mhurhangee/ep-ind-claims huggingface dataset:
A method of correcting a satellite image acquisition time to be at least temporarily implemented by a computer, the method comprising: receiving, from a ground-based orbit propagator (510,610), a desired satellite position for imaging; receiving, from the ground-based orbit propagator or a satellite-based orbit propagator (520,620), an initially predicted imaging time and a correction command execution time, wherein the correction command execution time refers to a time at which a command for correcting an image acquisition time is executed; calculating a waiting time for imaging; obtaining a correction point-based satellite position from a satellite positioning system receiver (530;630), wherein the correction point-based satellite position refers to a position of a satellite in orbit at the correction command execution time; calculating a predicted satellite position when the waiting time elapses after the correction command execution time; calculating a correction time, wherein the correction time refers to a time to be added to the initially predicted imaging time to correct an image acquisition time; and calculating a corrected imaging time. receiving, from a ground-based orbit propagator (510,610), a desired satellite position for imaging; receiving, from the ground-based orbit propagator or a satellite-based orbit propagator (520,620), an initially predicted imaging time and a correction command execution time, wherein the correction command execution time refers to a time at which a command for correcting an image acquisition time is executed; calculating a waiting time for imaging; obtaining a correction point-based satellite position from a satellite positioning system receiver (530;630), wherein the correction point-based satellite position refers to a position of a satellite in orbit at the correction command execution time; calculating a predicted satellite position when the waiting time elapses after the correction command execution time; calculating a correction time, wherein the correction time refers to a time to be added to the initially predicted imaging time to correct an image acquisition time; and calculating a corrected imaging time.
Use of organic oxyimide salts, comprising at least one structural element of subsequently illustrated formula I R 1 being selected from the group consisting of inorganic or organic cations, as flame retardant for plastic materials.
A decorrelator comprising: a plurality of delay units, wherein each delay unit is configured for receiving a part (14 1 -14 n) of a frequency representation being based on an audio signal; wherein each delay unit is configured for delaying the received part (14 1 -14 n) to provide a delayed part (14' 1 -14' n); and an envelope shaper configured for receiving and combining signals being based on the delayed parts (14' 1 -14' n) of the frequency representation; for receiving the frequency representation of the audio signal; for adjusting an energy of the delayed parts (14' 1 -14' n) in respect of the frequency representation of the audio signal; and for providing a combined shaped frequency representation. a plurality of delay units, wherein each delay unit is configured for receiving a part (14 1 -14 n) of a frequency representation being based on an audio signal; wherein each delay unit is configured for delaying the received part (14 1 -14 n) to provide a delayed part (14' 1 -14' n); and an envelope shaper configured for receiving and combining signals being based on the delayed parts (14' 1 -14' n) of the frequency representation; for receiving the frequency representation of the audio signal; for adjusting an energy of the delayed parts (14' 1 -14' n) in respect of the frequency representation of the audio signal; and for providing a combined shaped frequency representation.
A nuclear reactor's fuel assembly comprising an upper root and a lower root, guiding channels, fuel elements located in nodes of a triangular grid, and at least one lattice consisting of inseparably interconnected lattice cells, each lattice cell made in the form of a tube having a longitudinal axis that coincides with the longitudinal axis of one of the fuel elements, wherein the lattice cells have a cross section of hexagonal shape, the facets of the hexagonal shape consisting each of a middle portion and two lateral portions, wherein at least near the butts of the lattice cells that face the upper root the magnitude of the curvature of the facets' lateral portions changes monotonously along the cells' longitudinal axis, wherein neighbouring facets of each of the cells have their lateral portions bordering on a common vertex of hexagon shape, the bordering extreme portions having opposite direction of curvature with respect to the cell's centre, contacting facets of adjoining cells having opposite directions of curvature with respect to the centre of the respective cells. an upper root and a lower root, guiding channels, fuel elements located in nodes of a triangular grid, and at least one lattice consisting of inseparably interconnected lattice cells, each lattice cell made in the form of a tube having a longitudinal axis that coincides with the longitudinal axis of one of the fuel elements, wherein the lattice cells have a cross section of hexagonal shape, the facets of the hexagonal shape consisting each of a middle portion and two lateral portions, wherein at least near the butts of the lattice cells that face the upper root the magnitude of the curvature of the facets' lateral portions changes monotonously along the cells' longitudinal axis, wherein neighbouring facets of each of the cells have their lateral portions bordering on a common vertex of hexagon shape, the bordering extreme portions having opposite direction of curvature with respect to the cell's centre, contacting facets of adjoining cells having opposite directions of curvature with respect to the centre of the respective cells.
