mhurhangee/ep-ind-claims huggingface dataset:
A method at a network element (914; 1014) for configuration for Internet of Things, loT, devices (910, 1010) using manufacturer usage description, MUD, files, the method comprising: receiving (930, 1030) at least one MUD Uniform Resource Locator, URL, (920, 922, 1020) from an loT Device (910, 1010); sending, from the network element to at least one MUD Server (916, 918, 1016, 1018) based on the MUD URL, a Uniform Resource Indicator; responsive to the sending, receiving (942, 952; 1042, 1052) a plurality of MUD files from the MUD server; creating a plurality of policies from the plurality of MUD files, the plurality of policies corresponding to a normal mode of operation and a secondary mode of operation; the normal mode of operation being associated to a first set of contact information and the second mode of operation being associated to a second set of contact information; and forwarding (960, 962; 1060, 1062) the plurality of policies to a gateway (912, 1012) from the network element (914; 1014); wherein the receiving the plurality of MUD files comprises receiving at least one trigger, the at least one trigger defining a condition for transitioning into the second mode of operation; and performing a lookup for the second set of contact information based on a geographic location of the loT device, the second set of contact information comprising an identifier, network address or location for a secondary network. receiving (930, 1030) at least one MUD Uniform Resource Locator, URL, (920, 922, 1020) from an loT Device (910, 1010); sending, from the network element to at least one MUD Server (916, 918, 1016, 1018) based on the MUD URL, a Uniform Resource Indicator; responsive to the sending, receiving (942, 952; 1042, 1052) a plurality of MUD files from the MUD server; creating a plurality of policies from the plurality of MUD files, the plurality of policies corresponding to a normal mode of operation and a secondary mode of operation; the normal mode of operation being associated to a first set of contact information and the second mode of operation being associated to a second set of contact information; and forwarding (960, 962; 1060, 1062) the plurality of policies to a gateway (912, 1012) from the network element (914; 1014); wherein the receiving the plurality of MUD files comprises receiving at least one trigger, the at least one trigger defining a condition for transitioning into the second mode of operation; and performing a lookup for the second set of contact information based on a geographic location of the loT device, the second set of contact information comprising an identifier, network address or location for a secondary network.
Water meter, configured to supply water at a customer site, including: - a water flow regulating valve configured to assume at least three predetermined positions including a fully open position configured to let a maximum water flow to be supplied at said customer site, a closed position configured to prevent water flow to be supplied at said customer site, and at least one intermediate position configured to let at least one respective intermediate water flow, lower than the maximum water flow, to be supplied at said customer site; - an actuator operatively coupled to the water flow regulating valve and configured to automatically set a current position of the water flow regulating valve selected out of said at least three predetermined positions; - a pressure sensor configured to detect water pressure upstream of the water flow regulating valve; - a processing and communicating unit, operatively connected to the actuator, that is configured to communicate with a remote water provider centre to receive water flow regulating valve setting data, wherein said processing and communicating unit is further operatively connected to said pressure sensor to receive water pressure data sensed by said pressure sensor; wherein said processing and communicating unit is configured to control the actuator to cause the water flow regulating valve to assume said current position corresponding to valve position setting data that are correlated to said water flow regulating valve setting data and to said water pressure upstream of said water flow regulating valve detected by said pressure sensor, wherein said waterflow regulating valve setting data are in turn correlated to a customer profile. - a water flow regulating valve configured to assume at least three predetermined positions including a fully open position configured to let a maximum water flow to be supplied at said customer site, a closed position configured to prevent water flow to be supplied at said customer site, and at least one intermediate position configured to let at least one respective intermediate water flow, lower than the maximum water flow, to be supplied at said customer site; - an actuator operatively coupled to the water flow regulating valve and configured to automatically set a current position of the water flow regulating valve selected out of said at least three predetermined positions; - a pressure sensor configured to detect water pressure upstream of the water flow regulating valve; - a processing and communicating unit, operatively connected to the actuator, that is configured to communicate with a remote water provider centre to receive water flow regulating valve setting data, wherein said processing and communicating unit is further operatively connected to said pressure sensor to receive water pressure data sensed by said pressure sensor;
