mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for a secondary access node (104, 106) of a connection between a terminal device and a cellular communication system, characterised by means for performing: detecting, from an uplink data packet received from the terminal device over a data radio bearer, a new quality-of-service, QoS, flow in the data radio bearer; upon said detecting, generating and transmitting to a master access node of the connection a message indicating said detection of the new QoS flow, the message comprising an identifier of the new QoS flow. detecting, from an uplink data packet received from the terminal device over a data radio bearer, a new quality-of-service, QoS, flow in the data radio bearer; upon said detecting, generating and transmitting to a master access node of the connection a message indicating said detection of the new QoS flow, the message comprising an identifier of the new QoS flow.
Application of carbon nanotubes on agglomerates of ore fines to increase the mechanical strength, comprising: dispersing carbon nanotubes into a matrix by mechanical mixing or using ultrasonic processor; performing a mechanical mixture with the ore; and agglomerating. dispersing carbon nanotubes into a matrix by mechanical mixing or using ultrasonic processor; performing a mechanical mixture with the ore; and agglomerating.
A user equipment UE (111 - 116) in a wireless communication system, the UE comprising: a transceiver; a processor coupled with the transceiver, wherein the processor is configured to: receive, from a base station BS, a synchronization signal block SSB corresponding to an SSB index, the SSB including a primary synchronization signal PSS, a secondary synchronization signal SSS and a physical broadcast channel PBCH carrying a master information block MIB with a demodulation reference signal DMRS for the PBCH, and identify resource elements REs for the DMRS for the PBCH included in at least one PBCH symbol; identify the SSB index based on the DMRS for the PBCH; and perform a demodulation of the PBCH based on the DMRS for the PBCH, wherein a DMRS sequence, mapped into the REs for the DMRS, is used for indicating full SSB index or partial SSB index. a transceiver; a processor coupled with the transceiver, wherein the processor is configured to: receive, from a base station BS, a synchronization signal block SSB corresponding to an SSB index, the SSB including a primary synchronization signal PSS, a secondary synchronization signal SSS and a physical broadcast channel PBCH carrying a master information block MIB with a demodulation reference signal DMRS for the PBCH, and identify resource elements REs for the DMRS for the PBCH included in at least one PBCH symbol; identify the SSB index based on the DMRS for the PBCH; and perform a demodulation of the PBCH based on the DMRS for the PBCH, wherein a DMRS sequence, mapped into the REs for the DMRS, is used for indicating full SSB index or partial SSB index. receive, from a base station BS, a synchronization signal block SSB corresponding to an SSB index, the SSB including a primary synchronization signal PSS, a secondary synchronization signal SSS and a physical broadcast channel PBCH carrying a master information block MIB with a demodulation reference signal DMRS for the PBCH, and identify resource elements REs for the DMRS for the PBCH included in at least one PBCH symbol; identify the SSB index based on the DMRS for the PBCH; and perform a demodulation of the PBCH based on the DMRS for the PBCH, wherein a DMRS sequence, mapped into the REs for the DMRS, is used for indicating full SSB index or partial SSB index.
A noise attenuation apparatus for use with a fluid regulator assembly, the noise attenuation apparatus comprising: a first plate having a plurality of first openings configured to reduce noise generated by a fluid flowing through the fluid device and a first aperture; and a second plate having a plurality of second openings configured to reduce noise generated by the fluid, and a second aperture aligned with the first aperture of the first plate; wherein the first plate further includes a third aperture, the first aperture positioned between the third aperture and a central axis of the first plate, wherein the second plate further includes a fourth aperture aligned with the third aperture; a first fastener coupling the first plate and the second plate, the first fastener extending through the first aperture and the second aperture when the first plate is coupled to the second plate, and a second fastener extending through the third aperture and the fourth aperture when the first plate is coupled to the second plate, wherein the second plate directly engages the first plate and when the second plate directly engages the first plate the first openings are at least partially aligned with the second openings to define a flow passageway of the noise attenuation apparatus. a first plate having a plurality of first openings configured to reduce noise generated by a fluid flowing through the fluid device and a first aperture; and a second plate having a plurality of second openings configured to reduce noise generated by the fluid, and a second aperture aligned with the first aperture of the first plate; wherein the first plate further includes a third aperture, the first aperture positioned between the third aperture and a central axis of the first plate, wherein the second plate further includes a fourth aperture aligned with the third aperture; a first fastener coupling the first plate and the second plate, the first fastener extending through the first aperture and the second aperture when the first plate is coupled to the second plate, and a second fastener extending through the third aperture and the fourth aperture when the first plate is coupled to the second plate, wherein the second plate directly engages the first plate and when the second plate directly engages the first plate the first openings are at least partially aligned with the second openings to define a flow passageway of the noise attenuation apparatus.
