mhurhangee/ep-ind-claims huggingface dataset:
A non-sedating antihistamine for use in a method for treating acute urticaria and/or angioedema associated with an acute allergic reaction in a human patient, the method comprising administering to a patient in need of such treatment an injection composition comprising said non-sedating antihistamine or a pharmaceutically acceptable salt thereof as sole active agent, in an amount effective to treat said acute urticaria and/or angioedema, wherein the non-sedating antihistamine is cetirizine or levocetirizine.
A method for regulating an electric generating plant comprising: obtaining a temperature of electrical transmission equipment connected to the electric generating plant; monitoring the temperature of the transmission equipment and reporting the temperature of the transmission equipment to a regulator; regulating the electric generating plant with the regulator in response to the temperature of the transmission equipment exceeding a threshold level to reduce the temperature of the transmission equipment to below the threshold level; wherein the regulating includes reducing an output of the generating plant by reducing the fuel supplied to operate the generating plant so as to reduce its real power output. obtaining a temperature of electrical transmission equipment connected to the electric generating plant; monitoring the temperature of the transmission equipment and reporting the temperature of the transmission equipment to a regulator; regulating the electric generating plant with the regulator in response to the temperature of the transmission equipment exceeding a threshold level to reduce the temperature of the transmission equipment to below the threshold level; wherein the regulating includes reducing an output of the generating plant by reducing the fuel supplied to operate the generating plant so as to reduce its real power output.
A pelvic-abdominal support garment comprising: a waist encircling member adjustably securable at the front portion thereof and having a top and a bottom edge and a back portion; shorts non-removably secured to the bottom edge of said waist encircling member and having a crotch region; characterized by a strap member having one end thereof secured to the back portion of said waist encircling member and the other end thereof attachable to other end of to the front of said waist encircling member by a hook and loop fastener after passing under the crotch region of said shorts so that the strap member applies pressure to the crotch area of the wearer, said strap member being a plurality of straps which includes three straps (38, 40, 42) so that the wearer can secure the other end of one strap to a central portion of the front of said waist encircling member and can secure the other end of the remaining two straps (38, 42) laterally displaced from the other end of said one strap. a waist encircling member adjustably securable at the front portion thereof and having a top and a bottom edge and a back portion; shorts non-removably secured to the bottom edge of said waist encircling member and having a crotch region; characterized by a strap member having one end thereof secured to the back portion of said waist encircling member and the other end thereof attachable to other end of to the front of said waist encircling member by a hook and loop fastener after passing under the crotch region of said shorts so that the strap member applies pressure to the crotch area of the wearer, said strap member being a plurality of straps which includes three straps (38, 40, 42) so that the wearer can secure the other end of one strap to a central portion of the front of said waist encircling member and can secure the other end of the remaining two straps (38, 42) laterally displaced from the other end of said one strap.
Container for ingredients for making beverages in the form of a rotation-symmetric truncated cone which is open at the larger bottom end of the truncated cone and closed at the smaller top end of the truncated cone by a top section of the truncated cone which preferably is of a flat, rounded, inclined or dented form or a combination of these forms, wherein the larger bottom end of the truncated cone can be closed by a base plate or membrane and can have an outward flange section to which the base plate or membrane can be attached, and wherein the thickness of the container wall is non-uniform, the container wall forming one or more circumferential stiffening rings which cover 10 to 50% of the container height, and wherein the wall thickness of the stiffening rings is at least 50% higher than the wall thickness in the remaining container wall outside the stiffening rings, the container having a maximum height of 5 cm and a maximum diameter without flange of 6 cm, characterized in that the truncated cone including the top section is prepared in one piece. wherein the larger bottom end of the truncated cone can be closed by a base plate or membrane and can have an outward flange section to which the base plate or membrane can be attached, and wherein the thickness of the container wall is non-uniform, the container wall forming one or more circumferential stiffening rings which cover 10 to 50% of the container height, and wherein the wall thickness of the stiffening rings is at least 50% higher than the wall thickness in the remaining container wall outside the stiffening rings, the container having a maximum height of 5 cm and a maximum diameter without flange of 6 cm, characterized in that the truncated cone including the top section is prepared in one piece.
A method for detecting and/or quantifying the presence of a target nucleic acid sequence of a microorganism in a sample obtained from a subject, wherein the sample is a blood plasma or blood serum sample; wherein the sample comprises cell free DNAs (cfDNAs); and wherein said method comprises amplifying a target sequence in a CpG island of the nucleic acid of the microorganism, irrespective of the methylation status of the CpG island, and wherein the target nucleic acid sequence of the microorganism is cfDNA.
