mhurhangee/ep-ind-claims huggingface dataset:
A transceiver front-end for a communication device, connectable: at a signal transmission and reception arrangement node (211, 311) to a signal transmission and reception arrangement (210, 310) adapted to transmit a transmit signal having a transmit frequency and to receive a receive signal having a receive frequency; at a transmitter node (231, 331) to a transmitter (230, 330) adapted to produce the transmit signal; and at a receiver node (221, 321) to a receiver (220, 320) adapted to process the receive signal; the transceiver front-end comprising: a transformer (240, 340), wherein the transmitter node (231, 331) is connected to a first node of a first side of the transformer, the receiver node (221, 321) is connected to a first node of a second side of the transformer, and the signal transmission and reception arrangement node (211, 311) is connected to a second node of the first side of the transformer and to a second node of the second side of the transformer; a first tunable capacitance (250, 350) connected between the transmitter node (231, 331) and the receiver node (221, 321); and a second tunable capacitance (260, 360) connected between the signal transmission and reception arrangement node (211, 311) and a signal reference level. at a signal transmission and reception arrangement node (211, 311) to a signal transmission and reception arrangement (210, 310) adapted to transmit a transmit signal having a transmit frequency and to receive a receive signal having a receive frequency; at a transmitter node (231, 331) to a transmitter (230, 330) adapted to produce the transmit signal; and at a receiver node (221, 321) to a receiver (220, 320) adapted to process the receive signal; the transceiver front-end comprising: a transformer (240, 340), wherein the transmitter node (231, 331) is connected to a first node of a first side of the transformer, the receiver node (221, 321) is connected to a first node of a second side of the transformer, and the signal transmission and reception arrangement node (211, 311) is connected to a second node of the first side of the transformer and to a second node of the second side of the transformer; a first tunable capacitance (250, 350) connected between the transmitter node (231, 331) and the receiver node (221, 321); and a second tunable capacitance (260, 360) connected between the signal transmission and reception arrangement node (211, 311) and a signal reference level. a transformer (240, 340), wherein the transmitter node (231, 331) is connected to a first node of a first side of the transformer, the receiver node (221, 321) is connected to a first node of a second side of the transformer, and the signal transmission and reception arrangement node (211, 311) is connected to a second node of the first side of the transformer and to a second node of the second side of the transformer; a first tunable capacitance (250, 350) connected between the transmitter node (231, 331) and the receiver node (221, 321); and a second tunable capacitance (260, 360) connected between the signal transmission and reception arrangement node (211, 311) and a signal reference level.
A composition comprising a therapeutically effective amount of apilimod, or a pharmaceutically acceptable salt thereof for use in a method of treating renal cancer in a subject having renal cancer.
An embolic protection device for use in a vessel, the embolic protection device comprising: a core wire; and a cannula attached to the core wire and extending proximally about the core wire, the cannula forming a basket portion including a plurality of struts and a filter portion, the filter portion having a plurality of openings formed in the cannula, the plurality of openings forming a plurality of expandable elements in the filter portion, the basket portion being movable between an expanded and collapsed state, wherein a middle portion of the basket portion is configured to provide in use a radial force sealing the filter portion against an inner wall of the vessel, the middle portion extending perpendicular to the core wire, characterised in that the plurality of expandable elements are sinusoidal in shape. a core wire; and a cannula attached to the core wire and extending proximally about the core wire, the cannula forming a basket portion including a plurality of struts and a filter portion, the filter portion having a plurality of openings formed in the cannula, the plurality of openings forming a plurality of expandable elements in the filter portion, the basket portion being movable between an expanded and collapsed state, wherein a middle portion of the basket portion is configured to provide in use a radial force sealing the filter portion against an inner wall of the vessel, the middle portion extending perpendicular to the core wire, characterised in that the plurality of expandable elements are sinusoidal in shape.
