mhurhangee/ep-ind-claims huggingface dataset:
A method of performing, by a user equipment, UE, an uplink transmission in a wireless communication system, the method comprising: receiving, from a base station, downlink control information, DCI, for a scheduling of an uplink shared channel; and performing a non-codebook based uplink transmission via the uplink shared channel based on the DCI, wherein the DCI includes a sounding reference signal resource indication, SRS resource indication, SRI, field carrying a SRI and a demodulation reference signal, DMRS, related field, wherein a number of layers for the uplink transmission is determined based on the SRI field, wherein a number of DMRS states of the DMRS related field is differently configured according to each value of the number of layers, and wherein a size of the DMRS related field is configured with a minimum bitwidth for representing the maximum number of DMRS states for the uplink transmission. receiving, from a base station, downlink control information, DCI, for a scheduling of an uplink shared channel; and performing a non-codebook based uplink transmission via the uplink shared channel based on the DCI, wherein the DCI includes a sounding reference signal resource indication, SRS resource indication, SRI, field carrying a SRI and a demodulation reference signal, DMRS, related field, wherein a number of layers for the uplink transmission is determined based on the SRI field, wherein a number of DMRS states of the DMRS related field is differently configured according to each value of the number of layers, and wherein a size of the DMRS related field is configured with a minimum bitwidth for representing the maximum number of DMRS states for the uplink transmission.
A method for the synthesis of d-Nebivolol and/or l -Nebivolol of the following formulas comprising the following steps: a) hydrolyzing a mixture of enantiomers of the 6-fluoro-2-carboxylic acid ester, wherein R 1 is a linear or branched C 1-5 alkyl group to give a mixture of acid and ester b) using thus obtained acid and ester for the synthesis respectively of the mixtures of epoxides and, c) resolving the mixtures of epoxides and to obtain respectively the compounds + and +. d) reacting the amino alcohols and with the epoxides and to obtain l -benzyl Nebivolol and d-benzyl Nebivolol e) removing the benzyl protecting group, characterized in that in step (a), hydrolizing is carried out by a stereoselective enzymatic hydrolysis reaction using an esterase obtained from genus Ophiostoma, to give the mixture of R acid with an enantiomeric excess of >70% and of S ester with an enantiomeric excess of >70%; and, in step (c), resolving the mixtures of epoxides and, is carried out kinetically by reacting them with benzylamine in a sterically hindered alcohol selected from isopropanol, sec-butanol, tert-butanol, 2-methyl-2-butanol, isoamyl alcohol, 2-methyl-2-pentanol. a) hydrolyzing a mixture of enantiomers of the 6-fluoro-2-carboxylic acid ester, wherein R 1 is a linear or branched C 1-5 alkyl group to give a mixture of acid and ester b) using thus obtained acid and ester for the synthesis respectively of the mixtures of epoxides and, c) resolving the mixtures of epoxides and to obtain respectively the compounds + and +. d) reacting the amino alcohols and with the epoxides and to obtain l -benzyl Nebivolol and d-benzyl Nebivolol e) removing the benzyl protecting group, characterized in that in step (a), hydrolizing is carried out by a stereoselective enzymatic hydrolysis reaction using an esterase obtained from genus Ophiostoma, to give the mixture of R acid with an enantiomeric excess of >70% and of S ester with an enantiomeric excess of >70%; and, in step (c), resolving the mixtures of epoxides and, is carried out kinetically by reacting them with benzylamine in a sterically hindered alcohol selected from isopropanol, sec-butanol, tert-butanol, 2-methyl-2-butanol, isoamyl alcohol, 2-methyl-2-pentanol.
A method for transmitting data, comprising: receiving, by a terminal device, a first signaling, wherein the first signaling is used for indicating the terminal device to transmit a first physical uplink channel on a first resource; determining, by the terminal device, whether a transmission parameter used for transmitting the first physical uplink channel satisfies a preset condition; and carrying, by the terminal device, data of a first type on the first physical uplink channel for transmission when the transmission parameter satisfies the preset condition, wherein the data of the first type is data of grant-free based transmission, wherein the transmission parameter of the first physical uplink channel comprise: a transmission block size, TBS, of data carried on the first physical uplink channel, characterized in that the present condition comprises: the TBS of data carried on the first physical uplink channel indicated by the first signaling is equal to the TBS of the data of the first type. receiving, by a terminal device, a first signaling, wherein the first signaling is used for indicating the terminal device to transmit a first physical uplink channel on a first resource; determining, by the terminal device, whether a transmission parameter used for transmitting the first physical uplink channel satisfies a preset condition; and carrying, by the terminal device, data of a first type on the first physical uplink channel for transmission when the transmission parameter satisfies the preset condition, wherein the data of the first type is data of grant-free based transmission, wherein the transmission parameter of the first physical uplink channel comprise: a transmission block size, TBS, of data carried on the first physical uplink channel, characterized in that the present condition comprises: the TBS of data carried on the first physical uplink channel indicated by the first signaling is equal to the TBS of the data of the first type.
