mhurhangee/ep-ind-claims huggingface dataset:
An eNodeB, eNB, comprising: a plurality of antenna ports with a plurality of antenna elements; first circuitry coupled with the plurality of antenna elements, the first circuitry to: identify, based on feedback information, a plurality of beamforming weights for one or multiple antenna ports wherein a number of the antenna ports is less than a number of the plurality of antenna elements; and assign a beamforming weight in the plurality of beamforming weights to an antenna element in the plurality of antenna elements; and transmitter circuitry coupled with the first circuitry, the transmitter circuitry to: beamform a channel training signal allocated for the antenna port with the beamforming weights; and transmit an antenna port configuration schedule from the plurality of antenna elements, wherein the antenna port configuration schedule includes an indication of a time period where the beamforming weights will not change. a plurality of antenna ports with a plurality of antenna elements; first circuitry coupled with the plurality of antenna elements, the first circuitry to: identify, based on feedback information, a plurality of beamforming weights for one or multiple antenna ports wherein a number of the antenna ports is less than a number of the plurality of antenna elements; and assign a beamforming weight in the plurality of beamforming weights to an antenna element in the plurality of antenna elements; and identify, based on feedback information, a plurality of beamforming weights for one or multiple antenna ports wherein a number of the antenna ports is less than a number of the plurality of antenna elements; and assign a beamforming weight in the plurality of beamforming weights to an antenna element in the plurality of antenna elements; and transmitter circuitry coupled with the first circuitry, the transmitter circuitry to: beamform a channel training signal allocated for the antenna port with the beamforming weights; and transmit an antenna port configuration schedule from the plurality of antenna elements, wherein the antenna port configuration schedule includes an indication of a time period where the beamforming weights will not change. beamform a channel training signal allocated for the antenna port with the beamforming weights; and transmit an antenna port configuration schedule from the plurality of antenna elements, wherein the antenna port configuration schedule includes an indication of a time period where the beamforming weights will not change.
Turbine blade for the rotor of a turbine, having a main blade section, which has a blade tip, extends in the radial direction (r) and is formed at the blade tip either as a crown with an inner and outer crown edge extending in the radial direction (r) or as a shroud with a web, which extends in the radial direction and has lateral edges, wherein at least certain zones on the surface of the main blade section are provided with at least one first protective coating (4, 4a) consisting of oxidation-resistant material, characterized in that - the at least one first, oxidation-resistant protective coating is a metallic coating, namely an MCrAlY coating, - said first protective coating is arranged at least at the inner and/or outer crown edge or at the web edges, - said first protective coating is not present at the radially outer blade tip of the turbine blade, and - the radially outer blade tip consists of a second, at least single-layer wear-resistant and oxidation-resistant protective coating which is built up by known laser metal forming, wherein said second protective coating on the blade tip overlaps along the outer and/or inner crown edge or the web edges at least partially with the first, metallic protective coating arranged there. - the at least one first, oxidation-resistant protective coating is a metallic coating, namely an MCrAlY coating, - said first protective coating is arranged at least at the inner and/or outer crown edge or at the web edges, - said first protective coating is not present at the radially outer blade tip of the turbine blade, and - the radially outer blade tip consists of a second, at least single-layer wear-resistant and oxidation-resistant protective coating which is built up by known laser metal forming, wherein said second protective coating on the blade tip overlaps along the outer and/or inner crown edge or the web edges at least partially with the first, metallic protective coating arranged there.
A stabilizer comprising: a main body including a torsion portion, shoulder bent portions extending respectively from both ends of the torsion portion, and arm portions extending from the shoulder bent portions for generating an elastic restoring force; and connecting portions formed respectively at ends of the arm portions and connected respectively to left and right suspension devices, wherein each connecting portion has a lower hardness than the torsion portion, the shoulder bent portions, and the arm portions of the main body, wherein each connecting portion has a Brinell hardness from about HBW300 to HBW415, and wherein the main body has a Brinell hardness of HBW415 or more. a main body including a torsion portion, shoulder bent portions extending respectively from both ends of the torsion portion, and arm portions extending from the shoulder bent portions for generating an elastic restoring force; and connecting portions formed respectively at ends of the arm portions and connected respectively to left and right suspension devices, wherein each connecting portion has a lower hardness than the torsion portion, the shoulder bent portions, and the arm portions of the main body, wherein each connecting portion has a Brinell hardness from about HBW300 to HBW415, and wherein the main body has a Brinell hardness of HBW415 or more.
