mhurhangee/ep-ind-claims huggingface dataset:
Group of two or more adjacent lattice structures for forming the reinforcing structure of a reinforced concrete floor, comprising a first and a second lattice structure, wherein each lattice structure comprises a lower reinforcement net, an upper reinforcement net and weight-saving bodies arranged between these nets (2, 3), wherein the reinforcement nets (2, 3) comprise longitudinal reinforcement bars and transversal reinforcement bars extending perpendicular to the longitudinal reinforcement bars, the weight-saving bodies having a total mass lower than the total volume of the weight-saving bodies multiplied by the density of concrete that is to surround the weight-saving bodies, characterized in that at an outer circumference of the first lattice structure one of the reinforcement nets (2, 3) includes a protrusion (10, 11) with longitudinal and transversal reinforcement bars (8,9) that protrudes outwardly, in particular sideways, with respect to the other reinforcement net (2, 3), the other reinforcement net (2, 3) thus being a non-protruding reinforcement net (2, 3), in that the protruding reinforcement net (10, 11) of the first lattice structure overlaps a reinforcement net (2, 3) of the second, adjacent lattice structure, and in that the protrusion (10, 11) is about equal to the width of one of the weight-saving bodies.
A medical image processing apparatus, comprising: circuitry configured to: obtain a plurality of first images each having a different pixel shift from a medical imaging device, combine each of the plurality of first images a plurality of times to generate a plurality of second images, wherein each time of the plurality of times that the plurality of first images are combined, a different candidate process is used in the combining, each candidate process generating a high resolution image from an expression having parameters that vary depending on deviation amounts from ideal values of the pixel shift of the first images, select one image from the plurality of second images based on a reference image, and select as an optimal candidate process the candidate process corresponding to the selected image, wherein the selected one image has a higher resolution than any one of the plurality of first images. obtain a plurality of first images each having a different pixel shift from a medical imaging device, combine each of the plurality of first images a plurality of times to generate a plurality of second images, wherein each time of the plurality of times that the plurality of first images are combined, a different candidate process is used in the combining, each candidate process generating a high resolution image from an expression having parameters that vary depending on deviation amounts from ideal values of the pixel shift of the first images, select one image from the plurality of second images based on a reference image, and select as an optimal candidate process the candidate process corresponding to the selected image, wherein the selected one image has a higher resolution than any one of the plurality of first images.
A turbine exhaust casing cooling arrangement for a gas turbine engine, said engine comprising at least one compressor, said turbine exhaust casing comprising an inner casing portion and an outer casing portion and a plurality of radially extending hollow struts connecting the inner and outer portions, said arrangement further comprising an air duct arranged to communicate compressed air from said at least one compressor into at least one of said hollow struts, wherein the air duct is in fluid communication with a manifold, said manifold further comprising a plurality of radially extending channels, each channel extending within and radially along at least part of the radial length of each strut, wherein the manifold is a circular manifold concentric with a rotational axis of the at least one compressor and located proximate to the inner casing portion, and wherein the channels extend radially outwards from the manifold and wherein each radially extending channel comprising a plurality of holes (26, 27) allowing compressed air inside the channel to pass into the hollow strut in which the channel is located, wherein the holes are arranged to eject compressed air from the channel towards the inner surface of the strut corresponding to at least one of the leading edge of the strut and the trailing edge of the strut, wherein the TEC cooling arrangement is configured to selectively communicate compressed air into at least one of said hollow struts in response to a predetermined temperature threshold of the turbine exhaust casing.
Method for electron beam cross-linking of a flexible plastic tube by means of at least one electron beam source, - wherein the plastic tube expediently has at least one tube layer made of cross-linkable plastic material, preferably polyethylene, - wherein the flexible plastic tube is fed in a continuous manner at a preferably constant transport speed (v) to a cross-linking device having the electron beam source - wherein cross-linking of the plastic tube takes place in the cross-linking device by electron irradiation of the plastic tube passing continuously past the electron beam source, - wherein the plastic tube is continuously guided past the electron beam source several times, and - wherein the tube layer made of cross-linkable plastic material represents the innermost layer of the plastic tube, characterised in that the plastic tube has a free inside diameter (di) of 0.8 to 2 cm and is so flexible that it can be wound onto a tube reel with a diameter of 40 cm without kinking, and in that a reinforcing layer, preferably consisting of filaments, e.g. threads and/or fibres, is applied to the tube layer made of cross-linkable plastic material. - wherein the plastic tube expediently has at least one tube layer made of cross-linkable plastic material, preferably polyethylene, - wherein the flexible plastic tube is fed in a continuous manner at a preferably constant transport speed (v) to a cross-linking device having the electron beam source - wherein cross-linking of the plastic tube takes place in the cross-linking device by electron irradiation of the plastic tube passing continuously past the electron beam source, - wherein the plastic tube is continuously guided past the electron beam source several times, and - wherein the tube layer made of cross-linkable plastic material represents the innermost layer of the plastic tube,
An isolated single-domain monoclonal antibody that specifically binds human mesothelin, wherein the antibody comprises: (i) amino acid residues 26-35, 51-58 and 97-103 of SEQ ID NO: 2; or (ii) amino acid residues 31-35, 51-66 and 99-102 of SEQ ID NO: 2. (i) amino acid residues 26-35, 51-58 and 97-103 of SEQ ID NO: 2; or (ii) amino acid residues 31-35, 51-66 and 99-102 of SEQ ID NO: 2.
