mhurhangee/ep-ind-claims huggingface dataset:
Blade assembly for gas turbine engines including a turbine blade and a pyrometer device at least partly housed inside the turbine blade; the blade assembly being characterized in that the pyrometer device comprises: an oblong supporting body which is accommodated inside a longitudinal inner cavity that extends inside the turbine blade behind a leading edge of the turbine blade; a plurality of transversal oblong ceramic caps which jut out from said oblong supporting body spaced side by side to one another so as to form a rake structure, and each of which engages in a pass-through manner a corresponding opening formed in the turbine blade, at the leading edge thereof, so that a segment of the oblong ceramic cap protrudes outside of the turbine blade in cantilever manner; and, for each oblong ceramic cap, a respective optical fibre which extends inside the oblong supporting body and the inner cavity of the oblong ceramic cap nearly up to the distal end of the oblong ceramic cap, and is adapted to collect and channel the heat radiations emitted by the internal surface of the oblong ceramic cap towards an electronic control unit.
A method for network connection, performed by a terminal comprising: receiving, by the terminal, a connection indication from a base station when in a non-standalone, NSA, networking, wherein the connection indication comprises a target connection mode to determine a network to which the terminal needs to connect, wherein the target connection mode is a preset time-sharing connection mode or a preset simultaneous connection mode, the preset time-sharing connection mode indicates the terminal to select any network between long term evolution, LTE, and new radio, NR, for connection, and the preset simultaneous connection mode indicates the terminal to connect to LTE and NR at the same time; initiating, by the terminal, a preset service monitoring function to obtain a current service type of the terminal when the target connection mode is the preset time-sharing connection mode; acquiring, by the terminal, a current service type; determining, by the terminal, a target network mode according to the current service type, wherein the target network mode is one of multiple network modes in the NSA networking from which the terminal is able to choose to access; and in response to the connection indication, transmitting, by the terminal, the target network mode to the base station for connection with the target network mode. receiving, by the terminal, a connection indication from a base station when in a non-standalone, NSA, networking, wherein the connection indication comprises a target connection mode to determine a network to which the terminal needs to connect, wherein the target connection mode is a preset time-sharing connection mode or a preset simultaneous connection mode, the preset time-sharing connection mode indicates the terminal to select any network between long term evolution, LTE, and new radio, NR, for connection, and the preset simultaneous connection mode indicates the terminal to connect to LTE and NR at the same time; initiating, by the terminal, a preset service monitoring function to obtain a current service type of the terminal when the target connection mode is the preset time-sharing connection mode; acquiring, by the terminal, a current service type; determining, by the terminal, a target network mode according to the current service type, wherein the target network mode is one of multiple network modes in the NSA networking from which the terminal is able to choose to access; and in response to the connection indication, transmitting, by the terminal, the target network mode to the base station for connection with the target network mode.
Use of an article comprising a substrate and extending from the surfaces thereof grafted biguanide ligand groups, for selectively binding and removing biological materials selected from host cell proteins, DNA, RNA and viruses from biological samples, wherein said biguanide ligand groups are one or more of the formula: or or or or or wherein: R 2 is an arylene or alkylene and a is at least one. R 2 is an arylene or alkylene and a is at least one.
