WO/2016/133399 PRODUCTION MONITORING - MULTI VOLUME DYNAMIC SEMI STEADY PARAMETRIC MODEL||WO||25.08.2016|
||PCT/NO2015/050037||PRODUCTION MONITORING AS||BØE, Arild|
A production monitoring system (10) comprises a plurality of production and injection wells (80) coupled in operation to sensors (410) for measuring physical processes occurring in operation in the production and injection wells (80) and generating corresponding measurement signals (420) for computing hardware (400). The computing hardware (400) is operable to execute software products (300) to analyze said measurement signals (420) to abstract a parameter representation of said measurement signals (420), and to apply said parameters to estimate at least one parametric model of said plurality of injection and production wells (80), and to employ one of these models for monitoring the system.
WO/2016/133401 TOOL FOR CLOSED WELL OPERATION||WO||25.08.2016|
||PCT/NO2016/000007||OPTIME SUBSEA SERVICES AS||CARLSEN, Tor-Øystein|
The invention relates to a tool and associated method for making closed operation in subsea wells possible, without the use of cable or coiled tubing up to the rig or ship. The object of this solution is to move such operations to lighter and more cost efficient vessels or ships which are not necessarily required to handle hydrocarbons up to the deck of the vessel. The basis of maintaining two independent well barrier envelopes is met even if the tool and the method for operation does not require cutting functions for isolating the well from the environment. The tool comprises a hoist arrangement, a seal element and connection points. The localization and arrangement of these are essential for the invention. The invention also adapts for use of traditional workover systems as alternative, independent operation, if the new technique should not complete the operation as planned.
WO/2016/133400 SEAWATER ASSISTED ACCUMULATOR||WO||25.08.2016|
||PCT/NO2016/000006||OPTIME SUBSEA SERVICES AS||CARLSEN, Tor-Øystein|
A seawater assisted accumulator where the environmental pressure reinforces available hydraulic energy. The accumulator has a first piston exposed to environmental pressure on one side and low pressure on the other side, and a second piston exposed to pre-charged gas pressure on one side and hydraulic work fluid on the other side. The first piston is axially connected to the second piston with a rigid tension rod and has a larger diameter than the second piston.
WO/2016/133402 MODULE-BASED VERTICAL ACCESS TOOL FOR OFFSHORE INSTALLATIONS||WO||25.08.2016|
||PCT/NO2016/050024||PREZIOSO LINJEBYGG AS||LOTHE, Arne|
Module-based vertical access tool for work in the splash zone of an offshore installation, including a framework of framework modules, an attachment module arranged for attaching the module-based access tool to a structure of the offshore installation, and a tool module which can move in the longitudinal direction of the framework and which tool module itself carries driving means for movement along the framework, and a remote arm arranged to the lower side of the tool module, to which remote arm work equipment can be arranged.
WO/2016/133403 BASSINET AND CRADLE||WO||25.08.2016|
||PCT/NO2016/050025||STOKKE AS||ANGELFOSS, Hilde|
A bassinet (1) comprising a hammock (10) and a framework (20), wherein the hammock (10) has a first pair of opposing panels (11), a second pair of opposing panels (12) and a bottom panel (13), wherein at least one of the first or second pair of opposing panels (11, 12) are connected to the framework (20) and wherein the first and second pair of opposing panels (11, 12) each are connected to the bottom panel (13) such that the bottom panel (13) is suspended in a predetermined orientation relative to the framework (20), and wherein each panel of the first pair of opposing panels (11) is capable of flexible deformation such that the bottom panel (13) is displaced in relation to the framework (20) while the relative orientation of the bottom panel (13) and the framework (20) remains constant.
WO/2016/133404 A SANITARY ARTICLE COMPRISING AN INTEGRATED DISPOSAL BAG, AND A METHOD OF DISPOSAL THEREOF.||WO||25.08.2016|
||PCT/NO2016/050028||ZOUHRI, Naima||ZOUHRI, Naima|
The present invention discloses an improved sanitary article (10) comprising an integrated disposal bag (11). The disposal bag can be wrapped inside out over a soiled sanitary article when being attached to the sanitary article body (10) thereby protecting a user from contamination from the soiled sanitary article (10). Further, the present invention comprises also a method of removing a soiled sanitary article (10) being in use according to the present invention.
WO/2016/130020 PLANT RESISTANCE GENES||WO||18.08.2016|
||PCT/NO2016/050023||BIOFORSK - NORWEGIAN INSTITUTE FOR AGRICULTURAL AND ENVIRONMENTAL RESEARCH||DAVIK, 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.
WO/2016/130015 SYSTEM FOR CONTROLLING REMOTELY CONTROLLED EQUIPMENT||WO||18.08.2016|
||PCT/NO2016/050007||MHWIRTH AS||HODNE, 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).
WO/2016/130018 METHOD AND DEVICE FOR PALLETIZING PACKAGES FROM A RACK TO A SUPPORTING DEVICE||WO||18.08.2016|
||PCT/NO2016/050021||FIRST PROCESS AS||AASEN, 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).
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 CABLE||WO||18.08.2016|
||PCT/NO2016/050022||INAPRIL AS||HOVLAND, 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.