mhurhangee/ep-ind-claims huggingface dataset:
A method for providing naming information of a called party to a circuit-switched mobile terminal (300, 600, 900, 1000) of a calling party via a mobile telecommunication network, the method comprising the steps performed by a circuit-switched switching node (310, 610, 910, 1010): - receiving, from the circuit-switched mobile terminal (300, 600, 900, 1000), a request for setting up a call to a terminal (340, 640, 940-948) of the called party, - obtaining a called party identifier, - sending a request for the naming information of the called party to a database (330, 630, 930, S22, S33), wherein the naming information of the called party is registerable in association with the called party identifier, the request comprising the called party identifier, - receiving the naming information of the called party from the database (330, 630, 930, S22, S33), and - executing a delivery of the naming information of the called party to the circuit-switched mobile terminal (300, 600, 900, 1000), wherein the method further comprises the steps performed by the circuit-switched switching node (310, 610, 910, 1010): - sending a request for an acceptance specification to the circuit-switched mobile terminal (300, 600, 900, 1000), and - receiving the acceptance specification from the circuit-switched mobile terminal (300, 600, 900, 1000) specifying information regarding an acceptance for the delivery of the naming information of the called party to the circuit-switched mobile terminal (300, 600, 900, 1000). - receiving, from the circuit-switched mobile terminal (300, 600, 900, 1000), a request for setting up a call to a terminal (340, 640, 940-948) of the called party, - obtaining a called party identifier, - sending a request for the naming information of the called party to a database (330, 630, 930, S22, S33), wherein the naming information of the called party is registerable in association with the called party identifier, the request comprising the called party identifier, - receiving the naming information of the called party from the database (330, 630, 930, S22, S33), and - executing a delivery of the naming information of the called party to the circuit-switched mobile terminal (300, 600, 900, 1000), - sending a request for an acceptance specification to the circuit-switched mobile terminal (300, 600, 900, 1000), and - receiving the acceptance specification from the circuit-switched mobile terminal (300, 600, 900, 1000) specifying information regarding an acceptance for the delivery of the naming information of the called party to the circuit-switched mobile terminal (300, 600, 900, 1000).
A fluid handling structure for a lithographic apparatus, the fluid handling structure comprising: a plurality of meniscus pinning openings, the fluid handling structure configured such that the openings are directed, in use, towards a substrate and/or a substrate table configured to support the substrate; a gas knife device having an elongate aperture or a plurality of apertures arranged in a line; a damper arranged between the aperture or the plurality of apertures and the openings; and an underpressure source connected to the meniscus pinning openings in use so as to cause a gas and liquid flow into the fluid handling structure through the meniscus pinning openings; and an overpressure source connected to the gas knife aperture or apertures in use to cause gas to flow out of the fluid handling structure through the aperture or apertures; a controller arranged to control the rate of flow of gas through the openings and through the aperture or apertures to be substantially the same, wherein the openings form, in plan, a cornered shape in an underside of the fluid handling structure, the cornered shape having a plurality of corners and having an edge that curves towards the center of the cornered shape along the length of the edge, away from the corners. a plurality of meniscus pinning openings, the fluid handling structure configured such that the openings are directed, in use, towards a substrate and/or a substrate table configured to support the substrate; a gas knife device having an elongate aperture or a plurality of apertures arranged in a line; a damper arranged between the aperture or the plurality of apertures and the openings; and an underpressure source connected to the meniscus pinning openings in use so as to cause a gas and liquid flow into the fluid handling structure through the meniscus pinning openings; and an overpressure source connected to the gas knife aperture or apertures in use to cause gas to flow out of the fluid handling structure through the aperture or apertures; a controller arranged to control the rate of flow of gas through the openings and through the aperture or apertures to be substantially the same, wherein the openings form, in plan, a cornered shape in an underside of the fluid handling structure, the cornered shape having a plurality of corners and having an edge that curves towards the center of the cornered shape along the length of the edge, away from the corners.
Device with at least one region to be subjected to noise damping, which region is covered at least partially by at least one vacuum panel (11; 22; 25), characterized in that the at least one vacuum panel (11; 22; 25) is fastened on a low-vibration region of the device.
Portable electrical power supply device for electronic apparatus comprising a battery connected to at least two cables, themselves connected to at least two electrical contacts situated in a connector, called a female connector, characterized in that said portable electrical power supply device furthermore comprises a cover attached to the battery and rigidly binding said female connector to said battery, said battery being a solid of revolution, said cables and said female connector being substantially tangential to a surface of said battery, the holes (131, 132) of said female connector extending substantially perpendicularly to the axis of revolution of said battery, said cover being shaped so that it does not mobilize a volume greater than said battery.
