||WO||WO/2014/142671 - POLE HANDLE||18.09.2014||
||PCT/NO2014/050032||PIVOT PRODUKTDESIGN AS||ERIKSEN, Jørgen Weidemann|
It is described a handle element (1) comprising a front part (13), a rear part (21) and a support part (9) that form a triangle. At the transition between the front part (13) and the rear part (21), there is arranged an upper tapered section (7) comprising at least one recess, where the surface of the front part (13) has a curved shape for placement of the fingers (2, 3, 4, 5) of a partly closed hand. It is also described a handle for a pole or stick and a pole with such a handle element.
||WO||WO/2014/142670 - VIBRATION DEVICE FOR DELIVERING VIBRATION OF STOCHASTIC TYPE||18.09.2014||
||PCT/NO2014/050026||REDCORD AS||KIRKESOLA, Gitle|
Vibration device for influencing at least one reduced or absent body function of at least one body part of a human being or animal. The vibration device (1) is configured to have direct or indirect contact with at least one body part of a human being (12) or animal. The vibration device has at least one vibrator (13; 14; 15) and is configured to cause that the body part is subjected to vibration in order to simulate the bodily function. The vibrator(s) is/are controllable to deliver vibration of stochastic type with at least one frequency, at least one amplitude, and at least one defined vibration cycle as parameters, at least one of the parameters having a parameter value elected from one of: stochastic elected value and stochastic varying value.
||WO||WO/2014/142672 - A METHOD AND A SYSTEM FOR REINFORCING A BUTTRESS DAM||18.09.2014||
||PCT/NO2014/050033||KONOW, Thomas||KONOW, Thomas|
A method of reinforcing an existing buttress dam having an existing upstream deck (1) and existing supporting buttresses (3) and hollow sections (5) between said buttresses (3), comprises the casting of one or more new buttresses (4) in one or several hollow sections (5) on the downstream side (DS) of the existing upstream deck (1) of the dam. The new buttresses (4) are connected together by the existing upstream deck (1) or by a new concrete deck (2) resting against the new buttresses (4).
||WO||WO/2014/137219 - DRAG REDUCER||12.09.2014||
||PCT/NO2014/000025||AKER SUBSEA AS||NORUM, Viggo Lauritz|
The invention provides a liquid filled, fast rotating unit, such as an electric motor, a mechanical or a magnetic coupling, distinctive in that the liquid filled unit comprises at least one rotating shield arranged between surfaces of different rotational speed.
||WO||WO/2014/137217 - HEAT EXCHANGER INLET AND OUTLET DESIGN||12.09.2014||
||PCT/NO2014/000007||NORSK HYDRO ASA||PLOUG, Ole|
Improved design of the inlet and outlet of heat exchangers for heat exchange or heat recovery in solutions such as refrigeration or heat pump systems, in particular a condenser or evaporator in such systems, where the heat exchanger includes one or more-multi channel or multi-port extruded profiles, MPE, (7, 8) formed as individual serpentine elements. Each element (7, 8) is provided with inlet (9, 18) and outlet tubes (10, 19) which in turn are connected to the outlet pipe or collector (11), respectively an inlet pipe or distributor (12).
||WO||WO/2014/137222 - RUDDER||12.09.2014||
||PCT/NO2014/050029||ROLLS-ROYCE MARINE AS RUDDERS||ELVESTAD, Stig|
A rudder for a ship is described, comprising a rudder blade (10) which is fastened via a rudder stock (32) to the aft end (16) of the ship, where the rudder blade (10) is a rudder blade of the suspension type, comprising a first rudder blade part (12) and a second rudder blade part (14), arranged above and below each other, respectively, the rudder stock (32) is mounted and fastened to the rudder blade (10) and extends up into the aft end (16) of the ship, where the rudder stock is coupled at the upper end to a steering gear (20) arranged at the aft end (16) of the ship. An outer tube (34) is arranged about the rudder stock (32) where the outer tube (34) is fastened in the first, upper rudder blade part (12) and the aft end (16) of the ship, respectively, and that the rudder stock (32) extends through the outer tube (34) and down into the second, lower rudder blade part (14).
