mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling the measurement of channel-state information reference signal, CSI-RS, elements in a wireless communication network, the method comprising, in one or more nodes of the wireless communication network: transmitting CSI-RS symbols in each of one or more of N CSI-RS elements, each CSI-RS element of the N CSI-RS elements corresponding to at least one resource element in a time-frequency grid of resource elements; selecting, from the N CSI-RS elements, a first set of CSI-RS elements to be measured by a first wireless device, the first set comprising one or several of the N CSI-RS elements; transmitting, to the first wireless device, a message comprising a first K -bit indicator identifying the first set of CSI-RS elements, wherein K < N, and wherein K ≥ floor(log 2 N) + 1; and receiving, from the first wireless device, in response to the message, a measurement report corresponding to at least one of the first set of CSI-RS elements, wherein the first K -bit indicator is one of a predetermined set of K -bit indicators, where each member of the predetermined set of K -bit indicators uniquely corresponds to a CSI-RS element or group of CSI-RS elements from among the N CSI-RS elements, according to a predetermined mapping, such that each member of a first subset of the predetermined set of K -bit indicators uniquely indicates a single one of the N CSI-RS elements and such that each member of a second subset of the predetermined indicators uniquely indicates a predetermined group of two or more of the N CSI-RS elements. transmitting CSI-RS symbols in each of one or more of N CSI-RS elements, each CSI-RS element of the N CSI-RS elements corresponding to at least one resource element in a time-frequency grid of resource elements; selecting, from the N CSI-RS elements, a first set of CSI-RS elements to be measured by a first wireless device, the first set comprising one or several of the N CSI-RS elements; transmitting, to the first wireless device, a message comprising a first K -bit indicator identifying the first set of CSI-RS elements, wherein K < N, and wherein K ≥ floor(log 2 N) + 1; and receiving, from the first wireless device, in response to the message, a measurement report corresponding to at least one of the first set of CSI-RS elements,
Waste disposal vehicle with at least one vehicle-mounted receiving container for residual materials, recyclable materials, or similar, and with at least one feeding device with an in-feed shaft for the reception of material to be disposed of, and with at least one movable control device, assigned to the in-feed shaft, for purposes of blocking part of the in-feed shaft, and for purposes of guiding the in-fed material into another part of the in-feed shaft, wherein the receiving container is divided into two compartments by a vertical partition wall extending along its length, and two pistons (9; 10), which can pivot about an axis, and are provided for the forwarding of the received material in the direction of the receiving container, wherein two loading openings (16; 17), separated from one another by a vertical wall, are provided next to one another in the feeding device, and the pistons (9; 10) can feed, in each case through one loading opening (16 or 17), into one compartment of the receiving container, and wherein the ability of the pivoting pistons (9; 10) to move differs as a function of the position of the control device, such that a piston (9; 10) associated with a region blocked by the control device is traversed into a lower idle position.
A method for reporting sidelink hybrid automatic repeat request, HARQ, response information, performed by a first terminal, the method comprising: receiving allocation information of a physical sidelink shared channel, PSSCH, resource for transmission of a PSSCH from a base station; transmitting the PSSCH to a second terminal using the PSSCH resource; identifying a physical sidelink feedback channel, PSFCH, resource for reception of a PSFCH corresponding to the transmission of the PSSCH, and attempting to receive the PSFCH from the second terminal using the PSFCH resource; determining a time of transmitting HARQ response information corresponding to the transmission of the PSSCH; and the method being characterised by transmitting the HARQ response information corresponding to the transmission of the PSSCH to the base station at the determined time, wherein the time of transmitting the HARQ response information is represented by a time offset L from a slot at which the PSFCH resource used for receiving the PSFCH corresponding to the transmission of the PSSSCH belongs, and information on the time of transmitting the HARQ response information is transmitted from the base station to the first terminal. receiving allocation information of a physical sidelink shared channel, PSSCH, resource for transmission of a PSSCH from a base station; transmitting the PSSCH to a second terminal using the PSSCH resource; identifying a physical sidelink feedback channel, PSFCH, resource for reception of a PSFCH corresponding to the transmission of the PSSCH, and attempting to receive the PSFCH from the second terminal using the PSFCH resource; determining a time of transmitting HARQ response information corresponding to the transmission of the PSSCH; and the method being characterised by transmitting the HARQ response information corresponding to the transmission of the PSSCH to the base station at the determined time, wherein the time of transmitting the HARQ response information is represented by a time offset L from a slot at which the PSFCH resource used for receiving the PSFCH corresponding to the transmission of the PSSSCH belongs, and information on the time of transmitting the HARQ response information is transmitted from the base station to the first terminal.
