Heat TRIZ Cases

See how a rotating framework and integrated UV, heat, vapor, and air circulation enable uniform

A steam-permeable insert fills the glove interior so steam reaches fingertips, boosting sterilization capacity while cutting handling time.

A pitched floor, filtered drain, vacuum drying, and transfer cart help mobile sterilization cabinets avoid water retention and stay maneuverable.

Humidified compressed gas and hydrogen peroxide vapor create turbulent batch-oven sterilization that protects N95 masks and instruments.

High-pressure steam jets generated from microwave-heated water sterilize masks and garments without burning, singeing, or wetting the fabric.

Curcuminoid-modified monomers bind the absorber into contact lenses, while antioxidant buffer solution helps preserve UV and blue-light absorption during sterilization.

Hydroponic growth trays are washed, dried to a target moisture level, and dielectric-heated to reduce Pythium transmission.

A plate-defined gap and targeted nozzles use a Venturi effect to speed steam circulation and limit condensate in autoclaves.

Vacuum-based concentration of hydrogen peroxide vapor separates water interference, enabling effective sterilization of heat-sensitive medical instruments.

Dual plenum air handling system directs heated airflow over upper and lower heating elements for uniform thermal distribution.

An unheated blower directs airflow into a heated tub to merge steam generation and drying, reducing device complexity and safety risks.

A passive vent valve assembly transforms between packaging and use configurations to enable thorough sterilization of all internal surfaces.

Segmented primary and secondary filters verify sterilization integrity without exposing the cabinet interior to contamination risks.

A fractional vacuum sterilization method inserts a packing body into the chamber to constrain packaging expansion during evacuation.

Pulsed steam sterilization prevents white patches on glass containers by limiting chemical interaction while maintaining sterility.

A steam sterilizer recovers heat from exhaust fluids using an indirect feedwater preheater to reduce energy consumption.

A sealed recirculating air handling system prevents environmental microbial contamination during high velocity hot air sterilization cycles.

Integrating heating and sterilization into one station prevents agent escape while reducing device complexity.

Segmented handheld washer-disinfector automates reprocessing via RFID tracking, resolving portability versus cleaning effectiveness trade-offs.

Capacitive radio-frequency heating directly warms conductive liquids inside containers for rapid, uniform sterilization.

Segmented working station modules on a rotary table reduce heat penetration resistance and shorten cycle times compared to large-volume batch chambers.

A steam sterilizer uses a detachable water tank and separated air paths to prevent splashing and reduce drying time.

A vaporized hydrogen peroxide decontamination method using steam to inactivate microorganisms at moderate temperatures.