An elastomeric diaphragm and vent chamber equalize thermal pressure in irrigation gearboxes to limit seal failure and oil leakage.
A pyrotechnic burst disc trigger vents a pressure accumulator before dangerous overpressure, using existing crash sensing for activation.
Balanced double-acting cylinder chambers and a vacuum chamber cut hydraulic volume oscillations and pressure compensator stress underwater.
A hat-like membrane and integrated flange replace the screen to cut dead volume, weight, and service complexity in rock breaking accumulators.
Mate-fitted vessel sections align thread and tool engagement portions while reducing welding, part count, and trapped gas volume.
Quick proportional valves switch discrete chamber pressures to control actuator force while cutting throttling losses and vibration.
Actuator speed is limited by accumulator fluid level and pressure to prevent abrupt deceleration and extend controlled hydraulic operation.
Sensor-based ride control uses lift arm angle, speed, and gear state to cushion bucket motion while avoiding pressure spikes during digging.
A fixed spacer pot adds media volume beside the bellows, enabling fewer folds, lower manufacturing cost, and flexible accumulator sizing.
An accumulator stores regenerated oil during turning deceleration to maintain braking force and reduce main pump load when no other motion occurs.
A reshaped shell joint and clamping ring secure the membrane during accumulator assembly, preventing weld damage and sealing the chambers.
A curved substrate in the sealing member spreads adhesive evenly, preventing detachment and extending accumulator sealing life.
Tangential vortex flow removes dissolved air from sealed hydraulic oil, while a flexible upper chamber absorbs thermal volume changes.
A partitioned oil damper stabilizes hydraulic clutch pressure fluctuations to suppress judder vibration and improve vehicle comfort.
A larger seal diameter than the bellows effective diameter prevents seal pinching, protects the bellows, and preserves accumulator sealing.
Recover lift potential energy during lowering by routing pressurized fluid to a motor-generator and hydraulic storage with fewer valves.
Communication passages in the bellows cap balance pressure quickly, enabling fast stay separation and protecting the seal at low temperatures.
Sector-based bellows diameters limit vibration amplitude and housing contact, extending hydraulic accumulator service life.