mhurhangee/ep-ind-claims huggingface dataset:
A system for providing feedback to a subject to increase compliance to a positive airway pressure support therapy regime, the system comprising: a pressure support device for generating a pressurized flow of breathable gas for delivery to an airway of a subject; one or more sensors for generating output signals that indicate whether the pressurized flow of breathable gas is being received into the airway of the subject; one or more processors for implementing computer program modules, the modules comprising: a usage module for monitoring usage of the pressure support device by the subject, wherein usage of the pressure support device by the subject includes receiving the pressurized flow of breathable gas into the airway; a compliance module for determining whether the usage of the pressure support device by the subject has met or exceeded a predetermined usage goal; a feedback module for providing feedback to the subject that indicates to the subject information related to the usage of the pressure support device with respect to the predetermined usage goal; characterized in that the system further comprises a goal module for determining the usage goal based on past usage of the pressure support device by the subject. a pressure support device for generating a pressurized flow of breathable gas for delivery to an airway of a subject; one or more sensors for generating output signals that indicate whether the pressurized flow of breathable gas is being received into the airway of the subject; one or more processors for implementing computer program modules, the modules comprising: a usage module for monitoring usage of the pressure support device by the subject, wherein usage of the pressure support device by the subject includes receiving the pressurized flow of breathable gas into the airway; a compliance module for determining whether the usage of the pressure support device by the subject has met or exceeded a predetermined usage goal; a feedback module for providing feedback to the subject that indicates to the subject information related to the usage of the pressure support device with respect to the predetermined usage goal; a usage module for monitoring usage of the pressure support device by the subject, wherein usage of the pressure support device by the subject includes receiving the pressurized flow of breathable gas into the airway; a compliance module for determining whether the usage of the pressure support device by the subject has met or exceeded a predetermined usage goal; a feedback module for providing feedback to the subject that indicates to the subject information related to the usage of the pressure support device with respect to the predetermined usage goal; characterized in that the system further comprises a goal module for determining the usage goal based on past usage of the pressure support device by the subject.
A hybrid beamforming transmission method, comprising steps of: determining, by a network device, a digital-domain beamforming weight matrix for a first User Equipment, UE, in accordance with a channel measurement result; determining, by the network device, a set of beamforming weight matrices in accordance with the digital-domain beamforming weight matrix, and transmitting a signal to the first UE in an analog beamforming manner; selecting, by the network device, a beamforming weight matrix from the set of beamforming weight matrices in accordance with a measurement result from the first UE, as an analog-domain beamforming weight matrix for the first UE; and performing, by the network device, hybrid beamforming transmission in accordance with the determined digital-domain beamforming weight matrix and the selected analog-domain beamforming weight matrix, wherein the set of beamforming weight matrices corresponds to a spatial range, the spatial range being a range with a beam corresponding to the digital-domain beamforming weight matrix as a center and with a distance between the beam to a boundary of the spatial range as a predetermined range, and the set of beamforming weight matrices being selected in accordance with a set of analog-domain precoding matrices, each beam corresponding to the set of beamforming weight matrices being located within the spatial range. determining, by a network device, a digital-domain beamforming weight matrix for a first User Equipment, UE, in accordance with a channel measurement result; determining, by the network device, a set of beamforming weight matrices in accordance with the digital-domain beamforming weight matrix, and transmitting a signal to the first UE in an analog beamforming manner; selecting, by the network device, a beamforming weight matrix from the set of beamforming weight matrices in accordance with a measurement result from the first UE, as an analog-domain beamforming weight matrix for the first UE; and performing, by the network device, hybrid beamforming transmission in accordance with the determined digital-domain beamforming weight matrix and the selected analog-domain beamforming weight matrix, wherein the set of beamforming weight matrices corresponds to a spatial range, the spatial range being a range with a beam corresponding to the digital-domain beamforming weight matrix as a center and with a distance between the beam to a boundary of the spatial range as a predetermined range, and the set of beamforming weight matrices being selected in accordance with a set of analog-domain precoding matrices, each beam corresponding to the set of beamforming weight matrices being located within the spatial range.
