Gaseous Substances TRIZ Cases

Segmented sticks connect via a tubular gripping device to reduce container height and transport costs.

A dispenser uses a closing lid to compress an absorbent emanation surface against a wicking member for controlled liquid transfer.

A microfluidic cartridge uses a spring-loaded mechanism to align electrical contacts with the housing in a single sliding motion.

A porous substrate regulates liquid transport via controlled capillary pathways to maintain a steady evaporation rate.

Segmenting the dispenser into a reusable housing and replaceable cartridge reduces plastic waste while maintaining manufacturing simplicity.

Segmenting the external barrier layer along a partition line isolates the evaporation area from the liquid level, maintaining a constant rate.

A movable plug housing an electrical resistance adjusts distance to a volatile substance element, eliminating complex regulatory components.

NFC-enabled cartridges transmit scent data to a cloud server, enabling real-time aroma collaboration across locations.

Natural volatile compounds evaporate into headspace to inhibit microbial growth while providing a pleasant fragrance.

Buffer tank stores ozone gas to enhance diffusibility without increasing sterilizer size.

Guide grooves and locating blocks secure aroma bottles for quick replacement, while a heater volatilizes liquid through capillary pores.

Separate carriers segment volatile components to prevent olfactory shifts caused by differential evaporation rates.

A vibrating mesh nebulizer atomizes a water-based fragrance composition into fine droplets for efficient airborne delivery.

Segmented elastic extensions form a funnel housing that prevents accidental spillage of aggressive liquids and stops wick removal.

An ultrasonic atomization sheet paired with a guide cotton eliminates leakage and noise by replacing complex compression pumps with capillary-driven vibration.

Segmented wicks in a volatile substance diffuser prevent dripping and enable component reuse while maintaining reliable contact.

A compact liquid diffuser uses a wick to transport composition directly to a heating coil for vaporization.

A heat-resistant fibrous wafer uses capillary action to transport scented material for controlled evaporation.

Hashing audio fingerprints reduces storage and computation while enabling real-time scent synchronization without extra channels.

Segmented air chambers in this diffusion device prevent concentration hotspots by maintaining uniform airflow distribution.

A substrate with high surface area evaporates hypochlorous acid into ambient air using a fan for transport.

A discharge device positions a second electrode between the discharging unit and induction electrode to prevent reactive species accumulation on the insulator.

A centrifugal fan assembly draws air axially downward and blows it radially over a permeable substrate to enhance compound evaporation.

A vehicle interior deodorizing device releases chlorine dioxide gas through a bubbler mechanism to saturate the cabin space.

A quick release buckle integrates a vapor-permeable container for diffusing insecticides or air-fresheners.

A wall socket aromatic diffuser uses an air bearing seat to guide airflow across a volatile carrier for continuous fragrance emission.

Combines lighting illumination, aromatherapy diffusion, and dynamic visual effects to overcome the limited functionality of conventional electronic candles.

A modular chlorine dioxide decontamination system uses a permeable activation cup to separate the fumigant from water and by-products.

Adjustable assembly moves a cartridge holder between maximum, intermediate, and off positions to control fragrance release intensity.

A porous dispensing screen uses a convoluted path to control volatile material flow via capillary action and gravity.

A magnetic fragrance diffuser attaches to smartphones with wireless charging elements, utilizing accommodation grooves and slots for secure assembly.

Dynamic duty cycle control prevents user habituation by periodically spiking emission intensity while maintaining automated operation.

Concentric separating discs in an elliptical aroma diffuser separate aerosol particles, preventing heavy fragrance condensation and outlet clogging.

A magnetic fragrance diffuser cartridge disperses scent circumferentially via airflow through a suspended top plate.

Segmented housing apertures increase membrane exposure to drive convective air flow, achieving 70% to 90% weight loss over 30 days.

A fragrance dispenser light guide directs illumination to the outer cover perimeter.

A leakage-proof mechanism seals oil flow when tilted while a silencing cavity dampens pump noise for larger coverage areas.

A solid fragrance composition uses porous particles and a gel matrix to absorb fragrant materials for high load rates.

A plastic wire box isolates electrical connections from a brittle ceramic shroud to prevent electric shock risks.

Segmented air intake orifices eliminate pressure interference between bottles, preventing clogging and ensuring consistent drip.

Segmented flock fibers on a carrier reduce contact area to prevent residue and tearing during sanitary product application.

A fragrance capsule holds substrate elements in a single layer between two grilles to enable uniform air circulation.

Exothermic iron oxidation generates odorless heat within an insulated housing, eliminating battery safety risks while sustaining molecule dispersion.

Hollow porous members wick liquid from a reservoir to prevent oversaturation and leakage in scent dispensers.

Integrated agent-releasing mechanism uses Bernoulli dispersion to merge scent delivery with air purification, reducing device count and room clutter.

Alternating high-speed and low-speed airflow breaks surface tension to remove residual oil, preventing passivation layer formation that blocks atomization.

Multiple fragrance chambers and a sliding cover emit scents to attenuate postoperative delirium.

Chemical exothermic reactions in a self-heating bag produce hot vapor that actively diffuses aroma, eliminating smog from combustion.

EVA air scenting device uses a one-way self-locking head to secure the elongated member around stationary components.