mhurhangee/ep-ind-claims huggingface dataset:
A user group session management method, comprising: receiving, by a session management network element form a mobility management network element, a first message for requesting to establish a user group session for a first terminal, wherein the first message comprises an identifier of the first terminal and an identifier of a user group; generating, by the session management network element based on the identifier of the user group, a routing forwarding policy for the first terminal; and sending, by the session management network element, a second message including the routing forwarding policy to a user plane network element to establish a first session for the first terminal. receiving, by a session management network element form a mobility management network element, a first message for requesting to establish a user group session for a first terminal, wherein the first message comprises an identifier of the first terminal and an identifier of a user group; generating, by the session management network element based on the identifier of the user group, a routing forwarding policy for the first terminal; and sending, by the session management network element, a second message including the routing forwarding policy to a user plane network element to establish a first session for the first terminal.
An ethylene-acrylic rubber composition comprising an organic peroxide and 1 to 7 phr by weight of calcium hydroxide relative to 100 phr by weight of a binary ethylene-acrylic rubber polymer that comprises ethylene and an acrylic acid ester.
A charging method, comprising: detecting a quantity of electricity of a battery of a terminal and an electricity consumption parameter of the terminal before turning on a fast charging function, determining an estimated charging time according to the quantity of electricity of the battery and the electricity consumption parameter; wherein the estimated charging time is either a completion time of the fast charging, or a constant current charging time in the fast charging, determining whether an abnormal charging occurs according to the estimated charging time after turning on the fast charging function; and either turning off the fast charging function in response to determining that the abnormal charging occurs or reducing a charging power of the fast charging in response to determining that the abnormal charging occurs; wherein detecting the electricity consumption parameter comprises: detecting a present running state of the terminal and a present running application running on the terminal; and determining the electricity consumption parameter according to the present running state and the present running application. detecting a quantity of electricity of a battery of a terminal and an electricity consumption parameter of the terminal before turning on a fast charging function, determining an estimated charging time according to the quantity of electricity of the battery and the electricity consumption parameter; wherein the estimated charging time is either a completion time of the fast charging, or a constant current charging time in the fast charging, determining whether an abnormal charging occurs according to the estimated charging time after turning on the fast charging function; and either turning off the fast charging function in response to determining that the abnormal charging occurs or reducing a charging power of the fast charging in response to determining that the abnormal charging occurs; wherein detecting the electricity consumption parameter comprises: detecting a present running state of the terminal and a present running application running on the terminal; and determining the electricity consumption parameter according to the present running state and the present running application. detecting a present running state of the terminal and a present running application running on the terminal; and determining the electricity consumption parameter according to the present running state and the present running application.
An oral care composition comprising: a) a non-ionic surfactant comprising one or more carbon-carbon double bond; b) a pigment having a hue angle, h, in the CIELAB system of from 220 to 320 degrees; c) a physiologically acceptable carrier; wherein the non-ionic surfactant and the pigment are present in a weight ratio of from 1:1 to 20:1; and wherein the composition does not comprise anionic surfactants, amphoteric surfactants and polymers selected from carbomers, guar gums, guar hydroxypropyltrimmonium chloride, poloxamers, copolymers of methyl vinyl ether and maleic anhydride, and mixtures thereof. a) a non-ionic surfactant comprising one or more carbon-carbon double bond; b) a pigment having a hue angle, h, in the CIELAB system of from 220 to 320 degrees; c) a physiologically acceptable carrier;
A position sensing component (300, 400) comprising: a sensing coil; a moveable core disposed within the sensing coil; an oscillator circuit configured to provide a variable current signal to drive the sensing coil in conjunction with the moveable core; and a feedback control circuit coupled to the oscillator circuit, wherein the position sensing component (300, 400) is configured to: maintain a fixed amplitude voltage across the sensing coil in response to the variable current signal provided by the oscillator circuit in conjunction with the feedback control circuit, and generate an oscillator output signal that is linearly proportional to a position of the moveable core with respect to the sensing coil. a sensing coil; a moveable core disposed within the sensing coil; an oscillator circuit configured to provide a variable current signal to drive the sensing coil in conjunction with the moveable core; and a feedback control circuit coupled to the oscillator circuit, wherein the position sensing component (300, 400) is configured to: maintain a fixed amplitude voltage across the sensing coil in response to the variable current signal provided by the oscillator circuit in conjunction with the feedback control circuit, and generate an oscillator output signal that is linearly proportional to a position of the moveable core with respect to the sensing coil.