A method for recycling processing of dust generated in a converter furnace, comprising: crushing and drying a cake; accumulating the cake in an accumulation tank; and charging the cake into a converter furnace, the cake being formed by adding a binder to a slurry containing iron powder-containing dust that is generated at the time of converter blowing and wet-collected to produce a mixed slurry and subjecting the produced mixed slurry to a dehydration treatment in a filter press, the method comprising forcibly passing air into the accumulation tank to keep a crushed product in the accumulation tank at a temperature of less than 90°C, and charging the crushed product into a converter furnace according to a converter operation.
A method for producing a carbonaceous luminescent material that, when exposed to excitation light having a wavelength of 300 to 600 nm, emits light having a wavelength of 550 to 700 nm, which method comprises the step of mixing together and heating an ascorbic acid-containing starting material, an acid catalyst and a solvent, the starting material contains ascorbic acid and an amino-group containing polyalkylene glycol; and wherein the acid catalyst contains an inorganic acid which is at least one selected from the group consisting of phosphoric acid, polyphosphoric acid, hydrochloric acid and hydrofluoric acid, and the solvent contains water. the starting material contains ascorbic acid and an amino-group containing polyalkylene glycol; and wherein the acid catalyst contains an inorganic acid which is at least one selected from the group consisting of phosphoric acid, polyphosphoric acid, hydrochloric acid and hydrofluoric acid, and the solvent contains water.
A method performed by a network node for enabling transmissions to a user equipment, UE, from transmission points, TPs, in a coordination cell area (101-105, 107) in a radio communications network, the method comprising: configuring two or more TPs in the coordination cell area (101-105, 107) not currently serving the UE to transmit signals on interference measurement, IM, resources of two or more Channel State Information, CSI, processes of the UE according to three or more different interference states, receiving, from the UE, CSI reports based on the transmitted signals on the IM resources of the two or more CSI processes of the UE; and estimating one signal quality value for each of the three or more different interference states of the transmitted signals and at least one further signal quality value corresponding to at least one interference state that is not part of the three or more different interference states of the transmitted signals based on the received CSI reports of the two or more CSI processes. configuring two or more TPs in the coordination cell area (101-105, 107) not currently serving the UE to transmit signals on interference measurement, IM, resources of two or more Channel State Information, CSI, processes of the UE according to three or more different interference states, receiving, from the UE, CSI reports based on the transmitted signals on the IM resources of the two or more CSI processes of the UE; and estimating one signal quality value for each of the three or more different interference states of the transmitted signals and at least one further signal quality value corresponding to at least one interference state that is not part of the three or more different interference states of the transmitted signals based on the received CSI reports of the two or more CSI processes.
An antigen detection kit comprising: - a solid support; a capture antibody immobilized on said support, wherein the capture antibody capable of specifically binding to an antigen; a detection antibody-DNA conjugate (d-Ab-DNA conjugate) comprising a detection antibody (d-Ab) capable of specifically binding to the antigen at a different site of the antigen from the site to which the capture antibody binds, and a single stranded DNA oligonucleotide; a fluorescent substance-RNA-a fluorescence quenching substance conjugate, comprising a single stranded RNA oligonucleotide complementary to the DNA oligonucleotide, a fluorescent substance bound to one terminus of the single stranded RNA oligonucleotide, and a fluorescence quenching substance bound to the other terminus of the single stranded RNA oligonucleotide; and - RNase H. - a solid support; a capture antibody immobilized on said support, wherein the capture antibody capable of specifically binding to an antigen; a detection antibody-DNA conjugate (d-Ab-DNA conjugate) comprising a detection antibody (d-Ab) capable of specifically binding to the antigen at a different site of the antigen from the site to which the capture antibody binds, and a single stranded DNA oligonucleotide; a fluorescent substance-RNA-a fluorescence quenching substance conjugate, comprising a single stranded RNA oligonucleotide complementary to the DNA oligonucleotide, a fluorescent substance bound to one terminus of the single stranded RNA oligonucleotide, and a fluorescence quenching substance bound to the other terminus of the single stranded RNA oligonucleotide; and - RNase H.