A method performed by a network node, comprising: determining one or more uplink transmission parameters for a terminal device based at least in part on downlink information reported by the terminal device and a number of antennas of the terminal device; and transmitting configuration information to the terminal device to indicate the one or more uplink transmission parameters, wherein, if the terminal device is equipped with a number of antennas which is less than or equal to a third threshold, the configuration information indicates a transmission precoding matrix indicator which is randomly selected by the network node for uplink transmission of the terminal device. determining one or more uplink transmission parameters for a terminal device based at least in part on downlink information reported by the terminal device and a number of antennas of the terminal device; and transmitting configuration information to the terminal device to indicate the one or more uplink transmission parameters, wherein, if the terminal device is equipped with a number of antennas which is less than or equal to a third threshold, the configuration information indicates a transmission precoding matrix indicator which is randomly selected by the network node for uplink transmission of the terminal device.
An agrochemical composition comprising pyribencarb, and a surfactant, consisting of a lignin sulfonic acid salt having purity of 85% by mass or more, wherein the content of reducing sugars is less than 5% by mass and the content of sugar sulfonic acids is less than 6% by mass, and a monoalkylaryl sulfonic acid salt formalin condensate and/or a polycarboxylic acid salt having mass average molecular weight of 5,000 to 50,000.
A gas regulator, comprising a body defining at least one chamber (7, 9) into which open a gas inlet and a gas outlet, means (3, 17, 23, 25) for reducing the gas pressure in said chamber (7, 9), and means for blocking the gas circulation between said inlet and said outlet when the gas pressure in said chamber (7, 9) exceeds a predetermined threshold, these means for blocking the gas circulation comprising a shutter axis movable between an opening position and a full shutter position of said gas inlet, elastic means for returning this shutter axis to its full shutter position, means (5, 41, 43, 45, 47) for locking this shutter axis in its opening position, and means for controlling the opening of these locking means when the gas pressure in said chamber (7, 9) exceeds a predetermined threshold, said gas regulator also comprising means (49, 51, 53, 55, 57, 59) for indicating, outside the regulator, the passage of said shutter axis from its opening position to its full shutter position, this means comprising a push-button including a head visible from outside the regulator and a resetting axis, said regulator being remarkable in that said resetting axis extends according to a direction substantially perpendicular to that of the rod of said shutter axis, elastic means returning said push-button inwardly of said regulator, a bevel being formed at the end of the rod of said shutter axis, and a ball being interposed between the end of said resetting axis and said bevel.
Method for determining a frequency line pattern within at least one amplitude spectrum, which is produced from audible signals that were radiated by at least one detected vehicle and received by means of a sonar installation, and the method has the following steps for each amplitude spectrum: a) sorting of frequency lines in the amplitude spectrum by decreasing amplitude magnitude, starting with the frequency line that has a maximum amplitude, and specifying an order, b) selection of a predetermined number of the sorted frequency lines and determining of a plurality of threshold values, c) comparison of frequency lines with one another to form line pairs, taking account of at least one threshold value, d) aggregation of the line pairs with approximately the same fundamental frequency to give a provisional frequency line set and rating of the provisional frequency line set with reference to a plurality of parameters, in particular taking account of the number, sequence, amplitude and density of the frequency lines, e) determining final frequency line sets from the provisional frequency line sets by means of an exclusion method, taking account of the rating of the provisional frequency line sets and of one or more threshold values, and determination of the frequency line pattern of the at least one detected vessel by aggregation of any single lines present and of the final frequency line sets of the amplitude spectrum or the amplitude spectra. a) sorting of frequency lines in the amplitude spectrum by decreasing amplitude magnitude, starting with the frequency line that has a maximum amplitude, and specifying an order, b) selection of a predetermined number of the sorted frequency lines and determining of a plurality of threshold values, c) comparison of frequency lines with one another to form line pairs, taking account of at least one threshold value, d) aggregation of the line pairs with approximately the same fundamental frequency to give a provisional frequency line set and rating of the provisional frequency line set with reference to a plurality of parameters, in particular taking account of the number, sequence, amplitude and density of the frequency lines, e) determining final frequency line sets from the provisional frequency line sets by means of an exclusion method, taking account of the rating of the provisional frequency line sets and of one or more threshold values, and
A method for manufacturing a photocathode comprising a glass substrate, transparent to the spectral working band of the photocathode and having a first face, called the front face and a rear face opposite the front face, a carpet of nanowires made of at least one III-V semiconductor material, deposited on said rear face and extending from this face in a direction opposite to the front face, wherein: the nanowires are grown on said substrate by means of molecular beam epitaxy in an MBE frame, by varying, during the growth phase of the nanowires, the fluxes of the materials making up the III-V semiconductor material so as to obtain a material having a radial variation in the ratio of the elements of the III-V material so as to obtain a bandgap gradient directed from the core of the nanowires towards their periphery; characterised in that prior to the growth of nanowires, within the same MBE frame, a film of gold is deposited on said substrate at a temperature of 800 to 1200°C for a period of 1 to 30 min then it is left to dewet at a temperature between 400°C and 700°C for a period of 30s to 30 min so as to create gold particles 5 to 50 nm in diameter. the nanowires are grown on said substrate by means of molecular beam epitaxy in an MBE frame, by varying, during the growth phase of the nanowires, the fluxes of the materials making up the III-V semiconductor material so as to obtain a material having a radial variation in the ratio of the elements of the III-V material so as to obtain a bandgap gradient directed from the core of the nanowires towards their periphery; characterised in that prior to the growth of nanowires, within the same MBE frame, a film of gold is deposited on said substrate at a temperature of 800 to 1200°C for a period of 1 to 30 min then it is left to dewet at a temperature between 400°C and 700°C for a period of 30s to 30 min so as to create gold particles 5 to 50 nm in diameter.