A system for generating a detail-enhanced video signal, the system comprising: a filter (202, 300) that receives an input video signal, the filter being configured to: generate a first signal that is a linear transformation of the input video signal, wherein the linear transformation includes determining average mean values and average variance values for a plurality of windows that cover a pixel of the input video signal, and generate a detail signal (208, 400) by determining a difference between the input video signal and the first signal; a noise reducer configured to generate a filtered detail signal by removing noise from the detail signal, wherein parameters of the linear transformation are utilized to control the noise; a multiplier configured to multiply the filtered detail signal by a gain function to generate a second signal, the gain function being based on an amount of variance in the input video signal, such that (i) the gain function peaks near a mid value of variance, (ii) from the mid value the gain function decreases with increasing variance, and (iii) from the mid value the gain function decreases with decreasing variance; and an adder configured to combine the input video signal and the second signal to generate the detail-enhanced video signal. a filter (202, 300) that receives an input video signal, the filter being configured to: generate a first signal that is a linear transformation of the input video signal, wherein the linear transformation includes determining average mean values and average variance values for a plurality of windows that cover a pixel of the input video signal, and generate a detail signal (208, 400) by determining a difference between the input video signal and the first signal; generate a first signal that is a linear transformation of the input video signal, wherein the linear transformation includes determining average mean values and average variance values for a plurality of windows that cover a pixel of the input video signal, and generate a detail signal (208, 400) by determining a difference between the input video signal and the first signal; a noise reducer configured to generate a filtered detail signal by removing noise from the detail signal, wherein parameters of the linear transformation are utilized to control the noise; a multiplier configured to multiply the filtered detail signal by a gain function to generate a second signal, the gain function being based on an amount of variance in the input video signal, such that (i) the gain function peaks near a mid value of variance, (ii) from the mid value the gain function decreases with increasing variance, and (iii) from the mid value the gain function decreases with decreasing variance; and an adder configured to combine the input video signal and the second signal to generate the detail-enhanced video signal.
Method for producing a steel strip which contains, in addition to iron as the main constituent and unavoidable impurities, one or more of the oxygen-affine elements in wt.%: Al: more than 0.02, Cr: more than 0.1, Mn: more than 1.3 or Si: more than 0.1, the surface of the steel strip being cleaned, the steel strip being annealed, and the thus treated and annealed steel strip subsequently being coated with a hot dip coating, characterised in that the steel strip is oxidation-treated at temperatures below 200°C before the annealing, an oxide layer containing an iron oxide being formed on the surface of the steel strip to form oxides with iron from the steel strip, which oxide layer is reduction-treated in the course of annealing under a reducing atmosphere in order to achieve a surface substantially consisting of metal iron, the oxidation treatment being an anodic oxidation, an oxide layer with a minimum thickness of at least 5 nm and at most up to 500 nm being formed on the surface of the steel strip, the anodic oxidation taking place at current densities between 50 and 400 A/dm 2 in a 20 to 60% NaOH or KOH solution at an electrolyte temperature of at least 45°C up to at most 3 K below the boiling temperature of the electrolyte. the oxidation treatment being an anodic oxidation, an oxide layer with a minimum thickness of at least 5 nm and at most up to 500 nm being formed on the surface of the steel strip, the anodic oxidation taking place at current densities between 50 and 400 A/dm 2 in a 20 to 60% NaOH or KOH solution at an electrolyte temperature of at least 45°C up to at most 3 K below the boiling temperature of the electrolyte.
