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.