公开(公告)号：US20100104371A1

公开(公告)日：2010-04-29

申请号：US12530083

申请日：2008-03-06

Applicant: Cristian Scaini ,  Davide Rossin

Inventor： Cristian Scaini ,  Davide Rossin

IPC: F16L1/12

CPC classification number: F16L1/207

Abstract: A method of laying pipeline from a vessel (10) is disclosed. The vessel (10) includes many pipe processing stations (36, 42), arranged across the width of the vessel. In one embodiment, there are two pipe processing areas (38, 40) separated along the length of the vessel. The pipe processing stations (36, 42) may be operable in two modes of operation, for example, a first mode of operation where the vessel produces triple joint pipe strings (from three lengths of pipe section welded together) and a second mode of operation where double joint pipe strings are produced, for example, from two single length pipe sections having a significantly greater length than the single length pipe sections used in the first mode of operation. In one embodiment, a triple joint pipe section is part welded in one pipe processing area (38), then moved along the length of the vessel (10) to a different pipe processing area, where further welding operations are performed on the triple joint. In order for the vessel to operate in two modes of operation, the storage bin facilities (12) for storing single length pipe sections are configured to be able to accommodate different lengths of single length pipe section arranged end to end in a single bin.

Abstract translation: 公开了一种从容器（10）铺设管道的方法。 容器（10）包括布置在容器的宽度上的许多管道加工站（36,42）。 在一个实施例中，沿着容器的长度分离有两个管道处理区域（38,40）。 管道加工站（36,42）可以在两种操作模式中操作，例如，第一操作模式，其中容器产生三重连接管柱（从焊接在一起的管段的三个长度）和第二操作模式 其中例如从具有比在第一操作模式中使用的单个长度管段显着更大的长度的两个单一长度的管段产生双重连接管柱。 在一个实施例中，三连接管部分被焊接在一个管道处理区域（38）中，然后沿着容器（10）的长度移动到不同的管道处理区域，在三个接头上执行进一步的焊接操作。 为了使船只以两种操作模式操作，用于存储单个长度管段的储物箱设施（12）被配置为能够容纳在单个箱中端对端布置的不同长度的单个长度管段。

公开(公告)号：US08998533B2

公开(公告)日：2015-04-07

申请号：US12530083

申请日：2008-03-06

Applicant: Cristian Scaini ,  Davide Rossin

Inventor： Cristian Scaini ,  Davide Rossin

IPC: F16L1/12 ,  F16L1/20

CPC classification number: F16L1/207

Abstract: A method of laying pipeline from a vessel (10) is disclosed. The vessel (10) includes many pipe processing stations (36, 42), arranged across the width of the vessel. In one embodiment, there are two pipe processing areas (38, 40) separated along the length of the vessel. The pipe processing stations (36, 42) may be operable in two modes of operation, for example, a first mode of operation where the vessel produces triple joint pipe strings (from three lengths of pipe section welded together) and a second mode of operation where double joint pipe strings are produced, for example, from two single length pipe sections having a significantly greater length than the single length pipe sections used in the first mode of operation. In one embodiment, a triple joint pipe section is part welded in one pipe processing area (38), then moved along the length of the vessel (10) to a different pipe processing area, where further welding operations are performed on the triple joint. In order for the vessel to operate in two modes of operation, the storage bin facilities (12) for storing single length pipe sections are configured to be able to accommodate different lengths of single length pipe section arranged end to end in a single bin.

Abstract translation: 公开了一种从容器（10）铺设管道的方法。 容器（10）包括布置在容器的宽度上的许多管道加工站（36,42）。 在一个实施例中，沿着容器的长度分离有两个管道处理区域（38,40）。 管道加工站（36,42）可以在两种操作模式中操作，例如，第一操作模式，其中容器产生三重连接管柱（从焊接在一起的管段的三个长度）和第二操作模式 其中例如从具有比在第一操作模式中使用的单个长度管段显着更大的长度的两个单一长度的管段产生双重连接管柱。 在一个实施例中，三联接管部分被焊接在一个管道处理区域（38）中，然后沿着容器（10）的长度移动到不同的管道处理区域，在三个接头处进行进一步的焊接操作。 为了使船只以两种操作模式操作，用于存储单个长度管段的储物箱设施（12）被配置为能够容纳在单个箱中端对端布置的不同长度的单个长度管段。