Method for adaptive dispersion compensation comprising the steps of - demodulating a received optical signal (S IN; S H, S V), - applying at least twofold oversampling and converting the optical signal (S IN; S H, Sv) into digital samples (p(n); px(n), py(n)), - feeding the digital samples (p(n); px(n), py(n)) to a compensation filter, - setting the compensation filter to a filter compensation function (T) according to a dispersion value, - outputting corrected samples (q(n); qx(n), qy(n)), - deriving from the corrected samples (q(n); qx(n), qy(n)) a first comparison value (R 1) from an average power of odd samples and a second comparison value (R 2) from an average power of even samples, - calculating an estimated error value (ε) from the corrected samples q(n) and the first and second comparison values (R 1 and R 2), and storing an estimated minimum error value (ε MIN), - applying further compensation functions (T) according to further dispersion values altered by variations (δCD) within a predetermined dispersion range, and - setting the compensation filter to an optimal filter compensation function (T) assigned to the minimum error value (ε MIN). - demodulating a received optical signal (S IN; S H, S V), - applying at least twofold oversampling and converting the optical signal (S IN; S H, Sv) into digital samples (p(n); px(n), py(n)), - feeding the digital samples (p(n); px(n), py(n)) to a compensation filter, - setting the compensation filter to a filter compensation function (T) according to a dispersion value, - outputting corrected samples (q(n); qx(n), qy(n)), - deriving from the corrected samples (q(n); qx(n), qy(n)) a first comparison value (R 1) from an average power of odd samples and a second comparison value (R 2) from an average power of even samples, - calculating an estimated error value (ε) from the corrected samples q(n) and the first and second comparison values (R 1 and R 2), and storing an estimated minimum error value (ε MIN), - applying further compensation functions (T) according to further dispersion values altered by variations (δCD) within a predetermined dispersion range, and - setting the compensation filter to an optimal filter compensation function (T) assigned to the minimum error value (ε MIN).
A communication method, comprising: determining, by a first protocol layer of a terminal, a radio access technology for establishing a radio resource control, RRC, connection, wherein the first protocol layer is a non-access stratum, NAS; determining, by the first protocol layer of the terminal based on access information, a first cause value for establishing the RRC connection, wherein the first cause value is a cause value of the radio access technology, and the access information comprises an access identity, Al, and an access category, AC; and sending, by the terminal, a first message, wherein the first message is used to request to establish the RRC connection, comprising: obtaining, by a second protocol layer of the terminal, the first cause value from the first protocol layer; and sending, by the second protocol layer of the terminal, the first message comprising the first cause value. determining, by a first protocol layer of a terminal, a radio access technology for establishing a radio resource control, RRC, connection, wherein the first protocol layer is a non-access stratum, NAS; determining, by the first protocol layer of the terminal based on access information, a first cause value for establishing the RRC connection, wherein the first cause value is a cause value of the radio access technology, and the access information comprises an access identity, Al, and an access category, AC; and sending, by the terminal, a first message, wherein the first message is used to request to establish the RRC connection, comprising: obtaining, by a second protocol layer of the terminal, the first cause value from the first protocol layer; and sending, by the second protocol layer of the terminal, the first message comprising the first cause value. obtaining, by a second protocol layer of the terminal, the first cause value from the first protocol layer; and sending, by the second protocol layer of the terminal, the first message comprising the first cause value.
A service process control method, comprising: Selecting, according to an execution policy of at least one service deployed on a network device, M data processing modules for processing a packet received by the network device from N data processing modules comprised in the network device, and determining an execution sequence of the selected M data processing modules, wherein N is greater than or equal to M, M and N are both positive integers, an execution policy of each service comprises at least one service rule, each service rule comprises a condition and an action, and matching of each service rule at least depends on information of one dimension of the packet; Invoking the selected M data processing modules to sequentially process, according to the execution sequence, the packet, so that each invoked data processing module collects information of one dimension of the packet; and Performing, according to all information of the packet that is collected by the M data processing modules, matching for all service rules comprised in the execution policy of the at least one service, so as to determine a successfully matched service rule; and executing an action corresponding to the successfully matched service rule. Selecting, according to an execution policy of at least one service deployed on a network device, M data processing modules for processing a packet received by the network device from N data processing modules comprised in the network device, and determining an execution sequence of the selected M data processing modules, wherein N is greater than or equal to M, M and N are both positive integers, an execution policy of each service comprises at least one service rule, each service rule comprises a condition and an action, and matching of each service rule at least depends on information of one dimension of the packet; Invoking the selected M data processing modules to sequentially process, according to the execution sequence, the packet, so that each invoked data processing module collects information of one dimension of the packet; and Performing, according to all information of the packet that is collected by the M data processing modules, matching for all service rules comprised in the execution policy of the at least one service, so as to determine a successfully matched service rule; and executing an action corresponding to the successfully matched service rule.
