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    • 1. 发明授权
    • Vessel comprising an inflatable sealing element
    • 容器包括可膨胀的密封元件
    • US5951345A
    • 1999-09-14
    • US934734
    • 1997-09-22
    • Rene PerratoneJean Braud
    • Rene PerratoneJean Braud
    • B63B21/50B63B22/02B63B27/34
    • B63B22/021B63B21/508
    • A vessel comprising a detachable buoy (3) which is connected to the vessel near keel level. the buoy or the vessel comprise on their contact surfaces an annular sealing element (6) comprising at least one inflatable tube (7,8,9). By placing the inflatable tube on the contact surfaces, the buoy and the vessel can be firmly connected, even when the contact surfaces are not completely flat. A water tight seal is formed by the inflatable tube such that the room in the top part of the buoy can be drained. Hereby a firm connection is achieved and a dry room becomes available for placing structures such as for instance a manifold system.
    • 一种容器,包括可拆卸的浮标(3),其在龙骨级附近连接到容器。 浮标或容器在其接触表面上包括包括至少一个可充气管(7,8,9)的环形密封元件(6)。 通过将充气管放置在接触表面上,即使接触表面不完全平坦,浮标和容器也可以牢固地连接。 由充气管形成防水密封,使得浮标顶部的房间可以排出。 因此,实现了牢固的连接,并且可以使用干燥室来放置诸如歧管系统的结构。
    • 4. 发明授权
    • Sealing system--anti collapse device
    • 密封系统 - 防倒塌装置
    • US5860680A
    • 1999-01-19
    • US939608
    • 1997-09-30
    • Frans Pieter DrijverRene Perratone
    • Frans Pieter DrijverRene Perratone
    • E21B19/00F16J15/32F16L17/035
    • E21B19/004F16J15/3236F16L17/035
    • A sealing system for a rotatable fluid conduit coupling or swivel, in particular a swivel for the off-shore oil and gas exploitation or the like, the coupling comprising an inner or first part, an outer or second part concentrically surrounding the first part, an annular chamber formed by the opposite outer and/or inner walls of the inner and outer parts respectively, the chamber being connected to a fluid conduit in the first part and a fluid conduit in the second part, and a clearance between the parts on either side of the chamber which clearances each are sealed by at least one sealing ring located in an annular recess in one and/or the other of the opposite walls forming the clearance, the sealing ring being of resilient low friction material and of the type which allows flexing of the seal lips under over pressure in the clearance from the side of the chamber beyond the pressure behind the sealing ring, the improvement being that in the recess the sealing ring cooperates with or has been provided with means which limit the degree of flexible deformation in case reverse pressure occurs over the sealing ring.
    • 用于可旋转的流体管道的密封系统,其联接或旋转,特别是用于离岸油气开采的旋转体等,所述联接器包括内部或第一部分,同心地围绕第一部分的外部或第二部分, 环形室分别由内部和外部的相对的外壁和/或内壁形成,腔室连接到第一部分中的流体导管和第二部分中的流体导管,以及两侧部分之间的间隙 所述间隙各自由位于形成所述间隙的相对壁中的一个和/或另一个中的环形凹部中的至少一个密封环密封,所述密封环是弹性低摩擦材料,并且是允许弯曲的类型 的密封唇在超过密封环后面的压力的空腔中的过度压力下超过了密封环之后的压力,其改进在于,在凹部中,密封环与或 已经提供了在密封环上发生反向压力的情况下限制挠性变形程度的装置。
    • 5. 发明授权
    • Sealing sytem--anti collapse device
    • 密封系统防倒塌装置
    • US5720503A
    • 1998-02-24
    • US552311
    • 1995-11-08
    • Frans Pieter DrijverRene Perratone
    • Frans Pieter DrijverRene Perratone
    • E21B19/00F16J15/32F16L17/035
    • E21B19/004F16J15/3236F16L17/035
    • A sealing system for a rotatable fluid conduit coupling or swivel, in particular a swivel for the off-shore oil and gas exploitation or the like, the coupling comprising an inner or first part, an outer or second part concentrically surrounding the first part, an annular chamber formed by the opposite outer and/or inner walls of the inner and outer parts respectively, the chamber being connected to a fluid conduit in the first part and a fluid conduit in the second part, and a clearance between the parts on either side of the chamber which clearances each are sealed by at least one sealing ring located in an annular recess in one and/or the other of the opposite walls forming the clearance, the sealing ring being of resilient low friction material and of the type which allows flexing of the seal lips under over pressure in the clearance from the side of the chamber beyond the pressure behind the sealing ring, the improvement being that in the recess the sealing ring cooperates with or has been provided with means which limit the degree of flexible deformation in case reverse pressure occurs over the sealing ring.
