Compression Machines With Non-Reversible Cycle TRIZ Cases

See how a belt tensioner mounts multiple Peltier cells with uniform pressure, enabling scalable

See how upward and downward branch piping uses gravity to separate gas and liquid refrigerant,

See how grooved large-diameter pipes paired with smooth small-diameter pipes reduce refrigerant

See how separate medium and low-temperature compressor banks with staged subcoolers improve ene

See how a connection block with integrated delivery and collection plugs eliminates fluid lines

See how comparing regulation requests at two fluid-path points prevents pressure fluctuations a

See how segmented heat exchangers and preliminary heat recovery upstream from ejector inlets im

See how a buffer tank with controllable valves adjusts refrigerant charge based on sub-cooling

See how segmented tanks with eutectic plate arrays maintain 2–5°C for 8–10 hours without power,

See how a simplified header manifold uses optimized flow space and branch tube insertion depth

See how a ternary refrigerant blend achieves GWP below 300 while maintaining heat transfer effi

See how dynamic refrigerant charging adapts to connection pipe length by using gas-liquid two-p

See how a parallel cooling branch integrates air-refrigerant heat exchange and humidity control

See how a polyphthalamide-polyamide blend with compatibilizing system achieves low refrigerant

See how placing an ejector on the compressor discharge side with an economizer achieves two-sta

See how a recess-based oil path with rotating shaft hole and cylinder oil channel reduces circu

See how automated flow control valve regulation using stored flow rate data eliminates manual a

See how varying inlet pipe diameter by distribution pipe level achieves refrigerant pass balanc

See how state detection sensors and synchronized compressor shutdown prevent backflow in parall

See how a closed-cycle system uses a material that dissolves oil but not water, with heat excha

See how azeotropic distillation separates HFO-1132(E) and HFC-143a despite close boiling points

See how an annular evaporator with 3-13 mm microchannels reduces load losses and improves heat

See how discharge superheat monitoring predicts saturation temperature and triggers early alarm

See how a second expeller recovers heat from rich solution to increase absorber inlet temperatu

See how maintaining low-stage refrigerant below disproportionation pressure enables safe HFO-11

See how vapor quality sensing at the heat rejection heat exchanger outlet enables ejector-based

See how a thermal energy storage loop with vapor compression pre-cools storage medium during lo

See how stepwise mode switching between dehumidification and cooling regulates evaporator tempe

See how a two-mode pump-down method switches between cooling and heating to move liquid refrige

See how a closed-loop air-cooled circuit with valve and pump retrofits water-cooled refrigerato

See how embedded fins with shorter outer edges maintain standard coil appearance while increasi

See how a backpressure passage connects compression chamber to vane pocket, supplying variable

See how a rigid heat insulating board placed between cascade condenser and evaporator prevents

See how a controller assesses refrigerant state before valve opening to cool the heat source un

See how a three-component refrigerant mixture achieves GWP ≤150 while maintaining 70–80% of R40

See how nesting a spiral condenser inside the cooling water tank reduces system size, pressure

See how a multi-stage purge circuit condenses refrigerant and separates non-condensables withou

See how a jettisoned power pack enables electric-motor-driven compression during ramjet acceler

See how HFO-1132(Z) and HFO-1234yf refrigerant blends reduce global warming potential while mai

See how a rotary dial interface replaces multiple buttons to reduce contact points and enable g

See how estimating vapour flow into the receiver prevents excessive compressor wear by operatin

See how two independent refrigerant circuits with series counter-flow water arrangement reduce

See how blending perfluorocarbons with unsaturated compounds and HFCs achieves GWP ≤7000 while

See how mixing naphthenic mineral oil with polyol ester and sorbitan compound suppresses adhesi

See how virtual temperature sensors calculate middle water temperature using current and inlet/

See how a tube-in-tube heat exchanger inside the evaporator header uses liquid-line heat to sup

See how a thermal transport bus integrates multiple heat source exchangers to reduce heat excha

See how polyvinyl ether oil combined with HFO-HFC refrigerant optimizes dissolution viscosity t