Accumulator Installations TRIZ Cases

A stationary hydraulic tool supply unit connects a mobile hydropneumatic pressure intensifier via a dedicated connection section and coupling interface.

A hydraulic clutch regulator uses a variable capacity damping space to absorb fluid pressure fluctuations.

A hydraulic tensioning system maintains constant pressure on scraper blades using a dead-weight accumulator.

Controller manages accumulator fluid flow to recover energy during swing motor acceleration and deceleration cycles.

Integrated male gland connector merges inlet tube with flexible diaphragm to eliminate complex assembly steps and prevent cross-chamber leakage.

A dedicated charging pump supplies fluid to the accumulator while a control system regulates pressure to prevent overcharging and energy loss.

A vehicle compressed air system adjusts reservoir pressure thresholds using user-defined data packets to align compressor operation with expected consumption.

Weld seam thickness matching membrane disks prevents deformation under high pressure differences.

Interchangeable orifice plugs in a pressure regulator provide user-selectable dampening to reduce chatter and stabilize fluid pressure.

A spring-supported movable plate contacts a seal to equalize pressure differences during thermal expansion, preventing abnormal bellows deformation.

A movable disc-like gasket balances liquid and gas pressures to prevent plastic deformation of the bellows during thermal expansion.

A hydraulic energy recovery system accumulates pressurized fluid from an actuator using a directional and charge valve.

Actuate a hydraulic accumulator using a holding device to maintain maximum volume against spring-back forces.

An asymmetric metal bellows design prevents breakage by forming surface contact sections that distribute stress, avoiding point or line contact when seals fail.

A fully integrated electro-hydraulic linear actuator embeds the hydraulic circuit within a base block and uses magnetic coupling between the motor and pump.

A controller activates the clutch-apply fluid path to refill a torque converter with pressurized fluid.

Controller optimizes accumulator state of charge to reduce fuel consumption across wide speed ranges.

Axial fold vessel eliminates piston seals to prevent fluid leakage and maintain reliability at extreme depths.

Mounting the separating device in a housing groove eliminates bead formation steps, reducing manufacturing complexity while maintaining sealing strength.

Limit stop means in the hydraulic accumulator prevent partition dislodgement during traumatic events, ensuring system reliability.

Gradient foam filling material supports elastomeric separating elements, preventing flexural stress cracking and wrinkling.

Multi-layered polymeric shells inhibit leak paths to maintain pre-charged air pressure, preventing diaphragm failure in shock suppressors.

A filament wound pressure shell houses a tubular bladder assembly to regulate hydraulic fluid pressure in compact offshore systems.

A cylinder accumulator maintains base pressure in a machine press hydraulic drive system using a gas-charged piston unit.

Integrated annular guide body prevents fold compression in hydraulic accumulators by providing tilt-proof guidance and reducing friction.

Directing pressurized fluid from a hydraulic accumulator into an expanding cylinder chamber during overrunning loads.

A metal bellows accumulator prevents shell contact damage by using a tubular portion to absorb radial deflection loads.

An accumulator self-sealing member features an overhanging portion that creates a pressure release gap.

A hydraulic accumulator uses a support structure to engage and constrain an expanding flexible bladder.

Accumulator pre-stores hydraulic oil to maintain belt clamping pressure during idling stop without oversized components.

Interconnected fluid chambers store energy during low-power phases and release it during high-power phases to enhance power output.

An accumulator switching valve routes stored pressure fluid to the hydraulic motor, reducing pump load during high-demand operations.

An annular side space accumulator supplies pressurized fluid to the bore side, preventing cavitation damage to piston seals and extending cylinder life.

A Sabbath elevator drive system uses hydraulic or pneumatic energy accumulators to power motion independently of the motor.

Controller isolates low-pressure circuit to reserve pump capacity for high-pressure clutch actuation.

A hydraulic accumulator self-seal stay uses a weakened portion to facilitate controlled buckling.

An accumulator stores high-pressure fluid discharged from an excavator swing motor during deceleration, reducing energy waste and cavitation risks.

A fluid system uses a valve arrangement to selectively connect cylinder chambers to an accumulator, enabling adjustable damping characteristics.

A sliding unit fixed to the bellows cap suppresses tilt, preventing metal bellows collision with the pressure vessel.

A hybrid electro-magnetic hydro kinetic propulsion drive system generates electricity using pre-pressurized hydraulic and nitrogen gas accumulators.

Disposable welded construction eliminates detachable connections, reducing production costs and device complexity.

A bladder accumulator integrates an isolation valve within its fluid port assembly to enable safe high-pressure testing without external components.

A laminar restrictor creates a pneumatic low-pass filter that dampens force noise and reduces gas consumption in high-pressure gas spring systems.

Strain gauges measure accumulator weight to indicate fluid volume levels in hydraulic systems.

SMA wire actuation replaces heavy pre-charge systems, maintaining power output while reducing equipment weight and complexity at depth.

Three-valve units enable direct pressure readjustment in accumulators without complex control loops.