A rotary valve uses internal grooves to direct fluid flow, reducing tubing complexity in liquid chromatography systems.
Segmented multi-port disc trims stage pressure drops to prevent Joule-Thomson freezing while direct actuator mounting eliminates recalibration downtime.
A shape memory alloy valve actuator drives a shearable nipple via a hammer component to open fluid passages in aerospace systems.
A floating seal member adjusts position on the valve surface to maintain contact.
Tapered valve element with inclined ribs straightens airflow, reducing turbulence and pressure loss to boost engine gas mileage.
An elastomeric seal on a rigid obturator reduces friction during rotation, resolving the trade-off between accurate flow regulation and internal leakage.
An incompressible fluid-filled bellows equalizes pressure around a plunger, reducing seal wear and leakage in high-pressure fracturing pumps.
A security blow-out-proof valve assembly uses a rotating T-head to actuate the internal ball valve member.
A polymer insert device press-fits into a rotor groove to create a fluid-tight seal, supporting pressures up to 25 Kpsi and exceeding 50K cycles.
A side-load nozzle insert uses a ball valve and spring arms to rotate between operating positions.
Rotary valve modulates exhaust gas flow through primary and bypass paths in a multi-stage turbocharger system.
An annular groove on the piston creates a reservoir that enables lubricant replenishment without disassembly, extending operational life.
A bellows energized seal assembly biases a main seal axially within a seal body using elastic deformation.
Segmenting vibration sources into independent units per shaft concentrates energy on blades, preventing material bridges and reducing noise.
Segmented seal carrier rings with elastic portions absorb thermal expansion and vibration, ensuring reliable sealing under fluctuating conditions.
A valve knob engages notches with a resilient member to provide auditory feedback, eliminating the need for external tools during operation.