mhurhangee/ep-ind-claims huggingface dataset:
A method for bistatic mode detection using non-cooperating radioelectric transmissions transmitted on distinct channels, said method comprising at least: - a step of receiving, for each channel that is used, the reference signal originating from the source transmitting along a direct path and the signal backscattered by the various objects present in the area covered; - a step of filtering that allows the splitting and the selection of the frequency channels that are used; - a step of channel-by-channel analysing of the signal received in each channel, which allows a set of analysis cells to be defined, each cell corresponding to a bistatic distance - Doppler speed domain (Δd, Δv d) about a point that is defined by a given pair of values (bistatic distance, Doppler speed), with the cell being associated with the measurement of the signal received for this cell; - a step of coherently integrating the received signal, said integration being carried out on a channel-by-channel basis for each of the defined cells; - a step of detecting targets by comparing the level of the signal received for each target cell with a threshold, characterised in that it further comprises an additional step of managing distance ambiguities induced by the secondary peaks affecting the distance representation of the signal received in each cell, said step of managing ambiguities involving selecting a plurality of combinations of n channels from said distinct channels and applying said coherent integration step to these combinations. - a step of receiving, for each channel that is used, the reference signal originating from the source transmitting along a direct path and the signal backscattered by the various objects present in the area covered; - a step of filtering that allows the splitting and the selection of the frequency channels that are used; - a step of channel-by-channel analysing of the signal received in each channel, which allows a set of analysis cells to be defined, each cell corresponding to a bistatic distance - Doppler speed domain (Δd, Δv d) about a point that is defined by a given pair of values (bistatic distance, Doppler speed), with the cell being associated with the measurement of the signal received for this cell; - a step of coherently integrating the received signal, said integration being carried out on a channel-by-channel basis for each of the defined cells; - a step of detecting targets by comparing the level of the signal received for each target cell with a threshold,
A nuclear magnetic resonance sensor, comprising: a magnet that generates a static magnetic field; a soft magnetic core secured to the magnet; and an antenna extending at least partially about the soft magnetic core and configured to generate a radio frequency magnetic field, characterized in that the soft magnetic core comprises an anisotropic magnetic material having a magnetic permeability that varies with direction, such that a magnetic permeability of the soft magnetic core in a direction of the static magnetic field is less than the magnetic permeability of the soft magnetic core in a direction of the RF magnetic field. a magnet that generates a static magnetic field; a soft magnetic core secured to the magnet; and an antenna extending at least partially about the soft magnetic core and configured to generate a radio frequency magnetic field, characterized in that the soft magnetic core comprises an anisotropic magnetic material having a magnetic permeability that varies with direction, such that a magnetic permeability of the soft magnetic core in a direction of the static magnetic field is less than the magnetic permeability of the soft magnetic core in a direction of the RF magnetic field.
A device for use in knee replacement surgery, comprising: a tibial base plate which, in use, engages a tibia; a tensioning arrangement comprising a tensioning element which, in use, engages a femur, the tensioning arrangement operable, in use, to engage between the tibial base plate and a femur, to set the gap between the tibial base plate and the femur when the femur and tibia are in extension or flexion; characterised by: a measurement arrangement comprising: a lateral gap measuring element and a medial gap measuring element, each gap measuring element movably attached to the tibial base plate independently of the tensioning element and operable, in use, to engage the lateral and medial condyles of a femur respectively; and, measurement reading means configured to indicate the position of each gap measuring element and thereby each condyle relative to the tibial base plate when the ligaments are tensioned by the tensioning arrangement. a tibial base plate which, in use, engages a tibia; a tensioning arrangement comprising a tensioning element which, in use, engages a femur, the tensioning arrangement operable, in use, to engage between the tibial base plate and a femur, to set the gap between the tibial base plate and the femur when the femur and tibia are in extension or flexion; characterised by: a measurement arrangement comprising: a lateral gap measuring element and a medial gap measuring element, each gap measuring element movably attached to the tibial base plate independently of the tensioning element and operable, in use, to engage the lateral and medial condyles of a femur respectively; and, measurement reading means configured to indicate the position of each gap measuring element and thereby each condyle relative to the tibial base plate when the ligaments are tensioned by the tensioning arrangement. a lateral gap measuring element and a medial gap measuring element, each gap measuring element movably attached to the tibial base plate independently of the tensioning element and operable, in use, to engage the lateral and medial condyles of a femur respectively; and, measurement reading means configured to indicate the position of each gap measuring element and thereby each condyle relative to the tibial base plate when the ligaments are tensioned by the tensioning arrangement.
