Drying Using Combination Processes TRIZ Cases

See how a laundry apparatus integrates a refrigerating-cycle air supply unit to dehumidify room

See how a closed-loop sorption dryer with PTC heating, integrated blower housing, and acoustic

See how a heat-pump dryer adjusts refrigerant flow and airflow dynamically by monitoring drain

See how dynamic compressor frequency adjustment using temperature feedback optimizes drying eff

See how infrared moisture transducers and feedback-controlled hot air supply maintain refined c

See how ultrasonic transducers disrupt the boundary layer with acoustically energized air to in

See how interface-specific working routines enable safe remote dryer operation by triggering co

See how a telescoping shaft with flexible neck and rotating absorbent material reduces containe

See how segmented manifolds and reconfigurable hoses enable a compact dryer to handle multiple

See how a dual-exhaust compressor with switchable series-parallel chambers increases refrigeran

See how a linear compressor uses gas bearing and refrigerant filtration to reduce friction and

See how a rotating roller with airflow exposure controls additive delivery amount by adjusting

See how a condenser duct with integrated water storage reuses condensation water to improve hea

Multiple spray angles clean a laundry lint filter even at low wash-water pressure, improving condensation efficiency and reducing maintenance.

Adsorbent oil removal in the refrigerant loop cuts friction in a compact linear compressor, preserving refrigerator cooling performance.

Ultrasonic transducers direct acoustically energized air to break the boundary layer, speeding drying, cooling, and freezing with better uniformity.

A bypass conduit mixes saturated and hot air in a closed-cycle dryer to cut condensation energy use and improve airflow.

By sealing the room and cycling heat, humidity sensing, and air exchange, this case cuts drying energy use while preventing re-moisturization.

By varying inverter compressor power and speed with load and ambient conditions, the dryer heat pump delivers heated air faster at startup.

A removable water tank and timed steam and additive dosing help dryers remove wrinkles, odors, and static without external plumbing.

Cooling air is routed under the countertop before door ajar drying, preventing condensate damage while preserving dishwasher drying performance.

A reversible sorption column dries recirculated dishwasher air to cut heating energy while avoiding moist-air damage to nearby furniture.

By shrinking condenser area at startup and expanding it at steady state, this heat pump dryer cuts transient time and improves drying efficiency.

Staged liquid injection after drum cooling improves fragrance deposition on clothes while reducing liquid use during drying.

Stored refrigerant is released at the next cycle start to raise heat pump dryer capacity faster and shorten the slow start-up period.

Downward heated airflow and overhead vapor exhaust dry shower walls and curtains quickly while limiting bathroom humidity, mold, and residue.

Alternating air and water heaters shortens dishwasher heating time while limiting peak power and preventing overheating of heaters and sorption parts.

Filtered heated airflow dries surgical prep solution faster while reducing contamination and towel contact on sensitive skin.

Heating-element voltage and wattage are used to update dryer cycle time, improving drying accuracy when supply voltage varies.

A pre-tumble step before scent spraying helps a laundry dryer deposit fragrance more evenly while reducing waste and module wear.

Pressure-based clogging detection reverses drying-duct airflow to clear lint automatically, cutting drying time, power use, and failure risk.

Sensor-based valve control meters cleaning fluid to the dryer lint screen, preventing overflow while maintaining effective lint removal.

Produced water is flash-cooled under reduced pressure to prevent downstream flashing, cut cooler fouling, and avoid reheating losses.

Steam targets water-soluble soils while radicals remove fat-soluble contaminants, letting a fabric dryer clean and dry laundry in one cycle.

A steam swirler and timed drum-speed changes relax creases during drying, reducing ironing while deodorizing and sterilizing garments.

Load-size detection adjusts treating chemistry dilution in a clothes dryer to limit interior residue, fabric spotting, and excess energy use.

UV-C light, airflow, and spray treatment dry leather gloves while removing salt and bacteria that cause stiffening, odor, and tearing.

Automatic lint removal from the dryer filter is triggered by drying conditions to maintain efficiency and reduce manual cleaning.

Mist volume is matched to clothing weight and dried at fiber rearrangement temperature to remove wrinkles without excess moisture.

A purge cycle moves residual dryer chemistry to a mixing chamber for dilution and evaporation, preventing cross-contamination without draining.

Lowering evaporator pressure lets a heat pump use low-temperature natural heat for evaporation and distillation with much lower energy demand.

A staged hot-air and moisture cycle uses steam to cut wrinkles and static in dried clothes without rewetting the load.

Steam, cooling, and heated-air cycles sanitize laundry more effectively while improving wrinkle removal, deodorization, and drying efficiency.

Target relative humidity, steam injection, and cooling improve laundry drying and sanitization while limiting heat damage and deformity.

Differentiated front and back slit nozzles reshape opposing jet collisions to cut noise while keeping strong palm and back-of-hand drying.

A single rotary knob navigates laundry appliance modes and time settings, simplifying menu control without extra buttons.

After rain, a mapped robotic dryer uses thermal imaging to find remaining wet spots, target sponge rolling and fan drying, and recharge automatically.

An elastomeric hollow body stores high perfume loads and withstands hot, moist dryer or dishwasher cycles without crumbling.

Compressed overhead vapor heats stripping zones across a folded distillation column, cutting energy use, column height, and exchanger cost.

Infrared temperature readings and delay time let a dryer estimate laundry load size and adjust drum speed, heat, and airflow.

Steam from the built-in generator cleans and sterilizes the heat pump heat exchanger, reducing contamination, bacteria, and maintenance.

Alternating drum direction and speed uses laundry to wipe drum and bulkhead surfaces, removing residual chemistry and preserving dryer reliability.

Airflow, heating, and drum rotation remove residual treating chemistry in dispensing dryers to prevent redeposition and protect later cycles.

A drawer-based water supply module feeds steam generation in a compact laundry machine, easing refills while helping remove wrinkles during drying.

Steam, preheating, hot air, and intermittent drum rotation remove wrinkles during drying, reducing the need for separate ironing.

A vertical tubular reactor uses reflected solar heat and gravity separation to enable continuous desalination with less scaling and simpler operation.

Forced air in an expandable chamber dries and presses garments quickly while keeping the dryer compact for storage and travel.

Heating, voltage control, and vibration clear droplets and viscous residue from view surfaces without bulky wipers or motors.

Different heating plate temperatures drive moisture out of pressed veneer while preserving fiber elasticity, thickness recovery, and flatness.

Sequential vacuum and inert-gas drying removes residual water and solvents while preserving mesh strength, pore size, and weight for artificial skin.