mhurhangee/ep-ind-claims huggingface dataset:
A method for determining statistics for the Direction of Departure between a User Equipment, a UE, in a cellular system and a site for a base station which serves two or more cells in the cellular system and which is equipped with at least one antenna per served cell, the method comprising: - receiving by the base station measurement reports from the UE which include the strength of signals received by the UE from two or more of the cells which are served by the base station; the method further comprising, for at least one pair of cells served by the base station: - Determining whether or not the UE was limited in measuring the strength of the signals from one of the cells in the pair, wherein the UE is only capable of measuring signal strengths which differ from each other by less than a maximum difference and the UE is limited in measuring a weaker signal if the difference between the signals from two cells is greater than said maximum difference; - If the UE was limited, determining said statistics using the signal strengths from the cells in the pair, the cells' antenna gain towards the UE, and the maximum difference between the signal strengths from the cells in the pair; and - If the UE was not limited, determining said statistics using the signal strengths from the cells in the pair and differences in the cells' antenna gain towards the UE. - receiving by the base station measurement reports from the UE which include the strength of signals received by the UE from two or more of the cells which are served by the base station; - Determining whether or not the UE was limited in measuring the strength of the signals from one of the cells in the pair, wherein the UE is only capable of measuring signal strengths which differ from each other by less than a maximum difference and the UE is limited in measuring a weaker signal if the difference between the signals from two cells is greater than said maximum difference; - If the UE was limited, determining said statistics using the signal strengths from the cells in the pair, the cells' antenna gain towards the UE, and the maximum difference between the signal strengths from the cells in the pair; and - If the UE was not limited, determining said statistics using the signal strengths from the cells in the pair and differences in the cells' antenna gain towards the UE.
A network packet processing method, comprising: receiving a first Transmission Control Protocol, TCP, packet sent by a client, wherein the first TCP packet comprises a first quintuple; determining whether a TCP connection identified by the first quintuple is a steady TCP connection or an unsteady connection; when a TCP connection identified by the first quintuple is an unsteady TCP connection, processing the first packet by using a first thread, wherein the unsteady TCP connection represents a TCP connection in an establishment process or a disconnection process, and the first thread is a control thread used to process the unsteady TCP connection; when a TCP connection identified by the first quintuple is an steady TCP connection, processing the first packet by using a second thread, wherein the steady TCP connection represents a TCP connection in a data transmission process, and the second thread is a data processing thread used to process the steady TCP connection, wherein, for a TCP connection, the data transmission process is performed after the establishment process and before the disconnection process. receiving a first Transmission Control Protocol, TCP, packet sent by a client, wherein the first TCP packet comprises a first quintuple; determining whether a TCP connection identified by the first quintuple is a steady TCP connection or an unsteady connection; when a TCP connection identified by the first quintuple is an unsteady TCP connection, processing the first packet by using a first thread, wherein the unsteady TCP connection represents a TCP connection in an establishment process or a disconnection process, and the first thread is a control thread used to process the unsteady TCP connection; when a TCP connection identified by the first quintuple is an steady TCP connection, processing the first packet by using a second thread, wherein the steady TCP connection represents a TCP connection in a data transmission process, and the second thread is a data processing thread used to process the steady TCP connection, wherein, for a TCP connection, the data transmission process is performed after the establishment process and before the disconnection process.
A binder composition for electrode, comprising polymer particles containing (a) an ethylenic unsaturated carboxylic ester compound and (b) an ethylenic unsaturated sulfonic acid compound at a (a)/ (b) mass ratio of (98 to 91)/(2 to 9) in a total (a) and (b) amount of 70 mass % or more, based on the monomeric raw materials, and (c) an ethylenic unsaturated carboxylic acid, characterized in that the content of the ethylenic unsaturated carboxylic acid is 0.1 to 1.0 mass % based on the total amount of the monomeric raw material.
