mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a wireless network, from a mobile device, a location update request for a location area to which access by the mobile device is restricted; determining, at the wireless network, if no location information is sent in the location update request, or if the mobile device is traveling from another wireless network, that the mobile device is not recognised; obtaining subscriber information relating to the mobile device from a home location register in the event the mobile device is not recognised; sending, from the wireless network, to the mobile device, in response to the location update request, a communication that triggers the mobile device to update a location identifier stored at the mobile device to the location identifier for the restricted location area; determining, using the obtained subscriber information, that the mobile device is not authorised to roam in the location area; sending (S325; S715), from the wireless network, a location update reject message to the mobile device; wherein the triggering communication is sent before the location update reject message is sent; the wireless network comprising at least one of a mobile switching center and/or visitor location register, a first base station, and a second base station. receiving, at a wireless network, from a mobile device, a location update request for a location area to which access by the mobile device is restricted; determining, at the wireless network, if no location information is sent in the location update request, or if the mobile device is traveling from another wireless network, that the mobile device is not recognised; obtaining subscriber information relating to the mobile device from a home location register in the event the mobile device is not recognised; sending, from the wireless network, to the mobile device, in response to the location update request, a communication that triggers the mobile device to update a location identifier stored at the mobile device to the location identifier for the restricted location area; determining, using the obtained subscriber information, that the mobile device is not authorised to roam in the location area; sending (S325; S715), from the wireless network, a location update reject message to the mobile device; wherein the triggering communication is sent before the location update reject message is sent; the wireless network comprising at least one of a mobile switching center and/or visitor location register, a first base station, and a second base station.
A method of selecting a connection gateway for a service operating on a wireless communications device, comprising: identifying, by a processor of the wireless communications device, a service; determining, by the processor and based at least in part on the service, whether to prioritize a type of connection gateway to utilize in connecting to the service; where if the processor determines to prioritize the type of connection gateway, selecting, by the processor, a connection gateway for the service based at least in part on a stored network access preference for the service, wherein the stored network access preference indicates whether to select an evolved Packet Data Gateway, ePDG, or a gateway with a non-3GPP InterWorking Function, N3IWF, and connecting, by the processor, to the service via the connection gateway, based at least in part on the stored network access preference, to the ePDG or the gateway with the N3IWF; where if the processor determines not to prioritize the type of connection gateway, selecting, by the processor, the connection gateway for the service regardless of the stored network access preference for the service; and connecting, by the processor, to the service via the connection gateway identifying, by a processor of the wireless communications device, a service; determining, by the processor and based at least in part on the service, whether to prioritize a type of connection gateway to utilize in connecting to the service; where if the processor determines to prioritize the type of connection gateway, selecting, by the processor, a connection gateway for the service based at least in part on a stored network access preference for the service, wherein the stored network access preference indicates whether to select an evolved Packet Data Gateway, ePDG, or a gateway with a non-3GPP InterWorking Function, N3IWF, and connecting, by the processor, to the service via the connection gateway, based at least in part on the stored network access preference, to the ePDG or the gateway with the N3IWF; where if the processor determines not to prioritize the type of connection gateway, selecting, by the processor, the connection gateway for the service regardless of the stored network access preference for the service; and connecting, by the processor, to the service via the connection gateway
A switching device comprising a first sheet of glazing material having a first major surface and an opposing second major surface, a switch attached to the first major surface of the first sheet of glazing material, and a sensor assembly (5, 100) facing the second major surface of the first sheet of glazing material, wherein the switch comprises a movable portion operatively coupled with the sensor assembly such that upon operation of the switch, the movable portion moves from a first position to a second position and the movement of the movable portion from the first position to the second position is detectable by the sensor assembly, characterized by the switching device further comprising a second sheet of glazing material spaced apart from the first sheet of glazing material, wherein the sensor assembly is between the first and second sheets of glazing material. characterized by the switching device further comprising a second sheet of glazing material spaced apart from the first sheet of glazing material, wherein the sensor assembly is between the first and second sheets of glazing material.
