mhurhangee/ep-ind-claims huggingface dataset:
An authentication method comprising: preconfiguring a personal terminal designated as belonging to a user with a security application; transmitting an authentication request to the personal mobile terminal designated as belonging to the user in response to the initiation of a transaction that requires authentication by the user and including details of the transaction; receiving the authentication request at the personal mobile terminal; displaying the transaction details on a display of the personal mobile terminal via the security application; prompting, via the security application, a user to enter a personal code into the personal mobile terminal; processing the personal code together with challenge data generated from the transaction details contained in the authentication request and, if one or more predetermined conditions are met including that said personal code is correct, producing, by the security application, a valid and signed authentication code that the user can provide in order to authenticate the transaction from the challenge data and the personal code using a user's private key stored in a memory of the personal mobile terminal to thereby tie the valid and signed authentication code to the displayed transaction details. preconfiguring a personal terminal designated as belonging to a user with a security application; transmitting an authentication request to the personal mobile terminal designated as belonging to the user in response to the initiation of a transaction that requires authentication by the user and including details of the transaction; receiving the authentication request at the personal mobile terminal; displaying the transaction details on a display of the personal mobile terminal via the security application; prompting, via the security application, a user to enter a personal code into the personal mobile terminal; processing the personal code together with challenge data generated from the transaction details contained in the authentication request and, if one or more predetermined conditions are met including that said personal code is correct, producing, by the security application, a valid and signed authentication code that the user can provide in order to authenticate the transaction from the challenge data and the personal code using a user's private key stored in a memory of the personal mobile terminal to thereby tie the valid and signed authentication code to the displayed transaction details.
A polymerizable composition, comprising: a monofunctional monomer having a viscosity of 5 mPa·s or less at 25°C; one or more polyfunctional monomers including glycerol dimethacrylate; and a polymer free from a hydrophilic functional group having an acid value of 1 mgKOH/g or less, wherein a mass ratio (A/B) of an amount of the polymer free from a hydrophilic functional group to an amount of the polyfunctional monomers is greater than 0.80 but 3 or less. a monofunctional monomer having a viscosity of 5 mPa·s or less at 25°C; one or more polyfunctional monomers including glycerol dimethacrylate; and a polymer free from a hydrophilic functional group having an acid value of 1 mgKOH/g or less, wherein a mass ratio (A/B) of an amount of the polymer free from a hydrophilic functional group to an amount of the polyfunctional monomers is greater than 0.80 but 3 or less.
A method of preparing a pharmaceutical composition comprising: coating Ibuprofen with a first coating material to form coated Ibuprofen, wherein the first coating material comprises one or more deformable components; applying mechanical stress to the coated Ibuprofen to deform the one or more deformable components; coating the coated Ibuprofen with a second coating material comprising silica; applying mechanical stress to embed the second coating material onto the first coating material of the coated Ibuprofen; sieving the coated Ibuprofen to remove excess first coating material, wherein the excess first coating material comprises first coating material not bound to the coated Ibuprofen; forming a pharmaceutical suspension comprising the twice coated Ibuprofen and a matrix solution or suspension; and dosing the pharmaceutical suspension into a mold; and freeze drying the dosed pharmaceutical suspension in the mold to form a pharmaceutical composition. coating Ibuprofen with a first coating material to form coated Ibuprofen, wherein the first coating material comprises one or more deformable components; applying mechanical stress to the coated Ibuprofen to deform the one or more deformable components; coating the coated Ibuprofen with a second coating material comprising silica; applying mechanical stress to embed the second coating material onto the first coating material of the coated Ibuprofen; sieving the coated Ibuprofen to remove excess first coating material, wherein the excess first coating material comprises first coating material not bound to the coated Ibuprofen; forming a pharmaceutical suspension comprising the twice coated Ibuprofen and a matrix solution or suspension; and dosing the pharmaceutical suspension into a mold; and freeze drying the dosed pharmaceutical suspension in the mold to form a pharmaceutical composition.