Formwork, in particular cornice formwork, comprising an outer formwork element, an inner formwork element, preferably also a floor formwork element, a support bracket comprising a horizontal beam, a supporting element, preferably a vertical beam, wherein the first longitudinal end of the horizontal beam of the support bracket is attached to the supporting element, the outer formwork element, preferably also the floor formwork element, is fastened to the support bracket and the inner formwork element is fastened to the supporting element, whereiun the inner formwork element being afastened to the supporting element via a holder, characterised in that the holder comprises a formwork wedge which is displaceable along the supporting element, wherein the formwork wedge comprises a wedge surface on the side facing the inner formwork element and, due to the wedge shape, a horizontal release of the inner formwork element is achieved during stripping when the formwork wedge is displaced. an inner formwork element, preferably also a floor formwork element, a support bracket comprising a horizontal beam, a supporting element, preferably a vertical beam, wherein the first longitudinal end of the horizontal beam of the support bracket is attached to the supporting element, the outer formwork element, preferably also the floor formwork element, is fastened to the support bracket and the inner formwork element is fastened to the supporting element, whereiun the inner formwork element being afastened to the supporting element via a holder, characterised in that the holder comprises a formwork wedge which is displaceable along the supporting element, wherein the formwork wedge comprises a wedge surface on the side facing the inner formwork element and, due to the wedge shape, a horizontal release of the inner formwork element is achieved during stripping when the formwork wedge is displaced.
An apparatus for tomosynthesis image reconstruction, comprising: - an input unit; - a processing unit; and - an output unit; wherein, the input unit is configured to provide the processing unit with a first projection image data set and a second projection image data set acquired after acquisition of the first projection image data set; wherein, the first projection image data set comprises first projection data, and the second projection image data set comprises second projection data; wherein the first projection image data set is useable for the reconstruction of a tomosynthesis image of at least a region of interest of a body part and wherein the second projection image data set is useable for the reconstruction of a tomosynthesis image of at least the region of interest of the body part; wherein, the processing unit is configured to select a subset of the first projection data; wherein, the processing unit is configured to reconstruct an enhanced image of at least the region of interest of the body part on the basis of the subset of the first projection data and second projection reconstruction data comprising at least a first subset of the second projection data; wherein the subset of the first projection data is selected on the basis of projection data from the second projection data that are detected as comprising data corresponding with at least one high contrast object being present; characterized in that between acquisition of the first projection image data and the second projection image data the apparatus is configured such that when a part of a biopsy equipment has been inserted into the body part, the second projection image data comprises image data relating to the part of a biopsy equipment; wherein the apparatus is configured such that the body part is in the same position during acquisition of the first projection image data and acquisition of the second projection image; and wherein, the output unit is configured to output information relating to the enhanced image of at least the region of interest of the body part. - an input unit; - a processing unit; and - an output unit;
Method for denitrogenation of natural gas by distillation wherein: i) natural gas (11, 12) cooled in an exchange line is separated in a system of columns including at least two columns (2, 3), ii) a nitrogen-enriched gas is drawn from one column of the system of columns and is heated in the exchange line, iii) a methane-enriched liquid is drawn from one column of the system of columns, pressurised and vaporised in the exchange line at at least one vaporisation pressure and at least one portion of the cooled natural gas expands in gaseous form in a turbine and is sent to one column of the system of columns in gaseous form characterised in that the methane-enriched liquid is vaporised in the exchange line at at least two vaporisation pressures, even three and characterised in that the energy provided by the turbine is valorised in at least one compressor (CBI, CBP) that compresses a gas of the method, with the compressor having an input temperature less than the ambient temperature, even less than -150°C, with the compressor (CBI, CBP) being directly driven by the turbine and with the gas of the method being a nitrogen-enriched gas coming from a column of the system of columns which is compressed in the compressor and is then used to heat the tank of another column of the system. i) natural gas (11, 12) cooled in an exchange line is separated in a system of columns including at least two columns (2, 3), ii) a nitrogen-enriched gas is drawn from one column of the system of columns and is heated in the exchange line, iii) a methane-enriched liquid is drawn from one column of the system of columns, pressurised and vaporised in the exchange line at at least one vaporisation pressure and at least one portion of the cooled natural gas expands in gaseous form in a turbine and is sent to one column of the system of columns in gaseous form characterised in that the methane-enriched liquid is vaporised in the exchange line at at least two vaporisation pressures, even three and characterised in that the energy provided by the turbine is valorised in at least one compressor (CBI, CBP) that compresses a gas of the method, with the compressor having an input temperature less than the ambient temperature, even less than -150°C, with the compressor (CBI, CBP) being directly driven by the turbine and with the gas of the method being a nitrogen-enriched gas coming from a column of the system of columns which is compressed in the compressor and is then used to heat the tank of another column of the system.