    • 用于可旋转的流体管道的密封系统,其联接或旋转,特别是用于离岸油气开采的旋转体等,所述联接器包括内部或第一部分,同心地围绕第一部分的外部或第二部分, 环形室分别由内部和外部的相对的外壁和/或内壁形成,腔室连接到第一部分中的流体导管和第二部分中的流体导管,以及两侧部分之间的间隙 所述间隙各自由位于形成所述间隙的相对壁中的一个和/或另一个中的环形凹部中的至少一个密封环密封,所述密封环是弹性低摩擦材料,并且是允许弯曲的类型 的密封唇在超过密封环后面的压力的空腔中的过度压力下超过了密封环之后的压力,其改进在于,在凹部中,密封环与或 已经提供了在密封环上发生反向压力的情况下限制挠性变形程度的装置。
    • 6. 发明申请
    • Connector for articulated hydrocarbon fluid transfer arm
    • 铰接式碳氢化合物流体输送臂连接器
    • US20070084514A1
    • 2007-04-19
    • US10555693
    • 2004-05-04
    • Rene PerratoneJean-Pierre Queau
    • Rene PerratoneJean-Pierre Queau
    • B67D5/70
    • B67D9/02B63B21/50B63B27/24B63B27/34B63B2035/448Y10T137/8807
    • A hydrocarbon transfer system includes a first structure carrying an articulated arm, having at a free end a first connector part, and a vessel having a second connector part, each connector part including a coupling member. The coupling member of the first connector part supporting at least one fluid duct on its exterior, which duct can be placed into sealing engagement with a fluid duct on the vessel along respective sealing faces, and a locking member for locking the coupling members together. The fluid duct on the vessel has a substantially horizontally directed first and second duct section. The first duct section is connected to piping on the vessel. The second duct section is connected to the fluid duct on the coupling member of the first connector part, the first and second duct sections being mutually connected.
    • 烃传输系统包括承载铰接臂的第一结构,在自由端具有第一连接器部分和具有第二连接器部分的容器,每个连接器部分包括联接部件。 第一连接器部分的联接构件在其外部支撑至少一个流体管道,该管道可以沿着相应的密封面与容器中的流体管道放置成密封接合,以及用于将联接构件锁定在一起的锁定构件。 容器上的流体管道具有大致水平定向的第一和第二管道部分。 第一管道部分连接到容器上的管道。 第二管道部分连接到第一连接器部分的联接构件上的流体管道,第一和第二管道部分相互连接。
    • 7. 发明授权
    • Offshore turret upper bearing
    • 海上转塔上轴承
    • US5957076A
    • 1999-09-28
    • US911924
    • 1997-08-15
    • Jack PollackPeter LundeRene Perratone
    • Jack PollackPeter LundeRene Perratone
    • B63B21/50
    • B63B21/507
    • An offshore system is described, of the type that includes a turret (20) anchored to the sea floor and connected by at least an upper bearing assembly (34) to the vessel hull (14) so the hull can weathervane about the turret, wherein the upper bearing assembly is of moderate cost and high reliability. In one construction, the upper bearing assembly includes upper and lower slider bearing rings (40, 42) that lie facewise adjacent at an interface (44), with the upper bearing ring fixed to the turret and the lower bearing ring supported on the hull through quantities of elastomeric material (102). The elastomeric material permits slight tilt of the turret upper portion without opening a gap at one side of the interface. The lower bearing ring is divided into segments (112A, 112B), and large turret tilt allows pressured lubricant to escape from only one or a few segments that begins to lift up during turret tilt. In another construction, a circle of bearing devices (202) is provided, wherein each device includes a cylinder (224) and piston (226) and a source of pressured fluid that is applied to the device.
