mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing carrier aggregation, comprising: determining, by a primary base station, to add a cell of a secondary base station for a user equipment UE; sending, by the primary base station, a first message to the UE, wherein the first message is used to instruct the UE to add the cell, the first message comprises configuration information of the cell, and, an identifier or index of the secondary base station to which the cell belongs; wherein, before sending the first message to the UE, sending, by the primary base station, a second message to the secondary base station for requesting the secondary base station to add the cell for the UE, wherein the second message comprises an identifier of the cell and the index of the cell; receiving, by the primary base station, a third message from the secondary base station for responding to the second message, wherein the third message comprises the configuration information of the cell; wherein the second message is further used to request the secondary base station to add a data radio bearer DRB for the UE, and the second message further comprises an identifier of the DRB and configuration information of an evolved radio access bearer E-RAB corresponding to the DRB; wherein the first message is further used to instruct the UE to add a DRB and associate the DRB to the secondary base station, and the first message further comprises configuration information of the DRB, an identifier of the DRB, and an identifier or index of the secondary base station to which the DRB is associated. determining, by a primary base station, to add a cell of a secondary base station for a user equipment UE; sending, by the primary base station, a first message to the UE, wherein the first message is used to instruct the UE to add the cell, the first message comprises configuration information of the cell, and, an identifier or index of the secondary base station to which the cell belongs; wherein, before sending the first message to the UE, sending, by the primary base station, a second message to the secondary base station for requesting the secondary base station to add the cell for the UE, wherein the second message comprises an identifier of the cell and the index of the cell; receiving, by the primary base station, a third message from the secondary base station for responding to the second message, wherein the third message comprises the configuration information of the cell; wherein the second message is further used to request the secondary base station to add a data radio bearer DRB for the UE, and the second message further comprises an identifier of the DRB and configuration information of an evolved radio access bearer E-RAB corresponding to the DRB; wherein the first message is further used to instruct the UE to add a DRB and associate the DRB to the secondary base station, and the first message further comprises configuration information of the DRB, an identifier of the DRB, and an identifier or index of the secondary base station to which the DRB is associated.
An upgradable cockpit for a vehicle, comprising: a processor; and an interface communicatively connected to the processor (processor); the interface having a plurality of inputs and outputs; wherein the processor is configured to: detect disconnection of a first vehicle head-unit from the interface; detect connection of a second vehicle head-unit to the interface; authenticate the second vehicle head-unit for operation in the vehicle; reconfigure the plurality of inputs and outputs for one or more features of the second vehicle head-unit; and download user preferences to the second vehicle head-unit. a processor; and an interface communicatively connected to the processor (processor); the interface having a plurality of inputs and outputs; wherein the processor is configured to: detect disconnection of a first vehicle head-unit from the interface; detect connection of a second vehicle head-unit to the interface; authenticate the second vehicle head-unit for operation in the vehicle; reconfigure the plurality of inputs and outputs for one or more features of the second vehicle head-unit; and download user preferences to the second vehicle head-unit. detect disconnection of a first vehicle head-unit from the interface; detect connection of a second vehicle head-unit to the interface; authenticate the second vehicle head-unit for operation in the vehicle; reconfigure the plurality of inputs and outputs for one or more features of the second vehicle head-unit; and download user preferences to the second vehicle head-unit.
