mhurhangee/ep-ind-claims huggingface dataset:
A protection relay connection assembly for connecting a current transformer and/or a voltage transformer of an electrical network to a protection relay, the protection relay connection assembly comprising: a protection relay data acquisition board including a first current mating member connectable to a current measurement sensor, the current measurement sensor being connectable in use to the protection relay and/or a first voltage mating member connectable to a voltage measurement sensor, the voltage measurement sensor being connectable in use to the protection relay; and a protection relay connector including a second current mating member connectable to the current transformer and/or a second voltage mating member connectable to the voltage transformer, characterized in that the first current mating member and the second current mating member are shaped to be selectively mateable with one another to permit a measured current waveform of the electrical network to be transmitted from the current transformer to the protection relay and the first voltage mating member and the second voltage mating member are shaped to be selectively mateable with one another to permit a measured voltage waveform of the electrical network to be transmitted from the voltage transformer to the protection relay, and wherein the first current mating member is shaped to prevent mating of the first current mating member with the second voltage mating member, and the first voltage mating member is shaped to prevent mating of the first voltage mating member with the second current mating member. a protection relay data acquisition board including a first current mating member connectable to a current measurement sensor, the current measurement sensor being connectable in use to the protection relay and/or a first voltage mating member connectable to a voltage measurement sensor, the voltage measurement sensor being connectable in use to the protection relay; and a protection relay connector including a second current mating member connectable to the current transformer and/or a second voltage mating member connectable to the voltage transformer, characterized in that the first current mating member and the second current mating member are shaped to be selectively mateable with one another to permit a measured current waveform of the electrical network to be transmitted from the current transformer to the protection relay and the first voltage mating member and the second voltage mating member are shaped to be selectively mateable with one another to permit a measured voltage waveform of the electrical network to be transmitted from the voltage transformer to the protection relay, and wherein the first current mating member is shaped to prevent mating of the first current mating member with the second voltage mating member, and the first voltage mating member is shaped to prevent mating of the first voltage mating member with the second current mating member.
A method for producing a coated hollow fiber membrane hav-ing an isoporous inner skin, comprising providing a hollow fiber support membrane having a lumen surrounded by the support membrane, and coating and the inner surface there-of by first passing a polymer solution of at least one amphiphilic block copolymer in a suitable solvent through the lumen of the hollow fiber support membrane and along the inner surface thereof, thereafter pressing a core gas stream through the lumen of the coated hollow fiber membrane to remove superfluous polymer solution and to provide sufficient evaporation time for self-assembly, and thereafter passing a non-solvent as a precipitant through the lumen of the coated hollow fiber membrane.
A method of improving discontinuous reception, named DRX hereinafter, functionality for a user equipment, named UE hereinafter, of a wireless communications system, the method comprising: monitoring a Physical Downlink Control Channel, named PDCCH hereinafter, when an On Duration Timer, a DRX Inactivity Timer or a DRX Retransmission Timer is running; and characterized by starting or restarting the DRX Inactivity Timer when the PDCCH indicates the UE a new transmission while the DRX Retransmission Timer is running even when both the On Duration Timer and the DRX Inactivity Timer are not running. monitoring a Physical Downlink Control Channel, named PDCCH hereinafter, when an On Duration Timer, a DRX Inactivity Timer or a DRX Retransmission Timer is running; and characterized by starting or restarting the DRX Inactivity Timer when the PDCCH indicates the UE a new transmission while the DRX Retransmission Timer is running even when both the On Duration Timer and the DRX Inactivity Timer are not running.
An organic solvent-free process to make an aqueous co-dispersion of epoxy resins and phenolic novolac resins consisting in the following steps: (a) heat the epoxy resins at temperature ranging from 80-120°C and add the phenolic novolac resins, (b) at a temperature below 100°C add the surfactant and the water quantity, or (a) heat the epoxy resins at a temperature ranging from 80-120°C (b) at temperature below 100°C add the surfactant and the inversion water quantity, (c) at a temperature below 100°C add the phenolic novolac resins and dilution water. (a) heat the epoxy resins at temperature ranging from 80-120°C and add the phenolic novolac resins, (b) at a temperature below 100°C add the surfactant and the water quantity, (a) heat the epoxy resins at a temperature ranging from 80-120°C (b) at temperature below 100°C add the surfactant and the inversion water quantity, (c) at a temperature below 100°C add the phenolic novolac resins and dilution water.
