mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating a parameter of a subsurface volume, the method comprising: receiving a seismic signal from each event in a plurality of subsurface events, the seismic signal being received by a seismic receiver; characterized in that the method further comprises: representing each event by a plurality of markers in a represented space, a spatial distribution of the markers representing a volume of rock in the subsurface volume influenced by an event, wherein the volume of rock and a location of each event are derived from the seismic signal; calculating an attribute for each marker in the plurality of markers, wherein said attribute relates to the event to which the marker relates; dividing the represented space into a plurality of cells; and summing the attributes for the markers in each cell to provide a total attribute for each cell; wherein each of the representing, the calculating, the dividing and the summing is performed using one or more processors. receiving a seismic signal from each event in a plurality of subsurface events, the seismic signal being received by a seismic receiver; characterized in that the method further comprises: representing each event by a plurality of markers in a represented space, a spatial distribution of the markers representing a volume of rock in the subsurface volume influenced by an event, wherein the volume of rock and a location of each event are derived from the seismic signal; calculating an attribute for each marker in the plurality of markers, wherein said attribute relates to the event to which the marker relates; dividing the represented space into a plurality of cells; and summing the attributes for the markers in each cell to provide a total attribute for each cell; representing each event by a plurality of markers in a represented space, a spatial distribution of the markers representing a volume of rock in the subsurface volume influenced by an event, wherein the volume of rock and a location of each event are derived from the seismic signal; calculating an attribute for each marker in the plurality of markers, wherein said attribute relates to the event to which the marker relates; dividing the represented space into a plurality of cells; and summing the attributes for the markers in each cell to provide a total attribute for each cell; wherein each of the representing, the calculating, the dividing and the summing is performed using one or more processors.
A refrigerator comprising: a plurality of storage compartments (121, 122) including a first storage compartment and a second storage compartment; a plurality of cooling units (201, 202) including a first cooling unit to cool the first storage compartment and a second cooling unit to cool the second storage compartment, each of the first cooling unit and the second cooling unit including a separate compressor (211, 212); a temperature sensing unit to sense temperatures of the plurality of storage compartments (121, 122); and a drive unit to drive the plurality of cooling units (201, 202); wherein there is a controller to control the drive unit and to initiate driving the first cooling unit in response to a temperature of the first compartment being above a first reference temperature, characterized in that, when the second cooling unit is being driven, the controller controls the drive unit to initiate the driving of the first cooling unit in response to a temperature of the first compartment being above a second reference temperature being higher than the first reference temperature. a plurality of storage compartments (121, 122) including a first storage compartment and a second storage compartment; a plurality of cooling units (201, 202) including a first cooling unit to cool the first storage compartment and a second cooling unit to cool the second storage compartment, each of the first cooling unit and the second cooling unit including a separate compressor (211, 212); a temperature sensing unit to sense temperatures of the plurality of storage compartments (121, 122); and a drive unit to drive the plurality of cooling units (201, 202); wherein there is a controller to control the drive unit and to initiate driving the first cooling unit in response to a temperature of the first compartment being above a first reference temperature, characterized in that, when the second cooling unit is being driven, the controller controls the drive unit to initiate the driving of the first cooling unit in response to a temperature of the first compartment being above a second reference temperature being higher than the first reference temperature.