Guide baffle for a turbomachine, which has guide vanes which are mounted so as to be adjustable about an axis of rotation (21.1, 21.2) in each case in orderto change an inflowangle, with a first guide vane (20.1) and a second guide vane (20.2) arranged on the pressure side thereof being arranged with an axial offset relative to a longitudinal axis of the turbomachine, namely the axis of rotation (21.2) of the second guide vane (20.2) is axially offset to the rear, characterized in that the first guide vane (20.1) and the second guide vane, in an adjusted state, - form a tandem configuration with one another in a radially outer region, - but delimit a diverging channel with one another in a radially inner region. which has guide vanes which are mounted so as to be adjustable about an axis of rotation (21.1, 21.2) in each case in orderto change an inflowangle, with a first guide vane (20.1) and a second guide vane (20.2) arranged on the pressure side thereof being arranged with an axial offset relative to a longitudinal axis of the turbomachine, namely the axis of rotation (21.2) of the second guide vane (20.2) is axially offset to the rear, characterized in that the first guide vane (20.1) and the second guide vane, in an adjusted state, - form a tandem configuration with one another in a radially outer region, - but delimit a diverging channel with one another in a radially inner region. - form a tandem configuration with one another in a radially outer region, - but delimit a diverging channel with one another in a radially inner region.
A method of audio object extraction from channel-based audio content comprising: extracting at least one video object from video content associated with the channel-based audio content; determining information about the at least one video object; and extracting from the channel-based audio content an audio object to be rendered as an upmixed audio signal based on the determined information, wherein the determining information about the at least one video object comprises determining a position of the at least one video object; and characterized in that the extracting from the channel-based audio content an audio object based on the determined information comprises: determining a mixing matrix for audio object extraction based on the position of the at least one video object; and extracting an audio object signal of the audio object from the channel-based audio content based on the mixing matrix. extracting at least one video object from video content associated with the channel-based audio content; determining information about the at least one video object; and extracting from the channel-based audio content an audio object to be rendered as an upmixed audio signal based on the determined information, wherein the determining information about the at least one video object comprises determining a position of the at least one video object; and characterized in that the extracting from the channel-based audio content an audio object based on the determined information comprises: determining a mixing matrix for audio object extraction based on the position of the at least one video object; and extracting an audio object signal of the audio object from the channel-based audio content based on the mixing matrix. determining a mixing matrix for audio object extraction based on the position of the at least one video object; and extracting an audio object signal of the audio object from the channel-based audio content based on the mixing matrix.
A solid ingredient-containing liquid condiment comprising a vegetable as a solid ingredient immersed in seasoning liquid, wherein the liquid condiment comprises a solid ingredient passing through a 3-mesh (3 openings per inch (2.54 cm)) sieve and not passing through an 8-mesh (8 openings per inch (2.54 cm)) sieve in an amount of from 10 to 55% by mass of a whole liquid condiment on a wet basis, Brix of the seasoning liquid in the liquid condiment is from 1 to 40, pH of the seasoning liquid in the liquid condiment is from 2 to 5, and a calcium content in the seasoning liquid of the liquid condiment is from 0.05 to 0.25% by mass.