An oral or injectable pharmaceutical composition comprising a therapeutically effective amount of at least one anti-retroviral drug which comprises (i) a nucleotide analog reverse- transcriptase inhibitor (NRTI) selected from the group comprising: tenofovir alafenamide fumarate, tenofovir disoproxil fumarate, adefovir and a combination thereof; or (ii) a protease inhibitor comprising darunavir, and a therapeutically effective amount of at least one pharmacokinetic booster or enhancer which comprises piperine, tetrahydropiperine, cis-piperine, trans-piperine, cis,trans-piperine, trans,cis-piperine, cis,cis-piperine, trans,trans-piperine or a combination thereof.
A method of making an apparel item (10, 900) using a circular knitting machine, comprising: knitting a first course of a first segment of a fabric body in a first circular knitting direction; at a desired location for an aperture in the fabric body, reversing the circular knitting direction from said first direction to a second direction for a second knitting course; at the beginning extent of the first knitted segment, reversing the circular knitting direction again, back to said first circular knitting direction for a third knitting course; and at the location for the aperture, determining if a desired number of courses for the first segment has been reached and if so, continuing knitting in the first circular direction, with a crossover strand extending from the last knitted course in the first knitted segment to said first course in a second knitted segment, and if not, continuing the reciprocating circular knitting between the location for said aperture and the beginning extent of the first knitted segment, wherein an aperture is formed in said apparel item between said first segment and said second segment; characterized by providing the crossover strand across the first knitted segment. knitting a first course of a first segment of a fabric body in a first circular knitting direction; at a desired location for an aperture in the fabric body, reversing the circular knitting direction from said first direction to a second direction for a second knitting course; at the beginning extent of the first knitted segment, reversing the circular knitting direction again, back to said first circular knitting direction for a third knitting course; and at the location for the aperture, determining if a desired number of courses for the first segment has been reached and if so, continuing knitting in the first circular direction, with a crossover strand extending from the last knitted course in the first knitted segment to said first course in a second knitted segment, and if not, continuing the reciprocating circular knitting between the location for said aperture and the beginning extent of the first knitted segment, wherein an aperture is formed in said apparel item between said first segment and said second segment; characterized by providing the crossover strand across the first knitted segment.
A method of identifying an indication that a surface on which a vehicle is travelling is wet comprising: receiving laser data collected for an environment of a vehicle (502, 602, 702, 1002, 1102, 1502, 1602) wherein the laser data includes a plurality of laser data points; receiving additional data collected for the environment of the vehicle from one or more additional sensors, wherein the additional data is indicative of a presence of one or more objects (506, 610, 712, 1004, 1104, 1504, 1604) in the environment of the vehicle; based on at least the additional data, tracking the one or more objects through the environment; determining, by a computing device, laser data points of the plurality of laser data points that are associated with the one or more objects, that are tracked based on at least the additional data; determining, by the computing device, given laser data points of the plurality of laser data points that are unassociated with the one or more objects, that are tracked based on at least the additional data; determining a speed of the vehicle, and based on the given laser data points that have been determined to be unassociated with the one or more objects, that are tracked based on at least the additional data, and based on the speed of the vehicle being above a threshold, identifying, by the computing device, the indication that the surface on which the vehicle travels is wet. receiving laser data collected for an environment of a vehicle (502, 602, 702, 1002, 1102, 1502, 1602) wherein the laser data includes a plurality of laser data points; receiving additional data collected for the environment of the vehicle from one or more additional sensors, wherein the additional data is indicative of a presence of one or more objects (506, 610, 712, 1004, 1104, 1504, 1604) in the environment of the vehicle; based on at least the additional data, tracking the one or more objects through the environment; determining, by a computing device, laser data points of the plurality of laser data points that are associated with the one or more objects, that are tracked based on at least the additional data; determining, by the computing device, given laser data points of the plurality of laser data points that are unassociated with the one or more objects, that are tracked based on at least the additional data; determining a speed of the vehicle, and based on the given laser data points that have been determined to be unassociated with the one or more objects, that are tracked based on at least the additional data, and based on the speed of the vehicle being above a threshold, identifying, by the computing device, the indication that the surface on which the vehicle travels is wet.
