mhurhangee/patent-ind-claim-en huggingface dataset:
A method for decoding a video signal, comprising: extracting, by entropy-decoding a entropy-coded bitstream, residual data for a current block that includes a current pixel and an adjacent pixel of the current pixel, flag information, and encoding mode information, wherein the residual data includes a residual value for the current pixel and a residual value for the adjacent pixel, the flag information indicates recalculation of the residual value of the current pixel based on the residual value of the adjacent pixel, and the encoding mode information indicates an intra prediction direction; when the flag information indicates recalculation of the residual value of the current pixel, recalculating a new residual value for the current pixel based on the extracted residual value for the current pixel and the residual value for the adjacent pixel, wherein the adjacent pixel is closest to the current pixel in the intra prediction direction; obtaining a prediction value of the current pixel according to the intra prediction direction; and, losslessly restoring the current pixel by using the recalculated residual value for the current pixel and the prediction value of the current pixel. extracting, by entropy-decoding a entropy-coded bitstream, residual data for a current block that includes a current pixel and an adjacent pixel of the current pixel, flag information, and encoding mode information, wherein the residual data includes a residual value for the current pixel and a residual value for the adjacent pixel, the flag information indicates recalculation of the residual value of the current pixel based on the residual value of the adjacent pixel, and the encoding mode information indicates an intra prediction direction; when the flag information indicates recalculation of the residual value of the current pixel, recalculating a new residual value for the current pixel based on the extracted residual value for the current pixel and the residual value for the adjacent pixel, wherein the adjacent pixel is closest to the current pixel in the intra prediction direction; obtaining a prediction value of the current pixel according to the intra prediction direction; and, losslessly restoring the current pixel by using the recalculated residual value for the current pixel and the prediction value of the current pixel.
A method of controlling use of data, the data being stored in a service provider system in a manner which is accessible to a trusted second security context in the service provider system but secure from the rest of the service provider system, wherein an access control list specifying that a valid use credential must be presented in order to grant a first type of use of the data is stored with the data, wherein the data comprises a cryptographic key K tenant , and wherein the access control list specifies that the cryptographic key, K tenant can be stored outside the second security context only when encrypted for storage by a key which cannot leave the second security context, the method comprising: generating a use credential in a first security context , wherein the use credential comprises: information from which the data corresponding to the use credential can be identified; information from which the expiry of the use credential can be determined; issuing the use credential and information from which the origin of the use credential can be validated; validating the use credential with respect to the access control list, and validating that the use credential has not expired at the second security context ; granting the first type of use of the data, in the second security context , on the condition that the use credential is valid and not expired. generating a use credential in a first security context , wherein the use credential comprises: information from which the data corresponding to the use credential can be identified; information from which the expiry of the use credential can be determined; information from which the data corresponding to the use credential can be identified; information from which the expiry of the use credential can be determined; issuing the use credential and information from which the origin of the use credential can be validated; validating the use credential with respect to the access control list, and validating that the use credential has not expired at the second security context ; granting the first type of use of the data, in the second security context , on the condition that the use credential is valid and not expired.
A method for multicomponent one-pot synthesis of the intermediate of atorvastatin calcium of formula I, comprising reacting a compound of Formula II with 4-fluorobenzaldehyde and isobutyraldehyde under the action of Cu(SbF 6 ) 2 and a catalyst A by a one-pot process to synthesize a compound of Formula I: wherein the multicomponent reaction is carried out in an aprotic polar solvent which is one selected from tetrahydrofuran and N,N-dimethylformamide, or a mixed solvent thereof. reacting a compound of Formula II with 4-fluorobenzaldehyde and isobutyraldehyde under the action of Cu(SbF 6 ) 2 and a catalyst A by a one-pot process to synthesize a compound of Formula I: wherein the multicomponent reaction is carried out in an aprotic polar solvent which is one selected from tetrahydrofuran and N,N-dimethylformamide, or a mixed solvent thereof.
