mhurhangee/ep-ind-claims huggingface dataset:
Method for allocating at least one transmission resource from among a plurality of resources, intended for the routing of an item of data relating to a first application in a communication infrastructure, the method being implemented in a distributed management entity for managing the plurality of resources, and comprising: - a step (F4, G2) of receiving, from a centralized management entity, an allocation message for allocating a plurality of resources comprising a set of transmission features (M1/B1, M1/B2) for data relating to a second application, - a step of selecting a first feature of the set for the transmission of an item of data relating to the second application, - a step (F10, G'4) of assigning at least one resource of the plurality of resources to the transmission of the item of data relating to the first application, - a step (F10, G"4) of selecting a second feature (M1/B2) of the set for the transmission of a following item of data relating to the second application on the resources of the plurality of resources not assigned to the transmission of the item of data relating to the first application. - a step (F4, G2) of receiving, from a centralized management entity, an allocation message for allocating a plurality of resources comprising a set of transmission features (M1/B1, M1/B2) for data relating to a second application, - a step of selecting a first feature of the set for the transmission of an item of data relating to the second application, - a step (F10, G'4) of assigning at least one resource of the plurality of resources to the transmission of the item of data relating to the first application, - a step (F10, G"4) of selecting a second feature (M1/B2) of the set for the transmission of a following item of data relating to the second application on the resources of the plurality of resources not assigned to the transmission of the item of data relating to the first application.
A method performed by a data processing apparatus, the method comprising: obtaining (i) audio data representing a voice command spoken by a speaker and (ii) contextual data from a client device of the speaker, the contextual data comprising data representing contextual signals that can authenticate the speaker without requiring the speaker to provide explicit authentication information; obtaining, based on the audio data representing the voice command, a speaker identification result indicating that the voice command was spoken by the speaker; selecting a voice action based at least on a transcription of the audio data; selecting a service provider corresponding to the selected voice action from among a plurality of different service providers; identifying one or more input data types that the selected service provider uses to perform authentication for the selected voice action; obtaining, from the contextual data and without requiring the speaker to provide explicit authentication information, one or more values that correspond to the identified one or more input data types; and providing, to the service provider, (i) a request to perform the selected voice action (ii) the speaker identification result and (iii) the one or more values that correspond to the identified one or more input data types. obtaining (i) audio data representing a voice command spoken by a speaker and (ii) contextual data from a client device of the speaker, the contextual data comprising data representing contextual signals that can authenticate the speaker without requiring the speaker to provide explicit authentication information; obtaining, based on the audio data representing the voice command, a speaker identification result indicating that the voice command was spoken by the speaker; selecting a voice action based at least on a transcription of the audio data; selecting a service provider corresponding to the selected voice action from among a plurality of different service providers; identifying one or more input data types that the selected service provider uses to perform authentication for the selected voice action; obtaining, from the contextual data and without requiring the speaker to provide explicit authentication information, one or more values that correspond to the identified one or more input data types; and providing, to the service provider, (i) a request to perform the selected voice action (ii) the speaker identification result and (iii) the one or more values that correspond to the identified one or more input data types.
An electrosurgical system, comprising: an electrosurgical generator adapted to supply electrosurgical energy to tissue; a power source (30, 32) provided in the electrosurgical generator and configured to deliver power to at least one load connected to the electrosurgical generator; a controller provided in the electrosurgical generator, the controller including a microprocessor configured to control the output of the electrosurgical generator; a fiber optic connection circuit in operative communication with the controller and including at least one logic device and at least one fiber optic channel connected to the controller, whereby the fiber optic connection circuit is configured to mitigate leakage current associated with a plurality of components operatively associated with the electrosurgical generator by providing isolation, characterized in that the fiber optic connection circuit is provided in the generator and is associated with a voltage sensor and a current sensor, whereby each of the voltage sensor and the current sensor is connected to an RF output module of the generator. an electrosurgical generator adapted to supply electrosurgical energy to tissue; a power source (30, 32) provided in the electrosurgical generator and configured to deliver power to at least one load connected to the electrosurgical generator; a controller provided in the electrosurgical generator, the controller including a microprocessor configured to control the output of the electrosurgical generator; a fiber optic connection circuit in operative communication with the controller and including at least one logic device and at least one fiber optic channel connected to the controller, whereby the fiber optic connection circuit is configured to mitigate leakage current associated with a plurality of components operatively associated with the electrosurgical generator by providing isolation, characterized in that the fiber optic connection circuit is provided in the generator and is associated with a voltage sensor and a current sensor, whereby each of the voltage sensor and the current sensor is connected to an RF output module of the generator.