A sock assembly (100, 200, 300) for correcting deformed toes of a foot of a person, comprising: a sock (102, 202, 302) wearable on an at least a part of the foot; a strap (104, 204, 304) connected to the sock and wearable on an at least a part of the foot, the strap is wrappable on an at least a part of at least one deformed toe as the sock is worn on the foot, consequently a corrective force is applicable on the at least one deformed toe, characterized in that the sock assembly further having at least one pad (112, 212) placeable beneath a foot's metatarsal head. a sock (102, 202, 302) wearable on an at least a part of the foot; a strap (104, 204, 304) connected to the sock and wearable on an at least a part of the foot, the strap is wrappable on an at least a part of at least one deformed toe as the sock is worn on the foot, consequently a corrective force is applicable on the at least one deformed toe,
A flying pest trap comprising a plurality of LEDs and an immobilisation element retaining means for retaining an immobilisation element in a non-planar configuration, wherein the immobilisation element retaining means comprises at least one curved rail, the curved rail defining a slot between a surface of the flying pest trap and the curved rail, the slot receiving an edge of the immobilisation element
A virtual machine device comprising - multiple operation routines (122,124, 126) each configured to perform a particular instruction, and - a selector configured to receive an encoded instruction, the encoded instruction being obtained by encoding a plain instruction together with immediate data for use with the plain instruction with a code encoding, the immediate data being data which is included in a code stream on which an instruction is to act, and includes constants, parameters or operands on which the operation to which the instruction corresponds is to act, - the selector is configured to select and activate a corresponding operation routine of the multiple operation routines, the corresponding operation routine is configured to perform the plain instruction corresponding to the encoded instruction, - the selector comprises a look-up means for looking-up the encoded instruction to select the corresponding operation routine and to obtain the immediate data, the selector being configured to activate the corresponding operation routine with the immediate data, wherein the corresponding operation routine is configured to receive the data encoded with a first encoding and to produce a result encoded with a second internal encoding, the encoded result being obtained by: - decoding the encoded data with the first decoding, - performing the plain instruction corresponding to the encoded instruction on the decoded data to obtain a result, - encoding the result with the second internal encoding. - multiple operation routines (122,124, 126) each configured to perform a particular instruction, and - a selector configured to receive an encoded instruction, the encoded instruction being obtained by encoding a plain instruction together with immediate data for use with the plain instruction with a code encoding, the immediate data being data which is included in a code stream on which an instruction is to act, and includes constants, parameters or operands on which the operation to which the instruction corresponds is to act, - the selector is configured to select and activate a corresponding operation routine of the multiple operation routines, the corresponding operation routine is configured to perform the plain instruction corresponding to the encoded instruction, - the selector comprises a look-up means for looking-up the encoded instruction to select the corresponding operation routine and to obtain the immediate data, the selector being configured to activate the corresponding operation routine with the immediate data, - decoding the encoded data with the first decoding, - performing the plain instruction corresponding to the encoded instruction on the decoded data to obtain a result, - encoding the result with the second internal encoding.
A process for extracting hydrocarbon liquid from a powder of hydrophilic particulates that contains hydrocarbon liquid, the process comprising: (a) providing a powder comprising hydrophilic particulates and hydrocarbon liquid; (b) providing polyolefin beads; (c) forming a combination by combining the polyolefin beads with the powder whereupon the polyolefin beads extract the hydrocarbon liquid from the powder; and (d) separating the polyolefin beads from the powder; the process being characterized in that no liquid is added to the powder. (a) providing a powder comprising hydrophilic particulates and hydrocarbon liquid; (b) providing polyolefin beads; (c) forming a combination by combining the polyolefin beads with the powder whereupon the polyolefin beads extract the hydrocarbon liquid from the powder; and (d) separating the polyolefin beads from the powder;
A method of performing a reception of a physical downlink control channel, PDCCH, consisting of one or more control channel elements, CCEs, by a device for wireless communication, the method comprising: obtaining higher layer information including a resource element group, REG, bundle size for bundling REGs, each REG occupying 1 resource block, RB, in a frequency domain during 1 orthogonal frequency divisional multiplexing, OFDM, symbol in a time domain; and performing, based on the higher layer information, a PDCCH reception in a control resource set, CORESET, by assuming that same precoding is used for REGs in a same REG bundle, wherein, based on an interleaved CCE-to-REG mapping being configured in the CORESET, and based on a CORESET duration configured for the CORESET being a plurality of OFDM symbols in the time domain: the same REG bundle for the same precoding relates to either (a) a first value of the REG bundle size, the first value being equal to the CORESET duration, or (b) a second value of the REG bundle size which is greater than the first value, - (a) for the first value of the REG bundle size, every REG within the same REG bundle occupies a same RB in the frequency domain, and - (b) for the second value of the REG bundle size, the same REG bundle covers multiple RBs in the frequency domain in the CORESET. obtaining higher layer information including a resource element group, REG, bundle size for bundling REGs, each REG occupying 1 resource block, RB, in a frequency domain during 1 orthogonal frequency divisional multiplexing, OFDM, symbol in a time domain; and performing, based on the higher layer information, a PDCCH reception in a control resource set, CORESET, by assuming that same precoding is used for REGs in a same REG bundle, wherein, based on an interleaved CCE-to-REG mapping being configured in the CORESET, and based on a CORESET duration configured for the CORESET being a plurality of OFDM symbols in the time domain: the same REG bundle for the same precoding relates to either (a) a first value of the REG bundle size, the first value being equal to the CORESET duration, or (b) a second value of the REG bundle size which is greater than the first value, - (a) for the first value of the REG bundle size, every REG within the same REG bundle occupies a same RB in the frequency domain, and - (b) for the second value of the REG bundle size, the same REG bundle covers multiple RBs in the frequency domain in the CORESET. - (a) for the first value of the REG bundle size, every REG within the same REG bundle occupies a same RB in the frequency domain, and - (b) for the second value of the REG bundle size, the same REG bundle covers multiple RBs in the frequency domain in the CORESET.
