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    • 1. 发明申请
    • A LOAD SPREADER, MARINE LOAD RAISING AND LOWERING SYSTEM AND A METHOD FOR RAISING AND LOWERING A LOAD FROM A VESSEL
    • 负载递送器,海洋负荷升降系统和用于提升和降低载体的方法
    • WO2013012318A1
    • 2013-01-24
    • PCT/NL2012/000053
    • 2012-07-17
    • ITREC B.V.ROODENBURG, JoopVEHMEIJER, Terence Willem August
    • ROODENBURG, JoopVEHMEIJER, Terence Willem August
    • B66C13/04B66C23/52B63B35/03
    • B66C13/04B66C23/52
    • The invention relates to a load spreader comprising: - two cable connectors, wherein each cable connector is configured to connect a respective suspension cable to the spreader; - a load connector configured to connect a load to the spreader; and - a passive actuator system configured to move the two cable connectors between a first and second position, wherein, in use, the horizontal distance between the two cable connectors is larger in the second position than in the first position, and wherein the passive actuator system is operable by water pressure, such that the spreader automatically moves the two cable connectors towards the second position when the spreader is lowered into a water body and moves the two cable connectors towards the first position when the spreader is raised. The invention further relates to a marine load raising and lowering system comprising such a load spreader and a method for raising and lowering a load into a body of water.
    • 本发明涉及一种负载撒布机,包括: - 两个电缆连接器,其中每个电缆连接器被配置为将相应的悬挂电缆连接到所述扩展器; - 负载连接器,其被配置为将负载连接到所述扩展器; 以及 - 被动致动器系统,被配置为在第一和第二位置之间移动所述两个电缆连接器,其中在使用中,所述两个电缆连接器之间的水平距离在第二位置比在第一位置更大,并且其中所述被动致动器 系统可通过水压操作,使得当吊具下降到水体中时,吊具自动地将两个电缆连接器移向第二位置,并且当吊具升高时将两个电缆连接器移向第一位置。 本发明还涉及一种包括这种负载吊具的船舶负荷升高和降低系统以及用于升高和降低进入水体的负荷的方法。
    • 2. 发明申请
    • MARINE PIPELINE INSTALLATION SYSTEM AND METHODS
    • 海洋管道安装系统和方法
    • WO2012091556A1
    • 2012-07-05
    • PCT/NL2011/050846
    • 2011-12-12
    • ITREC B.V.ROODENBURG, JoopNOUWENS, Ronny Lambertus WaltherusVEHMEIJER, Terence Willem August
    • ROODENBURG, JoopNOUWENS, Ronny Lambertus WaltherusVEHMEIJER, Terence Willem August
    • F16L1/19F16L1/20
    • F16L1/19F16L1/16F16L1/203
    • The invention relates to a marine pipeline installation system for laying a pipeline and/or installing a subsea riser, said system at least being adapted to carry out the rigid reel lay method. The system comprises a pipeline guide supported at an elevated position by said tower for guiding said pipeline from a first trajectory extending between the reel and the pipeline guide to the firing line along said tower. The pipeline guide is supported by the tower via an associated guide support frame, the support frame being adapted to allow for displacement of the pipeline guide between a pipelaying position, wherein one end of the pipeline guide is positioned in the firing line, and a retracted, non-operable position. According to the invention, the guide support frame allows movement of the pipeline guide in a combined upward direction and direction towards the reel, such that in the retracted position of the guide support frame the length of the first trajectory is essentially the same as in the pipelaying position.