A system for calculating biomass of crops, the system comprising: a line scan distance sensor to measure a distance of the crops from the sensor at one or more points along a line by illuminating the crops with light at a measurement angle that defines the line and detecting reflected light, and to generate distance data indicative of the distance of the crops from the sensor at the measurement angle at a scanning rate of line scans; and a mover system to move the line scan distance sensor or the crops substantially perpendicular to the distance of the crops from the sensor; characterised in that the system further comprises: a rotary encoder associated with the mover system to generate movement data indicative of a movement of the distance sensor or the crops substantially perpendicular to the distance of the crops from the sensor at an encoder rate that is higher than the scanning rate of line scans from the line scan distance sensor when the mover moves the line scan distance sensor at a moving speed such that multiple encoder pulses are generated between scan lines; a data collector to associate the distance data from the distance sensor with relative positioning data based on the movement data from the rotary encoder and to store the distance data associated with the relative positioning data on a data store; and a processing server configured to calculate, from the distance data, an absolute measure of biomass. a line scan distance sensor to measure a distance of the crops from the sensor at one or more points along a line by illuminating the crops with light at a measurement angle that defines the line and detecting reflected light, and to generate distance data indicative of the distance of the crops from the sensor at the measurement angle at a scanning rate of line scans; and a mover system to move the line scan distance sensor or the crops substantially perpendicular to the distance of the crops from the sensor; a rotary encoder associated with the mover system to generate movement data indicative of a movement of the distance sensor or the crops substantially perpendicular to the distance of the crops from the sensor at an encoder rate that is higher than the scanning rate of line scans from the line scan distance sensor when the mover moves the line scan distance sensor at a moving speed such that multiple encoder pulses are generated between scan lines; a data collector to associate the distance data from the distance sensor with relative positioning data based on the movement data from the rotary encoder and to store the distance data associated with the relative positioning data on a data store; and a processing server configured to calculate, from the distance data, an absolute measure of biomass.
Sizing composition comprising at least the following clays: 1 to 10 parts by weight of palygorskite 1 to 10 parts by weight of hectorite and 1 to 20 parts by weight of sodium bentonite, based on the ratio of the components, and relative to one another, and a water containing carrier fluid that is fully vaporisable at up to 160°C, and 1013 mbar, and refractory materials different from, wherein palygorskite is a magnesium-aluminum hydrosilicate and is present in the form of rod-shaped crystals and with particle dimensions of 1 to 3 μm in length and of 1 to 5 nm in diameter. at least the following clays: 1 to 10 parts by weight of palygorskite 1 to 10 parts by weight of hectorite and 1 to 20 parts by weight of sodium bentonite, based on the ratio of the components, and relative to one another, and 1 to 10 parts by weight of palygorskite 1 to 10 parts by weight of hectorite and 1 to 20 parts by weight of sodium bentonite, based on the ratio of the components, and relative to one another, and a water containing carrier fluid that is fully vaporisable at up to 160°C, and 1013 mbar, and refractory materials different from, wherein palygorskite is a magnesium-aluminum hydrosilicate and is present in the form of rod-shaped crystals and with particle dimensions of 1 to 3 μm in length and of 1 to 5 nm in diameter.
A turbomachine vane made from a composite material comprising a blade and, at one end of the blade, a means for fastening said vane to an outer element, said fastening means being incorporated into the blade of the vane, characterized in that said vane comprises a first resin reinforced by continuous fibers, also called long fibers, and a second resin reinforced by short fibers with a length that is smaller than a few millimeters, said first and second resins being chemically compatible or identical, the continuous fibers being positioned in the skin end of the vane or in an intermediate position between the skin end and the core of the vane and the short fibers being positioned at the core of the vane as well as between the intermediate position and the skin end when the continuous fibers are positioned in the intermediate position, said continuous fibers serving to stiffen the vane and said short fibers dispersed in the second resin serving to fill in the parts of the vane that are not reinforced by the continuous fibers and giving the vane its substantially final shape.
A hydraulic crimping tool crimping die (40, 60, 70) comprising a first section adapted to be removably connected to a movable die mounting area of a hydraulic crimping tool, and a second section forming a crimping surface adapted to crimp a connector onto a conductor, characterized in that the crimping die (40, 60, 70) comprises a metal core member (62, 72) and an insulating cover (64, 74) attached to or over-molded onto the core member (62, 72), the insulating cover (64, 74) forming the second section or covering at least partially the metal core member to form the second section.