A method for controlling a motor vehicle powertrain with hybrid electric transmission, comprising an internal combustion engine, a main electric machine and an auxiliary electric machine mechanically constrained to rotate with the internal combustion engine, said two electric machines being connected to an electric storage battery of the vehicle, said method comprising, in a serial hybrid transmission mode, where the main electric machine alone generates the mechanical power to the vehicle wheels and where the internal combustion engine drives the auxiliary electric machine operating as a generator to provide recharging power, a step of regulating the engine speed to a setpoint value (R_req_ICE), where said engine is torque-controlled on the basis of a torque setpoint (C_req_HSG) to be applied to said auxiliary electric machine, said method being characterized in that it comprises a step of detecting a situation of saturation of the torque control of said auxiliary electric machine and, in the event of saturation, a step of correcting the torque demanded from the internal combustion engine, so that the engine speed returns to its setpoint value.
A system for injecting impedance on to a high voltage HV, transmission line, comprising: groups of transformer-less flexible alternating current AC, transmission systems TL-FACTS, based impedance injection units IIUs, connected in a series-parallel configuration that are used as impedance injection modules IIMs, distributed over a high-voltage HV, transmission line; wherein a first IIM having a first group of TL-FACTS-based IIUs is coupled to the HV transmission line and provides a first group of impedance injections on to the HV transmission line; and a second IIM having a second group of TL-FACTS-based IIUs is coupled to the HV transmission line and provides a second group of impedance injections on to the HV transmission line; wherein the first IIM and the second IIM are connected in series over the HV transmission line for providing the first and second groups of impedance injections; wherein time delays between respective impedance injections from the TL-FACTS-based IIUs are all synchronized to form a pseudo-sinusoidal impedance waveform when injected impedances are aggregated on the HV transmission line. groups of transformer-less flexible alternating current AC, transmission systems TL-FACTS, based impedance injection units IIUs, connected in a series-parallel configuration that are used as impedance injection modules IIMs, distributed over a high-voltage HV, transmission line; wherein a first IIM having a first group of TL-FACTS-based IIUs is coupled to the HV transmission line and provides a first group of impedance injections on to the HV transmission line; and a second IIM having a second group of TL-FACTS-based IIUs is coupled to the HV transmission line and provides a second group of impedance injections on to the HV transmission line; wherein the first IIM and the second IIM are connected in series over the HV transmission line for providing the first and second groups of impedance injections; wherein time delays between respective impedance injections from the TL-FACTS-based IIUs are all synchronized to form a pseudo-sinusoidal impedance waveform when injected impedances are aggregated on the HV transmission line.
An exercise device comprising: a frame; a drive roller rotatably supported on said frame; a first pedal including a first belt positioned about and in driving contact with said drive roller; a second pedal including a second belt positioned about and in driving contact with said drive roller; and characterised by first and second plates extending from the first and second pedals, respectively, and a third plate connected between said frame and said first and second pedals, said third plate extending from the frame, said first and second plates being supported by said third plate, said first and second plates each having at least one slot adapted to receive protrusions extending from opposing sides of said third plate, said slots being arcuate, said first and second plates thereby moving along arcuate paths and thereby providing supported pivoting of the first and second pedals in which said pedals are supported on said frame by said third plate for pivoting motion about a pivot axis around which said pedals are arranged to rotate relative to the frame during use of the exercise device. a frame; a drive roller rotatably supported on said frame; a first pedal including a first belt positioned about and in driving contact with said drive roller; a second pedal including a second belt positioned about and in driving contact with said drive roller; and
Method for production of hydrogen (H 2) from biomass, wherein said method comprises the stages of drying of the biomass, pyrolysis of the biomass to achieve coke and combustion of the pyrolysis gases to form gases (CO 2, N 2 and H 2 O), the method comprising the further stages of subjecting the gases (CO 2, N 2 and H 2 O) emerging from the combustion stage to a first heat exchange, wherein the gases (CO 2, N 2 and H 2 O) emerging from the combustion stage are cooled, water is evaporated in an evaporation stage by means of the caloric content of the gases (CO 2, N 2 and H 2 O) emerging from the combustion stage, the steam is subjected to heat exchange wherein the steam is heated, the steam is reduced to a synthesis gas consisting of hydrogen (H 2) and carbon monoxide, this reduction occurs by reaction with the coked fuel, and the synthesis gas is subjected to gas separation to obtain pure hydrogen, characterised in that, in a further treatment stage, the carbon monoxide is subjected to water gas shift reaction, and supplied steam forms hydrogen (H 2) with carbon dioxide (CO 2) as residual product, and the hydrogen (H 2) is separated from the carbon dioxide (CO 2) in a final gas separation stage.
