mhurhangee/patent-ind-claim-en huggingface dataset:
A method of activating augmented reality, AR, game content for a location-based AR game, the method comprising: obtaining , by an electronic device , a digital representation of a user's interaction with a real-world physical environment comprising a plurality of objects ; discriminating at least two different objects from the plurality of objects as a first valid authentication object and a second valid authentication object based on location data derived from the digital representation ; deriving a first set of authentication features associated with the first valid authentication object and a second set of authentication features associated with the second valid authentication object from the digital representation ; establishing , by an authentication agent , a content access level related to the AR game content as a function of a juxtaposition of the first set of authentication features with respect to the second set of authentication features , wherein the juxtaposition is determined based on relative time information with respect to the first set of authentication features and the second set of authentication features ; activating , by the authentication agent , AR game content according to the content access level and as a function of activation triggering criteria; and configuring an output device to present the AR game content according to the content access level . obtaining , by an electronic device , a digital representation of a user's interaction with a real-world physical environment comprising a plurality of objects ; discriminating at least two different objects from the plurality of objects as a first valid authentication object and a second valid authentication object based on location data derived from the digital representation ; deriving a first set of authentication features associated with the first valid authentication object and a second set of authentication features associated with the second valid authentication object from the digital representation ; establishing , by an authentication agent , a content access level related to the AR game content as a function of a juxtaposition of the first set of authentication features with respect to the second set of authentication features , wherein the juxtaposition is determined based on relative time information with respect to the first set of authentication features and the second set of authentication features ; activating , by the authentication agent , AR game content according to the content access level and as a function of activation triggering criteria; and configuring an output device to present the AR game content according to the content access level .
A method of pumping sample liquid through a channel of a microfluidic device , comprising the steps of: providing the channel with an input port and an output port , wherein the output port is larger than the input port ; filling the channel with a channel liquid ; and depositing a first pumping drop of the sample liquid at the input port of the channel such that the sample liquid of first pumping drop flows into the channel through the input port ; wherein the first pumping drop has an effective radius of curvature and the liquid above the output port of the channel has an effective radius of curvature, the effective radius of curvature of the meniscus of the liquid at the output port being greater than the effective radius of curvature of the pumping drop whereby the depositing of the first pumping drop at the input port of the channel causes a pressure gradient between the sample liquid at the input port and the liquid at the output port such that the sample liquid flows through the channel towards the output port . providing the channel with an input port and an output port , wherein the output port is larger than the input port ; filling the channel with a channel liquid ; and depositing a first pumping drop of the sample liquid at the input port of the channel such that the sample liquid of first pumping drop flows into the channel through the input port ; wherein the first pumping drop has an effective radius of curvature and the liquid above the output port of the channel has an effective radius of curvature, the effective radius of curvature of the meniscus of the liquid at the output port being greater than the effective radius of curvature of the pumping drop whereby the depositing of the first pumping drop at the input port of the channel causes a pressure gradient between the sample liquid at the input port and the liquid at the output port such that the sample liquid flows through the channel towards the output port .
An assay comprising: measuring the level of circulating tumor cell (CTC) clusters in a sample obtained from a subject with a breast or epithelial cancer, wherein the level of CTC clusters is measured by measuring the expression level of the CTC cluster (CTC-C) adherence marker gene PVRL1 in the sample obtained from the subject; and determining the subject to be at increased risk of metastasis of the cancer if the level of CTC clusters is increased relative to a control level. measuring the level of circulating tumor cell (CTC) clusters in a sample obtained from a subject with a breast or epithelial cancer, wherein the level of CTC clusters is measured by measuring the expression level of the CTC cluster (CTC-C) adherence marker gene PVRL1 in the sample obtained from the subject; and determining the subject to be at increased risk of metastasis of the cancer if the level of CTC clusters is increased relative to a control level.
An airbag for restraining a vehicle occupant in an automotive vehicle, comprising an inflatable cushion portion for damping an occupant impact and two inflatable tube portions laterally opposed in the mounted state of the airbag which are arranged on the occupant side on the cushion portion , characterized in that the tube portions are connected to each other by a slide layer arranged on the occupant side on the cushion portion and are laterally movable at least in portions relative to the cushion portion . an inflatable cushion portion for damping an occupant impact and two inflatable tube portions laterally opposed in the mounted state of the airbag which are arranged on the occupant side on the cushion portion , characterized in that the tube portions are connected to each other by a slide layer arranged on the occupant side on the cushion portion and are laterally movable at least in portions relative to the cushion portion .
