mhurhangee/ep-ind-claims huggingface dataset:
Method for estimating a grid state of an electrical power distribution grid having a multiplicity of network sections (6, 7), in which a central computer arrangement (30, 31, 32, 33, 34, 36, 36, 37) is used to receive measured values from measuring devices (8, 9, 10), wherein a state estimation device is used to make a prediction of a future grid state, wherein a voltage and a phase angle are respectively ascertained for each network section (6, 7), and wherein a Bayes method is used for the prediction, characterized in that the Bayes method is a naive Bayes method, and in that the input data taken into consideration are historical measurement data pertaining to the real power and/or are historical and predicted weather data, and in that the probability of the future grid state is provided by the measured values, and in that specific predictions for individual measuring devices (8, 9, 10) that each have a measurement-location-specific degree of error are taken into consideration for the prediction, wherein the respective degree of error is used to determine a measurement-location-specific weighting factor such that specific predictions are weighted all the more highly the lower their degree of error. a central computer arrangement (30, 31, 32, 33, 34, 36, 36, 37) is used to receive measured values from measuring devices (8, 9, 10), wherein a state estimation device is used to make a prediction of a future grid state, wherein a voltage and a phase angle are respectively ascertained for each network section (6, 7), and wherein a Bayes method is used for the prediction, characterized in that the Bayes method is a naive Bayes method, and in that the input data taken into consideration are historical measurement data pertaining to the real power and/or are historical and predicted weather data, and in that the probability of the future grid state is provided by the measured values, and in that specific predictions for individual measuring devices (8, 9, 10) that each have a measurement-location-specific degree of error are taken into consideration for the prediction, wherein the respective degree of error is used to determine a measurement-location-specific weighting factor such that specific predictions are weighted all the more highly the lower their degree of error.
A composition comprising a first onion extract, and liposomes, wherein at least a portion of the first onion extract is encapsulated in the liposomes, and wherein the liposomes have an unilamellar structure with a diameter in the range of from 50 to 450 nm, measured with Photon Correlation Spectroscopy, and wherein the composition is a gel.
Vehicle having a vehicle antenna apparatus for transmission or reception of electromagnetic signals at a first frequency, wherein the vehicle has a roof, wherein the vehicle antenna apparatus has an exciter for production or for reception of the electromagnetic signals, a first and a second reflection apparatus, wherein the first reflection apparatus is arranged above the roof of the vehicle, wherein the exciter is arranged between the second and the first reflection apparatus, wherein the first and the second reflection apparatus is designed for reflection of the electromagnetic signals to be transmitted or to be received and, because of the doubling of the reflections which are achieved by the first and second reflection apparatus, for simultaneous lowering of a main beam direction of the apparatus in the horizontal direction; characterized in that the vehicle roof is designed as the second reflection apparatus of the one vehicle antenna apparatus.
Washing device for medical instruments, wherein said washing device comprises: a multiple connection unit, a plurality of flexible washing pipes connectable to apertures of the medical instrument to be washed, said multiple connection unit comprising: a static and fixed multiple counter-connector, and being characterized by a free multiple connector, connectable to said flexible washing pipes, and wherein said multiple free connector comprises a plurality of individual connectors, each connectable on one side to said flexible washing pipes and on the other side connectable to mating individual counter-connectors provided in the static and fixed multiple counter-connector, a releasable manual mechanical clamping device being provided for the selective connection of the free multiple connector to the static and fixed multiple counter-connector. a multiple connection unit, a plurality of flexible washing pipes connectable to apertures of the medical instrument to be washed, said multiple connection unit comprising: a static and fixed multiple counter-connector, and being characterized by a free multiple connector, connectable to said flexible washing pipes, and wherein said multiple free connector comprises a plurality of individual connectors, each connectable on one side to said flexible washing pipes and on the other side connectable to mating individual counter-connectors provided in the static and fixed multiple counter-connector, a releasable manual mechanical clamping device being provided for the selective connection of the free multiple connector to the static and fixed multiple counter-connector. a static and fixed multiple counter-connector, and being characterized by a free multiple connector, connectable to said flexible washing pipes, and wherein said multiple free connector comprises a plurality of individual connectors, each connectable on one side to said flexible washing pipes and on the other side connectable to mating individual counter-connectors provided in the static and fixed multiple counter-connector, a releasable manual mechanical clamping device being provided for the selective connection of the free multiple connector to the static and fixed multiple counter-connector.