Control device for mechanically actuating a component, - comprising an electric motor, which has a stator and a rotor with a drive shaft, - comprising an output shaft for directly or indirectly actuating the component, and - comprising a transmission, which drivingly connects the drive shaft to the output shaft and which has a worm drive with worm and worm wheel, - wherein a drive axis, about which the drive shaft is rotatable, extends perpendicular to an output axis, about which the output shaft is rotatable, - wherein the worm is arranged for conjoint rotation with respect to the drive shaft, - wherein the worm wheel and a first gear are formed by a first transmission-gear, on which two gear sections (21a, 21b) are integrally formed or are connected together for conjoint rotation, which have different diameters and/or numbers of teeth and which form the worm wheel and the first gear, characterised in that, - the transmission can be converted between a single-stage first configuration and a two-stage second configuration, - that in the first configuration, the first transmission-gear is arranged for conjoint rotation on the output shaft, so that the worm meshes with the worm wheel and the first gear is free, and - that in the second configuration, the first transmission-gear is rotatably arranged on an intermediate shaft, which extends parallel to the output shaft, such that the worm is meshed with the worm wheel, while the first gear meshes with an output gear, which is arranged for conjoint rotation on the output shaft. - comprising an electric motor, which has a stator and a rotor with a drive shaft, - comprising an output shaft for directly or indirectly actuating the component, and - comprising a transmission, which drivingly connects the drive shaft to the output shaft and which has a worm drive with worm and worm wheel, - wherein a drive axis, about which the drive shaft is rotatable, extends perpendicular to an output axis, about which the output shaft is rotatable, - wherein the worm is arranged for conjoint rotation with respect to the drive shaft, - wherein the worm wheel and a first gear are formed by a first transmission-gear, on which two gear sections (21a, 21b) are integrally formed or are connected together for conjoint rotation, which have different diameters and/or numbers of teeth and which form the worm wheel and the first gear, characterised in that, - the transmission can be converted between a single-stage first configuration and a two-stage second configuration, - that in the first configuration, the first transmission-gear is arranged for conjoint rotation on the output shaft, so that the worm meshes with the worm wheel and the first gear is free, and - that in the second configuration, the first transmission-gear is rotatably arranged on an intermediate shaft, which extends parallel to the output shaft, such that the worm is meshed with the worm wheel, while the first gear meshes with an output gear, which is arranged for conjoint rotation on the output shaft.
A packaged beverage comprising a composition comprising non-polymer catechins, caffeine and one or more of sucrose and glucose, wherein said packaged beverage comprises from 0.092 to 0.5 wt% of non-polymer catechins, and (a) a content of gallates in said non-polymer catechins is from 45 to 60 wt%, (b) a weight ratio of said non-polymer catechins to caffeine is from 8 to 40, (c) a weight ratio of said non-polymer catechins to (sucrose + glucose) is from 2 to 15, and (d) dietary fibers amount to 0.5 wt% or less of a solid content, wherein said composition is a green tea extract, and wherein said green tea extract is obtainable by a process for producing a green tea extract, which comprises dissolving a caffeine-containing catechin composition in a 9/1 to 1/9 by weight mixed solution of an organic solvent and water, and then bringing the resultant solution into contact with activated carbon to selectively remove caffeine. (a) a content of gallates in said non-polymer catechins is from 45 to 60 wt%, (b) a weight ratio of said non-polymer catechins to caffeine is from 8 to 40, (c) a weight ratio of said non-polymer catechins to (sucrose + glucose) is from 2 to 15, and (d) dietary fibers amount to 0.5 wt% or less of a solid content,
A buckle assembly for a belt webbing, comprising a buckle body which includes at least one abutment portion and is connectable with at least one belt webbing, wherein in a connected condition at least one first abutment part of the at least one belt webbing rests against the at least one abutment portion, characterized by a clamping loop arranged on the buckle body, which is circumferentially closed and defines an opening, wherein the clamping loop - is arranged on the abutment portion around the buckle body such that the buckle body extends through the opening, and - is formed to act upon the abutment part, which in the connected condition rests against the abutment portion, with a force in direction of the at least one abutment portion. - is arranged on the abutment portion around the buckle body such that the buckle body extends through the opening, and - is formed to act upon the abutment part, which in the connected condition rests against the abutment portion, with a force in direction of the at least one abutment portion.