An antenna system of a communication device, comprising: a first radiating means; a second radiating means spaced from the first radiating means; and an electromagnetic coupling means disposed adjacent to the first radiating means and the second radiating means, the first and the second radiating means being separated by a space, the electromagnetic coupling means for coupling the first and the second radiating means to a feed that is connected to the electromagnetic coupling means, wherein the electromagnetic coupling means comprises one or more active or passive components configured to match an impedance of the first radiating means or of the second radiating means, wherein the first radiating means comprises a first tunable capacitor and a portion of the first radiating means being coupled to the first tunable capacitor; and wherein the second radiating means comprises a second tunable capacitor and a portion of the second radiating means being coupled to the second tunable capacitor. a first radiating means; a second radiating means spaced from the first radiating means; and an electromagnetic coupling means disposed adjacent to the first radiating means and the second radiating means, the first and the second radiating means being separated by a space, the electromagnetic coupling means for coupling the first and the second radiating means to a feed that is connected to the electromagnetic coupling means, wherein the electromagnetic coupling means comprises one or more active or passive components configured to match an impedance of the first radiating means or of the second radiating means, wherein the first radiating means comprises a first tunable capacitor and a portion of the first radiating means being coupled to the first tunable capacitor; and wherein the second radiating means comprises a second tunable capacitor and a portion of the second radiating means being coupled to the second tunable capacitor.
Palladium-dominated dental alloy, in particular a directly-bondable dental alloy for the production of a dental prosthesis, such as crowns, bridges, inlays or onlays, containing at least gold, palladium and silver, as well as a grain refiner in the form of ruthenium, characterised in that the dental alloy has the following constituents, in percentage by weight: 38 - 42 Gold 38 - 42 Palladium 12 - 14 Silver 6-9 Tin 0.05 - 1.0 Ruthenium 0.05 - 2.0 Grain-refining control element, wherein the grain-refining element is at least one element from the group consisting of tantalum, niobium, yttrium, zirconium, chromium, molybdenum, and wherein the total sum of the elements is 100% by weight.
A method comprising: receiving, by a central analytics system, a query for traffic flow data associated with a geographically distributed network of network devices; outputting, by the central analytics system, the query to a plurality of analytics pods, wherein each of the plurality of analytics pods is coupled to raw storage of a network device within the geographically distributed network, wherein each of the plurality of analytics pods is coupled to one or more collectors (308A, 308B, 308C,..., 308N) connected to the respective network device that accumulate, in raw storage of the respective network device, flow statistics for traffic associated with the respective network device, and further wherein each of the plurality of analytics pods maps each data type of data emitted by the respective network device to a specific collector of the respective one or more collectors and tracks the amount of raw storage that is allocated to the specific collector, wherein the tracked amount of raw storage is used by an aging policy module of the respective network device which determines how long the accumulated flow statistics associated with the respective network device are kept in the raw storage; and responsive to outputting the query, receiving, by the central analytics system and from the plurality of analytics pods, results of the query, wherein the results include at least the traffic flow data from the plurality of analytics pods based on the query. receiving, by a central analytics system, a query for traffic flow data associated with a geographically distributed network of network devices; outputting, by the central analytics system, the query to a plurality of analytics pods, wherein each of the plurality of analytics pods is coupled to raw storage of a network device within the geographically distributed network, wherein each of the plurality of analytics pods is coupled to one or more collectors (308A, 308B, 308C,..., 308N) connected to the respective network device that accumulate, in raw storage of the respective network device, flow statistics for traffic associated with the respective network device, and further wherein each of the plurality of analytics pods maps each data type of data emitted by the respective network device to a specific collector of the respective one or more collectors and tracks the amount of raw storage that is allocated to the specific collector, wherein the tracked amount of raw storage is used by an aging policy module of the respective network device which determines how long the accumulated flow statistics associated with the respective network device are kept in the raw storage; and responsive to outputting the query, receiving, by the central analytics system and from the plurality of analytics pods, results of the query, wherein the results include at least the traffic flow data from the plurality of analytics pods based on the query.
