mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a system of network nodes in a wireless communication network, for finding neighboring user equipments, UEs, with which a first UE may be able to communicate directly, the system of network nodes including a first base station, BS,, the first UE being wirelessly connected to the first BS, the method comprising: receiving, from a plurality of UEs (122, 123, 124, 125) wirelessly connected to the first BS and from the first UE, power measurements performed on signals received from neighboring BSs (112, 113, 114, 115); determining correlation values between the power measurements received from the first UE and the power measurements received from individual of the plurality of UEs by comparing a level of the power measurements of the first UE and a level of the power measurements of individual of the plurality of UEs, which power measurements are performed on signals received from the same neighboring BS; based on the determined correlation values, determining neighboring UEs for the first UE, out of the plurality of UEs, and sending identities, IDs, of the determined neighboring UEs to the first UE the method further characterized by sending the determined correlation values of the determined neighboring UEs to the first UE. receiving, from a plurality of UEs (122, 123, 124, 125) wirelessly connected to the first BS and from the first UE, power measurements performed on signals received from neighboring BSs (112, 113, 114, 115); determining correlation values between the power measurements received from the first UE and the power measurements received from individual of the plurality of UEs by comparing a level of the power measurements of the first UE and a level of the power measurements of individual of the plurality of UEs, which power measurements are performed on signals received from the same neighboring BS; based on the determined correlation values, determining neighboring UEs for the first UE, out of the plurality of UEs, and sending identities, IDs, of the determined neighboring UEs to the first UE the method further characterized by sending the determined correlation values of the determined neighboring UEs to the first UE.
A method of operating a pipework aggregate comprising a pipework for transporting process fluid, fluid processing devices and at least one pump unit, comprising a centrifugal pump and a motor assembled on a base plate, the pump unit being coupled to the pipework, which pump unit is supported resiliently on a foundation using a resilient support, which resilient support is resilient in several directions, characterized by - when the process fluid flow in the pipework aggregate is in a transient state operation, during which vibration properties of the pipework aggregate change due to change of the fluid characteristics, stiffness and/or damping of support of the pump unit on the foundation is ruled by the resilient support, and - when the process fluid flow is in a steady state operation stiffness and/or damping of support of the pump unit on the foundation is increased. - when the process fluid flow in the pipework aggregate is in a transient state operation, during which vibration properties of the pipework aggregate change due to change of the fluid characteristics, stiffness and/or damping of support of the pump unit on the foundation is ruled by the resilient support, and - when the process fluid flow is in a steady state operation stiffness and/or damping of support of the pump unit on the foundation is increased.
Use of an additive for imparting low heat build-up to a rubber component for at least one member selected from tread, sidewall, bead area, belt, carcass, and shoulder portions of a tire, the additive comprising a tetrazine compound represented by general formula: wherein X 1 and X 2 are the same or different and represent a hydrogen atom or an alkyl, alkylthio, aralkyl, aryl, arylthio, heterocyclic, or amino group; and each of these groups may have one or more substituents, or a salt thereof. a tetrazine compound represented by general formula: wherein X 1 and X 2 are the same or different and represent a hydrogen atom or an alkyl, alkylthio, aralkyl, aryl, arylthio, heterocyclic, or amino group; and each of these groups may have one or more substituents, or a salt thereof.
A flux coating device for a solar cell panel, comprising: a flux bath configured to receive flux and having an inlet and an outlet, wherein the inlet and the outlet of the flux bath are configured to pass an interconnector below a surface of the flux, characterized in that a supplying member or a spouting member is formed at a lower portion of the flux bath configured to supply, jet, spray, eject, or spout the flux in an upward direction, and the supplying member is configured to only operate when the interconnector passes. a flux bath configured to receive flux and having an inlet and an outlet, wherein the inlet and the outlet of the flux bath are configured to pass an interconnector below a surface of the flux, characterized in that a supplying member or a spouting member is formed at a lower portion of the flux bath configured to supply, jet, spray, eject, or spout the flux in an upward direction, and the supplying member is configured to only operate when the interconnector passes.