A nozzle of a cleaner, comprising: a nozzle body forming the exterior thereof; a water tank provided in the nozzle body and supplying water; a heating unit (150, 350) heating water supplied from the water tank; and a water storage tank (120, 330) supplying water received from the water tank to the heating unit (150, 350), characterized in that the water storage tank (120, 330) includes: a communication part being in communication with external air; and a barrier provided at one portion of the communication part and allowing air to pass and disabling water to be leaked, wherein the water storage tank (120, 330) includes a water storage tank body with a water storage portion, and the communication part protrudes upwardly from a top surface of the water storage tank body, to allow air to easily flow in and out, while water stored in the water storage tank is restricted from being leaked to the outside. a nozzle body forming the exterior thereof; a water tank provided in the nozzle body and supplying water; a heating unit (150, 350) heating water supplied from the water tank; and a water storage tank (120, 330) supplying water received from the water tank to the heating unit (150, 350), characterized in that the water storage tank (120, 330) includes: a communication part being in communication with external air; and a barrier provided at one portion of the communication part and allowing air to pass and disabling water to be leaked, wherein the water storage tank (120, 330) includes a water storage tank body with a water storage portion, and the communication part protrudes upwardly from a top surface of the water storage tank body, to allow air to easily flow in and out, while water stored in the water storage tank is restricted from being leaked to the outside. a communication part being in communication with external air; and a barrier provided at one portion of the communication part and allowing air to pass and disabling water to be leaked, wherein the water storage tank (120, 330) includes a water storage tank body with a water storage portion, and the communication part protrudes upwardly from a top surface of the water storage tank body, to allow air to easily flow in and out, while water stored in the water storage tank is restricted from being leaked to the outside.
A tyre P comprising a radial carcass reinforcement radially surmounted by a crown reinforcement composed of at least two working crown plies (31, 33) formed of metallic reinforcement elements crossed from one ply to the next and forming with the circumferential direction angles of between 10 and 35°, and by at least one additional reinforcement, formed of circumferentially oriented metallic reinforcement elements, characterised in that the additional reinforcement is formed of at least two layers (321, 322, 323) of metallic elements of a compacted diameter at most equal to 0.6 mm and in that the metallic reinforcements are assemblies of SHT steel of the type 1 x n, n being between 2 and 5, and the diameter of the wires being between 12/100 and 30/100 mm.
Formwork arrangement, comprising at least one formwork part (16, 18, 20, 22, 24, 26) and at least one bracing for fastening the formwork part, said bracing comprising at least one support element (34, 36) which receives at least part of the supporting force, characterised in that the support element comprises at least one spring arrangement (48, 58).
A cooling system (40; 40A to 40D) for cooling a stator (12; 12A) for an electric machine, the cooling system (40; 40A to 40D) comprising at least two cooling channels (47; 470) for receiving a coolant, and at least one connector (45; 60) configured to be provided at one face of the stator (12; 12A) for connecting the at least two cooling channels at the one face of the stator (12; 12A), wherein the cooling channels (47; 470) are configured to be inserted into the stator (12; 12A) wherein each one of the at least two cooling channels (47; 470) is configured to serve both as supply unit and discharge unit, characterised in that each one of the cooling channels (47; 470) comprises at least one channel dividing element (471 to 474) for dividing the cooling channels in two separate chambers, in that the at least one connector (45; 60) is divided in the two separate chambers, and in that one of the chambers serves as the supply unit and the other chamber serves as the discharge unit.
