mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a Base Station in a wireless communication system, the method comprising: detecting a codeword received through a Channel Quality Indicator, CQI, channel; and upon receiving a CQI CHannel, CQICH, codeword for requesting resumption of at least one extended real-time Polling Service, ertPS, connection from a Mobile Station, allocating to the MS an uplink resource corresponding to the largest maximum sustainable traffic rate of stopped ertPS connections established to the MS. detecting a codeword received through a Channel Quality Indicator, CQI, channel; and upon receiving a CQI CHannel, CQICH, codeword for requesting resumption of at least one extended real-time Polling Service, ertPS, connection from a Mobile Station, allocating to the MS an uplink resource corresponding to the largest maximum sustainable traffic rate of stopped ertPS connections established to the MS.
A seal assembly for sealing a gap between first and second relatively movable members of a gas turbine engine compression system, the first member has a sealing surface, the second member has a sacrificial abradable layer positioned opposite the sealing surface, in operation the sealing surface moves relative to, and abrades, the abradable layer thereby maintaining a seal between the members (8,14), characterised in that, the second member and the abradable layer comprise the same composite material, and at least one of the second member and abradable layer comprises a syntactic core (40,50).
A system for calibrating a medical X-ray device comprising at least one moving support, one radiation source and a detector, said moving support comprising two ends (2 1, 2 2), the radiation source and the detector being mounted on said at least one moving support at each end (2 1, 2 2), the moving support being linked to a base via at least one axis of rotation characterised in that it comprises at least the following elements: • At least one first sensor arranged close to the radiation source and at least one second sensor arranged close to the detector, the first and second sensors being suitable to estimate by calculation a position Ps of the source and a position Pd of the detector by merging measurements from said first sensor and said second sensor, a sensor of the angular position of the moving support, said measurement sensors being inertial sensors (21c, 22c, 23c) distributed along the support between the radiation source and the detector, the two first and second sensors being fixed to each end (2 1, 2 2) of the moving support and the sensor of the angular position being fixed halfway between the two ends (2 1, 2 2), • A synchronisation module suitable to synchronously trigger the measurements of the sensors, • A module for pre-processing the measurements of the sensors, said pre-processing module comprising an input receiving an operating model M of the device and a data merging algorithm taking into account at least the measurements of the sensors and the model M in order to estimate an accurate position value for the source Ps and for the detector Pd, the data merging algorithm being configured to calibrate said device D online, in real time, without requiring offline calibrations a priori. • At least one first sensor arranged close to the radiation source and at least one second sensor arranged close to the detector, the first and second sensors being suitable to estimate by calculation a position Ps of the source and a position Pd of the detector by merging measurements from said first sensor and said second sensor, a sensor of the angular position of the moving support, said measurement sensors being inertial sensors (21c, 22c, 23c) distributed along the support between the radiation source and the detector, the two first and second sensors being fixed to each end (2 1, 2 2) of the moving support and the sensor of the angular position being fixed halfway between the two ends (2 1, 2 2), • A synchronisation module suitable to synchronously trigger the measurements of the sensors, • A module for pre-processing the measurements of the sensors, said pre-processing module comprising an input receiving an operating model M of the device and a data merging algorithm taking into account at least the measurements of the sensors and the model M in order to estimate an accurate position value for the source Ps and for the detector Pd, the data merging algorithm being configured to calibrate said device D online, in real time, without requiring offline calibrations a priori.
