Coil Arrangements TRIZ Cases

A curved square magnetic induction coil heats tobacco materials in a glass cup via electromagnetic induction.

Discrete ferromagnetic columns reduce thermal losses and magnetic leakage in high-power inductors while maintaining electrical parameter stability.

Curie temperature shells regulate heating to prevent overheating in composite structures with heat sinks.

Segmented induction coils control reactor temperature uniformly, preventing wall hotspots that reduce polysilicon production lifespan.

Welded induction coils heat molds directly, reducing cycle times and energy consumption.

A dual-coil induction heater heats gear and shaft portions using distinct alternating current frequencies to form continuous hardened layers.

Replacing ferrite with a conductive polymer composite eliminates adhesion failures and material degradation in aerosol provision devices.

Synchronized inverter control prevents mutual induction voltages from causing reverse currents and uneven heating.

Simultaneous dual-sided heating narrows the heat-affected zone and reduces treatment time compared to conventional single-sided methods.

A robotic system swaps secondary induction heating coils and flux concentrators to match specific weld joint geometries.

Integrally moulded ribs join the outer wall and inner airflow tube, eliminating separate seals to prevent liquid leakage while simplifying manufacturing.

Primary conductor loop powers separated inductor coil halves via electromagnetic induction without direct electrical connections.

A storage bin equipped with an induction heating device supplies heat to agglomerated reduced iron before conveyance.

A ferrite element with a radially curved outer edge modifies the magnetic field generated by an induction coil.

A test device with a switching mechanism bridges electrodes to induce internal short circuits in electrochemical cells.

A tapered heating element protrudes into a receptacle to generate aerosol from material.

Segmented internal walls eliminate support structures at 90-degree angles, resolving coolant obstruction and boosting production yield.

Recessed coil housing channels magnetic flux into the mold while protecting components from corrosive gases.

A multi-board induction heating inverter applies phase inversion to working coils.

Independent susceptor heating resolves vapor pressure mismatches to ensure consistent reaction stoichiometry in aerosol generation.

A dual-sleeve vaporizer uses segmented induction heating to maintain consistent flavor during low-temperature baking.

Distinct LC resonator frequencies selectively activate induction coils, preventing current induction in inactive circuits and reducing switching complexity.