An automatic identification and pairing authentication system for pairing a keg with a tap installed on the keg, the keg having an end wall surrounding an opening of the keg in which the tap is installed, the system comprising: an identification unit compromising at least a first short-range wireless identification device integrated onto the end wall of a keg, the short-range wireless identification device surrounding the opening of the keg in which the tap is installed; and a pairing device on the tap, the pairing device comprising a receiver (34,42) for receiving short-range wireless information from the first short-range wireless ID device of the identification unit; wherein the short-range wireless identification device surrounds the opening of the keg so that the pairing device identifies and verifies pairing of the keg and the tap regardless of a rotational position of the tap relative to the keg. an identification unit compromising at least a first short-range wireless identification device integrated onto the end wall of a keg, the short-range wireless identification device surrounding the opening of the keg in which the tap is installed; and a pairing device on the tap, the pairing device comprising a receiver (34,42) for receiving short-range wireless information from the first short-range wireless ID device of the identification unit; wherein the short-range wireless identification device surrounds the opening of the keg so that the pairing device identifies and verifies pairing of the keg and the tap regardless of a rotational position of the tap relative to the keg.
An isolated polynucleotide encoding a human polypeptide having a predetermined amino acid sequence, wherein the codon usage at the 5' end of the polynucleotide is modified such that the average rate of translation of the first 30 amino acids is slower by no more than 2.5 fold and no less than 1.3 fold than the average rate of translation of the remaining amino acids of the polypeptide in non-human cells, wherein said codon usage does not alter the predetermined amino acid sequence, wherein at least 60 % of the codons for said first 30 amino acids correspond to low abundance tRNAs in said non-human cells.
A detector unit for mammography comprising a gamma-ray detector having a configuration with a cutout formed in part of a closed curve or of a polygon having a hollow portion, the hollow portion providing a field of view; characterised in that the cutout is 50 to 150mm in length; the hollow portion is substantially circular and 160mm to 250mm in diameter such that the hollow portion is capable of receiving a breast; and the gamma-ray detector can be positioned so that, when a top of an arm or a shoulder is inserted in the cutout, at least one of an armpit and a shoulder joint, and the breast, enter the field of view of the gamma-ray detector.
A tool clamping system having a mechanically drivable tool holder (12, 12a) for clamping a tool (14, 14a), comprising a device (18, 22) for generating electrical energy from the inertial energy of the tool clamping system (10, 10a), characterized in that the tool holder can be driven in an oscillating manner, in that the device (18, 22) is configured for the generation of electrical energy from the inertial energy of the oscillating tool clamping system and has an inertial mass mounted at least axially movably on a shaft of the tool holder for generating electrical energy.
A process comprising (a) providing a dispersion comprising an extraction solvent, an acid catalyst, water and an alpha- or beta- hydroxycarboxylic acid and/or a salt thereof, wherein the dispersion comprises an organic phase and an aqueous phase, (b) dehydrating the hydroxycarboxylic acid to form the corresponding unsaturated carboxylic acid product, while simultaneously extracting the product into the organic phase, (c) separating the phases, and (d) recovering the product from the organic phase.
Method for operating a cash box, in which program data of a production boot loader for booting the cash box and a production key for encrypting data sent by the cash box and/or for decrypting received data is stored in a memory element of a control unit of the cash box at the factory during manufacture of the cash box, in which, for commencing operation, the cash box is inserted in a device for receiving cash boxes and a data transfer connection is established between the device and the cash box, and in which the program data of the production boot loader is replaced by program data of an operation boot loader for booting the cash box and the production key is replaced by a customer-specific operation key for encrypting data sent by the cash box and/or for decrypting received data.
A data processor comprising: an acquirer configured to acquire measured strain distribution data of a plurality of measured strain values which are measured by a distributed optical fiber sensor having an optical fiber attached to a measurement target at a plurality of different positions over the optical fiber at a plurality of different times; an interpolator configured to interpolate the positions and the times of the measured strain distribution data acquired by the acquirer, and to calculate an interpolated distribution of strains of the optical fiber over time and position at a predetermined time interval and a predetermined position interval, to obtain each time-based set of the calculated strains at a respective point of time and at the plurality of different positions at the predetermined position interval over the optical fiber, and to obtain each position-based set of the calculated strains at a respective position and at the plurality of different points of time at the predetermined time interval; and a calculator configured to calculate, from the interpolated distribution of strains, a temporal change of a distribution of strains of a measurement target attached with the optical fiber, and to calculate, from the interpolated distribution of strains, a positional change of the distribution of strains of the measurement target attached with the optical fiber. an acquirer configured to acquire measured strain distribution data of a plurality of measured strain values which are measured by a distributed optical fiber sensor having an optical fiber attached to a measurement target at a plurality of different positions over the optical fiber at a plurality of different times; an interpolator configured to interpolate the positions and the times of the measured strain distribution data acquired by the acquirer, and to calculate an interpolated distribution of strains of the optical fiber over time and position at a predetermined time interval and a predetermined position interval, to obtain each time-based set of the calculated strains at a respective point of time and at the plurality of different positions at the predetermined position interval over the optical fiber, and to obtain each position-based set of the calculated strains at a respective position and at the plurality of different points of time at the predetermined time interval; and a calculator configured to calculate, from the interpolated distribution of strains, a temporal change of a distribution of strains of a measurement target attached with the optical fiber, and to calculate, from the interpolated distribution of strains, a positional change of the distribution of strains of the measurement target attached with the optical fiber.