Engrailed protein for use in the treatment and/or prevention of DNA-damage in a patient suffering from Parkinson disease, wherein said Engrailed protein is injected once into the substantia nigra pars compacta (SNpc) region.
A detection device for detecting a low-pressure state of at least one predetermined tire out of a plurality of tires (FL, FR, RL, RR) attached to a vehicle, comprising: an index value calculation unit configured to calculate a low-pressure index value from wheel speed information of a front tire (FL, FR) and a rear tire (RL, RR) out of the plurality of tires (FL, FR, RL, RR), the low-pressure index value being a comparison value obtained by comparing a rotation speed of the front tire (FL, FR) and a rotation speed of the rear tire (RL, RR); a resonance frequency calculation unit configured to calculate, from wheel speed information of at least one tire out of the plurality of tires (FL, FR, RL, RR), a resonance frequency of said at least one tire; characterized by a low-pressure detection unit configured to eliminate an influence of an imposed load on the vehicle and detect the low-pressure state of said at least one predetermined tire based on: a predetermined parameter that indicates a linear relationship between the resonance frequency and the low-pressure index value under a low-pressure condition with respect to said at least one predetermined tire; the low-pressure index value calculated by the index value calculation unit; and the resonance frequency calculated by the resonance frequency calculation unit. an index value calculation unit configured to calculate a low-pressure index value from wheel speed information of a front tire (FL, FR) and a rear tire (RL, RR) out of the plurality of tires (FL, FR, RL, RR), the low-pressure index value being a comparison value obtained by comparing a rotation speed of the front tire (FL, FR) and a rotation speed of the rear tire (RL, RR); a resonance frequency calculation unit configured to calculate, from wheel speed information of at least one tire out of the plurality of tires (FL, FR, RL, RR), a resonance frequency of said at least one tire; characterized by a low-pressure detection unit configured to eliminate an influence of an imposed load on the vehicle and detect the low-pressure state of said at least one predetermined tire based on: a predetermined parameter that indicates a linear relationship between the resonance frequency and the low-pressure index value under a low-pressure condition with respect to said at least one predetermined tire; the low-pressure index value calculated by the index value calculation unit; and the resonance frequency calculated by the resonance frequency calculation unit.
A bicycle frame implemented from a tube profile, having a first tube segment implemented as an upper rear wheel strut, a second tube segment implemented as a top tube, a third tube segment implemented as a down tube, and a fourth tube segment implemented as a lower rear wheel strut, the tube profile being implemented as a single piece, and the first tube segment comprising a first free end facing away from the second tube segment, and the fourth tube segment comprising a second free end facing away from the third tube segment, characterized in that the tube profile is bent from a single base tube, and that the two free ends (15, 16) are spaced apart from each other in the transverse direction of the bicycle frame, such that a rear wheel provided for this purpose can be rotatably received between the same.
A method of determining an object in sight, the object being associated with a Point-Of-Interest, POI, item in a database, with an electronic apparatus, the method comprising estimating a position of the electronic apparatus by a positioning mechanism; estimating a magnitude of error of the estimated position; estimating a direction when orienting the electronic apparatus towards the object by a magnetic sensor of the electronic apparatus; estimating a magnitude of error of the estimated direction; calculating first and second intersecting imaginary lines in a model of an environment of the electronic apparatus, wherein the first and second imaginary lines intersect a line of the estimated direction at a side of the electronic apparatus distal to said object, and where a first mutual angle between the first imaginary line and the line of the estimated direction and a second mutual angle between the second imaginary line and the line of the estimated direction are based on the estimated magnitude of error of the estimated direction, and a position where the imaginary lines intersect is determined from the estimated position and the magnitude of error of the estimated position, such that an area between the two imaginary lines is formed based on a determined maximum distance of sight; and determining the POI associated with a position within said area such that information about the object associated with the determined POI is obtainable.