Pharmaceutical formulation, comprising: at least one phosphatidylcholine product of formula, wherein: R 1 is the residue of a saturated or unsaturated fatty acid with 12-24 carbon atoms, and R 2 is the residue of a saturated or unsaturated fatty acid with 12-24 carbon atoms, and wherein the phosphatidylcholine product contains the following amounts of fatty acids (in weight percent of the total amount of fatty acids in the PC): 55 - 72 linoleic acid 10 - 18 palmitic acid 07 - 15 oleic acid 02 - 08 linolenic acid 02 - 08 stearic acid, and at least one pharmaceutically acceptable excipient for delayed release of the phosphatidylcholine product, wherein the phosphatidylcholine product denotes at least 94 % by weight of all lipid/phospholipid components of the formulation. at least one phosphatidylcholine product of formula, wherein: R 1 is the residue of a saturated or unsaturated fatty acid with 12-24 carbon atoms, and R 2 is the residue of a saturated or unsaturated fatty acid with 12-24 carbon atoms, and wherein the phosphatidylcholine product contains the following amounts of fatty acids (in weight percent of the total amount of fatty acids in the PC): 55 - 72 linoleic acid 10 - 18 palmitic acid 07 - 15 oleic acid 02 - 08 linolenic acid 02 - 08 stearic acid, R 1 is the residue of a saturated or unsaturated fatty acid with 12-24 carbon atoms, and R 2 is the residue of a saturated or unsaturated fatty acid with 12-24 carbon atoms, and wherein the phosphatidylcholine product contains the following amounts of fatty acids (in weight percent of the total amount of fatty acids in the PC): and at least one pharmaceutically acceptable excipient for delayed release of the phosphatidylcholine product,
Leak detection device for measuring the differential pressure between a test chamber and a reference chamber which can be separated from the test chamber in a gas-tight manner by a first check valve, wherein a differential pressure sensor is connected to the reference chamber and to the test chamber in order to measure the differential pressure between the internal pressure of the reference chamber and the internal pressure of the test chamber, characterized in that the test chamber and the reference chamber are each formed as a film chamber, wherein the reference chamber volume is smaller than the test chamber volume and the ratio of the test chamber volume to the surface area of the flexible wall region of the test chamber adjacent to the test chamber volume and the ratio of the reference chamber volume to the surface area of the flexible wall region of the reference chamber adjacent to the reference chamber volume are substantially equal in that they differ by a maximum of 20 percent.
