Drying Solid Materials With Heat TRIZ Cases

See how a movable electrode unit dynamically adjusts position to form uniform high-frequency el

See how ion generators, photocatalytic oxidation, and dual-channel filtration eliminate bacteri

See how incremental delay time insertion between burner cycles lowers peak drum temperature to

Pressurizing a sample flow concentrates water vapor for more precise dew point sensing in low-humidity dehumidification processes.

See how a perforated RF applicator with integrated air flow and electromagnetic shielding enabl

See how a single-phase permanent magnet brushless motor eliminates brush wear and carbon powder

See how a hybrid dryer combines RF dielectric heating with conventional air drying to remove mo

See how a perforated sheet metal element and honeycomb bundle achieve uniform air distribution

See how controlled low-temperature dehumidification dries biocomposite fibers evenly below 50°C

Detachable shell segments simplify textile thermal-treatment drum changes, reducing labor and downtime while preserving a uniform patterning surface.

See how welded U-shaped profiles with distributed holes achieve high open surface area and unif

See how a UV-permeable drum and ultraviolet light assembly replace thermal heating to reduce la

See how automated brush cleaning, position sensing, and segmented airflow monitoring distinguis

See how a dedicated fresh air fan supplies combustion air to the burner, enabling higher recirc

See how a steam generator with divergent-convergent injection removes wrinkles from dried cloth

See how timed filter cleaning with water spray after fan shutdown prevents water film formation

See how a segmented condensing duct selectively discharges humid air while recycling condensed

See how a heated storage assembly integrates a heating module, slotted shelves, and blower to w

See how a gas distribution system with perforated belts creates fluidization zones without mech

See how offset heating elements prevent smoke contact with heat sources, enabling consistent sm

See how a thermoelectric refrigerator redirects waste heat from the heat dissipater to a drying

See how a vent fan and cabinet air circuit remove waste heat from closed loop dryers, preventin

See how a downstream fan creates positive pressure to automatically clear lint from the filter,

See how a filter cover coupling structure prevents dryer operation without proper filter assemb

See how pneumatic gas distribution through a perforated conveyor belt creates adjustable fluidi

See how periodic hot air interruption during drum rotation lifts clothes from the drum wall, en

See how a gas bypass arrangement enables independent zone temperature control in fluidised bed

See how a light intensity sensor and integrated controller automate umbrella opening to protect

See how capacitively coupled RF anode-cathode elements generate deterministic electromagnetic f

See how a dual-wall drum with vacuum-driven flash evaporation reclaims water at ambient tempera

See how angled floor and wall infrared heating surfaces with controlled air flow target corner

See how a moveable infrared drying zone travels with fabric during printing to prevent scorchin

See how a laundry appliance structural panel uses segmented heat-resistant and standard materia

See how a sink-integrated air spout with infrared sensor and below-counter fan enables hands-fr

See how a glove dryer combines UV-C disinfection, air apertures, and spray application to remov

See how horizontal bean circulation using heated air reduces roasting noise and energy consumpt

See how capacitively coupled RF electrodes in an interdigitated pattern create controlled diele

Interdigital RF electrodes create a controlled field that dries laundry by dielectric heating while avoiding arcing and thermal runaway.

Fixed radial anodes and a rotating conductive drum use low RF capacitive coupling to improve heating uniformity and reduce parasitic capacitance.

Temperature and thermostat timing reveal dryer exhaust duct blockage early, helping prevent poor drying, excess power use, and fire risk.

Targeted heated airflow dries wet floors faster without raising heat and airflow across the whole building or reducing occupant comfort.

By reversing fan direction during high-speed drum rotation, this case keeps delicate laundry against the drum and reduces tumbling damage.

RF dielectric heating dries water in clothes directly while ambient airflow removes vapor, cutting vent energy loss without heating the air.

An oscillation electric field dries laundry by dielectric heating, cutting power use and drying time while avoiding fabric damage from hot air.

Interdigitated RF anode-cathode electrodes dry laundry by dielectric heating while preventing random hot spots, thermal runaway, and arcing.

Front and rear heat-exchanger sections around the evaporator improve dryer dehumidification, shorten drying time, and stabilize cycle pressure.

Rotating drum sensors send moisture data by NFC, enabling accurate drying profiles and drum reversal when wet patches are detected.

RF heating targets water in laundry while impedance feedback and an adjustable enclosure cut vent energy loss and speed drying.

Diagonal upper and lower hot air supply with a low exhaust port heats vehicle body interiors and exteriors more uniformly in a shorter furnace.

A purified process gas circuit with condenser, activated carbon filter, and cyclone cuts rPET drying impurities, emissions, and energy use.

By varying the mix of recirculated inside air and outside air, this drying case cuts warm-up and cool-down delays in printing.

A hot gas cyclone removes ash and soot before reheating dryer vapors, protecting heat exchangers and improving continuous wood chip drying.

Electric heaters replace fossil fuel burners in a ceramic spray drier to maintain high drying temperatures while cutting CO2 emissions and energy use.

A disposable spray drying chamber atomizes and evaporates plasma into sterile powder for quick rehydration in remote or emergency care.

Combining infrared heating, hot air, and height-tension control improves reel-to-reel drying uniformity while preventing contamination.

