||WO||WO/2014/183768 - FEED VESSEL||20.11.2014||
||PCT/DK2014/050132||BIOFUEL TECHNOLOGY A/S||JUHL FØNS, Mogens|
Method for the pre-treatment of ligno-cellulosic material by hydrothermal hydrolysis or thermo chemical hydrolysis, where shredded or otherwise finely divided biomass material is introduced batch-wise into an upper part of a reactor vessel through an inlet, such that the batch being introduced lands on top of a batch previously introduced into the reactor, thereby creating a column of biomass material, where the lowermost batch and thereby the column is supported inside the reactor by upper restriction means, and when the lowermost batch has been exposed to the desired treatment with respect to temperature, pressure and time, the upper restriction means are withdrawn allowing the biomass to fall downwards to be supported by lower restriction means, at which time the upper restriction means are reinserted, such that biomass material corresponding to one batch is arranged between upper and lower restriction means, and thereafter the lower restriction means are withdrawn, allowing the lowermost batch material to fall towards and exit the reactor through an outlet, where said inlet is provided with an inlet valve and said outlet is provided with an outlet valve such that the reactor vessels interior may be opened and closed by manipulating said valves with respect to the ambient environment.
||WO||WO/2014/183765 - PLANT FOR FISH FARMING AND ITS USE||20.11.2014||
||PCT/DK2014/000022||BENT URUP HOLDING APS||URUP, Bent|
Fish farming plant (1) comprises a central tank (3) and one or more surrounding tanks (2) wherein the central tank (3) is used for water treatment, and the one or more surrounding tanks are used for farming of fish, further comprising flow applicators (8), whereby the flow rate of the water in the surrounding tanks (2) are individually independent of the water exchange rate, wherein - the fish farming plant (1) comprises several movable permeable section walls (12) in each of the surrounding tanks (2) dividing said tanks (2) in tank sections, - each surrounding tank (2) is equipped with one or two outlets (30) and one or two inlets (29), and - a substantially horizontal/laminar flow structure of the water in each one of said one or more surrounding tanks (2) is provided. Furthermore the use of the fish farming plant (1) for production of fish, especially fish with a great need for high flow rate and horizontal/ laminar flow structure is described.
||WO||WO/2014/183766 - ACTUATOR SYSTEM||20.11.2014||
||PCT/DK2014/000024||LINAK A/S||KRISTENSEN, Henning|
An actuator system comprising at least one electrically driven linear actuator and an electrical controller with an operating unit and the possibility of connecting a power supply, wherein the controller in the actuator system is provided with an interface on which the regulated voltage of the power supply is available. A plurality of actuator systems may be coupled together by means of a bus connection and share the power which is available on the bus connection.
||WO||WO/2014/183767 - ELECTRIC ACTUATOR SYSTEM||20.11.2014||
||PCT/DK2014/000026||LINAK A/S||KRISTENSEN, Henning|
An actuator system having at least one electrical linear actuator, wherein the actuator system comprises a controller and a power supply, wherein the noise reduction of common-mode noise in the input stage to the switch-mode converter is undertaken on the rectified and smoothed supply voltage.
||WO||WO/2014/183769 - A METHOD, A SYSTEM AND A GUIDE ASSEMBLY FOR SEPARATING VISCERA SETS EVISCERATED FROM SLAUGHTERED POULTRY||20.11.2014||
||PCT/DK2014/050135||LINCO FOOD SYSTEMS A/S||THRANE, Uffe|
Disclosed is a method and a system for separating a viscera set (1) eviscerated from slaughtered poultry and held by a viscera holder (2) of a viscera conveyer in manner whereby at least the liver (16), the intestines (15) and the gallbladder (18) are suspended below said viscera holder (2). The method comprises the steps of: arranging said viscera set in an elongate opening (43) of a guide member (4) and separating the intestines (15) and the gallbladder (18) from the remaining viscera set. The intestines (15) and the gallbladder (18) are separated from the remaining viscera set while at least said liver (16) rests on a separation support surface (44) of the guide member (2), arranged with an angle relative to the horizontal plane. A guide assembly having two movable parts for use in such method / system is further disclosed.
