A pocket-size UV case uses nested lights and a rechargeable battery to sterilize retainers and aligners without bulky travel storage.
Combining UV-C with UV-A and sensor-based control enables airborne pathogen inactivation in occupied spaces while keeping exposure below safety limits.
A suction fan and HEPA filter pull malodorous toilet air through a portable support arm to capture odor-causing particles in private or public use.
Dual downstream temperature sensors and corrected comparison logic detect bidet water sensor faults before overheated discharge.
A plasma actuator drives ozone toward surfaces, where UV light forms active oxygen for sterilization beyond direct UV coverage.
A segmented PLC core and hardware-specific templates let one program control varied sterilization chambers while protecting configuration data during upgrades.
Separate chambers and check valves meter disinfectant cleaning solution through bidet nozzles, addressing hard-water deposits and inadequate sanitation.
Ambient-air plasma generates a denser reactive gas for immersion sterilization, reducing reliance on costly equipment and toxic chemicals.
Periodic UVC inactivation and UVA growth inhibition reduce coronavirus on surfaces while limiting harmful exposure to human eyes and skin.
Pressure-sensor feedback regulates reagent perfusion in an automated bioreactor, improving decellularization consistency while limiting contamination risks.