Drying Solid Materials With Heat TRIZ Cases
- Solid-State RF Sources for Uniform Heating Control
Solid-state radio frequency arrays prevent hot spots and reduce energy consumption by dynamically controlling amplitude, frequency, and phase.
- Dual Elliptical Reflector UV Curing for Optical Fibers
Segmenting illumination into two sources at co-located foci resolves the trade-off between intensity and uniformity in optical fiber curing.
- Heating Unit With Dual Flow Outlets For Vehicle Body Drying
A heating unit with two flow outlets generates recirculation air flows at different energy levels for vehicle body drying.
- Bagasse Desolventization via Thermal Evaporation
Thermal evaporation removes organic solvents from wet bagasse, lowering residue below 1% and enabling safe handling while recovering materials.
- Mobile Refractance Window Dryer for On-Site Harvest Drying
A mobile refractance window dryer system dries plant products at harvest locations using portable utility platforms.
- Coandă-Effect Nozzle Rotary Dryer for Vegetable Clump Prevention
Laminar air flow from a tear-shaped nozzle breaks up vegetable clumps, preventing undried interiors and reducing moisture content by 35%.
- Pin Oven Drying Device with Dynamic Fluid Flow Control
A drying device adjusts fluid flow based on container properties to optimize energy use.
- Polarization-Based Stray Light Reduction in Thermal Processing
A polarizer system marks and separates radiant energy from the source, eliminating noise interference that degrades temperature measurement accuracy.
- Supercritical Drying of Semiconductor Substrates Preventing Particle Etching
A supercritical drying method treats semiconductor substrates using carbon dioxide fluid to remove alcohol residues from metal film surfaces.
- Belt Dryer Countercurrent Airflow and Negative Pressure Zones
A belt dryer circulates drying air in counterflow to polymer gel movement while maintaining internal negative pressure.
- Heating Roller Temperature Control for Recording Media Width Adaptability
A heating roller uses segmented temperature detectors and independent sources to control drying zones dynamically.
- Thermal Processing Plate Temperature Control via Zernike Decomposition
Zernike polynomial decomposition extracts improvable in-plane tendency components from measured substrate line widths to calculate optimal regional temperature correction values.