A method for determining the location of an interface of interest (18, 20) in a target domain in an industrial process equipment, between a free volume of a flowable material and a solid material (11, 17) limiting said free volume, the method comprising the steps of: - providing a mathematical model of the target domain determining, for a plurality of pairs of electrode groups, the electrodes of the electrode groups being arranged in capacitance measurement connection with the target domain and supported by a solid support body having a boundary surface in the target domain which boundary surface defines an interface between the support body and the exterior thereof, a characteristic electrical quantity proportional to the capacitance of a capacitor formed by a pair of electrode groups; - receiving measurements of the characteristic electrical quantity for a plurality of pairs of electrode groups; - adjusting the mathematical model so as to reduce the differences between the measured characteristic electrical quantity values and those determined by the mathematical model; and - determining the location of the interface of interest (18, 20) on the basis of the adjusted mathematical model; wherein the step of adjusting the mathematical model comprises varying the location of the boundary surface in order to take into account, in determining the location of the interface of interest (18, 20), possible wear of the boundary surface. - providing a mathematical model of the target domain determining, for a plurality of pairs of electrode groups, the electrodes of the electrode groups being arranged in capacitance measurement connection with the target domain and supported by a solid support body having a boundary surface in the target domain which boundary surface defines an interface between the support body and the exterior thereof, a characteristic electrical quantity proportional to the capacitance of a capacitor formed by a pair of electrode groups; - receiving measurements of the characteristic electrical quantity for a plurality of pairs of electrode groups; - adjusting the mathematical model so as to reduce the differences between the measured characteristic electrical quantity values and those determined by the mathematical model; and - determining the location of the interface of interest (18, 20) on the basis of the adjusted mathematical model;
Bicycle and/or LEV, having a head tube, a fork steerer tube that can be inserted into the head tube, and a steerable ride assist system, wherein the ride assist system comprises: a fastening device (10; 10'), which comprises a fastening section for fastening the ride assist system to the fork steerer tube of the bicycle and/or LEV; and a functional unit, which is connected to the fastening device (10; 10 ', 10") and comprises such a geometric dimension that, when the ride assist system is fastened to the fork steerer tube, which is inserted into the head tube, of the bicycle and/or LEV, by means of the fastening device (10; 10', 10") a steered rotational movement of the functional unit within the head tube of the bicycle and/or LEV is ensured without hindrance, characterised in that the functional unit is designed as a front light system, radar system, camera system, laser system, ultrasound system and/or lidar system. a functional unit, which is connected to the fastening device (10; 10 ', 10") and comprises such a geometric dimension that, when the ride assist system is fastened to the fork steerer tube, which is inserted into the head tube, of the bicycle and/or LEV, by means of the fastening device (10; 10', 10") a steered rotational movement of the functional unit within the head tube of the bicycle and/or LEV is ensured without hindrance, characterised in that the functional unit is designed as a front light system, radar system, camera system, laser system, ultrasound system and/or lidar system.
A polyester-based pressure-sensitive adhesive composition comprising a polyester obtained by condensation polymerization of at least a carboxylic acid component and a diol component, a polyether polyol, and a crosslinking agent, wherein the carboxylic acid component contains a dicarboxylic acid having a side chain in an amount of 50 to 90% by weight and a tricarboxylic acid having a side chain in an amount of 10 to 50% by weight, and wherein the polyester has a weight average molecular weight of 5000 to 150000 based on the method for measuring the weight average molecular weight described in the examples of the present specification.
A flight control system comprising a pitch control system configured to vary a pitch angle of at least one of a plurality of propeller blades of a propeller system of a translational thrust system of a rotary wing aircraft, characterized in that the pitch control system comprises: a switch movable between a neutral position and a plurality of non-neutral positions, wherein movement of the switch to a first non-neutral position generates a command to move the propeller blades in a first direction, movement of the switch to a second non-neutral position generates a command to move the propeller blades in a second direction, and movement of the switch to a third non-neutral position generates a command to move the propeller blades to a zero thrust position.
A can body manufacturing system comprising: a can body conveyance route by which can bodies are conveyed, provided to branch halfway and thereafter merge again, the can body conveyance route at least including a first branching conveyance route and a second branching conveyance route; a first printing device performing printing on can bodies conveyed by the first branching conveyance route; a second printing device performing printing on can bodies conveyed by the second branching conveyance route, the number of can bodies on which printing is performed by the second printing device per unit time being different from the number of can bodies on which printing is performed by the first printing device per unit time; characterized by at least one of a can body storage part provided in the first branching conveyance route for temporarily storing can bodies on which printing by the first printing device has been performed and a can body storage part provided in the second branching conveyance route for temporarily storing can bodies on which printing by the second printing device has been performed. a can body conveyance route by which can bodies are conveyed, provided to branch halfway and thereafter merge again, the can body conveyance route at least including a first branching conveyance route and a second branching conveyance route; a first printing device performing printing on can bodies conveyed by the first branching conveyance route; a second printing device performing printing on can bodies conveyed by the second branching conveyance route, the number of can bodies on which printing is performed by the second printing device per unit time being different from the number of can bodies on which printing is performed by the first printing device per unit time; characterized by at least one of a can body storage part provided in the first branching conveyance route for temporarily storing can bodies on which printing by the first printing device has been performed and a can body storage part provided in the second branching conveyance route for temporarily storing can bodies on which printing by the second printing device has been performed.
