mhurhangee/ep-ind-claims huggingface dataset:
A component for Higher Order Ambisonic, HOA, composition for an HOA decoder, the component for HOA composition being configured to: - receive an HOA representation of predominant sound components ĉ PS, n ( k - 1) obtained from a compressed HOA signal, wherein n denotes an index of coefficient channels with n = 1,..., O, wherein O = ( N +1) 2 with N being the order of the compressed HOA signal and wherein k is a frame index; - receive a further HOA representation AMB, n ( k - 1) obtained from the compressed HOA Signal, wherein n denotes the index of coefficient channels and k the frame index; - receive a layered mode indication LMF D indicating whether the compressed HOA signal comprises at least two layers; - add the HOA representation of predominant sound components to the further HOA representation, wherein coefficients of the HOA representation of the predominant sound signals and corresponding coefficients of the further HOA representation are added, to obtain a decompressed HOA signal ĉ ( k - 1), wherein, if the layered mode indication LMF D indicates a layered mode with at least two layers, the component for HOA composition adds the HOA representations according to: c ^ n k − 1 = { c ̃ ^ AMB, n k − 1 for 1 ≤ n ≤ O MIN c ^ n k − 1 = c ^ PS, n k − 1 + c ̃ ^ AMB, n k − 1, for O MIN + 1 ≤ n ≤ O, wherein O MIN = ( N MIN + 1) 2 and N MIN is a predefined integer value, wherein, if the layered mode indication LMF D indicates a single-layer mode, the component for HOA composition adds the HOA representations according to: c ^ n k − 1 = c ^ PS, n k − 1 + c ^ AMB, n k − 1 for 1 ≤ n ≤ O. - receive an HOA representation of predominant sound components ĉ PS, n ( k - 1) obtained from a compressed HOA signal, wherein n denotes an index of coefficient channels with n = 1,..., O, wherein O = ( N +1) 2 with N being the order of the compressed HOA signal and wherein k is a frame index; - receive a further HOA representation AMB, n ( k - 1) obtained from the compressed HOA Signal, wherein n denotes the index of coefficient channels and k the frame index; - receive a layered mode indication LMF D indicating whether the compressed HOA signal comprises at least two layers; - add the HOA representation of predominant sound components to the further HOA representation, wherein coefficients of the HOA representation of the predominant sound signals and corresponding coefficients of the further HOA representation are added, to obtain a decompressed HOA signal ĉ ( k - 1), wherein, if the layered mode indication LMF D indicates a layered mode with at least two layers, the component for HOA composition adds the HOA representations according to: c ^ n k − 1 = { c ̃ ^ AMB, n k − 1 for 1 ≤ n ≤ O MIN c ^ n k − 1 = c ^ PS, n k − 1 + c ̃ ^ AMB, n k − 1, for O MIN + 1 ≤ n ≤ O, wherein O MIN = ( N MIN + 1) 2 and N MIN is a predefined integer value, wherein, if the layered mode indication LMF D indicates a single-layer mode, the component for HOA composition adds the HOA representations according to: c ^ n k − 1 = c ^ PS, n k − 1 + c ^ AMB, n k − 1 for 1 ≤ n ≤ O.
A method for identifying a renal allograft recipient at risk for chronic allograft damage or interstitial fibrosis and tubular atrophy (IF/TA) comprising the steps of: (a) providing an expression library as a comparison standard; (b) isolating mRNA from a biopsy specimen that has been obtained from the renal allograft recipient; (c) synthesizing cDNA from the mRNA; (d) detecting the transcription level of a preselected gene signature set in the cDNA of step (c) (e) comparing the transcription level of the preselected gene signature set with the transcription level of the comparison standard, and (f) identifying the renal allograft recipient as being at risk for chronic allograft damage or IF/TA if the transcription level of the preselected gene signature set is higher than the transcription level of the comparison standard, wherein the preselected gene signature set comprises the genes KLHL13, KAAG1, MET, SPRY4, SERINC5, CHCHD10, FJX1, WNT9A, RNF149, ST5, TGIF1, RXRA and ASB15. (a) providing an expression library as a comparison standard; (b) isolating mRNA from a biopsy specimen that has been obtained from the renal allograft recipient; (c) synthesizing cDNA from the mRNA; (d) detecting the transcription level of a preselected gene signature set in the cDNA of step (c) (e) comparing the transcription level of the preselected gene signature set with the transcription level of the comparison standard, and (f) identifying the renal allograft recipient as being at risk for chronic allograft damage or IF/TA if the transcription level of the preselected gene signature set is higher than the transcription level of the comparison standard, wherein the preselected gene signature set comprises the genes KLHL13, KAAG1, MET, SPRY4, SERINC5, CHCHD10, FJX1, WNT9A, RNF149, ST5, TGIF1, RXRA and ASB15.