Sewer inspection and/or maintenance system comprising a base unit and at least one system component which can be arranged on the base unit, wherein - a transponder which can be contactlessly read out is arranged on the system component, and - a reading device is arranged on the base unit, wherein - the transponder is adapted to provide the data identifying the system component, and - the reading device is adapted to contactlessly read out the data provided by the transponder from the transponder. - a transponder which can be contactlessly read out is arranged on the system component, and - a reading device is arranged on the base unit, wherein - the transponder is adapted to provide the data identifying the system component, and - the reading device is adapted to contactlessly read out the data provided by the transponder from the transponder.
A product of the group comprising cabinets, bookshelves or other storage systems, the product comprising a first part, a second part, and a device for facilitating assembling of the first and second parts (1, 3), wherein the assembling involves attaching the first part to the second part such that a first surface, of the first part, and a second surface, of the second part, have a mutual contact surface, wherein the device comprises a first unit embedded in the first surface, flush therewith, and being hollow, with an opening located at the first surface, and a second unit having a cavity, the second unit being embedded in the second surface, flush therewith and such that the cavity is open towards the second surface, wherein the first unit comprises a piston being moveable between a retracted position, where the piston is retracted in the first unit, and an extended position, where the piston extends through the opening, wherein the second unit comprises an activator part that is devised to interact magnetically with the piston, such that the piston moves to the extended position when the first and second surfaces are in contact, and the opening of the first unit and the cavity of the second unit are aligned, the piston then entering the cavity of the second unit, characterised in that a spring is arranged to urge the piston towards the retracted position, the force applied on the piston by the spring being exceeded by the force applied by the activator part when the first and second surfaces are in contact and the first and second units are aligned.
An apparatus, comprising: means (12,14,16) for obtaining, from at least one detector of a wearable device, a first detection of at least one bio-signal from at least one user, wherein the apparatus is different from the wearable device; means (12,14,16) for controlling a user output device of the apparatus to initiate a user alert, after obtaining the first detection of the at least one bio-signal; means (12,14,16) for obtaining, from the at least one detector of the wearable device, a second detection of the at least one bio-signal from the at least one user, wherein the second detection is performed after initiating the user alert; and means (12,14,16) for processing the first detection of the at least one bio-signal and the second detection of the at least one bio-signal to determine whether one or more changes in the at least one bio-signal pass a significance test. means (12,14,16) for obtaining, from at least one detector of a wearable device, a first detection of at least one bio-signal from at least one user, wherein the apparatus is different from the wearable device; means (12,14,16) for controlling a user output device of the apparatus to initiate a user alert, after obtaining the first detection of the at least one bio-signal; means (12,14,16) for obtaining, from the at least one detector of the wearable device, a second detection of the at least one bio-signal from the at least one user, wherein the second detection is performed after initiating the user alert; and means (12,14,16) for processing the first detection of the at least one bio-signal and the second detection of the at least one bio-signal to determine whether one or more changes in the at least one bio-signal pass a significance test.
A method for detecting the course of a traffic lane, comprising the following steps: measuring structures of the traffic lane by means of an image analysis of camera images, evaluating the homogeneity of the measurements (S12-S18), and determining the course of the traffic lane on the basis of the evaluated homogeneity, wherein the homogeneity of the detected structures is evaluated in that the density of the area surrounded by the measurements and the number of measurements is determined, wherein as the density the quotient of the area of a bounding box surrounding the measurements and the number of measurements is determined (S16, S18), characterised in that the coordinate system used for the measurements is rotated, as long as the measured structures are diagonal, wherein the rotation of the coordinate system is performed by an iterative process or a principal axis transformation of the distribution of measurements. measuring structures of the traffic lane by means of an image analysis of camera images, evaluating the homogeneity of the measurements (S12-S18), and determining the course of the traffic lane on the basis of the evaluated homogeneity, wherein the homogeneity of the detected structures is evaluated in that the density of the area surrounded by the measurements and the number of measurements is determined, wherein as the density the quotient of the area of a bounding box surrounding the measurements and the number of measurements is determined (S16, S18), characterised in that the coordinate system used for the measurements is rotated, as long as the measured structures are diagonal, wherein the rotation of the coordinate system is performed by an iterative process or a principal axis transformation of the distribution of measurements.
