Drying Gas Arrangements TRIZ Cases

See how dynamic conveyor belt speed adjustment reduces pre-heating time and energy waste in tex

See how front-positioned discharge apertures and downward air-knife direction reduce dryer dept

See how a condenser with superconductive materials and multilayer structure uses phase transiti

See how rotating metallic pipes in a magnetic field generate heat through eddy currents to dry

See how a nested pipeline structure uses inlet-outlet air temperature difference to condense wa

See how an integrated booth with internal cooling elements dehumidifies recirculated air to pre

See how humidity slope analysis during initial drying identifies cotton, wool, or synthetic fib

See how a variable-speed drying air fan with user-selectable programs resolves the noise-versus

See how a condensate water separating unit between evaporator and condenser prevents water scat

Forced-air ventilation draws air through an enclosed rack to dry wet sports equipment and clothing at remote locations.

See how a moveable dryer wand with angled apertures emits an air curtain to direct water away f

Humidity- and time-based control switches between drum and room air drying while adapting flow resistance and limiting evaporator icing.

See how forward-angled air-knife discharge enables surface-mounted hand dryers under 150 mm dep

See how a wireless humidity sensor and receiver retrofit prevents over-drying in existing dryer

See how a detachable heat pump switches between drying mode when mounted and dehumidification m

See how a hydraulic lint filter cleaning system uses condensate rinsing and moist collection to

Steam injection helps prevent or remove laundry wrinkles, while water-container detection switches the generator or pump for safe operation.

See how a rotating brush frame automatically cleans dryer filter lint during operation, maintai

See how a condensation dryer recycles collected water to wash the heat exchanger, eliminating e

See how a pivoting wiper integrated into the filter assembly enables tool-free lint removal, re

Separate central and side vents stabilize airflow curtains around the furnace opening, limiting hot-gas leakage and outside-air entry.

See how a bathroom heating and drying apparatus uses arrival-time detection to preheat and vent

See how a ducting frame with ventilated racks and controlled air circulation dries bulky firefi

See how alternating drum rotation directions separate dust from bedclothes mechanically before

See how a folded plastic film heat exchanger with dual air channels enables low-cost condensati

See how a diverter valve routes condensate to spray nozzles that automatically clean a lint fil

See how a metal filter plate with sub-1.5mm concave holes and spiral arrangement prevents debri

See how magnetic position sensing detects filter mounting and foreign matter buildup, triggerin

See how an inclined filter with integrated nozzles uses gravity-driven liquid cleaning to remov

Alternating air channels in a plastic-film exchanger condense moisture at lower temperatures, reducing energy use and drying time.

See how communication means in hand driers transmit usage and fault data to remote facilities,

See how a furnace-mounted glove dryer uses detachable stackable nozzles to dry articles with wa

See how sensor-based dryer monitoring detects dryness through temperature and humidity patterns

A circulating-fluid heat pump path condenses moisture and separates lint to reduce energy use and drying time.

See how a thermoelectric device with liquid/air heat exchange recovers condensation energy in d

See how overlapping hot-air chambers blast air along the conveying direction to recover nonwove

See how a condensation dryer reuses collected water to wash lint from the heat exchanger, reduc

See how a jet injection nozzle between the hot air unit and heat exchanger separates lint from

See how a cage-and-rod air vent attachment uses vehicle HVAC airflow to dry moisture-soaked glo

See how a Peltier module with liquid/air heat exchanger reuses condensation heat in a unidirect

See how a separating unit between evaporator and condenser blocks condensate water scattering w

See how a grid interposed between evaporator and condenser guides process air flow to reduce tu

See how a flexible wand and rerouting component redirect wall-mounted hand dryer air to users a

See how a removable tray positioned between the exhaust duct and heat exchanger collects fluff

A conductor-coated float closes an electrode contact to detect condensate level and automatically start pump discharge with less sensing complexity.

Negative-pressure airflow dries hands without paper tissues, cutting lavatory weight, maintenance, and hygiene risks in aircraft cabins.

Injection pressure feedback lets a plastic drying plant adjust dew point and flow rate in real time to prevent downtime and reject parts.

A segmented pail uses a dedicated absorbent compartment to isolate moisture, reduce bacterial spread, and contain odors around cleaning tools.

Sensors and electronic airflow control stabilize pressure and humidity in pasta drying during load, shape, and recipe changes.

A heated gas nozzle with controlled flow shape speeds water-based ink evaporation near the printhead without bulky dryers or volatile solvents.

Spaced inner-tank walls and separate air supply paths block heat and odor transfer between dryer chambers for independent food processing.

A reduced dehumidifier gas flow cuts heat-exchanger size while the heat pump recovers latent heat for compact, efficient drying.

A sidewall barrier between adjacent inner tanks reduces heat transfer and tainted odor, enabling more independent drying in one dryer.