An add/drop filter, comprising: a first waveguide , a second waveguide , and a plurality of cascaded ring waveguides , wherein the first waveguide comprises an input port and an output port ; the second waveguide comprises an add port and a drop port ; one of the plurality of cascaded ring waveguides is coupled to the first waveguide , and another of the plurality of cascaded ring waveguides is coupled to the second waveguide ; an electrode is disposed on each of the ring waveguides ; and a loss adjusting apparatus is disposed on at least one of the plurality of cascaded ring waveguides except the one of the plurality of ring waveguides, and the loss adjusting apparatus is configured to adjust an insertion loss in the at least one ring waveguide .
Communication method implemented by an identification device which is suitable for being arranged in a vehicle, the method comprising: - receiving a contact identifier originating from at least one mobile terminal of a user occupying the vehicle which is able to exchange data at a short distance in order to pair with the identification device , - transmitting the received contact identifier combined with an identifier of the identification device from the identification device to a remote server via a mobile communication network, the at least one transmitted contact identifier making it possible for said server to deduce a user identifier in order to implement a service depending on the identifier of the identification device , the identification device generating at least one confirmation signal which can be perceived by an occupant of the vehicle, said confirmation signal being selected so as to distinguish: - the success from the failure of receiving a contact identifier from a mobile terminal which is able to exchange data at a short distance with the identification device , - the success from the failure of transmitting the contact identifier combined with the identifier of the identification device , and - the success from the failure of transmitting the notification signal . - receiving a contact identifier originating from at least one mobile terminal of a user occupying the vehicle which is able to exchange data at a short distance in order to pair with the identification device , - transmitting the received contact identifier combined with an identifier of the identification device from the identification device to a remote server via a mobile communication network, the at least one transmitted contact identifier making it possible for said server to deduce a user identifier in order to implement a service depending on the identifier of the identification device , - the success from the failure of receiving a contact identifier from a mobile terminal which is able to exchange data at a short distance with the identification device , - the success from the failure of transmitting the contact identifier combined with the identifier of the identification device , and - the success from the failure of transmitting the notification signal .
Rolling device for the cold rolling of rolled stock , the rolling device comprising - a rolling stand , - a plurality of equipment sets for the purpose of selectively equipping the rolling stand with one of the equipment sets, and - a working roller drive, wherein - each equipment set has two working rollers and, for each working roller , two working roller chocks assigned to the working roller , each of which has at least one working roller bearing for the working roller , and a spindle head , which is assigned to the working roller and can be connected to a working roller journal of the working roller in a form-fitting manner, - the rolling stand has mounts for a respective working roller chock of one equipment set, and - the working roller drive has two drive spindles which are respectively designed to drive a working roller via the spindle head assigned to the working roller by rotations about a longitudinal axis of the drive spindle , - wherein the working rollers have a working roller diameter range, each of which is determined by a minimum working roller diameter and a maximum working roller diameter of the working roller , characterized in that the working rollers of one equipment set have the same working roller diameter range and the working rollers of different equipment sets have working roller diameter ranges that differ from one another. - a rolling stand , - a plurality of equipment sets for the purpose of selectively equipping the rolling stand with one of the equipment sets, and - a working roller drive, wherein - each equipment set has two working rollers and, for each working roller , two working roller chocks assigned to the working roller , each of which has at least one working roller bearing for the working roller , and a spindle head , which is assigned to the working roller and can be connected to a working roller journal of the working roller in a form-fitting manner, - the rolling stand has mounts for a respective working roller chock of one equipment set, and - the working roller drive has two drive spindles which are respectively designed to drive a working roller via the spindle head assigned to the working roller by rotations about a longitudinal axis of the drive spindle , - wherein the working rollers have a working roller diameter range, each of which is determined by a minimum working roller diameter and a maximum working roller diameter of the working roller , characterized in that the working rollers of one equipment set have the same working roller diameter range and the working rollers of different equipment sets have working roller diameter ranges that differ from one another.