An apparatus for monitoring a heartbeat of a first fetus, the apparatus comprising: a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions, wherein the set of instructions, when executed by the processor, cause the processor to: i) obtain ultrasound image data from each ultrasound transducer forming part of an array of ultrasound transducers, and select a first ultrasound transducer from the array of transducers that has a view of the heart of the first fetus; ii) determine a location of the heart of the first fetus in ultrasound image data obtained using the first ultrasound transducer; iii) send a message to the first ultrasound transducer to instruct the first ultrasound transducer to switch to a Doppler mode, wherein the determined location of the heart of the first fetus is used to set the target location of the Doppler mode; and iv) monitor the heartbeat of the first fetus using ultrasound data obtained in the Doppler mode. a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions, wherein the set of instructions, when executed by the processor, cause the processor to: i) obtain ultrasound image data from each ultrasound transducer forming part of an array of ultrasound transducers, and select a first ultrasound transducer from the array of transducers that has a view of the heart of the first fetus; ii) determine a location of the heart of the first fetus in ultrasound image data obtained using the first ultrasound transducer; iii) send a message to the first ultrasound transducer to instruct the first ultrasound transducer to switch to a Doppler mode, wherein the determined location of the heart of the first fetus is used to set the target location of the Doppler mode; and iv) monitor the heartbeat of the first fetus using ultrasound data obtained in the Doppler mode. i) obtain ultrasound image data from each ultrasound transducer forming part of an array of ultrasound transducers, and select a first ultrasound transducer from the array of transducers that has a view of the heart of the first fetus; ii) determine a location of the heart of the first fetus in ultrasound image data obtained using the first ultrasound transducer; iii) send a message to the first ultrasound transducer to instruct the first ultrasound transducer to switch to a Doppler mode, wherein the determined location of the heart of the first fetus is used to set the target location of the Doppler mode; and iv) monitor the heartbeat of the first fetus using ultrasound data obtained in the Doppler mode.
A unit (1, 1', 1"', 1"") for sequencing and guiding items while they are advanced from an input station, in which said items are arranged at least in one line parallel to an advancing direction, to an output station, in which item batches, arranged according to desired spacings (D f) along the advancing direction and each formed by one or more items, are made available for a subsequent operation, said unit (1, 1', 1"', 1"") comprising: - a first conveyor for advancing said items; and - a sequencing apparatus adapted to cooperate with the items to form said batches and to drive the items and the batches, arranged at the desired spacings (D f), to said output station; wherein said sequencing apparatus comprises a second conveyor in turn comprising a track and a plurality of movable elements independently moved along said track and interacting with said items to drive them to said output station, said first conveyor carrying said items from said input station to said output station, said track having a work portion distinct from said fist conveyor and said movable elements being provided with respective interacting portions (30, 30', 30"', 30""), adapted to protrude over said first conveyor when said movable elements are advanced along said work portion of said track, and cooperating with said items to drive them to the desired positions along said first conveyor so as to define said batches and to locate the batches at the desired distances (D f) from one another, characterized in that for each batch to be formed having two or more items, a first one of said movable elements cooperates, through its interacting portion (30, 30', 30"', 30''''), with a leading surface of a leading item of said batch, and a second one of said movable elements cooperates with a trailing surface of a trailing item of said batch, and wherein said first and second movable elements are independently driven to move closer to one another so as to group the items comprised therebetween and to form said batch. - a first conveyor for advancing said items; and - a sequencing apparatus adapted to cooperate with the items to form said batches and to drive the items and the batches, arranged at the desired spacings (D f), to said output station;
A pharmaceutical composition for use in treating CD20-positive B-cell lymphoma comprising obinutuzumab, which is intravenously drip infused at 1000 mg of obinutuzumab per administration, and given according to the administration speeds of the following (a) and (b) in two or more cycles: (a) the maximum administration speed in the first cycle is equal to or more than 200 mg of obinutuzumab an hour, equal to or more than 300 mg of obinutuzumab an hour, or equal to or more than 400 mg of obinutuzumab an hour; (b) the initial administration speed is 100 mg of obinutuzumab an hour and the maximum administration speed is equal to or more than 800 mg of obinutuzumab an hour in the second or later cycle. (a) the maximum administration speed in the first cycle is equal to or more than 200 mg of obinutuzumab an hour, equal to or more than 300 mg of obinutuzumab an hour, or equal to or more than 400 mg of obinutuzumab an hour; (b) the initial administration speed is 100 mg of obinutuzumab an hour and the maximum administration speed is equal to or more than 800 mg of obinutuzumab an hour in the second or later cycle.