A network monitoring apparatus, which is provided in a network that includes a FireWall provided on at least one of a connection point with an external network and an internal segment dividing point and a proxy server for Web access and that transfers IP packets, and which detects communication suspected to be unauthorized, the network monitoring apparatus comprising: a log collecting unit (21,151) that collects and stores log data from at least one of the FireWall and the proxy server; and a log analyzing unit (22,152) that makes inquiry for log data to the log collecting unit (21,151), extracts, based on the log data collected by the log collecting unit, log data in a predetermined time period satisfying a set analysis condition, analyzes, according to the set analysis condition, the log data, and outputs a candidate for unauthorized communication as a result of the analysis, wherein the log data stored by the log collecting unit (21,151) are information including at least one of: 5-tuples; transmitted sizes; received sizes; destination URLs; User-Agent; and request methods; and time stamps. a log collecting unit (21,151) that collects and stores log data from at least one of the FireWall and the proxy server; and a log analyzing unit (22,152) that makes inquiry for log data to the log collecting unit (21,151), extracts, based on the log data collected by the log collecting unit, log data in a predetermined time period satisfying a set analysis condition, analyzes, according to the set analysis condition, the log data, and outputs a candidate for unauthorized communication as a result of the analysis, wherein the log data stored by the log collecting unit (21,151) are information including at least one of: 5-tuples; transmitted sizes; received sizes; destination URLs; User-Agent; and request methods; and time stamps.
A hot runner nozzle (200, 300) for passing melt into a mold cavity (210, 310), the hot runner nozzle comprising: a nozzle housing (202, 302) defining a primary melt channel (204, 304); a first nozzle tip (208, 308), the first nozzle tip (208, 308) having a first secondary melt channel (206, 306) in fluid communication with the primary melt channel (204, 304); a second nozzle tip (208, 308), the second nozzle tip (208, 308) having a second secondary melt channel (206, 306) in fluid communication with the primary melt channel (204, 304); characterized in that a valve is disposed in the primary melt channel (204, 304) for selectively opening and closing a downstream end (216, 316) of the primary melt channel (204, 304) to control a flow of melt to the first and second secondary melt channels (206, 306). a nozzle housing (202, 302) defining a primary melt channel (204, 304); a first nozzle tip (208, 308), the first nozzle tip (208, 308) having a first secondary melt channel (206, 306) in fluid communication with the primary melt channel (204, 304); a second nozzle tip (208, 308), the second nozzle tip (208, 308) having a second secondary melt channel (206, 306) in fluid communication with the primary melt channel (204, 304); characterized in that a valve is disposed in the primary melt channel (204, 304) for selectively opening and closing a downstream end (216, 316) of the primary melt channel (204, 304) to control a flow of melt to the first and second secondary melt channels (206, 306).
A method, comprising: transmitting, from a computing device in a computer network, a discovery message into the computer network; receiving, in response to the discovery message, a unicast reply from each node of a plurality of nodes in the computer network, each reply having a neighbor list of a corresponding node and a selected parent node for the corresponding node; creating a reference topology for the computer network based on the neighbor lists from the replies and a routing protocol shared by each of the plurality of nodes in the computer network; determining a current topology of the computer network based on the selected parent nodes from the replies; and comparing the current topology to the reference topology to detect anomalies in the current topology. transmitting, from a computing device in a computer network, a discovery message into the computer network; receiving, in response to the discovery message, a unicast reply from each node of a plurality of nodes in the computer network, each reply having a neighbor list of a corresponding node and a selected parent node for the corresponding node; creating a reference topology for the computer network based on the neighbor lists from the replies and a routing protocol shared by each of the plurality of nodes in the computer network; determining a current topology of the computer network based on the selected parent nodes from the replies; and comparing the current topology to the reference topology to detect anomalies in the current topology.
A computer-implemented method for routing in a mobile wireless network, performed by a controller node, comprising: collecting state information associated with one or more wireless nodes and determining how to provision wireless nodes based on the collected state information and a utility-based mechanism, wherein the utility-based mechanism assigns a packet with a dynamic microutility such that the priority of the packet changes as the packet travels through the network based on the receiving node; allocating one or more network elements based on the collected state information and the utility-based mechanism; and responsive to the allocation of the one or more network elements, reconfiguring a logical topology of the mobile wireless network to achieve the utility-based mechanism by using software-defined mobile ad hoc network nodes, thereby facilitating a large-scale mobile ad hoc network to adapt to specific application needs of wireless nodes. collecting state information associated with one or more wireless nodes and determining how to provision wireless nodes based on the collected state information and a utility-based mechanism, wherein the utility-based mechanism assigns a packet with a dynamic microutility such that the priority of the packet changes as the packet travels through the network based on the receiving node; allocating one or more network elements based on the collected state information and the utility-based mechanism; and responsive to the allocation of the one or more network elements, reconfiguring a logical topology of the mobile wireless network to achieve the utility-based mechanism by using software-defined mobile ad hoc network nodes, thereby facilitating a large-scale mobile ad hoc network to adapt to specific application needs of wireless nodes.
