mhurhangee/ep-ind-claims huggingface dataset:
A method of channel state information feedback in a wireless communication system, comprising: receiving one or more precoding matrix indicator signals from a remote transceiver; and generating a precoding matrix W derived from a matrix multiplication of two matrices W1 and W2, where said precoding matrix W is applicable to precoding one or more layers of data streams, matrix W1 selected from a first codebook C1 based on a first group of bits in the PMI signals, and matrix W2 selected from a second codebook C2 based on a second group of bits in the PMI signals, wherein the first codebook C1 comprises at least a first W1 matrix and a second W1 matrix, wherein said at least first W1 matrix is constructed with a first group of adjacent Discrete Fourier Transform vectors, and said at least second W1 matrix is constructed with a second group of non-adjacent DFT vectors, and for i 1 = 0,1,···,7: X i 1 ∈ b 2 i 1 mod 16 b 2 i 1 + 1 mod 16 b 2 i 1 + 2 mod 16 b 2 i 1 + 3 mod 16, b n ( m + 1) = e j 2 π m n 16, n = 0,1, ⋯,15, m = 0,.1 for i 1 = 8,9,···,15: X i 1 ∈ b i 1 − 8 mod 32 b i 1 − 8 + 8 mod 32 b i 1 − 8 + 16 mod 32 b i 1 − 8 + 24 mod 32 b n ( m + 1) = e j 2 π m n 32, n = 0,1, ⋯,31, m = 0,.1 W 1 i 1 = X i 1 0 0 X i 1, C 1 = W 1 0 W 1 1 W 1 2 ⋯ W 1 15, N t = 4 is the number of transmit antennas corresponding to W, n is the beam index, m is the layer index, and X (k) is the block diagonal sub-matrix of W 1 ( k). receiving one or more precoding matrix indicator signals from a remote transceiver; and generating a precoding matrix W derived from a matrix multiplication of two matrices W1 and W2, where said precoding matrix W is applicable to precoding one or more layers of data streams, matrix W1 selected from a first codebook C1 based on a first group of bits in the PMI signals, and matrix W2 selected from a second codebook C2 based on a second group of bits in the PMI signals, wherein the first codebook C1 comprises at least a first W1 matrix and a second W1 matrix, wherein said at least first W1 matrix is constructed with a first group of adjacent Discrete Fourier Transform vectors, and said at least second W1 matrix is constructed with a second group of non-adjacent DFT vectors, and for i 1 = 0,1,···,7: X i 1 ∈ b 2 i 1 mod 16 b 2 i 1 + 1 mod 16 b 2 i 1 + 2 mod 16 b 2 i 1 + 3 mod 16, b n ( m + 1) = e j 2 π m n 16, n = 0,1, ⋯,15, m = 0,.1 for i 1 = 8,9,···,15: X i 1 ∈ b i 1 − 8 mod 32 b i 1 − 8 + 8 mod 32 b i 1 − 8 + 16 mod 32 b i 1 − 8 + 24 mod 32 b n ( m + 1) = e j 2 π m n 32, n = 0,1, ⋯,31, m = 0,.1 W 1 i 1 = X i 1 0 0 X i 1, C 1 = W 1 0 W 1 1 W 1 2 ⋯ W 1 15, N t = 4 is the number of transmit antennas corresponding to W, n is the beam index, m is the layer index, and X (k) is the block diagonal sub-matrix of W 1 ( k).
A method for manufacturing a hot-rolled steel sheet which comprises a rough rolling step and a finish rolling step and in which after the rough rolling step and before the finish rolling step, a crop portion of one of a front end and a rear end of a steel sheet in a conveying direction is cut or the crop portions of both of the ends are cut, and then the hot-rolled steel sheet is manufactured in the finish rolling step, characterized in that in the rough rolling step, a shape of each of the crop portions formed at the front end and the rear end of the steel sheet in the conveying direction is adjusted into a fishtail shape by use of one or both of a sizing press and a width rolling machine, the steel sheet is formed so that a length from a concave portion bottom to a convex portion top of the fishtail shape is from 200 to 300 mm, and an intermediate portion between the concave portion bottom and the convex portion top, defined as a desired cutting location, is cut.
