Non-Pressured Vessels TRIZ Cases

See how a nested flask with a removable inner container enables hygienic multi-user consumption

See how an offset rotation axis and stacked inclined knife assembly improve frozen mixture pulv

See how segmented inner and outer chambers prevent beverage dilution during cooling, while sens

See how a horizontal Dewar flask with bottom-biased thermal transfer maintains detector cooling

See how thermal conductor elements redirect heat from mechanical fasteners to a storage tank, r

See how a powder-coat intermediate layer cured at 150-200°C enables UV-curable ink adhesion on

See how a removable glass insert and vacuum-insulated double wall prevent metal leaching and co

See how a working medium transitions between solid and fluid states to enable reversible heat t

See how vacuum insulation and layered shelves enable safe indirect-heat cooking with pre-heated

See how a vacuum insert within a lid sleeve extends vacuum insulation across the entire contain

See how segmented internal and external cylinders with modular connectors reduce cryostat manuf

Removable top and bottom caps open both ends of a vacuum insulated vessel, improving interior cleaning, polishing, and vacuum sealing.

See how a liquid nitrogen heat exchanger with intermediary heating and cryogenic pumping cools

See how laser welding seals vacuum container openings at ambient temperature, eliminating solde

See how an elastically deformable anode support attaches to the tank base from outside, stabili

A removable insert channels cryogen gas over cryostat neck surfaces during transport, cutting heat input, cryogen loss, and cooldown delay.

Alternating thick and thin outer-wall sections strengthen a vacuum insulating vessel without excess material, improving durability and insulation.

Circulating cooled helium gas around superconducting magnets cuts liquid helium use while maintaining cooling and reducing quench damage risk.

A hinged counter-form and hollow upper die bend sheet corrugations by sliding contact while preserving flat portions, profile, and thickness.

Multiple resin liners and release members maintain liquid-tightness in a cryogenic tank despite thermal contraction and liner cracking.

Pressure is reduced after precursor refill, then held steady to prevent incomplete vaporization and deliver consistent gas for substrate processing.

A nested cooling vessel, liquefaction unit, and storage container cut footprint and maintenance while enabling reliable liquefied gas dispensing.

A shared cooling container integrates liquefaction, storage, and dosing to cut footprint and maintenance while keeping liquefied fluid supply stable.