Device for reducing fan-generated noise, comprising: a plurality of grid elements identifying a main development plane, and empty portions delimited by said grid elements and configured for the passage of an air flow through said device , wherein each of said grid elements comprises a respective inner cavity delimited by side walls, said side walls defining at least one tube opening facing a respective one of said empty portions and substantially orthogonal to said main development plane, said inner cavity being acoustic resonant for reducing said fan-generated noise, and wherein: said device has a substantially circular overall shape having a substantially circular outer edge , first grid elements of said grid elements having their main direction of development aligned to said outer edge , said first grid elements being tangentially arranged and aligned with each other on concentric circumferences in said substantially circular overall shape . a plurality of grid elements identifying a main development plane, and empty portions delimited by said grid elements and configured for the passage of an air flow through said device , wherein each of said grid elements comprises a respective inner cavity delimited by side walls, said side walls defining at least one tube opening facing a respective one of said empty portions and substantially orthogonal to said main development plane, said inner cavity being acoustic resonant for reducing said fan-generated noise, and wherein: said device has a substantially circular overall shape having a substantially circular outer edge , first grid elements of said grid elements having their main direction of development aligned to said outer edge , said first grid elements being tangentially arranged and aligned with each other on concentric circumferences in said substantially circular overall shape . said device has a substantially circular overall shape having a substantially circular outer edge , first grid elements of said grid elements having their main direction of development aligned to said outer edge , said first grid elements being tangentially arranged and aligned with each other on concentric circumferences in said substantially circular overall shape .
Wellbore drilling system comprising: - a drilling tower , - a drill floor having a well center through which a drill string passes along a firing line, - a drilling tubulars storage rack adapted to store multiple drilling tubulars in vertical orientation, - a tubular racking device having at least a lower first tubular racker assembly (41, 41'; 141, 141') and at least a second tubular racker assembly (42, 42'; 142, 142') operable at a greater height than the lower first tubular racker assembly, each tubular racker assembly comprises a base (41b'; 141'b), a motion arm (41b; 142'b) connected to said base, and a tubular gripper member (41t; 141t) connected or connectable to the motion arm and adapted to grip a tubular, wherein - with the tubular gripping member connected to the motion arm of the racker assemblies - the tubular racking device is adapted to grip and retain a drilling tubular by the tubular racker assemblies, and wherein the tubular racking device is adapted to place a tubular in and remove a tubular from the drilling tubulars storage rack , and wherein the tubular racking device has a reach at least allowing to transfer a tubular gripped by said first and second tubular racker assemblies between the drilling tubulars storage rack and a position of the tubular aligned with the firing line above the well center so as to allow for building and disassembly of a tubulars string, e.g. a drill string or a casing string, wherein the system further comprises one or more well center tools , each adapted for operation above the well center of the drill floor, e.g. an iron roughneck tool for making up and breaking out of threaded tubular joints, characterized in that the motion arm of the lower first tubular racker assembly is provided with a connector, and the at least one well center tool is provided with a complementary connector, and wherein - with the at least one well center tool connected to the motion arm of the lower first tubular racker assembly - the well center tool is operable above the drill floor. - a drilling tower , - a drill floor having a well center through which a drill string passes along a firing line, - a drilling tubulars storage rack adapted to store multiple drilling tubulars in vertical orientation, - a tubular racking device having at least a lower first tubular racker assembly (41, 41'; 141, 141') and at least a second tubular racker assembly (42, 42'; 142, 142') operable at a greater height than the lower first tubular racker assembly, each tubular racker assembly comprises a base (41b'; 141'b), a motion arm (41b; 142'b) connected to said base, and a tubular gripper member (41t; 141t) connected or connectable to the motion arm and adapted to grip a tubular,
A method comprising: dividing , by a base unit, a downlink transmission into a plurality of phase blocks, each phase block comprising a plurality of resource blocks; applying a random phase to signals corresponding to each of the plurality of phase blocks to form a randomly-phased transmission, wherein the randomly-phased transmission include the plurality of phase blocks, each phase block having a different random phase applied; and transmitting to at least one remote unit the randomly-phased transmission as multicast data. dividing , by a base unit, a downlink transmission into a plurality of phase blocks, each phase block comprising a plurality of resource blocks; applying a random phase to signals corresponding to each of the plurality of phase blocks to form a randomly-phased transmission, wherein the randomly-phased transmission include the plurality of phase blocks, each phase block having a different random phase applied; and transmitting to at least one remote unit the randomly-phased transmission as multicast data.
