Drying Gas Arrangements TRIZ Cases

See how a compact drying storage uses desiccant regeneration cycles and equilibrium moisture co

See how a washer-dryer uses heat pump condenser waste heat to generate steam, eliminating a sep

See how a portable drying system uses holder frames with airflow channels, a blower fan, and op

See how a washer-dryer generates steam by spraying water onto the heat pump condenser, eliminat

See how independent temperature and dew point control loops stabilize vapor pressure to optimiz

See how a shoe care apparatus uses bypass circulation passages and dynamic valve control to pre

See how gas turbine exhaust preheats recirculated dryer air to reduce energy consumption while

See how a dual circulation passage with damper control routes air through evaporator and conden

See how a wall-mounted body dryer uses a moving bar with segmented air outlets to dry the entir

See how opposing horizontal steam flow in segmented sections fixes dyes on folded printed fabri

See how a tilting support stand with locking mechanism reduces physical effort when placing hea

See how lateral air holes at different heights dry the entire foot without elevated bridge stru

See how detection sensors and dampers direct heated air only to occupied chambers, reducing ene

See how a portable dryer uses a high static pressure fan and flexible loop to rapidly dry golf

See how a wall-mounted drying apparatus uses a moving bar with segmented air outlets to target

See how a moving-bar drying apparatus uses segmented air outlets and a compact duct to cover th

See how a moving bar with slanted nozzle slots and segmented air flow removes moisture from har

See how a stationary cabinet with condensation drying and plasma generation replaces drum rotat

See how embedded sensors and feedback control automate floor-layer drying, reducing energy use

See how independent PID loops for dry bulb temperature and dew point maintain constant vapor pr

See how a moving bar and divided duct system deliver targeted air flow to hard-to-reach body ar

See how vertically movable conveyors resolve the contradiction between high product accumulatio

See how a front-insert drying chamber with lateral air outlets and rear drainage prevents water

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

See how waste cooling air from data centers is redirected to drying rooms and pressurized reser

Refrigerant-temperature-based heater cycling shortens drying time in hybrid heat pump dryers while preventing compressor overload.

See how angled air knives and cyclone separators capture water and aerosols from high-velocity

See how a vertically bent pipeline structure uses hot-cold air temperature difference to conden

See how a spring-actuated lifting mechanism raises wet shower curtains away from tub walls to c

See how primary and secondary airflow modules with movable outlets direct air from different po

See how a heat reflux drying machine uses inlet/outlet air temperature difference to condense w

See how a single-tower grain cooling system uses a controlled transition zone and intermittent

See how a low-surface-energy coating on heat pump heat sinks prevents fluff adhesion, simplifie

See how alternating drum rotation direction and speed separates dust and mites from bedclothes

See how a moveable cover element combined with a nozzle fluid stream reduces air exchange betwe

See how a guided air curtain separates treatment zones without locks, reducing installation spa

See how attaching a humidity sensor to fabric enables real-time moisture monitoring, stopping t

See how a fan-driven hanger with hollow supports and apertures forces air through shoulder pads

See how a non-rotatable adapter pipe with manifold and seal prevents electrical wire entangleme

See how damper-controlled airflow switches between heat pump and natural convection modes based

Controlled inert-gas flow, pressure, and temperature dry slurry while preserving oxygen-sensitive nanomaterial properties.

See how a diverter valve and spray nozzles redirect condensate to automatically clean the lint

See how a regeneration heat exchanger in a closed-loop dryer pathway transfers exhaust heat to

See how a modular dryer with independent heating, drying, and cooling chambers reuses exhaust a

A thermoelectric stage at the drum outlet reuses condensation energy while keeping the dryer air path simple and pressure drop low.

A split recirculation duct with a cleanable lint filter, rinsing, and scraping cuts fire risk, condensate buildup, and dryer energy loss.

Variable compressor output and fan speed create quick, eco, and quiet drying modes that balance drying time, energy use, and noise.

An elastic latch keeps the dryer duct closed when the filter is removed, then opens automatically for filter insertion and cleaning.

A reciprocating brush and compressor clear and compact lint on a dryer duct filter, preventing clogging and reducing contaminated exhaust air.

A downward-angled air knife enables shallow surface mounting while maintaining effective front-to-back hand drying without wall recessing.

A horizontally removable lint filter placed between the drum and fan captures foreign matter, protects airflow components, and simplifies cleaning.