An ultrasonic detector suitable for mounting in a position for surveying an area for a source of airborne ultrasound, which detector comprises: a housing comprising a convex external surface; characterised by a plurality of sensors (20,110) for detecting an ultrasonic sound signal, each sensor of said plurality of sensors comprising a single outwardly facing sensing face (30; 116) and wherein said plurality of sensors (20; 110) is arranged on said convex external surface so that each sensing face (30; 116) is oriented in a direction different to every other sensing face. a housing comprising a convex external surface; characterised by a plurality of sensors (20,110) for detecting an ultrasonic sound signal, each sensor of said plurality of sensors comprising a single outwardly facing sensing face (30; 116) and wherein said plurality of sensors (20; 110) is arranged on said convex external surface so that each sensing face (30; 116) is oriented in a direction different to every other sensing face.
A method for regulating the release rate of microencapsulated actives comprising: 1a) addition or subtraction of piperonylbutoxide, component B) to 2a) formulations A) comprising at least one microencapsulated active having agrochemical activity, optionally PBO outside the microcapsule, 3a) dilution by water of component A) and/or component B) until the active application dose, the ratio by weight PBO/active ranges from 0.1 to 80, the PBO subtraction being feasible only when the PBO is present outside the microcapsule of the formulation A), wherein component B) is added to formulations A) under the form of emulsion or emulsifiable liquid. 1a) addition or subtraction of piperonylbutoxide, component B) to 2a) formulations A) comprising at least one microencapsulated active having agrochemical activity, optionally PBO outside the microcapsule, 3a) dilution by water of component A) and/or component B) until the active application dose,
Ceramic multilayer component having - a base body with connecting contacts (la, 1b, 1c, 1d, 1e, 1f; 7), fitted to it, - a ferrite ceramic, which is provided for an inductive area in the base body and in which an inductance is arranged which is formed by electrical conductors, and - a varistor ceramic in the base body, characterized in that - the varistor ceramic comprises at most 40% of the volume of the base body and - the varistor ceramic together with the connecting contacts (1a, 1b, 1c, 1d, 1e, 1f; 7) forms a capacitance. - a base body with connecting contacts (la, 1b, 1c, 1d, 1e, 1f; 7), fitted to it, - a ferrite ceramic, which is provided for an inductive area in the base body and in which an inductance is arranged which is formed by electrical conductors, and - a varistor ceramic in the base body, - the varistor ceramic comprises at most 40% of the volume of the base body and - the varistor ceramic together with the connecting contacts (1a, 1b, 1c, 1d, 1e, 1f; 7) forms a capacitance.
Induction heating apparatus with at least two heating inductors (10a-f, 12a-f, 14a-f, 16a-e), at least one heating frequency unit (18a-f, 20a-e) to supply the heating inductors (10a-f, 12a-f, 14a-f, 16a-e) with a heating current, at least one resonance capacitor unit (22a-f, 24a-e), at least one first current sensor unit (26a-e, 28a-e) and at least one second current sensor unit (30a-e, 32a-e, 34a-e, 36a-e), each of which being arranged in at least one resonance circuit and being provided for measuring at least one heating current parameter, characterised in that the first current sensor unit (26a-e, 28a-e) and the second current sensor unit (30a-e, 32a-e, 34a-e, 36a-e) have a different accuracy.
A propulsion unit for an aircraft, comprising a nacelle for a turbojet engine, said nacelle comprising a fixed structure and a movable structure downstream of said fixed structure, said movable structure comprising: - a thrust reverser device comprising at least one cowl movable in translation along a substantially longitudinal axis of the nacelle between a retracted position corresponding to a direct jet operation of the nacelle and a deployed position corresponding to a reverse jet position of the nacelle, - an ejection nozzle for a secondary air flow, downstream of said thrust reverser device, comprising an electrical control and actuation device of said nozzle, said unit being characterized in that the control and actuation device of the nozzle comprises at least one electrical switch adapted to be closed during a direct jet operation of the nacelle and to be opened during a reverse jet operation of the nacelle, said electrical switch comprising at least one fixed connector secured to the fixed structure of the nacelle or a fan casing of the turbojet engine, said fixed connector being provided in the form of an electrical box holding a plurality of fixed electrical contacts, and at least one movable connector secured to the cowl of the thrust reverser device, said movable connector being in the form of an electrical box holding a plurality of movable electrical contacts, said connectors (39, 41) being shaped to cooperate with each other when the nacelle is in direct jet operation and not to cooperate with each other when the nacelle is in reverse jet operation, so that the transmission of an electric current is carried out directly by contact between said fixed and movable connectors. - a thrust reverser device comprising at least one cowl movable in translation along a substantially longitudinal axis of the nacelle between a retracted position corresponding to a direct jet operation of the nacelle and a deployed position corresponding to a reverse jet position of the nacelle, - an ejection nozzle for a secondary air flow, downstream of said thrust reverser device, comprising an electrical control and actuation device of said nozzle,