A method for automatically guiding a vehicle (10, 44), relative to a centerline extending along at least a first row of a plurality of navigable rows (26, 66), each row comprising a predefined centerline, at least a second row of the plurality of navigable rows comprising a number of movable objects (24, 64) of known dimensions positioned at known locations (X, Y) along its centerline, the method characterized by: using a laser mounted on the vehicle to scan from the vehicle the movable objects positioned at the known locations (X,Y) along the at least the second of said rows and receive reflections from surfaces of the movable objects; from the received reflections, generating a set of data points, representative of the known locations of the movable objects relative to the vehicle; analyzing the data points to determine an estimate of the true location of the first row being travelled by the vehicle; determining a sensed position and heading of the vehicle relative to the centerline of the estimated true location of the first row; and generating offset (L, D) and heading (θ) errors for the vehicle based on differences between the sensed position and heading of the vehicle and the position and direction of the centerline of the estimated true location of the first row. using a laser mounted on the vehicle to scan from the vehicle the movable objects positioned at the known locations (X,Y) along the at least the second of said rows and receive reflections from surfaces of the movable objects; from the received reflections, generating a set of data points, representative of the known locations of the movable objects relative to the vehicle; analyzing the data points to determine an estimate of the true location of the first row being travelled by the vehicle; determining a sensed position and heading of the vehicle relative to the centerline of the estimated true location of the first row; and generating offset (L, D) and heading (θ) errors for the vehicle based on differences between the sensed position and heading of the vehicle and the position and direction of the centerline of the estimated true location of the first row.
A method for expanding a quantization bit rate of a digital audio signal, the method comprising: a flat period detection step of detecting, from the digital audio signal, a flat period (21, 22) that indicates a period including a plurality of continual samples having a single sample value; characterized by a pattern determination step of determining a profile pattern of the flat period according to a positive or negative sign of a preceding difference value that indicates a difference determined by subtracting a sample value of a sample immediately preceding the flat period (21, 22) from a sample value of the flat period (21, 22), and a positive or negative sign of a subsequent difference value that indicates a difference determined by subtracting the sample value of the flat period (21, 22) from a sample value of a sample immediately subsequent to the flat period (21, 22); a waveform estimation step of estimating a detailed waveform that is higher in resolution than a waveform of the audio signal in the flat period according to a waveform estimation element including the determined profile pattern and at least one of a ratio of the preceding difference value to the subsequent difference value and the number of continual samples in the flat period (21, 22); and a sample value determination step of determining, from the detailed waveform, sample values for respective sampling times of the flat period (21, 22) by means of a quantization bit rate that is higher than the quantization bit rate of the audio signal. a flat period detection step of detecting, from the digital audio signal, a flat period (21, 22) that indicates a period including a plurality of continual samples having a single sample value; a pattern determination step of determining a profile pattern of the flat period according to a positive or negative sign of a preceding difference value that indicates a difference determined by subtracting a sample value of a sample immediately preceding the flat period (21, 22) from a sample value of the flat period (21, 22), and a positive or negative sign of a subsequent difference value that indicates a difference determined by subtracting the sample value of the flat period (21, 22) from a sample value of a sample immediately subsequent to the flat period (21, 22); a waveform estimation step of estimating a detailed waveform that is higher in resolution than a waveform of the audio signal in the flat period according to a waveform estimation element including the determined profile pattern and at least one of a ratio of the preceding difference value to the subsequent difference value and the number of continual samples in the flat period (21, 22); and a sample value determination step of determining, from the detailed waveform, sample values for respective sampling times of the flat period (21, 22) by means of a quantization bit rate that is higher than the quantization bit rate of the audio signal.
A method for setting a pairing priority for a slave device connected to a master device over a short-range wireless connection, comprising the steps of: negotiating a connection with the slave device; receiving a pairing override from the slave device; determining a pairing priority for the slave device in response to the pairing override and further in response to a user identifier of the slave device; if the determined pairing priority for the slave device is higher than any existing priority in a listing of recently paired slave devices in a priority list of recently paired slave devices, dynamically adjusting the priority list dependent upon the determined pairing priority; and completing the connection with the slave device. negotiating a connection with the slave device; receiving a pairing override from the slave device; determining a pairing priority for the slave device in response to the pairing override and further in response to a user identifier of the slave device; if the determined pairing priority for the slave device is higher than any existing priority in a listing of recently paired slave devices in a priority list of recently paired slave devices, dynamically adjusting the priority list dependent upon the determined pairing priority; and completing the connection with the slave device.