Ventilation unit comprising a fan equipped with a first duct or suction duct and a second duct or delivery duct and a first piping arrangement, wherein a switching assembly is provided arranged between said fan and said first piping arrangement, said switching assembly comprising at least one switching device movable between two positions in order to allow alternately the passage of a gas flow from said fan to said first piping arrangement and vice versa, characterized in that said switching assembly includes a casing in which said suction duct and said delivery duct of said fan converge, wherein said casing has four openings (13a,13b,13c,13d) of which a first opening connects said casing to the outer environment, a second and a third opening (13b,13c) connect said casing to said first piping arrangement and a fourth opening connects said casing to a second piping arrangement and in that said switching assembly includes two switching devices (19,21), one of said switching devices being movable between said two positions in order to selectively connect said suction duct of said fan to said first opening or said second opening and the other one of said switching devices being movable between said two positions in order to selectively connect said delivery duct of said fan to said third opening or said fourth opening.
A transmitting device, comprising: a generating unit configured to generate transmission data in which an index associated with predetermined process-related information in a relevant table in which process-related information related to an output process of outputting an alert on a receiving side is registered in association with an index is included in data of a physical layer, the relevant table being included in data of a higher layer higher than the physical layer and supplied; and a transmitting unit configured to transmit the transmission data, wherein, in the relevant table, the process-related information and a location code indicating a region in which the output process corresponding to the process-related information is to be performed are associated with the index. a generating unit configured to generate transmission data in which an index associated with predetermined process-related information in a relevant table in which process-related information related to an output process of outputting an alert on a receiving side is registered in association with an index is included in data of a physical layer, the relevant table being included in data of a higher layer higher than the physical layer and supplied; and a transmitting unit configured to transmit the transmission data, wherein, in the relevant table, the process-related information and a location code indicating a region in which the output process corresponding to the process-related information is to be performed are associated with the index.
A method for producing an optically active hydroxymethylated compound, comprising reacting a silicon enolate and formaldehyde, in the presence of a catalyst, in an aqueous solution or a mixed solvent of water and an organic solvent, wherein the silicon enolate is represented by the following formula (chemical formula 2): wherein R 5 is a hydrogen atom or an alkyl group, R 6 is an alkyl group, an alkyl aryl group or an aryl group, in which R 6 and R 6 may together form a five to six membered ring comprising carbon atoms and optional hetero atoms, R 7 is a hydrogen atom, an alkyl group, an alkyl aryl group or an aryl group and the groups R 8, which may be identical or different, are each alkyl group, and the catalyst is obtained by mixing a ligand or its symmetric isomer and a Lewis acid, wherein the ligand is represented by the following formula (chemical formula 1): wherein R 1 and R 2, may be identical or different, are hydrogen atoms, alkyl groups or aryl groups, at least one of R 1 and R 2 contains at least three carbon atoms, R 3 and R 4, may be identical or different, are hydrogen atoms, alkyl groups containing one to four carbon atoms or alkoxy groups, X 1 and X 2, may be identical or different, are represented by -OH, -SH or -NHR 11, wherein R 11 is a hydrogen atom or an alkyl group, and the Lewis acid is represented by MYn, wherein M is Cu, Zn, Fe, Sc or a lanthanoid element, Y is a halogen atom, OAc, OCOCF 3, ClO 4, SbF 6, PF 6 or OSO 2 CF 3 and n is 2 or 3.
A portable hair styling appliance comprising a hand-grip handle and a blow head connected to the handle, the blow head carrying first and second air-blowing outlets (2, 3), distinct from each other, to blow an airflow out of the appliance, and means for generating said airflow, including a blower module to initiate said airflow and an air-directing member comprising an air inlet connected to the blower module and a single air-directing outlet, said air-directing member being arranged inside the blow head, the air-directing member and the blow head being movably mounted relative to each other between at least a first air direction configuration in which the air-directing member directs the initiated airflow towards the first air-blowing outlet, and a second air direction configuration in which said air-directing member directs the initiated airflow towards the second air-blowing outlet, the air-directing outlet of the air-directing member being provided with a plurality of primary air deflectors, the blow head comprising first secondary air deflectors to straighten the initiated airflow directed towards the first air-blowing outlet from the air-directing outlet of the air-directing member and second secondary air deflectors to straighten the initiated airflow directed towards the second air-blowing outlet from the air-directing outlet of the air-directing member, a plurality of said primary air deflectors being arranged in line with a plurality of said first secondary air deflectors when the air-directing member is in said first air direction configuration, and a plurality of said primary air deflectors being respectively arranged in line with a plurality of said second secondary air deflectors when the air-directing member is in said second air direction configuration.