A method for creating a tamper-evident digital content, wherein the method comprises: • receiving a portion of the digital content at a computing device; • encrypting the portion of the digital content by the computing device when the portion of the digital content is selected for proof-of-verification, wherein encrypting is done using either a symmetric cryptography or an asymmetric cryptography; • sending the encrypted portion of the digital content from the computing device to a distributed ledger system; • creating a hash value for the encrypted portion of the digital content received at the distributed ledger system wherein the hash value is created using a smart contract or a stored procedure in the distributed ledger system; • storing the hash value in the distributed ledger system wherein storing the hash value in the distributed ledger system comprises storing the hash value in at least one of the data storage units of the distributed ledger system; • retrieving, at the computing device, hash identification data associated with the encrypted portion of the digital content from the distributed ledger system, wherein the hash identification data comprises at least a location identifier of the hash value in the distributed ledger system and an address of the distributed ledger system; and • creating, at the computing device, an updated portion of the digital content by embedding the retrieved hash identification data with metadata associated with the portion of the digital content. • receiving a portion of the digital content at a computing device; • encrypting the portion of the digital content by the computing device when the portion of the digital content is selected for proof-of-verification, wherein encrypting is done using either a symmetric cryptography or an asymmetric cryptography; • sending the encrypted portion of the digital content from the computing device to a distributed ledger system; • creating a hash value for the encrypted portion of the digital content received at the distributed ledger system wherein the hash value is created using a smart contract or a stored procedure in the distributed ledger system; • storing the hash value in the distributed ledger system wherein storing the hash value in the distributed ledger system comprises storing the hash value in at least one of the data storage units of the distributed ledger system; • retrieving, at the computing device, hash identification data associated with the encrypted portion of the digital content from the distributed ledger system, wherein the hash identification data comprises at least a location identifier of the hash value in the distributed ledger system and an address of the distributed ledger system; and • creating, at the computing device, an updated portion of the digital content by embedding the retrieved hash identification data with metadata associated with the portion of the digital content.
A solution comprising N-methylmorpholine-N-oxide (NMMO), water and poly(α(1→3) glucan) wherein the concentration of poly(α(1→3) glucan) is in the range of 5 - 20 % by weight with respect to the total weight of the solution; wherein the poly(alpha(1→3) glucan) is characterized by a number average molecular weight (M n) of at least 10,000 Da and at least 90 mol-% of the repeat units in the poly(α(1→3) glucan)are glucose repeat units and at least 50% of the linkages between glucose repeat units are α(1→3) glycoside linkages; and wherein the weight ratio of NMMO to water is in the range of 12 to 1.6.
A progressing cavity pump or motor, comprising: an outer sleeve-shaped tube; a stator material molded within the outer tube; a rotor for rotating within the stator; an inner tube spaced radially between an outer surface of the stator and an inner surface of the stator, the inner tube including a plurality of through apertures each filled with stator material, characterised in that the pump or motor further comprises; one or more annular seal glands each positioned adjacent an end of the inner tube between an inner surface of the outer tube and an outer surface of the inner tube for sealing the stator material to the outer tube wherein each of the one or more annular seal glands includes an axially extending lip spaced radially from the outer tube, such that the stator material seals between the annular seal gland and the outer tube. an outer sleeve-shaped tube; a stator material molded within the outer tube; a rotor for rotating within the stator; an inner tube spaced radially between an outer surface of the stator and an inner surface of the stator, the inner tube including a plurality of through apertures each filled with stator material, characterised in that the pump or motor further comprises; one or more annular seal glands each positioned adjacent an end of the inner tube between an inner surface of the outer tube and an outer surface of the inner tube for sealing the stator material to the outer tube wherein each of the one or more annular seal glands includes an axially extending lip spaced radially from the outer tube, such that the stator material seals between the annular seal gland and the outer tube.