A therapeutic product delivery device, comprising: a circuit layer; an actuator layer carrying an actuator for delivering a therapeutic product to a patient; a valve layer, through which the therapeutic product is conveyed to the patient by the action of the actuator; and an occlusion detection layer comprising a plurality of contacts provided at a detection region at which the device is configured to deposit said therapeutic product in the event of a blockage inhibiting the therapeutic product from reaching the patient, the circuit layer being configured to detect said blockage when the therapeutic product deposited in the detection region provides an electrical connection between said contacts characterised in that a plurality of conductive pins extend from the circuit layer through or to each of the actuator layer, the occlusion detection layer and the valve layer, the conductive pins aligning the layers with each other, the contacts of the occlusion detection layer being each electrically connected to a respective one of the conductive pins. a circuit layer; an actuator layer carrying an actuator for delivering a therapeutic product to a patient; a valve layer, through which the therapeutic product is conveyed to the patient by the action of the actuator; and an occlusion detection layer comprising a plurality of contacts provided at a detection region at which the device is configured to deposit said therapeutic product in the event of a blockage inhibiting the therapeutic product from reaching the patient, the circuit layer being configured to detect said blockage when the therapeutic product deposited in the detection region provides an electrical connection between said contacts characterised in that a plurality of conductive pins extend from the circuit layer through or to each of the actuator layer, the occlusion detection layer and the valve layer, the conductive pins aligning the layers with each other, the contacts of the occlusion detection layer being each electrically connected to a respective one of the conductive pins.
A method for timing a bearing failure-condition action for a turbocharger that includes a sensor (161, 163) configured for sensing information on off-axis rotor motion, comprising the steps of: a) receiving a stream of information from the sensor over a sensing period, the information being indicative of off-axis rotor motion during a plurality of identified operating conditions; b) reducing the stream of information to frequency-at-amplitude data representing, for each of a plurality of amplitude levels, the frequency of occurrence with which the off-axis rotor motion reached each amplitude level; c) calculating a degree of overlap between the frequency-at-amplitude data and previously established frequency-at-amplitude data representing the same plurality of operating conditions during a failure condition; and d) initiating a failure-condition action if the calculated overlap surpasses a threshold level from among a set of one or more threshold levels. a) receiving a stream of information from the sensor over a sensing period, the information being indicative of off-axis rotor motion during a plurality of identified operating conditions; b) reducing the stream of information to frequency-at-amplitude data representing, for each of a plurality of amplitude levels, the frequency of occurrence with which the off-axis rotor motion reached each amplitude level; c) calculating a degree of overlap between the frequency-at-amplitude data and previously established frequency-at-amplitude data representing the same plurality of operating conditions during a failure condition; and d) initiating a failure-condition action if the calculated overlap surpasses a threshold level from among a set of one or more threshold levels.
A combination of neratinib and pharmaceutically acceptable salts thereof with capecitabine for use in a method of treating an Erb-2 positive metastatic breast cancer.
Method for aerating a wine prior to its tasting, said wine being contained in a bottle having a neck closed by a cork, said method comprising after the withdrawal of the cork, putting the wine into contact with a volume of air for a time before tasting it, characterized in that it consists in: - determining a volume of air that is necessary for the wine to open up depending on its properties, - in reclosing the bottle by placing in the area of the neck a dip rod having, on the one hand, a first part called head that is able to cooperate with said neck so as to restrict transfers of gas between the outside and the inside of the bottle, and, on the other hand, a second part called body whose dimensions are smaller than the cross-section of the neck so as to make it possible for said body to be introduced inside the bottle in the area of the neck under the head, said body having a suitable volume depending on the volume of air determined to be put into contact with the wine, - homogenizing the contents of the bottle, and - waiting a determined time P0' prior to its tasting. - determining a volume of air that is necessary for the wine to open up depending on its properties, - in reclosing the bottle by placing in the area of the neck a dip rod having, on the one hand, a first part called head that is able to cooperate with said neck so as to restrict transfers of gas between the outside and the inside of the bottle, and, on the other hand, a second part called body whose dimensions are smaller than the cross-section of the neck so as to make it possible for said body to be introduced inside the bottle in the area of the neck under the head, said body having a suitable volume depending on the volume of air determined to be put into contact with the wine, - homogenizing the contents of the bottle, and - waiting a determined time P0' prior to its tasting.