A cold appliance comprising a cooling module; a cabinet comprising cabinet panels including two opposite pre-foamed side wall panels, a pre-foamed rear wall panel, a top part, and a bottom part; and a door, wherein the cooling module comprises an air outlet delivering cooled air to a cold compartment of the cabinet, and an air inlet receiving air from the cold compartment, the cold appliance further comprises a rear wall lining, which is arranged at the inside of the pre-foamed rear wall panel, and which forms a space between the rear wall lining and the rear wall panel, characterized in that the rear wall lining comprises an inlet air duct connected with said air outlet, and an outlet air duct connected with said air inlet, which ducts are arranged in said space, the rear wall lining further comprises first air vent openings connected with said inlet air duct and with the cold compartment, and second vent openings connected with said outlet air duct and with the cold compartment and wherein the rear wall lining comprise a cable duct, which cable duct is arranged in said space, wherein the rear wall lining is removable.
A method for applying demodulation to a first physical channel of a radio access of a terminal device to a base station of a wireless communication network, comprising the steps of: - obtaining, at the terminal device, a demodulation indicator, DI, said DI indicating a usage of configured resources of a second physical channel for demodulating a part or all of the first physical channel, wherein said DI is received at the terminal device on a third physical channel; - demodulating, at the terminal device, data received on the first physical channel based on the DI, wherein the first physical channel is a physical data channel for transmitting re-transmittable data, wherein the second physical channel is a physical downlink control channel, wherein the third physical channel is a physical data channel for transmitting non-re-transmittable data; and wherein time and/or frequency resources of the third physical channel are determined at the terminal device based on a received demodulation reference signal. - obtaining, at the terminal device, a demodulation indicator, DI, said DI indicating a usage of configured resources of a second physical channel for demodulating a part or all of the first physical channel, wherein said DI is received at the terminal device on a third physical channel; - demodulating, at the terminal device, data received on the first physical channel based on the DI, wherein the first physical channel is a physical data channel for transmitting re-transmittable data, wherein the second physical channel is a physical downlink control channel, wherein the third physical channel is a physical data channel for transmitting non-re-transmittable data;
An elastomer composition comprising an emulsion including a carboxylated acrylonitrile butadiene elastomer obtained by polymerizing 25-30 weight % of acrylonitrile, 62-71 weight % of butadiene and 4-8 weight % of unsaturated carboxylic acid (total 100 weight %), wherein a part of the carboxyl group of said elastomer composition is covalently crosslinked by reacting an end group of the unsaturated carboxylic acid of the elastomer with another end group of the unsaturated carboxylic acid of the elastomer, and residual carboxyl group is left unreacted in free form, characterized in that Mooney viscosity (ML (1+4) (100°C)) of the crosslinked product is 100-220 and film weight swelling ratio of the crosslinked product is 200-400% and wherein the elastomer composition does not contain sulfur crosslinking agents or sulfur vulcanization accelerators.
A pillar structure for a biochip comprising: a substrate portion which has a plate-shaped structure; and multiple pillar portions which protrude from one surface of the substrate portion and each of which has an end portion for disposing a sample; characterised in that it further comprises smooth surface forming portions which are formed on the other surface of the substrate portion that defines the plate-shaped structure together with the one surface of the substrate portion, the smooth surface forming portions forming flat and smooth surfaces each having a cylindrical groove shape at a portion corresponding to a circumferential surface of each of the pillar portions, wherein the smooth surface forming portion protrudes from the other surface of the substrate portion in a direction opposite to a direction in which each of the pillar portions protrudes, and the smooth surface forming portion is disposed to surround, in a circumferential direction, the flat and smooth surface which is a part of the other surface of the substrate portion, such that the cylindrical groove shape is formed. a substrate portion which has a plate-shaped structure; and multiple pillar portions which protrude from one surface of the substrate portion and each of which has an end portion for disposing a sample; characterised in that it further comprises smooth surface forming portions which are formed on the other surface of the substrate portion that defines the plate-shaped structure together with the one surface of the substrate portion, the smooth surface forming portions forming flat and smooth surfaces each having a cylindrical groove shape at a portion corresponding to a circumferential surface of each of the pillar portions, wherein the smooth surface forming portion protrudes from the other surface of the substrate portion in a direction opposite to a direction in which each of the pillar portions protrudes, and the smooth surface forming portion is disposed to surround, in a circumferential direction, the flat and smooth surface which is a part of the other surface of the substrate portion, such that the cylindrical groove shape is formed.
