mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication apparatus comprising: a wireless processing unit that performs wireless communication; and an application processing unit (120, 121; 400) that executes an application, wherein the wireless processing unit comprises: an update detecting unit that detects reception of wireless function update information for updating a function of the wireless processing unit when update information for updating any function of the wireless communication apparatus is received; and an update processing unit that updates the function of the wireless processing unit, if the reception of wireless function update information is detected by the update detecting unit, by performing an update process specified in the wireless function update information without involving the application processing unit (120, 121; 400), wherein the update detecting unit and the update processing unit are executed by a layer-2 processing unit that implements a packet data convergence protocol. a wireless processing unit that performs wireless communication; and an application processing unit (120, 121; 400) that executes an application, wherein the wireless processing unit comprises: an update detecting unit that detects reception of wireless function update information for updating a function of the wireless processing unit when update information for updating any function of the wireless communication apparatus is received; and an update processing unit that updates the function of the wireless processing unit, if the reception of wireless function update information is detected by the update detecting unit, by performing an update process specified in the wireless function update information without involving the application processing unit (120, 121; 400), an update detecting unit that detects reception of wireless function update information for updating a function of the wireless processing unit when update information for updating any function of the wireless communication apparatus is received; and an update processing unit that updates the function of the wireless processing unit, if the reception of wireless function update information is detected by the update detecting unit, by performing an update process specified in the wireless function update information without involving the application processing unit (120, 121; 400), wherein the update detecting unit and the update processing unit are executed by a layer-2 processing unit that implements a packet data convergence protocol.
A driving device of a circuit breaker closing/opening actuating mechanism, comprising a heater, a shell, an expansion substance installed in a sealed chamber inside the shell, and a volume expansion-displacement expansion converter, wherein the volume expansion-displacement expansion converter comprises a push rod piston, a push rod via hole is opened on a top surface of the shell, and the movable push rod piston is disposed inside the push rod via hole; the push rod piston and the shell are connected in a sealed manner, and a part of the push rod piston located in the sealed chamber inside the shell is directly or indirectly connected to the expansion substance, the sealed chamber inside the shell contains a mixture of a fluid medium and the expansion substance, and the part of the push rod piston in the sealed chamber inside the shell is located in the fluid medium, an isolation membrane is disposed in the sealed chamber inside the shell, and the membrane is disposed between the expansion substance and the fluid medium; the heater is disposed in the expansion substance inside the shell; the volume change of the expansion substance is generated during a phase transformation of solid phase-liquid phase of the substance; the circuit breaker closing/opening actuating mechanism comprises a force transmission mechanism and a circuit breaker switching mechanism, the driving device is coordinately connected with the force transmission mechanism which is used to push the circuit breaker switching mechanism to close or open the circuit breaker, wherein the heater is a positive temperature coefficient thermistor or other heating device of solid block and wherein the driving device of the circuit breaker closing/opening actuating mechanism is installed inside the circuit breaker.
A positive-electrode material comprising: - lithium vanadium phosphate particles, an average primary particle diameter of which is 0.3 μm or more and 2.6 μm or less, and crystallite sizes of which are 24 nm or more and 33 nm or less, - wherein the lithium vanadium phosphate particles are coated with a conductive carbon of a range of 0.5 mass-% to 2.4 mass-% with respect to the total mass of the lithium vanadium phosphate particles. - lithium vanadium phosphate particles, an average primary particle diameter of which is 0.3 μm or more and 2.6 μm or less, and crystallite sizes of which are 24 nm or more and 33 nm or less, - wherein the lithium vanadium phosphate particles are coated with a conductive carbon of a range of 0.5 mass-% to 2.4 mass-% with respect to the total mass of the lithium vanadium phosphate particles.
A controller for a radio access node, the radio access node comprising a plurality of antenna elements for communicating wirelessly with a mobile device, the controller comprising: a location module for obtaining location information relating to a location of the mobile device, the location information comprising information relating to the location of the mobile device along a predetermined path, and a beam module configured to select, based on the location information, one of a plurality of antenna configurations for generating one of a corresponding plurality of beams at the plurality of antenna elements, such that a first antenna configuration generating a first beam is selected when the mobile device is located at a first location, and a second antenna configuration generating a second beam is selected when the mobile device is located at a second location, wherein the plurality of antenna configurations are arranged in a predetermined sequence for generating a predetermined sequence of beams configured to target the mobile device on the predetermined path; wherein the second beam is wider than the first beam, and the first location is at a larger distance from the radio access node than the second location. a location module for obtaining location information relating to a location of the mobile device, the location information comprising information relating to the location of the mobile device along a predetermined path, and a beam module configured to select, based on the location information, one of a plurality of antenna configurations for generating one of a corresponding plurality of beams at the plurality of antenna elements, such that a first antenna configuration generating a first beam is selected when the mobile device is located at a first location, and a second antenna configuration generating a second beam is selected when the mobile device is located at a second location, wherein the plurality of antenna configurations are arranged in a predetermined sequence for generating a predetermined sequence of beams configured to target the mobile device on the predetermined path; wherein the second beam is wider than the first beam, and the first location is at a larger distance from the radio access node than the second location.
