mhurhangee/ep-ind-claims huggingface dataset:
A clamping device for a machine tool for cutting machining of at least one dental workpiece, wherein the clamping device has at least one workpiece carrier for receiving the dental workpiece during the machining, wherein at least one tool holder for holding at least one, preferably a plurality of, cutting tools for cutting machining of the dental workpiece is arranged on the workpiece carrier, characterised in that the workpiece carrier and the tool holder are fastened or can be fastened jointly as one component exchangeably by means of a fastening means which can be disengaged non-destructively on a carrier of the clamping device.
An inverter comprising: an electronic device, a magnetic element, a heat radiator, a cooling fan, a first box and a second box connected with each other via a mounting plate, the mounting plate is located between the first box and the second box; the electronic device is disposed inside the first box; the heat radiator and the cooling fan are disposed inside the second box; the magnetic element is disposed outside the first box and the second box; the magnetic element is disposed on a top plate of the second box; the cooling fan is disposed on a side plate of the second box inside the second box, the side plate is perpendicular to gaps between fins of the heat radiator, and the side plate is perpendicular to the top plate; the first box and the second box share one mounting plate, and are located on two parallel mounting surfaces of the mounting plate respectively; wherein one or more vents are disposed in another side plate of the second box, the another side plate is perpendicular to the gaps between the fins of the heat radiator; characterized in that the side plate, the other side plate and the mounting plate are perpendicular to the top plate. the heat radiator and the cooling fan are disposed inside the second box; the magnetic element is disposed outside the first box and the second box; the magnetic element is disposed on a top plate of the second box; the cooling fan is disposed on a side plate of the second box inside the second box, the side plate is perpendicular to gaps between fins of the heat radiator, and the side plate is perpendicular to the top plate; the first box and the second box share one mounting plate, and are located on two parallel mounting surfaces of the mounting plate respectively; wherein one or more vents are disposed in another side plate of the second box, the another side plate is perpendicular to the gaps between the fins of the heat radiator; characterized in that the side plate, the other side plate and the mounting plate are perpendicular to the top plate.
A method of stratifying a patient suffering from chronic kidney disease into one of stages 1-3 of CKD, comprising determining the level of the biomarkers FABP1, γ-GT, AST, creatinine and cystatin C in a serum sample obtained from the patient.
A method for controlling a flow of a molten steel in a mold by applying a shifting magnetic field to the molten steel in a slab continuous casting machine, characterized by comprising: controlling a molten steel flow velocity on a molten steel bath surface to a predetermined molten steel flow velocity by applying a shifting magnetic field to impart a braking force to a discharge flow from an immersion nozzle when the molten-steel flow velocity on the molten steel bath surface is higher than a mold-powder entrainment critical flow velocity; and controlling the molten steel flow velocity on the molten steel bath surface to a range of from an inclusion-adherence critical flow velocity or more to a mold-powder entrainment critical flow velocity or less by applying a shifting magnetic field to increase the molten steel flow when the molten-steel flow velocity on the molten steel bath surface is lower than the inclusion-adherence critical flow velocity. controlling a molten steel flow velocity on a molten steel bath surface to a predetermined molten steel flow velocity by applying a shifting magnetic field to impart a braking force to a discharge flow from an immersion nozzle when the molten-steel flow velocity on the molten steel bath surface is higher than a mold-powder entrainment critical flow velocity; and controlling the molten steel flow velocity on the molten steel bath surface to a range of from an inclusion-adherence critical flow velocity or more to a mold-powder entrainment critical flow velocity or less by applying a shifting magnetic field to increase the molten steel flow when the molten-steel flow velocity on the molten steel bath surface is lower than the inclusion-adherence critical flow velocity.
A composition comprising adipose tissue derived stromal stem cells (ASCs), for use in treating systemic inflammatory response syndrome (SIRS) in a subject.