Industrial truck, in particular a three-way forklift, comprising: - a vehicle body; - wheels connected to the vehicle body by means of wheel suspensions; - a mast, which extends substantially vertically from the vehicle body and with which a plurality of attachments are associated; - a plurality of operating components, which are designed to carry out operating functions of the industrial truck; - at least one control unit, which is designed to actuate the operating components of the industrial truck; and - at least one detection device, which is designed to detect at least one operating parameter of the industrial truck and/or at least one parameter of the surroundings of the industrial truck; characterised in that the industrial truck further comprises: - a prediction unit, which is operatively coupled to both the detection device and the control unit and is designed to predict an occurrence of vibrations on the industrial truck on the basis of data supplied by the detection device, which data represent the at least one operating parameter of the industrial truck and/or at least one parameter of the surroundings of the industrial truck, and to supply prediction data to the control unit; and the control unit is further designed to adjust the actuation of at least one of the operating components on the basis of the prediction data in such a way and/or to actuate at least one device, associated with the vehicle body or the mast, for reducing vibrations in such a way that the vibrations predicted by the prediction unit are reduced, the detection device comprising at least one camera which is preferably arranged and designed to detect the ground to be travelled on by the wheels of the industrial truck. - a vehicle body; - wheels connected to the vehicle body by means of wheel suspensions; - a mast, which extends substantially vertically from the vehicle body and with which a plurality of attachments are associated; - a plurality of operating components, which are designed to carry out operating functions of the industrial truck; - at least one control unit, which is designed to actuate the operating components of the industrial truck; and - at least one detection device, which is designed to detect at least one operating parameter of the industrial truck and/or at least one parameter of the surroundings of the industrial truck; - a prediction unit, which is operatively coupled to both the detection device and the control unit and is designed to predict an occurrence of vibrations on the industrial truck on the basis of data supplied by the detection device, which data represent the at least one operating parameter of the industrial truck and/or at least one parameter of the surroundings of the industrial truck, and to supply prediction data to the control unit; and
A belt stanchion for a people guidance system, comprising a belt that can be extended from the belt stanchion, counter to the force of a retracting device, and a closure having two mutually complementary coupling members (7, 8), of which the first is disposed at the free end of the belt and the second is disposed on the belt stanchion, characterized in that at least one of the coupling members (7, 8) is configured with an opener for the closure, the opener comprising a receiver for detecting a remote control signal, an actuator activated by the receiver upon such detection for opening the closure, and at least one energy store supplying the receiver and the actuator.
Top-piece device for a plastic pipe for transporting a fluid, comprising a saddle which can be fitted on the plastic pipe and a top piece which cooperates with the saddle, which top piece has a chamber with an outlet on the side which is to be turned towards the plastic pipe, an introduction non-return valve via which a tool (21, 22) can be introduced into the chamber, a gasket for sealing said tool with respect to the chamber, a closing means on that end of the chamber which is situated opposite the outlet, a pressure relief valve which is in an open position in the rest position and which can be brought to the closed position when a predetermined current force and/or pressure difference across the pressure relief valve is exceeded, and a branch which is connected to the chamber, characterised in that the pressure relief valve is situated in the chamber and in that either the pressure relief valve is suspended directly from the closing means and the housing of the pressure relief valve has an external diameter which is greater than the internal diameter of the gasket, or the pressure relief valve is suspended from a piece of pipe which is connected to the closing means at one end and which supports the pressure relief valve at the other end and which piece of pipe has a nominal diameter which is greater than the internal diameter of the gasket.
A compound having the formula 1: wherein R is selected from unsubstituted, branched- or straight chain, saturated C 5 -C 19 alkyl; unsubstituted, branched- or straight-chain C 5 -C 17 alkenyl; unsubstituted, branched- or straight-chain C 5 -C 17 alkadienyl and unsubstituted C 3 -C 8 cycloalkyl;; R 1 is selected from unsubstituted, straight-chain or branched C 1 -C 6 alkyl or alkenyl groups; or from unsubstituted C 3 -C 8 cycloalkyl; HETN is piperidine; X is O or NH; n is 0 or 1; and m is 1. R is selected from unsubstituted, branched- or straight chain, saturated C 5 -C 19 alkyl; unsubstituted, branched- or straight-chain C 5 -C 17 alkenyl; unsubstituted, branched- or straight-chain C 5 -C 17 alkadienyl and unsubstituted C 3 -C 8 cycloalkyl;; R 1 is selected from unsubstituted, straight-chain or branched C 1 -C 6 alkyl or alkenyl groups; or from unsubstituted C 3 -C 8 cycloalkyl; HETN is piperidine; X is O or NH; n is 0 or 1; and m is 1.
