Vessel Mounting Details TRIZ Cases

Polyamide resin composition with controlled crystallization rate improves weld properties in molded articles.

Hollow GFRP cylinders resist heat transfer while bearing oscillation loads through composite sandwich structures.

Turbine absorption devices regenerate gas from ambient air, eliminating high-pressure storage risks while ensuring stable semiconductor manufacturing output.

A high-pressure vessel uses a resin liner joined to an outer layer of lower expansion resin.

An automatic venting mechanism discharges residual hydrogen back into the inlet, eliminating dangerous manual depressurization steps.

A hydrogen sampling apparatus uses a pressure-reducing valve to safely transfer gas from high-pressure storage containers into portable cylinders.

A serpentine underground feedstock storage system maximizes stored hydrocarbon volume within a compact surface footprint.

Segmented grooves manage thermal stress without extra components, maintaining seal reliability during expansion.

A capacitive sensor unit measures gas levels in composite pressure vessels using suspended electrodes and integrated power management.

Segmented marking rings with predetermined breaking points detach upon cap removal, preventing false tamper indications.

A gas cylinder tap cover uses a pivotally mounted hook that folds into shell reservations to secure the cylinder without protruding parts.

Scissor lifting devices grip compressed gas cylinders via frictional gaskets, eliminating complex rigging systems and enabling safe single-person operation.

A hybrid pressure vessel integrates a metallic boss within a pipe-shaped liner to define the external diameter.

Adjustable pre-tensioning mechanism accommodates thermal expansion mismatch between metal end boss and polymer liner, ensuring constant seal contact.

Electronic clamping alert system calculates real gas flow rate from pressure changes to trigger alarms before patient desaturation occurs.

Placing the pressurized gas cylinder in liquid methane prevents combustion with liquid oxygen while reducing material costs.

Vaporizing pumped liquid creates pressure differentials, enabling high flow rates with smaller pumps.

A seamless steel gas cylinder uses enlarged tubular portions to maximize storage volume within fixed dimensions.

An integrated relief valve within the piston assembly prevents downstream overpressure damage by directing excess gas through a dedicated leakage circuit.

Internal discs partition the protruding part of a liquefied gas tank into cells, suppressing convective vaporized gas flow and reducing heat entry.

An asymmetric tank liner with isotensoid transitions increases fluid storage volume by optimizing vehicle space while maintaining stress resistance.

Circumferential ridges on the boss peripheral surface mate with the liner perimeter to prevent separation under extreme pressure.

A gas filling station guide element uses converging deflector walls to retain a flexible hose portion along a safety fitting working axis.

Segmenting the system via an intermediary carrier enables independent operator handover, resolving handling radius limits imposed by traditional straps.

A mobile hydrogen refueling system uses a heavy equipment vehicle platform to store and compress multiple hydrogen tanks for industrial deployment.

Projecting fingers on the cover body engage blind holes in the valve block, preventing unwanted rotation during assembly.

A pressurized fluid valve integrates a removable electronic module into a dedicated housing using movable electrical contacts for secure attachment.

Elastic bracket arms engage detector attachment holes to apply continuous retention force, preventing rattling or detachment under high-pressure gas conditions.

Modifying the dome contour reduces reinforcing fibre quantity and manufacturing time while maintaining mechanical properties in high-pressure vessels.

Helical winding of resin-impregnated strands creates a pre-reinforced structure that withstands high internal pressures without leakage.

Elastic joints decouple the containment unit from vessel deformations, reducing stress transmission and extending cylinder fatigue life.

A pivoting upper part connects to a gas cylinder fastening component via a non-detachable joint.

A trigger locking mechanism uses a resilient wall to push balls into position for secure engagement.

A dosing vessel uses differential pressure sensors to maintain a preset liquid level in cryogenic reservoirs.

A pivoting attachment device maintains a non-zero distance from the protective cowling surface via a dedicated abutment.

A gas tank neck mount uses adjustable thread engagement to secure the assembly without requiring high torque.

Fibre-reinforced straps suspend the inner tank, reducing heat leakage and weight to improve gravimetric index for aviation applications.

Adjustable circular arc frames reduce circumferential gaps to maintain measurement precision across varying tool diameters.

Heat-resistant plate channels thermal energy from flames to trigger pressure relief activation, preventing reinforced layer degradation during exposure tests.

This EVOH resin composition suppresses hydrogen diffusion and prevents blistering at -40°C, resolving brittleness issues in high-pressure gas hoses.

A high pressure tank features a double-layered protective member with distinct resin layers to enhance structural integrity.

A fixing plate extends across parallel high-pressure fluid storage containers to simultaneously secure their neck portions to a trailer main frame.

A tank device determines gas volume using pressure oscillations and temperature measurements.

A CNG dispensing system manages vehicle filling priority using a site controller.

A safety flow guide protection device isolates high pressure air using a brake air valve and meltable protection unit.

Adhesive or friction weld connections between aluminum and stainless steel components prevent gas leakage across varying temperatures and pressures.

A cylinder caddy stabilizes top-heavy pressure vessels by using a pivoting handle as a strut to prevent tipping and rolling.