Deodrants TRIZ Cases

See how a Y-shaped air duct and segmented air nozzle assembly distribute heated air evenly acro

See how liquid CO₂ open-loop cooling and pressure-assist dewaxing reduce cost and safety risks

See how bacilli bacteria bonded to restroom surfaces digest nitrogen-containing compounds conti

See how a compact ozone container uses a separated generator compartment and ventilation assemb

Independent electrode segments on a cylindrical dielectric enable controlled NOx and ozone plasma generation for effective surface germ reduction.

Helical multi-arm emitter arrays boost ion output in a compact air ionizer while improving power efficiency and reducing dust buildup.

Helical and axial gas flow paths extend residence time, boost collisions, and improve arc ionization efficiency under high pressure.

Electrospun mask fibers use surfactants, metal ions, and polyelectrolytes to deactivate airborne pathogens while staying stable in humid breath.

Humidity-triggered dry fog and gas collection let peracetic acid decontaminate isolators while limiting corrosion, re-release, and cell damage.

A concentrated fragrance kit mixed with water cuts evaporator weight and VOCs while diffusion rods maintain capillary release.

Multiple bottle fixing sites and atomizing modules let one diffuser release several scents at once while simplifying compact housing assembly.

Acoustic energy clips drive speakers to kill mold and remove mycotoxins without toxic chemicals, even behind walls.

A copolymer aldehyde scavenger captures formaldehyde in resin compositions while improving moldability and reducing mold fouling.

Pre-assembling the atomizing shell, sheet, and elastic member outside the housing cuts positioning time and simplifies diffuser assembly.

A boxed compostable urine bag uses absorbent polymer and odor-masking oil to prevent spills, improve hygiene, and simplify disposal outdoors.

A flexible reservoir and ejector system creates mist-like essential oil spray without VOC propellants, reducing air pollution.

A standardized spray module lets one diffuser core fit many housing shapes, simplifying assembly and speeding commercial production.

Rotating microporous wheel discs filter incoming air while a nearby sterilizing module removes bacteria and viruses and reduces filter contamination.

Flexible reservoirs mix and eject substances through a flow port, replacing VOC-emitting aerosol propulsion with a reusable alternative.

Using ambient air instead of noble-gas cylinders, DBD plasma supports portable aerosol activation and air decontamination without thermal damage.

To address low filtration efficiency and UV leakage, a standalone unit combines HEPA filtration, bipolar ionization, and a separate UV chamber.

Oxidizer and biocide additives maintain absorption capacity by preventing biological fouling in recirculating scrubbers.

A water-based herbal extract solution chemically neutralizes odors through oxidation reactions.

An adaptive air filtration system dynamically adjusts airflow and high-voltage charging to capture ultrafine particles effectively.

An ink jet delivery system atomizes volatile perfume mixtures into the air using piezoelectric or thermal drivers.

Relocating magnetic components to the air passage prevents impurity blockages while maintaining water flow smoothness and reliability.

Modular housing with baffles and an air motivator directs airflow through a UV treatment chamber, resolving scalability limits in existing systems.

A mobile air sanitizer uses a nano-technology decoy to trap pathogens in a three-chamber system.

Using dicarboxylic acids at pH 5.0 to 8.0 removes odors while preserving scale inhibitor compatibility.

Forced airflow discharges heat from the illumination light source and photocatalyst, preventing overheating and maintaining air cleaning efficiency.

Corona electrodes precondition bioaerosols by charging and dehydrating them, reducing the burden on the main inactivation chamber.

Intermediary sealing structures in the atomizer prevent oil leakage during bottle mounting, extending core service life.

A sealed ozone disinfection device uses a suction pump and catalytic filter to actively remove residual gas after treatment.

A bulb and stem atomizer dispenses fragrance via an actuator, preventing contamination and potency loss during customer inspection.

Hydroxyl radical generation from catalyzed hydrogen peroxide oxidation removes odorous compounds while preventing scrubber packing fouling.

Cyclone geometry extends fluid residence time in non-thermal plasma to eliminate airborne pathogens and VOCs.

An illumination system couples visible light and ion generation sources to a UV emitter for air treatment.

A discharge device uses a protruding unit to guide gas flow toward the discharging electrode within a duct.

An aircraft lavatory ionizer couples an emitter to the air outlet to generate ions that neutralize airborne pathogens and odors.

A shield prevents harmful radiation from crossing the horizontal plane, ensuring safety for living beings while maintaining pathogen reduction effectiveness.

A volatile aldehyde mixture neutralizes odors through chemical reactions.

Essential oil blends with Hemisqualane and Squalane maintain consistent weight loss over 15 to 40 days while preventing wick clogging.

A portable sterilizer uses a conical nozzle and blower to generate ultra-fine chemical particles for wide-area disinfection.

Zinc oxide particles and zinc ionomer blend suppress methyl mercaptan while maintaining mechanical properties.

Composite gelling agents trap high perfume loads while maintaining mechanical resistance, transparency, and minimal exudation.