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Results 1-10 of 9,732 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2016/130020 PLANT RESISTANCE GENESWO18.08.2016
A01H 1/04
PCT/NO2016/050023BIOFORSK - NORWEGIAN INSTITUTE FOR AGRICULTURAL AND ENVIRONMENTAL RESEARCHDAVIK, John
The invention relates to a method for creating resistance to Oomycetes in plants. In particular the invention relates to a method for creating resistance to Phytophthora cactorum in plants of the family Rosaceae, in particular in the genus Fragaria.

2. WO/2016/130015 SYSTEM FOR CONTROLLING REMOTELY CONTROLLED EQUIPMENTWO18.08.2016
G05B 19/042
PCT/NO2016/050007MHWIRTH ASHODNE, Jens
A system (100) for controlling remotely controlled equipment (160) comprises an operator station (110), including a main operating device (114) to be operated by an operator, providing a main operating device signal, and an operator station controller (112). The operator station (110) further includes an equipment controller (120), connected to the operator station controller (112) and further connected to a first gate (140) that enables operation of the remotely controlled equipment (160). In order to improve safety aspects, the operator station (110) further comprises a confirmation operating device (116) to be operated by the operator, providing a confirmation operating device signal. Also, the system further comprises a critical action controller (130) which is configured to receive the confirmation operating device signal and which is connected to a second (150) gate that enables operation of the remotely controlled equipment (160).

3. WO/2016/130018 METHOD AND DEVICE FOR PALLETIZING PACKAGES FROM A RACK TO A SUPPORTING DEVICEWO18.08.2016
B65G 57/06
PCT/NO2016/050021FIRST PROCESS ASAASEN, Arne Einar
Method and device for palletizing packages (2) stored on shelves (9) in a storage rack (1a) using a palletizing unit (10) having a loading station (5), an unloading station (3) and a package moving device (8) horizontally moving packages simultaneously from the shelves (9) of the rack (1a) to intermediate storage plates (6) extended to a position above a pallet (4). The packages are then deposited in layers on the pallet by withdrawing the extended intermediate storage plates (6) one by one and starting from the lowest one, with the pallet or its top layer brought into position immediately below the lowest extended intermediate storage plate (6).

4. WO/2016/130019 A DEVICE FOR ATTACHING A SEISMIC NODE TO A CABLE, A SEISMIC NODE, AS WELL AS METHODS FOR DEPLOYMENT AND RETRIEVAL OF SEISMIC NODES ATTACHED TO A CABLEWO18.08.2016
G01V 1/38
PCT/NO2016/050022INAPRIL ASHOVLAND, Vidar
It is described an attachment device (2) for attaching a seismic node to a cable (1), the attachment device comprising an in-line fastening device (6) fastening the cable (1); and at least one locking device (3) securing the cable (1) in the at least one in-line fastening device (6). The locking device (3) prevents the cable (1) from escaping the fastening device (6). A seismic node and a method for deployment and retrieval of a number of seismic nodes are also described.

5. WO/2016/130014 AN ANODE FOR USE IN AN ELECTROLYSIS PROCESS FOR PRODUCTION OF ALUMINIUM IN CELLS OF HALL-HEROULT TYPE, AND A METHOD FOR MAKING SAMEWO18.08.2016
C25C 3/12
PCT/NO2016/000005NORSK HYDRO ASAHOP, Jørund
An anode for use in an electrolysis process for production of aluminium in cells of Hail- Héroult type, the anode comprises a body or block (120; 20) of calcinated carbonaceous material connected with an electrical current lead, where said current lead being connected with an anode rod (103; 3) and further being part of an anode hanger (101; 1). The current lead comprises at least one metallic suspension plate(s) (104; 4. 4') with vertically oriented redding plates (105 105''',5, 5') at least partly embedded by their lower partly in corresponding recesses (113, 113'"', 13. 13'; 100, 100') in the top of the carbonaceous block (120; 20} and further connected by mechanical fixation means (108; 8; 14, 16). Said recesses are wider than the rodding plates and being filled with an electric conductive particulate material only. It Is also described a method for processing an undercut recess (10) in the anode top for mechanically fixing the anode block (20) to a protrusion (8) on the current lead.

6. WO/2016/130021 THREADED CONNECTORWO18.08.2016
PCT/NO2016/050026SELE, Arne BarrettSELE, Arne Barrett
The object of the invention is a mechanical connector assembly for joining pipes conveying fluids such as hydrocarbons. The connector joins two internally threaded pins (7a) and (7b) attached to pipe sections (3) to an externally threaded box (1). Alternatively, a single pin (7) anchored to a pipe section may be anchored to a box (8) joined to the opposite pipe section (3). Redundant mechanical liquid seals provide a wedge seal (12) as well as a thrust seal (6) where an extension of the pin (7a) abuts against the other pin (7b) or where it bears against the box (8). The connection is made by applying external pre-stress to the pin, allowing the box (1) to be rotated with limited resistance before releasing the external pre-stress, resulting in a high level of pre-stress sufficient that the thrust shoulders (5) of the pin (1) will not separate before the applied load approaches the yield strength of the connector material. This provides a double liquid seal consisting of a thrust shoulder (6) in addition to a wedge seal (12) which may confine viscous material that further enhances extrusion pressure at the termination of the threads (2a and 2b). Alternatively, the joint consisting of a single pin (7) and box (8) may be pre-stressed, providing a sliding bearing allowing the two components to be rotated independently. By pre-stressing the threads, stress ranges are significantly reduced and provide very high fatigue capacity. Finally, ultimate strength of the connector both in tension and in compression will exceed that of the pipe section.