A method in a first network node, for configuring a second network node to operate either in cell mode or in beam mode when communicating with at least one user equipment (130, 140), wherein control signalling and data transmissions are transmitted between the second network node and the at least one user equipment (130, 140), when the second network node is configured in cell mode, and wherein at least some control signalling is transmitted between the first network node and the at least one user equipment (130, 140), while data transmissions are transmitted between the second network node and the at least one user equipment (130, 140) when the second network node is configured in beam mode, the method comprising: obtaining information for determining the operative mode of the second network node, comparing the obtained information with a threshold value, determining the operative mode of the second network node, based on the made comparison, and configuring the second network node in cell mode or in beam mode when communicating with the at least one user equipment (130, 140), according to the determined operative mode of the second network node. obtaining information for determining the operative mode of the second network node, comparing the obtained information with a threshold value, determining the operative mode of the second network node, based on the made comparison, and configuring the second network node in cell mode or in beam mode when communicating with the at least one user equipment (130, 140), according to the determined operative mode of the second network node.
Flux which is mixed with solder powder to produce solder paste, characterized in that the flux comprises 0.5-5.0 mass% of polyalkyl methacrylate having an alkyl group, and a thixotropic agent containg hardened castor oil which reduces a thixotropic index of the solder paste and enhances viscosity thereof, thereby preventing the viscosity of the solder paste from varying when stirring the solder paste.
A method of testing a seed, comprising: (a) submerging the seed in an aqueous solution wherein temperature of the aqueous solution is between 1 degree Celsius and 6 degrees Celsius and wherein the seed has an initial moisture content between 1% and 18%; and (b) evaluating the seed for germination; wherein the seed is a maize (Zea mays) seed. (a) submerging the seed in an aqueous solution wherein temperature of the aqueous solution is between 1 degree Celsius and 6 degrees Celsius and wherein the seed has an initial moisture content between 1% and 18%; and (b) evaluating the seed for germination;
A particulate water-absorbing agent comprising a water-absorbing resin as a main component and a chelating agent, the water-absorbing agent containing particles with a particle diameter of less than 300 μm and particles with a particle diameter of 300 μm or more but less than 850 μm, as specified by a Japanese Industrial Standard standardized sieve, wherein an amount of the chelating agent included is 0.001 to 5 parts by weight per 100 parts by weight of a water-absorbing resin in solid and satisfies Formula: [Mathematical 1] 1.2 < C 1 / C 2 < 4.0 where, in Formula, C1 indicates that an amount (ppm) of the chelating agent present in the particles of a particle diameter of less than 300 μm, as specified by a JIS standardized sieve, amongst particle components for the particulate water-absorbing agent, and C2 indicates that an amount (ppm) of the chelating agent present in the particles of a particle diameter of 300 μm or more but less than 850 μm, as specified by a JIS standardized sieve, amongst particle components for the particulate water-absorbing agent. wherein an amount of the chelating agent included is 0.001 to 5 parts by weight per 100 parts by weight of a water-absorbing resin in solid and satisfies Formula: [Mathematical 1] 1.2 < C 1 / C 2 < 4.0 where, in Formula, C1 indicates that an amount (ppm) of the chelating agent present in the particles of a particle diameter of less than 300 μm, as specified by a JIS standardized sieve, amongst particle components for the particulate water-absorbing agent, and C2 indicates that an amount (ppm) of the chelating agent present in the particles of a particle diameter of 300 μm or more but less than 850 μm, as specified by a JIS standardized sieve, amongst particle components for the particulate water-absorbing agent.