Mobile terminal comprising - a printed wiring board; - a display located at the front side of the mobile terminal; and - an antenna to transmit and receive radiation of one or more radio-frequency bands, the antenna comprising: -- an electrically conductive patch antenna element adapted for being connected to an RF circuitry of the mobile terminal, - a spacer formed of non-conductive material having a first face supporting the patch antenna element and a second face opposite the first face, and - a ground electrode (6, 9, 11, 12) adapted to provide a ground potential for the patch antenna element and being located on the side of the spacer opposite the first face, whereby the second face of the spacer faces a first surface of the printed wiring board, and whereby at least part of the ground electrode (6, 9, 11, 12) is located at a distance from the second face of the spacer, and whereby at least part of the ground electrode (6, 9, 11, 12) is formed by a shielding component located inside the mobile terminal on the opposite side of the printed wiring board in relation to the patch antenna, characterised in that at least part of the ground electrode (6, 9, 11, 12) is formed by a conductive layer of the display. - a printed wiring board; - a display located at the front side of the mobile terminal; and - an antenna to transmit and receive radiation of one or more radio-frequency bands, the antenna comprising: -- an electrically conductive patch antenna element adapted for being connected to an RF circuitry of the mobile terminal, - a spacer formed of non-conductive material having a first face supporting the patch antenna element and a second face opposite the first face, and - a ground electrode (6, 9, 11, 12) adapted to provide a ground potential for the patch antenna element and being located on the side of the spacer opposite the first face, whereby the second face of the spacer faces a first surface of the printed wiring board, and -- an electrically conductive patch antenna element adapted for being connected to an RF circuitry of the mobile terminal, - a spacer formed of non-conductive material having a first face supporting the patch antenna element and a second face opposite the first face, and - a ground electrode (6, 9, 11, 12) adapted to provide a ground potential for the patch antenna element and being located on the side of the spacer opposite the first face, whereby the second face of the spacer faces a first surface of the printed wiring board, and
A permanent magnet speed governor having fixed magnetic gap, comprising: an inner magnetic rotor connected to a driven shaft, an outer magnetic rotor connected to a drive shaft, the inner magnetic rotor radially facing the outer magnetic rotor with the fixed magnetic gap therebetween, inner permanent magnets being evenly distributed along the circumferentia direction of the outer circumferential surface of the said inner magnetic rotor, outer permanent magnets being evenly distributed along the circumferentia direction of the inner circumferential surface of the said outer magnetic rotor, the inner permanent magnets having 4 sides perpendicular to the end face of inner magnetic rotor, two magnetic pole sides of the inner permanent magnet being respectively fixed to an iron yoke, another two sides each being provided with a magnetically conductive body, the inner permanent magnets and the magnetically conductive bodies are placed between the two iron yokes, such that a closed magnetic circuit surrounding the inner permanent magnets is formed around the inner permanent magnets, one axial end of the inner magnetic rotor being provided with a magnetic circuit regulator used for moving each magnetically conductive body along the axial direction in order to realize the change in the interaction force between the inner magnetic rotor and the outer magnetic rotor and consequently realize the speed adjustment process. an inner magnetic rotor connected to a driven shaft, an outer magnetic rotor connected to a drive shaft, the inner magnetic rotor radially facing the outer magnetic rotor with the fixed magnetic gap therebetween, inner permanent magnets being evenly distributed along the circumferentia direction of the outer circumferential surface of the said inner magnetic rotor, outer permanent magnets being evenly distributed along the circumferentia direction of the inner circumferential surface of the said outer magnetic rotor, the inner permanent magnets having 4 sides perpendicular to the end face of inner magnetic rotor, two magnetic pole sides of the inner permanent magnet being respectively fixed to an iron yoke, another two sides each being provided with a magnetically conductive body, the inner permanent magnets and the magnetically conductive bodies are placed between the two iron yokes, such that a closed magnetic circuit surrounding the inner permanent magnets is formed around the inner permanent magnets, one axial end of the inner magnetic rotor being provided with a magnetic circuit regulator used for moving each magnetically conductive body along the axial direction in order to realize the change in the interaction force between the inner magnetic rotor and the outer magnetic rotor and consequently realize the speed adjustment process.
A method for processing data retrieval requests to retrieve database results from a cache of a database system, the cache storing a representation of a data space of at least one database of the database system, the data space being formed by the data stored by the at least one database, wherein the representation comprises a number of data records, each data record comprising a key-value combination, wherein the data retrieval request comprises a key of at least one data record and the at least one preprocessed result for the data retrieval request comprises at least one value of the at least one data record, the representation being a transformation and/or a subset of the data space to comprise at least one preprocessed result for any defined data retrieval request for which the data space of the at least one database of the database system is able to output a result, the method comprising, at the cache: initializing the cache comprising directing any defined data retrieval request to the at least one database, storing at least one result outputted for any of the data retrieval requests in the representation of the cache as a preprocessed result and storing nothing in the representation for any of the data retrieval requests which output no result; in response to receiving a data retrieval request from a client device, determining, by utilizing the stored representation, whether the data space of the at least one database is able to output at least one result for the data retrieval request, if affirmative, returning at least one preprocessed result from the representation stored by the cache for the data retrieval request to the client device; otherwise, returning an invalidity notification to the client device without referring to the at least one database. initializing the cache comprising directing any defined data retrieval request to the at least one database, storing at least one result outputted for any of the data retrieval requests in the representation of the cache as a preprocessed result and storing nothing in the representation for any of the data retrieval requests which output no result; in response to receiving a data retrieval request from a client device, determining, by utilizing the stored representation, whether the data space of the at least one database is able to output at least one result for the data retrieval request, if affirmative, returning at least one preprocessed result from the representation stored by the cache for the data retrieval request to the client device; otherwise, returning an invalidity notification to the client device without referring to the at least one database.
