Compression Machines TRIZ Cases

See how a radiation shield with strategically positioned cable insertion holes and shielding me

See how carbon surface coating on rare earth regenerator particles prevents oxidation, extendin

See how blending R32, R125, and R1234yf reduces flammability and global warming potential while

See how a shipping container replaces liquid nitrogen with solid CO₂ phase change material and

See how integrating a two-phase pump loop, vapor cycle system, and thermal energy storage with

See how controlling low-pressure helium at zero volumetric thermal expansion enables cryocooler

See how refrigerant flow diversion warms a cryogenic heat exchanger array in under 6 hours, red

See how pre-adjusting HFC-32, HFC-125, and HFC-134a proportions compensates for evaporation dri

See how dynamic intermediate pressure control above critical pressure maintains COP during high

See how rotary valve stop timing control maintains low cold-head pressure during cryocooler mai

See how concentric compressor, balancer, and displacer pistons with shared voice-coil actuators

See how a cross-shaped connector enables multi-directional displacer inclination to shorten cry

See how double-stage pressure reduction stabilizes CO₂ discharge from 150–170 bar to 10–15 bar,

See how integrated heat transfer blocks with fins eliminate bonding failures, reduce thermal re

See how a second dilution unit provides active cooling at the cold plate stage, reducing parasi

See how a multi-layer filter element with graded pore sizes and large outlet surface area reduc

See how oblique refrigerant gas introduction diverts flow from the cooling stage, reducing heat

See how positioning a blocking film near the branching point where acoustic energy is minimal r

See how disk-shaped helium cells with pressure-equalizing openings replace rare earth compounds

See how a buffer volume and gas spring mechanism regulate pressure in gas-driven GM cryocoolers

See how segmenting bypass flow into variable and fixed paths enables precise pressure control i

See how optical power delivery and data links eliminate electrical penetrations in cryogenic FP

See how a recovery receiver and relief mechanism divert high-pressure refrigerant before dispro

See how rotating a pulse tube cryocooler from horizontal to vertical uses convection of working

See how a cryocooler thermally coupled to an atmosphere analysis chamber replaces complex cooli

See how mounting the heat medium relay unit on the building's outer wall prevents indoor refrig

See how a universal housing with interchangeable bypass valve and plug ports enables gravitatio

See how a mechanical cryocooler with solid thermal link replaces liquid nitrogen and helium sys

See how a single multimodal tuned dynamic absorber attenuates both translational and tilting vi

See how a five-component blend of HFC-32, HFC-125, HFO-1234yf, HFC-134a, and CO₂ achieves non-f

See how a ternary refrigerant mixture of difluoromethane, tetrafluoropropene, and carbon dioxid

See how a nested tube-in-tube evaporator with narrow annular gap improves CO2 refrigerant evapo

See how a blend of R32, R125, R143a, and R134a achieves R404A-equivalent refrigerating capacity

See how a lifting-up jig with rotatable bolt enables axial lifting of displacer drive units, re

See how a thermal shunt with temperature-dependent resistance enables faster cooldown by levera

See how an intermediate heat exchanger isolates refrigerant from airflow in single-package HVAC

See how segmenting precoolers into single-stage and two-stage units with independent operating

See how a heat pump condenses and removes moisture and VOC from drying oven air, reducing vapor

See how adjustable flange distance and direct physical contact eliminate indium sheets to maint

See how a parallel fixed restrictor and needle valve create asymmetric flow to enhance AC flow

See how thermoacoustic oscillations in a gas-filled regenerator enable pump-free heat transfer

See how dual subcooled nitrogen baths—one using a closed cooling device, the other using pressu

See how dual-mode nitrogen cooling with reservoir compensation maintains superconductor cooling

See how R-1225ye(E)-based refrigerant compositions replace HCFCs and HFCs to achieve zero ozone

See how a bypass channel between high-pressure and low-pressure connections reduces overflow va

See how switchable connection lines isolate failed refrigerant loops and redirect circulation t

See how pressure-adjustable assist chambers and strain sensors reduce drive mechanism load and

See how a modular portable refrigerator circulates gaseous cryogen through vacuum-jacketed line