mhurhangee/ep-ind-claims huggingface dataset:
A test device for testing interoperability of railway vehicles (30, 31) that are intended to be part of a railway train, wherein the test device comprises: - at least one interface unit (11, 13, 15) adapted to establish and maintain communication between the test device and a railway vehicle (30, 31) under test via a train communication channel, - at least one connector for connecting the train communication channel to the at least one interface unit (11, 13, 15), - a data processing and control unit adapted to ∘ control output of communication signals via the at least one interface unit (11, 13, 15) to the railway vehicle (30, 31) under test and ∘ process communication signals received via the at least one interface unit (11, 13, 15) from the railway vehicle (30, 31) under test, thereby simulating a communication behaviour according to at least one functionality of a first railway vehicle coupled via the train communication channel to the railway vehicle (30, 31) under test, - a user interface adapted to output test results from testing the railway vehicle (30, 31) under test to a user and/or adapted to receive control input from a user in order to initiate and/or control testing the railway vehicle (30, 31) under test, characterized in that the test device further comprises a data storage comprising data enabling the data processing and control unit to simulate the communication behaviour of different types of railway vehicles that may be coupled to the railway vehicle (30, 31) under test or to another railway vehicle under test and enabling the data processing and control unit to evaluate the communication signals received in order to determine whether the railway vehicle (30, 31) under test or the other railway vehicle under test is correctly functioning within a railway train. - at least one interface unit (11, 13, 15) adapted to establish and maintain communication between the test device and a railway vehicle (30, 31) under test via a train communication channel, - at least one connector for connecting the train communication channel to the at least one interface unit (11, 13, 15), - a data processing and control unit adapted to ∘ control output of communication signals via the at least one interface unit (11, 13, 15) to the railway vehicle (30, 31) under test and ∘ process communication signals received via the at least one interface unit (11, 13, 15) from the railway vehicle (30, 31) under test, thereby simulating a communication behaviour according to at least one functionality of a first railway vehicle coupled via the train communication channel to the railway vehicle (30, 31) under test, ∘ control output of communication signals via the at least one interface unit (11, 13, 15) to the railway vehicle (30, 31) under test and ∘ process communication signals received via the at least one interface unit (11, 13, 15) from the railway vehicle (30, 31) under test, - a user interface adapted to output test results from testing the railway vehicle (30, 31) under test to a user and/or adapted to receive control input from a user in order to initiate and/or control testing the railway vehicle (30, 31) under test,
A method (400, 500) performed by one or more devices of telecommunications system, the method comprising: establishing (402, 502) a first Diameter communication interface between a Home Subscriber Service, HSS, of an IP Multimedia Subsystem, IMS, and a Telephony Application Server, TAS, associated with the IMS; receiving, at the TAS, a Session Initiation Protocol, SIP, INVITE message; determining, at the TAS, that the SIP INVITE message contains an Unstructured Supplementary Service Data, USSD, message; and sending, by the TAS, a first Diameter request to the HSS via the first Diameter communication interface, wherein the first Diameter request contains the USSD message; receiving, by the TAS, a Diameter answer from the HSS via first Diameter communication interface, wherein the Diameter answer contains a USSD response to the USSD message; and sending, by the TAS, a SIP BYE message that contains the USSD response. establishing (402, 502) a first Diameter communication interface between a Home Subscriber Service, HSS, of an IP Multimedia Subsystem, IMS, and a Telephony Application Server, TAS, associated with the IMS; receiving, at the TAS, a Session Initiation Protocol, SIP, INVITE message; determining, at the TAS, that the SIP INVITE message contains an Unstructured Supplementary Service Data, USSD, message; and sending, by the TAS, a first Diameter request to the HSS via the first Diameter communication interface, wherein the first Diameter request contains the USSD message; receiving, by the TAS, a Diameter answer from the HSS via first Diameter communication interface, wherein the Diameter answer contains a USSD response to the USSD message; and sending, by the TAS, a SIP BYE message that contains the USSD response.
A mast system (100, 300) for use with an underwater vehicle (100, 600), comprising: a support base defining a base axis; a mast arm (25, 300, 30) defining a longitudinal axis, and comprising a free longitudinal mast end and a mast mounting portion longitudinally spaced from said mast end; a mast payload bay provided at said mast end, configured for supporting a payload therein; a pressure vessel, wherein said payload bay is selectively reversibly retractable into said pressure vessel to enable isolating a payload bay pressure from an ambient pressure outside of said pressure vessel; said pressure vessel comprising a payload housing (400, 480) fixedly mounted to said mast mounting portion; the mast arm (25, 300, 30) being mounted to the support base via said mast mounting portion, and the mast arm (25, 300, 30) being selectively deployable with respect to the support base at least between a retracted configuration, in which said mast end is at a first spacing with respect to said mast mounting portion, and an extended configuration, in which said mast end is at a second spacing with respect to said mast mounting portion, wherein said second spacing is greater than said first spacing, wherein the mast system (100, 300) is configured for operating in a marine environment; and wherein said mast arm (25, 300, 30) is pivotably mounted to said support base about a pivot axis via said mast mounting portion, said pivot axis being orthogonal to said longitudinal axis.
