mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a terminal in a communication system, the method comprising: receiving, from a base station, first downlink control information, DCI, comprising a field indicating a first minimum scheduling offset value in slot n; identifying an application delay for applying the first minimum scheduling offset value; and applying the first minimum scheduling offset value in slot n+k, where k is the application delay, wherein, in a time interval corresponding to the application delay k from slot n, second DCI indicating another minimum scheduling offset value having a value different from the first minimum scheduling offset value is not received. receiving, from a base station, first downlink control information, DCI, comprising a field indicating a first minimum scheduling offset value in slot n; identifying an application delay for applying the first minimum scheduling offset value; and applying the first minimum scheduling offset value in slot n+k, where k is the application delay, wherein, in a time interval corresponding to the application delay k from slot n, second DCI indicating another minimum scheduling offset value having a value different from the first minimum scheduling offset value is not received.
A connection system comprising an umbilical termination head for connection of a multi-bore flying lead or umbilical to a structure , the flying lead or umbilical comprising multiple conduits leading to couplers being arranged on a first connector part , a second connector part comprising a set of couplers corresponding to the couplers of the first connector part , the second connector part being connected to the structure being a part of a fixed structure, the umbilical being provided with an end fitting onto which a bracket arrangement is mounted, the connector part being mounted to a bracket of the bracket arrangement, characterised in that a guide means is arranged on the bracket in such a way that an interacting guide means on the structure lead the umbilical termination head onto the structure for connection of the couplers to the corresponding couplers on the structure , the interacting guide means (11; 12) being arranged to bring the first and second connector parts (3; 5) into mating position through a descending motion of the first connector part wherein the first connector part is suspended in free ends of associated conduits , said conduits extending from the end fitting of the multi-bore flying lead or umbilical into the bracket , and wherein an eye on the bracket is arranged insertable from above on a guide post rising from the structure .
A method comprising: reporting , by a local service of a network comprising a plurality of network entities that provide connectivity to clients, configuration information received from the network entities regarding the network to a cloud-based network assurance service; receiving , at the local service, a classifier generated by the cloud-based network assurance service based on a plurality of modelling strategies that are identified by the cloud-based network assurance service based on the configuration information regarding the network; classifying , by the local service and using the received classifier, telemetry data collected from the network, to select a particular modeling strategy for the network; and installing , by the local service and based on the selected particular modeling strategy for the network, a machine learning-based model to the local service for monitoring the network. reporting , by a local service of a network comprising a plurality of network entities that provide connectivity to clients, configuration information received from the network entities regarding the network to a cloud-based network assurance service; receiving , at the local service, a classifier generated by the cloud-based network assurance service based on a plurality of modelling strategies that are identified by the cloud-based network assurance service based on the configuration information regarding the network; classifying , by the local service and using the received classifier, telemetry data collected from the network, to select a particular modeling strategy for the network; and installing , by the local service and based on the selected particular modeling strategy for the network, a machine learning-based model to the local service for monitoring the network.
An immunotherapy composition comprising: a population of human T-cells, wherein each cell of the population of human T-cells comprises at least two vectors, wherein at least one of the two vectors comprises at least one multi-cistronic vector, each of the at least one multi-cistronic vector comprises a promoter operably linked to a multicistronic nucleic acid sequence encoding two or more functional CARs comprising at least two non-identical extracellular antigen binding domain, a transmembrane domain, and one or more non-identical intracellular signaling motifs, wherein one of the two or more functional CARs comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 10 and SEQ ID NO: 52; and the combination of the vectors results in the expression at least two non-identical extracellular binding domains; and wherein the at least two vectors are used to genetically modify one or more human T-cell populations, and wherein T-cells are autologous to a human having a leukemia or a lymphoma. a population of human T-cells, wherein each cell of the population of human T-cells comprises at least two vectors, wherein at least one of the two vectors comprises at least one multi-cistronic vector, each of the at least one multi-cistronic vector comprises a promoter operably linked to a multicistronic nucleic acid sequence encoding two or more functional CARs comprising at least two non-identical extracellular antigen binding domain, a transmembrane domain, and one or more non-identical intracellular signaling motifs, wherein one of the two or more functional CARs comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 10 and SEQ ID NO: 52; and the combination of the vectors results in the expression at least two non-identical extracellular binding domains; and wherein the at least two vectors are used to genetically modify one or more human T-cell populations, and wherein T-cells are autologous to a human having a leukemia or a lymphoma.
