WO/2016/165713 SIDE RECEPTOR FOR LIGHTNING PROTECTION SYSTEM||WO||20.10.2016|
||PCT/DK2015/050100||GLOBAL LIGHTNING PROTECTION SERVICES A/S||OLSEN, Flemming Bjørn|
A side receptor (1) for a lightning protection system for a wind turbine blade (2) is disclosed, comprising a receptor cylinder (6), a mounting bolt (9) and a receptor plug (7), wherein the receptor cylinder is a tubular metallic part with one partly closed end penetrated by a centred hole, the diameter of which centred hole is slightly larger than the diameter of the thread part of the mounting bolt, wherein the inner diameter of the receptor cylinder is larger than the diameter of the head of the mounting bolt and the internal length of the receptor cylinder is larger than the height of the head of the bolt, and wherein the receptor plug is dimensioned to fit into the end of the receptor cylinder opposite the partly closed end to cover the head of the mounting bolt concealed therein.
WO/2016/165714 A RECEPTOR FOR A LIGHTNING PROTECTION SYSTEM||WO||20.10.2016|
||PCT/DK2015/050290||GLOBAL LIGHTNING PROTECTION SERVICES A/S||OLSEN, Flemming Bjørn|
A receptor assembly (1; 5) for a lightning protection system for a wind turbine blade (2) is disclosed, comprising electrically conducting current carriers (6; 19) and mounting bolts (9) and/or threaded rods (20), wherein each of the current carriers is a metallic part arranged and dimensioned to surround at least a part of a mounting bolt or a threaded rod without being in electrical contact with the mounting bolt or threaded rod, at least a part of the external surface at one end of each current carrier is arranged to be a contact surface (10) for mechanical and electrical contact to a receptor base (3; 16) in such a way that, in the case of a lightning impact on the receptor, the lightning current passes through the one or more current carriers rather than through the one or more mounting bolts and/or threaded rods on its way through the receptor.
WO/2016/165718 CONTROLLING OF WIND-TURBINE-CONVERTER SYSTEM OVER A COMMUNICATION BUS||WO||20.10.2016|
||PCT/DK2016/050101||VESTAS WIND SYSTEMS A/S||DOAN, Duy Duc|
A wind-turbine-converter system with inverter controllers for inverters and a distributed error- handling system as well as a method of controlling the same is provided. The inverter controllers are linked by a communication bus with one or more communication rings. The communication bus enables a control word to circulate between the inverter controllers. When an inverter controller detects a fault of an associated inverter, the inverter controller produces a control word indicative of the detected fault. The control word indicative of the detected fault circulates to all other inverter controllers over the communication bus and the inverter controllers perform a given fault-response action.
WO/2016/165719 WIND TURBINE CONVERTER CONTROL||WO||20.10.2016|
||PCT/DK2016/050102||VESTAS WIND SYSTEMS A/S||NIELSEN, John Godsk|
A method of controlling a full-scale converter system in which both the grid-side inverter unit and the generator-side inverter unit have a series-connection of parallel inverters and form a generator-side and grid-side voltage-center-point at a voltage level between the inverters connected in series. The voltage-center-points are electrically connected by a center-line conductor. Conversion operation with a de-rated maximum active power-output is performed in response to at least one of (i) the grid-side inverter and (ii) the generator-side inverter of the first converter-string being disabled, by disabling active power production of at least one of (i) the grid-side inverter and (ii) the generator-side inverter of the second converter-string, or correspondingly reducing active power production of the second converter-string, thereby preventing a compensation current along the center-line conductor.
WO/2016/165720 FAULT TOLERANT WIND TURBINE CONVERTER SYSTEM||WO||20.10.2016|
||PCT/DK2016/050103||VESTAS WIND SYSTEMS A/S||NIELSEN, John Godsk|
In a full-scale converter system both the grid-side inverter unit and the generator-side inverter unit have a series connection of parallel inverters and form a generator-side and grid-side voltage-center-point at a voltage level between those of the inverters connected in series. The voltage-center-points are electrically connected by a center-line conductor that has a cross- section between 30% and 70% of that of a positive or negative potential conductor. The converter system continues conversion operation in the event of a fault in an inverter of a first converter-string, with non-faulty inverters of the converter system, as the center-line conductor is dimensioned by said cross-section to carry a compensation current resulting from an unbalanced active power-output.