A thermal spray material comprising a granule containing an oxyfluoride of yttrium, wherein the granule has an average particle size of 20 to 200 μm, and the granule has a fracture strength of 0.3 MPa or more and less than 10 MPa.
An electric-wire-equipped terminal comprising: an electric wire having a conductor including a plurality of strands (w1a) and an insulation coating covering the conductor; and a terminal connecting the electric wire; wherein wire connection part of the terminal comprises: an insulation-coating crimp section crimping the insulation coating; a conductor crimp section crimping the conductor, the conductor exposed to the outside by removing the insulation coating; and an intermediate crimp section disposed between the insulation-coating crimp section and the conductor crimp section, crimping over the conductor exposed and the insulation coating, and being in a state where there is no gap between the inner surface of the intermediate crimp section and the outer surface of the insulation coating and no gap for water to enter inside the electric wire, characterized in that each of the insulation-coating crimp section, the conductor crimp section, and the intermediate crimp section includes a pair of crimping pieces (6a, 7a, 8a), wherein in each pair of the crimping pieces (6a, 7a, 8a), each crimping piece extends from opposed ends of a bottom wall of the wire connection part. an electric wire having a conductor including a plurality of strands (w1a) and an insulation coating covering the conductor; and a terminal connecting the electric wire; wherein wire connection part of the terminal comprises: an insulation-coating crimp section crimping the insulation coating; a conductor crimp section crimping the conductor, the conductor exposed to the outside by removing the insulation coating; and an intermediate crimp section disposed between the insulation-coating crimp section and the conductor crimp section, crimping over the conductor exposed and the insulation coating, and being in a state where there is no gap between the inner surface of the intermediate crimp section and the outer surface of the insulation coating and no gap for water to enter inside the electric wire, characterized in that an insulation-coating crimp section crimping the insulation coating; a conductor crimp section crimping the conductor, the conductor exposed to the outside by removing the insulation coating; and an intermediate crimp section disposed between the insulation-coating crimp section and the conductor crimp section, crimping over the conductor exposed and the insulation coating, and being in a state where there is no gap between the inner surface of the intermediate crimp section and the outer surface of the insulation coating and no gap for water to enter inside the electric wire,
An image processing method based on a super network, characterized by comprising: merging a pretrained backbone network with a rear end of an object detection network, wherein the backbone network comprises a classified super network in a search space of the backbone network, the classified super network is configured to extract an image feature from image information, and the rear end of the object detection network comprises an object detection rear-end super network in a search space of the rear end of the object detection network, the object detection rear-end super network is configured to perform object detection based on the image feature; training the merged super network; performing Neural Architecture Search, NAS, based on the trained super network to obtain an object detection neural architecture; and processing an image to be processed by using the object detection neural architecture to obtain an image processing result. merging a pretrained backbone network with a rear end of an object detection network, wherein the backbone network comprises a classified super network in a search space of the backbone network, the classified super network is configured to extract an image feature from image information, and the rear end of the object detection network comprises an object detection rear-end super network in a search space of the rear end of the object detection network, the object detection rear-end super network is configured to perform object detection based on the image feature; training the merged super network; performing Neural Architecture Search, NAS, based on the trained super network to obtain an object detection neural architecture; and processing an image to be processed by using the object detection neural architecture to obtain an image processing result.
Method for growing a plant in at least partly conditioned manner, wherein actinic light is supplied to the plant,wherein a root temperature of a root system of the plant is maintained at a desired value, and wherein a carbon dioxide assimilation management of a leaf system of the plant is influenced, characterized in that said plant is grown in a in a daylight-free environment wherein artificial actinic light is supplied to the plant, in that said supply of actinic light, the root temperature and the carbon dioxide assimilation management of a leaf system of the plant are adapted to each other, wherein the carbon dioxide assimilation management is influenced by regulating a leaf temperature of the leaf system so that it differs from an ambient temperature of the environment.
