mhurhangee/patent-ind-claim-en huggingface dataset:
An ionomer comprising a neutralized blend of an ethylene acid copolymer and an aliphatic, mono-functional organic acid, wherein the blend comprises: from 40 to 95 wt% of the ethylene acid copolymer, based on the total weight of the blend, the ethylene acid copolymer being the polymerized reaction product of: ethylene, and from 1 to 25 wt% of monocarboxylic acid, based on the total weight of monomer present in the ethylene acid copolymer; and from 1 to 40 wt% of softening comonomer, based on the total weight of monomer present in the ethylene acid copolymer, wherein the softening comonomer is selected from the group consisting of vinyl esters, alkyl vinyl esters, and alkyl (meth)acrylates; and from 5 to 50 wt% of the aliphatic, mono-functional organic acid, based on the total weight of the blend, wherein the aliphatic, mono-functional organic acid has fewer than 36 carbon atoms; wherein at least 70 mole % of total acid units are neutralized with a cation source comprising (a) a trivalent cation and (b) either a mono- or di-valent cation. from 40 to 95 wt% of the ethylene acid copolymer, based on the total weight of the blend, the ethylene acid copolymer being the polymerized reaction product of: ethylene, and from 1 to 25 wt% of monocarboxylic acid, based on the total weight of monomer present in the ethylene acid copolymer; and from 1 to 40 wt% of softening comonomer, based on the total weight of monomer present in the ethylene acid copolymer, wherein the softening comonomer is selected from the group consisting of vinyl esters, alkyl vinyl esters, and alkyl (meth)acrylates; and ethylene, and from 1 to 25 wt% of monocarboxylic acid, based on the total weight of monomer present in the ethylene acid copolymer; and from 1 to 40 wt% of softening comonomer, based on the total weight of monomer present in the ethylene acid copolymer, wherein the softening comonomer is selected from the group consisting of vinyl esters, alkyl vinyl esters, and alkyl (meth)acrylates; and from 5 to 50 wt% of the aliphatic, mono-functional organic acid, based on the total weight of the blend, wherein the aliphatic, mono-functional organic acid has fewer than 36 carbon atoms; wherein at least 70 mole % of total acid units are neutralized with a cation source comprising (a) a trivalent cation and (b) either a mono- or di-valent cation.
A terminal comprising: a receiving section , configured to receive a reference signal on each of burst transmissions from a base station; and a control section , configured to perform Channel State Information, CSI, measurement using the reference signal in each burst transmission, wherein the terminal is configured to send a CSI measurement report to the base station that illustrates the measurement results, without measuring an average measurement value across a plurality of burst transmissions. a receiving section , configured to receive a reference signal on each of burst transmissions from a base station; and a control section , configured to perform Channel State Information, CSI, measurement using the reference signal in each burst transmission, wherein the terminal is configured to send a CSI measurement report to the base station that illustrates the measurement results, without measuring an average measurement value across a plurality of burst transmissions.
A semiconductor package, comprising: a bottom chip package having a first side and a second side opposing the first side , the bottom chip package comprising a first semiconductor chip and a second semiconductor chip arranged in a side-by-side manner on the second side ; a top antenna package mounted on the first side of the bottom chip package , wherein the top antenna package comprises a radiative antenna element ; and a first connector disposed on the second side , wherein the top antenna package comprises a substrate , wherein the first radiative antenna element is disposed on a surface of the substrate , a first passive component ; and a second passive component , wherein the first passive component and the second passive component comprise discrete capacitors, wherein the first passive component is disposed on the first side and the second passive component is disposed on the second side . a bottom chip package having a first side and a second side opposing the first side , the bottom chip package comprising a first semiconductor chip and a second semiconductor chip arranged in a side-by-side manner on the second side ; a top antenna package mounted on the first side of the bottom chip package , wherein the top antenna package comprises a radiative antenna element ; and a first connector disposed on the second side , wherein the top antenna package comprises a substrate , wherein the first radiative antenna element is disposed on a surface of the substrate , a first passive component ; and a second passive component , wherein the first passive component and the second passive component comprise discrete capacitors, wherein the first passive component is disposed on the first side and the second passive component is disposed on the second side . a second passive component , wherein the first passive component and the second passive component comprise discrete capacitors, wherein the first passive component is disposed on the first side and the second passive component is disposed on the second side .