Method for measuring and processing optical signals for temperature measurement based on luminescence of an optical crystal, comprising: - receiving optical signals being representative for thermal radiation based on luminescence of the crystal, - exciting the crystal due to providing energy thereto using emission of a light emitting diode, - collecting gray body radiation with respect to the crystal using a photodiode depending on the excited the crystal, - determining dark current of the photodiode, comprising: - measuring a voltage on the photodiode, - measuring a current before current sink based on measuring a voltage on a calibration resistor having a resistance proportional to the internal resistance of the photodiode, - setting a value of current sink based on the measured voltage on the photodiode and the measured current before current sink, and - processing the received optical signals depending on the determined dark current of the photodiode and the collected gray body radiation including compensating the determined dark current created by the photodiode based on the set value of current sink depending on the current, which flows from a voltage reference to current sink. - receiving optical signals being representative for thermal radiation based on luminescence of the crystal, - exciting the crystal due to providing energy thereto using emission of a light emitting diode, - collecting gray body radiation with respect to the crystal using a photodiode depending on the excited the crystal, - determining dark current of the photodiode, comprising: - measuring a voltage on the photodiode, - measuring a current before current sink based on measuring a voltage on a calibration resistor having a resistance proportional to the internal resistance of the photodiode, - setting a value of current sink based on the measured voltage on the photodiode and the measured current before current sink, and - measuring a voltage on the photodiode, - measuring a current before current sink based on measuring a voltage on a calibration resistor having a resistance proportional to the internal resistance of the photodiode, - setting a value of current sink based on the measured voltage on the photodiode and the measured current before current sink, and - processing the received optical signals depending on the determined dark current of the photodiode and the collected gray body radiation including compensating the determined dark current created by the photodiode based on the set value of current sink depending on the current, which flows from a voltage reference to current sink.
Floor panel with a substrate and a provided thereon decorative layer of wood veneer having a thickness of 1 millimeter or less, wherein said substrate has an average density of more than 750 kilograms per cubic meter; that said decorative layer is provided on the substrate by means of a layer on the basis of thermosetting resin, including wear-resistant particles, situated between the substrate and the decorative layer; characterized in that said wood veneer is at least partially impregnated by means of said thermosetting resin and said wear-resistant particles penetrate into said wood veneer at the bottom side thereof, and in that said floor panel is provided with lower edge regions on one or more edges (2-3;4-5), wherein said wood veneer extends in one piece from on the surface of the substrate over said lower edge regions.
An air maintenance tire comprising a tire cavity, first and second sidewalls extending from first and second tire bead regions, respectively, to a tire tread region; an elongate, preferably substantially annular air passageway enclosed within a bending region of the sidewalls, the air passageway operatively closing and opening, segment by segment, as the bending region of the sidewalls passes adjacent a rolling tire footprint to pump air along the air passageway; and an air inlet port assembly coupled to the air passageway at an inlet air passageway junction, the air inlet port assembly being operable to channel inlet air from outside of the tire into the air passageway, characterized in that the air inlet port assembly includes an inlet control valve and an outlet tee structure positioned 180° opposite the inlet control valve in the air passageway for moving air into the tire cavity, the inlet control valve including two inlet check valves (62, 64) for ensuring air flow only into, and not out of, the inlet control valve, the air passageway and the tire cavity.
A portable media player case (100, 101) for housing a portable media player, comprising: a case body for housing the portable media player; and an extendable socket attached to the case body, the socket including: an accordion forming a conical shape and capable of extending outward from the case body generally along its axis and retracting back toward the case body by collapsing generally along its axis, the accordion maintaining pleated folds when fully extended and having walls folding in a generally parallel configuration next to one another when fully collapsed; and a foot disposed at the distal end of the accordion. a case body for housing the portable media player; and an extendable socket attached to the case body, the socket including: an accordion forming a conical shape and capable of extending outward from the case body generally along its axis and retracting back toward the case body by collapsing generally along its axis, the accordion maintaining pleated folds when fully extended and having walls folding in a generally parallel configuration next to one another when fully collapsed; and a foot disposed at the distal end of the accordion. an accordion forming a conical shape and capable of extending outward from the case body generally along its axis and retracting back toward the case body by collapsing generally along its axis, the accordion maintaining pleated folds when fully extended and having walls folding in a generally parallel configuration next to one another when fully collapsed; and a foot disposed at the distal end of the accordion.
