WO/2015/041536 DEFLECTOR GRIP ADAPTER, DEFLECTOR AND SYSTEM FOR LAUNCHING AND HAULING OF SUCH A DEFLECTOR.||WO||26.03.2015|
||PCT/NO2013/000045||ULMATEC BARO AS||SANDVIK, Karl, Fredrik|
The invention is a marine deflector handling system comprising - a seismic survey vessel with a deflector towing sheave (4) with a towing line (3) to a seismic deflector bridle block (2), wherein said bridle block (2) comprises, as counted from its outer end to its inner end: - two triple head arms (19) with each its triple head (20) in their outer ends for fore and aft sets of bridle lines to a deflector (1), - wherein said triple head arms (19) in their inner ends are coupled together in a hinge bearing block (24) which further holds an outer end of a grip adapter stem (26), - wherein said grip adapter stem in its opposite, inner end is provided with a grip adapter axle block (262) with a transverse through extending and protruding grip adapter axle (263) arranged for being gripped by a crane jaw (101), - wherein said grip adapter axle (263) further holds an outer end of a sheave block stem (27) with an inner end provided with a sheave block (28) for said towing line (3).
WO/2015/041537 APPARATUS AND METHOD FOR CHARACTERIZATION OF FLUIDS OR POWDERS BY ELECTRICAL PERMITTIVITY||WO||26.03.2015|
||PCT/NO2014/050088||ADVANTEC SENSING AS||GUNDERSEN, Tore|
Apparatus and method for determining a value of a parameter related to electrical permittivity of a fluid media to be characterized in a container. An electronic sensor comprises a first electrical capacitor formed by at least one electrode on a first side of a dielectric barrier and at least a first part of an electrically conducting housing surrounding a dielectric barrier. The housing is adapted for being sealingly attached to wall of the container so as to allow the fluid media to be characterized to occupy a space between the housing and a second side of the dielectric barrier, and an electronic relaxation type oscillator circuit arranged on a first miniature circuit board being fit to the housing and connected with the first electrical capacitor. An electrical power supply is connected to supply electrical power to the oscillator, and a frequency measuring device coupled to the oscillator circuit for providing a measured oscillator frequency representing the electrical permittivity dependent on an electrical capacitance of the electrical capacitor and an electrical resistance of an electrical resistor. The oscillator circuit includes an electronic inverter circuit formed by a first integrated advanced high-speed CMOS electronic Schmitt trigger circuit, and the electrical power supply supplies electrical power to the oscillator circuit at an ultra-stable supply voltage.
WO/2015/041543 VERTICAL PLATE FREEZER||WO||26.03.2015|
||PCT/NO2014/050173||INNO-FREEZE AS||JUELSEN, Erik|
The present invention is related to a vertical plate freezer comprising a number of freezing plates 1 being arranged vertically side by side with intervening freezing compartment 2. The freezing plates 1 are moveable in the longitudinal direction of the freezer, and are mutually connected to each other via intervening, releasable spacers 3 constituting sidewalls in the freezing compartment 2. The invention also concerns such spacers.
WO/2015/041538 ACID BLOCK AND METHOD OF LOCAL ACID TREATMENT OF SUBSEA CONNECTING ELEMENT||WO||26.03.2015|
||PCT/NO2014/050152||JUPA AS||SCHELDERUP, John, Harald|
An acid block (2) for local acid treatment of a subsea connecting element (1), which is in need of cleaning by acid treatment is described, wherein a block element (21), which is formed from an acid or an acid residue in solid form, is formed for positioning on or at a portion of the connecting element (1), for example a connecting interface formed according to an API standard. A method of acid treatment of a subsea connecting element (1), which is in need of cleaning by acid treatment is described as well.
WO/2015/041541 DEVICE AND METHOD FOR MEASURING FLOATING OF FEED PELLETS||WO||26.03.2015|
||PCT/NO2014/050169||EWOS INNOVATION AS||RUGRODEN, Peter|
A device and method for testing of float properties of feed pellets, such as fish feed, are described wherein the device is suitable to determine the float in a standardized way resembling the environmental conditions in aquaculture. The device may also be used to determine the sinking rate or disintegration of feed pellets in a liquid.