A method of transmitting Uplink Control Information, UCI, through a Physical Uplink Control Channel, PUCCH, by a user equipment in a wireless communication, the method comprising: based on a size of the UCI being less than or equal to a threshold number of bits, and based on the PUCCH being a one-symbol PUCCH: generating a first Zadoff-Chu, ZC, sequence to carry the UCI in one symbol, configuring (S3310) the one-symbol PUCCH using the first ZC sequence in the one symbol based on sequence-based selection; based on the size of the UCI being less than or equal to the threshold number of bits, and based on the PUCCH being a two-symbol PUCCH: generating a second ZC sequence to carry the UCI in each of two symbols, configuring (S3310) the two-symbol PUCCH using the second ZC sequence in the each of two symbols based on sequence-based selection; and transmitting (S3320) the UCI through the PUCCH. based on a size of the UCI being less than or equal to a threshold number of bits, and based on the PUCCH being a one-symbol PUCCH: generating a first Zadoff-Chu, ZC, sequence to carry the UCI in one symbol, configuring (S3310) the one-symbol PUCCH using the first ZC sequence in the one symbol based on sequence-based selection; generating a first Zadoff-Chu, ZC, sequence to carry the UCI in one symbol, configuring (S3310) the one-symbol PUCCH using the first ZC sequence in the one symbol based on sequence-based selection; based on the size of the UCI being less than or equal to the threshold number of bits, and based on the PUCCH being a two-symbol PUCCH: generating a second ZC sequence to carry the UCI in each of two symbols, configuring (S3310) the two-symbol PUCCH using the second ZC sequence in the each of two symbols based on sequence-based selection; and transmitting (S3320) the UCI through the PUCCH. generating a second ZC sequence to carry the UCI in each of two symbols, configuring (S3310) the two-symbol PUCCH using the second ZC sequence in the each of two symbols based on sequence-based selection; and transmitting (S3320) the UCI through the PUCCH.
An electric motor control device that drives and controls a plurality of electric motors connected in parallel, the electric motor control device comprising: a power conversion device configured to convert power from a power supply , and to supply the power to the plurality of electric motors ; a current detection device configured to detect an electric current flowing through each of the plurality of electric motors ; and a controller configured to control the power conversion device according to a speed command value from an external device and a current value relating to detection from the current detection device, wherein the controller includes a first control unit configured to perform first control on each of the plurality of electric motors based on the electric current, and a second control unit configured to perform second control such that an estimated speed of each of the plurality of electric motors obtained based on the current value is controlled to follow the speed command value, characterized in that the controller further includes a switching determination unit (7-16) configured to perform switching determination processing of switching between the first control performed by the first control unit and the second control performed by the second control unit according to the speed command value in the first control. a power conversion device configured to convert power from a power supply , and to supply the power to the plurality of electric motors ; a current detection device configured to detect an electric current flowing through each of the plurality of electric motors ; and a controller configured to control the power conversion device according to a speed command value from an external device and a current value relating to detection from the current detection device, wherein the controller includes a first control unit configured to perform first control on each of the plurality of electric motors based on the electric current, and a second control unit configured to perform second control such that an estimated speed of each of the plurality of electric motors obtained based on the current value is controlled to follow the speed command value, characterized in that the controller further includes a switching determination unit (7-16) configured to perform switching determination processing of switching between the first control performed by the first control unit and the second control performed by the second control unit according to the speed command value in the first control.
A device for attaching a wristlet strand to a watch case , the device comprising a wristlet strand and being arranged to be attached to a bar , the wristlet strand being attached to the bar through attaching means , the attaching means being formed by a support integral with the wristlet strand , and a pull-out piece arranged to cooperate with said support so as to close the support, the support comprising a channel arranged to receive the bar and in that they comprise a pair of magnets disposed on the support and the pull-out piece so as to hold the pull-out piece against the support and allow the pull-out piece to switch from a closed position wherein the bar is held in the channel to an open position wherein the bar is free.
A method of making a high purity filter aid, the method comprising: acid washing diatomaceous earth to reduce the trace amounts of extractable metal in the diatomaceous earth; rinsing the acid-washed diatomaceous earth with water in order to remove the acid; and combining the acid-washed diatomaceous earth with perlite to obtain a high purity filter aid; wherein acid washing the diatomaceous earth comprises: in a first washing step, washing the diatomaceous earth in a first acid comprising an inorganic acid; and in a second washing step that follows the first washing step, washing the diatomaceous earth in a second acid comprising an organic acid. acid washing diatomaceous earth to reduce the trace amounts of extractable metal in the diatomaceous earth; rinsing the acid-washed diatomaceous earth with water in order to remove the acid; and combining the acid-washed diatomaceous earth with perlite to obtain a high purity filter aid; wherein acid washing the diatomaceous earth comprises: in a first washing step, washing the diatomaceous earth in a first acid comprising an inorganic acid; and in a second washing step that follows the first washing step, washing the diatomaceous earth in a second acid comprising an organic acid. in a first washing step, washing the diatomaceous earth in a first acid comprising an inorganic acid; and in a second washing step that follows the first washing step, washing the diatomaceous earth in a second acid comprising an organic acid.
