초록 ▼

The present invention relates to a passive stabilizer (3) which is installed in the lower part of a tanker used in floating production systems which make use of a mechanism which enables the tanker (1) to rotate about a vertical axis (turret). The stabilizer gives the tanker greater directional stab

The present invention relates to a passive stabilizer (3) which is installed in the lower part of a tanker used in floating production systems which make use of a mechanism which enables the tanker (1) to rotate about a vertical axis (turret). The stabilizer gives the tanker greater directional stability and makes it possible to install the turret in a more central position along the tanker.

대표청구항 ▼

1. A vessel used in floating hydrocarbon fuel production systems, comprising a turret mechanism which enables the vessel to rotate about a vertical axis relative to risers therebelow, wherein it comprises at least one projecting passive stabilizer body on the lower part of the hull of the vessel int

1. A vessel used in floating hydrocarbon fuel production systems, comprising a turret mechanism which enables the vessel to rotate about a vertical axis relative to risers therebelow, wherein it comprises at least one projecting passive stabilizer body on the lower part of the hull of the vessel intended to increase the vessel's directional stability in relation to environmental conditions, wherein end plates project perpendicular to the or each said passive stabilizer body to further increase efficiency and thereby to give greater directional stability to the vessel. 2. A vessel according to claim 1, wherein the at least one passive stabilizer body is at an end of the vessel. 3. A vessel according to claim 1, wherein said turret mechanism is disposed in a vicinity of a midship section of the vessel. 4. A vessel used in floating hydrocarbon fuel production systems, comprising a turret mechanism which enables the vessel to rotate about a vertical axis relative to risers therebelow, wherein it comprises at least one vertically projecting passive stabilizer body on the lower part of the hull of the vessel for increasing the vessel's directional stability in relation to environmental conditions, wherein the vertical passive stabilizer body is in line with the vessel's longitudinal axis of symmetry and a longitudinal axis of said vertical passive stabilizer body is parallel to said vertical axis. 5. A vessel according to claim 4, wherein end plates project perpendicular to the or each said passive stabilizer body to further increase efficiency and thereby to give greater directional stability to the vessel. 6. A vessel used in floating hydrocarbon fuel production systems, comprising a turret mechanism which enables the vessel to rotate about a vertical axis relative to risers therebelow, wherein it comprises at least one vertically projecting passive stabilizer body on the lower part of the hull of the vessel for increasing the vessel's directional stability in relation to environmental conditions, wherein said at least one vertically projecting passive stabilizer body projects generally vertically downwardly, so as to be generally perpendicular to a horizontal plane of the vessel. 7. A vessel according to claim 6, further comprising an end plate provided at a free end of each said passive stabilizer body and extending in a plane generally perpendicular to a plane of said respective passive stabilizer body, thereby to further increase efficiency and give greater directional stability to the vessel. 8. A vessel according to claim 6, wherein the at least one passive stabilizer body is disposed at a longitudinal end of the vessel. 9. A vessel according to claim 6, wherein the at least one passive stabilizer body is provided adjacent a stern of the vessel. 10. A vessel according to claim 6, wherein said turret mechanism is disposed in a vicinity of a midship section of the vessel.