A method of operating a user equipment, UE, that is configured to operate in accordance with different wireless personal area network, WPAN, radio access technologies, RATs, characterised in that each of the different WPAN RATs is associated with a different communication protocol, the method comprising: prioritizing a plurality of WPAN RATs supported by the UE; and dynamically allocating a plurality of shared WPAN radios to the plurality of WPAN RATs based on the prioritizing, wherein each of the plurality of shared WPAN radios is dynamically configurable to support communications over each of the plurality of WPAN RATs in accordance with the dynamic allocating. prioritizing a plurality of WPAN RATs supported by the UE; and dynamically allocating a plurality of shared WPAN radios to the plurality of WPAN RATs based on the prioritizing, wherein each of the plurality of shared WPAN radios is dynamically configurable to support communications over each of the plurality of WPAN RATs in accordance with the dynamic allocating.
A method for the qualitative and quantitative measurement of larger fibres in a particle bed for a fibre-reinforced composite board once the particle bed has passed through a prepress, wherein the particle bed passes through a prepress and then at least one region of the surface of the particle bed is illuminated and is photographed in some areas by a line scan camera, wherein the recorded images are combined to form an overall image and the larger fibres in the overall image are then counted.
A computer-implemented method of removing truncation artifacts in magnetic resonance images, comprising: receiving a crude image that is based on partial k-space data from a partial k-space asymmetrically truncated in at least one k-space dimension at k-space locations corresponding to high spatial frequencies; analyzing the crude image using a neural network model (204, 302), wherein the neural network model was trained with pairs of pristine images and corrupted images, wherein the corrupted images are based on partial k-space data from partial k-spaces truncated in one or more partial sampling patterns at the k-space locations corresponding to the high spatial frequencies, the one or more partial sampling patterns including an asymmetrical truncation in at least one k-space dimension, the pristine images are based on full k-space data corresponding to the partial k-space data of the corrupted images, and target output images of the neural network model are the pristine images; deriving an improved image of the crude image based on the analysis, wherein the derived improved image includes reduced truncation artifacts and increased high spatial frequency data, compared to the crude image; and outputting the improved image; wherein the partial k-space data of the corrupted images include a first set of k-space data and a second set of k-space data, wherein the second set of k-space data are conjugate reflections of the first set of k-space data. receiving a crude image that is based on partial k-space data from a partial k-space asymmetrically truncated in at least one k-space dimension at k-space locations corresponding to high spatial frequencies; analyzing the crude image using a neural network model (204, 302), wherein the neural network model was trained with pairs of pristine images and corrupted images, wherein the corrupted images are based on partial k-space data from partial k-spaces truncated in one or more partial sampling patterns at the k-space locations corresponding to the high spatial frequencies, the one or more partial sampling patterns including an asymmetrical truncation in at least one k-space dimension, the pristine images are based on full k-space data corresponding to the partial k-space data of the corrupted images, and target output images of the neural network model are the pristine images; deriving an improved image of the crude image based on the analysis, wherein the derived improved image includes reduced truncation artifacts and increased high spatial frequency data, compared to the crude image; and outputting the improved image; wherein the partial k-space data of the corrupted images include a first set of k-space data and a second set of k-space data, wherein the second set of k-space data are conjugate reflections of the first set of k-space data.
Impeller for a fluid-conveying device, comprising a support disc, a cover disc and at least one impeller blade which is arranged between the support disc and the cover disc when the impeller is in an assembled position, rivets being formed on the impeller blade, and rivet openings corresponding to the rivets being formed on the support disc and the cover disc, the rivets being permanently engaged with the respectively associated rivet openings when the impeller is in the assembled position, and contact surfaces of the impeller blade with the support disc and the cover disc being formed and/or contact surfaces of the support disc and the cover disc with the impeller blade being formed in such a way that the impeller blade, when the impeller is in the assembled position, substantially sealingly abuts against the support disc and the cover disc, characterized in that a sealing geometry is formed on the impeller blade in a region of its particular contact surface with the support disc and the cover disc, the sealing geometry of the impeller blade being weakened in its cross section by comparison with the remainder of the impeller blade, and the sealing geometry being deformed in such a way that the contact surfaces of the impeller blades with the support disc and the cover disc sealingly abut against the support disc and the cover disc.