||WO||WO/2014/180485 - PAPPALYSIN REGULATOR||13.11.2014||
||PCT/DK2014/050131||AARHUS UNIVERSITET||OXVIG, Claus|
A method is provided of decreasing or increasing the activity of a Pappalysin polypeptide by decreasing or increasing the level of interacting Pappalysin and stanniocalcin polypeptides. A method is also provided of preventing, treating or ameliorating a clinical condition in a mammalian subject, such as a human being, said method comprising administering to said mammalian subject, such as human being an effective amount of a stanniocalcin polypeptide. Moreover, a method is provided of preventing, treating or ameliorating a clinical condition in a mammalian subject, such as a human being, said method comprising administering to said mammalian subject, such as human being an effective amount of an agent capable of antagonizing interaction of a stanniocalcin polypeptide with a Pappalysin polypeptide.
||WO||WO/2014/180481 - A BIOLOGICAL PURIFICATION DEVICE AND A METHOD FOR CLEANING INDIVIDUAL FILTERING ELEMENTS||13.11.2014||
||PCT/DK2013/050131||AQUATECH SOLUTIONS A/S||PEDERSEN, Ole Enggaard|
Disclosed is a biological purification device (1) for biological purification of water. The purification device comprising a filtering tank (2) for holding the water and a plurality of individual filtering elements (3) floating in the water in the filtering tank (2), wherein the filtering elements (3) forms a floating filtering bed (4). The biological purification device (1) also includes one or more injector tubes (5) comprising injector means (6) arranged at a top surface (7) of the floating filtering bed (4) and the injector tubes (5) also includes tubular guide means (8) extending from the injector means (6) and downwards through the floating filtering bed (4). The injector tubes (5) also comprises pump means (9) for creating an injector flow from the injector means (6) and down through the tubular guide means (8), wherein the tubular guide means (8) comprise one or more inlet openings (10) for allowing the injector flow to draw filtering elements (3) directly into the tubular guide means (8) from the floating filtering bed (4) and wherein the inlet openings (10) are arranged at the injector means (6). A method for cleaning individual filtering elements (3) and use of a biological purification device (1) is also disclosed.
||WO||WO/2014/180482 - METHOD AND SYSTEM FOR IN-DEPTH OIL CONDITIONING||13.11.2014||
||PCT/DK2014/050108||OCEAN TEAM GROUP A/S||THOMSEN, Jens Peder Høg|
A method and apparatus for separating water from oil. The oil is enriched with gas, such as air, before it is injected into a first and second degassing device. The method comprises raising the oil level (51) in the second degassing device (33) for pressing gas out of the device (33), after which the oil level is decreased again for decreasing the pressure, which assists in extracting gas and vapour from the oil.
||WO||WO/2014/180483 - COAXIAL DIRECT-DETECTION LIDAR-SYSTEM||13.11.2014||
||PCT/DK2014/050128||DANMARKS TEKNISKE UNIVERSITET||RODRIGO, Peter John|
The invention relates to a coaxial direct-detection LIDAR system for measuring velocity, temperature and/or particulate density. The system comprises a laser source for emitting a laser light beam having a lasing center frequency along an emission path. The system further comprises an optical delivery system arranged in the emission path of the laser source, the optical delivery system being arranged for delivering the laser light beam in a measuring direction, the optical delivery system further being configured for collecting a return signal backscattered along the measuring direction. Finally, the system comprises a detector system arranged to receive the return signal from the optical delivery system, the detector system comprising a narrowband optical filter and a detector, the narrowband optical filter having a filter center frequency of a pass-band, wherein the center lasing frequency and/or the center filter frequency may be scanned. The invention further relates to an aircraft airspeed measurement device, and a wind turbine airspeed measurement device comprising the LIDAR system.
||WO||WO/2014/180484 - CONSUMPTION METER WITH SELECTABLE LEGAL REGISTERS||13.11.2014||
||PCT/DK2014/050129||KAMSTRUP A/S||LANG, Søren|
The present invention relates to a consumption meter for measuring consumption data of either a hot or a cold liquid supplied to a consumer site (2). The consumption meter comprises a flow meter unit (5) arranged for mount at either an inlet side (3) or an outlet side (4) of the consumer site, and arranged for measuring a flow quantity of the supplied liquid; an inlet temperature sensor (6) for measuring an inlet temperature of the supplied liquid medium, and an outlet temperature sensor (7) for measuring an outlet temperature of the supplied liquid medium; a calculator unit (8) configured to determine consumption values based on the flow quantity, the inlet temperature and the outlet temperature. The consumption meter comprises at least two legally verified consumption registers (R1, R2) for storing consumption values verified for billing. Each of the legally verified consumption registers are associated with an operational state of the consumption meter, so that the consumption meter is capable of measuring legally verified consumption data for each of the at least two operational states. The operational state is determined at the consumer site from an input.