A spinal device comprising: a variable-length member comprising a ratchet mechanism that has an operative configuration that allows a change in length of said variable-length member in one direction and prevents a change in length of said variable-length member in an opposite direction, wherein said variable-length member comprises polyaxial-joint attachment members for attachment to bone, which permit pivoting movement of said attachment members about more than one pivoting axis, characterised by a force applicator operative to adjust or advance said ratchet mechanism, wherein said force applicator comprises a cam which has a tooth that engages a ratchet rack of said ratchet mechanism. a variable-length member comprising a ratchet mechanism that has an operative configuration that allows a change in length of said variable-length member in one direction and prevents a change in length of said variable-length member in an opposite direction, wherein said variable-length member comprises polyaxial-joint attachment members for attachment to bone, which permit pivoting movement of said attachment members about more than one pivoting axis,
A method for identifying a peptide scission enzyme inhibitor comprising: a. performing a low kcat substrate assay by contacting each of a plurality of substrates with a target peptide scission enzyme to identify at least one high kcat peptide substrate and at least one low kcat peptide substrate being poorly cleavable by the target peptide scission enzyme, wherein the low kcat peptide substrate has a cleavability rate of less than 35% of the cleavability rate of the most highly cleaved substrate in the assay; and b. performing an enzyme active site competitive binding assay using the target peptide scission enzyme, at least one high kcat substrate identified in step a. and at least one low kcat substrate identified in step a. and identifying thereby at least one low kcat substrate being an active site binding inhibitor, which inhibits the cleavage of at least one high kcat substrate by the target peptide scission enzyme by binding to the active site of the target peptide scission enzyme, thereby identifying a low kcat active site binding enzyme inhibitor comprising an amino acid core or peptide core. a. performing a low kcat substrate assay by contacting each of a plurality of substrates with a target peptide scission enzyme to identify at least one high kcat peptide substrate and at least one low kcat peptide substrate being poorly cleavable by the target peptide scission enzyme, wherein the low kcat peptide substrate has a cleavability rate of less than 35% of the cleavability rate of the most highly cleaved substrate in the assay; and b. performing an enzyme active site competitive binding assay using the target peptide scission enzyme, at least one high kcat substrate identified in step a. and at least one low kcat substrate identified in step a. and identifying thereby at least one low kcat substrate being an active site binding inhibitor, which inhibits the cleavage of at least one high kcat substrate by the target peptide scission enzyme by binding to the active site of the target peptide scission enzyme, thereby identifying a low kcat active site binding enzyme inhibitor comprising an amino acid core or peptide core.
A transmitter for a transmission system, wherein the transmission system comprises the transmitter, a channel and a receiver, wherein the transmitter includes a transmitter algorithm for converting one or more inputs into one or more data symbols and a modulator for converting said data symbols into transmit symbols in accordance with a modulation scheme, wherein the transmitter further comprises: means for initialising trainable parameters of the transmission system, wherein the trainable parameters of the transmission system include a probability function defining a probability that individual data symbols are output by the transmitter algorithm; means for generating training symbols on the basis of a distribution function, wherein the distribution function is differentiable, and wherein the distribution function is an approximation of the probability function; means for transmitting modulated training symbols to the receiver over the channel in a training mode; means for generating a loss function based on the generated training symbols and the modulated training symbols as received at the receiver of the transmission system; means for generating updated parameters of the transmission system in order to minimise the loss function, wherein generating updated parameters of the transmission system comprise updating the parameters of the transmitter algorithm; and means for repeating the generating the training symbols, generating the loss function and updating parameters of the transmission system until a first condition is reached. means for initialising trainable parameters of the transmission system, wherein the trainable parameters of the transmission system include a probability function defining a probability that individual data symbols are output by the transmitter algorithm; means for generating training symbols on the basis of a distribution function, wherein the distribution function is differentiable, and wherein the distribution function is an approximation of the probability function; means for transmitting modulated training symbols to the receiver over the channel in a training mode; means for generating a loss function based on the generated training symbols and the modulated training symbols as received at the receiver of the transmission system; means for generating updated parameters of the transmission system in order to minimise the loss function, wherein generating updated parameters of the transmission system comprise updating the parameters of the transmitter algorithm; and means for repeating the generating the training symbols, generating the loss function and updating parameters of the transmission system until a first condition is reached.