An electronic device comprising: a first charging circuit and a second charging circuit configured to charge a battery of the electronic device; a state determination module configured to detect a connection of the electronic device to a charging device, and determine a state of the electronic device; a processor configured to select one of the first charging circuit and the second charging circuit based on the state of the electronic device and a communication module configured to perform communication, CHARACTERISED IN THAT the first charging circuit comprises a switching charger and the second charging circuit comprises a linear charger; the state determination module is configured to detect at least one state from a group comprising surrounding electric field strength, remaining battery amount, battery temperature, communication throughput associated with the communication via the communication module, and EMI noise; and the processor is configured to select the switching charger for focusing on charging efficiency, when the detected state is included in a first range, and to select the linear charger for reducing EMI noise, when the detected state is included in a second range, the two ranges being not overlapping. a first charging circuit and a second charging circuit configured to charge a battery of the electronic device; a state determination module configured to detect a connection of the electronic device to a charging device, and determine a state of the electronic device; a processor configured to select one of the first charging circuit and the second charging circuit based on the state of the electronic device and a communication module configured to perform communication, CHARACTERISED IN THAT the first charging circuit comprises a switching charger and the second charging circuit comprises a linear charger; the state determination module is configured to detect at least one state from a group comprising surrounding electric field strength, remaining battery amount, battery temperature, communication throughput associated with the communication via the communication module, and EMI noise; and the processor is configured to select the switching charger for focusing on charging efficiency, when the detected state is included in a first range, and to select the linear charger for reducing EMI noise, when the detected state is included in a second range, the two ranges being not overlapping.
A fluid microscope system for analyzing and/or monitoring the contents of one or more fluid-based reactors or canalizations such as bio-reactors, micro-reactors, brewing reactors, water supply systems or sewer systems, comprising: - a digital holographic microscope capable of obtaining phase information of a fluid sample and comprising illumination means; - one or more fluidic systems connected to said reactors and to said DHM, capable of guiding fluid from said reactors to said DHM, whereby at least one fluidic system comprises one or more tubes (9, 10) which may come in direct contact with fluid from said reactor; wherein said at least one tube comprises a part which is at least partially transparent for the illumination means of said DHM for obtaining holographic information of said fluid sample, characterized in that said part comprises a flow cell having a cross section with a height and/or a width, whereby said height varies along the cross section, and the cross-section height comprises two narrow parts, two intermediate parts and a highest central part and the DHM is configured for obtaining a DHM image from the narrow parts, the intermediate parts or the central part depending on the concentration of the objects suspended in the fluid sample. - a digital holographic microscope capable of obtaining phase information of a fluid sample and comprising illumination means; - one or more fluidic systems connected to said reactors and to said DHM, capable of guiding fluid from said reactors to said DHM, whereby at least one fluidic system comprises one or more tubes (9, 10) which may come in direct contact with fluid from said reactor;
A method of making pervious concrete, the method comprising: mixing cement and water in the ratio 0.35 - 0.50 by weight to form a cement paste; adding the cement paste to coarse aggregate; adding powdered super absorbent polymer in the range 0.03 - 0.07% by weight of cement to the mixture of cement paste and coarse aggregate; and mixing all the ingredients, thereby creating a pervious concrete composition, wherein the method does not utilize Viscosity Modifying Admixtures (VMAs). mixing cement and water in the ratio 0.35 - 0.50 by weight to form a cement paste; adding the cement paste to coarse aggregate; adding powdered super absorbent polymer in the range 0.03 - 0.07% by weight of cement to the mixture of cement paste and coarse aggregate; and mixing all the ingredients, thereby creating a pervious concrete composition, wherein the method does not utilize Viscosity Modifying Admixtures (VMAs).