Elastic joint spacer, characterized in that the joint spacer consists at least partially of a material, particularly a polymer, elastomer or thermoplastic elastomer, with - a Shore-A hardness of 20-77 and tensile stress values at elongations between 20% and 60%, preferably 50%, greater than 3.8 N/mm 2, preferably greater than 4.6 N/mm 2 and more preferably greater than 6 N/mm 2, and/or compressive stress values at compressions between 20% and 60%, preferably 50%, greater than 7.8 N/mm 2, preferably greater than 9 N/mm 2 and more preferably greater than 10.5 N/mm 2, and/or - a Shore-A hardness of up to 85 and tensile stress values at elongations between 20% and 60%, preferably 50%, greater than 6 N/mm 2, preferably greater than 7 N/mm 2 and more preferably greater than 8 N/mm 2, and/or compressive stress values at compressions between 20% and 60%, preferably 50%, greater 10.5 N/mm 2, preferably greater than 12 N/mm 2 and more preferably greater than 14 N/mm 2. - a Shore-A hardness of 20-77 and tensile stress values at elongations between 20% and 60%, preferably 50%, greater than 3.8 N/mm 2, preferably greater than 4.6 N/mm 2 and more preferably greater than 6 N/mm 2, and/or compressive stress values at compressions between 20% and 60%, preferably 50%, greater than 7.8 N/mm 2, preferably greater than 9 N/mm 2 and more preferably greater than 10.5 N/mm 2, and/or - a Shore-A hardness of up to 85 and tensile stress values at elongations between 20% and 60%, preferably 50%, greater than 6 N/mm 2, preferably greater than 7 N/mm 2 and more preferably greater than 8 N/mm 2, and/or compressive stress values at compressions between 20% and 60%, preferably 50%, greater 10.5 N/mm 2, preferably greater than 12 N/mm 2 and more preferably greater than 14 N/mm 2.
A method for wireless communication performed by an access node in a wireless communications network, characterized by comprising: determining one or more cell configurations for serving a user equipment, UE, using a first cell (210-a) of the access node configured to operate using a licensed frequency spectrum band according to a first radio access technology, RAT, and a second cell (210-b) of the access node configured to operate using an unlicensed frequency spectrum band according to a second RAT, wherein the one or more cell configurations comprise at least one or more prioritization rules associated with the first cell (210-a) or the second cell (210-b); and serving the UE based at least in part on the determined one or more cell configurations, wherein serving the UE comprises serving a first portion of a traffic stream over the first cell (210-a) of the access node using the first RAT and serving a second portion of the traffic stream over the second cell (210-b) of the access node using the second RAT. determining one or more cell configurations for serving a user equipment, UE, using a first cell (210-a) of the access node configured to operate using a licensed frequency spectrum band according to a first radio access technology, RAT, and a second cell (210-b) of the access node configured to operate using an unlicensed frequency spectrum band according to a second RAT, wherein the one or more cell configurations comprise at least one or more prioritization rules associated with the first cell (210-a) or the second cell (210-b); and serving the UE based at least in part on the determined one or more cell configurations, wherein serving the UE comprises serving a first portion of a traffic stream over the first cell (210-a) of the access node using the first RAT and serving a second portion of the traffic stream over the second cell (210-b) of the access node using the second RAT.
A fiber-reinforced resin composite body comprising: a thermosetting resin; a plurality of reinforcing fiber layers stacked in the thermosetting resin; and a thermoplastic resin dispersed in a form of particles in the thermosetting resin between the plurality of reinforcing fiber layers, wherein the thermoplastic resin is at least one selected from the group consisting of polyetherimide resins, polysulfone resins, and polyethersulfone resins, and characterized in that the thermoplastic resin has a rate of a number of particles having a major axis of 3 μm or less to a total number of particles including the thermoplastic resin, the rate being 80% or more. a thermosetting resin; a plurality of reinforcing fiber layers stacked in the thermosetting resin; and a thermoplastic resin dispersed in a form of particles in the thermosetting resin between the plurality of reinforcing fiber layers, wherein the thermoplastic resin is at least one selected from the group consisting of polyetherimide resins, polysulfone resins, and polyethersulfone resins, and characterized in that the thermoplastic resin has a rate of a number of particles having a major axis of 3 μm or less to a total number of particles including the thermoplastic resin, the rate being 80% or more.
