WO/2015/096841 MARINE PROPULSION UNIT||WO||02.07.2015|
||PCT/DK2014/050447||HYDRO BLASTER IMPELLER APS||BRANDT, Jens-Hagen|
Marine propulsion unit, where said unit comprises a streamlined body, where said body has a front end and a rear end, where in use the front end will be facing upstream and the rear end downstream, where the front end has a larger cross section perpendicular to the intended travelling direction than the rear end, and where the front end is provided with a water inlet opening, where said opening is in communication with an impeller, which impeller rotates around an axis parallel to the intended travelling direction, where said impeller has one or more vanes whereby the water entering the front end is expelled radially away from the impeller's rotating axis, where said expelled water is forced through one or more rectifier nozzles directing said expelled water along the outer surface towards the rear end of the streamlined body.
WO/2015/096839 FIXING DEVICE FOR FIXATING A SEGMENT OF A WIND TURBINE BLADE TO A MOULD||WO||02.07.2015|
||PCT/DK2014/050430||VESTAS WIND SYSTEMS A/S||SIMONSEN, Claus Svend|
For fixating a blade segment (1a) of a rotor blade of a wind turbine to a mould (20a), in which the blade segment is manufactured, a fixing device (10) is provided comprising a first portion (11) for selectively applying a clamping force on the fixating extension and a second portion (12) for fixating the fixing device to the mould. In the fixing device (10) one of the first and second portions comprises a cylinder portion (15a) with a threaded structure, and a threaded abutment structure (15b) encircling the cylinder portion and engaging its threaded structure. The respective other portion comprises an aperture (14) and a recess with a second abutment structure (16a) within the aperture. The aperture (14) is adapted to receive the cylinder portion (15a) such that the cylinder portion (15a) protrudes the aperture (14) along its cylinder axis, and the second abutment structure (16a) is adapted to engage and exert a force on the threaded abutment structure (15b) in a direction parallel to the cylinder axis. One of the first and second portions (11,12) comprises a lateral opening (18) allowing a retaining web (19a) of the respective other portion to abut therein.
WO/2015/096840 WIND TURBINE BLADES||WO||02.07.2015|
||PCT/DK2014/050432||VESTAS WIND SYSTEMS A/S||SMITH, Jonathan|
A method of making an elongate wind turbine blade is described. The wind turbine blade extends longitudinally between a root end and a tip end in a spanwise direction, and the method comprises: (a) providing an elongate mould tool (20) extending longitudinally in a spanwise direction; (b) arranging an elongate spar structure (40) in the mould tool, the spar structure (40) extending longitudinally in the spanwise direction; (c) arranging core material (24) adjacent to the spar structure (40); (d) providing resin-permeable material (114) between the spar structure (40) and the core material (24); and (e) administering resin into the mould during a resin infusion process. The resin-permeable material (114) restricts the flow of resin between the spar structure (40) and the core material (24) in the spanwise direction and thereby substantially prevents lock-offs from forming during the infusion process.
WO/2015/090320 DOSE DELIVERY DEVICE WITH IMPROVED HANDLING||WO||25.06.2015|
||PCT/DK2014/000056||CPU INNOVATION||MØLLER, Claus, Schmidt|
The invention relates to a dose delivery device wherein a dose can be set by rotating a dose-setting member 3, and by which rotation of the dose-setting member 3 loads a spring 15 when the dose is set, and by which the applied spring force is released by activation of a trigger 5 whereby the spring force drives a screw 8 co-operating with the piston in a cartridge forward and whereby a medicament thereby is expelled out of the cartridge through a needle. The dose delivery device according to the invention is characterized in that it comprises a dial 2 with numbers corresponding to a specific amount of medicament arranged in circles around the cylindrically surface of the dial, and displayed one by one through a window in the housing. The dose delivery device is further characterized in that it provides an improved way of preparing the device for injection and to inject the set dose.
WO/2015/090323 WIND TURBINE GENERATORS WITH POWER BACKUP SYSTEM||WO||25.06.2015|
||PCT/DK2014/050405||VESTAS WIND SYSTEMS A/S||ROSENVARD, Paw|
An array (8) of wind turbine generators comprises a plurality of groups (9a, 9b) of generators (10a, 10b,... 10η; 11 a, 11 b,... 11 n), each group being connected to a mains electricity grid sub-station (12) by means of a respective high-voltage cable (13a, 13b); auxiliary power is required by each generator to orient the rotor blades to face the wind direction and also for other control and safety functions; this auxiliary power is normally extracted from the power generated within each wind turbine generator; during servicing, auxiliary power is supplied from neighbouring generators using dedicated low-voltage cables (14a, 14b,... 14d; 15a, 15b,... 15n; 16); in the event of a fault in the high-voltage cable connecting one of the groups of generators to the sub-station, these low-voltage cables are used to supply the generators within this group with auxiliary power from the output of one or more of the generators in the other group of generators.