A system for controlling the drying of a product , said product having a specific vapor pressure, said product located within a conditioned space , said system comprising: a first sensor to determine the temperature in said conditioned space , a second sensor to determine the vapor pressure in said conditioned space , and a controller responsive to the vapor pressure or dew point in said conditioned space with respect to the vapor pressure of the product to control the aging of said product , wherein said controller comprises two independent PID control loops , one of said two PID control loops controls the temperature in said conditioned space and the other of said two PID control loops controls said vapor pressure or dew point of said conditioned space . a first sensor to determine the temperature in said conditioned space , a second sensor to determine the vapor pressure in said conditioned space , and a controller responsive to the vapor pressure or dew point in said conditioned space with respect to the vapor pressure of the product to control the aging of said product , wherein said controller comprises two independent PID control loops , one of said two PID control loops controls the temperature in said conditioned space and the other of said two PID control loops controls said vapor pressure or dew point of said conditioned space .
Non-human mammalian animal having (a) an increased number of leukocytes and/or neutrophils in the blood, plasma and/or serum, and (b) an inactivated gene encoding DNase 1 and DNase 1-like 3 enzyme wherein said non-human mammalian animal expresses granulocyte-colony stimulating factor (G-CSF) from a liver-specific expression plasmid, wherein said non-human animal is a mouse, wherein said non-human mammalian animal has a defect in the clearance of NETs, and wherein overexpression of the gene encoding G-CSF results in the formation of neutrophil extracellular traps (NETs). (a) an increased number of leukocytes and/or neutrophils in the blood, plasma and/or serum, and (b) an inactivated gene encoding DNase 1 and DNase 1-like 3 enzyme
Lens for an eye, comprising an optical part , which has a first optical side when viewed in the direction of an optical principal axis (A) of the lens for an eye and an opposing second optical side , and having formed on at least one of the two sides a surface profile that is refractive in toric fashion, wherein, in addition to the surface profile that is refractive in toric fashion, the lens for an eye has a surface structure that is stepped in the radial direction of the optical part , the stepped surface structure being formed on at least one side , characterized in that a radial contour profile of an envelope which connects step tips, (15 to 17) of steps (18 to 20) forming the stepped surface structure , formed on one side corresponds at least in sections to a contour profile, of the surface of the opposite other side , which has been mirrored in a plane of symmetry (E), perpendicular to the optical principal axis (A), of the lens for an eye.
A vehicle-mounted power battery comprising a housing , a charging reception coil , and a battery core module , wherein the housing includes a base plate , a top plate disposed opposite to the base plate , and two side plates connected between the base plate and the top plate , wherein the base plate is concave in a direction facing the top plate to form a recess disposed on an outer surface of the housing , and the housing further comprises an accommodation cavity disposed in the housing ; the charging reception coil is accommodated in the recess , and is configured to receive energy from a power supply apparatus and output the energy; and the battery core module is accommodated in the accommodation cavity and electrically connected to the charging reception coil , and is configured to receive and store the energy output by the charging reception coil , wherein the housing is made of a metal material. wherein the housing includes a base plate , a top plate disposed opposite to the base plate , and two side plates connected between the base plate and the top plate , wherein the base plate is concave in a direction facing the top plate to form a recess disposed on an outer surface of the housing , and the housing further comprises an accommodation cavity disposed in the housing ; the charging reception coil is accommodated in the recess , and is configured to receive energy from a power supply apparatus and output the energy; and the battery core module is accommodated in the accommodation cavity and electrically connected to the charging reception coil , and is configured to receive and store the energy output by the charging reception coil , wherein the housing is made of a metal material.
Submerged nozzle through which molten steel can be poured from a tundish into a mould, said nozzle comprising: 1.1 a substantially tubular body , extending from a first end to a second end ; 1.2 a passageway , extending through the tubular body along a longitudinal axis (A) from the first end towards the second end ; 1.3 at least one inlet port , opening into the passageway at said first end ; 1.4 a plurality of outlet ports , opening into the passageway in a region adjacent to the second end ; 1.5 and at least one rotatable insert ; 1.6 whereas the submerged nozzle with the at least one rotatable insert is configured that a molten metal entering the submerged nozzle at the at least one inlet port flows through the passageway and around the rotatable insert and exits the submerged entry nozzle via the plurality of outlet ports , such that a rotation of the rotatable insert is driven by the stream of molten metal. 1.1 a substantially tubular body , extending from a first end to a second end ; 1.2 a passageway , extending through the tubular body along a longitudinal axis (A) from the first end towards the second end ; 1.3 at least one inlet port , opening into the passageway at said first end ; 1.4 a plurality of outlet ports , opening into the passageway in a region adjacent to the second end ; 1.5 and at least one rotatable insert ; 1.6 whereas the submerged nozzle with the at least one rotatable insert is configured that a molten metal entering the submerged nozzle at the at least one inlet port flows through the passageway and around the rotatable insert and exits the submerged entry nozzle via the plurality of outlet ports , such that a rotation of the rotatable insert is driven by the stream of molten metal.
