mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a charging control node for controlling a present service charging session for charging service usage in a communication network comprising the steps of: - receiving a first request for grant of a reservation service unit quota from a charging client, the first request including at least data identifying an account to charge for the service usage; - determining a first granted service unit quota for the first request; - accessing a first carry-over service unit quota from a previous service charging session associated with the identified account; - determining a first reservation service unit quota by deducting the first carry-over service unit quota from the first granted service unit quota; - reserving for the first reservation service unit quota from the account; - sending the first granted service unit quota to the charging client; - receiving a clearing request from the charging client including data enabling a first used amount of service units to be determined; - determining an outstanding service unit quota by deducting the first carry-over service unit quota from the first used amount of service units; and - deducting for the outstanding service unit quota from the account. - receiving a first request for grant of a reservation service unit quota from a charging client, the first request including at least data identifying an account to charge for the service usage; - determining a first granted service unit quota for the first request; - accessing a first carry-over service unit quota from a previous service charging session associated with the identified account; - determining a first reservation service unit quota by deducting the first carry-over service unit quota from the first granted service unit quota; - reserving for the first reservation service unit quota from the account; - sending the first granted service unit quota to the charging client; - receiving a clearing request from the charging client including data enabling a first used amount of service units to be determined; - determining an outstanding service unit quota by deducting the first carry-over service unit quota from the first used amount of service units; and - deducting for the outstanding service unit quota from the account.
A control method for a dishwasher comprising a spray arm (3, 5) configured to spray washing water to a washing object; a sump configured to provide a space where the washing water is stored and to collect the washing water sprayed from the spray arm (3, 5); a housing configured to connect the sump and the spray arm (3, 5) with each other; a heater provided in the housing; an impeller provided in the housing, above the heater; and a motor configured to rotate the impeller, the control method comprising: a water supply step of supplying washing water to the sump; a driving step of rotating the impeller, using the electricity supplied to the motor; a measuring step of measuring the amount of the electric currents supplied to the motor in the driving step; and a heating step of heating the washing water held in the housing by operating the heater, when the amount of the electric currents measured in the measuring step is a preset reference amount or more. a water supply step of supplying washing water to the sump; a driving step of rotating the impeller, using the electricity supplied to the motor; a measuring step of measuring the amount of the electric currents supplied to the motor in the driving step; and a heating step of heating the washing water held in the housing by operating the heater, when the amount of the electric currents measured in the measuring step is a preset reference amount or more.
A radio base station (eNB) that manages a first cell (cell #1) or a second cell (cell #11) in a mobile communication system in which the first cell (cell #1) using a first sequence number as a sequence number in a PDCP, Packet Data Convergence Protocol, layer and the second cell (cell #11) using a second sequence number that has the length longer than the length of the first sequence number as a sequence number in the PDCP layer are provided, the radio base station (eNB) comprising a transmission unit configured to notify a mobile station that the length of the sequence number in the PDCP layer is changed in a handover process where the mobile station performs a handover from the first cell (cell #1) to the second cell (cell #11) or in a handover process where the mobile station performs a handover from the second cell (cell #11) to the first cell (cell #1).
A gas pressure regulator comprising: a body defining a proximal end portion, a distal end portion, and a central portion having a longitudinal axis extending therethrough; an inlet disposed proximate the distal end portion of the body, the inlet defining an inlet axis extending therethrough, the inlet axis being offset from the longitudinal axis; a cavity disposed within the central portion of the body and defining an upper portion and a lower portion, the cavity centrally aligned with the longitudinal axis; a channel extending between the inlet and the cavity; a pocket disposed proximate a bottom portion of the inlet, and a guide disposed within the lower portion of the cavity, wherein a flow of gas through the gas pressure regulator extends through the inlet, changes direction to flow through the channel, and changes direction again to flow through the cavity, wherein the flow of gas changes direction to flow through the channel prior to reaching the pocket, and the flow of gas impacts the guide prior to changing direction to flow through the cavity, characterised by the pocket including a tapered inlet portion and the pocket defining a bore with a diameter that is smaller than a diameter of an inlet bore defined by the inlet, wherein the pocket is in communication with the inlet via the tapered inlet portion. a body defining a proximal end portion, a distal end portion, and a central portion having a longitudinal axis extending therethrough; an inlet disposed proximate the distal end portion of the body, the inlet defining an inlet axis extending therethrough, the inlet axis being offset from the longitudinal axis; a cavity disposed within the central portion of the body and defining an upper portion and a lower portion, the cavity centrally aligned with the longitudinal axis; a channel extending between the inlet and the cavity; a pocket disposed proximate a bottom portion of the inlet, and a guide disposed within the lower portion of the cavity, wherein a flow of gas through the gas pressure regulator extends through the inlet, changes direction to flow through the channel, and changes direction again to flow through the cavity, wherein the flow of gas changes direction to flow through the channel prior to reaching the pocket, and the flow of gas impacts the guide prior to changing direction to flow through the cavity, characterised by the pocket including a tapered inlet portion and the pocket defining a bore with a diameter that is smaller than a diameter of an inlet bore defined by the inlet, wherein the pocket is in communication with the inlet via the tapered inlet portion.