A method of manufacturing a heater, characterized in that the method comprises: forming a laminate having a first double-sided adhesive dielectric layer, a dielectric layer formed on one side of the double-sided adhesive dielectric layer, and a conductive layer on an opposite side of the double-sided adhesive dielectric layer; creating a circuit pattern into the conductive layer; covering the circuit pattern with a second double-sided adhesive dielectric layer; covering the second double-sided adhesive dielectric layer with a sacrificial layer; forming the heater comprising the dielectric layer, the first double-sided adhesive dielectric layer, the conductive layer, and the second double-sided adhesive dielectric layer; and subsequently removing the sacrificial layer. forming a laminate having a first double-sided adhesive dielectric layer, a dielectric layer formed on one side of the double-sided adhesive dielectric layer, and a conductive layer on an opposite side of the double-sided adhesive dielectric layer; creating a circuit pattern into the conductive layer; covering the circuit pattern with a second double-sided adhesive dielectric layer; covering the second double-sided adhesive dielectric layer with a sacrificial layer; forming the heater comprising the dielectric layer, the first double-sided adhesive dielectric layer, the conductive layer, and the second double-sided adhesive dielectric layer; and subsequently removing the sacrificial layer.
A control apparatus for an image capturing apparatus, the control apparatus comprising: a data acquirer configured to acquire correction data for correction of a focus deviation due to a temperature change, the correction data indicating a focus movement amount corresponding to a temperature change amount; and a focus controller configured to change an operation mode of a temperature changer depending on the correction data, characterized in that the temperature changer is a cooling fan, and the operation mode includes a constant speed mode in which the cooling fan rotates with a constant speed and an automatic mode in which the cooling fan rotates with a variable rotation speed. a data acquirer configured to acquire correction data for correction of a focus deviation due to a temperature change, the correction data indicating a focus movement amount corresponding to a temperature change amount; and a focus controller configured to change an operation mode of a temperature changer depending on the correction data, characterized in that the temperature changer is a cooling fan, and the operation mode includes a constant speed mode in which the cooling fan rotates with a constant speed and an automatic mode in which the cooling fan rotates with a variable rotation speed.
Welded assembly comprising an element made of a thermally conducting material and a support, the element comprising a bar from which extends at least one laterally projecting fixing lug comprising: - an intermediate section (6.1) forming a spacer, the intermediate section being shouldered so as to bear on a first face (1.1) of the support, on either side of a hole made in the support, the intermediate section (6.1) having an external shape defining a cross-sectional restriction at least along a longitudinal direction of the bar; - a free end section (6.2) axially projecting from the intermediate section (6.1) to extend into the hole and be welded to a second face (1.2) of the support opposite the first face (1.1); characterised in that the intermediate section (6.1) has a thickness that is less than the thickness of the bar. - an intermediate section (6.1) forming a spacer, the intermediate section being shouldered so as to bear on a first face (1.1) of the support, on either side of a hole made in the support, the intermediate section (6.1) having an external shape defining a cross-sectional restriction at least along a longitudinal direction of the bar; - a free end section (6.2) axially projecting from the intermediate section (6.1) to extend into the hole and be welded to a second face (1.2) of the support opposite the first face (1.1);
A method of controlling a power converter having a plurality of parallel-connected switching devices, characterised in that the method comprises: measuring a gate current of each of the parallel switching devices (M1, M2) at a start up of the power converter in a initial self-calibration process; extracting the threshold voltage of each switching device as its gate-to-source voltage at a time when a spike of the gate current occurs, indicating a discontinuity in the input capacitance of the respective switching device; and determining synchronisation of the times at which the threshold voltages of the respective switching devices occur. measuring a gate current of each of the parallel switching devices (M1, M2) at a start up of the power converter in a initial self-calibration process; extracting the threshold voltage of each switching device as its gate-to-source voltage at a time when a spike of the gate current occurs, indicating a discontinuity in the input capacitance of the respective switching device; and determining synchronisation of the times at which the threshold voltages of the respective switching devices occur.