A method for preparing 2, 3, 4, 5-tetrahydroxyhexanedioic acid esters comprising at least one compound of the general formula , wherein the residues R 1 are mutually independently C 1 -C 24 -alkyl, C 2 -C 24 -alkenyl having 1, 2, 3 or more than 3 C-C double bonds, or are a group of the formula - (R 2 -O) n -R 3 , in which each R 2 is selected from C 2 -C 10 -alkylene, R 3 is C 1 -C 24 -alkyl or C 2 -C 24 -alkenyl having 1, 2, 3 or more than 3 C-C double bonds and n is a natural number from 1 to 1000, by a) providing a compound of the formula which is selected from compounds of the formulae (2.a), (2.b) and (2.c). and b) reacting the compound of the formula provided in step a) with at least one compound of the general formula , R 1 -OH where R 1 is as defined above, in the presence of at least one catalyst, which is selected from compounds having at least one Lewis acidic, hard cation and/or at least one hard anion. a) providing a compound of the formula which is selected from compounds of the formulae (2.a), (2.b) and (2.c). and b) reacting the compound of the formula provided in step a) with at least one compound of the general formula , R 1 -OH where R 1 is as defined above,
A method comprising: feeding, by data processing hardware , a map into a neural network , wherein the map identifies an expected location (104L exp ) of a base station , the neural network configured to output an estimated characteristic of the base station and to output a confidence indicator for the estimated characteristic of the base station, the confidence indicator representing an uncertainty of the estimated characteristic; determining, by the data processing hardware, the estimated characteristic of the base station by feeding a coverage map into the neural network, the coverage map indicating a signal characteristic of the emitted signal about the base station, the estimated characteristic of the base station comprising an estimated location of the base station; and determining, by the data processing hardware, a prediction error, wherein the prediction error (i) corresponds to a deviation between the estimated location of the base station and the expected location of the base station and (ii) is compared with the confidence indicator to determine a ratio of the prediction error to the confidence indicator for identifying an anomaly. feeding, by data processing hardware , a map into a neural network , wherein the map identifies an expected location (104L exp ) of a base station , the neural network configured to output an estimated characteristic of the base station and to output a confidence indicator for the estimated characteristic of the base station, the confidence indicator representing an uncertainty of the estimated characteristic; determining, by the data processing hardware, the estimated characteristic of the base station by feeding a coverage map into the neural network, the coverage map indicating a signal characteristic of the emitted signal about the base station, the estimated characteristic of the base station comprising an estimated location of the base station; and determining, by the data processing hardware, a prediction error, wherein the prediction error (i) corresponds to a deviation between the estimated location of the base station and the expected location of the base station and (ii) is compared with the confidence indicator to determine a ratio of the prediction error to the confidence indicator for identifying an anomaly.
A TLC plate comprising: a substrate; a separating medium layer stacked on the substrate; and a permeation layer stacked on the separating medium layer and allowing permeation of a target substance separated in the separating medium layer, wherein the separating medium layer has a separating property for the target substance and optical responsiveness for ultraviolet rays, and the permeation layer has an optical responsiveness for ultraviolet rays different from that of the separating medium layer, the TLC plate characterized in that the permeation layer is discontinuously stacked along the development direction of the TLC plate. a substrate; a separating medium layer stacked on the substrate; and a permeation layer stacked on the separating medium layer and allowing permeation of a target substance separated in the separating medium layer, wherein the separating medium layer has a separating property for the target substance and optical responsiveness for ultraviolet rays, and the permeation layer has an optical responsiveness for ultraviolet rays different from that of the separating medium layer, the TLC plate characterized in that the permeation layer is discontinuously stacked along the development direction of the TLC plate.
A method for preparing a solution formulation for aerosol inhalation of naringenin, wherein the formulation is prepared from the following components: 1 part by weight of naringenin, 15-30 parts by weight of hydroxypropyl β-cyclodextrin and appropriate amounts of a buffer salt and an excipient, wherein the method comprises the steps of: preparing a buffer-salt solution of a pH value of 7-8.5 by using the buffer salt, adding the naringenin into the buffer-salt solution, then adding the hydroxypropyl β-cyclodextrin, shaking in a constant-temperature air bath till complete dissolving and coating, adding the excipient, and dissolving the excipient.