7. WO/2016/130016 A DEBRIS COLLECTION TRAYWO18.08.2016
B24B 31/12
PCT/NO2016/050018STEPIEN, Tom RuneSTEPIEN, Tom Rune
The publication relates to a debris collection tray (10) for collecting debris generated while working on or treating a surface. The tray (10) comprises a bottom plate (11) and at least one side wall (12) extending from the bottom plate (11), defining a first collection space (15) to receive the debris. Moreover, the tray (10) is provided with an extraction opening (13) is arranged on said tray (10) for extraction of debris. The tray is provided with a grate (18) arranged inside the tray (10), within the side wall (12) and above the bottom plate (11), in a position above said extraction opening (13) defining a second space (16) for collection and extraction of debris, said second space (16) achieving a suction that is equally across the grate (18) surface when a vacuum is applied to the extraction opening (13).

8. WO/2016/130017 LANDING MEMBER FOR WIPER APPARATUS AND A SYSTEM THEREFOREWO18.08.2016
E21B 23/02
PCT/NO2016/050019¨1/12K TOOLS ASBOTNMARK, Ketil
The present invention concerns a landing system for a wiper apparatus (5) which is adapted for floating on a liquid surface of the drilling mud in the drill string (7) or hanging from a landing seat (9) located in a landing sub (8) by the use of a landing member (1). According to the invention, the landing seat (9) has an inner diameter (ID) which is similar to or greater than the ID of the drill string (7), and wherein the landing member (1) comprises a number of fingers (2) which are arranged to explode and follow the ID of the drill string (7) by the use of biasing members (4) which press the fingers outwards towards the ID of the drill string (7), the fingers (2) of the landing member (1) being adapted to sit on the landing seat (9).

9. WO/2016/126165 APPARATUS AND METHOD FOR THE REMOVAL OF UNWANTED INCLUSIONS FROM METAL MELTSWO11.08.2016
C22B 9/02
PCT/NO2016/000004NORSK HYDRO ASATUNDAL, Ulf
Apparatus and method for filtering molten metal, in particular aluminium, including a container (1 ) with an outer shell or casing of metal and an inner thermally insulated interior cladding or wall construction made of heat resistant insulation and refractory material. A removable lid (2) provided on top of the container to keep the container sealed (air tight) during operation, the container (1) being provided with an inlet chamber (3) having an inlet opening (4) receiving metal from a metal supply launder (10) and an outlet chamber (5) with an outlet opening (6) in which a ceramic or refractory filter (7) is mounted. The inlet chamber (3) and outlet chamber (5) are provided side by side within the container (I) and being split by a partition wall (16) extending from the bottom of the container and upwardly to a preset level of the container interior height. The container (1) is connected in parallel with a metal supply launder (10) via transversal metal launder stubs (8, 9) respectively provided between the inlet (4) and outlet (6) openings of the container and the metal supply launder (10). On the other hand, the launder (10) is provided with a dam (I I) or valve device by the outlet of the container (1) and another other dam or valve device (12) between the two launder stubs (8 and 9), the inlet and outlet openings of the container being optionally further provided with closures or stoppers (13, 14) respectively enabling closing and opening of the inlet (4) and outlet (6) of the container respectively. The filtering of the metal is obtained by initially priming the ceramic filter by drawing the metal upwards through the filter by vacuum to a preset level and then maintaining the metal level in the container during the filtering operation.

10. WO/2016/126164 METHOD AND SYSTEM FOR EMPTYING A LIQUID CONTAINING TANKWO11.08.2016
B08B 9/08
PCT/NO2016/000003VITALLIC ASSOLBERG, Petter
This publication relates to method and a system for emptying a liquid containing cargo tank, comprising a closable volume (1 ) arranged below and in liquid communication with a cargo tank (22) through closable opening, where undrained cargo upon completed emptying process from the cargo tank (22) will flow into the closable room (1 ); supplying pressurized gas through a gas supply line (3) to the closable volume (1 ); emptying cargo from the closable volume (1 ) through an outlet line (4); while sealing the opening by moving a sealing body(2) into sealing contact with the opening, the motion of the sealing body (2) being provided by the pressurized gas supplied through the supply line (3). The pressurized gas is prevented from being supplied to the closable volume (1 ) until a sealing contact between the sealing body and the opening is provided, whereupon liquid in the closable volume (1 ) is forced out of the closable volume (1 ) by the pressurized gas. The sealing effect is achieved by means of an actuator is in the form of a piston (13) and a cylinder (34), and that the cylinder (34) is provided with an closable orifice (5) in fluid communication with the closable volume (1 ), and being configured to remain closed until the piston has brought the sealing body (2) in sealing contact with the opening.


Results 1-10 of 9,732 for Criteria: Office(s):all Language:EN Stemming: true
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