A power supply system with a power supply apparatus and another power supply apparatus (10a, 10b) connected in parallel with a grid comprising: a voltage sensor configured to obtain a first measured voltage value by measuring a voltage of the grid; a communication interface configured to communicate with the another power supply apparatus connected in parallel with the grid; and a controller configured to obtain, via the communication interface, a second measured voltage value obtained by another voltage sensor of the another power supply apparatus by measuring the voltage of the grid and carrying out an adjustment of the voltage sensor or the another voltage sensor such that the first measured voltage value and the second measured voltage value approximate to the same voltage value of the grid, wherein the same voltage value of the grid is the value measured by either of the voltage sensor or the another voltage sensor having a higher grade. a voltage sensor configured to obtain a first measured voltage value by measuring a voltage of the grid; a communication interface configured to communicate with the another power supply apparatus connected in parallel with the grid; and a controller configured to obtain, via the communication interface, a second measured voltage value obtained by another voltage sensor of the another power supply apparatus by measuring the voltage of the grid and carrying out an adjustment of the voltage sensor or the another voltage sensor such that the first measured voltage value and the second measured voltage value approximate to the same voltage value of the grid,
A washing machine, in particular a laundry washing machine, comprising ultrasonic cloth washing means, a wash tub having at least one hole for housing an ultrasonic transducer, characterised in that said hole is delimited by a flange jutting out from the tub and cooperating with a separate counterflange for securing the ultrasonic transducer to the tub, wherein the flange is made in one piece with the tub or with a portion of said tub, and wherein the flange is connected to reinforcement ribs jutting out from the surface of said tub.
A cryptographic integrated circuit adapted to manage operations on an information stream, comprising: a transform key generator configured to derive a transform key from a temporary copy of a user passphrase; a one-time programmable memory configured to store the transform key using programming pulses from external circuitry, with the transform key inaccessible from outside the cryptographic integrated circuit after being stored; a first one-way function, OWF, circuit block configured to generate a hash of an input message; a programmable transformation function circuit block configured to be customized by the transform key and to perform a customized transformation function comprising at least one of bit inversion and bit transposition, to transform the hash of the input message into a transformed hash; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result, wherein the information stream is a blockchain. a transform key generator configured to derive a transform key from a temporary copy of a user passphrase; a one-time programmable memory configured to store the transform key using programming pulses from external circuitry, with the transform key inaccessible from outside the cryptographic integrated circuit after being stored; a first one-way function, OWF, circuit block configured to generate a hash of an input message; a programmable transformation function circuit block configured to be customized by the transform key and to perform a customized transformation function comprising at least one of bit inversion and bit transposition, to transform the hash of the input message into a transformed hash; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result, wherein the information stream is a blockchain.
A programmable hair trimming system comprising - a hair trimming device comprising a receiving element for receiving an electromagnetic field, and wherein the hair cutting length of the hair trimming device is adjustable, and - at least one source element comprising an electromagnetic field source, which at least one source element is external to the hair trimming device and arranged to be placed in a fixed relationship to the head of a person, and wherein said hair trimming system is arranged to - detect, by means of an electromagnetic tracking system, the position of the hair trimming device in relation to the at least one source element; - relate said position to a previously generated hair length profile data set regarding the desired hair trimming length at various positions; characterized in that the hair trimming system is further arranged to - automatically and dynamically adjust the hair trimming length of said hair trimming device according to the detected position and the hair length profile data. - a hair trimming device comprising a receiving element for receiving an electromagnetic field, and wherein the hair cutting length of the hair trimming device is adjustable, and - at least one source element comprising an electromagnetic field source, which at least one source element is external to the hair trimming device and arranged to be placed in a fixed relationship to the head of a person, and wherein said hair trimming system is arranged to - detect, by means of an electromagnetic tracking system, the position of the hair trimming device in relation to the at least one source element; - relate said position to a previously generated hair length profile data set regarding the desired hair trimming length at various positions; characterized in that the hair trimming system is further arranged to characterized in that the hair trimming system is further arranged to - automatically and dynamically adjust the hair trimming length of said hair trimming device according to the detected position and the hair length profile data.
Abase station in a 3GPP communication system, comprising: a controller configured to manage a first cell; and a transmitter configured to transmit to a radio terminal a message for a handover from the first cell to a second cell, wherein the message includes resource pool information indicating a resource pool used for a proximity-based service in the second cell, and synchronization setting information for the radio terminal transmitting a synchronization signal in the proximity-based service in the second cell, and the controller is configured to include the resource pool information and the synchronization setting information into the message when the radio terminal performs Vehicle-to-Vehicle, V2V, communication by using the proximity-based service. a controller configured to manage a first cell; and a transmitter configured to transmit to a radio terminal a message for a handover from the first cell to a second cell, wherein the message includes resource pool information indicating a resource pool used for a proximity-based service in the second cell, and synchronization setting information for the radio terminal transmitting a synchronization signal in the proximity-based service in the second cell, and the controller is configured to include the resource pool information and the synchronization setting information into the message when the radio terminal performs Vehicle-to-Vehicle, V2V, communication by using the proximity-based service.