A process for preparing an ultra rapid hardening clinker comprising a CaO-Al 2 O 3 -SiO 2 compound, which has an amorphousness of at least 70%, and further has a true density after annealing at 1,000°C being smaller than before the annealing, wherein, in the ultra rapid hardening clinker, on a mass basis, CaO is from 40 to 55%, Al 2 O 3 is from 40 to 55%, and SiO 2 is from 1 to 7%, wherein the process comprises mixing a CaO material, an Al 2 O 3 material and a SiO 2 material, heat treating the mixture at 1,600°C or higher, followed by rapid quenching at a cooling rate of at least 1,000 K/sec, and wherein the heat treatment is carried out under a reducing atmosphere with a carbon monoxide concentration of at least 1 vol% and an oxygen concentration of at most 10 vol% in a nitrogen atmosphere.
Cyclonic separator for a cyclonic-separator vacuum cleaner, comprising a dust collection container providing a dust-receiving chamber, which container comprises a dust removal opening which can be sealed in an airtight manner by means of a pivotally mounted flap, a cam assembly being provided for pivotally mounting the flap, which assembly comprises a cam and a bearing eye that cooperates therewith, characterised in that the cam and the bearing eye are coordinated with one another in terms of the geometrical design thereof such that the frictional force prevailing between the cam and the bearing eye in the event of a pivoting movement of the flap increases as the opening angle increases.
A method of operating a management node in a cellular telecommunications network, the cellular telecommunications network further including a multi-subscriber User Equipment, UE, and a first and second base station, wherein the first base station and management node are associated with a first network operator and the second base station is associated with a second network operator, wherein the UE is connected to the first base station by a first default bearer and to the second base station by a second default bearer, and the first and second default bearers relate to a first and second subscriber identifier respectively, the first and second subscriber identifiers uniquely identifying first and second users in the cellular telecommunications network respectively, the management node storing a database identifying a preferred partner network for the first network operator, the method comprising the steps of: receiving, from a second management node associated with the second network operator, a message relating to the second subscriber identifier, the message indicating, a UE identifier of the second default bearer; a second home network identifier of the second subscriber identifier identifying the first network operator, and a second network operator identifier of the second base station identifying the second network operator; defining a first bearer group including the first and second default bearer based on, the first and second default bearers relating to different subscriber identifiers, and a UE identifier of the first default bearer being the same as the UE identifier of the second default bearer; determining that the second home network identifier of the second subscriber identifier identifies a different network operator to that identified by the second network operator identifier of the second base station; and, in response, determining a preferred partner network associated with the first home network; and initiating a transfer of the second default bearer to the preferred partner network. receiving, from a second management node associated with the second network operator, a message relating to the second subscriber identifier, the message indicating, a UE identifier of the second default bearer; a second home network identifier of the second subscriber identifier identifying the first network operator, and a second network operator identifier of the second base station identifying the second network operator; defining a first bearer group including the first and second default bearer based on, the first and second default bearers relating to different subscriber identifiers, and a UE identifier of the first default bearer being the same as the UE identifier of the second default bearer; determining that the second home network identifier of the second subscriber identifier identifies a different network operator to that identified by the second network operator identifier of the second base station; and, in response, determining a preferred partner network associated with the first home network; and initiating a transfer of the second default bearer to the preferred partner network.
A spiro-amino compound of Formula: wherein A is selected from a 5- or 6-membered aromatic ring and a 5- or 6-membered heteroaromatic ring containing 1 to 3 nitrogen atom, X is a substituent selected from the group consisting of (C 1 -C 3)alkyl and halogen, Y is a substituent selected from the group consisting of halogen and trifluoromethyl or a pharmaceutically acceptable salt thereof for use in the treatment of pathologies which require an antagonist of the NK1 receptor, wherein the pathology is selected from the group consisting of emesis, depression, eating disorders, pain, gastrointestinal disorders, inflammatory diseases and allergic disorders.
A cross-support assembly extending between and connecting two generally parallel lifting arms of a working machine, a front end of the lifting arms being connectable with an implement, a back end of the lifting arms being pivotably connectable with a front unit of the working machine, characterized in that the cross-support assembly provides an axis of vision through the cross-support assembly for at least two different lifting positions of the lifting arms by having an opening in the cross-support assembly, wherein the cross-support assembly comprises a cross tube, and the axis of vision through the cross-support assembly is provided by a through hole in the cross tube.
