mhurhangee/ep-ind-claims huggingface dataset:
A traffic offloading method in a roaming scenario, comprising: receiving, by a visited core network control plane, V-CP, a first message from a home core network control plane, H-CP, wherein the first message comprises a local breakout, LBO, policy based on a subscribed service, and the subscribed service is a service on which local breakout needs to be performed and that is of a user; and sending, by the V-CP, the LBO policy to a visited core network user plane, V-UP, so that the LBO policy is installed on the V-UP to implement local breakout processing for the subscribed service, wherein the receiving, by a visited core network control plane V-CP, a first message sent by a home core network control plane H-CP comprises: receiving, by the V-CP by using a visited session management function, V-SMF, entity, a first message from a home session management function, H-SMF, entity, wherein the first message comprises the LBO policy based on the subscribed service. receiving, by a visited core network control plane, V-CP, a first message from a home core network control plane, H-CP, wherein the first message comprises a local breakout, LBO, policy based on a subscribed service, and the subscribed service is a service on which local breakout needs to be performed and that is of a user; and sending, by the V-CP, the LBO policy to a visited core network user plane, V-UP, so that the LBO policy is installed on the V-UP to implement local breakout processing for the subscribed service, wherein the receiving, by a visited core network control plane V-CP, a first message sent by a home core network control plane H-CP comprises: receiving, by the V-CP by using a visited session management function, V-SMF, entity, a first message from a home session management function, H-SMF, entity, wherein the first message comprises the LBO policy based on the subscribed service.
Device for the pneumatic adjustment of a seat in a means of transport, in particular in a motor vehicle, comprising one or more cushions which can be filled with air and which are connected via one or more valves to a compressed-air supply, and a control device for the actuation of the one or more valves for the purposes of changing the filling state of the one or more cushions, characterized in that a respective valve of at least some of the valves comprises one or more actuation elements composed of electroactive polymer, to which an electrical voltage can be applied, wherein, by application of the electrical voltage, a respective actuation element is deformed, and in this way, one or more passage openings (6, 6') via which an exchange of compressed air with at least one cushion takes place is or are opened up or shut off.
Motor arrangement, having a motor on which a signal generator device is arranged, a closed-loop control device which is spatially separate from the motor and has a communication connection to the motor via at least one motor line and controls the movement of the motor, at least one sensor device (8, 14, 16) which is arranged on the motor and is configured to detect at least one physical property of the motor and to output a signal which is characteristic of this physical property, and a brake controller, wherein the signal generator device is connected to the closed-loop control device, wherein between the sensor device and the signal generator device there is a direct communication connection via which the sensor device outputs the characteristic signal directly to the signal generator device, wherein in the signal generator device there is a processor device which is configured to detect input signals of the at least one sensor device (8, 14, 16) and of the brake controller and to pass on a correspondingly processed signal to the closed-loop control device via the motor line, wherein the motor line has an external shield, at least three power lines (34, 36, 38) which run within said external shield and are each surrounded by an electrically insulating sheath (35, 37, 39), an earthing line and a control line which runs within the external shield, wherein two control conductors (44, 46) are arranged within the control line, said control conductors (44, 46) being surrounded by a second shield and being provided for passing on the processed signal from the processor device of the signal generator device to the closed-loop control device and for controlling the motor with the closed-loop control device, wherein the second shield and the external shield are insulated from one another, wherein an electric contact device, which is in electrically conductive connection with the second electric shield is arranged on the second shield at at least one end of the motor line, and wherein the motor line has a core monofilament around which the at least three power lines (34, 36, 38), the one earthing line and the one control line are arranged.
A unit dose capsule for treatment of a substrate, the capsule comprising three compartments (102, 103, 104) containing a substrate treatment composition, wherein: the capsule is formed from two sheets of water-soluble film, the two sheets of film being sealed together forming a sealing web lying on a sealing plane, the sealing web comprising a peripheral sealing skirt, inter-compartment sealing webs (1024, 1023, 1034) between compartments thereby separating the compartments from one another and a central sealing web, wherein the compartments have an average surface extention ratio in the range of 1.5 to 3, the surface extension ratio is the surface area of the film above the sealing plane to surface area of footprint the compartments located in the sealing plane.
