WO/2015/070865 PARTICLE THERAPY SYSTEM||WO||21.05.2015|
||PCT/DK2013/050380||DANFYSIK A/S||KRUSE, Lars|
The present invention relates to a particle therapy system for cancer therapy with a rotatable gantry. The present invention further relates to use of a particle therapy system for particle therapy according to a treatment plan. Still further the present invention relates to use of a particle therapy system wherein the particle therapy system is placed in a single room, and a method of operating a particle therapy system. Figure
WO/2015/070879 FLOW REGULATION VALVE WITH FLOW DISC||WO||21.05.2015|
||PCT/DK2014/050389||MÜLLER GAS EQUIPMENT A/S||TORP, Hauke|
Flow Disc The present invention concerns a flow control valve for use in connection with stepwise regulation of compressed gases with a flow less than or equal to 25 1/min, the flow control valve including flow control means including a flow disc (7) and a spindle (4), the flow disc(7) including a number of flow apertures (12) with an internal wall, and the flow disc (7) being connected with the spindle (4), wherein the spindle (4) is arranged for rotation about an axis, wherein the flow apertures (12) by rotation of the spindle (4) about the axis are moved relatively and brought into a position in relation to at least one discharge opening for yielding a stepwisely determined flow through one or more the flow apertures (12). The invention also relates to a method for making such a flow control valve.
WO/2015/070881 DISPLAY ARRANGED FOR COMBINING A PHYSICAL OBJECT WITH ONE OR MORE DIGITAL IMAGES||WO||21.05.2015|
||PCT/DK2014/050391||REALFICTION APS||SIMONSEN, Peter|
The present invention relates to a display (1) for presenting products or objects in combination with digital images in the form of free-floating video elements. Said display (1) comprises at least three semi-transparent mirrors (2, 3, 4) combined into a part of a pentahedron (5), and at least three image sources in the form of monitor devices (6,7,8). Each monitor device is arranged for projecting the digital images via each their subjacent semi-transparent mirror onto a physical object placed on a base (9) of the pentahedron (5). The monitor devices are placed in different planes, thereby ensuring that the dimensions of the image sources is not no longer an restriction. It is accordingly possible to use retail monitor devices without having to alter or adjust the dimensions of said devices. This not only provides a less expensive display, but also ensures that the maintenance of the display is reduced.
WO/2015/070866 AN APPARATUS FOR ENDOSCOPY||WO||21.05.2015|
||PCT/DK2014/000052||SIMONSEN & WEEL A/S||SVENDSEN, Lars B.|
The invention relates to an apparatus (100) for monitoring the quality of an endoscopy, in particular a colonoscopy, performed on an individual (11), said apparatus comprises: -an elongate flexible endoscopic arm (2) adapted to be inserted into the large intestine (4) of an individual; and -a sensor system (14) adapted to be arranged outside the body of an individual; and -a quality assessment system (16) for evaluating the quality of a specific endoscopy procedure performed on an individual. The invention provides improvements in the quality of an endoscopic insertion of an endoscope in the large intestine of an individual. Furthermore, the invention provides for an optimized training of the medical staff performing the colonoscopy in order to improve the skills of that medical staff. Finally, the invention provides for an objective assessment as to the quality of an endoscopy.
WO/2015/070870 IMPROVEMENTS RELATING TO WIND TURBINES||WO||21.05.2015|
||PCT/DK2014/050378||VESTAS WIND SYSTEMS A/S||OLESEN, Ib Svend|
The invention relates to a wind turbine having at least one rotor blade comprising: a transmitter arranged to transmit an electro-magnetic (EM) radiation signal having spatially dependent characteristics;a receiver arranged to receive the EM-radiation signal, the receiver being located on the blade at a location outboard with respect to the transmitter and being arranged such that a deflection of the rotor blade results in a displacement of the receiver relative to the transmitter; and a processor arranged to calculate a deflection of the rotor blade based upon spatially dependent characteristics of the received EM-radiation signal. The invention also relates to a method of determining deflection of a blade of a wind turbine rotor during rotation of the rotor, the method comprising: transmitting from a first position an electro-magnetic (EM) radiation signal having spatially dependent characteristics; receiving the EM-radiation signal at a second position, the second position being located on the blade at a location outboard with respect to the first position, and being arranged such that a deflection of the rotor blade results in a displacement of the second position relative to the first position; and calculating the deflection of the blade based upon the spatially dependent characteristics of the received EM-radiation signal.