A method for coating a substrate with a composite, the method comprising: a. combining water, an aerogel component, a surfactant, inorganic fibres, and either an inorganic binder or an inorganic binder-containing formulation, but not both, to form a slurry, wherein aerogel is present in the slurry in an amount of from 40 to 95 vol%; b. applying the slurry to the substrate; and c. allowing the applied slurry to dry, thereby forming a composite coating on the substrate. a. combining water, an aerogel component, a surfactant, inorganic fibres, and either an inorganic binder or an inorganic binder-containing formulation, but not both, to form a slurry, wherein aerogel is present in the slurry in an amount of from 40 to 95 vol%; b. applying the slurry to the substrate; and c. allowing the applied slurry to dry, thereby forming a composite coating on the substrate.
Nuclear reactor having a building and a building passive cooling system disposed adjacent to an outer wall of said nuclear reactor building and capable of passively cooling the nuclear reactor building , the system comprising: a cooling water storage reservoir having a storage tank storing cooling water; a partition part which is disposed inside the storage tank , which partitions an inside of the storage tank into a first storage tank and a second storage tank to separate the cooling water, and which has an inlet for causing the cooling water of the second storage tank to naturally flow into the first storage tank according to a water level difference between the first storage tank and the second storage tank ; a heat exchanger extending from the first storage tank to the inside of the nuclear reactor building and cooling the nuclear reactor building based on the cooling water of the first storage tank ; a steam discharging unit connected to the heat exchanger and discharging steam generated in the heat exchanger to the outside of the heat exchanger ; wherein the steam discharging unit has one end communicating with the heat exchanger and the other end communicating with the first storage tank ; characterized in that the other end of the steam discharging unit communicates with the first storage tank at a position higher than a position of the cooling water contained in the first storage tank . a cooling water storage reservoir having a storage tank storing cooling water; a partition part which is disposed inside the storage tank , which partitions an inside of the storage tank into a first storage tank and a second storage tank to separate the cooling water, and which has an inlet for causing the cooling water of the second storage tank to naturally flow into the first storage tank according to a water level difference between the first storage tank and the second storage tank ; a heat exchanger extending from the first storage tank to the inside of the nuclear reactor building and cooling the nuclear reactor building based on the cooling water of the first storage tank ; a steam discharging unit connected to the heat exchanger and discharging steam generated in the heat exchanger to the outside of the heat exchanger ; wherein the steam discharging unit has one end communicating with the heat exchanger and the other end communicating with the first storage tank ;
A method for powder removal on additively manufactured components, the method comprising: placing the additively manufactured component into a treatment chamber within a treatment vessel; performing a first treatment operation on the additively manufactured component within the treatment vessel, using a gaseous treatment material, wherein the first treatment operation comprises at least one of vibrating the additively manufactured component and changing an orientation of the additively manufactured component within gaseous treatment material; performing a second treatment operation on the additively manufactured component within the treatment vessel, using a liquid treatment material, without removing the additively manufactured component from the treatment vessel, wherein the second treatment operation comprises at least one of submerging the additively manufactured component within the liquid treatment material, applying ultrasonic energy to the additively manufactured component within the liquid treatment material, and inducing a flow of the liquid treatment material about the additively manufactured component; and performing a drying operation employing a cryogenic moisture trap within the treatment vessel, the drying operation performed after the second treatment operation without removing the additively manufactured component from the treatment vessel. placing the additively manufactured component into a treatment chamber within a treatment vessel; performing a first treatment operation on the additively manufactured component within the treatment vessel, using a gaseous treatment material, wherein the first treatment operation comprises at least one of vibrating the additively manufactured component and changing an orientation of the additively manufactured component within gaseous treatment material; performing a second treatment operation on the additively manufactured component within the treatment vessel, using a liquid treatment material, without removing the additively manufactured component from the treatment vessel, wherein the second treatment operation comprises at least one of submerging the additively manufactured component within the liquid treatment material, applying ultrasonic energy to the additively manufactured component within the liquid treatment material, and inducing a flow of the liquid treatment material about the additively manufactured component; and performing a drying operation employing a cryogenic moisture trap within the treatment vessel, the drying operation performed after the second treatment operation without removing the additively manufactured component from the treatment vessel.