A method for enabling access to a credential vault if a master password for the credential vault is lost, the method comprising: selecting at least one credential from within the credential vault, wherein the selecting is based on a selection received through a user interface of a computing device, wherein the selecting ensures an entropy for the at least one credential exceeds a threshold, wherein the threshold is determined based on an entropy of the master password; encrypting one of the master password or a vault key for the credential vault with the selected at least one credential, thereby creating a recovery file; and storing the recovery file, wherein the selected at least one credential can be used to decrypt the recovery file to enable access to the credential vault. selecting at least one credential from within the credential vault, wherein the selecting is based on a selection received through a user interface of a computing device, wherein the selecting ensures an entropy for the at least one credential exceeds a threshold, wherein the threshold is determined based on an entropy of the master password; encrypting one of the master password or a vault key for the credential vault with the selected at least one credential, thereby creating a recovery file; and storing the recovery file, wherein the selected at least one credential can be used to decrypt the recovery file to enable access to the credential vault.
Method of managing unusable prints by means of a computer (2, 7) in a machine for processing printing materials wherein in the course of the unusable prints management sensors, in particular in the form of an image recording system with at least one image sensor, record printed images on the printed products and compare them to a digital reference and, if the recorded printed images deviate from the digital reference, the printed products that have been identified as defective are removed, wherein unusable prints profiles are created which contain parameters to which specific actions are respectively assigned and the specific actions are carried out as a function of the parameters for printed images that have been recorded and identified as deviating from the digital reference during the image inspection process, wherein different end devices (3, 8, 9) are respectively actuated as a function of the specific actions, characterized in that in the course of the unusable prints management, an inspection surface is defined on a utilized printing substrate to inspect the printed product to be inspected while an additional prewarning level 13 monitors the portion outside the defined inspection surface on the printed product to detect undesired changes, wherein deviations are assigned to an additional defect class for prewarning within the additional prewarning level.
A method of vibration control for a wellbore logging tool (130,226), wherein the wellbore logging tool (130,226) comprises an acoustic transmitter, the method being characterized in that the method comprises: estimating, using a processor of a vibration control system, one or more of an estimated position, an estimated velocity, and an estimated acceleration of the acoustic transmitter after a drive signal has been provided to the acoustic transmitter, based on an input signal provided to the acoustic transmitter or a measured output signal of the acoustic transmitter; and generating, using a processor vibration control system, an active dampening braking signal based, at least in part, on one or more of the estimated position, the estimated velocity, and the estimated acceleration of the acoustic transmitter, wherein the active dampening braking signal is provided to one or more portions of the logging tool (130,226) to dampen a residual vibration of the logging tool (130,226). estimating, using a processor of a vibration control system, one or more of an estimated position, an estimated velocity, and an estimated acceleration of the acoustic transmitter after a drive signal has been provided to the acoustic transmitter, based on an input signal provided to the acoustic transmitter or a measured output signal of the acoustic transmitter; and generating, using a processor vibration control system, an active dampening braking signal based, at least in part, on one or more of the estimated position, the estimated velocity, and the estimated acceleration of the acoustic transmitter, wherein the active dampening braking signal is provided to one or more portions of the logging tool (130,226) to dampen a residual vibration of the logging tool (130,226).