A wind farm comprising a plurality of wind turbine generators , each of which comprises a rotor having one or more blades, an electrical generator driven by said rotor for converting rotation thereof into electrical power, an electrolyzer arrangement for production of hydrogen arranged for using electrical power from the electrical generator , a hydrogen storage arrangement for storing hydrogen produced by the electrolyser arrangement , and an electrical power generation arrangement for converting the stored hydrogen to electrical power, the wind farm further comprising a power transmission line for transmitting electrical power from the electrical generator and the electrical power generation arrangement of each of the wind turbine generators to an electrical grid , characterised in that the nominal power that can be transmitted from the wind farm by means of the power transmission line constitutes no more than 65%, preferably no more than 50%, such as in the range of 15% to 40%, of the sum of the nominal capacity of the electrical generators of all wind turbine generators in the wind farm . a rotor having one or more blades, an electrical generator driven by said rotor for converting rotation thereof into electrical power, an electrolyzer arrangement for production of hydrogen arranged for using electrical power from the electrical generator , a hydrogen storage arrangement for storing hydrogen produced by the electrolyser arrangement , and an electrical power generation arrangement for converting the stored hydrogen to electrical power, the wind farm further comprising a power transmission line for transmitting electrical power from the electrical generator and the electrical power generation arrangement of each of the wind turbine generators to an electrical grid , characterised in that the nominal power that can be transmitted from the wind farm by means of the power transmission line constitutes no more than 65%, preferably no more than 50%, such as in the range of 15% to 40%, of the sum of the nominal capacity of the electrical generators of all wind turbine generators in the wind farm .
Chimeric peptide comprising at least one first domain and at least one second domain linked by a covalent bond, the first domain comprising a trafficking sequence, and the second domain comprising a JNK inhibitor sequence for use in the treatment of a disease or disorder strongly related to JNK signaling in a subject by intravesical administration, wherein the disease or disorder strongly related to JNK signaling in a subject is cystitis, in particular interstitial cystitis, and wherein the chimeric peptide consists of the amino acid sequence of SEQ ID NO: 11.
A computer implemented method of restoring a form near a finish line of an abutment tooth or abutment tooth model which is changed by scanning, the method comprising: determining a temporary finish line having multiple points on scan data as an imaginary boundary line between a formed portion and an unformed portion of the abutment tooth or abutment tooth model by creating the scan data including three-dimensional data from raw scan data which is acquired by scanning the abutment tooth or abutment tooth model by a scanner ; characterized by deleting the scan data including the temporary finish line in an edge portion of the abutment tooth or abutment tooth model ; extending, in a portion in which the scanned data is deleted, a crown-side temporary finish line and a root-side temporary finish line in directions supplementing the deleted portion of the scan data , respectively; and restoring the finish line of the edge portion which is formed on the outer side than the edge portion of the deleted scan data based on the extended crown-side temporary finish line and the extended root-side temporary finish line . determining a temporary finish line having multiple points on scan data as an imaginary boundary line between a formed portion and an unformed portion of the abutment tooth or abutment tooth model by creating the scan data including three-dimensional data from raw scan data which is acquired by scanning the abutment tooth or abutment tooth model by a scanner ; characterized by deleting the scan data including the temporary finish line in an edge portion of the abutment tooth or abutment tooth model ; extending, in a portion in which the scanned data is deleted, a crown-side temporary finish line and a root-side temporary finish line in directions supplementing the deleted portion of the scan data , respectively; and restoring the finish line of the edge portion which is formed on the outer side than the edge portion of the deleted scan data based on the extended crown-side temporary finish line and the extended root-side temporary finish line .
Transmitter having a transmitter housing , an electronics unit and a display unit , wherein the electronics unit is designed for connection to a measured value sensor , wherein the electronics unit is connected to the display unit , and wherein the transmitter housing has at least one cable gland , characterized in that at least one connection module is arranged in the at least one cable gland , and that the at least one connection module comprises at least one operating element for communication with the display unit and/or the electronics unit .
A method comprising: combining one or more catecholate ligands and titanium oxychloride in an aqueous solution; and reacting the one or more catecholate ligands with the titanium oxychloride in the aqueous solution using acidic conditions to form a titanium catecholate complex. combining one or more catecholate ligands and titanium oxychloride in an aqueous solution; and reacting the one or more catecholate ligands with the titanium oxychloride in the aqueous solution using acidic conditions to form a titanium catecholate complex.