A radial tire for motorcycle comprising a tread portion curved so that the maximum tire section width lies between tread edges (T e), and a belt disposed radially outside the carcass in the tread portion, characterized in that the belt is composed of two cross plies (7A, 7B) of steel cords, wherein the steel cords in each of the two cross plies (7A, 7B) are laid at an angle of from 10 to 30 degrees with respect to the tire circumferential direction, the steel cords each have a 3x3x0.17 cord structure in which three strands each made up of three steel filaments (f) having a diameter of 0.17 mm and primary-twisted are final-twisted together, a bending rigidity of each of the steel cords is 10.0 to 12.0 g·cm, and an elongation L100 of each of the steel cords at a tensile load of 100 N is 1.5 to 2.0 %.
Composition for topical use in a method for treating a skin condition caused by a human papilloma virus infection, wherein the composition comprises an effective amount of naltrexone or a pharmaceutically acceptable salt thereof.
Method of detecting and/or monitoring the forming and/or the growth of cracks or plastic deformation and/or suspected cracks or plastic deformation in ferromagnetic structures, such as civil engineering and marine structures, comprising passively reading values of magnetic flux leakage by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers arranged in a line and mounted on a structure and over or near a crack or plastic deformation and/or suspected crack or plastic deformation, at a first point in time, and storing the values of magnetic flux leakage, passively reading values of magnetic flux leakage by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers at a further point in time, processing the values of the further reading with the values from the earlier reading, and determining the location of a singular point of the crack or plastic deformation and/or suspected crack or plastic deformation from the processed further reading. passively reading values of magnetic flux leakage by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers arranged in a line and mounted on a structure and over or near a crack or plastic deformation and/or suspected crack or plastic deformation, at a first point in time, and storing the values of magnetic flux leakage, passively reading values of magnetic flux leakage by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers at a further point in time, processing the values of the further reading with the values from the earlier reading, and determining the location of a singular point of the crack or plastic deformation and/or suspected crack or plastic deformation from the processed further reading.
The method of making innerspring foam mattresses, characterized in that it comprises the following steps: a) mattress spring cores are prepared and placed on a conveyor, preferably a belt conveyor, b) the cores of step a) are covered with at least one external foam panel, c) a bearing medium, preferably made of paper-and-foil, is placed on the conveyor below the spring cores, d) the space between the external foam panel and the medium, comprising the spring core, is filled with liquid foam material, e) a flattening mat is placed upon the upper surface of at least one external foam panel in order to limit the foam expansion, and to reach the desired mattress thickness. a) mattress spring cores are prepared and placed on a conveyor, preferably a belt conveyor, b) the cores of step a) are covered with at least one external foam panel, c) a bearing medium, preferably made of paper-and-foil, is placed on the conveyor below the spring cores, d) the space between the external foam panel and the medium, comprising the spring core, is filled with liquid foam material, e) a flattening mat is placed upon the upper surface of at least one external foam panel in order to limit the foam expansion, and to reach the desired mattress thickness.
A complex comprising: a first capture reagent affixed to a solid support; a first analyte of interest comprising a first interaction unit and a second interaction unit; a second analyte of interest comprising a first interaction unit and a second interaction unit; a bridge unit; and a signal detection unit; wherein the first capture reagent binds to the first interaction unit of the first analyte of interest; wherein the bridge unit comprises one or more capture reagents that independently bind to the second interaction unit of the first analyte and the first interaction unit of the second analyte of interest; wherein the signal detection unit comprises a capture reagent that binds to the second interaction unit of the second analyte of interest; wherein the first and second interaction unit of the first analyte of interest and the first and second interaction unit of the second analyte of interest are each, independently, a heterologous interaction unit wherein the heterologous interaction unit is not native to the analyte; and wherein the first analyte of interest and the second analyte of interest are E. coli analytes. a first capture reagent affixed to a solid support; a first analyte of interest comprising a first interaction unit and a second interaction unit; a second analyte of interest comprising a first interaction unit and a second interaction unit; a bridge unit; and a signal detection unit; wherein the first capture reagent binds to the first interaction unit of the first analyte of interest; wherein the bridge unit comprises one or more capture reagents that independently bind to the second interaction unit of the first analyte and the first interaction unit of the second analyte of interest; wherein the signal detection unit comprises a capture reagent that binds to the second interaction unit of the second analyte of interest; wherein the first and second interaction unit of the first analyte of interest and the first and second interaction unit of the second analyte of interest are each, independently, a heterologous interaction unit wherein the heterologous interaction unit is not native to the analyte; and wherein the first analyte of interest and the second analyte of interest are E. coli analytes.