Lighting And Heating Apparatus TRIZ Cases

A freezable-gel cooler keeps a beverage container cold while an aligned lid opening allows direct drinking without removing the container.

A nested sliding basket assembly lets refrigerator door storage open from either side, improving food access without opening both doors.

A separate upper-wall lock secures the ice bucket while removing penetrating lever parts that complicate the bucket and leak cool air.

A rotating sealing wall and movable calibrating element prevent leakage while keeping the pipe circumference flush for easier installation.

A multilayer low-E exterior glass coating retains interior heat to prevent condensation while resisting scratching, color change, and active heating.

A sliding water tank and movable supply platform bring the inlet outside the cabinet, enabling easy refilling without opening the freezer door.

Flexible stacks route heated rack exhaust to ceiling openings, limiting hot-air mixing and improving data center cooling efficiency.

Mechanical vibration removes dissolved-gas bubbles from tray water, helping the ice-making structure produce clearer, more transparent ice.

A spiral tube tank in the refrigerator door increases cold water capacity while localized heating and insulation keep temperature uniform with lower power use.

A self-regulating PTC heater layer warms an aircraft floor panel while limiting overheating, hot spots, delamination, and short-circuit risk.

Adjustable partitions and airflow flaps create separate refrigerator zones with different temperatures for more flexible storage.

Adjustable adapters compensate for non-parallel inner side walls, enabling secure pull-out rail installation without metal backing parts.

A semipermeable membrane vent and dual-channel insert separate radiator flow and return while reducing turbulence and enabling automatic degassing.

An inclined machine-compartment wall cuts foam use, improves packaging fit, and guides cooling airflow around the compressor.

A tapered reservoir slows cold-fluid propagation, stabilizing body-region temperature without relying on continuous electricity.

A low-silhouette ridge enclosure channels roof airflow before stagnation, boosting wind capture while reducing noise, bird risk, and vibration.

A hinged swing seal adapts to uneven pallet stack heights in freezer racks, maintaining intake sealing without manual adjustment.

A motor-driven twisting tray releases ice without a heating element, cutting energy use while sustaining high refrigerator ice output.

A door-mounted multi-speed blender and water dispenser frees countertop space by nesting the motor, shaft, and blades inside the refrigerator.

A window-frame adapter plate integrates a decentralized wall ventilator with motorized flaps to cut ductwork, save space, and retain thermal protection.

A flexible rear seal on the crisper cover adapts to irregular drawer gaps to stop leakage, reduce sweating, and preserve food humidity.

A door-mounted linkage rotates the center pillar outside the compartment, freeing drawer travel while preserving storage space and sealing.

A touch-screen refrigerator interface tracks stored food, shows recipes, and supports bidirectional control without separate management tools.

Curved reflectors and controlled UV-LED placement spread ultraviolet light evenly inside the refrigerator to remove bacteria with lower energy use.

A removable support with inflatable ridges drains meltwater below food, keeping items dry and close to the coldest ice at modest cost.

Optical and ultrasonic sensing in a refrigerator dispenser detects container shape and fill level to stop ice or water before overflow.

Ice particles act as nucleation seeds for sprayed water, producing higher-quality snow at temperatures just above or below freezing.

A slotted disk and threaded pin let installers adjust radiator height on the wall while maintaining load-bearing support and slip-resistant fixing.

Interchangeable upper and lower rail parts fit different radiators, cutting inventory, handling complexity, and installation time.

Blade arcs and thickness taper narrow the passage gradually, cutting air-speed change, turbulence, and motor power loss.

A guided foldable shelf section reconfigures refrigerator storage without extra clearance, improving inner volume use around stored items.

A motor-driven push rod and curved gear create a wider door gap, making refrigerator doors easier to open by elbow or foot.

A pivot member uses the vibrating plate's own weight and a stop structure to keep wick contact stable after refilling, preserving atomization.

Varying groove depth and width compensates for an inclined refrigerator ice tray, keeping water fill uniform and temperature sensing accurate.

Flow-generated electrical charge reveals stagnant drinking water in pipes, reducing unnecessary flushing and avoiding external power.

Integrated handles, dividers, ice space, and a drain plug let users carry multiple cans from the refrigerator while keeping them cold.

Opposing magnets and a latch push a slightly open refrigerator door into a detectable ajar state, preventing false closed readings and energy loss.

Temperature-based closed-loop supply flow limiting improves hydraulic balancing in heat transfer circuits while reducing pump energy and valve complexity.

Temperature-triggered unloader valves route hot compressed air to thaw intercoolers and aftercoolers, preventing icing and brake airflow blockage.

By separating the impeller and heater from distributed outlets, this layout entrains more room air, improves blending, and keeps the housing compact.

Assembly openings in valve connection channels let sealing elements be replaced without disconnecting conduits or removing the valve element.

A slatted shield redirects moist air before it reaches the evaporator, collecting condensation upstream to limit frost buildup and preserve airflow.

A spaced rotor frame and shaft-integrated structure cut fan vibration and noise while maintaining balance at high refrigerator airflow.

Torque and speed feedback replace dedicated airflow meters to keep fan air volume stable across changing static pressure at lower cost.

Pressure-releasing antiseptic surfaces are paired with hot water recirculation and insulated storage to cut fixture lag, water waste, and contamination.

Continuous gypsum casting embeds heating elements in a mesh layout to cut production effort, reduce thermal stress, and simplify panel termination.

Aerodynamic louvers and flexible seals cut outside air leakage, prevent flip-over jamming, and reduce fan power in building ventilation.

Receives emergency and building event data to prioritize on-screen and audio directions, helping occupants navigate safely indoors.

A flexible gas meter connector with a partial rigid support transmits axial force without buckling, enabling reliable nipple connection in tight spaces.