    • 本发明涉及一种用于铺设管道和/或安装海底立管的船用管道安装系统,所述系统至少适于执行刚性卷筒铺设方法。 该系统包括由所述塔支撑在升高位置处的管道引导件,用于将所述管道从在卷轴和管线引导件之间延伸的第一轨迹沿着所述塔引导到燃烧线。 管道引导件通过相关联的引导支撑框架由塔支撑,支撑框架适于允许管道引导件在管道铺设位置之间移动,其中管道引导件的一端位于点火线中,并且缩回 ,不可操作的位置。 根据本发明,引导支撑框架允许管道引导件沿向上的方向和方向朝向卷轴移动,使得在引导支撑框架的缩回位置,第一轨迹的长度基本上与 铺设位置
    • 3. 发明申请
    • TUBULAR HANDLING SYSTEM AND METHOD FOR HANDLING TUBULARS
    • 管状处理系统和处理管道的方法
    • WO2011016719A1
    • 2011-02-10
    • PCT/NL2010/050486
    • 2010-07-28
    • ITREC B.V.NOUWENS, Ronny Lambertus WaltherusVEHMEIJER, Terence Willem AugustROODENBURG, Joop
    • NOUWENS, Ronny Lambertus WaltherusVEHMEIJER, Terence Willem AugustROODENBURG, Joop
    • F16L1/19F16L1/20E21B19/15E21B19/22
    • F16L1/19E21B19/155F16L1/203F16L1/207
    • The present invention relates to a tubular handling system (1) comprising: -a tower (10) comprising a tubular lift device for lowering and/or raising a tubular in an essentially vertical orientation, -a support (20) for supporting the tubular-laying tower -a tubulars supply system, preferably provided on the support, for supplying tubulars to an essentially horizontal supply position in the vicinity of the tower, -a tubular handling apparatus (2) for transporting a tubular between the essentially horizontal supply position and the tubular lift device in the tower, wherein the tubular handling apparatus comprises: a gripper (4a, 4b) adapted for gripping the tubular, a base (6), and a boom (5) to which the one or more grippers are attached, which boom is pivotable with respect to the base in a boom. According to the invention, the tubular handling apparatus further comprises a vertical extending frame (7), wherein said base is guided by said frame and movable in a vertical translational movement with respect to the frame.
    • 本发明涉及一种管状处理系统(1),其包括:一个塔架(10),包括用于沿基本上垂直的方向降低和/或升高管状的管状提升装置;一个支撑件(20) 铺设塔 - 优选地设置在支撑件上的管状供应系统,用于将管件供应到塔附近的基本上水平的供应位置, - 一种管状处理装置(2),用于在基本上水平的供应位置和 管状提升装置,其中管状处理装置包括:适于夹紧管状物的夹持器(4a,4b),基部(6)和附接有一个或多个夹持器的悬臂(5),其中 吊臂可相对于吊杆中的底座枢转。 根据本发明,管状处理装置还包括垂直延伸框架(7),其中所述基座由所述框架引导并且可相对于所述框架以垂直平移运动运动。
    • 4. 发明申请
    • A MARINE TENSIONER
    • 海上起重机
    • WO2009088287A2
    • 2009-07-16
    • PCT/NL2009/000003
    • 2009-01-12
    • ITREC B.V.ROODENBURG, JoopVEHMEIJER, Terence, Willem, August
    • ROODENBURG, JoopVEHMEIJER, Terence, Willem, August
    • F16L1/23
    • F16L1/23B65H51/105B65H59/18B65H2701/33
    • A marine tensioner has a tensioner frame and multiple track units mounted in said frame. Each track unit comprises an elongated chassis, said chassis having end portions at opposed ends thereof as well as a central portion between said end portions Each track unit further comprises an endless track supported by said chassis and track motion control means for effecting controlled motion of the endless track, the endless track having a multitude of friction elements adapted to engage on the pipeline or the like. Between each track unit and the tensioner frame a connecting structure is provided that at least allows for lateral motion of the track unit so as to adapt the position of the track unit to the pipeline diameter. One or more squeeze actuators are provided between the tensioner frame and the chassis of the track unit and actuator control means are provided which are associated with said one or more squeeze actuators and allow to control the squeeze force exerted by the friction elements of the track of track unit on the pipeline. The connecting structures are each adapted to - in addition to the lateral motion - allow for a pivotal motion of each track unit so as to obtain a non-parallel orientation of the tracks of the track units with respect to the pipeline passage axis.