An anhydrous, in particular cosmetic, composition comprising, in an oily fatty phase, at least: a) a C 3 -C 10 diol, b) hydrophobic silica aerogel particles in a solids content ranging from 3.7% to 6% by weight with respect to the total weight of the composition, c) exfoliating particles in an amount ranging from 10% to 50% by weight with respect to the total weight of the composition, said composition exhibiting, at a temperature of 25°C, a viscosity of between 10 and 20 Pa.s. a) a C 3 -C 10 diol, b) hydrophobic silica aerogel particles in a solids content ranging from 3.7% to 6% by weight with respect to the total weight of the composition, c) exfoliating particles in an amount ranging from 10% to 50% by weight with respect to the total weight of the composition,
A method performed by a device (120, 120-1 to 120-M) of a plurality of devices (120, 120-1 to 120-M) in a multi-master distributed data replication system, the method comprising: storing objects in a data store, at least one or more of the objects being replicated with the multi-master distributed data replication system; conducting a scan of the objects in the data store; identifying, based on the scan of the objects in the data store, one of the objects as not having a reference pointing to the object; by reading metadata associated with the identified object, determining if a completed delete negotiation, which is an indication of a successful or failed delete negotiation, is identified for the object; if a completed delete negotiation is identified for the object and if the completed delete negotiation is an indication of a successful delete negotiation, deleting the object and the metadata associated with the object; if a completed delete negotiation is identified for the object and if the completed delete negotiation is an indication of a failed delete negotiation, deleting metadata associated with the object and comprising respective failed delete negotiation messages; if a completed delete negotiation is not identified for the object, writing a negotiation message to the metadata associated with the object based on status of the object, the negotiation message comprising a delete message for deleting the object, an acknowledgement message, a negative acknowledgement message, or a got all message, and replicating the metadata to one or more other devices of the plurality of devices. storing objects in a data store, at least one or more of the objects being replicated with the multi-master distributed data replication system; conducting a scan of the objects in the data store; identifying, based on the scan of the objects in the data store, one of the objects as not having a reference pointing to the object; by reading metadata associated with the identified object, determining if a completed delete negotiation, which is an indication of a successful or failed delete negotiation, is identified for the object; if a completed delete negotiation is identified for the object and if the completed delete negotiation is an indication of a successful delete negotiation, deleting the object and the metadata associated with the object; if a completed delete negotiation is identified for the object and if the completed delete negotiation is an indication of a failed delete negotiation, deleting metadata associated with the object and comprising respective failed delete negotiation messages; if a completed delete negotiation is not identified for the object, writing a negotiation message to the metadata associated with the object based on status of the object, the negotiation message comprising a delete message for deleting the object, an acknowledgement message, a negative acknowledgement message, or a got all message, and replicating the metadata to one or more other devices of the plurality of devices.
A method for breaking out a complex shape from a sheet of glass, comprising: - a step of tracing a score line on the surface of the glass, using a scoring tool; - a step of breaking out using a local pressure means applied on the opposite face and opposite the score line, the local pressure means being moved and pressed along the score line on said opposite face, the method being characterized in that the tracing step and the breaking-out step are performed without turning the sheet of glass over in between and in that a planar-support means is positioned on the side of the score line, facing the local pressure means during the breaking-out step. - a step of tracing a score line on the surface of the glass, using a scoring tool; - a step of breaking out using a local pressure means applied on the opposite face and opposite the score line, the local pressure means being moved and pressed along the score line on said opposite face, the method being characterized in that the tracing step and the breaking-out step are performed without turning the sheet of glass over in between and in that a planar-support means is positioned on the side of the score line, facing the local pressure means during the breaking-out step.
A composition for use in the prevention of dental caries, said composition comprising: salt thereof; a) from 0.01% to 5% by weight theobromine, or a salt or double salt thereof; b) at least one source of calcium; c) at least one source of phosphate; and d) a pH of 5 to 10. a) from 0.01% to 5% by weight theobromine, or a salt or double salt thereof; b) at least one source of calcium; c) at least one source of phosphate; and d) a pH of 5 to 10.