An injectable pharmaceutical composition containing keratin for use in the therapeutic treatment of hair loss or stimulation of hair growth, wherein the injectable pharmaceutical composition is administered by subcutaneous injection.
Process for insulating or manufacturing a solar collector, in particular for obtaining a collector , said collector being formed of at least one space to be insulated located between a circuit transporting a heat transfer fluid and an adjacent wall of the collector, characterized in that flakes and/or nodules of mineral wool(s) and/or mineral fibers are blown in said space or spaces to be insulated, as insulator, into the collector, without adding binder or water.
Arrangement of a valve and a valve block for connection to an oil separator of a refrigeration circuit (K), comprising a solid body with an inlet opening and an outlet opening , as well as a first and a second connection opening for the valve , the solid body having a first oil channel which leads from the inlet opening to the first connection opening , and having a second oil channel which leads from the outlet opening to the second connection opening , the valve being arranged on the connection openings in such a way that it connects the two connection openings and controls the flow through the connection, the solid body having a filter opening which intersects the first oil channel and into which a filter is inserted in such a way that it filters the oil flowing through the first oil channel , characterized in that the filter opening has an internal thread into which the filter is screwed. a solid body with an inlet opening and an outlet opening , as well as a first and a second connection opening for the valve , the solid body having a first oil channel which leads from the inlet opening to the first connection opening , and having a second oil channel which leads from the outlet opening to the second connection opening , the valve being arranged on the connection openings in such a way that it connects the two connection openings and controls the flow through the connection, the solid body having a filter opening which intersects the first oil channel and into which a filter is inserted in such a way that it filters the oil flowing through the first oil channel , characterized in that the filter opening has an internal thread into which the filter is screwed.
A process of allocating an elevator for a passenger of an elevator system , comprising a method which comprises a step of allocating an elevator (A, B, C or D) for a passenger in a lobby (L) of the elevator system , and thereafter a step of signaling the allocated elevator (A, B, C or D) to the passenger before the arrival of the car (C 1 , C 2 , C 3 or C 4 ) of the allocated elevator (A, B, C or D) at said lobby (L), characterized in that the method comprises the steps of : - obtaining traffic data describing traffic in said elevator lobby (L), and - determining the signaling moment based on said traffic data, and - signaling the allocated elevator (A, B, C or D) to the passenger at the determined signaling moment. - obtaining traffic data describing traffic in said elevator lobby (L), and - determining the signaling moment based on said traffic data, and - signaling the allocated elevator (A, B, C or D) to the passenger at the determined signaling moment.
A computer-implemented method for executing multiple applications simultaneously on a physical processing unit using multithreading by hosting multiple logical processing units, the method comprising: establishing an enclave in a first physical processing unit of a processor ; recording a first trust declaration declared by a first application, the first trust declaration declaring whether the first application trusts any application to execute with the first application on the first physical processing unit ; assigning the first application to a first logical processing unit hosted on the first physical processing unit , wherein the first physical processing unit hosts the first logical processing unit and at least one other logical processing unit ; providing a set of enclave entry instructions for the first logical processing unit to execute, to cause the first logical processing unit to enter the enclave when a predefined entering condition is satisfied, wherein the predefined entering condition is satisfied when all logical processing units hosted on the first physical processing unit are loaded with applications and all loaded applications are declared as trusted by the first application; and providing a set of enclave exit instructions for the first logical processing unit to execute, to cause the first logical processing unit to exit the enclave when a predefined exiting condition is satisfied. establishing an enclave in a first physical processing unit of a processor ; recording a first trust declaration declared by a first application, the first trust declaration declaring whether the first application trusts any application to execute with the first application on the first physical processing unit ; assigning the first application to a first logical processing unit hosted on the first physical processing unit , wherein the first physical processing unit hosts the first logical processing unit and at least one other logical processing unit ; providing a set of enclave entry instructions for the first logical processing unit to execute, to cause the first logical processing unit to enter the enclave when a predefined entering condition is satisfied, wherein the predefined entering condition is satisfied when all logical processing units hosted on the first physical processing unit are loaded with applications and all loaded applications are declared as trusted by the first application; and providing a set of enclave exit instructions for the first logical processing unit to execute, to cause the first logical processing unit to exit the enclave when a predefined exiting condition is satisfied.