Drying Solid Materials With Heat TRIZ Cases

A reduced diameter exhaust cylinder maintains lower air velocities within rotating dryer shells to improve airflow uniformity.

An annular-gap nozzle sprays a planar pancake to move particles radially outward through aerodynamic forces.

Rotating scraping assembly flattens coal samples on sieve trays for uniform drying.

Closed drying air circuit recirculates expanded compressed air until dew point thresholds are reached, minimizing energy consumption for plastic granule drying.

A controller drives a piezoelectric pump to draw outside air through the handle component after measurement.

Loose material in a hopper diffuses process fluid to eliminate preferential flow channels and reduce thermal gradients.

Nested trays in a compact housing enable even drying without mechanical fans, reducing storage size and power consumption.

Dynamic dancer rollers prevent curling by disengaging from heated dryer rollers when printing stops.

A timber drying method divides the process into two subprocesses with inverse temperature gradients to transfer enthalpy between zones.

Flash light irradiation selectively heats resist films through ultraviolet absorption to enable precise dummy gate stripping.

A drying method applies cyclic microwave heating and decompression to remove moisture from objects.

Filtering recycled high temperature gas removes colored resin particles during drying, preventing coloration while maintaining energy efficiency.

A multi-stage separation process recovers hydrocarbons and water from oil base mud contaminated drill cuttings waste.

Inclined vanes lift herbaceous material to increase residence time, preventing uneven drying.

A multiplexed heating plate uses time-multiplexed activation to spread current pulses across independently controllable heater zones.

A heat exchanger element uses a vertical riser pipe to route fluid from the inlet to the upper distributor.

A dryer hopper directs heated air counter-currently along the interior wall to promote uniform drying across the horizontal cross-section.

A drying plant uses oil heated by boiler flue gas to dry biomass, while a partial stream transfers waste heat to building water systems.

An electric heater mixing plenum reheats process air using resistance heating to replace combustion burners in industrial drying systems.

A rotary drum sheet handling apparatus reduces power consumption by using a meandering air flow passage to lower friction between the drum and shutter member.

Rotating scrapers clean heating surfaces during organic material processing, preventing adhesion and burning.

Hinged locking member secures UV lamp in housing, eliminating tool requirements and reducing maintenance time.

Phase change materials absorb and release latent heat during drying to reduce prolonged processing times and improve energy efficiency.

Optimized suction and blowing device trajectories minimize parallel components to reduce duct length, lowering mechanical energy consumption.

A ceiling fan drying system uses integrated airflow and heating to remove moisture from bathroom surfaces.

High-pressure preheating heat exchangers use high-velocity flow to reduce fouling and bacterial contamination in spray dryer systems.

A parallel heat pump and heat exchanger configuration recovers thermal energy from exhaust streams to preheat process air.

Rotating the target object in a vacuum chamber creates convection that eliminates uneven drying spots while preventing image distortion.

Frusto-conical end cap integrates acoustic foam to absorb vibrations, reducing noise output from internal motor components without increasing device complexity.

Variable frequency microwave heating with dual emissivity-sensitive sensors reduces thermal stress and warpage during rapid semiconductor processing.

Supercritical fluid drying removes a protection liquid film while subsequent particle elimination steps suppress residue on the substrate surface.

Series DC/DC converters lower electrical potential to minimize arcing risk between lamps and grounded assemblies in low pressure thermal processing chambers.

An air feeding passage and exhaust fan equalize pressure between chambers, while an air curtain prevents leakage through the power transmission hole.

Segmenting a single coolant stream into multiple flows prevents hotspots on the window, maintaining safe surface temperatures in flammable atmospheres.

Distinct upstream and downstream heating roller configurations prevent excessive temperature rise in non-sheet areas while extending halogen lamp lifespan.

Ascending convective air flow dries foodstuffs uniformly, preserving organoleptic qualities while reducing energy consumption.

Heating unit burns exhaust gases to dry mineral aggregates, reducing pollutant emissions by fifty percent while eliminating separate afterburning equipment.

Vacuum separation and induction furnace treat cuttings, preventing shearing degradation and fluid loss during remediation.

A vent tube connects an absorptive filler to the exterior of a sealed glass unit, enabling passive moisture cycling through thermal expansion.

Condensing heating medium in the jacket space transfers latent heat to coaxial drying tubes, reducing structural complexity and energy consumption.