mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: at least one memory storing information about at least one selected service domain predesignated by a user; and at least one processor operatively connected to the at least one memory , wherein the at least one memory stores instructions that, when executed, cause the at least one processor to: receive a user utterance, recognize at least one function corresponding to a user intent included in the user utterance, determine if the user utterance includes an explicit service domain name of a service domain used to perform the at least one function; when the content does not include an explicit service domain name, determine whether the user utterance corresponds to one of the at least one selected service domain used to perform the at least one function and which has been predesignated by the user, and when the user utterance corresponds to one of the at least one selected service domain, perform the function using the selected service domain predesignated by the user when the user utterance is determined to include the explicit service domain name, perform the at least one function using the corresponding service domain. at least one memory storing information about at least one selected service domain predesignated by a user; and at least one processor operatively connected to the at least one memory , wherein the at least one memory stores instructions that, when executed, cause the at least one processor to: receive a user utterance, recognize at least one function corresponding to a user intent included in the user utterance, determine if the user utterance includes an explicit service domain name of a service domain used to perform the at least one function; when the content does not include an explicit service domain name, determine whether the user utterance corresponds to one of the at least one selected service domain used to perform the at least one function and which has been predesignated by the user, and when the user utterance corresponds to one of the at least one selected service domain, perform the function using the selected service domain predesignated by the user when the user utterance is determined to include the explicit service domain name, perform the at least one function using the corresponding service domain. receive a user utterance, recognize at least one function corresponding to a user intent included in the user utterance, determine if the user utterance includes an explicit service domain name of a service domain used to perform the at least one function; when the content does not include an explicit service domain name, determine whether the user utterance corresponds to one of the at least one selected service domain used to perform the at least one function and which has been predesignated by the user, and when the user utterance corresponds to one of the at least one selected service domain, perform the function using the selected service domain predesignated by the user when the user utterance is determined to include the explicit service domain name, perform the at least one function using the corresponding service domain.
A contactless charging system comprising a vehicle and a charging station , said vehicle including a power reception device , and a first communication unit , said charging station including a second communication unit , and a plurality of power transmission devices (20A to 20C), said charging station transmitting weak electric power from an available power transmission device of said plurality of power transmission devices, when said second communication unit receives a power transmission request signal from said first communication unit, said vehicle aligning with said available power transmission device based on said weak electric power, said charging station performing a pairing process between said vehicle and the power transmission device with which said vehicle has been aligned, in response to reception of an alignment completion signal from said vehicle, said charging station transmitting a charging cancellation signal to a vehicle other than said vehicle, when said pairing process is completed. a power reception device , and a first communication unit , a second communication unit , and a plurality of power transmission devices (20A to 20C),
Luminaire having at least one illuminant, one connection to a power supply and one optoelectronic unit having a printed circuit board , characterized in that a control unit and the at least one illuminant in the form of a plurality of LED fields consisting of a plurality of light-emitting diodes are arranged on the printed circuit board , with an energy management unit being associated with each of the plurality of LED fields , and the energy management units with the associated LED fields being connected directly to the power supply in each case.
A robot tool for placing plugs in openings in a vehicle body component, comprising: a placing device ; a plug magazine arranged on the placing device , the plug magazine being configured to hold a plurality of plugs arranged in a row directly behind one another, wherein the placing device is configured to place the plurality of plugs in respective openings of the vehicle body components without reloading, and an electric spindle drive operatively configured to push the plurality of plugs out of the plug magazine which is accommodated in the placing device in predefined steps. a placing device ; a plug magazine arranged on the placing device , the plug magazine being configured to hold a plurality of plugs arranged in a row directly behind one another, wherein the placing device is configured to place the plurality of plugs in respective openings of the vehicle body components without reloading, and an electric spindle drive operatively configured to push the plurality of plugs out of the plug magazine which is accommodated in the placing device in predefined steps.