A superheated steam recycling apparatus comprising: a superheated steam generating part that generates superheated steam; a steam supply flow path (L1, L2) for supplying saturated steam or superheated steam to the superheated steam generating part; a superheated steam utilization part that is supplied with the superheated steam generated by the superheated steam generating part and configured to thermally process a processing object with the superheated steam; a steam return flow path for returning used steam having passed through the superheated steam utilization part to the superheated steam generating part; the superheated steam recycling apparatus is characterized in further comprising a flowmeter that is provided in the steam return flow path to measure a flow rate of the used steam returned to the superheated steam generating part, and a control device that is configured to control a flow rate of the saturated steam or the superheated steam to be supplied to the superheated steam generating part through the steam supply flow path (L1, L2) on the basis of a difference between a desired flow rate of the superheated steam to be generated by the superheated steam generating part and the flow rate of the used steam obtained by the flowmeter. a superheated steam generating part that generates superheated steam; a steam supply flow path (L1, L2) for supplying saturated steam or superheated steam to the superheated steam generating part; a superheated steam utilization part that is supplied with the superheated steam generated by the superheated steam generating part and configured to thermally process a processing object with the superheated steam; a steam return flow path for returning used steam having passed through the superheated steam utilization part to the superheated steam generating part; the superheated steam recycling apparatus is characterized in further comprising a flowmeter that is provided in the steam return flow path to measure a flow rate of the used steam returned to the superheated steam generating part, and a control device that is configured to control a flow rate of the saturated steam or the superheated steam to be supplied to the superheated steam generating part through the steam supply flow path (L1, L2) on the basis of a difference between a desired flow rate of the superheated steam to be generated by the superheated steam generating part and the flow rate of the used steam obtained by the flowmeter.
Roller tappet comprising: - a tappet, - wherein the tappet is formed as a hollow body with a hollow space, - wherein the tappet exhibits a first opening in the hollow space on a first end face (S120a), - wherein an inner wall of the tappet exhibits a shoulder projecting into the hollow space, - a roller, - a roller shoe in which the roller is rotatably mounted, - wherein the roller shoe is arranged in a region of the hollow space between the shoulder and the first opening of the hollow space, - wherein the roller shoe has a first side face (Sll0a) with a recess for receiving the roller, - wherein the roller shoe has a second side face (S110b) opposite the first side face (S110a), - wherein the roller shoe has a third side face (S110c) which lies between the first and second side face (S110a, S110b), characterized in that at least part of the second side face (S110b) and the third side face (S110c) each have a curved profile. - a tappet, - wherein the tappet is formed as a hollow body with a hollow space, - wherein the tappet exhibits a first opening in the hollow space on a first end face (S120a), - wherein an inner wall of the tappet exhibits a shoulder projecting into the hollow space, - a roller, - a roller shoe in which the roller is rotatably mounted, - wherein the roller shoe is arranged in a region of the hollow space between the shoulder and the first opening of the hollow space, - wherein the roller shoe has a first side face (Sll0a) with a recess for receiving the roller, - wherein the roller shoe has a second side face (S110b) opposite the first side face (S110a), - wherein the roller shoe has a third side face (S110c) which lies between the first and second side face (S110a, S110b),
A polylactic acid fiber extending in a longitudinal direction and having an average diameter of from 2 to 25 micrometers, the fiber comprising a thermoplastic composition that contains a plurality of discrete domains dispersed within a continuous phase, the discrete domains containing a polymeric toughening additive and the continuous phase containing polylactic acid, wherein at least one of the discrete domains is elongated in the longitudinal direction of the fiber and has a length of from 5 to 400 micrometers, wherein the fiber exhibits a peak elongation of 25% or more and a tenacity of from 0.75 to 6 grams-force per denier (from 6.6 x10 -3 to 5.3 x10 -2 N per dtex); wherein the ratio of the Hildebrand solubility parameter for the polylactic acid to the Hildebrand solubility parameter of the polymeric toughening additive is from 0.5 to 1.5; and wherein the polymeric toughening additive includes a polyolefin, polyurethane, polyvinyl acetate, polyvinyl alcohol, polyester, polytetrafluoroethylene, acrylic resin, polyamide, polyvinyl chloride, polyvinylidene chloride, polystyrene, or a combination thereof.
