Coil Arrangements TRIZ Cases
- Modular Induction Heating Cells for Non-Planar Surfaces
Segmented induction heating cells adapt to non-planar workpiece geometries, resolving the trade-off between manufacturing simplicity and heating efficiency.
- Electromagnetic Coil Cross-Section for Stable Tobacco Heating
Optimized conductor cross-section stabilizes heating temperature and increases power for flue-cured tobacco induction devices.
- Rail Head Induction Heating with Crown and Skirt Coils
Crown and skirt inductors modulate magnetic fields to heat rail heads uniformly.
- Shaped Susceptor for Aerosol Cartridge Heat Loss
Segmented susceptor design reduces heat loss from the heating region to the holder, improving aerosol generation efficiency.
- Induction Heating Front-End Cigarette Apparatus
An induction heating device uses airflow channels to homogenize heat across tobacco shreds, resolving uneven temperature distribution.
- Cooking Appliance Induction Coil Cycling for Heating Efficiency
Cycling working coils prevents intermediate body absorption, maintaining efficiency for magnetic and non-magnetic containers.
- Empt Coil With Exchangeable Conductor Regions
Segmented pulse welding coils isolate high stress zones, enabling quick replacement of fatigued bridge sections while retaining the durable support structure.
- Movable Battery Heater for Aerosol Devices
A movable heater contacts a battery to maintain optimal temperature, preventing overheating damage while eliminating extra components.
- Magnetic Flux Concentrator for Tubular End Heating
A magnetic flux concentrator shapes induction fields to heat tubular material ends, resolving electromagnetic end effects that cause under-heated zones.
- Induction Heating Coil End Wall Portions for Flux Concentration
Soft magnetic end wall portions cover induction heating coil ends to concentrate magnetic flux, reducing extreme heat generation at coil extremities.