple induction coils and temperature sensors maintain target food pan temperature, preventing scorching and reducing energy waste.

Conductive and non-conductive base plate regions balance magnetic coupling across uneven winding zones for more uniform hob heating.

Cold-worked 300-series stainless steel enables quiet induction food warming with fast, predictable heat and no steam table water supply.

AC and DC excitation let one magnetic core both hold and heat a component, simplifying pick-and-place attachment and adhesive release.

Switching the power converter from full bridge preheating to half bridge smoking cuts energy loss while maintaining target temperature.

A nested cylindrical susceptor boosts induction heating of filling material, improving aerosol output while managing battery use and structure complexity.

Bondable-coated litz wire locks inductor coil geometry after forming, preventing deformation and preserving aerosol heating consistency.

A tubular flux concentrator with an annular channel redirects magnetic flux to heat the susceptor efficiently while limiting adjacent coil heating.

Heating lift pins at stage pin holes prevents cold spots, improving in-plane substrate temperature uniformity during film formation.

Layered ferrimagnetic and conductive shields contain field leakage, improve susceptor heating, and reduce overheating in vapour generators.

A ferromagnetic contact concentrates induction heat at the solder joint, reducing conductor overheating, energy use, and detachment risk.

Magnetic shielding and a snubber circuit curb EMI from induction heating while maintaining effective aerosol material heating.

Temperature sensing at multiple internal points pauses auto heating during overheating and resumes it after cooling to protect hardware.

An airflow-deformable inductor detects puffs by sustained inductance changes, improving placement flexibility and contamination resistance.

A multilayer thermal conductor improves heat transfer to the aerosol article while discharging excess heat to reduce loss and heater damage.

A longitudinal glass-ceramic insert and segmented induction filament enable uniform header-ribbon soldering across PV panel formats without terminal changes.

Higher-frequency single-coil induction heating boosts output for magnetic and non-magnetic cookware without added switching complexity.

Gas flow paths between the coil and heating element shorten firing time, limit coil overheating, and avoid inefficient water cooling.

High-frequency Joule heating anneals damaged reinforcing bars at about 200°C to remove lattice defects and restore structural reliability.

Varying coil pitch across dual induction coils keeps bar-shaped stabilizers at a nearly uniform temperature for adhesive curing without overheating.

Induction heating, a standby heat-distribution step, and tab heating create more uniform electrode-separator adhesion while reducing assembly time.

Induction heating of the electrode stack and tabs improves separator bonding uniformity while shortening heating time and reducing air permeability deviation.

By sensing inductance changes in the heating coil, this case detects article insertion without a separate sensor, saving space, cost, and battery power.

Multiple airflow temperature sensors improve puff recognition, helping stop heating at the right time to keep aerosol quality consistent.

Electromagnetic heating inside conductive cell layers activates adhesive uniformly, cutting bonding time and reducing thermal stress.

Opposite-phase heater pairs and shaped reduction elements cut ELF electromagnetic emissions while preserving efficient electric heating.

Independent heating zones and temperature sensing keep pouch foil sealing uniform, reducing heat loss and poor secondary battery seals.

Varying magnetic powder density across honeycomb cells reshapes magnetic flux to control axial and radial heating uniformity.

By sensing inductance change in the heating coil, this case detects article insertion without a separate sensor, saving space and power.

A multi-planar inductor coil improves inductive coupling in tight aerosol devices, enabling efficient heating and precise chamber temperature control.

A hollow region inside the susceptor rod evens induction-heated wafer temperatures in CVD, cutting surface variation to less than 5°C.

Impedance and induced-current feedback let an aerosol heater track susceptor state and control induction heating more precisely.

A multilayer conductive member channels heat to the aerosol article, cuts heat loss, and shields the heater from corrosive high-temperature exposure.

Medium-frequency induction heating cures self-adhesive silicon steel plates faster while improving temperature uniformity and bond strength.

Switching between full- and half-bridge modes with PWM duty control matches low heating power accurately while reducing noise and switch overheating.

Full-bridge preheating and half-bridge smoking reduce induction heating losses while preserving fast aerosol substrate warm-up.

Wireless induction heating warms the chamber inner member without power cables, cutting contamination, RF noise, and heating energy.

Primary and secondary coils use resonant wireless power transfer to deliver modular heating with adaptable configurations for vehicles, buildings, food, and body warming.

Two LC circuits tuned to the same resonance enable selective susceptor heating while limiting indirect heating of adjacent zones.

An LCC oscillator with zero-current switching lowers resonant frequency and power use while improving aerosol heating efficiency.

A secondary susceptor creates an opposing electromagnetic field to curb leakage while preserving controlled induction heating of the aerosol substrate.

Detachable induction heating units with matched inductance let one transformer handle different coating removal head sizes with less setup time.

Induced eddy currents heat the battery current collector internally, reducing external heating losses and improving temperature control.

Capacitors turn the stator three-phase coil into a resonant heating circuit, cutting induction power voltage and equipment cost.

Snap-fit radial seats replace glue to hold ferrite bars in an induction heating assembly, improving thickness consistency and automated assembly reliability.

Directly heating the holding tray with an induction coil cuts power use, improves substrate temperature control, and reduces gas and particles.

Localized ferrite shielding around the inductor coil blocks electromagnetic radiation while lowering aerosol device surface temperature and ferrite use.

A flux concentrator with an annular channel confines magnetic fields around each coil, improving susceptor heating and limiting adjacent-part heating.

A shared induction coil heats the battery when cold and the aerosol substrate during use, avoiding extra heater weight, size, and cost.

A modular casting head and symmetrical four-roller pulling unit cut changeover time and prevent profile damage in non-ferrous casting.

A sealed groove fixture enables vacuum or inert-gas pulse welding to cut air resistance, reduce energy loss, and strengthen joints.

When induction modules fail, control setpoints are redistributed to keep rolled stock heating symmetrical and line operation stable.

Focused current shaping with soft magnetic elements enables uniform thermoplastic composite welding with lower power, less cooling, and robotic-friendly equipment.