A carbon fiber containing Fe element; Co element; at least one element selected from the group consisting of Ti, V and Cr; and at least one element selected from the group consisting of W and Mo; and in which the graphite layer in the carbon fiber is approximately parallel with the fiber axis of the carbon fiber, the carbon fiber having a fiber diameter of 5 nm or more and 100 nm or less and being tubular.
Method for heating a liquid, which is contained in a cooking vessel, by means of an induction heating device, wherein the induction heating device comprises a resonant circuit having an induction heating coil, comprising the steps of: a) continuously determining a parameter value of the resonant circuit, which is dependent on a temperature of the cooking vessel, b) applying a radio-frequency square-wave voltage to the resonant circuit for the purpose of supplying heating power to the cooking vessel at a predefined heating power setpoint value, and c) evaluating the time profile of the parameter value for determining the boiling point of the liquid, characterized by the steps of d) after the boiling point has been determined, reducing the heating power setpoint value by a predefined amount during a predefined time period, e) after the predefined time period has elapsed, determining and storing a current parameter value, and f) regulating the parameter value to a setpoint value which is dependent on the stored parameter value. a) continuously determining a parameter value of the resonant circuit, which is dependent on a temperature of the cooking vessel, b) applying a radio-frequency square-wave voltage to the resonant circuit for the purpose of supplying heating power to the cooking vessel at a predefined heating power setpoint value, and c) evaluating the time profile of the parameter value for determining the boiling point of the liquid, d) after the boiling point has been determined, reducing the heating power setpoint value by a predefined amount during a predefined time period, e) after the predefined time period has elapsed, determining and storing a current parameter value, and f) regulating the parameter value to a setpoint value which is dependent on the stored parameter value.
Optical rangefinder comprising: - a photosensor adapted to provide transformation of an image projected onto it into a corresponding electronic signal, - an imaging system adapted to provide projection of an image of at least one object on the photosensor, - spectral processing means adapted to provide the spatial spectrum of the image by spectral decomposition, and, - defocus processing means adapted to provide the distance from the object to the optical rangefinder based on a degree of defocus of the image, characterized in that the optical rangefinder includes: - at least one chiral optical arrangement adapted to provide chiral modulation such that the degree of displacement of the spatial spectrum relative to a reference pattern depends on the degree of defocus of the image, with the spatial spectrum comprising at least one detectable feature, with: - chiral modulation meaning modulation of phase and amplitude of light such that the generalized pupil function of the optical system is not invariant under parity transformation, - reference pattern meaning any synthetic structure in the spatial spectrum domain suitable to measure said degree of displacement, - detectable feature meaning a feature created by the chiral optical arrangement independent from the object for allowing determination of said degree of displacement of the spatial spectrum relative to said reference pattern, - additional processing means adapted to derive, without a deconvolution step, the degree of defocus of the image from said degree of displacement by comparison of the spatial spectrum with said reference pattern. - a photosensor adapted to provide transformation of an image projected onto it into a corresponding electronic signal, - an imaging system adapted to provide projection of an image of at least one object on the photosensor, - spectral processing means adapted to provide the spatial spectrum of the image by spectral decomposition, and, - defocus processing means adapted to provide the distance from the object to the optical rangefinder based on a degree of defocus of the image, - at least one chiral optical arrangement adapted to provide chiral modulation such that the degree of displacement of the spatial spectrum relative to a reference pattern depends on the degree of defocus of the image, with the spatial spectrum comprising at least one detectable feature, with: - chiral modulation meaning modulation of phase and amplitude of light such that the generalized pupil function of the optical system is not invariant under parity transformation, - reference pattern meaning any synthetic structure in the spatial spectrum domain suitable to measure said degree of displacement, - detectable feature meaning a feature created by the chiral optical arrangement independent from the object for allowing determination of said degree of displacement of the spatial spectrum relative to said reference pattern, - additional processing means adapted to derive, without a deconvolution step, the degree of defocus of the image from said degree of displacement by comparison of the spatial spectrum with said reference pattern.
