Therapeutic Cooling TRIZ Cases

Planar polypropylene particulate prevents hydrophilic absorber clumping during freezing cycles, extending operational lifespan.

Disposable moistened non-woven fabric sheet prevents dripping and maintains hygiene during prolonged thermal therapy.

Segmented pockets in a flexible headband apply controlled cold to prevent eyebrow loss while ensuring comfortable wearability.

Segmented hydrogel layers on reusable thermal pads reduce waste and contamination during targeted temperature management.

A handheld assembly uses motor-driven fans and conditioning modules to generate controlled airflow for skin treatment.

Peltier devices switch between heating and cooling modes to expand therapy application range beyond mechanical vibration.

A therapeutic device merges heated and cooled packs via a fastener for simultaneous application.

Biasers on footrests and handrests resist limb movement while heating elements warm the abdomen and joints.

A therapeutic heating device applies continuous low-level heat alongside intermittent high-level bursts to stimulate thermal receptors.

An asymmetric cuff with flexible layers and connecting devices enables universal continuous or discontinuous heat transfer for human foot therapy.

A heat generator adhesive layer incorporates a volatile component stabilized by a metal foil membrane on the release sheet.

A thermal therapy system applies controlled temperature cycles to the Abreu Brain Thermal Tunnel to modulate biomolecule concentrations.

A thermal gel pack draws heat from hemorrhoids using high capacity materials.

Porous container walls block liquid water while allowing vapor flow, keeping air-activated chemical reactants dry and functional in wet environments.

Inflatable thermal blanket features a collapsible retainer mechanism at the air input port for flat storage and shipping.

A flexible heat exchanger delivers controlled temperature to the middle and inner ear structures through direct thermal conduction.

Replacing compressor systems with Peltier elements reduces mechanical complexity while maintaining reliable temperature control.

Dry gas delivery device induces evaporative cooling in the nasal cavity to reduce body temperature without invasive procedures or specialized personnel.

A contoured cup with a sealed thermal medium maintains direct contact with male genitalia for consistent temperature therapy.

Multilayered pads with non-adhesive conductive layers reduce skin irritation while maintaining thermal contact via suction or magnets.

A flexible heat transfer mechanism uses conduction to regulate temperature at a specific implantation site.

Diverting solenoids delay return path flow to prevent thermal shock in separate hot and cold water tanks during rapid cycle transitions.

Resilient clamping body jaws deform to fit nasal contours, distributing force evenly to prevent point necrosis while maintaining thermal contact.

An algorithm estimates target location temperature from accessible sensor readings, enabling precise cooling without invasive placement.

Segmented hand warmers resolve versatility complexity trade-offs by enabling dual-unit connection or independent portability.

Dual air flow streams evaporate body moisture while flexible channels maintain airflow during movement.

An asymmetric thermal conductivity layer in a flexible heat exchanger cap resolves manufacturing gaps and uneven cooling during medical treatments.

Segmented seals maintain a low profile while distributing warmed air, preventing patient hypothermia during anesthesia.

A scalp cooling cap injects turbulent air through a cylindrical duct and sprinkler system.

Dry gas delivery triggers airway fluid evaporation for rapid systemic cooling, bypassing invasive procedures and specialized training requirements.

Hook-and-loop panels secure phase-change heat transfer packs to a vest interior, resolving tissue damage risks from large temperature differences.

Cryotherapy device adapts treatment duration using skin temperature measurements to resolve variability in individual physiological responses.

Heated air transfers thermal energy to inactivate pathogens and cancer cells, eliminating pain and secondary burns from direct electrode contact.

A wearable thermoelectric device uses skin temperature sensors to detect early hot flash signs and initiate cooling.

Incorporating a phase change material buffers thermal energy, preventing burns from excessive initial heat while extending warmth duration.

Dual-sided heating pads maintain warmth while unrestricted airflow prevents oxygen starvation during battlefield deployment.

An adjustable headwear frame secures cooling pads over scalp arteries to restrict blood flow and induce hypothermic vasoconstriction.

A flexible thermoelectric helmet converts electrical energy into cold or heat using N and P-type semiconductors.

Thermal cycling of lacrimal gland regions stimulates natural tear secretion during sleep, addressing insufficient lubrication from daytime-only treatments.

Targeted foot heating activates homeostatic genes and cellular proliferation, addressing the lack of genetic analysis in existing point stimulation methods.

Hydrophilic polymeric crystals embedded in ultraviolet protective rash guard fabric provide evaporative cooling for pets during outdoor activities.

Thermoelectric modules and internal fans regulate surface temperature, replacing complex liquid systems to reduce body heat and enhance muscle endurance.

Integrating a filter sheet into the disposable thermal pad eliminates manual maintenance while continuously removing bacteria from the circulating fluid.

A beeswax mass stabilizes tissue temperature by accumulating body heat, preventing cell damage from overheating and eliminating frequent replacements.

A sprayable cooling composition uses a refrigerant that freezes on tissue to prevent damage from rapid cooling.

A wearable thermal eye pod assembly integrates heating and cooling elements with insulation to maintain precise temperature on the eye patch.

Segmented chambers reduce energy consumption and downtime by enabling rapid thermal cycling between sequential client sessions.

A portable thermal control unit uses a segmented dual heat exchanger design to circulate and condition fluid for rapid temperature adjustment.

Thermoelectric coolers drive a paraffin medium that hardens upon cooling to stabilize the joint while delivering rapid thermal therapy.