An assembly for removably mounting an underwing pylon to a rib of an aircraft wing, the assembly comprising: a rigid prismatic body connectable to the underwing pylon and insertable in a corresponding prismatic cavity formed in the underwing pylon; a vertical threaded pin inserted through a vertical through hole of the prismatic body; a threaded retaining element having an upwardly tapered outer conical surface, a threaded upper and outer cylindrical surface, a threaded inner cylindrical cavity adapted to receive the vertical threaded pin, and a lower flange; a conical bushing arranged on the outer conical surface of the threaded retaining element; and a nut threadedly coupled to the threaded upper and outer cylindrical surface; wherein the assembly further comprises an anti-rotation device (31, 32) for rotationally locking the threaded retaining element to the prismatic body with respect to a vertical axis. a rigid prismatic body connectable to the underwing pylon and insertable in a corresponding prismatic cavity formed in the underwing pylon; a vertical threaded pin inserted through a vertical through hole of the prismatic body; a threaded retaining element having an upwardly tapered outer conical surface, a threaded upper and outer cylindrical surface, a threaded inner cylindrical cavity adapted to receive the vertical threaded pin, and a lower flange; a conical bushing arranged on the outer conical surface of the threaded retaining element; and a nut threadedly coupled to the threaded upper and outer cylindrical surface; wherein the assembly further comprises an anti-rotation device (31, 32) for rotationally locking the threaded retaining element to the prismatic body with respect to a vertical axis.
A cochlea implant system, comprising: a speech processor configured to be inserted into the external auditory canal, to convert a voice signal or an acoustic signal into an electric signal, to process the electric signal, and to transfer the processed electric signal to an inside of a body; and an implantable part implantable into the mastoid cavity and configured to receive the signal from the speech processor, and to stimulate the auditory neurons in a cochlea. wherein the speech processor and the implantable part are configured to transfer and receive the signal by infrared data communication through a skin of the external auditory canal, and wherein the implantable part comprises a coil implantable under a scalp above a temporal bone mastoid, the coil configured for receiving power from an outside through radio frequency power transmission through the scalp. a speech processor configured to be inserted into the external auditory canal, to convert a voice signal or an acoustic signal into an electric signal, to process the electric signal, and to transfer the processed electric signal to an inside of a body; and an implantable part implantable into the mastoid cavity and configured to receive the signal from the speech processor, and to stimulate the auditory neurons in a cochlea. wherein the speech processor and the implantable part are configured to transfer and receive the signal by infrared data communication through a skin of the external auditory canal, and wherein the implantable part comprises a coil implantable under a scalp above a temporal bone mastoid, the coil configured for receiving power from an outside through radio frequency power transmission through the scalp.
A method comprising: providing a low environmental impact treatment fluid comprising an aqueous base fluid, a viscosifying agent, and a compliant crosslinking agent that comprises an iron ion and an aluminum ion; and placing the treatment fluid in a subterranean formation.
A method for producing pellets that are to be used for producing iron-nickel alloy, comprising mixing at least nickel oxide ore, carbonaceous reducing agent and iron oxide, and then agglomerating a mixture obtained, the method comprising: a mixing process step of forming at least two types of mixtures having different mixing ratios of the nickel oxide ore, the carbonaceous reducing agent and the iron oxide; and a pellet formation step of forming a pellet which is a lump having a layered structure using the at least two types of mixtures, so that a mixture having the largest content proportion of the iron oxide among the at least two types of mixtures obtained in the mixing process step forms an outermost layer. a mixing process step of forming at least two types of mixtures having different mixing ratios of the nickel oxide ore, the carbonaceous reducing agent and the iron oxide; and a pellet formation step of forming a pellet which is a lump having a layered structure using the at least two types of mixtures, so that a mixture having the largest content proportion of the iron oxide among the at least two types of mixtures obtained in the mixing process step forms an outermost layer.
Sacubitril and valsartan in a 1:1 molar ratio for use in the treatment of chronic systolic heart failure with reduced ejection fraction in a human patient, wherein a twice daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio is reached after a titration with a twice daily starting dose of 50 mg of sacubitril and valsartan in a 1:1 molar ratio for from 2 weeks to 4 weeks, followed by a twice daily dose of 100 mg of sacubitril and valsartan in a 1:1 molar ratio for from 2 weeks to 4 weeks, followed by the twice daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio thereafter.