A variable bandwidth-based communication method, comprising: sending, by a network node, indication information to user equipment, UE, by using dedicated signaling, wherein the indication information is used to indicate a target scheduling bandwidth parameter used by a serving cell corresponding to the UE; and communicating, by the network node, with the UE based on the target scheduling bandwidth parameter, wherein the target scheduling bandwidth parameter comprises a target scheduling bandwidth, wherein before the sending, by a network node, indication information to UE, the method further comprises: sending, by the network node, a scheduling bandwidth parameter list to the UE, by using dedicated signaling, wherein the scheduling bandwidth parameter list comprises at least one group of scheduling bandwidth parameters and corresponding parameter indexes, and the scheduling bandwidth parameter comprises scheduling bandwidth, wherein the indication information comprises a parameter index corresponding to the target scheduling bandwidth parameter, the scheduling bandwidth parameter list comprises the parameter index corresponding to the target scheduling bandwidth parameter. sending, by a network node, indication information to user equipment, UE, by using dedicated signaling, wherein the indication information is used to indicate a target scheduling bandwidth parameter used by a serving cell corresponding to the UE; and communicating, by the network node, with the UE based on the target scheduling bandwidth parameter, wherein the target scheduling bandwidth parameter comprises a target scheduling bandwidth, wherein before the sending, by a network node, indication information to UE, the method further comprises: sending, by the network node, a scheduling bandwidth parameter list to the UE, by using dedicated signaling, wherein the scheduling bandwidth parameter list comprises at least one group of scheduling bandwidth parameters and corresponding parameter indexes, and the scheduling bandwidth parameter comprises scheduling bandwidth, wherein the indication information comprises a parameter index corresponding to the target scheduling bandwidth parameter, the scheduling bandwidth parameter list comprises the parameter index corresponding to the target scheduling bandwidth parameter. sending, by the network node, a scheduling bandwidth parameter list to the UE, by using dedicated signaling, wherein the scheduling bandwidth parameter list comprises at least one group of scheduling bandwidth parameters and corresponding parameter indexes, and the scheduling bandwidth parameter comprises scheduling bandwidth, wherein the indication information comprises a parameter index corresponding to the target scheduling bandwidth parameter, the scheduling bandwidth parameter list comprises the parameter index corresponding to the target scheduling bandwidth parameter.
A medical device for monitoring the condition or status of a patient, comprising: a plurality of sensors (20, 22, 24) operatively coupled to a medical device and implanted within a patient for monitoring patient parameters; and circuitry at least partially housed within the medical device, including first and second switching devices, and adapted to operate in first and second modes, the first and second switching devices separately connecting to each sensor of the plurality of sensors at least once to complete a switching cycle, characterized in that the connections to each sensor over the switching cycle occurring for an initial time period during circuitry operation in the first mode, and the connections to a selected one of the plurality of sensors occurring for an extended time period with respect to the other sensors in each switching cycle during circuitry operation in the second mode, the extended time period being longer than the initial time period, and wherein the selected one sensor corresponds to one of the parameters, and wherein the one parameter meeting one or more criteria prompts switching of the circuitry from the first mode to the second mode. a plurality of sensors (20, 22, 24) operatively coupled to a medical device and implanted within a patient for monitoring patient parameters; and circuitry at least partially housed within the medical device, including first and second switching devices, and adapted to operate in first and second modes, the first and second switching devices separately connecting to each sensor of the plurality of sensors at least once to complete a switching cycle, characterized in that the connections to each sensor over the switching cycle occurring for an initial time period during circuitry operation in the first mode, and the connections to a selected one of the plurality of sensors occurring for an extended time period with respect to the other sensors in each switching cycle during circuitry operation in the second mode, the extended time period being longer than the initial time period, and wherein the selected one sensor corresponds to one of the parameters, and wherein the one parameter meeting one or more criteria prompts switching of the circuitry from the first mode to the second mode.