An insecticidal formulation comprising a volatile insecticide having a vapor pressure, at 20°C, of greater than 9.0 10 -4 Pa, a solvent, and a solvent-soluble polymer, with said polymer being dissolved in said solvent, and wherein the polymer is a cellulose derivative selected from the group consisting of ethylcellulose, ethylhydroxyethylcellulose, methylcellulose, methylhydroxyethylcellulose, methylhydroxypropylcellulose, and mixtures thereof
A viscous clutch (20; 120; 220) comprising: an input member (26; 126; 224); an output member (24; 124; 226); a working chamber (38; 138; 238) defined between the input member and the output member; a reservoir (36; 136; 236; 504; 604; 704; 804; 904; 1004; 1104) to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; an outlet (36-2; 182; 236-2; 512; 612; 712; 812; 912; 1012; 1112) to pass the shear fluid from the reservoir to the working chamber along the fluid circuit; and a return bore (26-2; 124B; 226-2) to return the shear fluid pumped out of the working chamber along the fluid circuit; an accumulator (72; 502; 602; 702; 802; 902; 1002; 1102) to accept the shear fluid from the return bore, wherein the accumulator is arranged in series with the reservoir in the fluid circuit; and a first wall (70-1; 170; 270; 506; 606; 706; 806; 906; 1006; 1106) having an arcuate segment (70-1A; 506B; 606B; 706B; 806B; 906B; 1006B; 1106B), the first wall positioned within the reservoir to separate a first portion of the reservoir from a second portion of the reservoir, characterized in that the accumulator is located radially inward of the reservoir. an input member (26; 126; 224); an output member (24; 124; 226); a working chamber (38; 138; 238) defined between the input member and the output member; a reservoir (36; 136; 236; 504; 604; 704; 804; 904; 1004; 1104) to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; an outlet (36-2; 182; 236-2; 512; 612; 712; 812; 912; 1012; 1112) to pass the shear fluid from the reservoir to the working chamber along the fluid circuit; and a return bore (26-2; 124B; 226-2) to return the shear fluid pumped out of the working chamber along the fluid circuit; an accumulator (72; 502; 602; 702; 802; 902; 1002; 1102) to accept the shear fluid from the return bore, wherein the accumulator is arranged in series with the reservoir in the fluid circuit; and a first wall (70-1; 170; 270; 506; 606; 706; 806; 906; 1006; 1106) having an arcuate segment (70-1A; 506B; 606B; 706B; 806B; 906B; 1006B; 1106B), the first wall positioned within the reservoir to separate a first portion of the reservoir from a second portion of the reservoir, characterized in that the accumulator is located radially inward of the reservoir.
A method for finding and tracking a signal of interest in space from a signal transmitting device, whereby the signal transmitting device is a satellite, the method being performed using a filter bank having a plurality of filters (36a-36n), at least two of the plurality of filters (36a-36n) having different bandwidths, and an antenna to scan for the signal of interest, characterized in that the method comprising: - calculating using geo-location navigation data of satellite's Earth Station and/or the satellite's ephemeris data a Doppler frequency shift of the signal of interest - receiving from the antenna and downconverting to baseband, in a receiver, the signal of interest - whereby the receiver down-converter frequency has been adjusted using the calculated Doppler frequency shift to maintain a baseband signal relatively constant in frequency; - feeding the output of the receiver to a plurality of filters - selecting the output of a filter of the plurality of filters (36a-36n) which has the largest bandwidth that is equal to or less than bandwidth of the signal of interest, to feed a logarithmic power detection amplifier or to feed an analog-to-digital converter followed by the function of a logarithmic power detection amplifier being carried out by software. - calculating using geo-location navigation data of satellite's Earth Station and/or the satellite's ephemeris data a Doppler frequency shift of the signal of interest - receiving from the antenna and downconverting to baseband, in a receiver, the signal of interest - whereby the receiver down-converter frequency has been adjusted using the calculated Doppler frequency shift to maintain a baseband signal relatively constant in frequency; - feeding the output of the receiver to a plurality of filters - selecting the output of a filter of the plurality of filters (36a-36n) which has the largest bandwidth that is equal to or less than bandwidth of the signal of interest, to feed a logarithmic power detection amplifier or to feed an analog-to-digital converter followed by the function of a logarithmic power detection amplifier being carried out by software.
The use of a compound of the formula: wherein R 111 is cyclopentyl or a group wherein R 115 is H, halogen, methoxy or phenyl; R 112 is H or OH x is a positive integer; M 1 each is a metal cation; y is the valence of M 1; z is a positive integer; b is zero or a positive integer; when b is a positive integer, Q 1 each is a negatively-charged counterion and a is the valence of Q 1; wherein x, y, z, a, and b satisfy the equation x + ( ab) = yz; and if R 115 is H, then R 112 is H, x = 1, M 1 is a lithium cation, y = 1, z = 1, and b = 0; and if R 115 is methoxy, then R 112 is OH, as a nucleating agent for a thermoplastic polymer. R 111 is cyclopentyl or a group wherein R 115 is H, halogen, methoxy or phenyl; R 112 is H or OH x is a positive integer; M 1 each is a metal cation; y is the valence of M 1; z is a positive integer; b is zero or a positive integer; when b is a positive integer, Q 1 each is a negatively-charged counterion and a is the valence of Q 1;
