Water-Bath Cooking Vessels TRIZ Cases

See how bulkhead-separated thermal zones with heat-sink-coupled TRIAC enable compact sous vide

See how pivoting folding handles resolve balancing and removal difficulty in food prep applianc

See how a sleeve apparatus enables lasagna noodles to cook in smaller pots without sticking or

See how a shared steam generator with valve-controlled distribution reduces cost and latency in

See how a sous-vide circulator distinguishes self-heating from user-induced temperature changes

See how elastic-driven height adjustment and interchangeable plates enable frying, baking, and

See how malleable containment shells and cooking oil immersion eliminate vacuum bags and merge

See how a bulkhead, heat sink, and skirt structure isolate heated components and dissipate TRIA

See how a unified cooking and refrigeration chamber with programmable temperature control preve

See how inclined shelf arms hold noodles individually during cooking to prevent sticking and br

See how a bracket system suspends a cheesecake pan in a water bath, preventing spillage during

See how pivoting folding handles with flexible gripping surfaces solve balancing and removal ch

See how free passages through the base wall evacuate trapped air and steam, enabling correct po

See how a sous-vide circulator integrates touchscreen control, thermostat feedback, and dual-fa

See how a common steam generator with valve-controlled distribution replaces individual heaters

See how a motion sensor activates the circulator display only when needed, reducing physical we

See how a removable stainless steel skirt and impeller-based water pump enable easy cleaning an

See how a segmented sous-vide circulator uses a detachable skirt and tool-free pump access to s

See how combining vacuum packaging and water heating units into a single sous-vide cooker reduc

See how a collapsible attachment adapts a heated stand mixer for sous-vide cooking, using radia

See how a detachable stainless steel skirt and hydraulic pump agitation improve home sous-vide

See how a curved tank bottom with radius ≥1.5R reflects combustion flames back onto the contain

Event logs, a backup battery, and temperature sensing let the cooker compare bath conditions with safety limits after power loss.

See how a level sensor measures food volume to determine cooking duration, while temperature fe

See how energy consumption monitoring in a temperature-controlled water bath determines food te

See how a dual-chamber container with circulating heat transfer liquid achieves ±1°C sous vide

See how oil immersion cooking with aluminum foil wrapping replaces costly vacuum-sealed sous vi

See how a kitchen sink is converted into a multi-zone sous vide system using wireless sensors a

See how a two-part holder with open communication allows liquid-based microwave egg cooking wit

See how a battery-powered, fully submergible sous vide device uses turbidity and moisture senso

See how a thermal container with segmented fluid circulation merges storage and cooking volumes

See how optical sensors replace touch-pad controls in immersion circulators to enable wet-hand

Magnetic coupling rotates a stirring plate to circulate water in a sous vide vessel, preventing cold spots and improving temperature uniformity.

Two-way mobile control, temperature sensing, and diagnostics keep long sous-vide cooking stable, reduce food loss, and avoid wasted energy.

An inwardly inclined alcohol tank and conical base confine and direct flame for repeatable, homogeneous tabletop food cooking.

Built-in vacuum sealing and programmable temperature-time profiles help a sous vide egg cooker handle multiple items with more even results.

Gradual liquid replenishment keeps eggs surrounded during microwave cooking while relieving cavity pressure and simplifying holder design.

Energy use in a temperature-controlled water bath reveals when vacuum-sealed food reaches target temperature without probes or time estimates.