Drying Solid Materials With Heat TRIZ Cases

See how a heat pump-integrated vacuum dryer recovers latent heat, preheats raw materials, and u

See how a two-phase drying method uses heated air followed by vacuum to remove all moisture fro

See how a tunable evaporative system with CPU-controlled fans, heaters, and vents adapts to dyn

See how RF anodes embedded in drum lifters replace mechanical heating to achieve uniform drying

See how an induction coil and heating plate replace resistance heaters in dryers, enabling line

See how spray-based chemical application and moveable heating zones integrate continuous pre-tr

See how ultrasonic atomization and decompression-driven evaporative cooling enable rapid frozen

See how inclined guide fins and Coanda effect airflow suppress wrinkles in uncoated electrode r

See how vertical drying ducts and elevated fan placement prevent water splashing, reduce wind n

See how a heating wall structure with controllable elements accelerates brush roller drying and

See how separate dehumidifying materials in connection and regeneration paths prevent indoor hu

See how independent cabinet dehumidification and separate air paths prevent steam mixing and en

See how separate heating and cooling chambers with steam injection and pressure-driven vapor tr

See how a shoe care device uses a separate regeneration exhaust path to prevent moisture and od

See how mixing extraction exhaust air with dryer fresh air reduces heating energy by 2-5% while

See how a shoe care device uses dual-path air circulation and condensation to regenerate dehumi

See how a towel rack uses forced air circulation through vents to evenly warm and dry towels, o

See how in-phase microwave heating with controlled current density achieves uniform graphitizat

See how a fluidized adsorbent bed uses tub heat transfer and cyclic regeneration to improve dis

See how stackable energy modules with tenter width control reduce fabric web shrinkage during h

See how a dual-chamber dryer uses steam evaporation and condensation to create pressure differe

See how standardized inlet and outlet units enable safe series connection of multiple shoe care

See how segmented air circulation paths separate dehumidification from regeneration, exhausting

See how embedding RF anodes in drum lifters with segmented electrodes and intermediary shieldin

See how a shoe care device uses segmented air circulation paths to prevent humid air from regen

See how bidirectional hot-air flows through cup-shaped receptacles replace oil frying to reduce

See how conveyor-belt washing and drying replaces rotating drums with stationary spray zones to

See how a UV-permeable drum and ultraviolet light assembly replace thermal drying to cut energy

See how a vacuum pump and turbo compressor enable flash evaporation at ambient temperature, red

See how hydrophilic evaporative and wicking layers enable passive moisture removal from waste b

See how a recirculating air path with moisture absorbent blocks dehumidifies shoes without disc

See how a closed-loop air circulation structure with regenerable desiccant blocks prevents odor

See how a closed-loop air circulation path regenerates dehumidifying material to prevent moistu

See how a reflector with airflow holes cools the UV light source while recovering its heat for

See how pivoting projections self-actuate a valve element to direct pressurized air for portabl

See how dual independent chambers with separate air circulation paths enable different steam, d

See how a thermoelectric drying apparatus uses ambient sensors and controlled airflow to replac

See how segmented heating zones enable 60-80°C cabinet decontamination while 30-50°C hangers sa

See how infrared radiation at 153 kW/m² replaces air dryers to achieve rapid immobilization wit

See how a movable baffle element and guided separating fluid curtain reduce solvent contaminati

See how infrared heating shrinks synthetic filter fabric at 100-160°C, eliminating hot water an

See how a UV-permeable laundry drum and ultraviolet light assembly replace thermal heating to r

See how a perforated vane in a 90-degree bent blowing passage reduces inertia-driven flow bias,

See how infrared radiation drying at controlled power density immobilizes coatings on porous gl

See how front-rear chamber partitioning with shared circulator and porous material enables inde

See how a partitioned cabinet uses a single circulator with flow path conversion to manage humi

See how a rotatable drum with anode and cathode baffles uses controlled RF fields to dry laundr

Non-contact thermal sensing detects laundry fluffing state so dryers can stop at the right point, cutting energy use and avoiding over-drying.