A method for culturing an animal cell composition in a culture medium in the presence of unicellular algae and under exposure to light, wherein the animal cell composition contains two or more cell layers, the cell layers comprise a cell sheet, and the cell sheet is a cell sheet composed of four or more cell layers, and wherein at least a portion of the unicellular algae are seeded between two or more cell layers.
Process for preparing the compound of the formula characterized in that the compound of the formula is prepared by reaction of an ester of the formula (IVa) in which T 1 is (C 1 -C 4)-alkyl with formamide and the compound of the formula is dehydrated to give the compound of the formula. T 1 is (C 1 -C 4)-alkyl
A method comprising: receiving, by a computing system, a response matrix that represents, in respective dimensions, responses of a given playback device under respective iterations of a sound captured by a recording device, the iterations including first iterations with respective impairments to the recording device and second iterations without the respective impairments to the recording device; determining, by the computing system, principle components representing the axes of greatest variance in the response matrix, the principle components comprising respective eigenvectors that include a component for each of the respective iterations; determining a principle-component matrix that represents a given set of the principle components; determining a teaching matrix by projecting the principle-component onto the response matrix; training a neural network that includes an output layer comprising a neuron for each of the respective impairments by iteratively providing vectors of the teaching matrix to the neural network; and storing the trained neural network on a computing system. receiving, by a computing system, a response matrix that represents, in respective dimensions, responses of a given playback device under respective iterations of a sound captured by a recording device, the iterations including first iterations with respective impairments to the recording device and second iterations without the respective impairments to the recording device; determining, by the computing system, principle components representing the axes of greatest variance in the response matrix, the principle components comprising respective eigenvectors that include a component for each of the respective iterations; determining a principle-component matrix that represents a given set of the principle components; determining a teaching matrix by projecting the principle-component onto the response matrix; training a neural network that includes an output layer comprising a neuron for each of the respective impairments by iteratively providing vectors of the teaching matrix to the neural network; and storing the trained neural network on a computing system.
A decoding method for decoding a coded stream to generate a picture, on a block-by-block basis, the picture including a plurality of processing units, the processing units including a plurality of blocks smaller than the corresponding processing units, the decoding method comprising the steps of: reading processing unit information to specify a smallest size of a processing unit for which a quantization parameter is stored, from the coded stream; determining whether or not a current processing unit, has a size equal to said smallest size; reading the quantization parameter from the coded stream, if the size of the current processing unit is equal to said smallest size (S3: Yes); if the size of the current processing unit is not equal to said smallest size (S3: No), determining whether a particular flag of the current processing unit is set to zero, indicating that the current processing unit cannot be further split, and the size of the current processing unit is larger than said smallest size, and reading the quantization parameter from the coded stream if said flag is set to zero and the size of the current processing unit is larger than said smallest size (S5: Yes); and decoding coded data of the plurality of blocks of the current processing unit using the quantization parameter. reading processing unit information to specify a smallest size of a processing unit for which a quantization parameter is stored, from the coded stream; determining whether or not a current processing unit, has a size equal to said smallest size; reading the quantization parameter from the coded stream, if the size of the current processing unit is equal to said smallest size (S3: Yes); if the size of the current processing unit is not equal to said smallest size (S3: No), determining whether a particular flag of the current processing unit is set to zero, indicating that the current processing unit cannot be further split, and the size of the current processing unit is larger than said smallest size, and reading the quantization parameter from the coded stream if said flag is set to zero and the size of the current processing unit is larger than said smallest size (S5: Yes); and decoding coded data of the plurality of blocks of the current processing unit using the quantization parameter.
A robustness header compression processing method, comprising: receiving, by a compressor, a feedback transmitted by a decompressor, including a NACK feedback of a failed decompression carrying a CONTEXT_MEMORY option; after receiving the CONTEXT_MEMORY option transmitted by the decompressor, the compressor selecting to use Profile0 to perform data compression on packets to be compressed of a packet stream; and after determining that a number of the uses of the Profile0 to packets of the packet stream or time for using the Profile0 to packets of the packet stream reaches a first threshold, the compressor performing data compression using a Profile type to which the packets to be compressed belong. receiving, by a compressor, a feedback transmitted by a decompressor, including a NACK feedback of a failed decompression carrying a CONTEXT_MEMORY option; after receiving the CONTEXT_MEMORY option transmitted by the decompressor, the compressor selecting to use Profile0 to perform data compression on packets to be compressed of a packet stream; and after determining that a number of the uses of the Profile0 to packets of the packet stream or time for using the Profile0 to packets of the packet stream reaches a first threshold, the compressor performing data compression using a Profile type to which the packets to be compressed belong.