A laser printing system for illuminating an object moving relative to a laser module of the laser printing system in a working plane, the laser module comprising at least two laser arrays of semiconductor lasers and at least one optical element, wherein the optical element is adapted to image laser light emitted by the laser arrays, such that laser light of semiconductor lasers of one laser array is imaged to one pixel in the working plane of the laser printing system and an area element of the pixel is illuminated by means of at least two semiconductor lasers, characterized in that the optical element is arranged in a way that an object plane of the optical element with respect to the working plane does not coincide with a plane of the semiconductor lasers such that the cones of laser light emitted by adjacent semiconductor lasers overlap in the object plane.
A method for keeping a foot-and-mouth disease vaccine available for emergency vaccination of animals against foot-and-mouth disease, the vaccine comprising a foot-and-mouth disease antigen formulated in a water-in-oil emulsion, said method comprising: - providing the formulated vaccine, - freezing the vaccine using a non snap-freezing process, and - storing the frozen vaccine until it is needed for emergency vaccination. - providing the formulated vaccine, - freezing the vaccine using a non snap-freezing process, and - storing the frozen vaccine until it is needed for emergency vaccination.
A gel particle measurement reagent to be used to be agitated continuously with a sample containing a target substance as a measuring object to turn the target substance into gel particles, comprising: a reagent base material that undergoes a gelation reaction with the target substance; and a particle formation accelerating factor that is added to the reagent base material, wherein the particle formation accelerating factor is biologically inactive, has solubility in the sample and dissolves therein at a concentration of 0.002 to 1%, and accelerates production of gel particles whose particle sizes are centered in a predetermined range by accelerating the aggregation of products leading to the gel particles; wherein the target substance as the measuring object is an endotoxin or a β-D-glucan; wherein the particle formation accelerating factor comprises a soluble, thermally denatured protein, and wherein the reagent base material and the particle formation accelerating factor are adapted to be used under conditions in which a mixing solution is subject to a continuously agitating state to inhibit the gelation of the entire mixing solution. a reagent base material that undergoes a gelation reaction with the target substance; and a particle formation accelerating factor that is added to the reagent base material, wherein the particle formation accelerating factor is biologically inactive, has solubility in the sample and dissolves therein at a concentration of 0.002 to 1%, and accelerates production of gel particles whose particle sizes are centered in a predetermined range by accelerating the aggregation of products leading to the gel particles;
A method of utilizing Generic Authentication Architecture for Mobile Internet Protocol key distribution in a packet data network comprising a mobile terminal device, a Bootstrapping Server Function, a Network Application Function, and a Home Agent associated with said mobile terminal device, the method comprising: performing a Generic Authentication Architecture bootstrapping procedure between said mobile terminal device and said Bootstrapping Server Function resulting in said mobile terminal device and said Bootstrapping Server Function each acquiring at least a Bootstrapping Transaction Identifier associated with said mobile terminal device and a corresponding shared key; deriving with said mobile terminal device a Network Application Function specific key based on at least said acquired shared key and an identifier of said Network Application Function; deriving with said mobile terminal device a message authentication code based on at least said derived Network Application Function specific key; sending from said mobile terminal device to said Home Agent a request message for Mobile Internet Protocol registration comprising said derived message authentication code and an identifier of said mobile terminal device; obtaining by said Home Agent, based on said received identifier of said mobile terminal device, said Network Application Function specific key from one of: said Bootstrapping Server Function and said Network Application Function; and authenticating said request message for Mobile Internet Protocol registration with said Home Agent by verifying said message authentication code with said obtained Network Application Function specific key. performing a Generic Authentication Architecture bootstrapping procedure between said mobile terminal device and said Bootstrapping Server Function resulting in said mobile terminal device and said Bootstrapping Server Function each acquiring at least a Bootstrapping Transaction Identifier associated with said mobile terminal device and a corresponding shared key; deriving with said mobile terminal device a Network Application Function specific key based on at least said acquired shared key and an identifier of said Network Application Function; deriving with said mobile terminal device a message authentication code based on at least said derived Network Application Function specific key; sending from said mobile terminal device to said Home Agent a request message for Mobile Internet Protocol registration comprising said derived message authentication code and an identifier of said mobile terminal device; obtaining by said Home Agent, based on said received identifier of said mobile terminal device, said Network Application Function specific key from one of: said Bootstrapping Server Function and said Network Application Function; and authenticating said request message for Mobile Internet Protocol registration with said Home Agent by verifying said message authentication code with said obtained Network Application Function specific key.