The use of thermoplastic molding compositions comprising, as essential components, A) a polyester where the term polyester also includes halogen-free polycarbonates, B) from 20 to 200 mmol/kg of polyester A) of at least one compound of the general formula where respectively independently at any position -A 1 - is -NR-, -S-, -CH = A 4 - where R is H or C 1-6 -alkyl, A 4 is N or CH A 2 is COOX or OX, where X is Li, Na, K, Rb, Cs, Mg/2, Ca/2, Sr/2, Ba/2, Al/3 A 3 is C 1-6 -alkyl, C 6-12 -aryl, C 7-13 -alkaryl, C 7-13 -aralkyl, O-C 1-6 -alkyl, O-C 6-12 -aryl, O-C 7-13 -alkaryl, O-C 7-13 -aralkyl, COOX', OX', SX', SO 3 X', where X' is H or X, S-C 1-6 -alkyl, S-C 6-12 -aryl, NR 2, halogen, NO 2, n is an integer of 1 or 2, and m is an integer from 0 to 4 - n, where m = 1, if A 3 = NO 2, with the proviso that the number of mmol is based on the group(s) COOX and OX and SX' where X' = X, to the extent that these are present in the compound of the general formula, and also moreover C) from 0 to 100% by weight of further added substances, based on the weight of component A), for producing laser-transparent moldings of any type. A) a polyester where the term polyester also includes halogen-free polycarbonates, B) from 20 to 200 mmol/kg of polyester A) of at least one compound of the general formula where respectively independently at any position -A 1 - is -NR-, -S-, -CH = A 4 - where R is H or C 1-6 -alkyl, A 4 is N or CH A 2 is COOX or OX, where X is Li, Na, K, Rb, Cs, Mg/2, Ca/2, Sr/2, Ba/2, Al/3 A 3 is C 1-6 -alkyl, C 6-12 -aryl, C 7-13 -alkaryl, C 7-13 -aralkyl, O-C 1-6 -alkyl, O-C 6-12 -aryl, O-C 7-13 -alkaryl, O-C 7-13 -aralkyl, COOX', OX', SX', SO 3 X', where X' is H or X, S-C 1-6 -alkyl, S-C 6-12 -aryl, NR 2, halogen, NO 2, n is an integer of 1 or 2, and m is an integer from 0 to 4 - n, where m = 1, if A 3 = NO 2, with the proviso that the number of mmol is based on the group(s) COOX and OX and SX' where X' = X, to the extent that these are present in the compound of the general formula, and also moreover -A 1 - is -NR-, -S-, -CH = A 4 - where R is H or C 1-6 -alkyl, A 4 is N or CH A 2 is COOX or OX, where X is Li, Na, K, Rb, Cs, Mg/2, Ca/2, Sr/2, Ba/2, Al/3 A 3 is C 1-6 -alkyl, C 6-12 -aryl, C 7-13 -alkaryl, C 7-13 -aralkyl, O-C 1-6 -alkyl, O-C 6-12 -aryl, O-C 7-13 -alkaryl, O-C 7-13 -aralkyl, COOX', OX', SX', SO 3 X', where X' is H or X, S-C 1-6 -alkyl, S-C 6-12 -aryl, NR 2, halogen, NO 2, n is an integer of 1 or 2, and m is an integer from 0 to 4 - n, where m = 1, if A 3 = NO 2, C) from 0 to 100% by weight of further added substances, based on the weight of component A),
Method of processing segments of tobacco leaves, the segments of the tobacco leaves being either butts or tips of tobacco leaves, comprising cutting or shredding the butts or tips to obtain light and heavy butt material or light and heavy tip material, respectively, guiding the tips or butts of the tobacco leaves separately towards cutting or shredding means, which comprise several circular blades, which are able to rotate, characterized by directing the tips or butts towards the blades of the cutting or shredding means with a stem of the tips or butts being parallel to the blades rotation.