A blister package comprising: a blistered base sheet comprising: one or more cavities having a void, a dome structure, a shelf, and a cartridge containing a pharmaceutical formulation; and a lid bonded to said blister package, wherein the one or more cavities have an interior surface and an exterior surface, and wherein the shelf includes an indentation or recess in the exterior surface which forms a cartridge retaining feature in the interior surface of the one or more cavities and wherein the shelf extends from the dome structure and forms a substantially flat end of the one or more cavities. a blistered base sheet comprising: one or more cavities having a void, a dome structure, a shelf, and a cartridge containing a pharmaceutical formulation; and a lid bonded to said blister package, one or more cavities having a void, a dome structure, a shelf, and a cartridge containing a pharmaceutical formulation; and a lid bonded to said blister package, wherein the one or more cavities have an interior surface and an exterior surface, and wherein the shelf includes an indentation or recess in the exterior surface which forms a cartridge retaining feature in the interior surface of the one or more cavities and wherein the shelf extends from the dome structure and forms a substantially flat end of the one or more cavities.
A non-transgenic plant of the species Solanum lycopersicum comprising a SlPP2C1 (Solanum lycopersicum serine/threonine protein phosphatase 2C) allele in its genome, whereby an SlPP2C1 allele is an allele which encodes a protein comprising at least 90% amino acid sequence identity to SEQ ID NO: 2, characterized in that said SlPP2C1 allele comprises one or more mutations in its nucleotide sequence and whereby as a result of said one or more mutations the plant comprising said mutant allele in its genome has significantly enhanced drought tolerance compared to the plant comprising a wild type SlPP2C1 allele in its genome.
A separation system for separating at least one component of a multiple component material with a centrifugal force, the separation system comprising: a first buoy member having a first exterior perimeter defined by an exterior wall, the first buoy member including a first passage through the first buoy member and within the first exterior perimeter; a connection member fixedly connected to the first buoy member near a first end of the connection member; a second buoy member fixedly connected near a second end of the connection member a distance from the first buoy member so that at least a first surface of the second buoy member is spaced a distance from the first buoy member, the second buoy member including a second passage through the second buoy member and within the exterior perimeter; a first valve assembly including a gate member biased towards the first buoy member to contact the first buoy member to close the first passage through the first buoy member; and a second valve assembly including a plug member biased towards the second buoy member to close the second passage through the second buoy member, wherein the separation system is characterized by the fact that the first valve assembly includes a spring member, wherein the spring member surrounds at least a portion of the connection member and springedly biases the gate member towards the first buoy member. a first buoy member having a first exterior perimeter defined by an exterior wall, the first buoy member including a first passage through the first buoy member and within the first exterior perimeter; a connection member fixedly connected to the first buoy member near a first end of the connection member; a second buoy member fixedly connected near a second end of the connection member a distance from the first buoy member so that at least a first surface of the second buoy member is spaced a distance from the first buoy member, the second buoy member including a second passage through the second buoy member and within the exterior perimeter; a first valve assembly including a gate member biased towards the first buoy member to contact the first buoy member to close the first passage through the first buoy member; and a second valve assembly including a plug member biased towards the second buoy member to close the second passage through the second buoy member, wherein the separation system is characterized by the fact that the first valve assembly includes a spring member, wherein the spring member surrounds at least a portion of the connection member and springedly biases the gate member towards the first buoy member.
Hollow needle for an ophthalmic surgical instrument for in vivo destruction and removal of organic lenses by means of ultrasound, having a connection region which is formed at the proximal end for coupling to the instrument and a needle tip which is formed at the distal end having at least one active face for destroying the lens material, wherein in an axial direction a suction channel for drawing off lens debris extends through the hollow needle, at least one opening of which is delimited by an active face, wherein the distal end of the needle tip is configured to be closed and the at least one active face is arranged laterally close to the needle tip, characterised in that the closed needle tip has a sharp cutting face for cutting the lens.
A method for storing application data performed in a terminal device, comprising: receiving an instruction for running an application installed in a terminal device, wherein the instruction is triggered by a user, a default path is set in the application, and the default path is used to instruct the application to store the data that is generated after the application is run in a first SD card; determining an actual path of a storage space in which the application has been installed, wherein the actual path indicates the application is installed in a second SD card, the actual path is different from the default path; running the application, and acquiring data that is generated after the application is run by a drive layer of the terminal device; and storing the data that is generated after the application is run in the actual path of the storage space in which the application is installed instead of the default path, by the drive layer of the terminal device. receiving an instruction for running an application installed in a terminal device, wherein the instruction is triggered by a user, a default path is set in the application, and the default path is used to instruct the application to store the data that is generated after the application is run in a first SD card; determining an actual path of a storage space in which the application has been installed, wherein the actual path indicates the application is installed in a second SD card, the actual path is different from the default path; running the application, and acquiring data that is generated after the application is run by a drive layer of the terminal device; and storing the data that is generated after the application is run in the actual path of the storage space in which the application is installed instead of the default path, by the drive layer of the terminal device.