Supporting rail conveyor for conveying material to be conveyed, comprising: a) a single-line rail system which comprises at least one floor-based, single-line carrying rail; b) at least one transport car which is movable in a transport direction on the single-line carrying rail, which ba) comprises a carriage having a travel unit, which leads in the transport direction, and a travel unit, which follows in the transport direction, which are connected by a frame structure and are each guided by the single-line carrying rail; bb) comprises a carrying device for material to be conveyed; bc) is drivable by a driving motor which is carried by the carriage, characterized in that c) the frame structure of the carriage forms the carrying device and is constructed as a conveyor device by means of which the material to be conveyed is movable relative to the carriage of the transport car and at an angle to the transport direction. a) a single-line rail system which comprises at least one floor-based, single-line carrying rail; b) at least one transport car which is movable in a transport direction on the single-line carrying rail, which ba) comprises a carriage having a travel unit, which leads in the transport direction, and a travel unit, which follows in the transport direction, which are connected by a frame structure and are each guided by the single-line carrying rail; bb) comprises a carrying device for material to be conveyed; bc) is drivable by a driving motor which is carried by the carriage, characterized in that ba) comprises a carriage having a travel unit, which leads in the transport direction, and a travel unit, which follows in the transport direction, which are connected by a frame structure and are each guided by the single-line carrying rail; bb) comprises a carrying device for material to be conveyed; bc) is drivable by a driving motor which is carried by the carriage, c) the frame structure of the carriage forms the carrying device and is constructed as a conveyor device by means of which the material to be conveyed is movable relative to the carriage of the transport car and at an angle to the transport direction.
A method of transmitting an uplink control signal in a wireless communication system, the method comprising: generating a plurality of first data orthogonal frequency division multiplexing, OFDM, symbols based on a first control signal; generating a plurality of first reference signal, RS, OFDM symbols based on a plurality of first cyclically shifted RS sequences; generating a plurality of second data OFDM symbols based on a second control signal; generating a plurality of second RS OFDM symbols based on a plurality of second cyclically shifted RS sequences; generating a plurality of third modulation symbols by modulating a third control signal; and transmitting the plurality of first data OFDM symbols, the plurality of second data OFDM symbols, and the plurality of third modulation symbols in a first slot and a second slot, wherein the first slot includes the plurality of first data OFDM symbols and the plurality of first RS OFDM symbols, and the second slot includes the plurality of second data OFDM symbols and the plurality of second RS OFDM symbols, wherein the plurality of third modulation symbols are spread to at least one of the plurality of first RS sequences in the first slot and to at least one of the plurality of second RS sequences in the second slot, and characterised in that if the plurality of third modulation symbols are expressed as d1, d2 and d3, if the plurality of first RS sequences are expressed as R1 and R1 and if the plurality of second RS sequences are expressed as R2 and R2, then the R1 is multiplied by the d1, the R2 is multiplied by the d3, and the R2 is multiplied by the d2 together with the d3. generating a plurality of first data orthogonal frequency division multiplexing, OFDM, symbols based on a first control signal; generating a plurality of first reference signal, RS, OFDM symbols based on a plurality of first cyclically shifted RS sequences; generating a plurality of second data OFDM symbols based on a second control signal; generating a plurality of second RS OFDM symbols based on a plurality of second cyclically shifted RS sequences; generating a plurality of third modulation symbols by modulating a third control signal; and transmitting the plurality of first data OFDM symbols, the plurality of second data OFDM symbols, and the plurality of third modulation symbols in a first slot and a second slot, wherein the first slot includes the plurality of first data OFDM symbols and the plurality of first RS OFDM symbols, and the second slot includes the plurality of second data OFDM symbols and the plurality of second RS OFDM symbols, wherein the plurality of third modulation symbols are spread to at least one of the plurality of first RS sequences in the first slot and to at least one of the plurality of second RS sequences in the second slot, and characterised in that if the plurality of third modulation symbols are expressed as d1, d2 and d3, if the plurality of first RS sequences are expressed as R1 and R1 and if the plurality of second RS sequences are expressed as R2 and R2, then the R1 is multiplied by the d1, the R2 is multiplied by the d3, and the R2 is multiplied by the d2 together with the d3.
A spectrograph comprising: at least one light beam reformatting element configured to reformat a received light beam Into a reformatted light beam having a first dimension along a first axis that Is larger than a dimension of the received light beam along the first axis and a second dimension along a second axis substantially orthogonal to the first axis that Is smaller than a dimension of the received light beam along the second axis; at least one beam expander configured to expand the reformatted light beam along the second axis Into an expanded light beam with the same dimension along the first axis as the reformatted beam; at least one dispersive element configured to disperse the expanded light beam along the second axis, resulting in a dispersed light beam, the dimensions of the expanded light beam being maintained between the at least one beam expander and the at least one dispersive element; and at least one light receiving element configured to receive the dispersed light beam; wherein the received light beam, the reformatted light beam, and the expanded light beam are all collimated. at least one light beam reformatting element configured to reformat a received light beam Into a reformatted light beam having a first dimension along a first axis that Is larger than a dimension of the received light beam along the first axis and a second dimension along a second axis substantially orthogonal to the first axis that Is smaller than a dimension of the received light beam along the second axis; at least one beam expander configured to expand the reformatted light beam along the second axis Into an expanded light beam with the same dimension along the first axis as the reformatted beam; at least one dispersive element configured to disperse the expanded light beam along the second axis, resulting in a dispersed light beam, the dimensions of the expanded light beam being maintained between the at least one beam expander and the at least one dispersive element; and at least one light receiving element configured to receive the dispersed light beam; wherein the received light beam, the reformatted light beam, and the expanded light beam are all collimated.