A frequency and phase modulation remote control receiver for a geostationary satellite, of the type comprising a heterodyne amplifying and filtering analog input circuit followed by a digital processing circuit (29, 49) that can be configured as an FM demodulation device or as a PM demodulation device, said analog input circuit being common to both demodulation modes, characterised in that said digital processing circuit comprises a locking loop (36 to 38) comprising functions (40, 42) that can be switched according to a PM or FM demodulation loop configuration, as well as a filter controlled by a remote control signal so as to toggle the cut-off frequency between two values that correspond to either the FM band limitation or to the PM band limitation.
A composition comprising a cyclodextrin compound and budesonide, for use in the therapeutic or preventive treatment of neutrophilic inflammation in patients suffering from pulmonary inflammatory disease wherein the cyclodextrin delivers the budesonide in a molecular dose in a range from 50 to 200 mcg per day; and wherein the cyclodextrin compound is hydroxypropyl-β-cyclodextrin.
1.5 Hydrate of 1-{ -2-amino-4-[2,4-bis(trifluoromethyl)-5,8-dihydro-pyrido[3,4- d]pyrimidin-7 -yl]-4-oxobutyl}-5,5-difluoropiperidin-2-one tartrate salt having a water content in the range of 3.5-5.5%.
An in-line tester comprising: an inlet, connectable, in use, to an aspirator tube; an outlet connectable, in use, to a vacuum source; and a chamber interposed between the inlet and the outlet, the chamber comprising: a first tester comprising a first colorimetric substance adapted to exhibit a colour change in the presence of a target substance arranged such that fluids drawn into the chamber by the vacuum source come into contact therewith; the in-line tester further comprising a liquid-stop device which, when dry, permits the passage of gas from the inlet to the outlet, but when wetted by a liquid, inhibits or prevents the passage of fluids from the inlet to the outlet; and being characterised by, the chamber further comprising a second tester comprising a colorimetric capnometer, which exhibits a colour change in the presence of carbon dioxide arranged such that fluids drawn into the chamber by the vacuum source pass through it; a reservoir interposed between the first tester and the second tester; the second tester being located downstream of the liquid-stop device and before the outlet. an inlet, connectable, in use, to an aspirator tube; an outlet connectable, in use, to a vacuum source; and a chamber interposed between the inlet and the outlet, the chamber comprising: a first tester comprising a first colorimetric substance adapted to exhibit a colour change in the presence of a target substance arranged such that fluids drawn into the chamber by the vacuum source come into contact therewith; the in-line tester further comprising a liquid-stop device which, when dry, permits the passage of gas from the inlet to the outlet, but when wetted by a liquid, inhibits or prevents the passage of fluids from the inlet to the outlet; and being characterised by, the chamber further comprising a second tester comprising a colorimetric capnometer, which exhibits a colour change in the presence of carbon dioxide arranged such that fluids drawn into the chamber by the vacuum source pass through it; a reservoir interposed between the first tester and the second tester; the second tester being located downstream of the liquid-stop device and before the outlet. a first tester comprising a first colorimetric substance adapted to exhibit a colour change in the presence of a target substance arranged such that fluids drawn into the chamber by the vacuum source come into contact therewith; the in-line tester further comprising a liquid-stop device which, when dry, permits the passage of gas from the inlet to the outlet, but when wetted by a liquid, inhibits or prevents the passage of fluids from the inlet to the outlet; and being characterised by, the chamber further comprising a second tester comprising a colorimetric capnometer, which exhibits a colour change in the presence of carbon dioxide arranged such that fluids drawn into the chamber by the vacuum source pass through it; a reservoir interposed between the first tester and the second tester; the second tester being located downstream of the liquid-stop device and before the outlet.