Method for manufacturing an electro-absorption modulator comprises steps consisting of: a) providing a planarized silicon wafer; b) applying a first high reflection coating multilayer on said silicon wafer; c) bonding at least one multiple quantum well modulator on said first high reflection coating multilayer, in order to obtain a wafer bonded assembly; d) thinning and etching said wafer bonded assembly; and e) applying a second high reflection coating multilayer on the thinned and etched wafer bonded assembly, the method being characterised in that said multiple quantum well modulator is grown by epitaxy process, then directly bonded on the first high reflection coating multilayer. a) providing a planarized silicon wafer; b) applying a first high reflection coating multilayer on said silicon wafer; c) bonding at least one multiple quantum well modulator on said first high reflection coating multilayer, in order to obtain a wafer bonded assembly; d) thinning and etching said wafer bonded assembly; and e) applying a second high reflection coating multilayer on the thinned and etched wafer bonded assembly,
A method of operating a continuously rotating, non-symmetric preform feed, stretch-blow-moulding machine in which injection-moulded preforms with integral handles are transferred from a first rotating transfer system to a preheating stage; wherein the transfer of a preform from a gripper of the first transfer system to a preform supporting mandrel of the preheating stage is achieved in one fluid motion, that is, while the first rotating transfer system and a preheating transport system are in continuous contrarotation as a vertical axis of the preform is brought into alignment with a vertical axis of the preform supporting mandrel and the handle of the preform is protected from heat by a heat shield provided on the mandrel, the transfer being made while accommodating each of the rotations of a loop rail system of the preheating stage, the mandrel and the transfer system as well as movements of the gripper and wherein banks of heating elements are positioned along straight sections of the loop rail system and wherein graded hot air is drawn across the path of the preforms by extractor fans and wherein, to prevent excessive heat build up of a cylindrical collar of the mandrel and neck of the preform in the collar, a cooling stream of air is directed at the collar.
A vortex inhibitor for molten metal pouring from a discharge nozzle consisting of: a castable refractory body having a shape geometrically proportioned so that its center of gravity is below its center of buoyancy and toward the apex of the pyramidal shape, whereby the body is self-orienting in an apex downward position when supported in molten metal, wherein the body comprises a hemispherical body having a top, and apex, and a plurality of constant dimension grooves (42, 44, 46, 48, 50, 52) extending between the top and the apex and comprising: an internal cone that tapers from a top end to the apex, a plurality of projections (30, 32, 34, 36, 38, 40) including a first projection that projects outward from the internal cone and extends from the top end toward the apex, wherein the first projection includes a triangular configuration having a base aligned with the top end and a corner that opposes the base and extends toward the apex and wherein the internal cone and the plurality of projections (30, 32, 34, 36, 38, 40) comprise a hemispherical-shaped body; and a plurality of grooves (42, 44, 46, 48, 50, 52) that extend from the top end toward the apex and that are positioned on two sides of the first projection, wherein the plurality of grooves (42, 44, 46, 48, 50, 52) intersect at the corner of the first projection. an internal cone that tapers from a top end to the apex, a plurality of projections (30, 32, 34, 36, 38, 40) including a first projection that projects outward from the internal cone and extends from the top end toward the apex, wherein the first projection includes a triangular configuration having a base aligned with the top end and a corner that opposes the base and extends toward the apex and wherein the internal cone and the plurality of projections (30, 32, 34, 36, 38, 40) comprise a hemispherical-shaped body; and a plurality of grooves (42, 44, 46, 48, 50, 52) that extend from the top end toward the apex and that are positioned on two sides of the first projection, wherein the plurality of grooves (42, 44, 46, 48, 50, 52) intersect at the corner of the first projection.