    • 船用张紧器具有张紧器框架和安装在所述框架中的多个轨道单元。 每个轨道单元包括细长底盘,所述底盘在其相对端部处具有端部,以及在所述端部部分之间的中心部分。每个轨道单元还包括由所述底盘支撑的环形轨道和轨道运动控制装置,用于实现 循环轨道,具有适于接合在管道等上的多个摩擦元件的环形履带。 在每个轨道单元和张紧器框架之间提供连接结构,其至少允许轨道单元的横向运动,以使轨道单元的位置适应管道直径。 在张紧器框架和轨道单元的底盘之间提供一个或多个挤压致动器,并且提供致动器控制装置,其与所述一个或多个挤压致动器相关联并且允许控制由轨道的摩擦元件施加的挤压力 轨道单元在管道上。 连接结构各自适于 - 除了横向运动之外 - 允许每个轨道单元的枢转​​运动,以便获得轨道单元的轨道相对于管道通道轴线的非平行取向。
    • 5. 发明申请
    • MARINE PIPELINE INSTALLATION SYSTEM AND METHODS
    • 海洋管道安装系统和方法
    • WO2007108673A1
    • 2007-09-27
    • PCT/NL2006/000153
    • 2006-03-22
    • ITREC B.V.ROODENBURG, JoopDE GROOT, Anne, KlaasWIJNING, Diederick, BernardusVEHMEIJER, Terence, Willem, August
    • ROODENBURG, JoopDE GROOT, Anne, KlaasWIJNING, Diederick, BernardusVEHMEIJER, Terence, Willem, August
    • F16L1/15F16L1/23
    • F16L1/15B63B35/03F16L1/19F16L1/203F16L1/23
    • A marine pipeline installation system for laying an offshore pipeline and/or installing a subsea riser, the system at least allowing to carry out the reel lay method, wherein the system comprises : one or more storage reels (8) for storage of pipeline (11), a pipeline launch tower (20), a pipeline guide (27) at an elevated position for guiding said pipeline along said tower, one or more tensioners (40,50), each tensioner comprising a tensioner frame and multiple tracks supported by said tensioner frame (41,51), said tracks being adapted for engaging the pipeline and supporting at least part of the weight of the launched pipeline, the tensioner frame (41,51) being supported by said tower via an associated support assembly. The support assembly is adapted to allow for displacement of the tensioner frame (41,51) between an active position, wherein the pipeline launch trajectory extends through the tensioner frame (41,51) between the tracks, and a retracted and non-operable position.
    • 一种用于铺设海上管道和/或安装海底立管的船用管道安装系统,所述系统至少允许执行卷筒铺设方法,其中所述系统包括:用于储存管道(11)的一个或多个存储卷轴(8) ),管道引导塔(20),在升高位置的管道引导件(27),用于沿着塔架引导所述管道,一个或多个张紧器(40,50),每个张紧器包括张紧器框架和由所述托架支撑的多个轨道 张紧器框架(41,51),所述轨道适于接合管道并且支撑所发射管道的重量的至少一部分,张紧器框架(41,51)由所述塔架经由相关联的支撑组件支撑。 支撑组件适于允许张紧器框架(41,51)在活动位置(其中管道发射轨迹延伸穿过轨道之间的张紧器框架(41,51))与收缩和不可操作位置之间的位移 。
    • 8. 发明申请
    • MARINE PIPELINE INSTALLATION SYSTEM AND METHODS
    • 海洋管道安装系统和方法
    • WO2009134116A1
    • 2009-11-05
    • PCT/NL2008/000117
    • 2008-04-29
    • ITREC B.V.FEIJEN, Arnoud, LaurensNOUWENS, Ronny, Lambertus, WaltherusVEHMEIJER, Terence, Willem, AugustROODENBURG, Joop
    • FEIJEN, Arnoud, LaurensNOUWENS, Ronny, Lambertus, WaltherusVEHMEIJER, Terence, Willem, AugustROODENBURG, Joop
    • F16L1/16F16L1/20
    • F16L1/205B63B35/03F16L1/12F16L1/16F16L1/202F16L1/207F16L1/23F16L1/235
    • Method for installing an accessory (232) onto a pipeline (231) to be laid on the seabed, comprising the following steps: -launching the pipeline from a first position of the tower in which the tower is at an angle alpha with respect to the vertical, in a pipeline launch trajectory corresponding to the tower firing line into the sea, -stopping the launch of pipeline, and hanging off the launched pipeline in a hang off module (10,110,210,710) -positioning the accessory in the tower firing line, -attaching the accessory to the launched pipeline in the hang off module and to the at least one abandonment and recovery (A&R) cable (13,113.213,713,813) -suspending the accessory and the launched pipeline from the A&R system (11,111) - disengaging the hang off module from the launched pipeline, - pivoting the pipeline launch tower to an accessory launch position in which the tower is at an angle Y. with respect to the vertical, which angle Y differs substantially from angle A, such that a pipeline launch trajectory is creates which is large enough to launch the accessory and the launched pipeline with the A&R system -lowering the accessory with the launched pipeline by the A&R system.