Lighting module for a trunking system, comprising: an illuminant for emitting light at a front side of the illuminant, a lighting module attachment device for the electrical and mechanical connection of the lighting module to a trunking system, and an operating device for operating the illuminant, which is arranged on a rear side of the illuminant, characterized in that the operating device is movable without the use of tools between an installation position, in which the operating device blocks accessibility to the rear side from outside the lighting module, and a release position, in which the operating device allows accessibility to the rear side from outside the lighting module, wherein the lighting module further comprises: at least one joint for moving the operating device between the installation position and the release position. an illuminant for emitting light at a front side of the illuminant, a lighting module attachment device for the electrical and mechanical connection of the lighting module to a trunking system, and an operating device for operating the illuminant, which is arranged on a rear side of the illuminant, characterized in that the operating device is movable without the use of tools between an installation position, in which the operating device blocks accessibility to the rear side from outside the lighting module, and a release position, in which the operating device allows accessibility to the rear side from outside the lighting module, wherein the lighting module further comprises: at least one joint for moving the operating device between the installation position and the release position.
A process for making zilpaterol or a salt thereof, wherein the process comprises: making 4,5-dihydro-imidazo[4,5,1-jk] benzazepin-2,6,7 -trione-6-oxime (or a salt thereof) by a process comprising reacting 8,9-dihydro-2H,7H-2,9a-diazabenzo[cd]azulene-1,6-dione (or a salt thereof) with an inorganic nitrite. making 4,5-dihydro-imidazo[4,5,1-jk] benzazepin-2,6,7 -trione-6-oxime (or a salt thereof) by a process comprising reacting 8,9-dihydro-2H,7H-2,9a-diazabenzo[cd]azulene-1,6-dione (or a salt thereof) with an inorganic nitrite.
A workpiece receiving device for conveying workpieces, in particular for conveying vehicle bodies, comprising: a base configured to be moved on a substrate or along a transport apparatus of a conveying equipment in a conveying direction; and a workpiece carrier for carrying at least one workpiece, which is mounted on the base, characterized in that at least one lifting mechanism (24, 28) is provided to raise or lower a rear area in the conveying direction and/or a front area in the conveying direction of the workpiece carrier relative to the base, wherein the at least one lifting mechanism (24, 28) comprises a coupling element (36, 38) being couplable to an external link of the transport apparatus in order to drive the at least one lifting mechanism (24, 28). a base configured to be moved on a substrate or along a transport apparatus of a conveying equipment in a conveying direction; and a workpiece carrier for carrying at least one workpiece, which is mounted on the base, characterized in that at least one lifting mechanism (24, 28) is provided to raise or lower a rear area in the conveying direction and/or a front area in the conveying direction of the workpiece carrier relative to the base, wherein the at least one lifting mechanism (24, 28) comprises a coupling element (36, 38) being couplable to an external link of the transport apparatus in order to drive the at least one lifting mechanism (24, 28).
Process for producing a solid dosing agent for dosing polyphosphate and optionally phosphate in water, wherein a liquid polyphosphate solution, in particular a sodium polyphosphate solution, is used as starting material for loading a water-insoluble anion exchanger, characterized in that the anion exchanger is loaded with polyphosphate ions by first filtering the polyphosphate solution, in particular the sodium polyphosphate solution, through an acidic cation exchanger, preferably a strongly acidic cation exchanger, and then passing it through the anion exchanger in OH - /free base form.
An ignition plug configured to ignite an air-fuel mixture in an internal combustion engine, the ignition plug comprising a mark (40, 60, 70), characterized in that the mark (40, 60, 70) is: formed entirely of an oxide film generated on a surface of a metal member (14, 20, 30, 31) or formed of the metal member (14, 20, 30, 31) and the oxide film.
An intermediate transfer member for a printing system having a support structure that includes rollers about which the transfer member is mounted during use, the transfer member having the form of an elongate flat strip of which the ends are connectable to one another, when the transfer member is installed in the printing system, to form a continuous loop, the intermediate transfer member comprising a body having a first surface attached to and supporting a release layer that has an image transfer surface and a second surface for contacting the rollers of said printing system when mounted therein; the body comprising one or more of a conformational layer, a compressible layer, a thermally-insulating layer, a thermally-conductive layer, an electrically-conductive layer, a low-friction layer, a high-friction layer, a reinforcement layer and a connective layer; when maintained at a temperature of 150°C, the intermediate transfer member is configured to stretch in the longitudinal direction by not more than about 1.5% under 100 Newton per cm with longitudinally-applied tension and is configured to elastically stretch in a lateral direction by not less than about 10% under 2 Newton per cm length applied tension.