A composition comprising a) a quarternary trialkylalkanolamine hydroxide and b) at least one diamine as component b), which is selected from the group consisting of 1-amino-4-methylpiperazine, 1,2-diaminopropane and mixtures thereof. a) a quarternary trialkylalkanolamine hydroxide and b) at least one diamine as component b), which is selected from the group consisting of 1-amino-4-methylpiperazine, 1,2-diaminopropane and mixtures thereof.
Device for monitoring the vacuum quality of a vacuum circuit-breaker, characterized in that it comprises: - at least one rigid assembly comprising a first stationary conductive surface that is separated by an insulating layer from a second stationary conductive surface, thus forming a first capacitor having a set value, - an electronic circuit for measuring a variation in the voltage on said first capacitor that is representative of a change in state of the vacuum of the circuit-breaker, and characterized in that said first stationary conductive surface forms a second fixed capacitor, in combination with an electrically active element of the vacuum circuit-breaker. - at least one rigid assembly comprising a first stationary conductive surface that is separated by an insulating layer from a second stationary conductive surface, thus forming a first capacitor having a set value, - an electronic circuit for measuring a variation in the voltage on said first capacitor that is representative of a change in state of the vacuum of the circuit-breaker, and characterized in that said first stationary conductive surface forms a second fixed capacitor, in combination with an electrically active element of the vacuum circuit-breaker.
A reversible thermosensitive recording medium comprising: a reversible thermosensitive recording layer; a first sheet-shaped base; an electronic information recording module containing a module substrate, and a convex-shaped electronic information recording element and an antenna circuit both disposed on the module substrate; and a first resin layer for bonding the first sheet-shaped base and the electronic information recording module, characterized in that the first sheet-shaped base is provided adjacent to the reversible thermosensitive recording layer and the first sheet-shaped base has a concave portion on a surface opposite to a surface thereof on which the reversible thermosensitive recording layer is formed, and the electronic information recording element is inserted into the concave portion of the first sheet-shaped base. a reversible thermosensitive recording layer; a first sheet-shaped base; an electronic information recording module containing a module substrate, and a convex-shaped electronic information recording element and an antenna circuit both disposed on the module substrate; and a first resin layer for bonding the first sheet-shaped base and the electronic information recording module, characterized in that the first sheet-shaped base is provided adjacent to the reversible thermosensitive recording layer and the first sheet-shaped base has a concave portion on a surface opposite to a surface thereof on which the reversible thermosensitive recording layer is formed, and the electronic information recording element is inserted into the concave portion of the first sheet-shaped base.
A method performed by a voltage stability prediction system for predicting voltage stability of a power system under a contingency, the method comprising: executing model-based contingency analysis using a model of the power system to predict, as of a first time, voltage stability of the power system post-contingency with respect to the contingency; obtaining, from phasor measurement units (PMUs) in the power system, synchrophasor measurements that indicate, as of a second time later than the first time, phasors in the power system pre-contingency with respect to the contingency; and based on the model-based contingency analysis and the synchrophasor measurements, predicting, as of the second time, voltage stability of the power system post-contingency with respect to the contingency. executing model-based contingency analysis using a model of the power system to predict, as of a first time, voltage stability of the power system post-contingency with respect to the contingency; obtaining, from phasor measurement units (PMUs) in the power system, synchrophasor measurements that indicate, as of a second time later than the first time, phasors in the power system pre-contingency with respect to the contingency; and based on the model-based contingency analysis and the synchrophasor measurements, predicting, as of the second time, voltage stability of the power system post-contingency with respect to the contingency.
A method, executed by a controller, wherein the controller is a radio network controller or a base station controller, comprising: performing adaptive filtering on a wireless network quality indicator to predict future values of the wireless network quality indicator; calculating residues between the predicted future values and measured values of the wireless network quality indicator; analyzing the residues over at least one selected frequency band to determine if a threshold has been exceeded for the at least one selected frequency band; and detecting an anomaly event of the wireless network in a frequency band in which a threshold has been exceeded using the residues and measured values of the wireless network quality indicator, wherein detecting the anomaly event includes completing a contour using a morphological filtering process. performing adaptive filtering on a wireless network quality indicator to predict future values of the wireless network quality indicator; calculating residues between the predicted future values and measured values of the wireless network quality indicator; analyzing the residues over at least one selected frequency band to determine if a threshold has been exceeded for the at least one selected frequency band; and detecting an anomaly event of the wireless network in a frequency band in which a threshold has been exceeded using the residues and measured values of the wireless network quality indicator, wherein detecting the anomaly event includes completing a contour using a morphological filtering process.
