Liquid Cooling TRIZ Cases
- Engine cooling system with two thermostats, including a closed loop in a Rankine cycle
See how two thermostats regulate coolant temperature before and after the evaporator to improve
- Supplement thermal management system cooling using thermoelectric cooling
See how a thermoelectric cooling apparatus accelerates supplemental cooling system recharge whe
- Cooling module for vehicle
See how merging high- and low-temperature radiators with a segmented condenser reduces compress
- Refrigeration cycle device
See how a dual-mode exterior heat exchanger enables simultaneous vehicle air cooling and engine
- Portable Waste Heat Recovery System Using Independent Electric Pumps
See how independent electric pumps enable waste heat recovery from engine coolant even when the
- Thermoacoustic Cooling System Using Exhaust Heat for Engine Efficiency
See how a thermoacoustic system converts exhaust heat into acoustic waves that drive cooling, e
- Process valve manifold and heat exchanger system
See how a 3/2-way valve and integrated control valves eliminate external pipes, reduce spatial
- Oil separator and compressed air drying system
See how an oil separator heats stored liquid to vaporize water, reducing withdrawal frequency a
- Vehicular Coolant Bypass Circuit for Frozen Moisture Thawing
See how a bypass coolant circuit reuses power electronics waste heat to thaw frozen moisture on
- Cooling recharge system
See how thermal energy storage and dynamic fluid blending reduce cooling component size and pow
- Cooling of an electric motor via heat pipes
See how heat pipes and a storage tank transfer electric motor heat to the combustion engine's c
- Vehicle A/C Dual Condenser Layout for Lower Condensation Pressure
A two-stage water- and air-cooled condenser cuts condensation pressure, eases compressor load, and preserves vehicle cooling performance.
- Vehicle Cooling Circuit With Ejector to Prevent Heat Pipe Dryout
An ejector draws refrigerant into the heat pipe loop to suppress dryout and keep hybrid vehicle heat sources cooled when AC stops.
- Regeneration Gas Treatment Path for Compressor-Out Operation
Additional cooling and separation keep regeneration gas treated during compressor outages, limiting contaminant release and recovering liquids.
- Turbine Flow Control With Energy Recovery and Sensor-Fail Torque Estimation
Fluid-driven turbine control replaces valve pressure loss, recovers energy, and maintains flow regulation with estimated torque when sensors fail.
- Sensorless Turbine Flow Control With Energy Recovery
Fluid-driven turbine control replaces pressure-loss valves, estimates rotor position without sensors, and reuses flow energy to cut power use.
- Variable-Speed Water Pump Control for Torque-Aware Engine Cooling
Multiple sensor inputs let the pump respond to driveline torque and ambient temperature, improving engine cooling while cutting parasitic losses.
- Coated Tape Fabric Welding with Low-Melting Sealing Layers
A lower-melting sealing layer enables strong welded seams in monoaxially drawn tape fabrics without overheating and weakening the oriented tapes.
- Coated Drawn-Tape Fabric for High-Strength Welded Seams
A low-melting sealing layer enables welding of monoaxially drawn tape fabric without exceeding the tape crystallite melting point or weakening seam strength.
- Deaeration Reservoir Layout for Air-Free EV Coolant Circulation
A barrier-wall reservoir separates entrained air from EV coolant, preventing reentry while cutting deaeration weight and system complexity.
- Vehicle Waste Heat Recovery Cooling for Braking Energy Reuse
Braking cools refrigerant to lower working-medium condensation temperature, boosting turbine output when extra vehicle propulsion is needed.
- Variable-Speed Water Pump Control Using Torque and Ambient Feedback
Multiple sensor inputs adjust pump speed from driveline torque and ambient temperature to cut parasitic losses while maintaining engine cooling.