1686results about "Shipping equipment" patented technology

A mooring system including a body/arm/vessel arrangement with passive damping and/or an active force restoring system. The active force restoring system includes a sensor for generating a displacement signal representative of the displacement of the vessel from a quiescent position and an active forcing device which responds to the displacement signal to force the arm in a direction to move the vessel toward the quiescent position. The passive damping arrangement includes a device, independent of and in addition to the damping of the water on the vessel or the arm, that damps the oscillation of the vessel in response to environmental conditions which force the vessel from its quiescent position. Hydraulic cylinder arrangements are provided for active forcing and passive damping. Powered winch/cable arrangements are also provided for active force systems. Alternative devices for active and passive damping systems of torque actuators include hydraulic powered cans with internal fins, or cans with internal elastomeric elements or disk brake elements.

The invention relates to a shock absorber (100), in particular for use as an additional irreversible shock-absorbing stage together with a component for transferring force. In order to achieve the reliable dissipating of high impact energies, a shock absorber (100) comprising the following is indicated in accordance with the invention: a base plate (1); a force-transferring element (3) having a tensioning element (4); an energy-absorbing element in the form of a deformation tube (5) which is connected by a first end section to the base plate (1); and a connecting element (6) for the disengageable connecting of the force-transferring element (3) to a second end section of the deformation tube (5), wherein the connecting element (6) is pressed against the tensioning element (4) such that the deformation tube (5) is braced between the tensioning element (4) and the base plate (1) without play.

The invention discloses a honeycomb lattice enhanced type composite material double-cylinder structure and an anti-collision system using the same. The double-cylinder structure comprises an outer cylinder (1) and an inner cylinder (2), wherein a honeycomb lattice enhanced body (3) is arranged between the outer cylinder (1) and the inner cylinder (2); and a filling material body (4) is filled into the inner cylinder (2). The anti-collision system comprises the honeycomb lattice enhanced type composite material double-cylinder structure, wherein the double-cylinder structure comprises straight cylinder units (5) and bent cylinder units (6); adjacent and mutually connected straight cylinder units (5), the straight cylinder units (5) and the bent cylinder units (6), or the bent cylinder units (6) are connected together through mortise and tenon joints (7) and bolts bars (16) so as to form a strip-shaped or annual anti-collision system; and a moving device (8) is arranged on the inner side of the anti-collision system. The double-cylinder structure is integrally formed in a weaving mode, and the filling material body has higher rigidity, so that the deformation degree can be limited without crack, and the double-cylinder structure is long in service life, low in cost and easy to maintain.

An LNG terminal is disclosed which includes an offshore mooring turret, an LNG storage vessel operatively coupled to the mooring turret, the LNG storage vessel including at least one LNG storage tank for the storage of liquid natural gas and a regasification vessel operatively coupled to the LNG storage vessel. A method of operating an offshore LNG terminal is also disclosed which includes obtaining liquefied natural gas from at least one LNG storage tank on an LNG storage vessel that is operatively coupled to a mooring turret, regasifying the liquefied natural gas from the LNG storage vessel using a regasification vessel operatively coupled to the LNG storage vessel, and supplying the regasified gas to at least one subsea pipeline via the mooring turret.

Apparatus for suppressing vortex induced vibrations on a marine element of a riser system wherein the riser system comprises at least one umbilical element. Systems comprising and methods of using said apparatus to suppress vortex induced vibrations. The apparatus, systems, and methods comprise module elements which provide: i) a surface around a marine element for installing VIV suppression devices; and ii) passages for housing the at least one umbilical element.

A disconnectable mooring system for connecting an LNG carrier vessel to a permanently moored LNG liquefaction process vessel in combination with an LNG offloading system. One end of a mooring yoke is suspended from a frame at the stern of the LNG process vessel. A male coupler is mounted to an opposite end of the mooring yoke via a universal joint. A female coupler is mounted on the LNG carrier vessel, with pull-in arrangements for pulling the LNG carrier vessel into position and the male coupler into selective coupling with the female coupler.

The invention discloses a cylindrical composite bridge anticollision device which comprises an anticollision unit (1), wherein the anticollision unit (1) is composed of a shell (2) and a packing body (3) filled in the shell (2); the anticollision unit (1) comprises straight cylindrical anticollision members (4) and bent cylindrical anticollision members (5); the straight cylindrical anticollision members (4) which are not mutually adjacent are connected in series or in parallel so as to form a strip anticollision device; the straight cylindrical anticollision members (4) which are mutually adjacent and connected, or, one straight cylindrical anticollision member (4) and one bent cylindrical anticollision member (5), or, the bent cylindrical anticollision members (5) are connected by virtue of a socket flange (7) and bolts (8) so as to form a circular or C-shaped anticollision device; and the inside of each straight cylindrical anticollision member (4) is provided with a rolling device (9), and the inside of the socket flange (7) is provided with a slide device (10). The device disclosed by the invention is low in cost, large in elastic deformation and good in anticollision performance.

A floating breakwater assembly comprising an array of elongate rods articulated to one another for extending at a substantial vertical position at least partially submersed in water, wherein the rods are made of a flexible material and where the array is elastically deformable into an arcuate shape by bending the array.

A soft yoke mooring system, with torsional spring devices to provide restoring force to yoke arms coupled to a mooring body. Two torsional spring device types are preferred. A first torsional spring device type includes a plurality of nested tubular shafts, which are coupled end to end to each other in a coaxial array. Torque arms extend from a yoke arm end to one end of the tubular shafts, with the other end of the shafts coupled to a vessel. A second torsional spring device type includes stacks of elastomeric shear unit arrays or blocks of elastomeric material, which are coupled between a torque diaphragm device and a vessel and with the torque diaphragm device coupled by a torque arm to an end of a yoke arm.