Machine for machining ends of crankshafts, comprising: a first machining module configured to simultaneously machine at least two crankshafts; a second machining module configured to simultaneously machine at least two crankshafts; a support structure for supporting crankshafts, said support structure comprising at least four crankshaft fixing positions (31, 32, 33, 34) for the machining of such crankshafts, said support structure being located between the first machining module and the second machining module, such that the first machining module can machine a first end of a plurality of said crankshafts at the same time as the second machining module machines a second end of a plurality of said crankshafts; characterized in that said at least four fixing positions (31, 32, 33, 34) are arranged in two columns (35, 36) of fixing positions, each of which comprises at least two of the fixing positions (31, 32; 33, 34) located at a different height, for placing the crankshafts to be machined in two columns, each of which comprises at least two crankshafts arranged at a different height; and in that said support structure is rotatably arranged, such that it can perform a rotation of at least 180 degrees. a first machining module configured to simultaneously machine at least two crankshafts; a second machining module configured to simultaneously machine at least two crankshafts; a support structure for supporting crankshafts, said support structure comprising at least four crankshaft fixing positions (31, 32, 33, 34) for the machining of such crankshafts, said support structure being located between the first machining module and the second machining module, such that the first machining module can machine a first end of a plurality of said crankshafts at the same time as the second machining module machines a second end of a plurality of said crankshafts; characterized in that said at least four fixing positions (31, 32, 33, 34) are arranged in two columns (35, 36) of fixing positions, each of which comprises at least two of the fixing positions (31, 32; 33, 34) located at a different height, for placing the crankshafts to be machined in two columns, each of which comprises at least two crankshafts arranged at a different height; and in that said support structure is rotatably arranged, such that it can perform a rotation of at least 180 degrees.
A method for producing a plant cell or plant with at least one of a) increased phlorizin content, and b) increased phloretin glycosyltransferase activity the method comprising transformation of a plant cell or plant with a polynucleotide encoding a polypeptide with the amino acid sequence of SEQ ID NO: 1, or a polypeptide with at least 85% sequence identity to the amino acid sequence of SEQ ID NO: 1 and phloretin glycosyltransferase activity. a) increased phlorizin content, and b) increased phloretin glycosyltransferase activity the method comprising transformation of a plant cell or plant with a polynucleotide encoding a polypeptide with the amino acid sequence of SEQ ID NO: 1, or a polypeptide with at least 85% sequence identity to the amino acid sequence of SEQ ID NO: 1 and phloretin glycosyltransferase activity.
A helmet comprising: an energy absorbing layer; a relatively hard layer that is harder than the energy absorbing layer and is formed outward of the energy absorbing layer; and a plurality of outer plates mounted on the outer surface of the relatively hard layer; wherein the outer plates are mounted on the relatively hard layer such that, under an impact to an outer plate, the outer plate can slide across the relatively hard layer and move relative to other outer plates; characterised in that a low friction interface is provided between the outer surface of the relatively hard layer and at least a part of the surface of the outer plates that is in contact with the outer surface of the relatively hard layer under an impact to an outer plate. an energy absorbing layer; a relatively hard layer that is harder than the energy absorbing layer and is formed outward of the energy absorbing layer; and a plurality of outer plates mounted on the outer surface of the relatively hard layer; wherein the outer plates are mounted on the relatively hard layer such that, under an impact to an outer plate, the outer plate can slide across the relatively hard layer and move relative to other outer plates; characterised in that a low friction interface is provided between the outer surface of the relatively hard layer and at least a part of the surface of the outer plates that is in contact with the outer surface of the relatively hard layer under an impact to an outer plate.
An apparatus, comprising: a probe, configured for insertion into a body cavity of a patient; a location sensor in the probe for measuring a position of a distal end of the probe inside the body cavity; and a processor configured for: capturing, from an imaging system, a three-dimensional image of the body cavity; constructing, using the captured 3-dimensional image, a simulated 3-dimensional surface of the body cavity; mapping, while the probe is within the body cavity, multiple positions within respective regions of the body cavity, in response to multiple location measurements received from the location sensor, so as to generate respective mapped regions of the simulated 3-dimensional surface; delineating, by rotating the simulated 3-dimensional surface, one or more unmapped regions (174; 178; 182) of the simulated 3-dimensional surface; and configuring the simulated 3-dimensional surface to indicate locations of the unmapped regions based on the location measurements. a probe, configured for insertion into a body cavity of a patient; a location sensor in the probe for measuring a position of a distal end of the probe inside the body cavity; and a processor configured for: capturing, from an imaging system, a three-dimensional image of the body cavity; constructing, using the captured 3-dimensional image, a simulated 3-dimensional surface of the body cavity; mapping, while the probe is within the body cavity, multiple positions within respective regions of the body cavity, in response to multiple location measurements received from the location sensor, so as to generate respective mapped regions of the simulated 3-dimensional surface; delineating, by rotating the simulated 3-dimensional surface, one or more unmapped regions (174; 178; 182) of the simulated 3-dimensional surface; and configuring the simulated 3-dimensional surface to indicate locations of the unmapped regions based on the location measurements. capturing, from an imaging system, a three-dimensional image of the body cavity; constructing, using the captured 3-dimensional image, a simulated 3-dimensional surface of the body cavity; mapping, while the probe is within the body cavity, multiple positions within respective regions of the body cavity, in response to multiple location measurements received from the location sensor, so as to generate respective mapped regions of the simulated 3-dimensional surface; delineating, by rotating the simulated 3-dimensional surface, one or more unmapped regions (174; 178; 182) of the simulated 3-dimensional surface; and configuring the simulated 3-dimensional surface to indicate locations of the unmapped regions based on the location measurements.