A computer implemented method for providing access to a third party service, the method comprising the steps of: obtaining location and time data for each of a first plurality of mobile electronic devices, each mobile electronic device being associated with one user of a second plurality of users, said second plurality of users comprising a group of associated users; comparing a first set of location and time data obtained for a first mobile electronic device of said first plurality of mobile electronic devices to a second set of location and time data obtained for a second mobile electronic device of said first plurality of mobile electronic devices to determine that at least the first and the second mobile electronic devices were kept in close proximity to each other for a first predetermined period of time and over a predetermined distance covered together by the two mobile electronic devices; determining from said comparison of the first and second set of location and time data for said at least two mobile electronic devices that the first and second mobile electronic devices reached together an end-location wherein the end-location is confined within a boundary of a geofence; and in response to said determination, communicating, to a third party device, data comprising an identifier of a user associated with the respective first or second mobile electronic device to enable the third party device to provide access to the third party service for said user. obtaining location and time data for each of a first plurality of mobile electronic devices, each mobile electronic device being associated with one user of a second plurality of users, said second plurality of users comprising a group of associated users; comparing a first set of location and time data obtained for a first mobile electronic device of said first plurality of mobile electronic devices to a second set of location and time data obtained for a second mobile electronic device of said first plurality of mobile electronic devices to determine that at least the first and the second mobile electronic devices were kept in close proximity to each other for a first predetermined period of time and over a predetermined distance covered together by the two mobile electronic devices; determining from said comparison of the first and second set of location and time data for said at least two mobile electronic devices that the first and second mobile electronic devices reached together an end-location wherein the end-location is confined within a boundary of a geofence; and in response to said determination, communicating, to a third party device, data comprising an identifier of a user associated with the respective first or second mobile electronic device to enable the third party device to provide access to the third party service for said user.
A cardiac pacemaker system comprising • a control unit that has an energy source, an electronic control and a first electric contact surface, • a first probe for arranging in or on a first cardiac ventricle, and • a mounting device that can be inserted into a blood vessel, into which the control unit can be inserted and • that has a mounting element for releasably fastening the control unit to the mounting device, characterized in that • the mounting device has a first electric contact element that is electrically connected to the first probe and that is in electrical contact with the first contact surface when the control unit is fastened to the mounting device. • a control unit that has an energy source, an electronic control and a first electric contact surface, • a first probe for arranging in or on a first cardiac ventricle, and • a mounting device that can be inserted into a blood vessel, into which the control unit can be inserted and • that has a mounting element for releasably fastening the control unit to the mounting device, characterized in that • the mounting device has a first electric contact element that is electrically connected to the first probe and that is in electrical contact with the first contact surface when the control unit is fastened to the mounting device.
An output control device of a vehicle in which an internal combustion engine is mounted, the output control device comprising: an accelerator manipulation degree detector that detects an operation degree of an accelerator installed in the vehicle; a base request torque calculator that calculates a base request torque based on the operation degree of the accelerator; a request torque calculator that calculates a request torque based on the base request torque; characterized in that the output control device further comprises: a flow speed ratio calculator that obtains a flow speed ratio which is a ratio between a flow speed of an intake air of the internal combustion engine realizing a current base request torque which is currently calculated by the base request torque calculator and a flow speed of the intake air of the internal combustion engine realizing a previous request torque which is previously calculated by the request torque calculator; a base request torque corrector that corrects the base request torque based on the flow speed ratio; and a controller that controls a driving parameter of the internal combustion engine according to the current request torque which is currently calculated by the request torque calculator based on the current base request torque corrected by the base request torque corrector. an accelerator manipulation degree detector that detects an operation degree of an accelerator installed in the vehicle; a base request torque calculator that calculates a base request torque based on the operation degree of the accelerator; a request torque calculator that calculates a request torque based on the base request torque; a flow speed ratio calculator that obtains a flow speed ratio which is a ratio between a flow speed of an intake air of the internal combustion engine realizing a current base request torque which is currently calculated by the base request torque calculator and a flow speed of the intake air of the internal combustion engine realizing a previous request torque which is previously calculated by the request torque calculator; a base request torque corrector that corrects the base request torque based on the flow speed ratio; and a controller that controls a driving parameter of the internal combustion engine according to the current request torque which is currently calculated by the request torque calculator based on the current base request torque corrected by the base request torque corrector.