A method of fabricating a dental aligner for a subject, comprising: determining an initial configuration of the subject's teeth; determining a target configuration of the subject's teeth from the initial configuration; and producing a physical model of the dental arch having physical tooth models arranged in the target configuration; characterized in that the teeth in the target configuration are moved from the initial configuration under the constraint of no movement in at least one degree of freedom and the types of movement are weighed, by a software, differently according to their difficulty, wherein the movement pathways of the teeth are calculated using the weights; and fabricating the dental aligner for these pathways. determining an initial configuration of the subject's teeth; determining a target configuration of the subject's teeth from the initial configuration; and producing a physical model of the dental arch having physical tooth models arranged in the target configuration; characterized in that the teeth in the target configuration are moved from the initial configuration under the constraint of no movement in at least one degree of freedom and the types of movement are weighed, by a software, differently according to their difficulty, wherein the movement pathways of the teeth are calculated using the weights; and fabricating the dental aligner for these pathways.
Timepiece indexing element, arranged to cooperate in a substantially coaxial manner, about an axis about which indexing said indexing element extends, with a timepiece component comprising an indexing relief element defining a plurality of indexing positions, said indexing element comprising a first bearing surface arranged to cooperate in abutment with a second complementary bearing surface comprised in a said component, and comprising elastic return means arranged to exert a substantially radial thrust force, with respect to said, on a said component, to press it onto said first bearing surface, and comprising indexing means arranged to cooperate with a said indexing relief element of a said component for relative indexing between said indexing element and said component, said elastic return means comprising at least a first elastic arm comprising a first indexing surface comprised in said indexing means and which is arranged to exert a substantially radial thrust force with respect to said axis on a said component, wherein said elastic return means comprises at least a second elastic arm arranged to exert a substantially radial thrust force with respect to said axis on a said at least one first elastic arm.
A system, comprising: an electric meter having a housing, wherein the electric meter includes an adapter terminal; and a voltage-modifying device having an input configured to be connected to a three-phase power supply and a power supply output connected to the electric meter, the voltage-modifying device being configured for modifying a received voltage, such that the electric meter operates in accordance with a predetermined power supply requirement, wherein the voltage-modifying device is located within the electric meter housing or external thereto, and wherein the voltage-modifying device also connects to the electric meter via the adapter terminal, characterised in that the adapter terminal is provided with at least one resistor configured for providing voltage feedback of the three-phase power supply to the electric meter and supply separation for the electric meter. an electric meter having a housing, wherein the electric meter includes an adapter terminal; and a voltage-modifying device having an input configured to be connected to a three-phase power supply and a power supply output connected to the electric meter, the voltage-modifying device being configured for modifying a received voltage, such that the electric meter operates in accordance with a predetermined power supply requirement, wherein the voltage-modifying device is located within the electric meter housing or external thereto, and wherein the voltage-modifying device also connects to the electric meter via the adapter terminal, characterised in that the adapter terminal is provided with at least one resistor configured for providing voltage feedback of the three-phase power supply to the electric meter and supply separation for the electric meter.
Method for operating railbound vehicles (10, 11, 12), wherein - between a first railbound vehicle and a second railbound vehicle, driving information relating to the future driving operation of at least one of the two railbound vehicles (10, 11) is transmitted, characterised in that - the two railbound vehicles (10, 11) themselves coordinate their future driving operation on the basis of the driving information transmitted between them or coordinate corresponding on-board control facilities of the railbound vehicles in such a manner that the braking energy fed back by the first railbound vehicle during a braking operation can be used at least partially by the second railbound vehicle, wherein - the future driving operation of the two railbound vehicles (10, 11) is coordinated in that the first and/or second railbound vehicle determines or alters a driving curve, on the basis of which the driving operation of the respective railbound vehicle takes place, taking into consideration the transmitted driving information. - between a first railbound vehicle and a second railbound vehicle, driving information relating to the future driving operation of at least one of the two railbound vehicles (10, 11) is transmitted, characterised in that - the two railbound vehicles (10, 11) themselves coordinate their future driving operation on the basis of the driving information transmitted between them or coordinate corresponding on-board control facilities of the railbound vehicles in such a manner that the braking energy fed back by the first railbound vehicle during a braking operation can be used at least partially by the second railbound vehicle, wherein - the future driving operation of the two railbound vehicles (10, 11) is coordinated in that the first and/or second railbound vehicle determines or alters a driving curve, on the basis of which the driving operation of the respective railbound vehicle takes place, taking into consideration the transmitted driving information.