    • 描述了一种类型的海上系统,其包括锚固到海底并且通过至少一个上部轴承组件(34)连接到船体(14)的转台(20),使得船体可以在转台周围风标,其中 上轴承组件价格适中,可靠性高。 在一个结构中,上部轴承组件包括上部和下部滑动轴承环(40,42),所述上部滑动器和下部滑动轴承环相对于接口(44)面向相邻,上部轴承环固定在转台上,下部轴承环支撑在船体上 弹性体材料(102)的数量。 弹性体材料允许转台上部的轻微倾斜,而不会在界面的一侧打开间隙。 下轴承环分为段(112A,112B),大转塔倾斜允许加压润滑剂从转塔倾斜期间开始提升的一个或几个段逸出。 在另一种结构中,提供了一个圆形的轴承装置(202),其中每个装置包括一个气缸(224)和活塞(226)以及施加在该装置上的加压流体源。
    • 8. 发明授权
    • Subsea anchor line connection method and connector for use therein
    • 海底锚线连接方法及其连接器
    • US06719497B1
    • 2004-04-13
    • US10111603
    • 2002-09-16
    • Jack PollackMichael MacraeRene Perratone
    • Jack PollackMichael MacraeRene Perratone
    • B63B2100
    • F16G15/04B63B21/00B63B21/04B63B21/20B63B21/22F16G15/06
    • A method of mooring a vessel to a subsea anchoring element (1) connected to the seabed, and comprising a chain section (3) which is not longer than half the water depth, and which is at or near its free end provided with a coupling member (4), is characterised by the steps of: lowering a multi-strand anchor line (9) from a vessel (8), the multi-strand anchor line (9) being at its free end attached to a connector (10), and attaching the connector (10) to the coupling member (4). The present disclosure also provides an anchor line repair or exchange method comprising the steps of: disconnecting the first multi-strand anchor line (16) from the chain section, lowering a second multi-strand anchor line (9) from a vessel (8), the second multi-strand line (9) being at its free end attached to connector (10), and attaching the connector (10) of the second multi-strand line (9) to the coupling member (4).
    • 将容器系泊到连接到海底的海底锚固元件(1)的方法,并且包括不超过水深一半的链条部分(3),并且其处于或靠近其自由端设置有联接器 构件(4)的特征在于以下步骤:从容器(8)中降低多股绞线(9),所述多股绞线(9)处于其连接到连接器(10)的自由端, ,并将连接器(10)连接到联接构件(4)。 本公开还提供了一种锚线修复或交换方法,包括以下步骤:将第一多股锚定线(16)与链条断开,从船舶(8)降低第二多股锚线(9) ,所述第二多股线(9)处于其自由端附接到连接器(10),并且将所述第二多股线(9)的连接器(10)附接到所述联接构件(4)。
    • 9. 发明授权
    • Offshore turret with circle of bearing devices
    • 具有轴承装置圆的离岸转塔
    • US6164233A
    • 2000-12-26
    • US370052
    • 1999-08-06
    • Jack PollackPeter LundeRene Perratone
    • Jack PollackPeter LundeRene Perratone
    • B63B21/50B63B21/00
    • B63B21/507
    • An offshore system is described, of the type that includes a turret (20) anchored to the sea floor and connected by at least an upper bearing assembly (34) to the vessel hull (14) so the hull can weathervane about the turret, wherein the upper bearing assembly is of moderate cost and high reliability, is easily maintained, and accommodates vessel hull deformation. The upper bearing assembly includes a circle of bearing devices(202) wherein each device includes a cylinder (224) and piston (226). A source (260) of pressured fluid is applied to the devices to push apart the cylinder and piston to support an upper bearing part (204) of the turret on a lower bearing part (210) of the hull.
    • 描述了一种类型的海上系统,其包括锚固到海底并且通过至少一个上部轴承组件(34)连接到船体(14)的转台(20),使得船体可以在转台周围风标,其中 上轴承组件成本高,可靠性高,易于维护,容纳船体变形。 上轴承组件包括一圈轴承装置(202),其中每个装置包括气缸(224)和活塞(226)。 将压力流体的源(260)施加到装置上以推动气缸和活塞,以支撑在船体的下轴承部分(210)上的转台的上轴承部分(204)。