||WO||WO/2014/175751 - A SUCTION ANCHOR, A COMPOSITE MODULE SEGMENT FOR A SUCTION ANCHOR AND A METHOD FOR ASSEMBLING SUCH SEGMENTS||30.10.2014||
||PCT/NO2014/050064||CES TECHNOLOGY AS||BRATTEKÅS, Jon Inge|
The present invention relates to a composite suction anchor for providing a foundation or mooring attachment in a soft sea bed including an open bottom portion, a closed top portion, and a side portion defining a first outer surface (23) with a substantially constant outer perimeter. The anchor includes at least two adjoining canister module segments (4, 5) with an inner surface (22) and an outer surface (23p, 23b, 23c). Each canister module segment (4, 5) includes at least a first and a second contact surface portion (23b, 23c) located on said outer surface (23p, 23b, 23c) on each side of an exposed outer surface portion (23p), joint with contact surfaces of at least one adjoining module segment. A canister module segment and a method for joining such segments is also disclosed.
||WO||WO/2014/175748 - USE OF A COMPOSITION COMPRISING FISH OIL AND JUICE FOR THE TREATMENT AND/OR POST TREATMENT OF CANCER||30.10.2014||
||PCT/NO2014/050061||SMARTFISH AS||MATHISEN, Janne Sande|
The present invention provides a composition comprising fish oil and juice in an oil-in- water emulsion for use in treatment and post-treatment of cancer.
||WO||WO/2014/175747 - SCREEN||30.10.2014||
||PCT/NO2014/050060||MOMENTOR ANS||LYGREN, Jon-Eivind|
A projection screen that allows sound to pass through the screen while video is reflected is provided. This screen is provided using a first non-perforated reflecting screen of a first density, and at least one perforated reflecting screen of a second density, wherein the first density is greater than the second density.
||WO||WO/2014/175750 - A JUNK CATCHER AND A METHOD OF OPERATION OF SAME||30.10.2014||
||PCT/NO2014/050063||ALTUS INTERVENTION AS||PEDERSEN, Dag, Ravn|
A junk catcher (2, 2') where the junk catcher (2, 2') is releasable connected to a retrievable bridge plug (4, 4'), the retrievable bridge plug (4, 4') being connectable to a setting tool (6) for the joint deployment of the bridge plug (4, 4') and the junk catcher (2, 2') in a borehole (9) or a tubular in the borehole (9), the setting tool (6) is extending through a fishing neck (12), a catcher tube (14), a flanged section (16), a valve chamber (18), a closable opening (20) and a portion of a setting sleeve (22, 22') of the junk catcher (2, 2'), the valve chamber (18) comprises a valve (50) arranged to close the closable opening (20) after retrieval of the setting tool (6) from the junk catcher (2, 2'), the junk catcher (2, 2') is connected to the bridge plug (4, 4') by at least one shear bolt (27, 38), the bridge plug (4, 4') comprises a plug fishing neck (32, 32') facing the junk catcher (2, 2'), and the bridge plug (4, 4') comprises an equalizing channel (71) in a mandrel (7), the equalizing channel (71) extending from a bull nose (41) of the bridge plug (4, 4'), and where the junk catcher (2, 2') is provided with a closing sleeve (26, 26'), the closing sleeve (26, 26') is connected to the bridge plug (4, 4') by at least one shear bolt (38, 38'), and the closing sleeve (26, 26') seals at least one equalizing port (73) in the mandrel (7) when the bridge plug (4, 4') is set. A method for operating the bridge plug (4, 4') and junk catcher (2, 2') assembly is described as well.
||WO||WO/2014/175744 - HIGH VOLTAGE ELECTRIC POWER FEED-THROUGH APPARATUS||30.10.2014||
||PCT/NO2014/050054||ADVANTEC SENSING AS||HALLERAKER, Morten|
Counter effecting of local corona discharges by inside metallization of ceramic penetrator for high pressures, high temperatures and high electric voltages.