Method for operating an automotive arrangement, the automotive arrangement comprising an automotive lighting device including a vehicle sensor, and the automotive lighting device comprising at least one solid-state light source, the method comprising the steps of: - providing a plurality of auxiliary sensors comprised in the automotive lighting device, configured to provide device data; - providing a control unit comprised in the automotive lighting device, the method being characterized in that it further comprises the steps of: - estimating the temperature of the vehicle sensor by the control unit using the device data; and - controlling an operation parameter of the automotive lighting device by the control unit using the estimated temperature of the vehicle sensor, wherein said estimating of the temperature of the vehicle sensor is performed by means of training the control unit to estimate the temperature of the vehicle sensor with a training dataset of the device data; and testing the control unit with real temperature data of the vehicle sensor. - providing a plurality of auxiliary sensors comprised in the automotive lighting device, configured to provide device data; - providing a control unit comprised in the automotive lighting device, the method being characterized in that it further comprises the steps of: - estimating the temperature of the vehicle sensor by the control unit using the device data; and - controlling an operation parameter of the automotive lighting device by the control unit using the estimated temperature of the vehicle sensor,
A method of controlling a mobile terminal, the method comprising: displaying a data list including a plurality of data items in a display window of a touch screen on the terminal; displaying at least one icon corresponding to a first application that is executed by the terminal; displaying a graphic user interface corresponding to the first application on the display window of the touch screen as the icon is touched and dragged on the touch screen; and controlling (i) at least one of a position and a size of the displayed data list according to the position and the size of the displayed GUI and (ii) at least one of (a) arranging the plurality of data items included in the data list according to a predetermined standard and (b) grouping the plurality of data items included in the data list into a plurality of categories, such that a region where the GUI is displayed and a region where the data list is displayed do not overlap with each other when the GUI is displayed as the icon is touched and dragged on the touch screen. displaying a data list including a plurality of data items in a display window of a touch screen on the terminal; displaying at least one icon corresponding to a first application that is executed by the terminal; displaying a graphic user interface corresponding to the first application on the display window of the touch screen as the icon is touched and dragged on the touch screen; and controlling (i) at least one of a position and a size of the displayed data list according to the position and the size of the displayed GUI and (ii) at least one of (a) arranging the plurality of data items included in the data list according to a predetermined standard and (b) grouping the plurality of data items included in the data list into a plurality of categories, such that a region where the GUI is displayed and a region where the data list is displayed do not overlap with each other when the GUI is displayed as the icon is touched and dragged on the touch screen.
A drive train of a wind turbine, the drive train comprising: a rotatable hub, a gearbox, a rotatable rotor shaft extending between the rotatable hub and the gearbox, and, a main bearing assembly supporting the rotatable rotor shaft, the main bearing assembly comprising a shaft flange for removably coupling the rotatable rotor shaft to the rotatable hub and a main bearing housing enclosing one or more compound bearings, each of the one or more compound bearings comprising at least two axial thrust bearings (52, 54) and a radial bearing, wherein the one or more compound bearings further comprise rotatable raceway components disposed adjacent the at least two axial thrust bearings (52, 54) and the radial bearing configured as inner radial and axial exterior raceway surfaces respectively, wherein the shaft flange is attached to the rotatable raceway components, and wherein the shaft flange further comprises a removable retainer flange configured to retain the one or more compound bearings inside the main bearing assembly. a rotatable hub, a gearbox, a rotatable rotor shaft extending between the rotatable hub and the gearbox, and, a main bearing assembly supporting the rotatable rotor shaft, the main bearing assembly comprising a shaft flange for removably coupling the rotatable rotor shaft to the rotatable hub and a main bearing housing enclosing one or more compound bearings, each of the one or more compound bearings comprising at least two axial thrust bearings (52, 54) and a radial bearing, wherein the one or more compound bearings further comprise rotatable raceway components disposed adjacent the at least two axial thrust bearings (52, 54) and the radial bearing configured as inner radial and axial exterior raceway surfaces respectively, wherein the shaft flange is attached to the rotatable raceway components, and wherein the shaft flange further comprises a removable retainer flange configured to retain the one or more compound bearings inside the main bearing assembly.
A low-reflection coated glass sheet comprising: a glass sheet; and a low-reflection coating containing 60 mass% to 100 mass% of a silica material having a continuous structure, the low-reflection coating being formed on at least a portion of a principal surface of the glass sheet, wherein the low-reflection coating further contains an aluminum compound, and the content of the aluminum compound, calculated as Al 2 O 3, in the low-reflection coating is 2 mass% to 8 mass%, wherein the silica material having the continuous structure contains an organic group, and the content of the organic group in the low-reflection coating is 0.3 to 7 mass%. a glass sheet; and a low-reflection coating containing 60 mass% to 100 mass% of a silica material having a continuous structure, the low-reflection coating being formed on at least a portion of a principal surface of the glass sheet, wherein the low-reflection coating further contains an aluminum compound, and the content of the aluminum compound, calculated as Al 2 O 3, in the low-reflection coating is 2 mass% to 8 mass%, wherein the silica material having the continuous structure contains an organic group, and the content of the organic group in the low-reflection coating is 0.3 to 7 mass%.