A unidirectionally stretchable substrate, comprising: a meshed material that comprises a plurality of elastomeric linear members arranged orthogonal to each other, the linear members having stretchability and thermoplasticity; and a non-woven fabric that is formed of a plurality of filaments, the filaments being made of a thermoplastic resin, wherein the filaments of the non-woven fabric have been drafted in one direction and are linearly arranged only in that direction, and the non-woven fabric is bonded to the meshed material such that a direction in which the filaments of the non-woven fabric are arranged is parallel with one of directions in which the linear members of the meshed material extend, the non-woven fabric having a weight per area of less than or equal to 10 g/m 2, and the meshed material having a weight per area of less than or equal to 50 g/m 2. a meshed material that comprises a plurality of elastomeric linear members arranged orthogonal to each other, the linear members having stretchability and thermoplasticity; and a non-woven fabric that is formed of a plurality of filaments, the filaments being made of a thermoplastic resin, wherein the filaments of the non-woven fabric have been drafted in one direction and are linearly arranged only in that direction, and the non-woven fabric is bonded to the meshed material such that a direction in which the filaments of the non-woven fabric are arranged is parallel with one of directions in which the linear members of the meshed material extend, the non-woven fabric having a weight per area of less than or equal to 10 g/m 2, and the meshed material having a weight per area of less than or equal to 50 g/m 2.
A single stranded antisense oligonucleotide which is able to mediate gene regulation by RNase-H mediated antisense RNA targeting, for use in a method of therapy, wherein the single stranded oligonucleotide contains two or more acyl-amino-LNA nucleotide monomers, in which other nucleotide monomers can be DNA, RNA or chemically modified nucleotide monomers; in which the monomers of the oligonucleotide are linked by phosphodiester linkages and/or phosophorothioate linkages and/or phosphotriester linkages, in which the acyl groups of the acyl-amino-LNA monomers are optionally substituted and thus optionally contain one or more hydroxyl group(s), amino group(s), thio group(s), oxo group(s), alkylthio group(s), ether group(s), and/or thiol (mercapto) group(s), provided that the total number of carbon atoms in each acyl group is less than 30, wherein the acyl-amino-LNA monomers are acyl-amino-LNA monomers in which a mono-, di-, or trimeric galactosyl or N-acetylamino galactosyl moiety is linked via the 2'-amino group of the amino-LNA monomer.
Apparatus comprising a switchgear having at least one couple of stationary conducting terminals and a switching device, such as a circuit breaker, having at least one couple of corresponding movable conducting terminals, wherein the switching device is movable with respect to the switchgear along a connection/disconnection direction between a connection position, wherein the switching device is electrically and mechanically connected to the switchgear by engagement of the movable conducting terminals with the corresponding stationary contacting terminals by means of contact assemblies coupled either to the movable conducting terminals or to the stationary conducting terminals, and a disconnection position, wherein the switching device and the switchgear are electrically and mechanically disconnected, characterised in that the apparatus further comprises at least one vibration-limiting device made of an electrically non-conductive material and integrally coupled to either one movable conducting terminal of said at least one couple of movable conducting terminals or to one corresponding stationary conducting terminal of said at least one couple of stationary conducting terminals and conformed such that: - when the switching device is approaching the connection position moving along said connection/disconnection direction and when the switching device is in the connection position in absence of vibrations, the vibration-limiting device forms a gap (δ) with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to not interfere with the latter; - when the switching device is in the connection position, in case of vibrations of the one movable conducting terminal transversal to said connection/disconnection direction, the vibration-limiting device interferes with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to limit the vibrations amplitude within said gap. - when the switching device is approaching the connection position moving along said connection/disconnection direction and when the switching device is in the connection position in absence of vibrations, the vibration-limiting device forms a gap (δ) with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to not interfere with the latter; - when the switching device is in the connection position, in case of vibrations of the one movable conducting terminal transversal to said connection/disconnection direction, the vibration-limiting device interferes with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to limit the vibrations amplitude within said gap.
