||PCT/NO2015/050036||HOME CONTROL AS||SHAHINIAN, Nima J.|
A socket (100) comprising a cover (120) with a cylindrical well face (130) having greater diameter than an enveloping cylinder (230) about an existing, predefined plug (200), at least two contact holes (121) adapted to receive contact pins (211) for transmitting electrical power, wherein each contact hole (121) is located at the bottom of a concave contact pin- guide (141, 142). The contact holes (121) and the contact pin-guides (141, 142) are disposed on a press plate (140) which is axially movable along the well face (130) between an outer position, wherein the press plate is biased outwardly by a spring (145), and an inner position, wherein contact pins (211) and ground contacts (212, 250) on the plug (200) inserted into the socket (100) are electrically connected to their respective terminals (111, 112) adapted for fixed connection to a power supply network. If desirable, the press plate can be angularly displaced such that the contact holes (121) are not aligned with the live terminals (111; L, N) when the press plate (140) is in its outer position.
WO/2015/126261 CLEANING APPARATUS AND USE OF THE SAME||WO||27.08.2015|
||PCT/NO2015/050038||LATERAL AS||ROBERTSON, Keith|
Cleaning apparatus (1) for cleaning undesired material from a surface of an object (12), wherein a rotor (2) which is rotatable about an axis (4), comprises at least one outwardly extending cleaning element (6), said cleaning element (6) by rotation of the rotor (2) about the axis (4) is arranged to repeatedly impact against the surface of the object (12), wherein the material in the cleaning element (6) is an elastomeric material with density between 0.8 and 2.
WO/2015/126257 INTRUSIVE METERING DEVICE||WO||27.08.2015|
||PCT/NO2015/000002||TECH DAMPER AS||LUND, Even|
Intrusive metering device (10) is described in connection with measuring in a flow, comprising a measuring probe (14) that is inserted in a housing (12), where the housing (12) is in the form of a protective jacket placed in the flow and which surrounds the measuring probe (14). Furthermore, the housing (12) comprises a mechanical dampener (16) which is arranged to said measuring probe (14), and where the mechanical dampener (16) comprises a dampener body (18) which is connected with spring elements (20).
WO/2015/126262 PROCESS FOR THE PRODUCTION OF SILICON DIOXIDE PARTICLES||WO||27.08.2015|
||PCT/NO2015/050039||ELKEM AS||MYHRE, Bjørn|
The present invention relates to a process for producing spherical submicron particles of amorphous silicon dioxide, in which silicon dioxide and a reducing agent is injected into a reaction vessel of zirconium oxide in molten state, said zirconium oxide is serving as a heat reservoir, in which silicon dioxide reacts with the reducing agent producing a silicon-sub-oxide vapour, said silicon-sub-oxide vapour is oxidised into said spherical submicron silicon oxide particles.
WO/2015/126258 HYDRAULIC CUTTING TOOL, SYSTEM AND METHOD FOR CONTROLLED HYDRAULIC CUTTING THROUGH A PIPE WALL IN A WELL, AND ALSO USES OF THE CUTTING TOOL AND THE SYSTEM||WO||27.08.2015|
||PCT/NO2015/050033||WELL TECHNOLOGY AS||MYHRE, Morten|
The invention comprises a hydraulic cutting tool (24; 86), a system, a method, and also uses of the cutting tool (24; 86) and the system, for hydraulic cutting through a pipe wall (26) of a pipe body (8). For this purpose, the cutting tool (24; 86) is provided with at least one cutting section (52; 88, 90) comprising at least one fluid discharge body (54; 54´). Each such fluid discharge body (54; 54´) comprises at least two outwardly directed discharge openings (76a, 78a; 76a´, 78a´) having non-parallel discharge directions (70a, 72a; 70a´, 72a´) directed at a common intersection point (74; 74´) located outside the fluid discharge body (54; 54´). The cutting is carried out by means of an abrasive fluid (32) being supplied, via a flow-through pipe string (30), to the at least one fluid discharge body (54; 54´) from a remote location. Thereby, abrasive cutting jets (76b, 78b; 76b´, 78b´) will discharge at high velocity from the fluid discharge body (54; 54´) so as to meet and disperse in the intersection point (74; 74´), thus weakening the further cutting ability of the cutting jets (76b, 78b; 76b´, 78b´).