A method for producing inactivated rotavirus, comprising directly heating a volume of cell culture supernatant containing active rotavirus to a temperature at which the rotavirus is inactivated, wherein said temperature is 60-80°C.
A process for the preparation of the compounds of formula II wherein R 1 is C 1 -C 6 -alkyl or C 3 -C 8 -Cycloalkyl; and R 4 is F or Cl comprising the following step: (i) reacting an oxo compound of the formula III with dimethyl sulfide (CH 3) 2 S and dimethylsulfate (CH 3) 2 SO 4, forming the reagent IV, trimethylsulfonium methylsulfate [(CH 3) 3 S + CH 3 SO 4 -], in aqueous solution in the presence of potassium hydroxide, wherein dimethyl sulfide and dimethyl sulfate are used in a molar ratio of 1:1 to 2:1, and wherein at most 10 weight-% organic solvent in relation to the amount of compound III, are added. R 1 is C 1 -C 6 -alkyl or C 3 -C 8 -Cycloalkyl; and R 4 is F or Cl (i) reacting an oxo compound of the formula III with dimethyl sulfide (CH 3) 2 S and dimethylsulfate (CH 3) 2 SO 4, forming the reagent IV, trimethylsulfonium methylsulfate [(CH 3) 3 S + CH 3 SO 4 -], in aqueous solution in the presence of potassium hydroxide, wherein dimethyl sulfide and dimethyl sulfate are used in a molar ratio of 1:1 to 2:1, and wherein at most 10 weight-% organic solvent in relation to the amount of compound III, are added.
A battery module comprising: - a housing having an opening; - a plurality of electrochemical cells disposed in the housing, wherein the plurality of electrochemical cells have electrode terminals; - a carrier defined by an outside boundary and coupled to the plurality of electrochemical cells, wherein the carrier comprises bus bar recesses having different orientations, and wherein the outside boundary of the carrier and the housing are in a nested arrangement; and - a bus bar assembly disposed on the carrier, the bus bar assembly comprising bus bars that electrically couple the electrode terminal of one of the plurality of electrochemical cells to a respective electrode terminal of another one of the plurality of electrochemical cells, and wherein the bus bars are positioned within the bus bar recesses of the carrier such that the different orientations of the bus bar recesses cause the bus bars to place the electrochemical cells in a predetermined electrical configuration; wherein exclusively either the carrier comprises one or more fasteners configured to mate with a corresponding housing recess disposed on a housing inner surface to enable a snap-fit connection and secure the carrier to the housing; or the carrier comprises one or more additional outer periphery recesses disposed on an outer periphery surface of the carrier and configured to mate with a corresponding fastener disposed on the housing to enable a snap-fit connection and secure the carrier to the housing. - a housing having an opening; - a plurality of electrochemical cells disposed in the housing, wherein the plurality of electrochemical cells have electrode terminals; - a carrier defined by an outside boundary and coupled to the plurality of electrochemical cells, wherein the carrier comprises bus bar recesses having different orientations, and wherein the outside boundary of the carrier and the housing are in a nested arrangement; and - a bus bar assembly disposed on the carrier, the bus bar assembly comprising bus bars that electrically couple the electrode terminal of one of the plurality of electrochemical cells to a respective electrode terminal of another one of the plurality of electrochemical cells, and wherein the bus bars are positioned within the bus bar recesses of the carrier such that the different orientations of the bus bar recesses cause the bus bars to place the electrochemical cells in a predetermined electrical configuration; wherein exclusively either the carrier comprises one or more fasteners configured to mate with a corresponding housing recess disposed on a housing inner surface to enable a snap-fit connection and secure the carrier to the housing; or the carrier comprises one or more additional outer periphery recesses disposed on an outer periphery surface of the carrier and configured to mate with a corresponding fastener disposed on the housing to enable a snap-fit connection and secure the carrier to the housing.
