Drying Solid Materials With Heat TRIZ Cases

Counter air flows and anti-stick coatings enable continuous drying and bagging of tacky polymers, reducing material waste.

A recording apparatus uses distinct air velocities in adjacent nozzle sections to dry media.

A cross-flow hot air combine harvester feeding device uses waste engine heat to dry and convey wet crops.

An ejector-assisted dryer creates a partial vacuum using waste heat, reducing volatile organic compound emissions while maintaining high drying productivity.

Polygonal charging barrel design improves material overturning and discharging efficiency while reducing manufacturing complexity.

Warm air from a radiator conducts heat through a conveyor face to dry sheets, reducing power consumption and manufacturing costs.

A two-stage RF heating method applies power to reach an initial temperature before switching to feedback control for final target achievement.

Notched heating elements and extending members constrain displacement within a side wall structure, improving thermal response for semiconductor manufacturing.

Integrated air handling unit with direct-fired burner and multi-stage filtration for transportable vehicle enclosures.

A vacuum dryer moves granular resin material downward using gravity through stacked heating and drying sections.

A drying device uses an infrared camera and lock-in analysis to acquire corrected temperature distribution information.

Segmented annular gas volume portions reduce pressure drops and ensure uniform thermal energy distribution during polymer granule drying.

A stainless steel thermal battery stores heat in a sand-graphite mixture using embedded heating elements.

Sliding attachment devices enable rapid module replacement, resolving repair complexity caused by fixed radiator arrays.

A dual-feed screw grain dryer recovers engine thermal energy through exhaust and cooling liquid heat exchangers to prevent mechanical damage and fire risks.

Atomized water injection cools asphalt dryer exhaust gases, protecting baghouse filters from thermal damage while enabling higher recycled material usage.

External infrared emitters cure coatings outside booths, eliminating internal installation complexity and safety risks.

Optimized infrared heater width ratios concentrate thermal energy on sheet objects to enhance dehydration rates.

Grooves on the access door inner surface intercept and collect solvent condensate to prevent substrate contamination during baking device operation.

A radiation treatment system directs gas flow around substrates before reaching sources.

Cooling fluid spray nozzles inject fine mist into a toner drying chamber to prevent particle fusion and maintain continuous operation.

A drying chamber for hearing aids uses UV-C light sources to sanitize devices while a heater removes moisture.

Thermomechanical control switches heating power between steam generation and drying phases, eliminating complex electronics while reducing cycle time.

A portable drying kit resolves the contradiction between effective moisture removal and device size by nesting a desiccant inside a compact container.

Preloaded microfluidic devices use bed-preserving agents to prevent uncontrolled drying and air inclusion, maintaining binding activity for reliable assays.

A container-mounted humidity control device delivers controlled gas through tubular outlets to aerate materials and maintain low relative humidity.

Transducers perturb a single impinging jet to stabilize oscillation, resolving non-uniform cooling without adding multiple openings or pumps.

Segmented deck zones vary airflow to prevent case hardening in synthetic rubbers while maintaining high drying rates without mechanical obstructions.