WO/2016/148575 PERCUSSIVE HAMMERING ASSEMBLY||WO||22.09.2016|
||PCT/NO2016/050040||RESONATOR AS||HESTEVIK, Svein|
A percussive hammering assembly comprises a tool assembly (24, 25). The tool assembly (24, 25) is arranged to be oscillated in a direction (P) within a casing. An impact piston (27) is arranged slideably in a housing (28), together with a control valve (29) forming an impact assembly. An optional rotation module (37) is connected to the tool assembly (24, 25) to index the tool head (24) in contact with material to be removed. A drive assembly comprises a hydraulic pump (35) and a drive means (36), supplying pressure to a closed- loop hydraulic circuit. Constant liquid volume accumulators (30a, 30b) are arranged between a high pressure line (HP) and low pressure line (LP) within the closed-loop hydraulic circuit. A differential pressure compensator (38) is arranged between the LP line of the closed-loop hydraulic circuit and environmental pressure. The respective components are all accommodated within a liquid- filled casing.
WO/2016/148576 COLLECTING DEVICE AND METHOD FOR LOOSEN AND COLLECT DEBRIS IN A WELL||WO||22.09.2016|
||PCT/NO2016/050046||QINTERRA TECHNOLOGIES AS||HAUGLAND, Lasse|
A collecting device (1) for loosening and collecting debris in a well, the collecting device (1) comprising : - a first end portion and a second end portion; - a collecting receptacle (8) between the first end portion and the second end portion, the collecting receptacle (8) including at least one receptacle section (10) and at least one screen receptacle (10'); - a motor (22); and the collecting device (1), at its first end portion, including : - a feed pipe (6); - a conveying screw (18') in the feed pipe (6) driven by the motor (22), the conveying screw (18') being arranged to move the debris in towards the collecting receptacle (8); and - a tool (20) at the leading end portion of the conveying screw (18'). A method of loosening and collecting debris in a well by means of the collecting device (1) is described as well.
WO/2016/148577 METHOD AND SYSTEM FOR SUBSEA PURIFICATION OF PRODUCED WATER FROM SUBSEA OIL PRODUCING INSTALLATIONS||WO||22.09.2016|
||PCT/NO2016/050048||SEABED SEPARATION AS||SKOVHOLT, Otto|
The present invention is related to a method and system for subsea purification of produced water in a subsea installation comprising a tank assembly (10) for separating gas, oil, sand and other minerals and water by means of gravitational forces and retention time, as well as releasing purified water and storing of sand and other mineral particles for a long period, including many years.
WO/2016/148579 NOICE SUPPRESSION COVER FOR A HEAT PUMP||WO||22.09.2016|
||PCT/NO2016/050050||SAFER SOLUTIONS||GODAGER, Sindre|
A noice suppression cover (10) for an outdoor unit (30) of a heat pump is described, where the cover (10) is manufactured from a sound absorbing material and that the cover (10) is made with an internal open form (12) which, in the main, corresponds to the external form of the outdoor unit (30). The cover (10) is manufactured from a moulded, sound absorbing synthetic material, and the cover (10) is formed with a downwardly directing cavity (12) that is internally open and which, in the main, has a rectangular shape corresponding to the external form of the outdoor unit (30) of the heat pump, as the cover (10) is set up to be threaded down onto the outdoor unit (30) of the heat pump and to closely fit the outdoor unit (30).
WO/2016/148578 DEW POINT AND CARRY-OVER MONITORING||WO||22.09.2016|
||PCT/NO2016/050049||STATOIL PETROLEUM AS||DUPUY, Pablo Matias|
The invention relates to a method for automatically monitoring the liquid content in a gas, and in particular the gas leaving a scrubber and entering a compressor. In the method, a sample of fluid is taken from the outlet of the compressor, its temperature and pressure are automatically varied, and the pressure and temperature at which condensation forms is automatically detected. The pressure and temperature thus detected can be used to determine the liquid content in the gas. In a variant method, the temperature and pressure of the sample are automatically varied, and the rate of liquid condensation is measured to determine the liquid content. The invention also extends to a device for cooling a gas so that the liquid content of the gas can be determined, including a cooled housing with a cavity therein, and means for measuring the temperature and pressure within the cavity.
WO/2016/148574 TRAINING EQUIPMENT COMPRISING HARNESS FOR BALL TRAINING||WO||22.09.2016|
||PCT/NO2016/050034||KROKEN, Geir||KROKEN, Geir|
Training equipment for ball training comprising a ball (1) attached to an elastic line (2) which returns the ball to an origin, the elastic line (2) being attached to a rod (3). The rod (3) is attached to a harness (5) arranged to be attached to the back of an athlete (15) and is preferably extendable, such as telescopically extendable. The rod (3) is attached to the harness (5) via a curved intermediate piece (4) which may have a joint (4b) with adjustable angle.
WO/2016/144184 NFC METHOD AND DEVICE FOR COMMUNICATION WITH IMPROVED POWER HARVESTING||WO||15.09.2016|
||PCT/NO2015/050238||ONE2TOUCH AS||TANGEN, Kyrre|
Summary Method and devices for enabling Power Save Mode (PSM) (200) in near field communication (NFC) between a first active NFC device (10) and a second NFC device (10, 20), when the first active NFC device (10) and the second NFC device (10, 20) are in NFC connected mode (310).
WO/2016/144185 APPARATUS AND METHODS FOR INSTALLING A SUBSTRUCTURE||WO||15.09.2016|
||PCT/NO2016/000011||OWEC TOWER AS||FOSS, Gunnar|
There is described apparatus for use in installing a substructure, and related methods. In embodiments of the invention, the apparatus comprises a positioning device attached to a leg of the substructure. The substructure comprises at least one leg to be mounted to at least one base, and the positioning device comprising at least one jack for supporting the leg upon the base, such that at least part of the weight of the substructure is supported on the base via the jack. In this way, relative movement between the leg and the base can be reduced, to allow permanent mounting of the leg to the base for example by using a curable material.
WO/2016/144186 LIFTING ARRANGEMENT||WO||15.09.2016|
||PCT/NO2016/050017||MHWIRTH AS||ANGEL-DALANE, Erlend|
A back-up load retention system comprising a retention line (6) connectable to a load (7), a counterweight unit (4) connected to the retention line (6), which counterweight unit (4) is adapted to maintain a tension force in the retention line (6), and a double-acting hydraulic cylinder (2a) connected to the counterweight unit (4), whereby the double-acting hydraulic cylinder (2a) is configured to brake and/or stop the load (7) in the case of a failure in a main lifting system of said load (7). Furthermore, the invention relates to a lifting system comprising a main lifting system and the back-up retention system.
WO/2016/144187 SYSTEM FOR OPTIONAL DYNAMIC POSITIONING A SKI BINDING||WO||15.09.2016|
||PCT/NO2016/050038||ROTTEFELLA AS||AANES, Øyvind|
The present invention concerns a system for optional dynamic positioning of a ski binding (2) or parts of this, on or in a ski during use. The invention is characterized in that the system comprises an electrical actuator (6), an energy source (7) in order to run the electrical actuator, in addition to a control system (8) adapted to control the electrical actuator.