A detection device, comprising: a housing ; a circuit substrate disposed in the housing ; a sensor which is electrically connected to the circuit substrate and detects information of an object to be measured; a connector terminal which is formed integrally with the circuit substrate and electrically connectable to an external terminal; and a tubular connector (1 Ih) which is formed integrally with the housing, surrounds a periphery of the connector terminal, and is fittable to an external connector, wherein the circuit substrate comprises a substrate main body formed in a flat-plate shape, a printed wiring area of a printed wiring printed on a mounting surface of the substrate main body and the connector terminal , the connector terminal comprises a single extension plate extending from an edge of the substrate main body , and a terminal wiring which is printed on the single extension plate and forms a part of the printed wiring, and wherein the tubular connector is formed so as to define a connector space and to be fitted to the external connector. a housing ; a circuit substrate disposed in the housing ; a sensor which is electrically connected to the circuit substrate and detects information of an object to be measured; a connector terminal which is formed integrally with the circuit substrate and electrically connectable to an external terminal; and a tubular connector (1 Ih) which is formed integrally with the housing, surrounds a periphery of the connector terminal, and is fittable to an external connector, wherein the circuit substrate comprises a substrate main body formed in a flat-plate shape, a printed wiring area of a printed wiring printed on a mounting surface of the substrate main body and the connector terminal , the connector terminal comprises a single extension plate extending from an edge of the substrate main body , and a terminal wiring which is printed on the single extension plate and forms a part of the printed wiring, and
Lamp housing comprising a transparent housing compartment for holding a lamp , wherein the lamp housing encases and comprises a lamp control circuit for driving the lamp , the lamp control circuit comprising a lamp driving circuit for supplying power to the lamp and a communication circuit for receiving a lamp operating parameter, wherein the communication circuit comprises a memory and is configured to supply the lamp operating parameter to the lamp driving circuit , when the lamp driving circuit is supplied with a supply voltage; wherein the communication circuit is configured to receive the lamp operating parameter when no supply voltage is supplied to the lamp driving circuit; and characterized in that the memory has a first port for receiving said lamp operating parameter from an external device and a second port for supplying said lamp operating parameter to the lamp driving circuit.
Lighting device for a motor vehicle, wherein the lighting device comprises a laser light source (12a; 12b; 12c), which is designed to emit excitation radiation of at least one first wavelength, and a wavelength conversion element , which is designed to convert radiation of at least the first wavelength incident on the wavelength conversion element into radiation of at least one second wavelength that differs from the first wavelength and to emit the radiation, wherein the lighting device is designed in such a way that excitation light emitted by the laser light source (12a; 12b; 12c) at least partly strikes the wavelength conversion element . and wherein the lighting device has a sensor device for checking a composition of the radiation, characterised in that the lighting device has a micromirror arrangement having a plurality of micromirrors , in order to reflect radiation emitted by the wavelength conversion element , wherein the micromirrors are arranged movably relative to the wavelength conversion element , wherein the lighting device is configured in such a way that in functional operation of the lighting device the micromirrors are repeatedly moved at least intermittently and at predetermined time intervals from a respective first positioning area and/or second positioning area into a third positioning area different from the first and second positioning area, wherein a respective micromirror is arranged in the third positioning area in such a way that, in functional operation of the lighting device , radiation emitted by the wavelength conversion element and incident on the micromirrors is predominantly reflected on the sensor device .
A method of activating a transmitter in a rapid fashion, the transmitter configured for physical engagement with an indwelling glucose sensor , the transmitter configured for transmitting signals representative of measured glucose concentration values to a mobile device, comprising: transmitting a wake-up command from a Health Care Professional, HCP, device to the transmitter using near field communications, detecting by the transmitter a sensor signal from the glucose sensor ; wherein the transmitter transitions from an inactive state to an active state if both the wake-up command is received by the transmitter and the sensor signal of the glucose sensor is detected by the transmitter to be above a threshold. transmitting a wake-up command from a Health Care Professional, HCP, device to the transmitter using near field communications, detecting by the transmitter a sensor signal from the glucose sensor ; wherein the transmitter transitions from an inactive state to an active state if both the wake-up command is received by the transmitter and the sensor signal of the glucose sensor is detected by the transmitter to be above a threshold.
An animate surface cleaning composition comprising a non-ionic surfactant and a glycol ether, wherein the composition has a surface cleaning index of 1; wherein the composition has a pH of from 3 to 8; wherein the composition comprises less than 6% by weight non-ionic surfactant and the non-ionic surfactant is an alcohol ethoxylate; and wherein the glycol ether is dipropylene glycol n-butyl ether.