WO/2016/165721 ROBOTIC CART PULLING VEHICLE FOR AUTOMATED PULLING OF CARTS||WO||20.10.2016|
||PCT/DK2016/050104||MOBILE INDUSTRIAL ROBOTS APS||JACOBSEN, Niels Jul|
There is provided a robotic cart pulling vehicle (2) for automated docking and pulling a cart (3), such as a wheeled hospital cart for e.g. linen. In particular the vehicle (2) is provided with a unique gripping means (1) for holding the cart (3). Furthermore, the robotic vehicle (2) implements a positioning system for safely driving on hospital corridors and further comprises one or more sensors to indicate the position of the robot (2) relative to the surroundings for avoiding unnecessary impacts.
WO/2016/165715 MACHINE FOR SLICING FISH FILLETS, IN PARTICULAR SALMON FILLETS||WO||20.10.2016|
||PCT/DK2016/000013||UNI-FOOD TECHNIC A/S||JENSEN, Bjarne Normann|
Filleting machine of the kind that is structured with a flat cutting table composed of two or more belt conveyors (4, 5, 6) placed with their conveyor tracks (3) at the same horizontal level. Between two belt conveyors (5, 6) is inserted a cutting device (9), which with knives (11), designed to make cuts perpendicular on the belt conveyor s feed direction (P), cuts through the fish fillets (F), that are placed on the cutting table (3), and which by means of the belt conveyors are fed through the cutting zone of the machine. The transverse cuts are made in a pre-set diagonal angle in relation to horizontal, allowing the fish fillet to be cut into a number of relatively thin slices. The transverse cuts are made successively with the feed of the fillet through the machine so that the relation between the feed rate of the belt conveyor and the cut frequency of the cutting device will determine the thickness of the fillet slices produced. The novelty of the filleting machine is that the cutting device (9) is structured with an above the conveyor track (3) placed angle adjustable supporting frame (7), which practically bridge the conveyor track, and that on each side of this supporting frame (7) is mounted a linear guide and drive unit (10), which serves to control the knives (11) in their motion down towards and away from a cutting dolly (12), which is inserted in the conveyor track (3) between the two belt conveyors (5, 6). The double set of guide and drive units (10) ensures a stable and accurate guidance of the knives (11) and thus an accurate cutting motion down towards and away from the cutting dolly (12). The accurate cutting motion is essential to achieve the best possible cut quality with clean cuts and uniform slice thickness. As drive unit (10) on each side of the supporting frame (7) it is, according to the invention, advantageous to use an electromagnetic linear motor (23, 24) of the kind that is built with a linear guide (20, 21, 22) into a compact machine unit. The drive units on the two sides of the supporting frame are synchronized. The solution allows for operation at an extremely high cut frequency and thus with a considerably higher production capacity as in known filleting machines.
WO/2016/165716 DRILLING VESSEL||WO||20.10.2016|
||PCT/DK2016/000014||MAERSK DRILLING A/S||NORDERUD-POULSEN, Morten|
Disclosed herein are embodiments of an offshore drilling vessel comprising: a hull, a moon pool defining an upwardly extending opening in the hull, an upper open deck, at least one further deck at a lower level than the upper open deck, at least one cargo lift configured for cargo transport between at least the upper open deck and the further deck.
WO/2016/165717 HANDHELD DEVICE||WO||20.10.2016|
||PCT/DK2016/000015||DAGATO APS||PETERSEN, Lars-Mikkel Mørup|
A device for manual application of chemicals such as herbicides to a plant structure such as a leaf. The device includes a reservoir and a connected valve function in order to provide a sufficient amount of chemical upon every application to a leaf in several series of applications.
WO/2016/162038 OSTOMY DEVICE||WO||13.10.2016|
||PCT/DK2016/050099||COLOPLAST A/S||STRØBECH, Esben|
Disclosed is an ostomy device with an adhesive wafer for attachment to a skin surface of a user and a collecting bag for collecting output from a stoma. The collecting bag is connected to the adhesive wafer, and the adhesive wafer has a through-going hole for accommodating the stoma of the user. The adhesive wafer includes a backing layer, a first switchable adhesive composition, a second adhesive composition, and a release liner. The first adhesive is contained in a recess in the device. The first switchable adhesive composition comprises a polymer and a switch initiator, and can be switched from a first liquid state to a second adhesive state by activation of the switch initiator