WO/2015/041539 CULTIVATOR SHARE DEVICE||WO||26.03.2015|
||PCT/NO2014/050166||KVERNELAND GROUP OPERATIONS NORWAY AS||SKJÆVELAND, Magne|
Cultivator share device (1) comprising a fastening portion (11) for fixing to a tine (2), a point (121) and divergent wings (13a, 13b) protruding backwards from the point (121) and a longitudinal ridge (122) extending from the point (121) and towards the fastening portion (11), the wings (13a, 13b) forming a leading wing edge (124a, 124b, 132a, 132b), wherein a front portion (12) formed by the point (121), a substantial portion of the longitudinal ridge (122) and front wing portions (123a, 123b) is deflected downwards such that, seen in the working direction of the cultivator point (1), there is an angle difference (a) between a plane congruent with the leading wing edges (132a, 132b) of rear wing portions (131a, 131b) and a plane congruent with the leading wing edges (124a, 124b) of front wing portions (123a, 123b).
WO/2015/041542 A SUPPORT SYSTEM FOR BI-LOBE CYLINDRICAL TANKS||WO||26.03.2015|
||PCT/NO2014/050171||TANKER ENGINEERING AS||AARSETH, Harald|
An arrangement for supporting a bi-lobe tank (3) in a seagoing vessel (1), the tank (3) having first and second equal and partially cylindrical shells built into each other at a common divisional section. The shells are each having a vertical central plane (10, 11), and the arrangement comprises a cradle support (6) lined with a load carrying layer (8) of thermally insulating material. The shells are without direct contact with the cradle support (6) or its load carrying layer (8) in the area between the vertical central planes (10, 11) of the shells. Instead, a separate support (12, 13) or external reinforcement (16, 17) for the shells is arranged in said area.
WO/2015/041540 SKI BINDING FOR TOURING OR CROSS-COUNTRY SKIING||WO||26.03.2015|
||PCT/NO2014/050168||ROTTEFELLA AS||HOLM, Thomas|
A touring or cross-country ski binding comprising a first recess for receiving a ski shoe pin. The binding also comprises a locking member movable back and forth along between a locking position and a open position. Further, the binding comprises a biasing means configured to bias the locking member towards the locking position. The binding also comprises an activation member rotatably attached to the housing for rotation around a transversal rotational axis of the binding. The locking member is provided with at least one outer portion shaped to allow a ski shoe pin to force the locking member from the locking position towards the open position at entry of the ski shoe pin into the first recess. The activation member is provided with an arm extending radially away from the transversal rotational axis of the activation member. The activation member and the locking member are operatively connected by means of mutually cooperating connection means configured such that at rotation of the arm in the first rotational direction through a predetermined lower operational range of the arm, the activation member forces the locking member from the locking position to the open position. The mutually cooperating connection means are also configured such that any movement of the arm caused by movement of the locking member from the locking position to the open position occurs only within the predetermined lower operational range of the arm. The binding is provided with a means for releasably holding the locking member in its open position at movement of the arm to a predetermined upper position outside the predetermined lower operational range of the arm.
WO/2015/038002 LOAD CARRYING BUNDLE INTENDED FOR USE IN A POWER CABLE OR A POWER UMBILICAL||WO||19.03.2015|
||PCT/NO2014/050161||AKER SUBSEA AS||WILLEMOËS, Peter M.|
A load carrying bundle of elongate elements (12, 13) combined with a fibre optic cable for integration with an elongated structure to perform global strain monitoring using fibre optic strain sensors is described. The load carrying bundle is made up by a number of individual elongated strength elements (13), which individual elongated strength elements are laid in a helix around the, in the bundle, centrally located fibre optic cable sensor (12). The elongated strength elements (13) are laid adjacent to each other enabling to perform both a protective enclosure of the fibre optic cable sensor (12) and to provide frictional bonding between the fibre optic cable sensor (12) and the elongated strength elements (13).
WO/2015/038001 DOUBLE HOSE DEVICE||WO||19.03.2015|
||PCT/NO2014/050156||SAFEHOSE HOLDING AS||GJERDE, Roger|
Device for a double hose structure (11) with an inner main hose (12) and an outer cover hose (13) defining an annular space (14) intended to give the hose buoyancy in water, and where at least one end is provided with a coupling member (15) forming a mount for the main hose (12) and the cover hose (13) and which at a free end merges into a threaded portion (22) for connecting the hose assembly (11) to an auxiliary connection. The coupling member (15) comprises an inner coupling sleeve (16) which is tightly connected to one end of the main hose (12) and an outer coupling sleeve (18) which is tightly connected to the cover hose (13), the inner (16) and outer coupling sleeves (18) being mutually connected to form a liquid tight termination of the annulus (14) by means of an ring-shaped plate (30). The ring-shaped plate (30) is attached with a number of screws (25) through holes (29) only to the outer sleeve (18), the ring-shaped plate (30) being forced against a shoulder (20) of the inner coupling sleeve (16) by a ring nut (40) with internal threads that match external threads (21) on the inner sleeve (16).