Method for casting metals, preferably lightweight metals, under pressure by the cold-chamber process, comprising the steps of: • placing a bolt of the metal to be cast into one of at least two casting chambers, • feeding and introducing a selected casting chamber into a diecasting machine, the casting chamber having in each case an outlet opening, wherein the feeding and changing over of the casting chambers is carried out alternately from at least two available casting chambers, • heating the bolt by means of induction, wherein the melting of the bolt in the casting chamber is carried out after the feeding and introducing of the selected casting chamber into the diecasting machine but before the opening of the outlet opening of the casting chamber for filling the cavities is completed, characterized in that, after the placing in of the bolt, the casting chamber is closed completely by the casting piston. • placing a bolt of the metal to be cast into one of at least two casting chambers, • feeding and introducing a selected casting chamber into a diecasting machine, the casting chamber having in each case an outlet opening, wherein the feeding and changing over of the casting chambers is carried out alternately from at least two available casting chambers, • heating the bolt by means of induction, wherein the melting of the bolt in the casting chamber is carried out after the feeding and introducing of the selected casting chamber into the diecasting machine but before the opening of the outlet opening of the casting chamber for filling the cavities is completed, characterized in that, after the placing in of the bolt, the casting chamber is closed completely by the casting piston.
A nucleotide sequence encoding for a chimeric sulfatase, said chimeric sulfatase consisting in the N-terminal-C-terminal sequence order of: a) a signal peptide of either the human α-antitrypsin (hAAT) amino acid sequence or the human Iduronate-2-sulfatase amino acid sequence said sequence belonging to the following group of SEQ ID No. 2 or SEQ ID No. 4; b) a human sulfatase amino acid sequence deprived of its signal peptide and c) the ApoB LDLR-binding domain.
An apparatus comprising: a semiconductor switch configured to interrupt a current between a circuit interruption device and a load; an inductor coupled in series with the semiconductor switch; a capacitor coupled to a node between the inductor and the load; a first current sensor coupled between the inductor and the load; a second current sensor coupled between the circuit interruption device and the inductor; and a control circuit coupled to the first and the second current sensors (CS1, CS2) and configured to control the semiconductor switch responsive to the first and second current sensed by the first and the second current sensors (CS1, CS2); characterised in that the control circuit is further configured to: determine a rate of change of the sensed current and to responsively control the semiconductor switch. a semiconductor switch configured to interrupt a current between a circuit interruption device and a load; an inductor coupled in series with the semiconductor switch; a capacitor coupled to a node between the inductor and the load; a first current sensor coupled between the inductor and the load; a second current sensor coupled between the circuit interruption device and the inductor; and a control circuit coupled to the first and the second current sensors (CS1, CS2) and configured to control the semiconductor switch responsive to the first and second current sensed by the first and the second current sensors (CS1, CS2); characterised in that the control circuit is further configured to: determine a rate of change of the sensed current and to responsively control the semiconductor switch.
A phosphor module for a laser light source, the phosphor module comprising: a heat radiator; a phosphor layer, disposed on the heat radiator, being configured to emit light with a wavelength different from that of the light being absorbed; and a reflective layer disposed on a surface of the phosphor layer and configured to reflect light, the phosphor layer comprising a body portion having a flat shape; and characterized in that it also comprises a protrusion protruding upward from a center portion of the body portion toward a space between both sides of the reflective layer to have a smaller size than that of the body portion, the protrusion being exposed through the reflective layer, wherein the reflective layer is disposed to cover an upper surface of the body portion and surrounds a side surface of the protrusion, and an extension portion extending from a periphery of the reflective layer to the heat radiator to cover a side surface of the body portion. a heat radiator; a phosphor layer, disposed on the heat radiator, being configured to emit light with a wavelength different from that of the light being absorbed; and a reflective layer disposed on a surface of the phosphor layer and configured to reflect light, the phosphor layer comprising a body portion having a flat shape; and characterized in that it also comprises a protrusion protruding upward from a center portion of the body portion toward a space between both sides of the reflective layer to have a smaller size than that of the body portion, the protrusion being exposed through the reflective layer, wherein the reflective layer is disposed to cover an upper surface of the body portion and surrounds a side surface of the protrusion, and an extension portion extending from a periphery of the reflective layer to the heat radiator to cover a side surface of the body portion. a body portion having a flat shape; and characterized in that it also comprises a protrusion protruding upward from a center portion of the body portion toward a space between both sides of the reflective layer to have a smaller size than that of the body portion, the protrusion being exposed through the reflective layer, wherein the reflective layer is disposed to cover an upper surface of the body portion and surrounds a side surface of the protrusion, and an extension portion extending from a periphery of the reflective layer to the heat radiator to cover a side surface of the body portion.