A portable sanitizing system comprising: an ultraviolet (UV) lamp ; a wand assembly , the wand assembly including a sanitizing head , wherein the UV lamp is within the sanitizing head of the wand assembly ; characterized in that the portable sanitizing system further comprises a backpack assembly coupled to the wand assembly ; a powering device configured to provide power to the ultraviolet lamp , wherein the powering device is within the backpack assembly , the powering device comprising: one or more batteries configured to provide power to the UV lamp ; and a power controller coupled to the one or more batteries, wherein the power controller is configured to control one or more aspects of the power provided from the one or more batteries to the UV lamp . an ultraviolet (UV) lamp ; a wand assembly , the wand assembly including a sanitizing head , wherein the UV lamp is within the sanitizing head of the wand assembly ; characterized in that the portable sanitizing system further comprises a backpack assembly coupled to the wand assembly ; a powering device configured to provide power to the ultraviolet lamp , wherein the powering device is within the backpack assembly , the powering device comprising: one or more batteries configured to provide power to the UV lamp ; and a power controller coupled to the one or more batteries, wherein the power controller is configured to control one or more aspects of the power provided from the one or more batteries to the UV lamp . one or more batteries configured to provide power to the UV lamp ; and a power controller coupled to the one or more batteries, wherein the power controller is configured to control one or more aspects of the power provided from the one or more batteries to the UV lamp .
A method for damping electromechanical oscillations in an electromechanical system , particularly in an automotive electric or hybrid drive system, comprising at least one electric machine operable with an angular speed (w_el, w_mech), said electric machine being coupled to at least one torque load and producing an electromotive force (emf_ff), comprising the steps of: deriving actual values of the electromotive force (emf_ff) to provide an electromotive force signal; - filtering said electromotive force signal in a filter to provide a feed-forward electromotive force signal, said filter providing a phase shift determined by a resonance frequency of the electromechanical system, and - using said feed-forward electromotive force signal in an open-loop control of said electric machine. - filtering said electromotive force signal in a filter to provide a feed-forward electromotive force signal, said filter providing a phase shift determined by a resonance frequency of the electromechanical system, and - using said feed-forward electromotive force signal in an open-loop control of said electric machine.
A method of removing soluble manganese comprising: a mixing step of mixing water for treatment, activated carbon micropowder having an average particle size of not less than 0.1 μm and not more than 10 μm, and a chlorine-containing oxidizing agent to obtain a water/activated carbon mixture; a membrane filtration step of membrane filtering the water/activated carbon mixture to obtain treated water, and an oxidizing agent input amount determination step of determining an input amount of the oxidizing agent such that residual chlorine concentration in the treated water is 1 mg/L or less, wherein the activated carbon micropowder is added after the oxidizing agent has been added to the water for treatment in the mixing step and residence time from a point at which the oxidizing agent is added until a point at which the membrane filtration step ends is not less than 1 minute and not more than 30 minutes. a mixing step of mixing water for treatment, activated carbon micropowder having an average particle size of not less than 0.1 μm and not more than 10 μm, and a chlorine-containing oxidizing agent to obtain a water/activated carbon mixture; a membrane filtration step of membrane filtering the water/activated carbon mixture to obtain treated water, and an oxidizing agent input amount determination step of determining an input amount of the oxidizing agent such that residual chlorine concentration in the treated water is 1 mg/L or less, wherein the activated carbon micropowder is added after the oxidizing agent has been added to the water for treatment in the mixing step and residence time from a point at which the oxidizing agent is added until a point at which the membrane filtration step ends is not less than 1 minute and not more than 30 minutes.
A method in a terminal device in a wireless communication network, comprising: receiving , from a base station in the wireless communication network, a message including an indication of a paging extension to a paging group for the terminal device, the terminal device being associated with a first coverage class; determining , based on the message, a second coverage class of a downlink transmission from the base station to a further terminal device; and determining a target paging group for the paging extension by determining an offset from the paging group, wherein the offset is determined based on the first coverage class and the second coverage class. receiving , from a base station in the wireless communication network, a message including an indication of a paging extension to a paging group for the terminal device, the terminal device being associated with a first coverage class; determining , based on the message, a second coverage class of a downlink transmission from the base station to a further terminal device; and determining a target paging group for the paging extension by determining an offset from the paging group, wherein the offset is determined based on the first coverage class and the second coverage class.
Module for a high-current plug and/or a high-current cable , the module comprising at least two curves adapted to the cross-section of the high-current cable , the module comprising at least one coupling face for coupling to a shield of a high-current cable , which the at least one coupling face is provided on the inside surface of the at least two curves and provides a contact face for electrically contacting the shield , wherein the module has at least one influencing device for influencing the electromagnetic properties of the shield , said at least one influencing device extending from a first to an adjacent curve , said module comprising an injection-moulded element , in which the at least one influencing device is embedded, wherein said at least one influencing device comprises a resistor , an inductor and/or a capacitor embedded in the injection-moulded element.