A method of making a product, wherein the product comprises a nucleic acid, comprising the steps of: (a) lysing cells from a sample in a lysis solution, thus forming a lysate comprising the nucleic acid; (b) treating the lysate with a starting solution comprising a water-soluble polyhydroxy polymer and a detergent; (c) applying suspended magnetically attractable dextran-encased magnetite nanoparticles to form a nucleic acid-polymer-particle complex; (d) washing the complex with a wash solution while applying a magnetic field; and (e) eluting and recovering the nucleic acid, wherein steps (b) and (c) may be carried out simultaneously. (a) lysing cells from a sample in a lysis solution, thus forming a lysate comprising the nucleic acid; (b) treating the lysate with a starting solution comprising a water-soluble polyhydroxy polymer and a detergent; (c) applying suspended magnetically attractable dextran-encased magnetite nanoparticles to form a nucleic acid-polymer-particle complex; (d) washing the complex with a wash solution while applying a magnetic field; and (e) eluting and recovering the nucleic acid,
A resource allocation method performed by a subscriber computer system for providing an improvement in control of rates at which a plurality of publisher computer systems send updates to the subscriber computer system comprising: using one or more processors, determining for the subscriber computer system a subscriber limit rate at which the subscriber computer system can process the updates received from the plurality of publisher computer systems, and storing the subscriber limit rate in computer memory, wherein each of the updates comprises an electronic digital message received over a computer network; using the one or more processors, determining, for each publisher computer system of the plurality of publisher computer systems, an offered rate of updates sent to the subscriber computer system and storing a plurality of the offered rates in the computer memory; using the one or more processors, determining, for each publisher computer system of the plurality of publisher computer systems, a utility of updates sent by the publisher computer system and storing a plurality of the utilities in the computer memory; using the one or more processors, assigning to each publisher computer system of the plurality of publisher computer systems a publisher limit rate at which the respective publisher computer system sends the updates to the subscriber computer system using the offered rate and the utility of updates of the respective publisher computer system, wherein the sum of the assigned publisher limit rates is less than or equal to the subscriber limit rate. using one or more processors, determining for the subscriber computer system a subscriber limit rate at which the subscriber computer system can process the updates received from the plurality of publisher computer systems, and storing the subscriber limit rate in computer memory, wherein each of the updates comprises an electronic digital message received over a computer network; using the one or more processors, determining, for each publisher computer system of the plurality of publisher computer systems, an offered rate of updates sent to the subscriber computer system and storing a plurality of the offered rates in the computer memory; using the one or more processors, determining, for each publisher computer system of the plurality of publisher computer systems, a utility of updates sent by the publisher computer system and storing a plurality of the utilities in the computer memory; using the one or more processors, assigning to each publisher computer system of the plurality of publisher computer systems a publisher limit rate at which the respective publisher computer system sends the updates to the subscriber computer system using the offered rate and the utility of updates of the respective publisher computer system, wherein the sum of the assigned publisher limit rates is less than or equal to the subscriber limit rate.
A mutant streptavidin polypeptide comprising the sequence of SEQ ID NO:1 in which one or more of the following replacements are present: i). Serine at position 13 to arginine, or lysine; ii). Threonine at position 38 to phenylalanine, tryptophan, or tyrosine; iii). Glycine at position 39 to alanine iv). Glutamic acid at position 104 to threonine, cysteine, serine, proline, aspartic acid, glutamine, leucine, or valine; v). Glutamine at position 12 to Aspartic acid or Glutamic acid; or vi). a combination of any of i), ii), iii), iv), and v). i). Serine at position 13 to arginine, or lysine; ii). Threonine at position 38 to phenylalanine, tryptophan, or tyrosine; iii). Glycine at position 39 to alanine iv). Glutamic acid at position 104 to threonine, cysteine, serine, proline, aspartic acid, glutamine, leucine, or valine; v). Glutamine at position 12 to Aspartic acid or Glutamic acid; or vi). a combination of any of i), ii), iii), iv), and v).