A thermally actuated switch in which a thermally actuated plate assembly and a fixed contact are accommodated in a sealed container made of a metal, the thermally actuated plate assembly having a configuration in which a movable contact is anchored to one lengthwise end of a rectangular thermally actuated plate, one end of a metal support is anchored to another end of the thermally actuated plate, and the thermally actuated plate to which the movable contact and the metal support have been anchored is drawn into a dish-like shape, the movable contact and the fixed contact form an open/close contact, and another end of the metal support is fixed to an inner surface of the sealed container such that the thermally actuated plate assembly is supported so as to form a cantilever, wherein the thermally actuated plate assembly has a dish-shaped drawn section in a vicinity of a central portion of the thermally actuated plate characterised in that the thermally actuated plate assembly further has respective folded sections (13,14) between a portion where the movable contact is anchored to the thermally actuated plate and widthwise opposite ends of the thermally actuated plate and between a portion where the metal support is anchored to the thermally actuated plate and the widthwise opposite ends of the thermally actuated plate.
Electrode for measuring electrical activities of a living body and/or emitting electrical signals into the living body and/or ablating tissue or nerve paths with an electrically insulated, flexible line which is connected fixedly or detachably to a distally arranged, electrically conductive electrode tip, wherein the electrode tip is designed for insertion into the body, characterised in that at least one support structure of the electrode tip comprises at least one crystalline shape memory material, and the electrode tip is flexible due to the shape memory material, wherein at least part of the shape memory material of the support structure is formed by sputtering or by laser-assisted deposition, in such manner that the size of precipitations in the shape memory material can be limited to not more than 500 nm by varying individual process parameters, particularly the chamber pressure and/or the precipitation pressure and/or the partial pressure and/or the target composition.
A method performed by a source node, for establishing a requested connection between the source node (62, 69) and a destination node (63, 71) in a telecommunications network, the method comprising: generating a source application identifier for the connection within the source node; retrieving a source node identifier for the source node (62, 69); and transmitting the source application identifier and the source node identifier to the destination node (63, 71) to provide a source connection identifier for the requested connection between the source node (62, 69) and the destination node (63, 71); wherein the source node and destination node each comprise a base station. generating a source application identifier for the connection within the source node; retrieving a source node identifier for the source node (62, 69); and transmitting the source application identifier and the source node identifier to the destination node (63, 71) to provide a source connection identifier for the requested connection between the source node (62, 69) and the destination node (63, 71);
A method of separating impurities from impure propylene oxide which comprises propionaldehyde in an amount of at least 250 ppm wt and up to 5000 ppm and propylene derivatives having from 4 to 7 carbon atoms per molecule in an amount of at least 50 ppm wt and up to 1000 ppm, wherein the impure propylene oxide is distilled by extractive distillation with an extractive distillation solvent which is an aromatic hydrocarbon having 6 to 12 carbon atoms, the method comprising distilling the impure propylene oxide in a distillation zone to provide distillate propylene oxide of enhanced purity, wherein heat is provided to the distillation zone by a bottoms reboiler and by an intermediate reboiler, the intermediate reboiler providing heat at a lower temperature than the bottoms reboiler.
A slat, in particular for an air vent in a vehicle, comprising a base body and an add-on part which are mounted to each other by means of a mechanical connection, characterized in that the mechanical connection contains at least one holding element at one of the two components base body and add-on part and at least one receptacle for the holding element at the other one of the two components, the receptacle including at least one insertion portion, into which the holding element can be inserted in an insertion direction, and at least one holding portion adjoining it, in which the holding element can be fixed, the holding portion adjoining the insertion portion substantially perpendicularly to the insertion direction.
A method of performing communication in digital subscriber line technology, comprising: receiving, by a first transceiver, a switch request message from a second transceiver which detects a communication performance parameter reaches or exceeds a predetermined value; after receiving the switch request message, using, by the first transceiver, parameters in a bit table to communicate with the second transceiver, wherein a synchronous signal is transmitted from the first transceiver to the second transceiver to perform a synchronous switch of the bit table between the first transceiver and the second transceiver; characterized in that the bit table is calculated by the first transceiver based on an experiential bit table calculating parameter that is a bit number reduced from a bit number calculated according to an actual noise; wherein the experiential bit table calculating parameter is received by the first transceiver from the second transceiver. receiving, by a first transceiver, a switch request message from a second transceiver which detects a communication performance parameter reaches or exceeds a predetermined value; after receiving the switch request message, using, by the first transceiver, parameters in a bit table to communicate with the second transceiver, wherein a synchronous signal is transmitted from the first transceiver to the second transceiver to perform a synchronous switch of the bit table between the first transceiver and the second transceiver; characterized in that the bit table is calculated by the first transceiver based on an experiential bit table calculating parameter that is a bit number reduced from a bit number calculated according to an actual noise; wherein the experiential bit table calculating parameter is received by the first transceiver from the second transceiver.