Warm airflow and brush-holding notches dry stored makeup tools faster, reducing moisture-driven bacterial growth and air-dry wait time.

Additional upper discharge nozzles and heated nozzle surfaces help purge chamber gas smoothly and prevent film defects during heat treatment.

Vibrating brush heads replace ultrasonic baths to clean ophthalmic lenses quickly while protecting soft materials and optical quality.

Angled and segmented warm-air nozzles dry inkjet sheets efficiently while limiting air speed that can lift sheets off the conveyor belt.

Automated transfer, liquid immersion testing, spray cleaning, and air drying streamline batch electrode plate screening while preserving sensor state.

Continuous reactive extrusion enables large-scale urea-formaldehyde fertilizer production with tunable nutrient release and multi-nutrient granulation.

Residual process fluid is discharged through a pressure-reducing line to keep contaminants out of the drying housing and cut substrate defects.

A movable guide splits the air-outlet channel to tune drying air speed without changing total air volume, improving drying efficiency.

See how modular insulation-layer drying units simplify transport and single-person installation while conserving construction-site space.

Partitioned chambers direct air jets by nozzle size, removing retained moisture from component holders for accurate inspection.

An oscillating heat pipe precools and preheats air around wood, while a dehumidifier recovers thermal energy for reuse.

Hot, damp drying exhaust is cooled and dehumidified, then circulated to cool feed and help achieve zero discharge.

A drying duct increases airflow after heating stops, cooling the medium and helping prevent thermal damage in printing apparatuses.

Partitioned air jets remove moisture from component holder nozzles.

This case uses IoT sensors, modular data handling, and automatic controls to monitor and remotely operate low-temperature grain dryers.

A conveying chamber uses diagonal, perpendicular gas flow and circulating air to improve drying uniformity and limit turbulence.

A loop-type flash dryer adds a linear gas jet at the discharge region to maintain treatment capacity while reducing heat exposure.

A fluidized bed dryer periodically lowers the bed to remove agglomerates, preserving heat transfer and reducing cleaning cycles.

Segmented air guides balance primary drying and auxiliary heat-dissipation airflow.

This case uses partial steam distillation before conventional drying to separate VOCs, reach target moisture, and limit energy use.

A passive heat exchanger uses furnace atmosphere to preheat process gas, improving reaction completeness and limiting thermal stress.

Vertical overlapping blower arrangement reduces placement space in web drying apparatus while maintaining gas injection function.

Elastic U-shaped hairdryer holder with a rotating stand resolves the contradiction between reliable attachment and mobility through dynamic suction and nesting.

A heated air ejection structure uses a common second manifold to fluidly connect opposite ends of air ejection chambers, ensuring uniform pressure distribution across all sleeves.

Independent fan speed adjustment maintains constant airflow through a printer drying assembly, resolving uneven ink curing caused by temperature variations.

A wood conditioning system circulates air between chambers while spraying warmer water against the airflow to transfer heat.

Symmetric storage electrodes on the lower substrate align liquid crystals rapidly, widening the viewing angle while maintaining high operating speed.

Integrating flow pipes within shelf supports distributes supply air to heat structural elements and prevent moisture condensation.

A system calculates enthalpy evaporation values from ambient and dew point energy metrics to predict drying times accurately.

A sorption drying unit uses inorganic oxoacids to dry substances via controlled heat exchange.

A dryer tool vaporizes lubricant from ring-shaped bearings using heat and rotation before installation.

A pre-drying agitation device uses a bypass conduit to regulate internal air circulation and maintain consistent humidity levels.

Replacing pneumatic heating with contact plates reduces inert gas usage and prevents overheating during continuous solid-state polymer processing.

A control method measures and regulates gas pressure in a protective gas chamber lock to maintain optimal differential pressure between the seal and furnace chambers.

An additional heat source raises clean gas temperature to enable full load operation of thermal post-combustion systems.

A drying device uses a movable housing opening to switch air supply states and adjust the heated state of the medium.

Aligned horizontal ovens enable single-stage drawing of polyolefin fibers, eliminating intermediate cooling sections and boosting throughput.

Internal cavity drying reduces moisture removal time and energy consumption compared to external-only methods.

Compact electric dryer uses forced air circulation through a specialized insert to dry bladders quickly, preventing mold growth while maintaining portability.

A pressure limiting module adjusts air outlet cross-section via a floater and connecting rod to stabilize gas flow flux.

Pyrolysis breaks down high-boiler exhaust compounds, allowing combined thermal after-treatment and eliminating separate condensation-prone systems.

A drying chamber uses fans and sensors to create laminar air flow via negative pressure for consistent material curing.

Hollow shaft rollers and conical housing enable automated cleaning cycles that prevent cross-contamination and reduce production downtime.