Dental surgical hand-held device having a movable tool , wherein an operating region is constructed at a distal end of the tool , and wherein at least one distal edge of the operating region acts as an active region , characterised in that the operating region is constructed at least in regions as a hollow-cylindrical segment so that a block or a cylindrical segment can be separated from the bone and in that a protection device is arranged in order to protect the surrounding tissue from injuries as a result of the tool .
Method of processing dusts containing phosphorus oxides, in which the dusts and primary oxygen are introduced into a mixing chamber , the dusts are deagglomerated by the action of shear forces and mixed with the primary oxygen in order to obtain a dust-oxygen mixture, the dust-oxygen mixture is discharged via an annular restrictor gap from the mixing chamber into an expansion chamber which has a pressure lower than that of the mixing chamber and from which the dust-oxygen mixture is ejected into a combustion chamber , in which the mixture is melted to obtain melt droplets under the addition of secondary oxygen, the melt droplets agglomerating and the melt being collected in a melt container.
Sliding door system with at least one runner rail extending in a longitudinal direction and a door leaf guided thereat by at least one runner assembly , the runner assembly comprising a runner guided in the runner rail and a fastening device connected with the runner , via which device the runner assembly is fastened to an upper edge of the door leaf , wherein, for connection with the fastening device , the runner , when in a state inserted into the runner rail , is displaceable in the longitudinal direction of the runner rail and is adapted to be brought into contact with the fastening device , wherein the runner abuts against a counter contact surface of the fastening device by a contact surface and is adapted to be fastened to the fasting device by at least one fastener , wherein the at least one fastener presses the contact surface and the counter contact surface against each other, characterized in that the contact surface is arranged on the side of the runner directed towards the fastening device in the longitudinal direction of the runner rail, and in that the runner is arranged on the side of the fastening device directed to a first side edge of the door leaf in the longitudinal direction of the runner rail, wherein the fastener extends through the runner .
A pod dispenser for dispensing pods for brewed beverages, the pod dispenser comprising a magazine and a conveyor , the magazine holding randomly arranged single pods of the same type, the conveyor comprising a belt looped about two rollers , the conveyor is designed to individually extract the pods from the magazine to feed them in a feed direction to an outlet and is arranged at the bottom of the magazine , characterized in that the pod dispenser comprises an agitator device configured to cooperate with the conveyor pushing the pods away from the conveyor and to define, with the conveyor , upstream from the outlet , a gap sized to cause pods lying flat on the conveyor to reach the outlet , the two rollers delimiting an upper operative portion on the belt and rotating to cause said pods lying flat on the upper operative portion of the belt to move towards the outlet , one of the rollers being an output roller and defining the outlet on the upper operative portion , and in that the agitator device comprises an impeller comprising a hub and blades mounted on the hub , the hub is rotatably mounted about an axis transverse to the feed direction and rotates in a direction opposite to the rotation direction of the two rollers , the blades define, during the rotation of the impeller, with the upper operative portion , said gap and are sized such that the gap has a height approximating by excess to the thickness of a pod of said pods so as to allow the passage of the single pod lying flat on the upper operative portion and the gap is sized so as to have a width approximating by excess to the maximum diameter of a pod of said pods .
A method for reducing loads of a wind turbine when a rotor blade of the wind turbine is stuck, the method comprising: continuously monitoring, via a controller , a loading effect of the stuck rotor blade of the wind turbine ; providing, via the controller , a predetermined schedule that relates the monitored loading effect of the stuck rotor blade of the wind turbine with a yaw angle for a nacelle of the wind turbine ; yawing, via the controller , the nacelle of the wind turbine away from an incoming wind direction according to the predetermined schedule; and monitoring a rotor speed of a rotor of the wind turbine and yawing the nacelle of the wind turbine according to the predetermined schedule only when the rotor speed is below a predetermined speed threshold. continuously monitoring, via a controller , a loading effect of the stuck rotor blade of the wind turbine ; providing, via the controller , a predetermined schedule that relates the monitored loading effect of the stuck rotor blade of the wind turbine with a yaw angle for a nacelle of the wind turbine ; yawing, via the controller , the nacelle of the wind turbine away from an incoming wind direction according to the predetermined schedule; and monitoring a rotor speed of a rotor of the wind turbine and yawing the nacelle of the wind turbine according to the predetermined schedule only when the rotor speed is below a predetermined speed threshold.
