Coil Arrangements TRIZ Cases

Inductive and conductive heating sections resolve inconsistent aerosol release by ensuring complete component volatilization.

Electromagnetic antennas heat ceramic portions to overcome limited heat penetration depth and low energy efficiency in heavy oil recovery.

Rotatable head with copper contactors replaces thumb screws, reducing attachment time by 50% and eliminating loose connection sparks.

A flexible vacuum hood embeds induction coils to maintain constant distance from workpieces.

Protrusion portions space coils from the base plate while grooves and openings create airflow paths to prevent ferrite core cracking.

Liquid-cooled induction coils heat rotating helical springs to eliminate uneven heating and reduce residual stresses in hardened components.

Series coil connections lower inverter current ratings while relay switching maintains independent zone control.

Segmenting the helical coil provides heating zone access while maintaining stable electromagnetic induction.

Segmented induction coil targets gear tooth tips and roots with distinct frequencies to eliminate hardness pattern non-uniformity.

Sliding electrical contacts adjust induction coil segments to create multiple independent heating zones in aerosol devices.

A segmented susceptor in an induction heating assembly isolates the temperature sensor from electromagnetic fields to ensure accurate thermal readings.

A multi-coil induction warming system uses independent power inverters to drive working coils for precise magnetic field generation.

Asymmetric wire geometry minimizes lateral extension between windings, reducing capacitance loss and extending battery life in miniaturized aerosol generators.

Varying magnetic field heats conductive inner wall via electromagnetic induction to volatilize smokable material components without combustion.

A coaxial heating ring couples two axially spaced quenching rings to heat and cool tubular members in a single stationary device.

An electromagnetic induction heating system replaces open fire ignition in hookahs, enabling precise temperature control and consistent smoke volume generation.

A magnetic field generator heats smokable material via electromagnetic induction and hysteresis.

Induction heating head assembly uses real-time sensor feedback to adjust power output, resolving inconsistent heat distribution in moving workpiece welding.

An induction coil assembly uses passive turns to heat undercut fillets via electromagnetic coupling with active turns.

An induction-heated rod transfers heat directly to small molding surfaces, reducing cycle times for thin optical parts.

Ferromagnetic concentrator directs magnetic flux toward slab edges to enhance induction heating efficiency.

A disposable endodontic cartridge integrates an electrically conductive heating layer directly onto its outer surface to soften gutta percha material.

An induction heater replaces ceramic elements with a metal tube and coil to reduce power consumption while maintaining required heating temperature.

Segmented inductors and cooling circuits minimize shape distortion by managing temperature gradients between the molding zone and carcass.

Periodic coil activation maintains constant frequency, reducing audible noise and interference from adjacent coils.

A switching element arrangement positions high-heat components near a cooling fan to manage thermal output in induction cooking apparatuses.

An insulating spacer prevents electromagnetic interference with the infrared sensor while maintaining assembly efficiency.

Modular inductor design allows the insulating body to be extracted and replaced without removing the entire unit from the production line.

Fan-shaped Litz cable strands connect in parallel to terminal bars, reducing high-frequency eddy current losses in induction heating inductors.

Segmented clamp arms simplify assembly of ceramic fixing seat to secure induction susceptor and improve heat insulation.

A segmented target workpiece enables localized heating of shaving products, preventing cross-contamination and material degradation during dispensing.

A blowing fan discharges air into an air-flow path between a base plate and indicator board to cool the working coil.

Internal induction heating seals peelable lids while preventing exterior tin reflow and surface degradation.

Conductive means intercept heat flow through insulating blocks and transfer it to cooled tubes, preventing support overheating.

A smart susceptor induction heating apparatus uses parallel coil circuits and a thermal management system for rapid temperature control.

A multi-coil induction hob uses controllable magnetic fluid to guide electromagnetic fields and tune inductance at each load coil.

Surface-mounted connection lines link periodic conductor segments, eliminating via-hole punching and inter-layer heat generation in induction heating cookers.

Chassis positioning arrangements align inductor coils to prevent heat transfer to external components.

Asymmetric magnetic field directs energy toward induction heating plate, reducing resistive heating time and cooling delay.

Magnetic field shaping elements concentrate induction heating flux to reduce time to first puff and improve material efficiency.

Parallel induction coil circuits in smart susceptors generate uniform heat across large areas, accommodating non-planar part shapes through contoured tooling.

Multilayer coils heat water through electromagnetic induction, preventing steam generation and ensuring uniform temperature control.

Ring-shaped induction heatable susceptors within a vaporisable substance enable controlled heating profiles for vapour generation.

A device uses induction heating for metal pipes and irradiation for plastic coatings to achieve uniform temperature distribution.

An inductive sensor detects article insertion via inductance changes to trigger heating.

Controller measures heater temperature change rate during low power mode to detect depleted substrate and prevent unsatisfactory aerosol generation.

Cooktop controller drives heating coils with a correlation signal to induce operation power in a utensil transmitter unit for automatic zone identification.