A parking brake actuator comprising: a motor; a worm gear connected to the motor to transmit a power; a worm wheel engaged with the worm gear; a power transmission gear including a first gear coupled to a rotational shaft (130, C2) of the motor and a second gear which is coupled to a rotational shaft of the worm gear and connected to the first gear to transmit the power; characterized in that the parking brake actuator also comprises: a drive shaft coupled to the worm wheel, wherein a parking cable is connected to the drive shaft; and a housing including a first accommodation portion disposed at one side of a reference line which is formed perpendicular to the rotational shaft (130, C2) of the motor and passes through the first gear to accommodate the motor, a second accommodation portion disposed at the other side of the reference line to accommodate the worm gear so that the rotational shaft of the worm gear is parallel to the rotational shaft (130, C2) of the motor, and a third accommodation portion disposed at the other side of the reference line to accommodate the worm wheel. a motor; a worm gear connected to the motor to transmit a power; a worm wheel engaged with the worm gear; a power transmission gear including a first gear coupled to a rotational shaft (130, C2) of the motor and a second gear which is coupled to a rotational shaft of the worm gear and connected to the first gear to transmit the power; characterized in that the parking brake actuator also comprises: a drive shaft coupled to the worm wheel, wherein a parking cable is connected to the drive shaft; and a housing including a first accommodation portion disposed at one side of a reference line which is formed perpendicular to the rotational shaft (130, C2) of the motor and passes through the first gear to accommodate the motor, a second accommodation portion disposed at the other side of the reference line to accommodate the worm gear so that the rotational shaft of the worm gear is parallel to the rotational shaft (130, C2) of the motor, and a third accommodation portion disposed at the other side of the reference line to accommodate the worm wheel. a drive shaft coupled to the worm wheel, wherein a parking cable is connected to the drive shaft; and a housing including a first accommodation portion disposed at one side of a reference line which is formed perpendicular to the rotational shaft (130, C2) of the motor and passes through the first gear to accommodate the motor, a second accommodation portion disposed at the other side of the reference line to accommodate the worm gear so that the rotational shaft of the worm gear is parallel to the rotational shaft (130, C2) of the motor, and a third accommodation portion disposed at the other side of the reference line to accommodate the worm wheel.
A blockchain management method in which a process is executed by a computer, the process comprising: generating a first hash of data included in a partial block obtained by excluding a second area from a first block of a blockchain, the first block including a first area in which a data change is prohibited and the second area in which the data change is permitted; generating a second hash of data included in the first block; and adding the first hash and the second hash to a second block of the blockchain, the second block being added next to the first block and includes a first area in which a data change is prohibited and a second area in which the data change is permitted. generating a first hash of data included in a partial block obtained by excluding a second area from a first block of a blockchain, the first block including a first area in which a data change is prohibited and the second area in which the data change is permitted; generating a second hash of data included in the first block; and adding the first hash and the second hash to a second block of the blockchain, the second block being added next to the first block and includes a first area in which a data change is prohibited and a second area in which the data change is permitted.
A design support apparatus that designs a cutting pattern of a heat-shrinkable sheet when cutting the sheet and producing an upper, the design support apparatus comprising: an input unit that receives shoe last data; a computing unit that computes the cutting pattern of the sheet based on the shoe last data received by the input unit; and an output unit that outputs the cutting pattern of the sheet computed by the computing unit, wherein the computing unit calculates an amount of correction of the cutting pattern in consideration of a shrinkage direction and a shrinkage coefficient of the sheet, and calculates the cutting pattern of the sheet by developing, on a plane, three-dimensional shape data that conforms to a dimension of the shoe last data, to thereby obtain a shape pattern of the upper, and incorporating the calculated amount of correction into the shape pattern of the upper, characterized in that the computing unit calculates the amount of correction in consideration of a thickness of the sheet. an input unit that receives shoe last data; a computing unit that computes the cutting pattern of the sheet based on the shoe last data received by the input unit; and an output unit that outputs the cutting pattern of the sheet computed by the computing unit, wherein the computing unit calculates an amount of correction of the cutting pattern in consideration of a shrinkage direction and a shrinkage coefficient of the sheet, and calculates the cutting pattern of the sheet by developing, on a plane, three-dimensional shape data that conforms to a dimension of the shoe last data, to thereby obtain a shape pattern of the upper, and incorporating the calculated amount of correction into the shape pattern of the upper, characterized in that the computing unit calculates the amount of correction in consideration of a thickness of the sheet.
Apparatus, comprising: a surface configured to hold one or more drug patches; a housing shaped to define one or more nozzles that are configured to facilitate drying of the patches and characterized by having the one or more nozzles configured to direct jets of dried room air toward the patches, midlines of the respective jets of the dried room air being at an angle of less than 20 degrees from a normal to the surface and at a speed through the nozzles of between 3m/s and 15m/s to dry the patches; and a humidity controller that controls humidity of the dried room air. a surface configured to hold one or more drug patches; a housing shaped to define one or more nozzles that are configured to facilitate drying of the patches and characterized by having the one or more nozzles configured to direct jets of dried room air toward the patches, midlines of the respective jets of the dried room air being at an angle of less than 20 degrees from a normal to the surface and at a speed through the nozzles of between 3m/s and 15m/s to dry the patches; and a humidity controller that controls humidity of the dried room air.