A fluorochemical-free grease barrier paper comprising a base paper, wherein: a first side of the base paper is impregnated with a first composition comprising oxidized starch, dextrin, a crosslinker and a wax, such as alkyl ketene dimer; and a second side of the base paper is impregnated with a second composition comprising oxidized starch, dextrin and a crosslinker, wherein said dextrin is maltodextrin. a first side of the base paper is impregnated with a first composition comprising oxidized starch, dextrin, a crosslinker and a wax, such as alkyl ketene dimer; and a second side of the base paper is impregnated with a second composition comprising oxidized starch, dextrin and a crosslinker, wherein said dextrin is maltodextrin.
A thermally conductive silicone composition comprising the following components A to C: A. a linear organopolysiloxane having a reactive group at each end of a molecular chain; B. a thermally conductive filler including the following B-1, B-2, and B-3 in an amount of 800 to 2500 parts by mass with respect to 100 parts by mass of the component A; and C. a curing catalyst in a catalytic amount, the component B including: B-1. a thermally conductive filler that has an average particle size of 0.1 μm or more and less than 1.0 μm and is surface treated with a surface treatment agent containing a reactive group having no unsaturated bond; B-2. a thermally conductive filler that has an average particle size of 1.0 μm or more and less than 10 μm and is surface treated with a surface treatment agent containing a reactive group having an unsaturated bond; and B-3: a thermally conductive filler that has an average particle size of 10 μm or more and 100 μm or less and is surface treated with at least one selected from the surface treatment agent containing a reactive group having no unsaturated bond and the surface treatment agent containing a reactive group having an unsaturated bond. A. a linear organopolysiloxane having a reactive group at each end of a molecular chain; B. a thermally conductive filler including the following B-1, B-2, and B-3 in an amount of 800 to 2500 parts by mass with respect to 100 parts by mass of the component A; and C. a curing catalyst in a catalytic amount, B-1. a thermally conductive filler that has an average particle size of 0.1 μm or more and less than 1.0 μm and is surface treated with a surface treatment agent containing a reactive group having no unsaturated bond; B-2. a thermally conductive filler that has an average particle size of 1.0 μm or more and less than 10 μm and is surface treated with a surface treatment agent containing a reactive group having an unsaturated bond; and B-3: a thermally conductive filler that has an average particle size of 10 μm or more and 100 μm or less and is surface treated with at least one selected from the surface treatment agent containing a reactive group having no unsaturated bond and the surface treatment agent containing a reactive group having an unsaturated bond.
System for producing a fluid-tight connection - with a tubular end (18, 18') and - a fitting, - wherein the fitting has at least a first tubular fitting body with a first support section for insertion into the tubular end (18, 18') and - wherein the tubular end (18,18') on the inner peripheral surface thereof is made at least partially of metal, characterised in that - the first support section is a single-piece section of the fitting body, which can support the tubular end from the inside, and on the outer peripheral surface thereof is made at least partially of plastic and - in that outer peripheral surface of the first support section made of plastic and the inner peripheral surface of the tubular end (18, 18') made of metal are to be brought together in tight contact at least in sections. - with a tubular end (18, 18') and - a fitting, - wherein the fitting has at least a first tubular fitting body with a first support section for insertion into the tubular end (18, 18') and - wherein the tubular end (18,18') on the inner peripheral surface thereof is made at least partially of metal, characterised in that - the first support section is a single-piece section of the fitting body, which can support the tubular end from the inside, and on the outer peripheral surface thereof is made at least partially of plastic and - in that outer peripheral surface of the first support section made of plastic and the inner peripheral surface of the tubular end (18, 18') made of metal are to be brought together in tight contact at least in sections.