A method for a communication network comprising: exchanging policy and charging enforcement function, PCEF, connectivity information between a plurality of DIAMETER Routing Agents (142, 144.1, 144.2), DRAs, interconnected via a plurality of Internet protocol, IP, domains; and maintaining, for each of the plurality of DRAs, PCEF connectivity information for one or more peer DRAs to which each of the plurality of DRAs is interconnected, wherein the PCEF connectivity information maintained for a particular DRA includes, at least in part, a corresponding origin-host identifier and a corresponding origin-realm identifier for each of a corresponding packet data network gateway (122, 124) served by the particular DRA, wherein each corresponding packet data network gateway (122, 124) is associated with a corresponding PCEF (132, 134), and wherein the PCEF connectivity information maintained for the particular DRA is associated with at least two of the plurality of IP domains having overlapping IP address assignments. exchanging policy and charging enforcement function, PCEF, connectivity information between a plurality of DIAMETER Routing Agents (142, 144.1, 144.2), DRAs, interconnected via a plurality of Internet protocol, IP, domains; and maintaining, for each of the plurality of DRAs, PCEF connectivity information for one or more peer DRAs to which each of the plurality of DRAs is interconnected, wherein the PCEF connectivity information maintained for a particular DRA includes, at least in part, a corresponding origin-host identifier and a corresponding origin-realm identifier for each of a corresponding packet data network gateway (122, 124) served by the particular DRA, wherein each corresponding packet data network gateway (122, 124) is associated with a corresponding PCEF (132, 134), and wherein the PCEF connectivity information maintained for the particular DRA is associated with at least two of the plurality of IP domains having overlapping IP address assignments.
A system recording the collisions of flying animals with wind turbines and indicating the position where they fallen to the ground, which comprises: • a wind turbine composed of a tower, a nacelle and a rotor with blades, • a sensor system composed of a sensor and peripheral devices, wherein the sensor is mounted on the wind turbine nacelle and/or wind turbine tower, and the sensor is a LIDAR sensor or a 3D light field camera or a 3D radar scanning the space around the wind turbine in the field of view of the sensor characterized in that the sensor traces the trajectory of a falling animal after a collision with any part of the wind turbine, by continuously monitoring the coordinates and speed of the falling animal in 3D space within the range of the field of view of the sensor once the animal has entered the field of view of the sensor until the animal has fallen to the ground. • a wind turbine composed of a tower, a nacelle and a rotor with blades, • a sensor system composed of a sensor and peripheral devices,
A method performed by a User Equipment, UE, for handling a paging message in a wireless communications network, the method comprising: configuring the UE to derive a group paging identifier to be associated with the UE from a first identifier associated with the UE, and to use the derived group paging identifier for identifying group paging identifier matches in response-driven paging, irrespective of UE state and initiator of the paging, receiving, a paging message, from the wireless communications network, and which paging message comprises the group paging identifier associated with the UE, deriving the group paging identifier associated with the UE from the first identifier associated with the UE, by means of the derived group paging identifier identifying group paging identifier matches in response-driven paging, irrespective of said UE states and initiator of the paging, characterized by that information about the initiator of the paging is provided through a transmission on any one of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel PDSCH. configuring the UE to derive a group paging identifier to be associated with the UE from a first identifier associated with the UE, and to use the derived group paging identifier for identifying group paging identifier matches in response-driven paging, irrespective of UE state and initiator of the paging, receiving, a paging message, from the wireless communications network, and which paging message comprises the group paging identifier associated with the UE, deriving the group paging identifier associated with the UE from the first identifier associated with the UE, by means of the derived group paging identifier identifying group paging identifier matches in response-driven paging, irrespective of said UE states and initiator of the paging, characterized by that information about the initiator of the paging is provided through a transmission on any one of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel PDSCH.