An article comprising: at least one substrate having a first surface and a second surface; a first coating covering the first surface of the at least one substrate, the first coating comprising: at least one layer that comprises a first polymer that is water-dispersible and a mineral; and at least one layer that comprises the first polymer without the mineral; and a second coating covering the second surface of the at least one substrate, the second coating comprising a second polymer; wherein at least one of the first polymer or the second polymer comprises a copolymer formed of at least two monomers, wherein the at least two monomers include ethylene and an unsaturated carboxylic acid monomer, and wherein the first coating is capable of forming a heat-seal with the second coating, optionally wherein the first coating comprises from 10% to 80% of the first polymer, by weight of the first coating. at least one substrate having a first surface and a second surface; a first coating covering the first surface of the at least one substrate, the first coating comprising: at least one layer that comprises a first polymer that is water-dispersible and a mineral; and at least one layer that comprises the first polymer without the mineral; and at least one layer that comprises a first polymer that is water-dispersible and a mineral; and at least one layer that comprises the first polymer without the mineral; and a second coating covering the second surface of the at least one substrate, the second coating comprising a second polymer; wherein at least one of the first polymer or the second polymer comprises a copolymer formed of at least two monomers, wherein the at least two monomers include ethylene and an unsaturated carboxylic acid monomer, and wherein the first coating is capable of forming a heat-seal with the second coating, optionally wherein the first coating comprises from 10% to 80% of the first polymer, by weight of the first coating.
An isolated peptide consisting of an amino acid sequence selected from the group consisting of SEQ ID NOs: 1, 3-10 and 18.
A method performed by a first network repository function, NRF, entity in a serving public land mobile network, PLMN, the method comprising: receiving , from a requesting session management network function, SM NF , in the serving PLMN, a first NF discovery request message including an identifier of a home PLMN, agreed network slice assistance information, and a data network name; transmitting , to a second NRF entity in the home PLMN, a second NF discovery request message including the agreed network slice assistance information, and the data network name based on the identifier of the home PLMN; as a response to the second NF discovery request message, receiving , from the second NRF entity , an address of a target SM NF in the home PLMN; and transmitting , to the requesting SM NF , the address of the target SM NF . receiving , from a requesting session management network function, SM NF , in the serving PLMN, a first NF discovery request message including an identifier of a home PLMN, agreed network slice assistance information, and a data network name; transmitting , to a second NRF entity in the home PLMN, a second NF discovery request message including the agreed network slice assistance information, and the data network name based on the identifier of the home PLMN; as a response to the second NF discovery request message, receiving , from the second NRF entity , an address of a target SM NF in the home PLMN; and transmitting , to the requesting SM NF , the address of the target SM NF .
An information reporting method applied to a terminal in a 5 th Generation, 5G, mobile communications system, characterized by comprising: determining (S201) physical downlink control channel, PDCCH, blind decoding capability information of the terminal; wherein the PDCCH blind decoding capability information indicates a maximum processing capability of the terminal to perform blind decoding on the PDCCH within a first unit time, the PDCCH blind decoding capability information of the terminal is dependent on subcarrier spacing and/or OFDM symbol length of the system which the terminal is communicating with; and reporting (S202) the PDCCH blind decoding capability information to a network device; wherein the PDCCH blind decoding capability information further indicates a maximum processing capability of the terminal to perform blind decoding on the PDCCH within a second unit time; the first unit time is greater than the second unit time; wherein the second unit time comprises at least one of: at least one mini-slot, and at least one OFDM symbol; and the PDCCH blind decoding capability information further indicates a maximum number of blind decodings that the terminal is capable within the second unit time. determining (S201) physical downlink control channel, PDCCH, blind decoding capability information of the terminal; wherein the PDCCH blind decoding capability information indicates a maximum processing capability of the terminal to perform blind decoding on the PDCCH within a first unit time, the PDCCH blind decoding capability information of the terminal is dependent on subcarrier spacing and/or OFDM symbol length of the system which the terminal is communicating with; and reporting (S202) the PDCCH blind decoding capability information to a network device; wherein the PDCCH blind decoding capability information further indicates a maximum processing capability of the terminal to perform blind decoding on the PDCCH within a second unit time; the first unit time is greater than the second unit time; wherein the second unit time comprises at least one of: at least one mini-slot, and at least one OFDM symbol; and the PDCCH blind decoding capability information further indicates a maximum number of blind decodings that the terminal is capable within the second unit time.