A method for analyzing biomolecules, comprising: a) incubating a sample with a plurality of multifunctional substrates, wherein each multifunctional substrate comprises a target capture region bearing one or more capture moieties, each of which specifically binds a target biomolecule, and a reagent storage region bearing one or more detection reagents through a releasable means, under conditions that permit binding between the target biomolecule and the capture moieties; b) contacting an immiscible fluid with the plurality of multifunctional substrates in a carrier fluid, thereby forming a plurality of compartments, each comprising an individual multifunctional substrate, and wherein the shape of each compartment is substantially defined by the shape of the multifunctional substrate; c) releasing the one or more detection reagents from the reagent storage region such that the detection reagents bind to the target biomolecule bound to the capture moieties within an individual compartment; and d) analyzing the binding between the detection reagents and the biomolecule bound to the capture moieties, thereby analyzing the presence or amount of the target biomolecule in the sample. a) incubating a sample with a plurality of multifunctional substrates, wherein each multifunctional substrate comprises a target capture region bearing one or more capture moieties, each of which specifically binds a target biomolecule, and a reagent storage region bearing one or more detection reagents through a releasable means, under conditions that permit binding between the target biomolecule and the capture moieties; b) contacting an immiscible fluid with the plurality of multifunctional substrates in a carrier fluid, thereby forming a plurality of compartments, each comprising an individual multifunctional substrate, and wherein the shape of each compartment is substantially defined by the shape of the multifunctional substrate; c) releasing the one or more detection reagents from the reagent storage region such that the detection reagents bind to the target biomolecule bound to the capture moieties within an individual compartment; and d) analyzing the binding between the detection reagents and the biomolecule bound to the capture moieties, thereby analyzing the presence or amount of the target biomolecule in the sample.
A passenger seat for a public transport vehicle, particularly for a railcar of a railway vehicle, comprising: a movable seat base ; a seat back comprising an upper back part and a lower back part which extends towards the seat base and which is arranged at least partially below the upper back part , the lower back part is movable relative to the upper back part between a storing position and an open position; and a connecting element movably connecting a back end of the seat base with a lower end of the lower back part ; the passenger seat having a folded configuration for storing the seat with the seat base in a substantially upright position and an open configuration with the seat base in a substantially horizontal position to be used by a passenger, wherein the upper back part and the lower back part form together the seat back in the open configuration; wherein the lower back part is movable into the storing position to provide space for the seat base when the passenger seat is brought into the folded configuration; and wherein the connecting element comprises a long-slot bar with a slot and a peg slidable within the slot, wherein the long-slot bar is hinged to the lower back part , and wherein the peg is attached to the seat base and slides in the slot of the long-slot bar when the seat base is moved relative to the lower back part to move the passenger seat between the open and folded configurations. a movable seat base ; a seat back comprising an upper back part and a lower back part which extends towards the seat base and which is arranged at least partially below the upper back part , the lower back part is movable relative to the upper back part between a storing position and an open position; and a connecting element movably connecting a back end of the seat base with a lower end of the lower back part ; the passenger seat having a folded configuration for storing the seat with the seat base in a substantially upright position and an open configuration with the seat base in a substantially horizontal position to be used by a passenger, wherein the upper back part and the lower back part form together the seat back in the open configuration; wherein the lower back part is movable into the storing position to provide space for the seat base when the passenger seat is brought into the folded configuration; and wherein the connecting element comprises a long-slot bar with a slot and a peg slidable within the slot, wherein the long-slot bar is hinged to the lower back part , and wherein the peg is attached to the seat base and slides in the slot of the long-slot bar when the seat base is moved relative to the lower back part to move the passenger seat between the open and folded configurations.
A loudspeaker system having infinite baffle topology including an infinite baffle, the loudspeaker system operating below 300 Hz and including a loudspeaker assembly adapted for use in a motor vehicle, the infinite baffle including an outer skin of the vehicle, said loudspeaker assembly comprising a loudspeaker driver including a cone and a basket, said loudspeaker assembly further including a Helmholtz resonator including a chamber and a vent duct, the vent duct communicating with said chamber, the loudspeaker assembly being constituted so that one side of the cone faces the chamber and the duct is adapted to pass through the outer skin, and wherein the loudspeaker system is constituted to radiate sound to the listening environment of the vehicle from the other side of the cone.