A method for preparing a polypeptide product expressed from a polynucleotide construct comprising the nucleic acid sequence of SEQ ID NO: 7 or a nucleic acid sequence encoding an amino acid sequence having at least 90% sequence identity to the amino acid sequence encoded by SEQ ID NO: 7, comprising: i) adding a detergent to a sample that contains a polypeptide product expressed from the polynucleotide construct; and ii) purifying the encoded antidote protein through: a) a soybean trypsin inhibitor -based affinity chromatograph, b) an ion exchange and mixed mode chromatograph, and c) a hydrophobic interaction chromatograph; thereby preparing a purified sample comprising the polypeptide product. i) adding a detergent to a sample that contains a polypeptide product expressed from the polynucleotide construct; and ii) purifying the encoded antidote protein through: a) a soybean trypsin inhibitor -based affinity chromatograph, b) an ion exchange and mixed mode chromatograph, and c) a hydrophobic interaction chromatograph; a) a soybean trypsin inhibitor -based affinity chromatograph, b) an ion exchange and mixed mode chromatograph, and c) a hydrophobic interaction chromatograph;
A process for manufacturing glass comprising: providing a glass batch comprising a mixture of solid glass-forming materials; melting the glass batch in a melting chamber by application of heat from one or more submerged combustion burners to produce a volume of unrefined molten glass comprising, by volume, 20% to 40% gas bubbles; directing the unrefined molten glass from the melting chamber into a downstream treatment chamber including a refining section; introducing a refining agent into the unrefined molten glass after it leaves the melting chamber to promote gas bubble removal from the molten glass; and heating the unrefined molten glass including the refining agent in the refining section of the treatment chamber at a temperature in the range of 1200°C to 1500°C to produce a volume of refined molten glass, the refined molten glass comprising, by volume, fewer gas bubbles than the unrefined molten glass. providing a glass batch comprising a mixture of solid glass-forming materials; melting the glass batch in a melting chamber by application of heat from one or more submerged combustion burners to produce a volume of unrefined molten glass comprising, by volume, 20% to 40% gas bubbles; directing the unrefined molten glass from the melting chamber into a downstream treatment chamber including a refining section; introducing a refining agent into the unrefined molten glass after it leaves the melting chamber to promote gas bubble removal from the molten glass; and heating the unrefined molten glass including the refining agent in the refining section of the treatment chamber at a temperature in the range of 1200°C to 1500°C to produce a volume of refined molten glass, the refined molten glass comprising, by volume, fewer gas bubbles than the unrefined molten glass.
An intervention cable bending restrictor for a rigid resilient rod-shaped well intervention cable, wherein said intervention cable bending restrictor comprises a sequence of pipe sections and articulation sleeves, - each pipe section comprising a straight pipe piece with a spherical sector at each end, - wherein each articulation sleeve comprises two axially oppositely directed spherical-sector-seats for holding about each their pipe's spherical sector, wherein said spherical sector seats are arranged at either ends of a central axial passage for said intervention cable, characterized by - two guide sheaves each with its sheave groove lying in said articulation sleeve's axial plane and displaced laterally from said axial passage's center so as for them to envelope said axial passage for said intervention cable, - wherein said articulation sleeve is provided with two axially oppositely directed and flattened pivot funnels, each pivot funnel arranged with its narrower end directed inwardly towards each their spherical sector seat, - wherein said pivot funnel in said axial plane has a funnel shape allowing said pipe section's straight pipe portion to pivot about said spherical sector seat in said axial plane, and wherein said pivot funnel's funnel shape is flattened in a second axial plane perpendicular to said first axial plane, so as for said pipe sections being forced to pivot about their spherical sector only in said first axial plane. - each pipe section comprising a straight pipe piece with a spherical sector at each end, - wherein each articulation sleeve comprises two axially oppositely directed spherical-sector-seats for holding about each their pipe's spherical sector, wherein said spherical sector seats are arranged at either ends of a central axial passage for said intervention cable, characterized by - two guide sheaves each with its sheave groove lying in said articulation sleeve's axial plane and displaced laterally from said axial passage's center so as for them to envelope said axial passage for said intervention cable, - wherein said articulation sleeve is provided with two axially oppositely directed and flattened pivot funnels, each pivot funnel arranged with its narrower end directed inwardly towards each their spherical sector seat, - wherein said pivot funnel in said axial plane has a funnel shape allowing said pipe section's straight pipe portion to pivot about said spherical sector seat in said axial plane, and wherein said pivot funnel's funnel shape is flattened in a second axial plane perpendicular to said first axial plane,