WO/2015/070869 ACTUATOR SYSTEM WITH DUAL CHAMBERS||WO||21.05.2015|
||PCT/DK2014/050376||AALBORG UNIVERSITET||BERG, Nick Ilsø|
The present invention relates to an actuator system with a magnetic lead screw (50), comprises a magnetic rotor (5) and a translator cylinder (2), the translator cylinder (2) comprises a magnetic stator (16), the translator cylinder (2) has a closed first end (14) and a second end confined by a lid (8), the lid having a shaft opening (17) for a shaft (6) coupled to the magnetic rotor (5), wherein the magnetic rotor (5), when inserted in the translator cylinder (2), is arranged to translate a linear movement of the translator cylinder (2) into a rotational movement of the magnetic rotor by using magnetic flux (82) interacting between the magnetic stator and the magnetic rotor, said rotational movements is being transferred through a shaft (6), the lid (8) with a shaft opening (17) arranged for receiving the shaft (6), wherein the shaft is arranged to make both the linear and the rotational movement in the shaft opening (17), the lid (8) being arranged for confining the second end (15) of the translator cylinder (2), the translator cylinder confined by the lid (8) forms,when divided by the magnetic rotor (5), a first chamber (TC) with a first volume and a second chamber(BC) with a second volume, wherein the first volume and the second volume changes as a function of the linear movement. The invention also relates to a method of operating an actuator system with a magnetic lead screw.
WO/2015/070872 A METHOD FOR QUANTITATIVE DETERMINATION OF NITROGEN IN AN AQUEOUS FLUID||WO||21.05.2015|
||PCT/DK2014/050380||NANONORD A/S||JENSEN, Ole Nørgaard|
The invention concerns a method for quantitative determination of nitrogen present in the form of one or more nitrogen containing compounds and/or ions thereof in an aqueous fluid, the method comprises subjecting at least a part of the aqueous fluid to an NMR reading comprising generating a 14N data comprising a 14N NMR data spectra and correlating the 14N NMR data to calibration data. A system suitable for carrying out the method as well as a moveable manure spreader comprising a system is also described.
WO/2015/070871 AN ASSEMBLY COMPRISING AN UNBONDED FLEXIBLE PIPE AND AN END-FITTING||WO||21.05.2015|
||PCT/DK2014/050379||NATIONAL OILWELL VARCO DENMARK I/S||NIELSEN, Karsten Gorm|
This invention concerns an assembly comprising an unbonded flexible pipe and an associated end-fitting having a through opening with a centreline and a front and rear end. The unbonded flexible pipe comprises an innermost sealing sheath (42) defining a bore with a centreline and a carcass (41) arranged inside the innermost sealing sheath (42). The innermost sealing sheath (42) and the carcass (41) extend into the through opening via the front end of the end-fitting wherein the innermost sealing sheath (42) is fixed in an annular sealing (42a) to the end-fitting. The carcass (41) extends beyond the annular sealing (42a). The unbonded flexible pipe further comprises an optical fiber (47) in the bore wherein the optical fiber (47) is arranged in a groove of the carcass (41) in at least a sealing length section (X) where the optical fiber (47) passes the annular sealing (42a). The fixing of the carcass (41) to the end-fitting comprises a lock nut (41a), optionally comprising a lock nut cover (41b), wherein the lock nut (41a) or optionally lock nut cover (41b) comprises a guiding groove, the optical fiber (47) exits from the carcass and via the guiding groove out of the end- fitting.
WO/2015/070873 DETECTION OF SUBSTANCES IN LIQUIDS, IN PARTICULAR PSYCHOACTIVE SUBSTANCES||WO||21.05.2015|
||PCT/DK2014/050382||DRUGSTER APS||NIELSEN, Ulrik Merrild|
An apparatus is disclosed for contactless detection of the content of substances in a liquid by means of at least two monochromatic light emitters of different wavelenghts. In one embodiment, the light is reflected in an external surface of an alcoholic drink in order to detect for content of psycoactive substances, in another embodiment is the liquid urine and the apparatus is adapted to provide an output of the contents of in particular myogibin, blood and glucose in the urine.
WO/2015/070874 A METHOD OF AND A SYSTEM FOR DETERMINING A QUALITY PARAMETER IN AN AQUEOUS FLUID AND A METHOD OF CONTROLLING A QUALITY PARAMETER.||WO||21.05.2015|
||PCT/DK2014/050383||NANONORD A/S||JENSEN, Ole Nørgaard|
The invention concerns a system for and a method of determining a least one quality parameter in an aqueous fluid. The method comprising subjecting at least a sample of the aqueous fluid to a cross-flow filtration in a cross-flow filter, separating the aqueous fluid into a permeate fraction and a retentate fraction, performing NMR reading on the retentate fraction using an NMR spectroscope, collecting NMR data from said NMR reading and correlating the collected NMR data to calibration data to determine said at least one quality parameter of the aqueous fluid.