An antenna system (100, 101, 201, 202, 203, 204, and 205) comprising: a glass plate having a thickness, t, of 1.1 mm or more and having a dielectric loss tangent of 0.005 or more at 28 GHz; an antenna located away from the glass plate; and a matching layer located between the glass plate and the antenna, the matching layer being different from air, wherein a ratio of electric power radiated from the antenna to electric power input into the antenna is defined as a radiation efficiency, and wherein where an effective wavelength of an electromagnetic wave at a predetermined frequency that is 10 GHz or more is denoted as λg, and where the radiation efficiency is denoted as η 0 [dB] when the glass plate and the antenna are in contact with each other, and is denoted as η λg/2 [dB] when a distance between one of the surfaces of the glass plate and the antenna is λg/2, the glass plate and the antenna are arranged so as to obtain the radiation efficiency of η A [dB] that satisfies η A [dB] ≥ η 0 [dB] + (η λg/2 [dB] - η 0 [dB]) × 0.1, wherein the antenna includes: a radiation unit configured to radiate the electromagnetic wave at the predetermined frequency; and a conductor plate serving as a ground, wherein the matching layer has a dielectric loss tangent of 0.03 or less at 28 GHz, and wherein in a plan view of the glass plate, an outer edge of the matching layer is outside of an outer edge of the antenna. a glass plate having a thickness, t, of 1.1 mm or more and having a dielectric loss tangent of 0.005 or more at 28 GHz; an antenna located away from the glass plate; and a matching layer located between the glass plate and the antenna, the matching layer being different from air, wherein a ratio of electric power radiated from the antenna to electric power input into the antenna is defined as a radiation efficiency, and wherein where an effective wavelength of an electromagnetic wave at a predetermined frequency that is 10 GHz or more is denoted as λg, and where the radiation efficiency is denoted as η 0 [dB] when the glass plate and the antenna are in contact with each other, and is denoted as η λg/2 [dB] when a distance between one of the surfaces of the glass plate and the antenna is λg/2, the glass plate and the antenna are arranged so as to obtain the radiation efficiency of η A [dB] that satisfies η A [dB] ≥ η 0 [dB] + (η λg/2 [dB] - η 0 [dB]) × 0.1, wherein the antenna includes: a radiation unit configured to radiate the electromagnetic wave at the predetermined frequency; and a conductor plate serving as a ground, wherein the matching layer has a dielectric loss tangent of 0.03 or less at 28 GHz, and
A support head for video photographic apparatus, comprising: - a base, - an attachment element for the video photographic apparatus, - at least one articulated joint (10a; 10b; 10c) formed between a first joint element (11; 12; 13) and a second joint element (12; 13; 14) designed to rotate the attachment element relative to the base about an axis of rotation (X; Y; Z) of the head, - an operating lever (22; 32; 42) associated with the second joint element to rotate the second joint element relative to the first joint element about the axis of rotation, - an actuator device comprising a first gear element, associated with the first joint element, and a second gear element, provided on the operating lever and capable of engaging with the first gear element to cause the first joint element to rotate relative to the second joint element about the axis of rotation as a result of the operation of the lever, wherein the operating lever can be moved from the first joint element to disengage the second gear element from the first gear element and allow the first joint element to rotate freely relative to the second joint element about the axis of rotation, characterized in that the operating lever is pivoted on the second joint element so as to be movable from and towards the first joint element by oscillation about a pivot axis of the operating lever, and in that the second joint element comprises a grip appendage extending in a position adjacent to the operating lever to facilitate the oscillation of the operating lever away from the first joint element pressing the operating lever towards the grip appendage. - a base, - an attachment element for the video photographic apparatus, - at least one articulated joint (10a; 10b; 10c) formed between a first joint element (11; 12; 13) and a second joint element (12; 13; 14) designed to rotate the attachment element relative to the base about an axis of rotation (X; Y; Z) of the head, - an operating lever (22; 32; 42) associated with the second joint element to rotate the second joint element relative to the first joint element about the axis of rotation, - an actuator device comprising a first gear element, associated with the first joint element, and a second gear element, provided on the operating lever and capable of engaging with the first gear element to cause the first joint element to rotate relative to the second joint element about the axis of rotation as a result of the operation of the lever,
Process for recycling gypsum plasterboard material comprising calcium sulfate dihydrate, comprising the following steps: - introducing the gypsum plasterboard material together with water into a wet dissolver unit, more particularly a pulper, and dissolving the gypsum plasterboard material in the wet dissolver unit to produce a gypsum fibre suspension, and - transforming the calcium sulfate dihydrate of the gypsum fibre suspension into calcium sulfate alpha-hemihydrate in a pressure vessel. - introducing the gypsum plasterboard material together with water into a wet dissolver unit, more particularly a pulper, and dissolving the gypsum plasterboard material in the wet dissolver unit to produce a gypsum fibre suspension, and - transforming the calcium sulfate dihydrate of the gypsum fibre suspension into calcium sulfate alpha-hemihydrate in a pressure vessel.
An encased-pellet tablet for an active pharmaceutical ingredient, comprising: an inner core including a plurality of coated pellets containing at least one active pharmaceutical ingredient coated with a pellet coating, and an excipient layer completely surrounding the inner core, wherein the excipient layer contains from 1 wt. % to 20 wt. % of at least one cushioning agent, based on the total weight of the excipient layer, wherein the at least one cushioning agent in the excipient layer is selected from polyethylene glycols, polypropylene glycols, polytetramethylene glycols, polybutylene glycols, and polybutadiene diols and triols. an inner core including a plurality of coated pellets containing at least one active pharmaceutical ingredient coated with a pellet coating, and an excipient layer completely surrounding the inner core, wherein the excipient layer contains from 1 wt. % to 20 wt. % of at least one cushioning agent, based on the total weight of the excipient layer, wherein the at least one cushioning agent in the excipient layer is selected from polyethylene glycols, polypropylene glycols, polytetramethylene glycols, polybutylene glycols, and polybutadiene diols and triols.
