Galleys TRIZ Cases

See how a galley cooling system redirects condenser heat to warm cabin air, reducing heating energy in low-load zones.

See how integrating heat exchangers into aircraft galley worktops and base structures reduces i

See how a liquid heat exchanger positioned between air heat exchangers with thermoelectric modu

See how a bipod-based upper attachment system with adjustable rails and triangulated structure

See how fault-current detection prevents overheating in aircraft galley heat exchangers when ad

See how an ejector pump uses secondary airflow to increase condenser exhaust velocity, reducing

Separate PWM control of series heaters raises fluid-flow heating in tight ducts while keeping each heater within its load limit.

Distributed dry ice pucks and metering orifices in an insulated cart door reduce tray-to-tray temperature gradients without fans.

A movable vent outlet lets one aircraft galley chiller cool both air-through and air-over carts, avoiding separate cart-specific systems.

Floating connectors and receiver shelves stabilize aircraft galley inserts, enabling closer placement, lower weight, and tool-free swap-out.

Detachable interlocks pull inner larder cases toward the opening, improving access and stability in deep, partially filled aircraft compartments.

Integrated latch levers enable one-handed cart door release and slam re-latching while reducing galley depth, weight, and cold bridges.

Distributed liquid-air heat exchange gives each galley cart its own cooling zone while shrinking ducts, fan size, and galley depth.

Adjustable L-shaped vanes balance aircraft galley chiller airflow, redirecting duct flow with less backpressure than fixed orifice plates.

Rearranged supply and return airflow through the galley cart cuts galley footprint while maintaining effective aircraft cart cooling.

Waste heat from galley appliances and air chillers preheats aircraft potable water while cooling exhaust air to cut onboard power demand.

A vertically oriented liquid-cooled aircraft chiller removes rear ducting to save galley space, cut weight, and simplify maintenance.

Ceiling-routed supply and return airflow with an internal cart barrier cuts galley depth while maintaining cooling and freeing cabin space.

A sealed aircraft cooling compartment combines air-through and air-over flow to cool trolleys efficiently while preventing condensation and drainage needs.

A movable partition joins two aircraft toilet compartments into one wheelchair-accessible space without adding installation area.