A population of multipotential cells culture-expanded from a population of cells enriched for STRO-1 bright cells for use in a method for preventing the development of or treating graft versus host disease (GvHD) complications in a human patient undergoing or about to undergo bone marrow transplantation, which method comprises administering, to the human patient, the population of multipotential cells culture-expanded from a population of cells enriched for STRO-1 bright cells.
A method for determining a data transmission mode in a 5G network, said method being performed by a terminal device, the method comprising: receiving a data transmission mode determined and sent by a network device; wherein receiving the data transmission mode comprises: receiving an order comprising bearer information for indicating to change the data transmission mode, and the data transmission mode, wherein said data transmission mode comprises one of the following: a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode. receiving a data transmission mode determined and sent by a network device; wherein receiving the data transmission mode comprises: receiving an order comprising bearer information for indicating to change the data transmission mode, and the data transmission mode, wherein said data transmission mode comprises one of the following: a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode. a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode.
A resin composition comprising: an ethylene-vinyl alcohol copolymer having an ethylene content of 20 mol% or greater and 60 mol% or less; a polyamide; a carboxylic acid metal salt; and a saturated carbonyl compound having 3 to 8 carbon atoms, wherein, the saturated carbonyl compound is a saturated aldehyde (D-1), a saturated ketone (D-2) or a combination thereof, a mass ratio (A/B) of the ethylene-vinyl alcohol copolymer to the polyamide is 60/40 or greater and 95/5 or less, a content of the carboxylic acid metal salt with respect to a resin content in terms of metal element equivalent is 1 ppm or greater and 500 ppm or less, and a content of the saturated carbonyl compound with respect to the resin content is 0.01 ppm or greater and 100 ppm or less. an ethylene-vinyl alcohol copolymer having an ethylene content of 20 mol% or greater and 60 mol% or less; a polyamide; a carboxylic acid metal salt; and a saturated carbonyl compound having 3 to 8 carbon atoms, wherein, the saturated carbonyl compound is a saturated aldehyde (D-1), a saturated ketone (D-2) or a combination thereof, a mass ratio (A/B) of the ethylene-vinyl alcohol copolymer to the polyamide is 60/40 or greater and 95/5 or less, a content of the carboxylic acid metal salt with respect to a resin content in terms of metal element equivalent is 1 ppm or greater and 500 ppm or less, and a content of the saturated carbonyl compound with respect to the resin content is 0.01 ppm or greater and 100 ppm or less.
A computer-implemented method for automated dental measurements, comprising: acquiring a digital model of a patient's teeth; automatically detecting reference data or features based on the digital model; and automatically computing dental measurements based on said reference data or features; wherein the dental measurements are associated with an occlusal characteristic of the patient; characterized in that the method further comprising automatically computing orthodontic or dental indices, wherein the indices are computed based upon information related to previous cases including similar parameters to the patient's computed dental measurements; and using the indices to score or evaluate treatment cases before treatment. acquiring a digital model of a patient's teeth; automatically detecting reference data or features based on the digital model; and automatically computing dental measurements based on said reference data or features;
A nickel-based metal powder for laser cladding of a glassware mould, said metal powder consisting of at least 90 wt.% nickel, chromium, boron and silicon, the powder comprising at most 0.3 wt.% chromium, between 1.3 and 1.7 wt.% boron, between 1.5 and 3.0 wt.% silicon, the powder further comprising iron in a wt.% of less than 1.0 and carbon in a wt.% of less than 0.2, the metal powder being characterised in that it comprises at most 0.025% by weight of oxygen.
A guiding system for a projectile provided with at least one piloting actuator and comprising measuring means for physical parameters, a guidance computer and controlling means for said piloting actuator, said projectile having to follow a reference trajectory in the first flight instants and said guidance computer comprising: - navigational means for determining the attitude and the position of the projectile upon a flight; - guidance means for providing guidance orders from the attitude, the position and the goal position determined by said navigational means; and - piloting means for establishing control orders, intended for said control means, from said guidance orders, characterized in that said guidance computer further comprises estimation means able to estimate, in the course of flight, the attitude and the aerodynamic speed of the projectile, as well as the variations of the speed of the wind, from said guidance orders, said reference trajectory and said measurements obtained by said measurement means, using a model of the dynamic behaviour of the projectile and a model of the wind dynamics. - navigational means for determining the attitude and the position of the projectile upon a flight; - guidance means for providing guidance orders from the attitude, the position and the goal position determined by said navigational means; and - piloting means for establishing control orders, intended for said control means, from said guidance orders,