WO/2015/126259 WELL HEAD STABILIZING DEVICE AND METHOD||WO||27.08.2015|
||PCT/NO2015/050034||NEODRILL AS||MATHIS, Wolfgang|
A device for stabilizing a well head (1) which includes a well base (11) arranged on a seabed (21) is described, the well base (11) including at least a support column (12), and a first portion (13') of a conductor casing (13) being encircled by the support column (12), an annulus (125) encircling the first conductor-casing portion (13') being filled with cement (14), and a second portion (13") of the conductor casing (13) projecting in an elastically flexible manner up from the first conductor-casing portion (13'). A method of stabilizing a well head (1) which includes a well base (11) arranged on a seabed (21) is described as well.
WO/2015/122777 A DEVICE FOR HANDLING AND STORAGE OF A TRAVELING UNIT OF AN OFFSHORE CRANE||WO||20.08.2015|
||PCT/NO2015/050025||MACGREGOR NORWAY AS||GARRIOTT, Scott|
A device for handling and storage of at least one traveling unit (16) of an offshore crane where the term traveling unit (16) may include one or more of such items as a single-line hook (18), a sheave block hook (34) or at least a part of a modular hook system (21), and where the device includes a first cradle (1) that is designed to receive a traveling unit (16), and a second cradle (26) that is designed to receive another traveling unit (16) and where the first cradle (1) and the second cradle (26) are movable relative to each other.
WO/2015/122781 IMPROVED KAYAK DESIGN||WO||20.08.2015|
||PCT/NO2015/050031||HALL, Wilfred||HALL, Wilfred|
The present invention relates to an improved kayak catamaran configuration and especially to a kayak configuration comprising integrated releasable interconnecting elements enabling assembly of a stabilizing configuration when kayaks are deployed offshore in water.
WO/2015/122780 INSPECTION VEHICLE||WO||20.08.2015|
||PCT/NO2015/050030||ECOSUBSEA AS||ØSTERVOLD, Tor Mikal|
The invention provides an inspection vehicle and a method for under water inspection of ship hulls, and other magnetic surfaces. The inspection vehicle is distinctive in that it comprises a longitudinal element, magnetic wheels arranged axially apart to the longitudinal element, and a watertight camera for visual inspection attached to the longitudinal element or a shaft or non-rotating member for the magnetic wheels.
||PCT/NO2015/050032||CM INVENTION AS||CHRISTOFFERSEN, Kjetil|
The invention relates to a tray for holding items, such as containers of food or beverage, said tray comprising a lateral support plate (1;101) and a base plate (5;102) arranged in a substantially parallel relationship, the tray further having spacing and locking means (6;25, 122; 104, 105, 106, 107), said spacing and locking means (6; 25, 122, 104, 105, 106, 107) interconnecting the lateral support plate (1; 101) and the base plate (5;102). The invention is distinctive in the lateral support plate (1;101) having at least one opening (2a; 2b; 103) being defined through said lateral support plate (1, 101), forming lateral support for at least one item (3; 4). The base plate (5; 102) defining a supportive floor for the at least one item (3; 4), said spacing and locking means (6;103) being configured to hold said lateral support plate (1;101) and said base plate (5;102) in a first extended spaced apart position and to hold said lateral support plate (1;101) and said base plate (5;102) in a second retracted position. The base plate (5; 102) having at least one elevated portion (17; 110) corresponding with the at least one opening (2a;2b;103) in the lateral support plate (1;101), said elevated portion(17;110) filling said opening in said second retracted position.