A computer-executed method for providing an image-capturing recommendation, the method comprising: receiving, from a mobile computing device, two or more images, wherein the two or more images are captured by two or more cameras associated with the mobile computing device, wherein the two or more cameras comprise a front-facing camera and a rear-facing camera; analyzing the received images to obtain image-capturing conditions for capturing images of a target within a physical space, wherein the two or more images comprise at least one image of the physical space and at least one image of the target; determining, based on the obtained image-capturing conditions and a predetermined image-quality requirement, one or more image-capturing settings; and recommending the determined one or more image-capturing settings to a user, wherein the two or more cameras separately capture the at least one image of the physical space and the at least one image of the target. receiving, from a mobile computing device, two or more images, wherein the two or more images are captured by two or more cameras associated with the mobile computing device, wherein the two or more cameras comprise a front-facing camera and a rear-facing camera; analyzing the received images to obtain image-capturing conditions for capturing images of a target within a physical space, wherein the two or more images comprise at least one image of the physical space and at least one image of the target; determining, based on the obtained image-capturing conditions and a predetermined image-quality requirement, one or more image-capturing settings; and recommending the determined one or more image-capturing settings to a user, wherein the two or more cameras separately capture the at least one image of the physical space and the at least one image of the target.
An epicyclic gear system comprising: a sun gear having an axis; a ring gear surrounding the sun gear and having an axis that coincides with the axis of the sun gear; first planet pinions meshing with the sun and ring gears in a first array; second planet pinions meshing with the sun and ring gears in a second array that is offset axially from the first array; and a carrier having first flexpins coupled to the first planet pinions and second flexpins coupled to the second planet pinions, the carrier further having a coupling region at which torque is applied to the carrier when the gear system is subjected to a load, with the torque transferring between the coupling region and the first flexpins through first load paths and between the coupling region and the second flexpins through second load paths that are longer than the first load paths, and with the difference in lengths of the load paths causing a distortion in the carrier, and characterised in that it comprises means for compensating for the distortion to enable the first and second pinions to mesh more evenly with the sun and ring gears when torque is applied to the carrier. a sun gear having an axis; a ring gear surrounding the sun gear and having an axis that coincides with the axis of the sun gear; first planet pinions meshing with the sun and ring gears in a first array; second planet pinions meshing with the sun and ring gears in a second array that is offset axially from the first array; and a carrier having first flexpins coupled to the first planet pinions and second flexpins coupled to the second planet pinions, the carrier further having a coupling region at which torque is applied to the carrier when the gear system is subjected to a load, with the torque transferring between the coupling region and the first flexpins through first load paths and between the coupling region and the second flexpins through second load paths that are longer than the first load paths, and with the difference in lengths of the load paths causing a distortion in the carrier, and characterised in that it comprises means for compensating for the distortion to enable the first and second pinions to mesh more evenly with the sun and ring gears when torque is applied to the carrier. means for compensating for the distortion to enable the first and second pinions to mesh more evenly with the sun and ring gears when torque is applied to the carrier.
An engine exhaust system comprising: an exhaust pipe having a bend routing an exhaust flow in a curved path, the exhaust pipe having an interior surface and being in fluid communication with a catalyst downstream of the bend; an injector mounted to the exterior of the exhaust pipe and having an injector tip which is disposed within the interior of the exhaust pipe at the bend, for injecting liquid reductant into the exhaust pipe; a shield member mounted in the exhaust pipe and spaced apart from the interior surface of the exhaust pipe, the shield member comprising a generally tubular or frustoconical structure having an open proximal end and an open distal end; and a vane mounted in relation to the shield member, the vane being arranged and adapted to direct a proportion of exhaust flow from upstream of the bend in a substantially arcuate path into the proximal end of the shield member, characterized in that the proximal end is disposed such that the injector tip is inside the shield member, the distal end being disposed at or towards a centre line of the exhaust pipe. an exhaust pipe having a bend routing an exhaust flow in a curved path, the exhaust pipe having an interior surface and being in fluid communication with a catalyst downstream of the bend; an injector mounted to the exterior of the exhaust pipe and having an injector tip which is disposed within the interior of the exhaust pipe at the bend, for injecting liquid reductant into the exhaust pipe; a shield member mounted in the exhaust pipe and spaced apart from the interior surface of the exhaust pipe, the shield member comprising a generally tubular or frustoconical structure having an open proximal end and an open distal end; and a vane mounted in relation to the shield member, the vane being arranged and adapted to direct a proportion of exhaust flow from upstream of the bend in a substantially arcuate path into the proximal end of the shield member,
A siliconized container means filled with a formulation which inhibits silicone induced aggregation of a polysaccharide- protein conjugate comprised in a siliconized container means, the formulation comprising (i) a pH buffered saline solution, wherein the buffer has a pKa of about 3.5 to about 7.5, (ii) an aluminum salt and (iii) one or more polysaccharide-protein conjugates wherein the polysaccharide-protein conjugate comprises one or more pneumococcal polysaccharides.
