Drying Solid Materials With Heat TRIZ Cases

Preheating wet glass fiber roving with waste heat reduces binder migration and energy costs during subsequent microwave drying.

A pre-dryer uses two endless porous belts to heat and dry substrates before printing.

Non-metallic insulating liner prevents electrical charge accumulation in electrostatic spray dryers, maintaining reliability while improving drying efficiency.

Using heat engine exhaust to dry salt eliminates 40% energy loss from direct fired heating.

Partitioned heaters and a ducted air supply maintain warm air temperature, preventing dew formation on continuous sheets.

A license translation bridge converts conditional access protection into digital rights management formats.

Permeable walls enable crosswise air flow in a vertical dryer, resolving non-uniform drying and product degradation caused by high-temperature contact methods.

A drying chamber uses a rotating air valve and pressure-generating device to move moisture from portable electronics.

A combustion chamber isolates the burner flame from fine fracking sand, while a knock-out box baffle slows gas velocity to recover particles.

A pneumatic drying pipe uses high-speed clinker exhaust gas to suspend and rapidly dry solid waste material.

An asymmetric horn nozzle spreads heated air to reduce drying time while maintaining fuel efficiency in industrial chambers.

Segmented design with ventilated legs elevates the unit, enabling hands-free drying while preventing surface overheating through controlled airflow.

A substrate processing method controls ambient humidity during drying steps to prevent watermarks on wafers.

Multi-stage condensation recovers sensible and latent heat from flue gas to produce dry air for biomass fuel dehydration.

A back-blowing unblocking device uses high-pressure air nozzles to spray the dryer dustproof screen.

Segmented perforation density optimizes steam velocity to prevent sheet breakage while maintaining heating efficiency.

A rotatable receiving unit with a circular surface enables defined recrystallization of preliminary products.

Vacuum drying using travelling wave radiant energy controls temperature and pore size, avoiding expensive freeze drying.

A suction device screening element with optimized aperture cross-sectional area ratios enhances air flow velocity over plastic strands.

Segmenting the conveyor into separate belts isolates the inert chamber, reducing nitrogen consumption while preventing oxygen contamination during UV curing.

Combines infrared irradiation with hot-wind blowing to eliminate uneven moisture in semi-finished products.

Shunting buffer assemblies guide falling mineral powder pellets along dispersed curved trajectories to enhance hot air contact.

Oven circulation system passes air through VOC oxidation catalyst to convert emissions into heat, reducing heating load and energy consumption.

Asymmetric keyways and locators align the disposable plasma drying chamber, resolving complexity trade-offs in operator usability.

An aerosol delivery system deposits a thin, uniform layer of active agent onto skin surfaces for rapid pathogen inactivation.

A belt dryer recirculates heated air from the main chamber to the pre-drying section via a bypass channel.

Horizontal slide racks eliminate sample displacement during rapid drying, reducing processing time from hours to minutes while preventing contamination.

Optical detection system prevents process defects by monitoring organic compound supply via infrared absorbance without mechanical sampling.

A control unit regulates individual infrared radiator powers to synthesize a target radiation spectrum.

A UV LED curing apparatus uses a reflective inner casing to direct light while a detachable outer casing dissipates heat from the modules.

Integrating a UV drying unit into the process chamber eliminates separate equipment, preventing failures while maintaining throughput.

Heated air circulation dries brushes quickly, preventing bacterial growth from trapped moisture.

Thermal extraction separates fine solids from oil-based slurries by vaporizing liquids, reducing energy consumption compared to mechanical methods.

Stepwise solvent exchange displaces water from solid matrices, reducing thermal energy consumption by lowering required evaporation temperatures.

Transmissive tubes isolate lamps from vacuum environments to enable uniform substrate heating.

Adjustable electrode spacing in dielectric drying apparatuses ensures uniform field intensity across ceramic formed bodies.

A drying process optimization method uses prior wood product data to generate a value function for improving moisture content consistency.

Curved reflectors redirect radiant energy from drum ends to the center, resolving uneven heat distribution across the drying surface.

Flash lamps heat substrates during post-exposure bake, reducing acid diffusion length and improving pattern dimension accuracy.

Organic solvent vapor heating and rotation prevent pattern collapse during substrate drying.

Motor-fan suction through an air-pocket device removes moisture and volatiles, reducing drying time and complexity.

Controlling multiple coherent radio frequency feeds with adjustable phase and frequency resolves non-uniform heating caused by single magnetron sources.

A vacuum-pressure drying system uses a heated platen to evaporate moisture from electronic devices at low temperatures.

Meandering wave travelling channels enable rapid drying of lithium-ion battery separator films, replacing time-consuming vacuum ovens.

Mounting lens braces on the non-emissive lamp base eliminates shadow zones from flanges, ensuring uniform preform heating.

Multi-stage ultrasonic transducers atomize viscous liquids into uniform droplets, resolving low flow rate and inconsistent particle size contradictions.

Direct heating of the printing face dries inks without overheating the medium, preventing contact with the heating unit front side.

A digital signal processor generates a pseudorandom pulse sequence to update heater duty cycles at 120 Hz.

An inert gas atmosphere prevents explosive risks from charged particles, while the insulating liner ensures reliable electrical control.

A drying apparatus uses a movable reflector to adjust infrared radiation intensity.