WO/2015/090324 DEVICE FOR DYNAMIC SWITCHING OF ROBOT CONTROL POINTS||WO||25.06.2015|
||PCT/DK2014/050412||SYDDANSK UNIVERSITET||SAVARIMUTHU, Thiusius Rajeeth|
The invention comprises a system for switching between control points of a robotic system involving an industrial robot including a robot arm with a number of joints and provided with a tool interest point movable in a plurality of degrees of freedom.
WO/2015/090319 A TRANSMISSION FOR A HUMAN POWERED VEHICLE (HPV) AND SUCH VEHICLE||WO||25.06.2015|
||PCT/DK2013/050452||J.M.J. HOLDING APS||JOHANNESSEN, Jørgen Mosbæk|
The transmission is for transmitting a reciprocating pedal movement into a rotational movement and comprises a pair of pedals suspended for reciprocating movement, two rotating cam members (29) rotating around respective cam axes (33), each rotating cam member (29) having a peripheral cam surface (31), the rotating cam members (29) being coupled to a rotating member (35) through a respective one-way clutch. Flexible tension members (63) are connecting either peda to a respective one of the rotating cam members (29), which are eccentric to provide for a gearing ratio between angular movement of the rotating cam member (29) and translational movement of the respective pedal to vary,such that the gearing ratio has a minimum value when the pedal is in an intermediate position between its extended position and its retracted position, and major values when the pedal is in its retractedor extende dposition.
WO/2015/090325 A METHOD FOR DETERMINATION OF A QUALITY PARAMETER OF A HYDROCARBON GAS MIXTURE||WO||25.06.2015|
||PCT/DK2014/050424||NANONORD A/S||JENSEN, Ole Nørgaard|
The invention relates to a method for determination of a quality parameter of a hydrocarbon gas mixture, such as LNG, CNG or SNG, the method comprising subjecting at least a part of the hydrocarbon gas mixture to an NMR reading comprising generating a H data comprising a H NMR spectra and correlating the H NMR data to calibration data, wherein the calibration data relates the H NMR data to at least one quality parameter of the hydrocarbon gas. The invention also relates to a system suitable for determination of a quality parameter of a hydrocarbon gas mixture according to the method.
WO/2015/090328 SYSTEM, PASSENGER TRAIN, METHOD AND SOFTWARE PRODUCT FOR ASSISTING A PASSENGER TO LOCATE A SEAT ON A TRAIN||WO||25.06.2015|
||PCT/DK2014/050429||APORTA DIGITAL APS||BANG-OLSEN, Jesper|
A system, a passenger train (1), a method and a software product (27) for assisting a passenger of a passenger train to locate a vacant or reserved seat (5) by providing an optical machine readable code (20, 21) on said passenger train and to use the known location of said optical machine readable code to determine the location of the passenger (6) who is requesting assistance for location of a passenger seat (5). When the passenger has scanned the optical machine readable code (20, 21) with his or her mobile device (7) the mobile device, based on information from a server provides navigational information from the location of said optical machine readable code (20, 21) to said vacant or reserved passenger seat (5).
WO/2015/090329 SCRAPING ROLLER WITH CORE PART||WO||25.06.2015|
||PCT/DK2014/050431||JASOPELS A/S||PEDERSEN, Kurt|
A scraping roller (1) is disclosed for scraping the flesh side of an animal pelt. The roller comprises a plurality of teeth (8) each having a scraping edge (4), the scraping roller comprising a core part (2) and an outer layer (3) in which the scraping edges (4) are formed, wherein the outer layer is made from a plastic material of a hardness in the range of Shore 60A and Shore 95A and the core part (2) is made from a plastic material of a hardness of at least Rockwell 60R, and wherein the outer layer (3) adhere to the core part (2) at interfaces between the outer layer (2) and the core part (3). The use of the scraping roller (1) for scraping the flesh side of a pelt, in particular a mink pelt, is furthermore disclosed.