Methods and apparatus for the installation of VIV suppression during the S-Lay installation of a subsea pipeline. A locking member will be interposed between a pipe and a fairing rotatably mounted on the pipe, sufficient to bias the fairing against rotating. Upon marine application, the locking member will degrade, thereby releasing the fairing.

An offshore offloading system for hydrocarbon products from a storage station such as an LNG/FPSO to a shuttle vessel. The system includes a yoke mooring arrangement having a yoke and a connection assembly. One end of the yoke is selectively disconnectable to the shuttle vessel, while the other end of the yoke is rotatably connected to an end of the connection assembly which has its other end rotatably connected to a frame which extends from an end of the storage station. The yoke and connection assembly are arranged such that a transverse force in the lateral or y-direction moves the end of the yoke less than twice the movement of the yoke in response to an x-direction force. The system also includes arrangements for providing a hydrocarbon fluid flow path from the storage station to the shuttle vessel when the shuttle vessel is disconnectably moored to the storage station. A first fluid flow path arrangement includes a crane/boom arrangement mounted on a frame extension of the storage station so that a crane slewing arc radius of the transfer system is not larger than one half the separation distance between the storage station and a forward perpendicular of the shuttle vessel. A second arrangement includes a fixed frame with a piping pantograph mount at its end. A trolley and service platform suspended therefrom move between an operational position away from the pantograph and a service position beneath the pantograph when it is folded into a storage position.

The invention discloses a buffering energy-absorbing web reinforced composite anti-collision device. The device comprises an anti-collision unit (1); the anti-collision unit (1) comprises a shell (2) and a filling material body (3) positioned in the shell (2); the shell (2) is a solid shell consisting of a composite surface layer (4) or a sandwiched shell consisting of a composite surface layer (4) in which a sandwich material (5) is filled and the sandwich material (5); and the filling material body (3) comprises a spatial lattice body (6) and a dissipative material (7), the spatial lattice body (6) is formed by arranging fiber webs (8) in the shell (2) in a single-layer unidirectional, single-layer bidirectional, multi-layer unidirectional or multi-layer multi-directional mode, and the dissipative material (7) is positioned between the fiber webs (8) and/or the fiber webs (8) and the inner wall of the shell (2). The anti-collision device has the characteristics of low cost, strong anti-collision property and long service life, and is easy to assemble and replace and suitable for popularization and use.

A modular buoyant support apparatus is comprised of buoyant support modules of inflatable pontoons. The pontoons comprise inflatable tubular chambers, typically fabricated of polymer coated fabric sheet material. A buoyant support module comprises a rigid frame connected to an inflatable pontoon. A means is provided to interconnect buoyant support modules to form a modular buoyant support apparatus of varied support area and configuration. Means are provided to attach an appropriately configured dock surface to the modular buoyant support apparatus.

A vessel mooring system which includes at least two mooring robots secured to a terminal, each robot includes an attractive force attachment element eg. a vacuum cup and a base structure fixed relative to the terminal. The attachment element is able to be engaged with a vertically extending side vessel surface and to exert an attractive force normal to the vessel surface at where it is to be attached. Each robot can measure the attractive force between the attachment element and the vessel to provide an “attractive force capacity reading”. Also provided is capability to measure the force between the attachment element and the fixed structure of the mooring robot to provide a “normal force reading”. From monitoring of the relationship between the attractive force capacity reading and the normal force a control of the mooring robot can be provided such that if there is a tending to separate the attachment elements from said vessel the attractive force may be increased and/or alarm is sounded.

The invention is a method for lifting and transporting a heavy load by using a heavy lift vessel with at least two heavy lift cranes adapted to operate simultaneously; mounting fly-jibs on the heavy lift crane to increase reach and height of the heavy lift crane; picking up a load from a first location using the fly-jib modules simultaneously; shifting the load from the first location to over a second location on the heavy lift vessel; placing the load on the second location; moving the heavy lift vessel to a second position; using a mooring system to maintain the heavy lift vessel at the second position; picking up the load from the second location using the fly-jib modules simultaneously; shifting the load from a second location to over a third location; and placing the load on the third location.

Apparatus is described for mooring a floating vessel (10) particularly suited to a tanker transporting liquid natural gas which needs to be moored in an offshore environment. The apparatus comprises a semi-submersible floating dock (1) a single point mooring system (5) and at least one rigid arm (3). The arm (3) is pivotally attached to one of the dock (1) and the single point mooring system (5). The arm (3) is suspended from the other of the dock (1) and the single point mooring system (5) by at least one tension member (19).

A portable marine lift capable of multi-directional off-loading of yachts, ships, and other marine vessels at ground level to dry-dock them. It is compact and barge-like, and can be shared by independent shipyards, or used to expand the work area within a single port facility or shipyard. It is also self-contained when fitted with generators and/or propulsion means via add-on pods, and comprises independent platform sections joined together to meet any hull design, length and water depth. Platform sections have the ability to submerge, and may also be employed to capture and temporarily contain environmentally hazardous materials commonly produced by shipyards. In addition, the platform sections are preferably open-framed for weight savings. Computerized lifting, via multiple lift modules secured to platform sections, assures lifting of vessels in substantially level orientation. Optionally, platform sections can be configured for shallow water operation, with locking devices, and/or guides usable for off-loading railway alignment.