Use of a lubricating composition for reducing coke deposits in thin film formed in a machine, wherein said lubricating composition comprises, in mass, with respect to the total mass of said lubricating composition, from 20 % to 100 % of an ionic liquid or of a mixture of several ionic liquids, said ionic liquid or said mixture of several ionic liquids being selected from an ionic liquid or a mixture of several ionic liquids comprising at least: - an anion A - selected among sulfonylimides whose substituent or substituents are independently selected among a fluoroalkyl, fluoroether, perfluorinated alkyl, perfluoroether or perfluorosulfonyl group, and - a cation C + comprising a nitrogen-containing heterocycle or a quaternary ammonium, whose substituent or substituents are independently selected among: a hydrogen atom or alkyl, alkoxy, fluorinated alkyl, perfluorinated alkyl, alkylsilane, alkyl alcohol, vinyl, alkyl allyl, ether, polyether groups, having a linear chain or branched chain with 1 to 3 carbon atoms, provided that when the cation is a quaternary ammonium, at least two of its substituents are a methyl group, the ionic liquid or the mixture of several ionic liquids having a deposition start temperature in thin film, determined by the MCT method according to the standards GFC Lu-27 A-13 that is at least equal to 330°C, preferably equal to or higher than 350°C. - an anion A - selected among sulfonylimides whose substituent or substituents are independently selected among a fluoroalkyl, fluoroether, perfluorinated alkyl, perfluoroether or perfluorosulfonyl group, and - a cation C + comprising a nitrogen-containing heterocycle or a quaternary ammonium, whose substituent or substituents are independently selected among: a hydrogen atom or alkyl, alkoxy, fluorinated alkyl, perfluorinated alkyl, alkylsilane, alkyl alcohol, vinyl, alkyl allyl, ether, polyether groups, having a linear chain or branched chain with 1 to 3 carbon atoms, provided that when the cation is a quaternary ammonium, at least two of its substituents are a methyl group,
A system for testing bonded joints, the bonded joints comprising: • a first element, • a second element,and • an adhesive line located between the first and second element, wherein the first and second element are joined together by the adhesive line, and the first and second element comprise an end side free of adhesive line between both elements (1, 2), the system comprising: • a swing tool comprising a first curved side (4.1) configured to be located and swing on the second element, a first cantilevered end (4.2),and a support end (4.3), • an actuator, • pressure measuring means, • a first fixing means configured to fix the swing tool to the second element, and • at least a second fixing means configured to fix the actuator to the first element, wherein the actuator is configured to apply a force to the swing tool and configured to separate the second element with respect to the first element, and wherein the pressure measuring means are configured to measure a force applied by the actuator to the swing tool, the actuator comprises, a motor with an axis, the motor being configured to supply power to the actuator, and a horizontal bar element configured to move vertically along the axis by the motor; wherein the pressure measuring means is a load cell located in contact with the swing tool and the actuator; and wherein the horizontal bar element comprises a kinematic guide joined to the load cell, said kinematic guide being configured to move horizontally along the horizontal bar element continually in contact with the load cell. • a first element, • a second element,and • an adhesive line located between the first and second element, wherein the first and second element are joined together by the adhesive line, and the first and second element comprise an end side free of adhesive line between both elements (1, 2), • a swing tool comprising a first curved side (4.1) configured to be located and swing on the second element, a first cantilevered end (4.2),and a support end (4.3), a first curved side (4.1) configured to be located and swing on the second element, a first cantilevered end (4.2),and a support end (4.3), • an actuator, • pressure measuring means, • a first fixing means configured to fix the swing tool to the second element, and • at least a second fixing means configured to fix the actuator to the first element, the actuator is configured to apply a force to the swing tool and configured to separate the second element with respect to the first element, and wherein the pressure measuring means are configured to measure a force applied by the actuator to the swing tool, the actuator comprises, a motor with an axis, the motor being configured to supply power to the actuator, and a horizontal bar element configured to move vertically along the axis by the motor;