A system for inkjet printing comprising: - an ink comprising: - a colorant; - a ketone compound, wherein the ketone compound is 2-heptanone or 2-octanone; - a further solvent selected from the group consisting of a lactic acid ester and a lactone solvent; and - a medium formed of a vinyl chloride sheet. - an ink comprising: - a colorant; - a ketone compound, wherein the ketone compound is 2-heptanone or 2-octanone; - a further solvent selected from the group consisting of a lactic acid ester and a lactone solvent; and - a colorant; - a ketone compound, wherein the ketone compound is 2-heptanone or 2-octanone; - a further solvent selected from the group consisting of a lactic acid ester and a lactone solvent; and - a medium formed of a vinyl chloride sheet.
Computer-implemented method for evaluating correspondences (10, 12) of images (B1, B2) from at least one camera of a vehicle, the correspondences (10, 12) being based on the concept of optical flow, comprising: - providing (S1-1) the correspondences (10, 12) between given first and second images (B1, B2), - providing (S1-2) a plurality of quality measures as attributes (20, 22) for characterizing a respective correspondence (10, 12), the respective quality measure as attribute (20, 22) of a considered correspondence (10, 12) being representative of • a measure of the unambiguity with which a respective correspondence (10, 12) was ascertained in a local environment, or • a measure of the consistency of a respective correspondence (10, 12) with a temporally preceding correspondence, - evaluating (S2-1) and conditionally selecting (S2-2) the correspondences (10, 12), evaluating (S2-1) correspondences (10, 12) being based on a combination of attributes (20, 22) and selecting (S2-2) correspondences (10, 12) being based on a result of the evaluating (S2-1), and - providing (S2-3) selected correspondences (10, 12) as an evaluation result. - providing (S1-1) the correspondences (10, 12) between given first and second images (B1, B2), - providing (S1-2) a plurality of quality measures as attributes (20, 22) for characterizing a respective correspondence (10, 12), the respective quality measure as attribute (20, 22) of a considered correspondence (10, 12) being representative of • a measure of the unambiguity with which a respective correspondence (10, 12) was ascertained in a local environment, or • a measure of the consistency of a respective correspondence (10, 12) with a temporally preceding correspondence, • a measure of the unambiguity with which a respective correspondence (10, 12) was ascertained in a local environment, or • a measure of the consistency of a respective correspondence (10, 12) with a temporally preceding correspondence, - evaluating (S2-1) and conditionally selecting (S2-2) the correspondences (10, 12), evaluating (S2-1) correspondences (10, 12) being based on a combination of attributes (20, 22) and selecting (S2-2) correspondences (10, 12) being based on a result of the evaluating (S2-1), and - providing (S2-3) selected correspondences (10, 12) as an evaluation result.
A packaged radio frequency, RF, module comprising: a package substrate, wherein the package substrate comprises contact pads; a first die electrically and mechanically attached to the package substrate, the first die comprising an RF switch, wherein the first die comprises bond pads, and wherein the bond pads are wire bonded with bond wires to the contract pads of the substrate; a second die electrically and mechanically attached to the package substrate, the second die comprising an RF amplifier; an encapsulating material protecting electrical connections between the first die and the package substrate, and wherein the first die is packaged within the encapsulating material and mounted onto the package substrate; a lid attached to the package substrate such that the package substrate and the lid at least partially define an air cavity within which the first and the second die (102, 103) are mounted, an active surface of the second die being exposed to the air cavity, wherein the active surface of the second die faces away from the package substrate; and an encapsulant flow limiter (111, 126) on the package substrate at least partially around the first die and configured to capture encapsulating material bleeding from the first die. a package substrate, wherein the package substrate comprises contact pads; a first die electrically and mechanically attached to the package substrate, the first die comprising an RF switch, wherein the first die comprises bond pads, and wherein the bond pads are wire bonded with bond wires to the contract pads of the substrate; a second die electrically and mechanically attached to the package substrate, the second die comprising an RF amplifier; an encapsulating material protecting electrical connections between the first die and the package substrate, and wherein the first die is packaged within the encapsulating material and mounted onto the package substrate; a lid attached to the package substrate such that the package substrate and the lid at least partially define an air cavity within which the first and the second die (102, 103) are mounted, an active surface of the second die being exposed to the air cavity, wherein the active surface of the second die faces away from the package substrate; and an encapsulant flow limiter (111, 126) on the package substrate at least partially around the first die and configured to capture encapsulating material bleeding from the first die.