An on-chip microwave filter circuit comprising: a substrate formed of a first material that exhibits a first threshold level of thermal conductivity, wherein the first threshold level of thermal conductivity is achieved at a cryogenic temperature range in which a quantum computing circuit operates; and a dispersive component configured to filter a plurality of frequencies in an input signal, the dispersive component comprising a first transmission line disposed on the substrate and a second transmission line disposed on the substrate; a first connector coupled to the first transmission line; a second connector coupled to the second transmission line; and, a housing coupled to the substrate; wherein the first and second transmission lines, the first and second connectors, and the housing, are all formed of a second material that exhibits a second threshold level of thermal conductivity, wherein the second threshold level of thermal conductivity is achieved at a cryogenic temperature range in which a quantum computing circuit operates. a substrate formed of a first material that exhibits a first threshold level of thermal conductivity, wherein the first threshold level of thermal conductivity is achieved at a cryogenic temperature range in which a quantum computing circuit operates; and a dispersive component configured to filter a plurality of frequencies in an input signal, the dispersive component comprising a first transmission line disposed on the substrate and a second transmission line disposed on the substrate; a first connector coupled to the first transmission line; a second connector coupled to the second transmission line; and, a housing coupled to the substrate; wherein the first and second transmission lines, the first and second connectors, and the housing, are all formed of a second material that exhibits a second threshold level of thermal conductivity, wherein the second threshold level of thermal conductivity is achieved at a cryogenic temperature range in which a quantum computing circuit operates.
An apparatus for controlling a towing mode of an electric vehicle, comprising: a storage configured to store a first table in which a reference output of the electric vehicle corresponding to a speed of the electric vehicle and a gradient of a road is recorded and a second table in which a towing weight corresponding to an excess rate of a current output with respect to a reference output of the electric vehicle is recorded; a first sensor configured to measure a speed of the electric vehicle; a second sensor configured to measure a gradient of a road on which the electric vehicle is driven; and a controller configured to: detect a reference output corresponding to the speed of the electric vehicle measured by the first sensor and the gradient of the road measured by the second sensor, based on the first table; detect a towing weight corresponding to an excess rate of a current output with respect to the detected reference output, based on the second table; and execute the towing mode of the electric vehicle based on the detected towing weight. a storage configured to store a first table in which a reference output of the electric vehicle corresponding to a speed of the electric vehicle and a gradient of a road is recorded and a second table in which a towing weight corresponding to an excess rate of a current output with respect to a reference output of the electric vehicle is recorded; a first sensor configured to measure a speed of the electric vehicle; a second sensor configured to measure a gradient of a road on which the electric vehicle is driven; and a controller configured to: detect a reference output corresponding to the speed of the electric vehicle measured by the first sensor and the gradient of the road measured by the second sensor, based on the first table; detect a towing weight corresponding to an excess rate of a current output with respect to the detected reference output, based on the second table; and execute the towing mode of the electric vehicle based on the detected towing weight. detect a reference output corresponding to the speed of the electric vehicle measured by the first sensor and the gradient of the road measured by the second sensor, based on the first table; detect a towing weight corresponding to an excess rate of a current output with respect to the detected reference output, based on the second table; and execute the towing mode of the electric vehicle based on the detected towing weight.