Vessel Mounting Details TRIZ Cases

A cargo tank skirt extends radially outward to support the tank structure without direct welding.

A pressure-compensated rupture disk assembly uses a dynamic piston seal to equalize pressure across the disk.

A pressure relief valve system uses intermediary tubing to redirect trapped gases for safe disposal.

A sealed tank uses corrugated plates filled with porous materials to obstruct gas flow paths and prevent thermosiphon effects.

Integrated sealing element eliminates external caps to resolve gas-tight connection complexity.

Integrated conical sealing surfaces eliminate O-rings in high-pressure vessels, preventing leakage risks and explosion hazards above 200 bar.

Deformable members and restricting mechanisms allow the outer shell dome to follow inner shell contraction, preventing pipe failure from thermal misalignment.

A hydraulic lifting device pivots a frame carrying a pressure vessel from horizontal to vertical positions.

A manifold-based cascade system integrates sequence and check valves as cartridges to enable simultaneous fluid delivery and recharging.

Second internal gas passage routes high pressure to upper-mounted indicator, resolving ergonomic reading errors in compact valve blocks.

Composite liner with grooved boss parts improves gas barrier properties while maintaining low temperature mechanical reliability.

A resin protective member between the flange and reinforced layer disperses loads to prevent fatigue breakdown at the circumferential edge.

Segmented polymer wings enclose the valve mechanism to prevent unauthorized access and external contamination while ensuring hygiene.

A recessed outlet valve design increases transport volume within standard frame dimensions.

Deformable bushing relief spaces reduce the gap between a metal boss and thermoplastic liner, preventing leakage under high pressure.

A pressurized fluid container features a stabilizing structure projecting from its protective cover to provide stable support on flat surfaces.

A pressurized gas cylinder foot uses higher electronegativity to drive galvanic corrosion away from the container body.

A valve design with two distinct withdrawal ends enhances gas transfer speed and storage capacity.

A high-pressure vessel liner uses a movable positioning member within the mold to define varying lengths.

Crystallized collar grooves accept a seeger ring to prevent polymer-metal leakage at high pressure.

A pressurized gas tank head uses segmented sealing devices and a common detection space to identify component leaks during operation.

A liquefied gas fitting uses a bottom-mounted refilling opening with an extended tubular line to enable rapid emptying and filling.

Inner hoop layers use twisted fibers that elongate more easily than outer layers, distributing tensile stress evenly to increase burst pressure capacity.

A cryogenic fuel transfer tool uses a heat exchanger to vaporize liquid fuel for rapid tank draining and refilling.

Segmented winding and resin paste fill gaps to reinforce tank hemispheres without adding excessive weight from thick bandages.

A pressure vessel liner uses asymmetric pleat heights to increase contact area between the inner curve and reinforcing layer.

An intermediate fluid circuit captures LNG vaporization cold to maintain trailer temperatures, eliminating separate powered cooling systems.

Segmented pressure vessels with thermal insulation minimize fuel venting during extended liquid hydrogen storage.

A valve lever connects its gripping portion to the mounting portion at a central location, creating a T-shaped structure that supports larger manual handling.

A dispensing nozzle integrates inlet and vent valves with a slide component actuated by a manual lever for fluid control.

Applying heat and pressure molds a composite liner neck into an outward angle against a boss, preventing detachment under high pressure.

A coupler system maintains thermal insulation blocks within LNG tank structures using resilient mechanical fastening.

Segmented reservoir units with dynamic flexible conduits resolve installation complexity at isolated sites lacking infrastructure.

An eccentric coupling in a pressurized cylinder valve lever utilizes a resilient member to bias the assembly, eliminating rattling noise during transport.

A high-pressure vessel reinforcement layer uses low helical layers with specific opening diameter differences to maintain consistent thickness.

A valve metal ring damages tank threads during coupling to create a secure seal that prevents cylinder reuse and reduces component waste.

An adjustable dome protector accommodates hydrogen pressure vessel volume changes while an exterior resin layer ensures rapid heat transfer to the safety valve.

A fluid container eliminates leak paths by using a central tie rod to compress annular seals, removing external fasteners and access ports from end caps.

A dual-shell hydrogen tank uses an interstitial channel to route gas flow, keeping the outer pressure shell cool during rapid refueling operations.

A lever arm and cam mechanism align and puncture gas cartridges, eliminating threading strain and thermal discomfort from metal holders.

A pressurized gas tank rail connects multiple cylinders using arc-shaped ports and tapped holes for secure screwing.

Segmenting the flow regulator into a removable module resolves adaptability versus connection reliability trade-offs in fluid delivery systems.

Alloy weld joins aluminum tank to stainless steel valve box, preventing condensation in cryogenic storage.

Controlled surface roughness prevents corrosion product adhesion, maintaining gas tightness under high-pressure fluorine supply.

Segmenting the flow into independent channels allows refilling at 300 bar while extracting at 200 bar, eliminating external reducers and logistical errors.

A fibre composite connecting section with internal deflection elements guides long fibres around connection devices without cutting them.

A gas supply reversing unit uses an electronic processing unit to calculate corrected pressure variations from ambient temperature and pressure sensor data.

A buffer container and flow path switching valve route waste hydrogen from evaluation purging back to the refueling station supply line.

Elastic suspension straps decouple the inner container from the outer casing, reducing thermal conduction and enabling compact vehicle integration.