WO/2016/064276 SEPARATION OF HYDROCARBONS FROM INORGANIC MATERIAL||WO||28.04.2016|
||PCT/NO2015/000026||ENNOX TECHNOLOGY AS ||WILICHOWSKI, Mathias |
An apparatus for separating hydrocarbons from solid particles, wherein the apparatus comprises a slurry inlet for receiving a slurry comprising water, hydrocarbons and solid particles, a water supply for rinsing water, and a slurry outlet. The apparatus further comprises a plurality of nozzles configured to provide rinsing water as droplets with sufficient speed to induce cavitation in the slurry, and separating means for extracting a liquid containing water and hydrocarbons from the slurry and a separate liquid outlet for the extracted liquid.
||PCT/NO2015/050194||STORVIK BIOFLOC AS ||RØD, Peder Anders |
The invention relates to a diffusor for adding of gases into water, said diffusor comprising a perforated tube (1) and at least one supply tube (2), said the at least one supply tube (2) is at one end coupled to a source for supplying gas and at the other end in fluid communication with the perforated tube (1), the gas is supplied to the perforated tube (1) through at least one inner supply tube (4; 5; 15 ) extending from the supply tube(2) to the perforated tube (1). The invention is distinctive in that at the least one inner supply tube (4; 5; 15) is a non-perforating tube and hasat least one outlet (4a, 5a, 15a) situated at a free end of the at least one inner supply tube (4, 5, 15), said gas is adapted to be distributed into the perforated tube (1) through the at least one outlet (4a, 5a, 15a).
WO/2016/064279 METHOD AND DEVICE FOR ASSEMBLY OF ROTORS COMPRISING PERMANENT MAGNETS||WO||28.04.2016|
||PCT/NO2015/050196||ROLLS-ROYCE MARINE AS ||JOHNSEN, Gunnar |
A method and device for the assembly of rotors (11) comprising permanent magnets (12i) at the rotors (11) periphery. The magnets are mounted and secured to the rotor (11) in non-magnetized state. Magnets and rotor are covered with a layer (13) of an electrically insulating, non-magnetisable and non-corrosive material, whereafter the magnets (12i) are magnetized in the assembled and covered condition, one at a time. During magnetization the rotor is successively locked in fixed positions for magnetization of one magnet at a time.
WO/2016/064277 DRAINAGE FOR A TELESCOPE SECTION OF A LANDING STRING||WO||28.04.2016|
||PCT/NO2015/050193||WELLPARTNER AS ||SKINNES, Kenneth |
Drainage device for a tubular, telescopic pipe-landing unit (5) provided with a through pipe bore (55) partially formed of a centre pipe (53) extending from an upper end portion (511) of an outer pipe-landing section (51) and with a free end in through an upper end portion (521) of an inner pipe-landing section (52), which is axially movable in the outer pipe-landing section (51), the centre pipe (53) being provided with at least one fluid-communication opening (531) arranged for pressure equalization between the pipe bore (55) and an annulus (54) defined between the centre pipe (53) and the outer pipe-landing section (51), and the annulus (54) being provided with a drain passage (514, 525) which is arranged to be opened by the axial movement of the inner pipe-landing section (52) into the outer pipe-landing section (51) away from an extended, operative position, in which an abutment portion (523) on the upper end portion (521) of the inner pipe-landing section (52) is resting sealingly against a seat portion (513) on a lower end portion (512) of the outer pipe-landing section (51).
WO/2016/064281 METHODS AND DEVICE FOR MEASURING THE INTERFERENCE LEVEL OF VSAT TDMA TERMINALS CAUSING CROSS-POLAR AND/OR ADJACENT SATELLITE INTERFERENCE IN A COMMUNICATION LINK||WO||28.04.2016|
||PCT/NO2015/050198||AMUNDSEN, Petter Chr. ||AMUNDSEN, Petter Chr. |
It is described a device for measuring the interference level of VSAT TDM A terminals, the terminals (13) communicating with a hub station (14) via a satellite (11). The device includes a forward link receiver (21) adapted to receive signals transmitted from the hub station ( 14) to the terminals (13) via said satellite (11), said receiver being capable of demodulating, decoding and analysing signalling information present in the forward link, including burst time plan, and terminal ID, a return link receiver (22) adapted to receive, demodulate and decode signals transmitted from each terminal (13) to the hub station (14) via said satellite (11) with extraction of the unique terminal network ID, an interfered link receiver (23) adapted to measure received interfering burst power in a link where interference occurs, said receiver being configured and synchronized with the burst time plan found from the forward link or decoded bursts from the return link receiver, performing interfered burst power measurements using power averaging or correlation techniques, and a controller (24) adapted to control and synchronize the receivers, analyse and correlate information received from the receivers to achieve synchronisation between the operational and interfered links(21, 22, 23) and report the power level of the interfering bursts for each terminal ID. Methods for operating the device are also described.