A device for filtering and cooling lubricating oil of an internal combustion engine - with a support for mounting the device on a housing, preferably a crankcase of the internal combustion engine, - with an oil cooler, which is arranged on the support, - with an oil filter arranged on the support, - with a permanently open bypass canal formed in the support that bypasses the oil side of the oil cooler, - with a throttle element arranged in the bypass canal and which throttles the bypass canal - with a connecting channel that is formed in the support and which connects an internal oil outlet of the oil cooler with an internal oil inlet of the oil filter, - wherein the bypass channel passes into the connecting channel, characterised in that the throttle element passes through the connecting channel and extends into the bypass channel. - with a support for mounting the device on a housing, preferably a crankcase of the internal combustion engine, - with an oil cooler, which is arranged on the support, - with an oil filter arranged on the support, - with a permanently open bypass canal formed in the support that bypasses the oil side of the oil cooler, - with a throttle element arranged in the bypass canal and which throttles the bypass canal - with a connecting channel that is formed in the support and which connects an internal oil outlet of the oil cooler with an internal oil inlet of the oil filter, - wherein the bypass channel passes into the connecting channel,
A method for preparing methylpyrrolidones, the method comprising the steps of: a) providing itaconic acid or a derivative of itaconic acid selected from the group of its salts, esters, imids, amids and anhydrids, and b) reductive amination of itaconic acid or its derivative in the presence of hydrogen and a hydrogenation catalyst, wherein itaconic acid or its derivative is reacted with NH 3 to yield 3-methylpyrrolidin-2-one and/or 4-methylpyrrolidin-2-one, and wherein the hydrogenation catalyst is a metal catalyst selected from the group consisting of nickel, palladium, platinum, rhodium, ruthenium and combinations thereof. a) providing itaconic acid or a derivative of itaconic acid selected from the group of its salts, esters, imids, amids and anhydrids, and b) reductive amination of itaconic acid or its derivative in the presence of hydrogen and a hydrogenation catalyst, wherein itaconic acid or its derivative is reacted with NH 3 to yield 3-methylpyrrolidin-2-one and/or 4-methylpyrrolidin-2-one, and wherein the hydrogenation catalyst is a metal catalyst selected from the group consisting of nickel, palladium, platinum, rhodium, ruthenium and combinations thereof.
A method for establishing a link in an Open Systems Interconnection layer 2 or 3 via which at least one date stream is intended to be transmitted, a first unit of communications equipment and a second unit of communications equipment of a same mobile access network respectively forming a first and a second end of the link, a first base station being connected to the first unit of communications equipment, and a second base station being connected to the second unit of communications equipment, characterized in that the first base station having selected the second base station from amongst a plurality of base stations on the basis of radio receiving power measures provided by at least one mobile terminal attached thereto and, in anticipation of an handover procedure, the method comprising the following steps implemented by the first unit of communications equipment, in anticipation of an handover procedure: - extracting an identifier (IdSB1) of the first base station and an identifier (IdSB2) of the second base station comprised in a message transmitted by the first base station, - establishing the link between the first unit of communications equipment and the second unit of communications equipment based on the identifier of the first base station and on the identifier of the second base station extracted, the step of establishing the link comprising, in anticipation of the handover procedure, - a creating step of a first point of attachment in the first unit of communications equipment intended to form the first end of the link, - a determining step of an identifier of a second point of attachment in the second unit of communications equipment intended to form the second end of the link, - a sending step of a request for establishing the link to the second unit of communications equipment, the request for establishing the link comprising the identifier of the first point of attachment and the identifier of the second point of attachment. - extracting an identifier (IdSB1) of the first base station and an identifier (IdSB2) of the second base station comprised in a message transmitted by the first base station, - establishing the link between the first unit of communications equipment and the second unit of communications equipment based on the identifier of the first base station and on the identifier of the second base station extracted, the step of establishing the link comprising, in anticipation of the handover procedure, - a creating step of a first point of attachment in the first unit of communications equipment intended to form the first end of the link, - a determining step of an identifier of a second point of attachment in the second unit of communications equipment intended to form the second end of the link, - a sending step of a request for establishing the link to the second unit of communications equipment, the request for establishing the link comprising the identifier of the first point of attachment and the identifier of the second point of attachment.
