Vessel Mounting Details TRIZ Cases

Buffer grooves and depressurization passages smooth pressure fluctuations in a gas solenoid valve, reducing main valve chattering, noise, and damage.

A rotating sleeve lock and coupling-state sensor secure cryogenic nozzle connection and decoupling while limiting fluid emissions.

A compound valve stem uses pressure differential and spring bias to close low-pressure CO2 filling systems automatically after liquid transfer.

Pressure equalization between nozzle and receptacle reduces insertion force and limits gas venting during LNG or CNG disconnection.

A metal operating member and resin block let cryogenic release couplers limit static charging and heat transfer during separation.

A built-in filtering barrier lowers gas pressure and redirects flow sideways so water and oil separate before reaching valves and burners.

Spring-loaded checks equalize nozzle and receptacle pressure before full insertion, cutting coupling force and limiting gas venting.

A two-stage lever delays main valve opening until the fuel nozzle is securely coupled, reducing hand force and improving refueling safety.

An asymmetric check valve area boosts residual pressure retention without upsizing the spring-loaded non-return valve mechanism.

A vent-stop mechanism releases trapped gas before separation, limiting recoil, freeze-up, and leakage in cryogenic fluid couplings.

A fixed upstream flow restriction and downstream relief path keep compressed gas outlet pressure below a safe limit even if the reducer sticks open.

A silicon-rubber balloon with a fiber network reinforcement improves cryogenic inflatability, adhesion, and crack resistance for vent pipe isolation.

An upstream restriction paired with burst-disk venting limits outlet pressure when a compressed gas regulator sticks open.

A slider-based integrated release and loading valve maintains gas spring tightness, limits overpressure, and avoids irreversible safety element failure.

A cross-activated venting mechanism blocks backflow from connected tanks, speeding fire-exposed tank depressurization and reducing rupture risk.

A lock-first docking sequence keeps container modules sealed before valve opening, preventing bulk material leakage during transfer.

An integral body-edge hook lock secures a folded compressed-gas valve lever while cutting added parts, cost, and ergonomic limits.

Rigid pipe sections linked by cryogenic swivel joints expand ship-to-ship movement while cutting pressure loss and avoiding permanent crane support.

A pressure-regulated piston compares tank pressure to a setpoint and switches top or bottom fill lines without manual monitoring.

A nested regulator layout cuts gas storage volume while keeping the high-pressure piston chamber externally connected for stable pressure reduction.

A monolithic vesicle-based regulator cuts part count and damage risk in tightly packed aircraft evacuation systems while maintaining regulated pressure.

Pre-cold-worked aluminum sheet, friction stir welding, and 230-520°C hot working cut vessel weight and metal use while keeping strength uniform.

Stepwise nozzle-receptacle connection opens the sliding valve and blocking unit in sequence to prevent hydrogen leakage and fuel loss.

Sensors, NFC, and wireless reporting are activated by operating state to detect valve faults while preserving battery life in pressurized fluid supply.

A nested dual-armature valve uses one solenoid coil to cut hydrogen tank shut-off valve size and weight while maintaining high-pressure safety.

A removable manifold and knuckle layout simplifies cryogenic cylinder valve replacement while cutting refurbishment time, labor, and leak paths.

Elastomeric rings in the valve lever pin coupling damp vibration, prevent loose-coupling damage, and simplify pressure relief valve assembly.

An adjustable strap and flexible collar keep a dewar vapor plug seated during transport, limiting thermal transmission and cryogenic warming.

A hollow-spindle cam mechanism replaces fine threads to open or shut gas flow in under half a turn while reducing bulk and machining demands.

Environmental sensors and wireless signals reveal when gas cylinders are accessed or unused, reducing manual checks, waste, and expiry risk.

A swivel joint lets a quick connect fluid connector rotate and shift axially at the manifold port, removing hose wear and reducing gas leaks.

By placing the actuator and spring inside the flow chamber, this release valve cuts bulk and weight while maintaining high-pressure sealing and reliable fluid release.

Reduces bottle head assembly pressure to a preset threshold through a relief valve and interlock, enabling safe transport verification.

Pressure-based lift estimation improves pilot-operated relief valve flow accuracy without intrusive displacement sensors or retrofit complexity.

Buoyancy-supported cryogenic pipes with swivel-linked flexibility cut pressure loss and handle wave-driven motion during offshore transfer.

A screw-driven lance ruptures an integrated diaphragm to vent gas in a controlled way, simplifying safe depressurization of pressurized containers.

A staged lever first secures the fuel nozzle coupling, then opens the main valve to cut activation force and prevent premature flow.

Independent seat discs and a diaphragm separate regulator and economizer flow paths to improve cryogenic pressure control and reduce port leakage.

Maze-type internal ribs trap rupture disc fragments inside a pressure regulating valve, keeping the outlet clear and pressure relief reliable.

A spring-wound valve handle unit automates gas barrel changeover and closes the valve during leaks or power loss.

An angled handwheel and lever-actuated shutoff layout make this integrated cylinder regulator easier to operate across cylinder sizes.

An external dispensing valve uses pressure sensing and regulated opening pressure to prevent gas leaks, free cylinder space, and monitor remaining volume.

A nested dual-armature valve uses one solenoid coil to cut hydrogen flow in less space and weight under high tank pressure.

A UHMWPE fiber network between silicone membranes lets a vent pipe balloon seal reliably at cryogenic temperatures without cracking.

Dual regulator and fill valve assemblies enable precise high-pressure gas transfer and adjustable output pressure for reliable cylinder filling.

Offset passages and linked shutoff valves close before full nozzle separation, limiting high-pressure hydrogen outgas during detachment.

A sequential stationary and sliding valve design vents evaporated hydrogen with lower opening force, reduced ejection energy, and automatic blocking.

Purely mechanical pressure regulators and an orifice plate enable portable hydrogen tank filling without PLC control or external power.

A coupling-linked lock blocks the control member until the pressurized fluid valve is fully connected, preventing leakage and ejection.