||WO||WO/2014/175745 - SYSTEM AND METHOD FOR ACCURATE POSITIONING OF CONTROL DEVICES FOR INSTRUMENTED CABLES||30.10.2014||
||PCT/NO2014/050055||KONGSBERG SEATEX AS||FJELLSTAD, Ola Erik|
Method and system for high-accurate position determination of control devices (20a,b) arranged in connection with instrumented cables towed behind a survey vessel by means of at least one autonomous surface vessel (40) provided with acoustic communication means (43), where the control devices (20a,b) are provided with acoustic communication means (21), and where the acoustic communication means (21, 43) are used for accurate positioning of the surface vessel (40) above the control device (20a,b).
||WO||WO/2014/175749 - LOCKING DEVICE FOR PIPES||30.10.2014||
||PCT/NO2014/050062||KONGSBERG ESCO AS||NYGÅRD, Anders|
A locking device (1) for pipes, comprising an inner (2) and an outer (3) pipe provided with adjoining and corresponding circumferential grooves (4, 5) for releasable locking engagement via a locking ring (6) fitted in the grooves (4, 5) and thus releasable locking between the inner (2) and the outer (3) pipe by alteration of the radius of the locking ring (6), wherein the locking ring (6) has an open section or circle sector (7) along the periphery (O) thereof and is provided, at least at the two radial ends (8, 9) thereof, interrupted by the open section (7), with two respective guide members (10, 11) comprising respective guide surfaces that are slanted relative to the periphery (O), and wherein a first one of the guide members (10) is provided with an end stop (12) and a second one of the guide members (11) is provided with a control mechanism (13) protruding through an oblong opening (14) provided through the outer pipe (3) along a portion of its radial groove (5), wherein the radial displacement of the control mechanism (13) along the oblong opening (14) increases the open section or circle sector (7) of the locking ring (6) while simultaneously forcing the radius of the locking ring (6) to increase for release of the locking engagement owing to the slanted guide surfaces.
||WO||WO/2014/175742 - OFFSHORE SUPPLY VESSEL||30.10.2014||
||PCT/NO2014/000029||ROLLS-ROYCE MARINE AS||LEENDERS, Erik|
An offshore supply ship (10) for transport of cargo is described, comprising an, in the main, open deck (12), and also several cargo tanks (30) that lie below the deck (12), and where one or more watertight rooms (24) extend between a number of said cargo tanks (30) and the deck (12). A centrally and longitudinally running cargo rail (18) extends on said deck (12) in the longitudinal direction of the ship (10), and a number of ventilation lines (22) runs from said cargo tanks (30) through said watertight rooms (24) and up into the centrally placed cargo rail (18 ).
||WO||WO/2014/175746 - QUILL SHAFT ASSEMBLY||30.10.2014||
||PCT/NO2014/050057||ROLLS-ROYCE MARINE AS||RØYSET, Norvald Harald|
The present invention relates to a thrusterand a propulsion system for a vessel, comprising a quill shaftarranged within a propeller shaft.The assembly includes a propeller shaft with a propeller shaft bore, and a splinedportion in the propeller shaft bore. The quill shaft includes a splined end.Thequill shaftisarranged within the propellershaft. A connecting disk is attached to the quill shaft outboard end to hold the quill shaft in an axial direction. Furthermore, the invention relates to a quill shaft attachment sleeve.
||WO||WO/2014/175743 - METHOD AND DEVICE OF AN INSTALLATION TO DRILL AND PRODUCE HYDROCARBONS, AND USES THEREOF||30.10.2014||
||PCT/NO2014/000031||CRUISE VENTURES AS||NES, Nils, Asbjørn|
A method is described for drilling for, or production of, oil/gas from an installation (1 ) at sea, where it is characterised in that a casing-formed bottom section (4) connected to a flexible hose (5) that runs from the top of the bottom section (4) upwards to an installation (1 ) on the sea surface (2), is arranged to envelop a wellhead (50) on the ocean bed (3), and a drill stem (30) or a production pipe is fed inside the hose and down through the adapted wellhead (50) and down into a hydrocarbon-carrying formation. Also described is a device to carry out the method, and also a series of applications of the device.