A conditioning shampoo containing a mixture of the mono-, di- and tri-esters of a fatty acid mixture and glycerol, and a mixture of the mono- and di-esters of a fatty acid mixture and a polyethylene glycol having an average molar mass of from 200 to 800 g/mol, wherein - the fatty acid mixture is a mixture of fatty acids that, in the composition thereof, corresponds to the fatty acid composition of a vegetable oil and that, based on the total weight of the fatty acid mixture, comprises 4.0-8.0 wt.% palmitic acid, 3.0-7.0 wt.% stearic acid, 14.0-39.4 wt.% oleic acid, and 60.0-88.0 wt.% linoleic acid, and, based on the total weight of the shampoo, - the total amount of all vegetable oils contained in the shampoo, which oils are different from the tri-esters of the fatty acid mixture and glycerol, has a value of at most 0.25 wt.%, and - the total amount of all silicone compounds contained in the shampoo has a value of at most 0.25 wt.%. a mixture of the mono-, di- and tri-esters of a fatty acid mixture and glycerol, and a mixture of the mono- and di-esters of a fatty acid mixture and a polyethylene glycol having an average molar mass of from 200 to 800 g/mol, wherein - the fatty acid mixture is a mixture of fatty acids that, in the composition thereof, corresponds to the fatty acid composition of a vegetable oil and that, based on the total weight of the fatty acid mixture, comprises 4.0-8.0 wt.% palmitic acid, 3.0-7.0 wt.% stearic acid, 14.0-39.4 wt.% oleic acid, and 60.0-88.0 wt.% linoleic acid, and, based on the total weight of the shampoo, - the total amount of all vegetable oils contained in the shampoo, which oils are different from the tri-esters of the fatty acid mixture and glycerol, has a value of at most 0.25 wt.%, and - the total amount of all silicone compounds contained in the shampoo has a value of at most 0.25 wt.%. - the fatty acid mixture is a mixture of fatty acids that, in the composition thereof, corresponds to the fatty acid composition of a vegetable oil and that, based on the total weight of the fatty acid mixture, comprises 4.0-8.0 wt.% palmitic acid, 3.0-7.0 wt.% stearic acid, 14.0-39.4 wt.% oleic acid, and 60.0-88.0 wt.% linoleic acid, and, based on the total weight of the shampoo, - the total amount of all vegetable oils contained in the shampoo, which oils are different from the tri-esters of the fatty acid mixture and glycerol, has a value of at most 0.25 wt.%, and - the total amount of all silicone compounds contained in the shampoo has a value of at most 0.25 wt.%.
A system of controlling backup power of a lithium iron phosphate battery for a vehicle comprising: a lithium iron phosphate (LiFePO 4) battery module, a boost module, and a supercapacitor module which are connected in parallel; wherein the LiFePO 4 battery module, the boost module and the supercapacitor module are parallelly connected with an electric control device of the vehicle; a first switch electrically connected with a negative electrode of the electric control device and a negative electrode of the supercapacitor module, a second switch electrically connected with a negative input electrode and a negative output electrode of the boost module, and a third switch electrically connected with a positive electrode of the LiFePO 4 battery module and a positive input electrode of the boost module; a backup control module including a microprocessor configured to direct, control, order, and manage a detection unit, a controlling unit, and a Bluetooth module; wherein the detection unit detects a voltage of the LiFePO 4 battery module and a voltage of the supercapacitor module, and the controlling unit controls the first switch, the second switch and the third switch; wherein the microprocessor is connected and communicates with a power rescue application (App) via the Bluetooth module, and the power rescue App is built in a smart mobile device. a lithium iron phosphate (LiFePO 4) battery module, a boost module, and a supercapacitor module which are connected in parallel; wherein the LiFePO 4 battery module, the boost module and the supercapacitor module are parallelly connected with an electric control device of the vehicle; a first switch electrically connected with a negative electrode of the electric control device and a negative electrode of the supercapacitor module, a second switch electrically connected with a negative input electrode and a negative output electrode of the boost module, and a third switch electrically connected with a positive electrode of the LiFePO 4 battery module and a positive input electrode of the boost module; a backup control module including a microprocessor configured to direct, control, order, and manage a detection unit, a controlling unit, and a Bluetooth module; wherein the detection unit detects a voltage of the LiFePO 4 battery module and a voltage of the supercapacitor module, and the controlling unit controls the first switch, the second switch and the third switch; wherein the microprocessor is connected and communicates with a power rescue application (App) via the Bluetooth module, and the power rescue App is built in a smart mobile device.