A polyimide resin comprising a structural unit A derived from a tetracarboxylic dianhydride and a structural unit B derived from a diamine, the structural unit A comprising a structural unit (A-1) derived from a compound represented by the following formula (a-1), the structural unit B comprising a structural unit derived from an aliphatic diamine: wherein the structural unit B contains at least one selected from the group consisting of a structural unit (B-1) derived from a compound represented by the following formula (b-1), a structural unit (B-2) derived from a compound represented by the following formula (b-2), and a structural unit (B-3) derived from a compound represented by the following formula (b-3): and wherein the proportion of the total of the structural units derived from an aliphatic diamine in the structural unit B of the polyimide resin is 20 1 to 90 mol%. the structural unit A comprising a structural unit (A-1) derived from a compound represented by the following formula (a-1), the structural unit B comprising a structural unit derived from an aliphatic diamine: wherein the structural unit B contains at least one selected from the group consisting of a structural unit (B-1) derived from a compound represented by the following formula (b-1), a structural unit (B-2) derived from a compound represented by the following formula (b-2), and a structural unit (B-3) derived from a compound represented by the following formula (b-3): and wherein the proportion of the total of the structural units derived from an aliphatic diamine in the structural unit B of the polyimide resin is 20 1 to 90 mol%.
Solar reactor comprising a casing delimiting a reaction chamber, the casing comprising a lower part in the form of a right cone extended at its apex by an inlet and an upper part in the form of a blind right cylinder, at least a part of the casing being intended to receive solar radiation, the cone and/or the lateral surface of the blind cylinder comprising two lateral drilled holes of which one is extended by a tube for injecting solid reactants and the other is extended by an outlet tube for products resulting from the reaction, the inlet comprising two coaxial tubes of which the central one is intended for the injection of at least the majority of the gaseous reactants, while the peripheral one is intended for the injection of an auxiliary entraining gas, the solar reactor being characterized in that the peripheral tube is also intended for the recovery by gravity of ash resulting from the reaction.
A controller (210, 305) for a wind turbine (100, 300), the controller (210, 305) comprising: one or more computer processors; and a memory comprising computer-readable code that, when executed using the one or more computer processors, performs an operation comprising: determining one or more characteristics of a sensor signal (505, 555) received from a mechanical sensor (214, 216, 330, 335, 340) of the wind turbine (100, 300), the one or more characteristics including frequency information included in the sensor signal (505, 555), and the mechanical sensor being an anemometer (214, 340) or a wind vane (216, 335); determining, based on the one or more characteristics of the sensor signal (505, 555), an icing condition of the wind turbine (100, 300); and controlling operation of one or more wind turbine systems (212, 355, 360, 365) based on the determined icing condition. one or more computer processors; and a memory comprising computer-readable code that, when executed using the one or more computer processors, performs an operation comprising: determining one or more characteristics of a sensor signal (505, 555) received from a mechanical sensor (214, 216, 330, 335, 340) of the wind turbine (100, 300), the one or more characteristics including frequency information included in the sensor signal (505, 555), and the mechanical sensor being an anemometer (214, 340) or a wind vane (216, 335); determining, based on the one or more characteristics of the sensor signal (505, 555), an icing condition of the wind turbine (100, 300); and controlling operation of one or more wind turbine systems (212, 355, 360, 365) based on the determined icing condition. determining one or more characteristics of a sensor signal (505, 555) received from a mechanical sensor (214, 216, 330, 335, 340) of the wind turbine (100, 300), the one or more characteristics including frequency information included in the sensor signal (505, 555), and the mechanical sensor being an anemometer (214, 340) or a wind vane (216, 335); determining, based on the one or more characteristics of the sensor signal (505, 555), an icing condition of the wind turbine (100, 300); and controlling operation of one or more wind turbine systems (212, 355, 360, 365) based on the determined icing condition.
A system for gripping spinous processes, comprising a first plate and a second plate, which are installed face to face, and a shaft, which is installed approximately perpendicularly with respect to the two plates (1, 20) and passes at least partially through one of them, the plates (1, 20) comprising an inner face and an outer face, wherein a surface of the inner face of the plates (1, 20) is provided with raised roughening features, wherein the first plate is movable relative to the second plate, wherein the first plate is fixed in translation with respect to the shaft, characterized in that the shaft and the second plate form a non-return pawl mechanism comprising a series of notches that cooperate with the non-return pawl mechanism such that the movement of the plates (1, 20) toward each other is irreversible without external aid, whereby spinous processes can be effectively gripped between the two plates (1, 20).