WO/2016/064280 METHOD AND NODE DEPLOYER FOR SEISMIC SURVEYS||WO||28.04.2016|
||PCT/NO2015/050197||MAGSEIS AS ||DONS, Karsten |
The invention relates to a method for seismic survey by autonomous seismic nodes (1) at a sea floor (2), comprising: - attaching the seismic nodes (1) to a rope (3); - loading the rope (3) with the seismic nodes into a node deployer (4); - lowering the node deployer (4) into the sea (5); - towing the node deployer (4) above the sea floor (2); - deploying the rope (3) with the seismic nodes (1) at the sea floor (2); - collecting seismic data by the seismic nodes (1); - retrieving the rope (3) with the seismic nodes (1) from the sea floor (2), and - unloading seismic data from the seismic nodes (1). The invention also relates to a node deployer (4) for deploying a rope (3) with seismic nodes (1) at the sea floor (2), comprising a magazine (7) for the rope (3) with the seismic nodes (1).
WO/2016/060565 COLLECTING DEVICE FOR POINTY OBJECTS||WO||21.04.2016|
||PCT/NO2014/050193||GRIPIT AS ||FJELLAKER, Fritz |
A method and a collecting device (1) for pointy objects (2), the collecting device (1) including a container part (4) and a lid (6) closably covering an opening (16) in the container part (4), and the opening (16) being provided with a knife (24) which is ar- ranged to cut the coupling tube (36) of a syringe (30).
WO/2016/060572 BALANCE JOINT||WO||21.04.2016|
||PCT/NO2015/050192||EKORNES ASA ||KLOKK, Jan Kato |
Balance joint (1, 101) suitable for attachment between a seat arrangement (6, 106) and a chair leg arrangement (7, 107). The balance joint comprises first and second mountings (2, 3, 102, 103) together forming a hollow space and at least one hinge pin (4, 104). The mountings (2, 3, 102, 103) are rotatably attached to each other by means of the at least one hinge pin, where at least one elastic packing (5, 105) is arranged in the hollow space and the at least one elastic packing is arranged between the mountings so that the possibilities for expansion of the elastic packing is limited by the mountings (2, 3, 102, 103) in at least two directions. It is also described various furniture using such a balance joint.
WO/2016/060569 SYSTEM AND METHOD FOR PROTECTING A DEPLOYABLE MAST FROM ABNORMAL OPERATING CONDITIONS||WO||21.04.2016|
||PCT/NO2015/050189||COMROD ||DYBVIK, Tor Mathias |
The invention relates to a system for protecting a deployable mast (1), having an upper portion (2) extending upwardly relatively the ground (6), and a lower portion (4) closer to the ground (6) than the upper portion (2), where the mast at the upper portion (2) is equipped with a sensor element (12), characterized in that the mast at the upper portion (2) is equipped with a sensor element (12), wherein the mast (1) is equipped with an actuator (8) that, based on calculated instructions derived from mast conditions, is designed to alter the elevation above ground (10) of the mast upper portion (2).
||PCT/NO2015/050187||SEMB, Turid Kristine ||SEMB, Turid Kristine |
It is described a wagon comprising seat (2, 22), handle (3, 23), wheel holding arms (4, 24) and wheels (5, 25). The wagon comprises an attachment device (6, 26) for holding the seat (2, 22), wheel holding arms (4, 24) that are connected to the seat (2, 22) or attachment device (6, 26) in a first end of the arms (4, 24), a second end of the arms are provided with wheels (5, 25), and at least one elongated handle (3, 23) comprising a first end section and a second end section, the handle is fixedly or releasably attached to the attachment device (6, 26) for the seat or to the seat (2) at the first end section in such a way that a gripping part (33) at the second end section of the handle (3, 23) is extending over one side of the seat and at a distance from the seat vertically and horizontally.