A hay preservative comprising a hay preserving and heat reducing effective amount of at least one enzyme having a chitinase activity, in combination with a hay preserving and heat reducing effective amount of a yeast of the genus Pichia or a bacteria of the genus Pediococcus, wherein the at least one enzyme having a chitinase activity has a chitinase activity in the range of about 6 U to 300 U per ton of hay to be treated, and wherein the hay preserving and heat reducing effective amount of a yeast of the genus Pichia or a bacteria of the genus Pediococcus is 10 5 to 10 15 viable organisms of the yeast or the bacteria per ton of hay to be treated, and wherein each enzyme unit liberate about 1.0 mg of N-acetyl-D-glucosamine from chitin (g) per hour at pH 6.0 and at a temperature of 25°C in a 2 hour assay.
A thermal storage device, such as an autonomous device, in particular a vacuum flask device, for storing and maintaining a body, such as a body of liquid, at a constant storage temperature different to a temperature external to such device, comprising: - a container for containing said body at said constant storage temperature; and - a thermal source for compensating heat transfer resulting from a thermal gradient between said external temperature and said constant storage temperature, the thermal source comprising a mass for accumulating thermal energy and for transferring heat from or to the container to compensate said heat transfer resulting from said thermal gradient and maintain said body at said constant storage temperature, the mass being in particular external to the container, characterized in that the mass is connected to said inner container via a thermal valve movable between heat conducting and heat-non conducting positions by a thermo-mechanical actuator. - a container for containing said body at said constant storage temperature; and - a thermal source for compensating heat transfer resulting from a thermal gradient between said external temperature and said constant storage temperature,
A vehicle control method, comprising: when an abnormal state occurs in a vehicle in a steering condition, determining whether the current abnormal state is understeering or oversteering; and adjusting (S107, S109) driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state, wherein the adjusting driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state comprises: when the vehicle is in understeering, adjusting the driving torque of the vehicle based on a first mapping relationship; and when the vehicle is in oversteering, adjusting the driving torque of the vehicle based on a second mapping relationship, wherein the first mapping relationship and the second mapping relationship are at least different in parameters involved, characterized in that: parameters involved in the first mapping relationship comprise a first parameter, and the first parameter is a quantity related to a steering wheel angle. when an abnormal state occurs in a vehicle in a steering condition, determining whether the current abnormal state is understeering or oversteering; and adjusting (S107, S109) driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state, wherein the adjusting driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state comprises: when the vehicle is in understeering, adjusting the driving torque of the vehicle based on a first mapping relationship; and when the vehicle is in oversteering, adjusting the driving torque of the vehicle based on a second mapping relationship, wherein the first mapping relationship and the second mapping relationship are at least different in parameters involved, characterized in that: parameters involved in the first mapping relationship comprise a first parameter, and the first parameter is a quantity related to a steering wheel angle. when the vehicle is in understeering, adjusting the driving torque of the vehicle based on a first mapping relationship; and when the vehicle is in oversteering, adjusting the driving torque of the vehicle based on a second mapping relationship, wherein the first mapping relationship and the second mapping relationship are at least different in parameters involved, characterized in that: parameters involved in the first mapping relationship comprise a first parameter, and the first parameter is a quantity related to a steering wheel angle.
An aircraft ottoman (102; 202; 302; 402; 502; 602; 702) comprising a cavity configured to receive a deployable ottoman extension (106; 206; 406; 606; 706); the deployable ottoman extension (106; 206; 406; 606; 706) configured to deploy out from the cavity by rotating about a pivot element and at least partially occupy a gap defined by a surface of a fully reclining seat when the fully reclining seat is inclined and the aircraft ottoman; an extension rail disposed in the cavity; and an extension guide disposed on an inferior surface of the deployable ottoman extension, wherein the extension guide is configured to engage the extension rail and define a maximum deployment of the deployable ottoman extension. the deployable ottoman extension (106; 206; 406; 606; 706) configured to deploy out from the cavity by rotating about a pivot element and at least partially occupy a gap defined by a surface of a fully reclining seat when the fully reclining seat is inclined and the aircraft ottoman; an extension rail disposed in the cavity; and an extension guide disposed on an inferior surface of the deployable ottoman extension, wherein the extension guide is configured to engage the extension rail and define a maximum deployment of the deployable ottoman extension.
Method for operating a static gas turbine equipped with at least one filter (32, 34) for purifying intake air, wherein from time to time partially to entirely unfiltered ambient air flows into the static gas turbine, characterized in that this is carried out for frequency support and to increase the power output of the gas turbine.