Composition comprising five of the following components (i) to (v): (i) one or more components containing hyperforin, (ii) one or more components containing kavapyrone, or one or more components containing rosavin, (iii) one component containing linalool and linalyl acetate, (iv) one component containing S-adenosyl methionine, and (v) one component containing linoleic acid and linolenic acid. (i) one or more components containing hyperforin, (ii) one or more components containing kavapyrone, or one or more components containing rosavin, (iii) one component containing linalool and linalyl acetate, (iv) one component containing S-adenosyl methionine, and (v) one component containing linoleic acid and linolenic acid.
A master cylinder, comprising: an input piston configured to be moved forward due to an operation of a braking operation member; an output piston provided on an axis coaxially with the input piston and configured to be moved forward to increase a hydraulic pressure in a pressure chamber defined in front of the output piston; a rear chamber defined at a rear of a pressure receiving face of the output piston; and an engaging portion configured to engage the input piston and the output piston with each other via at least one engaging member (524, 526) in a state in which initial forward movement of the output piston relative to the input piston in a direction of the axis is caused by the hydraulic pressure in the rear chamber, wherein a plurality of engaging springs (524, 526) as the at least one engaging member (524, 526) are provided between the output piston and the input piston and arranged in line, and at least two of the plurality of engaging springs (524, 526) differ from each other in at least one of spring constant and set load, the master cylinder being characterized in that the engaging portion comprises a rear-hydraulic-pressure-dependent forward movement allowing portion configured to use the hydraulic pressure in the rear chamber to allow the initial forward movement of the output piston relative to the input piston. an input piston configured to be moved forward due to an operation of a braking operation member; an output piston provided on an axis coaxially with the input piston and configured to be moved forward to increase a hydraulic pressure in a pressure chamber defined in front of the output piston; a rear chamber defined at a rear of a pressure receiving face of the output piston; and an engaging portion configured to engage the input piston and the output piston with each other via at least one engaging member (524, 526) in a state in which initial forward movement of the output piston relative to the input piston in a direction of the axis is caused by the hydraulic pressure in the rear chamber, wherein a plurality of engaging springs (524, 526) as the at least one engaging member (524, 526) are provided between the output piston and the input piston and arranged in line, and at least two of the plurality of engaging springs (524, 526) differ from each other in at least one of spring constant and set load, the master cylinder being characterized in that the engaging portion comprises a rear-hydraulic-pressure-dependent forward movement allowing portion configured to use the hydraulic pressure in the rear chamber to allow the initial forward movement of the output piston relative to the input piston.
A method of producing a base plate for a power module, said base plate comprising an aluminum-silicon carbide composite and aluminum layers made of an aluminum alloy formed on respective principal planes of the aluminum-silicon carbide composite, wherein the aluminum-silicon carbide composite is produced by: i) forming or fabricating a flat plate-shaped silicon carbide porous body to have a thickness difference of at most 100 μm in the entire porous body, wherein the shape of the silicon carbide porous body is a rectangle or a rectangle having holes formed on peripheral portions, ii) piling such porous bodies as they are each sandwiched between mold-releasing plates so that the fastening torque in the plane direction becomes from 1 to 20 Nm, and iii) infiltrating an aluminum alloy into the silicon carbide porous bodies, wherein the aluminum layers each has an average thickness of from 10 to 150 μm, the difference between the maximum thickness and the minimum thickness of the aluminum layer in each principal plane is at most 80 μm, and the difference between average thicknesses of the aluminum layers on the respective principal planes is at most 50 μm. i) forming or fabricating a flat plate-shaped silicon carbide porous body to have a thickness difference of at most 100 μm in the entire porous body, wherein the shape of the silicon carbide porous body is a rectangle or a rectangle having holes formed on peripheral portions, ii) piling such porous bodies as they are each sandwiched between mold-releasing plates so that the fastening torque in the plane direction becomes from 1 to 20 Nm, and iii) infiltrating an aluminum alloy into the silicon carbide porous bodies,