A compound of the general formula in which one of X and X' represents a poly(ethylene glycol), and the other represents a hydrogen atom; each Q independently represents a linking group; W represents a keto group CO, an ester group -O-CO- or a sulphone group -SO2- or a moiety preparable by reduction of such a group; or, if X' represents a polyethylene glycol, X-Q-W- together may represent a cyano group; and in addition, if X represents a polyethylene glycol, X' and W together with the interjacent atoms may form a ring; each of Z 1 and Z 2 independently represents a protein, each of which is linked to A and B via a thiol group; A is a C 1-5 alkylene or alkenylene chain; and B is a bond or a C 1-4 alkylene or alkenylene chain. in which one of X and X' represents a poly(ethylene glycol), and the other represents a hydrogen atom; each Q independently represents a linking group; W represents a keto group CO, an ester group -O-CO- or a sulphone group -SO2- or a moiety preparable by reduction of such a group; or, if X' represents a polyethylene glycol, X-Q-W- together may represent a cyano group; and in addition, if X represents a polyethylene glycol, X' and W together with the interjacent atoms may form a ring; each of Z 1 and Z 2 independently represents a protein, each of which is linked to A and B via a thiol group; A is a C 1-5 alkylene or alkenylene chain; and B is a bond or a C 1-4 alkylene or alkenylene chain.
An electrolysis apparatus comprising: an electrolysis cell to electrolyse a first fluid to generate a product fluid, the electrolysis cell comprises an anode and a cathode (2b, 38); a fuel cell to oxidise a fuel and to heat a second fluid, different to the fuel and first fluid, the fuel cell comprises an anode (1b, 32) and a cathode (1a, 30); and a fluid transfer arrangement to transfer the heated second fluid from the cathode (1a, 30) of the fuel cell to the anode (2a, 36) of the electrolysis cell to provide heat to drive the electrolysis of the first fluid in the electrolysis cell. an electrolysis cell to electrolyse a first fluid to generate a product fluid, the electrolysis cell comprises an anode and a cathode (2b, 38); a fuel cell to oxidise a fuel and to heat a second fluid, different to the fuel and first fluid, the fuel cell comprises an anode (1b, 32) and a cathode (1a, 30); and a fluid transfer arrangement to transfer the heated second fluid from the cathode (1a, 30) of the fuel cell to the anode (2a, 36) of the electrolysis cell to provide heat to drive the electrolysis of the first fluid in the electrolysis cell.
A method of error correction of electronic documents, the method comprising: rasterizing an electronic document to obtain a raster image of the electronic document; performing optical character recognition tasks on the raster image of the electronic document, performing the OCR tasks including identifying digitization errors in the electronic document and determining known OCR errors by comparing the raster image to an OCR error dictionary; determining the author of the electronic document, wherein one of the OCR tasks comprises determining known typographical errors specific to the author by comparing the raster image to a personalized electronic error dictionary associated with the author; correcting the errors determined by the OCR tasks; and thereby creating a customized error corrected version of the electronic document; wherein the OCR error dictionary is a statistical database that keeps track of known OCR errors that occur during paper document scanning and is computed from separate re-digitization of electronic documents having known text regions, and wherein the personalized electronic error dictionary is a database that keeps tracks of electronic errors made by an individual when typing a document in word processing program. rasterizing an electronic document to obtain a raster image of the electronic document; performing optical character recognition tasks on the raster image of the electronic document, performing the OCR tasks including identifying digitization errors in the electronic document and determining known OCR errors by comparing the raster image to an OCR error dictionary; determining the author of the electronic document, wherein one of the OCR tasks comprises determining known typographical errors specific to the author by comparing the raster image to a personalized electronic error dictionary associated with the author; correcting the errors determined by the OCR tasks; and thereby creating a customized error corrected version of the electronic document; wherein the OCR error dictionary is a statistical database that keeps track of known OCR errors that occur during paper document scanning and is computed from separate re-digitization of electronic documents having known text regions, and wherein the personalized electronic error dictionary is a database that keeps tracks of electronic errors made by an individual when typing a document in word processing program.