A method of using a controller that controls client switches (116, 118, 120) in a monitoring network having network interfaces that are coupled to a packet forwarding network and that receive tapped network packets from the packet forwarding network, the method comprising: at a service node coupled to the monitoring network, receiving a flow record template; at the service node, after receiving the flow record template, generating a list of instructions based on the received flow record template; with the controller, identifying a set of the tapped network packets based on which flow records are generated; with the controller, forwarding packet information in the set of the tapped network packets to the service node; and at the service node, executing the list of instructions for each tapped network packet in the set of the tapped network packets to generate a corresponding flow record. at a service node coupled to the monitoring network, receiving a flow record template; at the service node, after receiving the flow record template, generating a list of instructions based on the received flow record template; with the controller, identifying a set of the tapped network packets based on which flow records are generated; with the controller, forwarding packet information in the set of the tapped network packets to the service node; and at the service node, executing the list of instructions for each tapped network packet in the set of the tapped network packets to generate a corresponding flow record.
A method of wireless communication, comprising: determining when a user is in close proximity to a user equipment, UE, or the user is operating the UE; determining a remaining battery power of the UE when the user is not close to the UE or when the user is not operating the UE; and reducing power consumption of the UE when the remaining battery power is lower than a first threshold value, and either the user is not close to the UE or is not operating the UE. determining when a user is in close proximity to a user equipment, UE, or the user is operating the UE; determining a remaining battery power of the UE when the user is not close to the UE or when the user is not operating the UE; and reducing power consumption of the UE when the remaining battery power is lower than a first threshold value, and either the user is not close to the UE or is not operating the UE.
A method for advertising link bandwidth information, comprising: sending, by a microwave node (A-F, H), a link state advertisement, LSA, message comprising bandwidth information of a link to a plurality of network nodes (A-H) in a network, wherein the bandwidth information comprises a plurality of link bandwidths, characterized in that the bandwidth information further comprises availabilities corresponding to the plurality of link bandwidths respectively, wherein each availability is a percentage of the time during which the corresponding link bandwidth is ensured in view of external impacts on the microwave link. sending, by a microwave node (A-F, H), a link state advertisement, LSA, message comprising bandwidth information of a link to a plurality of network nodes (A-H) in a network, wherein the bandwidth information comprises a plurality of link bandwidths, characterized in that the bandwidth information further comprises availabilities corresponding to the plurality of link bandwidths respectively, wherein each availability is a percentage of the time during which the corresponding link bandwidth is ensured in view of external impacts on the microwave link.
A method of forming a MEMS device, comprising: encapsulating a MEMS element with a first layer of a sacrificial material and a further sacrificial layer portion of the sacrificial material deposited over a substrate arrangement, said portion defining a cavity for the MEMS element; forming at least one strip of a further sacrificial material extending outwardly from said portion; forming a cover layer portion over the sacrificial layer portion, said cover layer portion terminating on the at least one strip; removing the sacrificial layer portion and the at least one strip, the removal of the at least one strip defining at least one vent channel extending laterally underneath the cover layer portion; and sealing the at least one vent channel. encapsulating a MEMS element with a first layer of a sacrificial material and a further sacrificial layer portion of the sacrificial material deposited over a substrate arrangement, said portion defining a cavity for the MEMS element; forming at least one strip of a further sacrificial material extending outwardly from said portion; forming a cover layer portion over the sacrificial layer portion, said cover layer portion terminating on the at least one strip; removing the sacrificial layer portion and the at least one strip, the removal of the at least one strip defining at least one vent channel extending laterally underneath the cover layer portion; and sealing the at least one vent channel.
A method for obtaining a cloned non-human, mammalian blastocyst, the method comprising: (a) transferring a donor nucleus obtained from an isolated or cultured non-human, mammalian somatic cell lacking Xist activity into a non-human, mammalian enucleated oocyte; and (b) overexpressing Kdm4d in the oocyte, thereby obtaining a cloned non-human, mammalian blastocyst, wherein the somatic cell lacking Xist activity is produced by the use of: genome editing; a CRISPR system which introduces a deletion or inactivity mutation in a genomic Xist polynucleotide; siRNA; shRNA; or RNAi. (a) transferring a donor nucleus obtained from an isolated or cultured non-human, mammalian somatic cell lacking Xist activity into a non-human, mammalian enucleated oocyte; and (b) overexpressing Kdm4d in the oocyte, thereby obtaining a cloned non-human, mammalian blastocyst, genome editing; a CRISPR system which introduces a deletion or inactivity mutation in a genomic Xist polynucleotide; siRNA; shRNA; or RNAi.