A risk analysis support device, comprising: an input unit which is connected with a database and receives an input of a risk analysis target represented in a form of a control structure diagram, the database accumulating: (i) the control structure diagram representing the risk analysis target by a block and a control showing a relationship between a block executing control and a passive block controlled by the executing block, and (ii) a hazard scenario which corresponds to the control structure diagram and is represented by a tree structure in which each node has a correspondence relationship with the block or the control of the control structure diagram; a search unit which searches in the database for a similar control structure diagram including a subset of controls that matches or is similar to a subset of controls extracted from the control structure diagram whose input is received by the input unit, and acquires from the database a hazard scenario including a node having a correspondence relationship with a subset of controls included in the similar control structure diagram; and an output unit which outputs the hazard scenario acquired by the search unit in a tree structure. an input unit which is connected with a database and receives an input of a risk analysis target represented in a form of a control structure diagram, the database accumulating: (i) the control structure diagram representing the risk analysis target by a block and a control showing a relationship between a block executing control and a passive block controlled by the executing block, and (ii) a hazard scenario which corresponds to the control structure diagram and is represented by a tree structure in which each node has a correspondence relationship with the block or the control of the control structure diagram; a search unit which searches in the database for a similar control structure diagram including a subset of controls that matches or is similar to a subset of controls extracted from the control structure diagram whose input is received by the input unit, and acquires from the database a hazard scenario including a node having a correspondence relationship with a subset of controls included in the similar control structure diagram; and an output unit which outputs the hazard scenario acquired by the search unit in a tree structure.
Aircraft cooling system evaporator arrangement, including: - at least two mutually independent circuits (20a, 20b) for a coolant; - at least two evaporation devices (12a, 12b) arranged to be hydraulically parallel for enabling an exchange of heat between the coolant and a refrigerant; - at least two supply lines (18a, 18b) for supplying refrigerant to the evaporation devices (12a, 12b); - at least two discharge lines (22a, 22b) for discharging refrigerant from the evaporation devices (12a, 12b); - one of the evaporation devices (12a, 12b), one of the supply lines (18a, 18b) and one of the discharge lines (22a, 22b) being assigned to each coolant circuit (20a, 20b); - furthermore at least one refrigerant sensor (24a, 24b) for monitoring a refrigerant state being assigned to each of the discharge lines (22a, 22b), characterized in that the supply lines (18a, 18b) and discharge lines (22a, 22b) assigned to different coolant circuits (20a, 20b) are arranged to be hydraulically separate in each instance; - and the aircraft cooling system evaporator arrangement further includes an expansion valve which for the purpose of controlling streams of refrigerant through the at least two supply lines (18a, 18b) is designed to be controlled in accordance with the refrigerant sensors (24a, 24b). - at least two mutually independent circuits (20a, 20b) for a coolant; - at least two evaporation devices (12a, 12b) arranged to be hydraulically parallel for enabling an exchange of heat between the coolant and a refrigerant; - at least two supply lines (18a, 18b) for supplying refrigerant to the evaporation devices (12a, 12b); - at least two discharge lines (22a, 22b) for discharging refrigerant from the evaporation devices (12a, 12b); - one of the evaporation devices (12a, 12b), one of the supply lines (18a, 18b) and one of the discharge lines (22a, 22b) being assigned to each coolant circuit (20a, 20b); - furthermore at least one refrigerant sensor (24a, 24b) for monitoring a refrigerant state being assigned to each of the discharge lines (22a, 22b), characterized in that the supply lines (18a, 18b) and discharge lines (22a, 22b) assigned to different coolant circuits (20a, 20b) are arranged to be hydraulically separate in each instance; - and the aircraft cooling system evaporator arrangement further includes an expansion valve which for the purpose of controlling streams of refrigerant through the at least two supply lines (18a, 18b) is designed to be controlled in accordance with the refrigerant sensors (24a, 24b).