A method of wireless communication performed by a user equipment, UE, in time-division duplex, TDD, communication with a base station, comprising: receiving a channel state information, CSI, request from the base station; determining that CSI is to be estimated for an anchor reference TDD subframe and a non-anchor reference TDD subframe responsive to receiving the CSI request; estimating an anchor CSI for the anchor reference TDD subframe and a non-anchor CSI for the non-anchor reference TDD subframe; and transmitting at least a portion of the anchor CSI and the non-anchor CSI in one or more identified uplink subframes, the one or more identified uplink subframes determined based at least in part on a time of receipt of the CSI request wherein the transmitting comprises: transmitting the non-anchor CSI in a periodic CSI report; and transmitting the anchor CSI in an aperiodic CSI report. receiving a channel state information, CSI, request from the base station; determining that CSI is to be estimated for an anchor reference TDD subframe and a non-anchor reference TDD subframe responsive to receiving the CSI request; estimating an anchor CSI for the anchor reference TDD subframe and a non-anchor CSI for the non-anchor reference TDD subframe; and transmitting at least a portion of the anchor CSI and the non-anchor CSI in one or more identified uplink subframes, the one or more identified uplink subframes determined based at least in part on a time of receipt of the CSI request wherein the transmitting comprises: transmitting the non-anchor CSI in a periodic CSI report; and transmitting the anchor CSI in an aperiodic CSI report. transmitting the non-anchor CSI in a periodic CSI report; and transmitting the anchor CSI in an aperiodic CSI report.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a demodulation reference signal, DMRS, and a physical downlink shared channel (PDSCH) associated with the DMRS, the DMRS and the PDSCH spanning a plurality of symbols of a slot; decoding the PDSCH; performing a positioning measurement based on the DMRS and the decoded PDSCH; reporting, to a location server, the positioning measurement; the method characterised in that it further comprises: performing a positioning measurement at least based on the DMRS before performing the positioning measurement based on the DMRS and the decoded PDSCH; and reporting the positioning measurement at least based on the DMRS before reporting the positioning measurement based on the DMRS and the decoded PDSCH, wherein the positioning measurement based on the DMRS and the decoded PDSCH is reported as a relative value compared to the positioning measurement at least based on the DMRS. receiving a demodulation reference signal, DMRS, and a physical downlink shared channel (PDSCH) associated with the DMRS, the DMRS and the PDSCH spanning a plurality of symbols of a slot; decoding the PDSCH; performing a positioning measurement based on the DMRS and the decoded PDSCH; reporting, to a location server, the positioning measurement; the method characterised in that it further comprises: performing a positioning measurement at least based on the DMRS before performing the positioning measurement based on the DMRS and the decoded PDSCH; and reporting the positioning measurement at least based on the DMRS before reporting the positioning measurement based on the DMRS and the decoded PDSCH, wherein the positioning measurement based on the DMRS and the decoded PDSCH is reported as a relative value compared to the positioning measurement at least based on the DMRS.
A composition for application onto an object that is hazardous upon oral contact or ingestion, wherein the composition comprises an aversive agent, a salivating agent and a colourant.
A use of an aqueous inkjet ink for decorating a porous sound-absorbing material, the porous sound-absorbing material being a porous metal body and having a surface-treated layer formed using a porous sound-absorbing material-surface treatment liquid, the surface treatment liquid comprising water and a colorant-fixing component, and the colorant-fixing component comprising at least one component selected from the group consisting of cationic water-dispersible resins, inorganic particles having a median size measured by a dynamic light scattering method of less than 1 μm, and polyvalent metal salts, and the aqueous inkjet ink comprising water, a water-dispersible resin and/or a water-soluble resin, and a colorant.