    • 将附件(232)安装到要铺设在海床上的管道(231)上的方法,包括以下步骤:从塔的第一位置拉出管道,其中塔架相对于塔架成角度α 垂直的,在管线发射轨道对应的塔式射击线进入海洋,停止发射管道,并挂断了发射的管道在一个悬挂模块(10,110,210,710) - 将配件定位在塔式射击线, 悬挂模块中的启动管道的附件和至少一个放弃和恢复(A&R)电缆(13,113.213,713,813) - 从A&R系统(11,111)中将附件和启动管道悬挂 - 将脱模模块 从所推出的管道中,将管道发射塔枢转到附件发射位置,在该发射位置塔相对于垂直方向成角度Y.该角度Y大体上与角度A不同,使得pipeli 通过A&R系统,通过A&R系统(通过A&R系统启动的管道)将辅助设备与辅助设备相配合,从而启动了发射轨迹。
    • 9. 发明申请
    • MARINE LOAD RAISING AND LOWERING SYSTEM
    • 海上负荷升降系统
    • WO2009002142A1
    • 2008-12-31
    • PCT/NL2007/000157
    • 2007-06-22
    • ITREC B.V.ROODENBURG, JoopVEHMEIJER, Terence, Willem, August
    • ROODENBURG, JoopVEHMEIJER, Terence, Willem, August
    • B66C13/18B66C23/52B66D1/26B66D1/58B63B27/08B66D1/54B66D1/50
    • B66C23/52B63B27/08B66C13/18B66D1/26B66D1/50B66D1/54B66D1/58F16L1/202F16L1/207
    • The invention relates to a subsea marine load raising and lowering system (1) for use on a vessel, preferably a vessel for laying an offshore pipeline, which system comprises first and second winches (2, 6) for raising or lowering first and second cable portions (4, 8) connected via an equalizing sheave (11), to the axle (12) of which a load connector (13) is connected. The system comprises operating means to perform synchronous raising or lowering of the cable portions. The system further comprises overload protection systems provided at both winches, and a safety assembly (15) preventing any substantial further movement of the cable portions (4, 8) in case the cable portions do not operate synchronously, comprising a structure (15a) mounted to the axle (12) of the equalizing sheave (11) having passages (15c) for the cable portions and further comprising stops (15b) arranged on each cable portion above and in the vicinity of the structure (15a). The safety assembly is arranged such that one of the stops will abut the structure (15a) upon relative movement of first and second cable portion (4, 8) such that the other cable portion is subjected to an increased tension and the overload protection system of that other cable portion will enter into force.
    • 本发明涉及一种用于船舶,优选用于铺设海上管道的船舶的海底船用载重升降系统(1),该系统包括用于升高或降低第一和第二缆索的第一和第二绞盘(2,6) 经由均衡轮(11)连接到连接有负载连接器(13)的轴(12)的部分(4,8)。 该系统包括执行电缆部分的同步升高或降低的操作装置。 该系统还包括设置在两个绞盘处的过载保护系统和安全组件(15),其防止在电缆部分不同步操作的情况下电缆部分(4,8)的任何实质性进一步移动,包括安装 到具有用于电缆部分的通道(15c)的平衡槽轮(11)的轴(12),并且还包括布置在结构(15a)的上方和附近的每个电缆部分上的止动件(15b)。 安全组件被布置成使得当第一和第二电缆部分(4,8)相对运动时,止动件中的一个将抵靠结构(15a),使得另一个电缆部分受到增加的张力,并且过载保护系统 该另一个电缆部分将生效。