A method for controlling a phase modulator to display an image defined by image data , the method comprising: providing a model of a two-dimensional light source comprising a plurality of non-overlapping source regions (42 A) on a plane of the phase modulator, each of the source regions having a boundary , a corresponding source light intensity value and a source area and being associated with a corresponding display region of a display, each of the display regions having a corresponding display area; based on the image data , assigning a light intensity value to each of the display regions ; setting a target source area for each of the source regions such that a ratio of the target source area of the source region to the display area of the corresponding display region is proportional to a ratio of the light intensity value assigned to the corresponding display region to the source light intensity value for the source region; performing an optimization to determine configurations for the boundaries of the source regions which best satisfy an objective function which quantifies aggregate deviations of the areas of the source regions from the target source areas corresponding to the source regions; based on the configurations of the source region boundaries after the optimization, determining a normal vector for each of the source regions ; integrating the normal vectors to yield a solution phase function relating a phase of the phase modulator to position in two dimensions. providing a model of a two-dimensional light source comprising a plurality of non-overlapping source regions (42 A) on a plane of the phase modulator, each of the source regions having a boundary , a corresponding source light intensity value and a source area and being associated with a corresponding display region of a display, each of the display regions having a corresponding display area; based on the image data , assigning a light intensity value to each of the display regions ; setting a target source area for each of the source regions such that a ratio of the target source area of the source region to the display area of the corresponding display region is proportional to a ratio of the light intensity value assigned to the corresponding display region to the source light intensity value for the source region; performing an optimization to determine configurations for the boundaries of the source regions which best satisfy an objective function which quantifies aggregate deviations of the areas of the source regions from the target source areas corresponding to the source regions; based on the configurations of the source region boundaries after the optimization, determining a normal vector for each of the source regions ; integrating the normal vectors to yield a solution phase function relating a phase of the phase modulator to position in two dimensions.
A method for detecting a ground fault on an output line of an inverter using leg-shunt resistors, the method comprising: detecting (S10) output currents (lus, Ivs, Iws) for three phases of the inverter; determining (S20) whether or not a voltage according to a voltage utilization of the inverter is less than a preset allowable voltage level where the voltage utilization of the inverter is described by a percentage rate of an output voltage of the inverter to a DC link voltage of the inverter; determining (S30) whether or not an output current level of the inverter is less than a preset allowable current level when it is determined that a voltage according to the voltage utilization is not less than the preset allowable voltage level; applying a zero vector through a pulse-width modulation, and sampling (S40) output currents within a zero vector zone, when it is determined that the output current level of the inverter is not less than the preset allowable current level; determining (S50) an occurrence or non-occurrence of the ground fault on the inverter; wherein when the voltage according to the voltage utilization of the inverter is lower than the preset allowable voltage level, the determining of the occurrence or non-occurrence of the ground fault on the inverter is performed by determining whether or not a sum of three-phases output currents (Ius,Ivs, Iws) of the inverter is not less than a preset ground fault level, and wherein the occurrence or non-occurrence of the ground fault of the inverter is determined using the sampled output currents, after sampling (S40) of the output currents within the zero vector zone. detecting (S10) output currents (lus, Ivs, Iws) for three phases of the inverter; determining (S20) whether or not a voltage according to a voltage utilization of the inverter is less than a preset allowable voltage level where the voltage utilization of the inverter is described by a percentage rate of an output voltage of the inverter to a DC link voltage of the inverter; determining (S30) whether or not an output current level of the inverter is less than a preset allowable current level when it is determined that a voltage according to the voltage utilization is not less than the preset allowable voltage level; applying a zero vector through a pulse-width modulation, and sampling (S40) output currents within a zero vector zone, when it is determined that the output current level of the inverter is not less than the preset allowable current level; determining (S50) an occurrence or non-occurrence of the ground fault on the inverter; wherein when the voltage according to the voltage utilization of the inverter is lower than the preset allowable voltage level, the determining of the occurrence or non-occurrence of the ground fault on the inverter is performed by determining whether or not a sum of three-phases output currents (Ius,Ivs, Iws) of the inverter is not less than a preset ground fault level, and wherein the occurrence or non-occurrence of the ground fault of the inverter is determined using the sampled output currents, after sampling (S40) of the output currents within the zero vector zone.