A method for performing wireless communication by a first device, the method comprising: receiving, from a base station, information related to a configured grant, CG, scheduling a CG resource; transmitting, to a second device, first sidelink data on the CG resource based on the information related to the CG; determining that the transmission of the first sidelink data is failed; receiving, from the base station, a downlink control information, DCI, which relates to a dynamic grant, DG, scheduling a DG resource, and is received through a physical downlink control channel, PDCCH, wherein the DCI includes an index of the CG; identifying the CG resource linked to the DG resource, based on the index of the CG; and retransmitting, to the second device, the first sidelink data through the DG resource. receiving, from a base station, information related to a configured grant, CG, scheduling a CG resource; transmitting, to a second device, first sidelink data on the CG resource based on the information related to the CG; determining that the transmission of the first sidelink data is failed; receiving, from the base station, a downlink control information, DCI, which relates to a dynamic grant, DG, scheduling a DG resource, and is received through a physical downlink control channel, PDCCH, wherein the DCI includes an index of the CG; identifying the CG resource linked to the DG resource, based on the index of the CG; and retransmitting, to the second device, the first sidelink data through the DG resource.
Method for generating measurement data from a subject under examination by means of magnetic resonance technology, comprising the following steps: a) repeatedly applying at least one RF excitation pulse, wherein the applied RF excitation pulses selectively excite at least two non-overlapping slices in the subject under examination, and switching gradients in such a way that echo signals are generated in the at least two slices by the switched gradients and the applied RF excitation pulses, and in such a way that the generated echo signals are acquired in k-space as measurement data in one measurement dataset per repetition on the basis of one different three-dimensionally viewed sampling pattern per repetition, and stored, wherein each sampling pattern employed is undersampled according to Nyquist, and wherein, however, a combination of the sampling patterns employed in the repetitions fully samples k-space at least in a central region; b) determining calibration data from measurement data of the stored measurement datasets from the fully sampled central region of k-space; c) reconstructing image data for each of the slices from at least one of the stored measurement datasets using the calibration data; d) repeating steps a) and c), wherein latest calibration data is determined at least once from latest measurement data, which is used for reconstructing image data for the slices from latest measurement datasets. a) repeatedly applying at least one RF excitation pulse, wherein the applied RF excitation pulses selectively excite at least two non-overlapping slices in the subject under examination, and switching gradients in such a way that echo signals are generated in the at least two slices by the switched gradients and the applied RF excitation pulses, and in such a way that the generated echo signals are acquired in k-space as measurement data in one measurement dataset per repetition on the basis of one different three-dimensionally viewed sampling pattern per repetition, and stored, wherein each sampling pattern employed is undersampled according to Nyquist, and wherein, however, a combination of the sampling patterns employed in the repetitions fully samples k-space at least in a central region; b) determining calibration data from measurement data of the stored measurement datasets from the fully sampled central region of k-space; c) reconstructing image data for each of the slices from at least one of the stored measurement datasets using the calibration data; d) repeating steps a) and c), wherein latest calibration data is determined at least once from latest measurement data, which is used for reconstructing image data for the slices from latest measurement datasets.
A method of measuring a hydrogen diffusivity of a metal structure, the method comprising: providing a hydrogen charging surface at a first location on an external surface of the structure; providing a hydrogen oxidation surface at a second location adjacent to the first location on the same external surface of the structure; generating a hydrogen flux directed into the metal surface at the charging surface; detecting an oxidation current representative of a transient of the hydrogen flux diverted back toward the oxidation surface form the metal structure; and determining the hydrogen diffusivity of the metal structure based on the detected hydrogen flux. providing a hydrogen charging surface at a first location on an external surface of the structure; providing a hydrogen oxidation surface at a second location adjacent to the first location on the same external surface of the structure; generating a hydrogen flux directed into the metal surface at the charging surface; detecting an oxidation current representative of a transient of the hydrogen flux diverted back toward the oxidation surface form the metal structure; and determining the hydrogen diffusivity of the metal structure based on the detected hydrogen flux.
Compound or a pharmaceutical acceptable salt thereof of formula: -A-B-X 1 -X 2 -X 3 -X 4 -X 5 -X 6 -C-D- wherein A is a -Lysine), B is a -Arginine, C is a -Lysine, D is a -Lysine; A and B are linked to each other by a pseudopeptide bond -CO-NMe-; and X 1 -X 2 -X 3 -X 4 -X 5 -X 6 is FYVVXW (SEQ ID 1), FYVVIW(SEQ ID 2), FYVVKW (SEQ ID 3) or FYVVLW (SEQ ID 4), wherein X is norleucine. A is a -Lysine), B is a -Arginine, C is a -Lysine, D is a -Lysine; A and B are linked to each other by a pseudopeptide bond -CO-NMe-; and X 1 -X 2 -X 3 -X 4 -X 5 -X 6 is FYVVXW (SEQ ID 1), FYVVIW(SEQ ID 2), FYVVKW (SEQ ID 3) or FYVVLW (SEQ ID 4), wherein X is norleucine.