Washing Machine With Receptacles TRIZ Cases

See how an intermediate condensate tank and periodic pump control wash the fluff filter only wh

See how a variable-output compressor with constant power control enables Quick, Eco, and Silent

See how a floating diffuser mount with spring-elastic elements compensates for tolerance variat

See how a segmented mounting box with bypass orifice and cooling air supplement port mixes ambi

See how an integrated adaptor piece delivers water jets directly into narrow condenser air duct

See how a heat pump dryer corrects residual drying time estimates using feedback from humidity

See how dynamic fan motor RPM adjustment detects airflow resistance in shared ducts and increas

See how a rotatable filter net and fixed nozzle achieve uniform cleaning coverage with fewer no

See how dynamic cooling fan operation monitors conveyance capacity to protect compressor and el

Tilted surfaces and a partitioned support drain condensate away from the blower, preventing water carryover and preserving drying efficiency.

A stationary tub and vibration-damped drum let heat pump components mount compactly on the cabinet without spin-induced instability.

Using laundry as a capacitor dielectric, this case shows more precise humidity sensing for real-time dryer control and lower power use.

A two-phase heat pump dryer lowers compressor output and raises fan speed later in the cycle to cut energy use without slowing drying.

Off-center stirring blades and a central protrusion improve water flow and cleaning while cutting washing machine power use.

A perforated basin and plunger extract blood from surgical sponges for cell salvage, reducing staff exposure and improving blood loss measurement.

A staged outdoor drying cycle raises heat and airflow after moisture drops, restoring waterproof breathability without over-drying.

Separate adapter components let one dryer bottom module fit different heat pump layouts, cutting module variants, assembly effort, and inventory.

Raised pump supports and a shaped pumping chamber base prevent suction sticking, improve condensate discharge, and reduce odor buildup.

A magnetic shield between the motor and metal casing blocks interference that slows the impeller drive in drying appliances.

A branch air passage moves the temperature sensor upstream of the condenser to avoid splashing, unstable airflow, and condensation errors.

Water jets routed through the condenser outlet clear lint from drying channels, preserving heat exchange and reducing filter maintenance.

Reversing dryer airflow when sensors detect filter clogging clears lint automatically, cutting drying time, energy use, and maintenance.

Temperature-triggered compressor, fan, and drum speed reduction cuts dryer noise and power use while maintaining drying efficiency.

Dynamic temperature threshold sets let the dryer adjust heater levels to cycle conditions, improving drying efficiency and reducing heater stress.

A direct sewer-connected discharge valve paired with heat exchange and recirculation cuts water, detergent, and energy use in washing cycles.

Coolant water from the dryer condenser is stored for later washing, cutting filter maintenance, water use, and heating energy.

Fan speed and water supply control keep more cooling water in the dryer air channel for better heat exchange, less waste, and lower noise.

Gradually increasing fan speed lifts water into turbulent zones, flushing lint and deposits from dryer condenser, fan, and heating passages.

A dual-valve water path flushes lint from the air-cooled condenser during fill, preserving drying efficiency even at low water pressure.

A tuned oscillatable mass on the rotary compressor cuts torsional vibration, lowering noise and protecting refrigerant lines from fatigue.

A series PTC resistor limits current to a heat pump flushing valve solenoid, preventing over-duty damage without complex safety circuits.

A fan mounted on the washer motor or drive shaft provides drying airflow without a separate blower motor, cutting power use and parts.

Retaining clips secure the washer-dryer air-duct heater during spin cycles, preventing resistor detachment, casing damage, and costly assembly issues.