A rotating brush clears lint from the dryer filter automatically, preserving airflow while reducing manual cleaning and fire risk.

A sensing unit placed inside the guiding duct covers the air outlet, improving hand detection and triggering airflow without hand repositioning.

A water curtain from injection nozzles separates lint before it reaches the dryer heat exchanger, preserving airflow and heat exchange efficiency.

Dryness sensing adjusts wool-course drying time to meet wool mark targets while limiting shrinkage, deformation, and excess heating.

A springy loop band holds garment openings open for airflow, fits varied sizes, and supports scent or fan accessories for portable drying.

Variable expansion valve paths and solenoid switching let a heat pump dryer balance faster drying with lower energy use.

A jet nozzle between the dryer drum and heat exchanger separates lint from airflow, preventing buildup and preserving dehumidifying efficiency.

Temperature-based cooling fan cycling lets the compressor warm up faster in a heat pump dryer, cutting drying time and energy use.

A tool-removable panel protects hand dryer switching units from unauthorized changes while preserving administrator access for settings and power connections.

Load size and air flow inputs let the dryer adjust target moisture values, improving dryness control across small and large loads.

Folding filter sections shed adhered lint automatically, preserving dryer airflow and reducing manual cleaning effort and fire risk.

Periodic drum reversal and reduced blower airflow retain steam longer in the dryer, improving fabric de-wrinkling with one motor.

A removable tray diverts process air and traps lint before the heat exchanger, preventing duct buildup and preserving drying efficiency.

A rear evaporator and over-drum condenser shorten the process air path, improving condensation efficiency and reducing heat loss.

A vapor-permeable, liquid-blocking desiccant pack controls container humidity while preventing water release that can damage cargo.

Perforated collapsible rack sections form airflow channels around delicate or bulky laundry, speeding dryer-assisted drying and storing compactly.

Infrared sensing and microprocessor feedback adjust heat and airflow to dry hair faster while limiting overheating damage.

Pulsed, wavelength-filtered light removes residual organic matter from substrates while limiting warpage and breakage during processing.

Infrared sensing and stored hair profiles let the dryer adapt heat and airflow in real time to reduce overheating and preserve hair health.

Infrared sensing and profile-based control adjust heat and airflow in real time to speed drying while limiting hair damage.

Opposed purge gas discharge prevents reverse flow and particle contamination, keeping the substrate and processing space clean.

Infrared bulb heating and PWM control cut power demand in a battery blow dryer while maintaining practical heat output and battery life.

Infrared sensing and stored hair profiles let the dryer adjust heat and airflow in real time to speed drying while reducing heat damage.

An infrared bulb and resistive wire heating layout uses PWM and time-delay control to deliver blow-dryer heat within battery power limits.

Sensors, gas recirculation, and fresh dry gas keep semiconductor containers and stockers at low humidity to limit contamination and protect yield.

A movable nozzle with independent position and pressure control cleans and dries vehicle sensor surfaces without wipers, reducing drag and complexity.

An embedded conductor tracks friction member deformation in a substrate clamp, helping prevent wear and damage during supercritical drying.

Autonomous power and environmental monitoring helps drying equipment avoid manual errors, detect shutdowns, and reduce energy waste.

Alternating pressure-raising and lowering steps keep supercritical fluid flow uniform, preventing stagnation and substrate pattern collapse.

Real-time infrared sensing adjusts heat and airflow to match hair moisture and temperature, reducing damage while speeding drying.

Recovered hot air from the exit stabilization chamber is recirculated to maintain furnace overpressure, improving temperature uniformity and cutting heat loss.

A curved hollow tube redirects gas flow for perpendicular strip impingement, improving heat uniformity while reducing pressure losses.

Aligned cleaning chambers, steps, and rear control panels create a service passage that improves pump and drive maintenance in laterally arranged units.

Humidity- and temperature-based exhaust recirculation cuts drying energy use while limiting solvent hazard and preventing product condensation.

A movable guide splits the air outlet into sub-channels to tune air speed without changing total airflow, improving drying efficiency.

Hot gas directed against electrode travel with upstream exhaust improves slurry drying uniformity and limits binder migration and edge overdrying.

A distribution plate and auxiliary flow guide spread hot air evenly across moving electrode plates to prevent biased airflow and uneven drying.

A foldable flat drying surface uses airflow channels and distributed outlets to dry multiple garments more evenly while saving travel space.

A diatomaceous earth platform and controlled heated airflow dry wet feet faster while improving uniformity and burn safety.