A method of reducing lead corrosion in an internal combustion engine lubricated with a lubricating oil composition, the method comprising supplying to the internal combustion engine a lubricating oil composition including i) a hydrocarbyl substituted succinimide dispersant obtained from a hydrocarbyl substituted acylating agent reacted with a nitrogen source; ii) a nitrogen-free organic friction modifier having carboxylic acid and/or hydroxyl groups, wherein the nitrogen-free organic friction modifier has pendant hydroxyl groups obtained from a fatty acid reacted with an alkanol; iii) a boron-containing compound selected from boric acid or boronic acid having the structure X-B- 2 wherein X is a hydroxyl group, a linear or branched alkyl group, a cyclic hydrocarbyl group, one or more aromatic groups, a benzofuranyl group, a dibenzofuranyl group, or combinations thereof; and iv) a major amount of a base oil or a blend of base oils of lubricating viscosity; wherein the lubricating oil composition includes 250 ppm to 350 ppm of boron provided by the boron-containing compound per each 1 weight percent of the nitrogen-free organic friction modifier. i) a hydrocarbyl substituted succinimide dispersant obtained from a hydrocarbyl substituted acylating agent reacted with a nitrogen source; ii) a nitrogen-free organic friction modifier having carboxylic acid and/or hydroxyl groups, wherein the nitrogen-free organic friction modifier has pendant hydroxyl groups obtained from a fatty acid reacted with an alkanol; iii) a boron-containing compound selected from boric acid or boronic acid having the structure X-B- 2 wherein X is a hydroxyl group, a linear or branched alkyl group, a cyclic hydrocarbyl group, one or more aromatic groups, a benzofuranyl group, a dibenzofuranyl group, or combinations thereof; and iv) a major amount of a base oil or a blend of base oils of lubricating viscosity;
An inhibitor of cytosolic phospholipase A2 alpha (cPLA2α inhibitor) for use in the treatment or prevention of an infection with a flavivirus of the genus Flavi or the genus Hepaci.
System for transferring energy wirelessly comprising: - a housing defining an internal space by means of a plurality of housing walls, at least a wall of said housing being adapted to be placed adjacent to an electromagnetic energy reception device, - an oscillator generating an electrical signal, and - an injector, supplied by said oscillator, adapted to inject electromagnetic waves into said space, wherein a cutoff frequency ( f C) and a cutoff wavelength ( λ C) are associated to said housing, wherein a waves frequency ( f) and a waves wavelength ( λ) are associated to said electromagnetic waves, characterized in that said walls are electrically conducting walls, said waves frequency ( f) is lower than said cutoff frequency ( f C), and said wall comprises at least one aperture, wherein said at least one aperture has a size ( r) smaller than said waves wavelength ( λ) so that an evanescent electromagnetic field is emitted from said at least one aperture. - a housing defining an internal space by means of a plurality of housing walls, at least a wall of said housing being adapted to be placed adjacent to an electromagnetic energy reception device, - an oscillator generating an electrical signal, and - an injector, supplied by said oscillator, adapted to inject electromagnetic waves into said space,
Device for the evaporation of volatile substances comprising a heating element and a tablet, said tablet comprising at least top and bottom layers (2,4) of volatile substance retaining material, said top and bottom layers being spaced apart from each other at a selected distance, characterised in that it further comprises a layer of impermeable material joined to said top and bottom layers (2,4) and located in between said top and bottom layers, wherein the tablet is arranged in the device in such a manner that the bottom layer is closer to the heating element than the top layer, and wherein the lower face of the bottom layer is closed by the heater surface, and its upper face is closed by the impermeable layer.
A method of producing a protein, the method comprising: (a) designing a nucleic acid molecule encoding the protein, wherein some or all of the codons of the nucleic acid molecules encoding the protein are optimized for translation in a second organism, wherein the second organism is yeast and the GC content of the coding region is in a range from 30% to 54%, (b) generating oligonucleotides encoding subportions of the nucleic acid molecule, (c) assembling the oligonucleotides to produce a population of nucleic acid molecules encoding the protein, (d) contacting the population of nucleic acid molecules encoding the protein with a first mixture suitable for the in vitro transcription and translation of members of the population of nucleic acid molecules encoding the protein to form a second mixture, and (e) incubating the second mixture of (d) under conditions suitable for the production of mRNA encoding the protein and the protein, wherein the first mixture suitable for the in vitro transcription and translation of members of the population of nucleic acid molecules comprises cellular components from cells of a first organism, and wherein the cells of the first organism are mammalian cells. (a) designing a nucleic acid molecule encoding the protein, wherein some or all of the codons of the nucleic acid molecules encoding the protein are optimized for translation in a second organism, wherein the second organism is yeast and the GC content of the coding region is in a range from 30% to 54%, (b) generating oligonucleotides encoding subportions of the nucleic acid molecule, (c) assembling the oligonucleotides to produce a population of nucleic acid molecules encoding the protein, (d) contacting the population of nucleic acid molecules encoding the protein with a first mixture suitable for the in vitro transcription and translation of members of the population of nucleic acid molecules encoding the protein to form a second mixture, and (e) incubating the second mixture of (d) under conditions suitable for the production of mRNA encoding the protein and the protein,