Equalizing Valves TRIZ Cases

Segmented intersecting supporters reduce valve core mass to increase closing speed and structural strength against high-level shock waves.

A femtosecond laser ablates non-through cuts into safety disc foils to create precise predetermined fracture lines.

Hydraulic fluid actuates the latch dog carrier to move the support shell, enabling quick release of secure tubular unions.

Disposable breakaway nozzle connector utilizes an O-ring bounded pressure chamber to absorb fluid fluctuations and equalize internal forces.

Segmented chambers and a reducer plug dampen rapid fluctuations, preventing water hammer and valve wear.

An adjustable pressure valve uses rotating caps to slide an internal component, eliminating disassembly for precise outlet pressure tuning.

Frangible actuator breaks under impact to release a bias member, allowing water pressure to force the valve shut and prevent property damage.

A predetermined breaking point in the combustion chamber wall releases gases at a defined pressure to protect large two-stroke diesel engines.

A hybrid pressure protection system uses independent plug assemblies with metal-to-metal seals to manage overpressure fluids without external actuators.

Laser machining creates a line of opening with controlled recesses, eliminating work hardening and extending burst pressure reliability.

A relief valve poppet mechanism increases closing force with input pressure to reduce fluid leakage across thousands of cycles.

A pressure-relief assembly equalizes washing chamber pressure using a biased valve mechanism.

Segmented burst disc assemblies use soft metal mounting structures to seal vacuum vessels, eliminating waste from scrapped flanges.

A pressure relief valve with a spring-biased ball manages fluid pressure in height adjustment seat posts to prevent component damage from thermal expansion.

A deformable pressure relief member opens and closes a fluid channel to manage internal gas accumulation in battery packs.

A pressure relief valve redirects high-pressure fluid into a containment reservoir to manage overpressure events safely.

A balanced valve trim uses a restricted orifice and internal pressure balancing to manage fluid flow.

A bi-directional fluid safety valve uses spring-biased poppets to manage flow in pipelines.

A spring-loaded relief valve uses a locking assembly to hold the poppet open after initial pressure release.

A flow-actuated pressure equalization valve uses a shuttle mechanism to manage fluid communication between uphole and downhole sections.

A pressure regulator device isolates the intermediate pressure chamber from high-pressure gas using a sealing gasket on the cut-off stem.

An asymmetric pressure relief valve layout generates lateral pressure imbalance via smaller outlet holes and grooves, reducing oscillations and wear.

Multi-stage air pressure valve adjusts gas flow rate in prosthesis air cylinders.

A spring-loaded actuating part ensures consistent microswitch displacement, eliminating vibration-induced reliability issues and critical adjustment needs.

Frangible ceramic domes isolate high-pressure zones and rupture into controlled fragments, preventing equipment damage from irregular debris.

A fluoropolymer switching film resists chemical degradation from aggressive blow-by gases while maintaining sealing integrity.

A diving watch safety valve regulates internal pressure using a mechanical ball and seat mechanism.

A hollow rod and stem extension secure compression springs to prevent unpredictable energy release during disassembly or component failure.

A pneumatic valve uses a curved spring and flow guide groove to regulate gas pressure while minimizing turbulence.

A pressure relief vent uses a frangible release mechanism to open at a predetermined load.

A pressure relief valve uses a radial guide surface on its blocking cover to direct gas discharge and reduce bottom bulging in electrolytic capacitors.