A vacuum interrupter module for a tap changer, comprising: - an insulation plate having a first main side and a second main side opposite of the first main side, the second main side carrying copper bars used for a schematic connection of the vacuum interrupter module; - a vacuum interrupter assembly comprising a vacuum interrupter and a driving mechanism coupled with the vacuum interrupter; - a bypass switch assembly, comprising two bypass contacts, each one mechanically connected to a corresponding bypass lever; and - a control cam, characterized in that - the control cam is configured to actuate both the driving mechanism and, through the corresponding bypass levers, the two bypass contacts; and - the vacuum interrupter assembly comprising the vacuum interrupter and the driving mechanism, the bypass switch assembly comprising the two bypass contacts and the two corresponding bypass levers, and the control cam are arranged on the first main side of the insulation plate, such that essentially all mechanical components subject to wear are easily accessible in a mounted position of the vacuum interrupter module. - an insulation plate having a first main side and a second main side opposite of the first main side, the second main side carrying copper bars used for a schematic connection of the vacuum interrupter module; - a vacuum interrupter assembly comprising a vacuum interrupter and a driving mechanism coupled with the vacuum interrupter; - a bypass switch assembly, comprising two bypass contacts, each one mechanically connected to a corresponding bypass lever; and - a control cam, characterized in that - the control cam is configured to actuate both the driving mechanism and, through the corresponding bypass levers, the two bypass contacts; and - the vacuum interrupter assembly comprising the vacuum interrupter and the driving mechanism, the bypass switch assembly comprising the two bypass contacts and the two corresponding bypass levers, and the control cam are arranged on the first main side of the insulation plate, such that essentially all mechanical components subject to wear are easily accessible in a mounted position of the vacuum interrupter module.
A method of adjusting a calibration reagent used in calibrating a blood component measurement device intended for optical measurement of a blood component using a test paper, the method comprising: combining two (first and second) or more kinds of different dyes and adjusting in such a way that the variation tendency of the reflection-absorbance depending on the measurement temperature when measured by spotting said calibration reagent on one surface of said test paper and irradiating the other surface with a light of a specified wavelength becomes similar to the variation tendency of the reflection-absorbance depending on the measurement temperature when measured by spotting blood instead of said calibration reagent, characterized in that said two or more kinds of dyes comprise 6-amino-4-hydroxy-5-((4-nitro-2-sulfophenyl)azo)-2-naphthalenesulfonic acid and Alphazurine A. combining two (first and second) or more kinds of different dyes and adjusting in such a way that the variation tendency of the reflection-absorbance depending on the measurement temperature when measured by spotting said calibration reagent on one surface of said test paper and irradiating the other surface with a light of a specified wavelength becomes similar to the variation tendency of the reflection-absorbance depending on the measurement temperature when measured by spotting blood instead of said calibration reagent, characterized in that said two or more kinds of dyes comprise 6-amino-4-hydroxy-5-((4-nitro-2-sulfophenyl)azo)-2-naphthalenesulfonic acid and Alphazurine A.
A method of reducing variation of an energy storage or usage capacity of a battery across its cycle life, comprising: monitoring, with a voltage sensor, one or more voltages of one or more cells of the battery, characterised in that the monitoring is carried out for a predetermined discharge usage time; and when a profile of the one or more voltages during the predetermined discharge usage time meets a predefined usage criterion, increasing a discharge voltage limit of the one or more cells. monitoring, with a voltage sensor, one or more voltages of one or more cells of the battery, characterised in that the monitoring is carried out for a predetermined discharge usage time; and when a profile of the one or more voltages during the predetermined discharge usage time meets a predefined usage criterion, increasing a discharge voltage limit of the one or more cells.
A method for wireless communication, comprising: determining at least one parameter value for at least one transmission parameter for random access signaling based on a particular user equipment, UE, class, the at least one transmission parameter having different values for a plurality of UE classes; and sending the random access signaling based on the at least one parameter value for system access; wherein the random access signaling comprises a random access preamble, characterised in that the at least one transmission parameter comprises a target signal-to-noise ratio, SNR, for the random access preamble, and wherein the sending the random access signaling comprises determining transmit power of the random access preamble based on a target SNR value for the particular UE class, and sending the random access preamble with the determined transmit power. determining at least one parameter value for at least one transmission parameter for random access signaling based on a particular user equipment, UE, class, the at least one transmission parameter having different values for a plurality of UE classes; and sending the random access signaling based on the at least one parameter value for system access; wherein the random access signaling comprises a random access preamble, characterised in that the at least one transmission parameter comprises a target signal-to-noise ratio, SNR, for the random access preamble, and wherein the sending the random access signaling comprises determining transmit power of the random access preamble based on a target SNR value for the particular UE class, and sending the random access preamble with the determined transmit power.