||WO||WO/2014/137221 - A TRAINING APPARATUS||12.09.2014||
||PCT/NO2014/050028||BADARNEH, Ziad||BADARNEH, Ziad|
The present invention provides for a training apparatus for physical exercise, preventive exercise and rehabilitation of injuries and increased balance. The apparatus is designed for running and walking exercises and comprises of a base frame (1) configured to be placed on a floor with a tread surface and endless roller belt (4) for running and walking. The apparatus has means for tilt and incline/decline motion of the tread surface which is controlled by a computer unit. The computer unit is adapted to display a graphical user interface and animation of the track or terrain which is part of a chosen training session.
||WO||WO/2014/137220 - WIRELINE ASSISTED COILED TUBING PORTION AND METHOD FOR OPERATION OF SUCH A COILED TUBING PORTION||12.09.2014||
||PCT/NO2014/050027||MEBRATU, Mikias, Amare||MEBRATU, Mikias, Amare|
A wireline-assisted coiled-tubing portion (1) arranged to be lowered into a well (9) in a ground (90), the wireline-assisted coiled-tubing portion (1) including : - a coiled-tubing portion (13), the coiled-tubing portion (13) in its entirety being arranged to be lowered into the well (9); and - a wire (11) which is attached to an, in the position of application, upper portion (15) of the coiled-tubing portion (13), the wire (11) extending from the coiled-tubing portion (13) to the opening of the well (9) at a surface, and the wire (11) being arranged to transmit electrical energy and electrical signals; wherein the coiled tubing portion (13) : - in its upper portion (15), is provided with an upper activatable sealing element (29) arranged to seal an annulus (17) between the coiled-tubing portion (13) and the well (9); - in its upper portion (15), is provided with at least one opening (21) connecting the interior (130) of the coiled-tubing portion (13) to the surroundings of the coiled-tubing portion (13); - in a lower portion (18), is provided with an activatable sealing element (19) arranged to seal an annulus (27) between the coiled-tubing portion (13) and the well (9), the sealing element (19, 19') creating a lower zone (40) below the sealing element (19, 19'); and - in its lower portion (18), is provided with a tool (3) allowing fluid flow-through so that the lower zone (40) may be in fluid communication with the annulus (17) through the tool (3), the interior (130) of the coiled-tubing portion (13) and the opening (21). A method for the controlled conveyance of a fluid in a well (9), and a use of a coiled-tubing portion (13) are described as well.
||WO||WO/2014/137218 - METHOD AND DEVICE FOR THERMAL BIOLOGICAL BREAKDOWN AND DEWATERING OF BIOMASS||12.09.2014||
||PCT/NO2014/000023||CAMBI TECHNOLOGY AS||SOLHEIM, Odd, Egil|
A method is described for thermal biological breakdown and dewatering of biomass, which is characterised in that it comprises the following steps: - lead the biological residue material (8) from a digesting tank (6) to a dewatering device (9) and dewater the material to typically 15-25% dry matter, - lead the dewatered material (10) to a device (12) and carry out a thermal hydrolysis at typically 145-170 °C for typically 10-40 minutes, - subject the hydrolysed biomass (14) to a quick pressure reduction that results in a steam explosion in the biomass, - dewater the thermally hydrolysed and steam exploded hot biomass (14), at typically 85-105 °C in a closed dewatering unit (16), typically a centrifuge, to typically 35-60% dry matter, - cool the dewatered biomass (18) in a cooler (19), preferably an air- cooler and dewater the biomass further by evaporation to typically 40- 75% dry matter, - lead the liquid phase (17) from the dewatering unit (16), which contains considerable amounts of hydrolysed organic matter and heat upstream of the digesting tank (6) for increased production of biogas. Also described is a device to carry out the method.
||WO||WO/2014/133393 - BLOWOUT PREVENTER CLEANING TOOL||04.09.2014||
||PCT/NO2013/050043||ARCHER OIL TOOLS||SKJEIE, Trond|
A BOP cleaning tool comprising a pipe section (1) provided with a through central channel (5) and inner radial channels (70) in distinct levels to a distribution annulus (40) within an external tubular member (4) with external fins (6), - said tubular member (4) having and outer radial channels (71) from said distribution annulus (40) to nozzles (7) between said fins (6) for flushing fluid from said central channel (5) out into a BOP bore for washing cavities in said said BOP bore, wherein a flow control sleeve (50) having holes (51) is provided within said central channel (5), the said flow control sleeve (50) being displaceable from a radially closed initial first closed position (I) to a second position (II) with said holes (51) aligned with said inner radial channels (70) for starting flushing through said nozzles (7), and further displaceable to a radially closed third position (III) with said holes (51) out of alignment with said inner radial channels (70) for halting said flushing through said nozzles (7).