Mould for manufacturing, from a parison, a container having a body and a bottom provided with a peripheral seating which extends substantially perpendicular to the body from a lower end thereof, this mould comprising: - a wall having an internal surface at least in part determining the impression of the body of the container and delimiting a cavity which extends about a central axis, this internal surface terminating, at a lower end, in an opening about the central axis; - a mould bottom able to move with respect to the wall between an "out" position in which the mould bottom is away from the opening and an inserted position in which the mould bottom plugs the opening, the mould bottom exhibiting an upper surface that defines a seating surface in the impression of the seating of the container and which extends flush with the opening; this mould being characterized in that: - the upper surface of the mould bottom defines a peripheral surface which corresponds to a junction between the seating and the body of the container, this peripheral surface extending in the continuation of the seating surface around the latter and terminating in an edge corner that is raised in relation to the seating surface, - when the mould bottom is in the "out" position, the edge corner extends flush with the opening, - when the mould bottom is in the inserted position, the edge corner extends in the vicinity of the opening. - a wall having an internal surface at least in part determining the impression of the body of the container and delimiting a cavity which extends about a central axis, this internal surface terminating, at a lower end, in an opening about the central axis; - a mould bottom able to move with respect to the wall between an "out" position in which the mould bottom is away from the opening and an inserted position in which the mould bottom plugs the opening, the mould bottom exhibiting an upper surface that defines a seating surface in the impression of the seating of the container and which extends flush with the opening; - the upper surface of the mould bottom defines a peripheral surface which corresponds to a junction between the seating and the body of the container, this peripheral surface extending in the continuation of the seating surface around the latter and terminating in an edge corner that is raised in relation to the seating surface, - when the mould bottom is in the "out" position, the edge corner extends flush with the opening, - when the mould bottom is in the inserted position, the edge corner extends in the vicinity of the opening.
An immersed high slip variable frequency induction motor, for use in a fuel pump, the motor comprising a rotor, immersed in fuel in use, said rotor including: an elongate stacked lamination core having a length and diameter, a plurality of electrically conducting rotor bars extending through said core, each having a first end and a second end, and electrically conducting first and second end rings electrically connected to the first and second ends respectively of said rotor bars, characterised in that: the plurality of electrically conducting rotor bars have a resistivity of greater than 5x10 - 8 Ωm and wherein an insulating material is disposed between said rotor bars and said core thereby to at least reduce or prevent parasitic current flow between the rotor bars and said core. an elongate stacked lamination core having a length and diameter, a plurality of electrically conducting rotor bars extending through said core, each having a first end and a second end, and electrically conducting first and second end rings electrically connected to the first and second ends respectively of said rotor bars, characterised in that: the plurality of electrically conducting rotor bars have a resistivity of greater than 5x10 - 8 Ωm and wherein an insulating material is disposed between said rotor bars and said core thereby to at least reduce or prevent parasitic current flow between the rotor bars and said core.
The method of levitation, centering, stabilization and driving of a single electromagnetic functional part of radial electromagnetic bearing and electrical rotation drive, which moves and rotates with respect to stator of radial electromagnetic bearing and a stator of electrical rotation drive through acting of components of magnetic flux, which based on monitoring the position and/or speed and/or acceleration of rotation of electromagnetic functional part of radial electromagnetic bearing and electrical rotation drive induce forces acting upon electromagnetic functional part of radial electromagnetic bearing and electrical rotation drive in axial and/or radial and/or tangential direction, wherein stabilizing magnetic flux and driving magnetic flux from separate sources (1, 2) of the magnetic flux simultaneously acts on the electromagnetic functional part of radial electromagnetic bearing and electrical rotation drive being common for radial electromagnetic bearing and electrical rotation drive, wherein the stabilizing magnetic flux comprises a permanent component excited by a stabilizing permanent magnet (1110a, 1110b, 1110c, 1110d), which acts to maintain the electromagnetic functional part in axial working position with respect to the stator of radial electromagnetic bearing and the stator of electrical rotation drive and a variable component excited by the stabilizing electromagnet (11a, 11b, 11c, 11d), which acts for stabilization of working position of the electromagnetic functional part during its deflection from the working position, and wherein the driving magnetic flux, which is being excited by a driving electromagnet of the stator of electrical rotation drive, creates at least one tangential force inducing the rotation movement of electromagnetic functional part, characterized by that the permanent component of the stabilizing magnetic flux of the radial electromagnetic bearing is being created by the help of at least one stabilizing permanent magnet (1110a, 1110b, 1110c, 1110d) arranged in cores (111a, 111b, 111c, 111d) of stabilizing coils (110a, 110b, 110c, 110d) of the stabilizing electromagnets (11a, 11b, 11c, 11d).