Aligned upper and lower manifolds even out hot-air flow across ceramic tiles, improving moisture uniformity and easing cleaning.

A movable turning roller adjusts wrap angle by electrode plate solid content to reduce belt breakage and improve battery drying efficiency.

Spray drying, crushing, and calcining produce roofing granules that raise solar reflectance while maintaining toughness and a low dust index.

Non-uniform reflector coatings and UV modifiers spread lamp intensity across the wafer to prevent hot spots, film shrinkage, and yield loss.

Dielectric-controlled droplet formation encapsulates microorganisms during electrostatic spray drying, preserving viability while enabling rapid drying.

Counterflow air and sealed kiln ends enable continuous cathode drying with less emission leakage, dust adhesion, and agglomeration.

High-frequency induction heating dries graphite boats more uniformly by generating eddy-current heat across the whole boat, not just local zones.

Sensor feedback adjusts radiation, temperature, airflow, and pressure to dry small coated parts quickly without overheating or uneven finish.

Gradual two-stage preheating dries BPA-free tin coatings while limiting condensate and particulate buildup that drives cleaning and safety issues.

Angled containment baffles split airflow paths through grain columns to improve drying uniformity, capacity, and fuel efficiency.

Continuous microwave vacuum drying uses an integrated container to speed vaccine lyophilization while reducing handling, cost, and contamination risk.

A closed-loop drying chamber uses desiccant, airflow control, and humidity sensing to dry moisture-exposed electronics while charging.

Closed-loop demineralized water treatment removes hydrogen peroxide residues and dissolved solids to keep sterile air exchangers clean.

Recovered air from lower drying sections is reheated for the upper section, cutting fuel use while improving drying uniformity and grain handling.

A UV LED roller with a permeable coating cures varnish evenly on complex surfaces while limiting oxygen inhibition and edge defects.

Shaped nozzles create helical and axial airflow in a steam sterilizer chamber to cut baby feeding equipment drying time by up to 50%.

A nested shielding container blocks microwave leakage while venting gas into the vacuum chamber to improve decompression and water vapor handling.

Heated pressurized air is generated inside a gun-shaped housing to speed drying of vehicle water-based paint without external power.

Residual hydrogen peroxide is removed before continuous crystallization, enabling high-purity magnesium sulfate recovery from sulfuric acid waste.

Intense rotary mixing creates a vapor cloud that speeds evaporation, improves heat transfer, and cuts energy use in continuous separation.

Solar hot-air conveyor drying cuts sargassum moisture to 14% or less on-site, preventing decomposition and easing transport.

A staged UV curing sequence uses ambient air, inert gas, then ambient air to harden printed ink and reduce low molecular weight migration.

Liquid spray cleaning and applicator retraction remove particle buildup on fibrous web air distribution plates, reducing shutdowns and clogging.

A segmented loading-drying-unloading layout enables reproducible microwave vacuum drying while limiting particles and supporting chamber sterilization.

A sealed disposable spray drying head uses vortex atomization, drying jets, and filtration to produce aseptic plasma powder for rapid rehydration.

A horizontal line combining radiative preheating, powder application, and convective curing boosts coating speed while preserving adhesion and uniformity.

A permeable-wall screw reactor uses vacuum drying and gentle conveyance to remove solvent quickly while limiting agglomeration, abrasion, and particle damage.

A heated belt contains filler on wood panel edges and cures it in minutes, reducing leakage, tape use, and manual repair steps.

Microwave irradiation removes crystal water from iron phosphate hydrate with lower heat loss and less magnetic contamination, yielding purer anhydrous material.

Segmented gas chambers beneath a porous distributor plate keep fluidized beds stable across level changes while lowering pressure loss and clogging risk.

Movable grid gaps flip wet filter cake, improve airflow and evaporation area, and cut heat loss during high-moisture drying.

Through-open conveyor and suction chamber layout maintain high inert gas content, low turbulence, and uniform surface treatment.

Sequential cleaning of segmented dryer heat exchangers removes contaminants while other units keep recovering heat, reducing downtime and maintenance.

Onboard de-husking and threshing in a combine harvester cuts seed corn processing time while preserving kernel integrity and germination viability.

A movable airflow section balances intake and exhaust in a drying furnace to prevent overheating or under-drying across factory conditions.

Microwave, infrared, heated air, and vacuum work together to dry biomass evenly while preventing condensation buildup and manual removal.

Freezing microalgae droplets, then sublimating them under vacuum, cuts drying energy while preserving viability and nutritional value.

A movable intake section adjusts inflow and exhaust volume to limit temperature swings and keep drying conditions consistent.

Infrared heaters at guide rollers and between rollers improve heating uniformity and moisture removal in a conveyed heat treatment process.

A sealed lid and integrated air treatment chamber contain odors while drying organic matter into a stable product with lower methane emissions.

Transparent roofing, heated pavement, and ventilation speed biomass drying while lowering moisture and drying energy demand.

Waste heat from humidified air is reused to preheat resin pellets and regeneration air, cutting dehumidification drying energy loss.

Temperature-based end-point control keeps residual moisture consistent in fluidized batch drying despite drying gas humidity changes, without in-line sensors.