A method for producing a water barrier material for use as landfill cover or capping or as landfill liner underneath and/or aside of a landfill, wherein a granular material is mixed with a pozzolanic material which comprises solid particles and with a plasticizing material to produce a mixture and wherein pores present in said mixture are at least partially filled with a silica-gel to reduce the hydraulic conductivity of the water barrier material formed by said mixture, characterised in that said granular material comprises a comminuted steel slag material: - which has a calcium content, expressed as % CaO, of at least 30% by dry weight and a silicon content, expressed as % SiO 2, of at least 15% by dry weight; - which is alkaline and incorporated in an amount of at least 40% by dry weight in the water barrier material so that the water barrier material has a pH higher than 8.0, preferably higher than 8.5 and more preferably higher than 9.0; - which comprises more than 50% by dry weight of crystalline phases; - which has a particle size distribution showing a D 10 value smaller than 100 μm, and in that said pozzolanic material comprises at least silicon and either no calcium or such an amount of calcium that it has a basicity, defined as the ratio between its calcium content, expressed as % CaO, and its silicon content, expressed as % SiO 2, which is smaller than 0.20, preferably smaller than 0.15, said silica-gel being produced by alkaline activation of the solid particles of said pozzolanic material at least partially in the alkaline water barrier material and optionally in an alkaline solution before being mixed with said granular material with a portion of the solid particles of the pozzolanic material remaining in the barrier material. - which has a calcium content, expressed as % CaO, of at least 30% by dry weight and a silicon content, expressed as % SiO 2, of at least 15% by dry weight; - which is alkaline and incorporated in an amount of at least 40% by dry weight in the water barrier material so that the water barrier material has a pH higher than 8.0, preferably higher than 8.5 and more preferably higher than 9.0; - which comprises more than 50% by dry weight of crystalline phases; - which has a particle size distribution showing a D 10 value smaller than 100 μm,
A tuyere stock arrangement of a shaft furnace, said tuyere stock arrangement comprising: a tuyere body configured for installation in a shaft furnace wall said tuyere body comprising a front face facing an interior of said shaft furnace and an opposite rear face, a tuyere channel extending from said rear face to said front face; a blowpipe connected between said rear face of said tuyere body and a hot blast air supply system, said blowpipe having a front portion connecting to said tuyere body and an opposite rear portion connecting to said hot blast air supply system; a fuel injection lance for feeding fuel into said shaft furnace, said fuel injection lance being arranged through said tuyere body; and a gas injection lance for feeding an oxidizing gas to said shaft furnace characterized in that said gas injection lance is arranged in said rear portion of said blowpipe, said gas injection lance being arranged in such a way as to feed said oxidizing gas into a central portion of a stream of hot blast air fed through said blowpipe. a tuyere body configured for installation in a shaft furnace wall said tuyere body comprising a front face facing an interior of said shaft furnace and an opposite rear face, a tuyere channel extending from said rear face to said front face; a blowpipe connected between said rear face of said tuyere body and a hot blast air supply system, said blowpipe having a front portion connecting to said tuyere body and an opposite rear portion connecting to said hot blast air supply system; a fuel injection lance for feeding fuel into said shaft furnace, said fuel injection lance being arranged through said tuyere body; and a gas injection lance for feeding an oxidizing gas to said shaft furnace characterized in that said gas injection lance is arranged in said rear portion of said blowpipe, said gas injection lance being arranged in such a way as to feed said oxidizing gas into a central portion of a stream of hot blast air fed through said blowpipe.
Brake disk for a wheel brake of a land vehicle, having a main body, formed from grey cast iron, having at least one axial friction side, at least one anti-corrosion layer applied to the axial friction side, and at least one anti-abrasion layer applied to the anti-corrosion layer, characterized in that the anti-corrosion layer based on iron is produced from a non-rusting and acid-resistant steel having a boron content of at most 0.01% by weight, a maximum nickel content of 0.1% by weight, a maximum copper content and/or a maximum cobalt content and/or a maximum tungsten content of 0.1% by weight, and has a carbide reinforcement.
A pharmaceutical composition comprising as the active ingredient, one or more antibodies that bind to human C-reactive protein (anti-CRP) for use in the treatment of cancer selected from the group consisting of glioblastomas, oligodendroglioma and astrocytomas, inhibiting growth of cancer selected from the group consisting of glioblastomas, oligodendroglioma and astrocytomas and/or inhibiting proliferation of cancer selected from the group consisting of glioblastomas, oligodendroglioma and astrocytomas in an individual.