A catalyst comprising: a catalyst support; and a catalyst metal supported on the catalyst support, wherein a mode radius of pore distribution of pores having a radius of 1 nm or more of the catalyst is 1 nm or more and less than 5 nm, wherein the catalyst metal is supported inside the pores of which mode radius is 1 nm or more and less than 5 nm, wherein the mode radius is equal to or less than an average particle radius of the catalyst metal, and wherein a pore volume of the pores of which mode radius is 1 nm or more and less than 5 nm existing in the catalyst is 0.4 cc/g support or more. a catalyst support; and a catalyst metal supported on the catalyst support, wherein a mode radius of pore distribution of pores having a radius of 1 nm or more of the catalyst is 1 nm or more and less than 5 nm, wherein the catalyst metal is supported inside the pores of which mode radius is 1 nm or more and less than 5 nm, wherein the mode radius is equal to or less than an average particle radius of the catalyst metal, and wherein a pore volume of the pores of which mode radius is 1 nm or more and less than 5 nm existing in the catalyst is 0.4 cc/g support or more.
A flat-folded, pleated face mask that is expandable into a cup shape for fitting over the mouth and nose of a person, comprising: a porous layer that comprises at least a first major surface that faces generally outward when the mask is expanded into a cup shape and that comprises reinforcing netting that is laminated to at least a portion of the first major surface of the porous layer, wherein the portion of the porous layer with reinforcing netting laminated to the first major surface thereof comprises at least one pleat and is thereby expandable from a flat-folded configuration to an expanded, cup-shaped configuration by at least partially unfolding the at least one pleat and is refoldable from the expanded, cup-shaped configuration to the flat-folded configuration by refolding the at least one pleat and wherein the porous layer comprises an outside cover layer with a first major surface that comprises the first major surface of the porous layer, and wherein the reinforcing netting is laminated to the first major surface of the outside cover layer. a porous layer that comprises at least a first major surface that faces generally outward when the mask is expanded into a cup shape and that comprises reinforcing netting that is laminated to at least a portion of the first major surface of the porous layer, wherein the portion of the porous layer with reinforcing netting laminated to the first major surface thereof comprises at least one pleat and is thereby expandable from a flat-folded configuration to an expanded, cup-shaped configuration by at least partially unfolding the at least one pleat and is refoldable from the expanded, cup-shaped configuration to the flat-folded configuration by refolding the at least one pleat and wherein the porous layer comprises an outside cover layer with a first major surface that comprises the first major surface of the porous layer, and wherein the reinforcing netting is laminated to the first major surface of the outside cover layer. wherein the portion of the porous layer with reinforcing netting laminated to the first major surface thereof comprises at least one pleat and is thereby expandable from a flat-folded configuration to an expanded, cup-shaped configuration by at least partially unfolding the at least one pleat and is refoldable from the expanded, cup-shaped configuration to the flat-folded configuration by refolding the at least one pleat and wherein the porous layer comprises an outside cover layer with a first major surface that comprises the first major surface of the porous layer, and wherein the reinforcing netting is laminated to the first major surface of the outside cover layer.
A composition useful for pre-treatment in waterless tanning, wherein the said composition comprising: a) 90 to 95% (v/v) of an organic acid having carbon chain length in the range of C1 to C3 with transparent appearance; b) 3 to 8% (v/v) of a primary alcohol having carbon chain length in the range of C1 to C3; and c) 2 to 5% (v/v) of a non-ionic surfactant. a) 90 to 95% (v/v) of an organic acid having carbon chain length in the range of C1 to C3 with transparent appearance; b) 3 to 8% (v/v) of a primary alcohol having carbon chain length in the range of C1 to C3; and c) 2 to 5% (v/v) of a non-ionic surfactant.
A control circuit (10, 10', 10") for a neurostimulator, especially for an implantable pulse generator for a neurostimulator, comprising and/or being connected to at least one energy source, at least one housing (CAN, CAN', CAN") or housing portion (CAN, CAN', CAN") and/or at least one stimulation node and/or at least one stimulation surface configured to be in contact with tissue of a patient, at least one capacitor (C CAN, C CAN', C CAN") being directly or indirectly connected with the housing (CAN, CAN', CAN") or housing portion (CAN, CAN', CAN") and/or the stimulation node and/or the stimulation surface, the control circuit (10, 10', 10") and/or the capacitor (C CAN, C CAN', C CAN") being arranged and configured such that the housing (CAN, CAN', CAN") or housing portion (CAN, CAN', CAN") and/or the stimulation node and/or the stimulation surface is kept at a predefined voltage or kept within a predefined voltage range by means of the control circuit (10, 10', 10") and/or the capacitor (C CAN, C CAN', C CAN"), wherein the control circuit (10, 10', 10") comprises at least one energy controlling element, which is configured such that it uses energy from or returns energy to the energy source to keep the housing (CAN, CAN', CAN") and/or the housing portion (CAN, CAN', CAN") and/or the stimulation node and/or the stimulation surface at a predefined voltage or within a predefined voltage range.