Lavatory Sanitory TRIZ Cases

Reactive oxygen species generated by oxygen plasma and steam react with container caps to eliminate contaminants while avoiding thermal deformation.

A rotating nozzle assembly with a deflector shield directs laminar fluid flow across the entire toilet bowl interior while preventing spray above the rim.

A high-solid UV-curable coating composition uses low-viscosity acrylate oligomers to maintain workability without excessive organic solvents.

A sterilization monitoring system uses fluorescent and radio frequency indicators to verify object compliance before entry.

Rotating a single effuser replaces angled side sprays, reducing pedestal pan thickness and water waste.

Automatic extraction mechanism removes deeply positioned containers from hot sterilization environments without manual handling.

Segmented vaporizers with local feedback loops prevent pressure drops and condensation, ensuring uniform decontaminant doses throughout the enclosure.

A printer fixing unit switches to virus removal mode with elevated temperature and extended heating time.

A pulse vacuum device automates medical instrument cleaning using ultrasonic sterilization and purified air.

A handheld sprayer assembly integrates a selector valve, flow actuator, and dryer module for controlled water spray and air drying.

A decontamination system vaporizes agents using controlled air heating and humidity management for precise delivery.

A portable sterilization tank with integrated ozone sources and fans generates gas to disinfect personal protective equipment.

Ozone generation in a portable UVC box sanitizes packaging surfaces, eliminating manual wiping time while containing radiation exposure risks.

A mobile decontamination system applies benign chemical formulations and microwave irradiation to generate reactive oxidative species on treated surfaces.

A switching control unit adjusts the optical switch timing based on transmission loss and irradiation area to maintain equal integrated light amounts per path.

An oral irrigator directs radiant energy concurrently with a water stream to target bacterial surfaces inside the oral cavity.

Segmenting the permanent clamp from the consumable stone eliminates unstable hanging brackets and reduces material waste.

A wireless sanitizing device uses activated charcoal and a heating coil to remove moisture and odors from footwear.

A self-cleaning device for a non-electric shower toilet seat uses a pressure block to close a one-way valve during retraction.

Modular cleaning system applies feedback loops to verify surface purity, reducing hospital-acquired infections.

Non-ionizing radiation targets virus resonance frequencies to mechanically shatter capsids, eliminating disinfection gaps from manual wiping.

A sanitizing assembly uses integrated ultraviolet lights and grappling units to transport carts through a tunnel for microbial elimination.

Automated monitoring tracks compliance rates while a dedicated compartment uses UV-C radiation to disinfect handheld electronics.

Chemical indicator label changes color upon ethylene oxide exposure to confirm sterilization.

An infrared filter system heats absorbing media to degrade trapped contaminants.

A photosensitizer formulation generates microbicidal singlet oxygen upon light activation to disinfect personal protective equipment surfaces.

Automated UV-C LED disinfection eliminates manual cap handling errors, reducing bacterial contamination risks in intensive care settings.

A liquid delivery device uses a weir and capillary duct to regulate flow rates independent of mounting orientation.

A dynamic UV disinfection system adjusts emitter power based on real-time sensor measurements to optimize irradiance distribution.

A chemical feeding device uses a flexible tube and attachment member to deliver solution from a container to a toilet tank or bowl.

An integrated UV germicidal system with sensors and servers manages usage data to maintain surgical grade hygiene on shared devices.

A mobile device case integrates UV-C LEDs for surface sanitization and blue light LEDs for therapy.

A portable apparatus supplies heated air to neutralize pathogens in vehicle interiors.

A toilet spray device directs mist to wet the non-flush bowl region while tilted surfaces guide droplets downward.

A disinfection chamber combines cold plasma and nebulized droplets to circulate reactive species for thorough surface treatment.

A drone carrying a germicidal light source reaches confined areas inaccessible to ground carts.

A germicidal apparatus uses a movable shield and repositionable source to switch between interior containment and exterior dispersal modes.

Waveguides within the catheter wall transmit 222 nm UV light to inactivate pathogens on internal and external surfaces, resolving nosocomial infection risks.

Three-dimensional ultraviolet source matrices eliminate shadowing and intensity drops to ensure rapid, effective disinfection of all room surfaces.

A far-UVC disinfection device uses subject detection sensors to control light emission timing.

A medical washer door uses a spring and guide surfaces to transition from vertical lift to horizontal slide.

Random fan speed modulation generates turbulent airflow, eliminating static air patterns and spatial differentiation during space disinfection.

Curved electrode units and a turbulence unit in the PEF chamber prevent hot spots and standing still zones, ensuring uniform treatment efficiency.

A segmented suction line extracts air from the hollow space between a toilet bowl and cladding assembly to remove odors.

Interchangeable functional modules enable customizable decontamination processes, resolving rigidity and interoperability constraints in existing systems.

A quantum dot film integrates ultraviolet emitters to provide self-cleaning functionality on touch displays.

An automated sanitization system uses pumps and misting nozzles to distribute disinfectant solutions across large areas.

A bezel lamp directs UV light onto a titanium dioxide coated screen to activate photocatalytic cleaning.

A pulsed gas plasma apparatus generates non-thermal plasma using synchronized microwave and radiofrequency energy strikes.