An integrated arm maintains minimum distance from a moored ship, reducing setup time and avoiding oversized fenders.
External energy is normally needed for vacuum mooring; impact kinetic energy instead generates pressure for on-demand suction.
This case uses a straight-to-coiled spring band and pin to secure dock bumpers reliably while simplifying tool-free repositioning.
A modular floating structure uses inflatable active floats and passive anchors to adjust platform height independently of sea floor conditions.
A mooring device uses hydraulic cylinders to adjust magnetic field strength for secure vessel attachment.
Rotational socket design mitigates out of plane bending fatigue in offshore mooring systems without complex lever arms.
A marine construction system combines fixed seabed perimeter elements with floating inner modules to create stable artificial surfaces.
A mooring apparatus socket uses a dual-axis universal joint to rotate the connection member and accommodate vessel movement.
Movable arm absorbs docking impact to prevent damage, resolving the trade-off between secure holding and structural protection.
Segmented clamp frames and multi-dimensional bumpers absorb lateral and vertical impacts, resolving compatibility trade-offs.