A method for reusing a control channel configuration associated with a physical uplink control channel, PUCCH, performed by an access device, the method comprising: assigning a PUCCH resource; sending a configuration of the PUCCH resource to a user agent; receiving a transmission from the user agent using the PUCCH resource; re-establishing time alignment with the user agent through a random access procedure after a time alignment timer expires at the user agent, wherein the step of re-establishing comprises: receiving an uplink scheduling transmission from the user agent, the uplink scheduling transmission comprising a CRNTI associated with the user agent; determining if scheduling request, SR, resources are allocated to the user agent associated with the CRNTI, and if SR resources are allocated to the user agent, the access device recognizes that uplink synchronization with the user agent has been lost; determines if the PUCCH resource allocated to the user agent associated with the C-RNTI is still valid; and if the PUCCH resource is still valid, transmits a message to the user agent indicating that the PUCCH resource is still valid; and receiving (137, 184) from the user agent a transmission using the PUCCH resource associated with the configuration of the PUCCH resource, if still valid, after re-establishing time alignment through the random access procedure and receiving said message. assigning a PUCCH resource; sending a configuration of the PUCCH resource to a user agent; receiving a transmission from the user agent using the PUCCH resource; re-establishing time alignment with the user agent through a random access procedure after a time alignment timer expires at the user agent, wherein the step of re-establishing comprises: receiving an uplink scheduling transmission from the user agent, the uplink scheduling transmission comprising a CRNTI associated with the user agent; determining if scheduling request, SR, resources are allocated to the user agent associated with the CRNTI, receiving an uplink scheduling transmission from the user agent, the uplink scheduling transmission comprising a CRNTI associated with the user agent; determining if scheduling request, SR, resources are allocated to the user agent associated with the CRNTI, and if SR resources are allocated to the user agent, the access device recognizes that uplink synchronization with the user agent has been lost; determines if the PUCCH resource allocated to the user agent associated with the C-RNTI is still valid; and if the PUCCH resource is still valid, transmits a message to the user agent indicating that the PUCCH resource is still valid; and receiving (137, 184) from the user agent a transmission using the PUCCH resource associated with the configuration of the PUCCH resource, if still valid, after re-establishing time alignment through the random access procedure and receiving said message.
A method for monitoring blood pressure, the method comprising: receiving, from a hospital information system, data corresponding to a patient, wherein the data comprises drug administration data relating to a drug administration that may affect the patient's arterial compliance; determining, based at least in part on the received drug administration data, whether a blood pressure monitoring system needs to be recalibrated; recalibrating the blood pressure monitoring system if it is determined, based at least in part on the received drug administration data, that the blood pressure monitoring system needs to be recalibrated; and computing at least one blood pressure measurement of the patient using the recalibrated blood pressure monitoring system. receiving, from a hospital information system, data corresponding to a patient, wherein the data comprises drug administration data relating to a drug administration that may affect the patient's arterial compliance; determining, based at least in part on the received drug administration data, whether a blood pressure monitoring system needs to be recalibrated; recalibrating the blood pressure monitoring system if it is determined, based at least in part on the received drug administration data, that the blood pressure monitoring system needs to be recalibrated; and computing at least one blood pressure measurement of the patient using the recalibrated blood pressure monitoring system.
A skin engaging member attached to a razor cartridge for use on a hair removal device, said skin engaging member comprising: a. a matrix comprises at least one of: a water soluble polymer, an emollient, and a mixture thereof; b. an encapsulated active at a level of from 0.01 % to 50% by weight of the skin engaging member, said encapsulate active comprising at least one nano-particle encapsulated in a micro-particle, wherein said nano-particle comprises a shell comprising a hydrophobic material, and wherein said micro-particle comprises a shell comprising a water sensitive material; wherein at least one of said nano-particle and said micro-particle comprises a skin care active, wherein said microsphere has a size of from 2.0 microns to 100 microns, and wherein said at least one nano-sphere has a size of from 0.01 microns to 5 microns. a. a matrix comprises at least one of: a water soluble polymer, an emollient, and a mixture thereof; b. an encapsulated active at a level of from 0.01 % to 50% by weight of the skin engaging member, said encapsulate active comprising at least one nano-particle encapsulated in a micro-particle, wherein said nano-particle comprises a shell comprising a hydrophobic material, and wherein said micro-particle comprises a shell comprising a water sensitive material;