A low-temperature combustion catalyst combines fabric drying and steaming in one continuous step to reduce energy use and temperature deviation.

Brush position sensing automates dryer filter cleaning, preserving airflow and reducing failure risk from missed manual lint removal.

A sealed drum uses vacuum, heat-pump heating, and hot steam to speed low-temperature clothes drying while cutting energy use and fabric damage.

Offset radiant heaters and multi-axis adjustment generate repeatable smoke while preventing heat-source contact, fires, and test inconsistency.

A cyclone separator stores lint in a removable case, keeping dryer airflow stable while reducing filter cleaning and fire risk.

Temperature and humidity sensing stops commercial dryer cycles at true dryness, cutting overdrying, energy waste, and textile wear.

Low-frequency RF dielectric drying evaporates water in a conductive drum more efficiently while avoiding metal-object overheating and vent losses.

Laminar airflow and end-face suction bodies create uniform web heating, reduce wrinkling and vibration, and cut energy use.

A pivoting filter housing and auger automatically remove dryer lint after each cycle, maintaining airflow and reducing manual cleaning.

Acoustic transducers stabilize an impinging coolant jet to reduce oscillation, align vortices, and deliver more uniform microelectronic cooling.

Opposed air chambers and grouped outlets dry both hand surfaces at once while gravity and evaporation improve water removal and maintenance.

Counts voltage threshold crossings from an electrode sensor to stop drying at user-set moisture levels despite unstable readings.

Dry ambient air is pumped through sprinkler piping to remove residual water, limiting MIC, oxidative corrosion, scaling, and blockage.

A flexible carbon-fiber heater and cation material dry boots evenly while improving odor removal, bacterial sterilization, and portability.

Resealable lower access slots let papermaking steam distributor chambers be cleaned without removing fragile screen plates or increasing leakage.

An auxiliary duct heater boosts heat pump dryer startup, cutting drying time while sensor feedback prevents unsafe compressor pressure and temperature.

Narrow slot openings create even, high-pressure air jets that blow more water off hands per pass for faster drying.

Sensor-based heater and pump timing keeps laundry steam supply stable, limits excess water, and prevents heater faults with error alerts.

A single cabinet partition routes downward airflow to an auxiliary laundry space, simplifying assembly while preserving interior volume.

Varying steam heater timing by laundry load helps dryers remove wrinkles and odors while limiting extra cycle time and energy use.

Steam temperature and supply time are adjusted by laundry load to meet sanitizing conditions while limiting fabric damage and energy waste.

A shared washer-dryer water hose feeds a steam generator to remove creases during drying without separate ironing or extra plumbing.

A scooped dryer vane with tall twisted ends breaks harmonic tumbling and wipes delicates off the exhaust grill to maintain airflow.

A movable substrate and separate heating and cooling positions enable rapid thermal cycling while preserving high vacuum and reducing contamination.

Separate steam and condensate paths freshen clothes, cut power use with heat-pump drying, and keep condensed water out of the clothes space.

Reduced airflow from a reversible blower keeps steam in the rotating drum longer, improving fabric dewrinkling and refresh with one motor.

A parallel air exit and tortuous heating channel shrink hand dryer size while improving airflow, heating speed, and drying efficiency.

Thermostat ON/OFF timing reveals dryer air-passage clogging despite control deviations, helping cut drying time, power use, and lint contamination.

A controller cuts heater current when lint-driven switching spikes, extending heater and thermostat life while reducing energy use and drying time.

A bypass duct with a solenoid damper limits evaporator and condenser pressure in a heat pump dryer without longer drying time or added cost.

Pump-fed condensate cleaning stabilizes flow to dryer components while the elevated supply line prevents unintended draining and overflow.

UV-C, airflow, and spray work together to dry kendo gloves, remove salt and bacteria, and prevent leather stiffening and tearing.