A tuner system for conducting measurements on a Device Under Test (DUT), comprising: at least one passive tuner including a tuner transmission line and at least one capacitive probe which is movable axially along the tuner transmission line; a digital memory storing calibration data for the at least one passive tuner comprising a set of s-parameters at a set of calibration frequencies, a controller configured to control the tuner system to: do a measurement on the DUT at a measurement frequency at which the said at least one passive tuner is not calibrated; determine the tuner s-parameters at said measurement frequency by interpolation between or extrapolation from the s-parameters at said calibration frequencies, and determine calibration data at the measurement frequency by model-based interpolation or extrapolation, characterized in that said model-based interpolation or extrapolation employs a capacitance model of a tuner or said model-based interpolation or extrapolation employs a transmission line model of a tuner. at least one passive tuner including a tuner transmission line and at least one capacitive probe which is movable axially along the tuner transmission line; a digital memory storing calibration data for the at least one passive tuner comprising a set of s-parameters at a set of calibration frequencies, a controller configured to control the tuner system to: do a measurement on the DUT at a measurement frequency at which the said at least one passive tuner is not calibrated; determine the tuner s-parameters at said measurement frequency by interpolation between or extrapolation from the s-parameters at said calibration frequencies, and determine calibration data at the measurement frequency by model-based interpolation or extrapolation, characterized in that said model-based interpolation or extrapolation employs a capacitance model of a tuner or said model-based interpolation or extrapolation employs a transmission line model of a tuner. do a measurement on the DUT at a measurement frequency at which the said at least one passive tuner is not calibrated; determine the tuner s-parameters at said measurement frequency by interpolation between or extrapolation from the s-parameters at said calibration frequencies, and determine calibration data at the measurement frequency by model-based interpolation or extrapolation, characterized in that said model-based interpolation or extrapolation employs a capacitance model of a tuner or said model-based interpolation or extrapolation employs a transmission line model of a tuner.
A combustor for a gas turbine engine, comprising: an outer combustor panel ; an inner combustor panel radially inward of the outer combustor panel ; a bulkhead panel extending radially between the outer combustor panel and the inner combustor panel , the bulkhead panel comprising an outer flange and an inner flange , wherein the outer flange extends axially and aft from an outer diameter of the bulkhead panel , and wherein the inner flange extends axially and aft from an inner diameter of the bulkhead panel ; characterized by an outer spacer contacting and compressed between an exterior surface of the outer flange of the bulkhead panel and an interior surface of the outer combustor panel ; and an inner spacer contacting and compressed between an exterior surface of the inner flange of the bulkhead panel and an interior surface of the inner combustor panel . an outer combustor panel ; an inner combustor panel radially inward of the outer combustor panel ; a bulkhead panel extending radially between the outer combustor panel and the inner combustor panel , the bulkhead panel comprising an outer flange and an inner flange , wherein the outer flange extends axially and aft from an outer diameter of the bulkhead panel , and wherein the inner flange extends axially and aft from an inner diameter of the bulkhead panel ; characterized by an outer spacer contacting and compressed between an exterior surface of the outer flange of the bulkhead panel and an interior surface of the outer combustor panel ; and an inner spacer contacting and compressed between an exterior surface of the inner flange of the bulkhead panel and an interior surface of the inner combustor panel .
A conjugate having factor VIII procoagulant activity comprising a functional factor VIII polypeptide covalently attached to one or more biocompatible polymers for use in the treatment of hemophilia in a patient having factor VIII inhibitory antibodies, wherein the biocompatible polymer is covalently attached to the functional factor VIII polypeptide at a site that is or is within 20 angstrom of a binding site for factor VIII inhibitory antibodies.
An inhalation training device for practicing of an inhalation process of a patient, the inhalation training device comprising: a housing attachable to and detachable from a mouthpiece of an inhaler designed to provide a drug to the patient; and a microphone adapted to measure the airflow occurring in the mouthpiece of the inhaler during an inhalation process of the patient; wherein the microphone is positioned adjacent to an air-vent of the mouthpiece , when the inhalation training device is attached to the mouthpiece ; characterized in that the housing comprises a blocking device covering an actuation element of the inhaler when the housing is attached to the mouthpiece of the inhaler , in order to prevent drug release during training. a housing attachable to and detachable from a mouthpiece of an inhaler designed to provide a drug to the patient; and a microphone adapted to measure the airflow occurring in the mouthpiece of the inhaler during an inhalation process of the patient; wherein the microphone is positioned adjacent to an air-vent of the mouthpiece , when the inhalation training device is attached to the mouthpiece ; characterized in that the housing comprises a blocking device covering an actuation element of the inhaler when the housing is attached to the mouthpiece of the inhaler , in order to prevent drug release during training.