Thermoplastic, unsaturated semi-crystalline polyester with a Mp of 35°C or above, measured via DSC according to the description, comprising allyl functional groups of formula 1 wherein X is selected from O, N, S and/or P, the value of n is 1 to 4, preferably 1 or 2, the value of p is 0 or 1, R is a substituted or unsubstituted aromatic, aliphatic or cycloaliphatic carbon chain with a number of carbon atoms from 0 to 10, preferably from 2 to 6, and m is at least 1, preferably between 1 and 3, said polyester having a melt viscosity at 130°C below 5 Pas, preferably below 3, more preferably below 1,5 Pas, measured according to the description, the polyester containing compounds supporting crystallinity selected from the group comprising saturated and unsaturated, unbranched aliphatic, cycloaliphatic and aromatic alcohols, polyols, carboxylic acids, di- and polycarboxylic acids, anhydrides and derivatives thereof and compounds exhibiting more than one of the listed functional groups, wherein the functional groups of cycloaliphatic and aromatic compounds are located opposite to each other, for example in case of six-membered rings in para/1,4-position, and in all cases the compounds supporting crystallinity contain no further substitution besides the above mentioned alcohol, anhydride or carboxylic groups or derivatives thereof, and wherein the mass fraction of compounds supporting crystallinity based on the mass of the polyester obtained from the synthesis is more than 70%, preferably more than 80%, more preferable more than 90% and most preferably more than 100%.
A polymerizable composition suitable for use in a planographic printing plate precursor, comprising a binder polymer, a polymerizable compound having an unsaturated group, and a diaryl iodonium salt having at least two electron-donating groups, wherein the binder polymer is an alkali-soluble resin, and wherein the electron-donating groups are alkoxy groups, wherein the binder polymer includes a structural unit represented by the following formula: wherein, in formula, R 1 represents a hydrogen atom or a methyl group; R 2 represents a linking group composed of 2 to 82 atoms selected from the group consisting of carbon atoms, hydrogen atoms, oxygen atoms, nitrogen atoms and sulfur atoms; A represents an oxygen atom or -NR 3 - wherein R 3 represents a hydrogen atom or a C 1-10 monovalent hydrocarbon group; and n is an integer of 1 to 5.
A conduit assembly orientated about a centerline for detachable engagement to a component in an axial direction, the conduit assembly comprising: a body including an internal surface having a circumferentially continuous first portion and a second portion axially disposed adjacent to the first portion and extending circumferentially by about 180 degrees or less; a saddle axially aligned to the second portion and detachably connected to the body, wherein the saddle extends circumferentially by about 180 degrees or more; a conduit; and a circumferentially continuous sealing interface carried between the first portion and the conduit, the sealing interface including a seal, constructed and arranged to slide axially with respect to and supported by at least one of the first portion and the conduit, characterised in that the sealing interface includes a carrier projecting radially outward from the conduit, wherein the carrier is proximate to an end of the conduit. a body including an internal surface having a circumferentially continuous first portion and a second portion axially disposed adjacent to the first portion and extending circumferentially by about 180 degrees or less; a saddle axially aligned to the second portion and detachably connected to the body, wherein the saddle extends circumferentially by about 180 degrees or more; a conduit; and a circumferentially continuous sealing interface carried between the first portion and the conduit, the sealing interface including a seal, constructed and arranged to slide axially with respect to and supported by at least one of the first portion and the conduit, characterised in that the sealing interface includes a carrier projecting radially outward from the conduit, wherein the carrier is proximate to an end of the conduit.
A method for controlling a braking system of a linear electromagnetic motor in a test apparatus, the electromagnetic motor having a moveable output shaft, comprising the steps of: receiving a velocity signal and/or an acceleration signal based on movement of the output shaft, said velocity signal and/or acceleration signal having a respective frequency spectrum; identifying an event from the velocity and/or the acceleration signal using the respective frequency spectrum, wherein said event corresponds to an uncontrolled movement of the output shaft and has a characteristic frequency spectrum. receiving a velocity signal and/or an acceleration signal based on movement of the output shaft, said velocity signal and/or acceleration signal having a respective frequency spectrum; identifying an event from the velocity and/or the acceleration signal using the respective frequency spectrum, wherein said event corresponds to an uncontrolled movement of the output shaft and has a characteristic frequency spectrum.
Process for preparing phosphoric acid from a solid phosphorus-containing material, comprising the steps of - reacting a solid phosphorus-containing material with strong acid in an amount of 1.0-15 mole acid, calculated as protons, per mole of phosphorus (calculated as P) in the solid phosphorus-containing material in a monophasic reaction medium comprising an organic solvent, to form a solution of phosphoric acid in organic solvent and remaining solid material, - separating the solution of phosphoric acid in organic solvent from the remaining solid material. - reacting a solid phosphorus-containing material with strong acid in an amount of 1.0-15 mole acid, calculated as protons, per mole of phosphorus (calculated as P) in the solid phosphorus-containing material in a monophasic reaction medium comprising an organic solvent, to form a solution of phosphoric acid in organic solvent and remaining solid material, - separating the solution of phosphoric acid in organic solvent from the remaining solid material.