Ready-to-use diet food composition for use to reduce chronic and moderate inflammation in an obese or overweight patient, said composition comprising, as a proportion of the total weight of the composition: - from 70% to 80% by weight of protein; - from 4% to 6% by weight of carbohydrates; and, - from 2% to 5% by weight of lipids; said lipids including 0.25% to 2% by weight of docosahexaenoic acid relative to said weight of lipids. - from 70% to 80% by weight of protein; - from 4% to 6% by weight of carbohydrates; and, - from 2% to 5% by weight of lipids;
A method for improving the reading of content, especially text content, for persons suffering from dyslexia, and comprising the display, in a content rendering device (DISP), of graphic content, said method being characterized in that it comprises an alternation of display periods, during which all or part of the graphic content is displayed, and periods of absence of display, during which the graphic content is not displayed, according to successive periodic cycles performed at a predetermined frequency F d, each cycle having a duration T and comprising a display period of duration T 1 followed or preceded by a non-display period of duration T 2, said frequency F d being defined by the relation F d = 1 / [T 1 +T 2], wherein the frequency F d is comprised in a range of values from 60 to 90 Hz, and characterized in that the duration T 1 is comprised in an interval of values greater than or equal to 15%, and less than 30%, of the duration T of said cycles. said method being characterized in that it comprises an alternation of display periods, during which all or part of the graphic content is displayed, and periods of absence of display, during which the graphic content is not displayed, according to successive periodic cycles performed at a predetermined frequency F d, each cycle having a duration T and comprising a display period of duration T 1 followed or preceded by a non-display period of duration T 2, said frequency F d being defined by the relation F d = 1 / [T 1 +T 2], wherein the frequency F d is comprised in a range of values from 60 to 90 Hz, and characterized in that the duration T 1 is comprised in an interval of values greater than or equal to 15%, and less than 30%, of the duration T of said cycles.
A laser system comprising: a seed laser configured to output pulsed laser light; an amplifier configured to receive and amplify the pulsed laser light emitted by the seed laser; a pump laser configured to deliver a pump laser beam to both the seed laser and the amplifier; wherein the seed laser comprises a gain medium and a passive Q-switch, characterized in that the seed laser further comprises an unstable resonator (316, 332) configured to prevent occurrence of hot spots in the pulsed laser light. a seed laser configured to output pulsed laser light; an amplifier configured to receive and amplify the pulsed laser light emitted by the seed laser; a pump laser configured to deliver a pump laser beam to both the seed laser and the amplifier;
A downlink scheduling data sending method, comprising: receiving, by a base station, downlink scheduling data sent by a core network device to a terminal; and when it is determined by the base station that the downlink scheduling data is a paging message, determining, by the base station, that the terminal monitors the paging message by using a first discontinuous reception, DRX, monitoring cycle according to a scheduling identifier in the idle state, sending, by the base station, the paging message to the terminal by using a first sending cycle, wherein a duration of the first sending cycle is in a unit of minute or hour, when it is determined by the base station that the downlink scheduling data is downlink data, determining, by the base station, that the terminal monitors the downlink data by using a second DRX monitoring cycle according to a scheduling identifier in the connected state, and sending, by the base station the downlink data to the terminal by using a second sending cycle, wherein a duration of the second sending cycle is shorter than the duration of the first sending cycle and in a unit of millisecond or second; wherein before the sending the downlink data to the terminal by using the second sending cycle, the method further comprises: sending, by the base station, the second DRX monitoring cycle to the terminal in a dedicated signalling manner. receiving, by a base station, downlink scheduling data sent by a core network device to a terminal; and when it is determined by the base station that the downlink scheduling data is a paging message, determining, by the base station, that the terminal monitors the paging message by using a first discontinuous reception, DRX, monitoring cycle according to a scheduling identifier in the idle state, sending, by the base station, the paging message to the terminal by using a first sending cycle, wherein a duration of the first sending cycle is in a unit of minute or hour, when it is determined by the base station that the downlink scheduling data is downlink data, determining, by the base station, that the terminal monitors the downlink data by using a second DRX monitoring cycle according to a scheduling identifier in the connected state, and sending, by the base station the downlink data to the terminal by using a second sending cycle, wherein a duration of the second sending cycle is shorter than the duration of the first sending cycle and in a unit of millisecond or second; wherein before the sending the downlink data to the terminal by using the second sending cycle, the method further comprises: sending, by the base station, the second DRX monitoring cycle to the terminal in a dedicated signalling manner.
A refiner comprising a stator and a rotor, the stator and the rotor comprising at least a conical portion (4, 9) wherein the conical portion of the stator comprises at least one blade element, which blade element comprises a feed end, a discharge end, and a refining surface which comprises a feed zone at the feed end of the blade element, the feed zone of the blade element comprising at least one guide groove extending from the feed end of the blade element towards the discharge end of the blade element for guiding a flow of material to be refined from the feed end towards the discharge end and the depth of the guide groove being arranged to change in a direction transverse in relation to the extending direction of the guide groove, characterized in that the depth of the guide groove is arranged to increase in the rotation direction of the opposing conical portion of the rotor of the refiner when the blade element has been installed in the refiner.