A pillow comprising an soaked foam and a sheath wherein the foam has a delayed elastic recovery behaviour, wherein the sheath completely envelops the foam, wherein the pillow is flat, the sheath having a circumferential seam, wherein the circumferential seam is arranged on the flat lateral surfaces of the sheath, wherein the seam is designed in such a way that, when the pillow is compressed, the air escaping from the foam escapes in the region of the circumferential seam and, when the pillow is decompressed, the air flows back through the circumferential seam into the foam material with a low flow resistance.
A boom monitoring system, said wherein system characterised in that it comprises: a piezoelectric sensing network, comprising a plurality of piezoelectric sensors arranged at different monitoring points on a boom, wherein each piezoelectric sensor is used for monitoring a boom damage signal of the corresponding monitoring point; an optical fiber sensing network, comprising a plurality of optical fiber sensors arranged at the different monitoring points on the boom, wherein each optical fiber sensor is used for monitoring an optical wave value of the corresponding monitoring point; and a monitoring mechanism, configured to: obtain a boom damage signal monitored by the piezoelectric sensing network during operation of the boom; determine a damage position of the boom and a corresponding first boom damage value according to the boom damage signal; obtain, when the first boom damage value reaches a preset starting value of the optical fiber sensing network, optical wave values of the corresponding monitoring points monitored by the optical fibers sensors; and determine a boom crack signal according to the optical wave values, and calculate a second boom damage value according to the boom crack signal, wherein the boom crack signal comprises a crack change factor and a crack length. a piezoelectric sensing network, comprising a plurality of piezoelectric sensors arranged at different monitoring points on a boom, wherein each piezoelectric sensor is used for monitoring a boom damage signal of the corresponding monitoring point; an optical fiber sensing network, comprising a plurality of optical fiber sensors arranged at the different monitoring points on the boom, wherein each optical fiber sensor is used for monitoring an optical wave value of the corresponding monitoring point; and a monitoring mechanism, configured to: obtain a boom damage signal monitored by the piezoelectric sensing network during operation of the boom; determine a damage position of the boom and a corresponding first boom damage value according to the boom damage signal; obtain, when the first boom damage value reaches a preset starting value of the optical fiber sensing network, optical wave values of the corresponding monitoring points monitored by the optical fibers sensors; and determine a boom crack signal according to the optical wave values, and calculate a second boom damage value according to the boom crack signal, wherein the boom crack signal comprises a crack change factor and a crack length. obtain a boom damage signal monitored by the piezoelectric sensing network during operation of the boom; determine a damage position of the boom and a corresponding first boom damage value according to the boom damage signal; obtain, when the first boom damage value reaches a preset starting value of the optical fiber sensing network, optical wave values of the corresponding monitoring points monitored by the optical fibers sensors; and determine a boom crack signal according to the optical wave values, and calculate a second boom damage value according to the boom crack signal, wherein the boom crack signal comprises a crack change factor and a crack length.
A method, comprising: capturing waveform data for a set of signals produced by simulating a circuit design or emulating the circuit design on a programmable integrated circuit; for the set of signals, generating data structures in a memory circuit of a computer system and storing waveform data for the signals in the data structures; identifying communication channels associated with the set of signals based on metadata included in the circuit design by a processor circuit of the computer system; analyzing waveform data stored in the data structures to locate a set of transaction-level events for one or more communication channels; outputting data indicating locations of the set of transaction-level events; determining a set of performance metrics for a plurality of circuit modules in the circuit design, based on the set of transaction-level events, wherein the set of performance metrics includes latency, timing slack, power consumption, signal jitter, throughput, data transfer size, or combinations thereof; and displaying the set of performance metrics for the circuit modules via a user interface. capturing waveform data for a set of signals produced by simulating a circuit design or emulating the circuit design on a programmable integrated circuit; for the set of signals, generating data structures in a memory circuit of a computer system and storing waveform data for the signals in the data structures; identifying communication channels associated with the set of signals based on metadata included in the circuit design by a processor circuit of the computer system; analyzing waveform data stored in the data structures to locate a set of transaction-level events for one or more communication channels; outputting data indicating locations of the set of transaction-level events; determining a set of performance metrics for a plurality of circuit modules in the circuit design, based on the set of transaction-level events, wherein the set of performance metrics includes latency, timing slack, power consumption, signal jitter, throughput, data transfer size, or combinations thereof; and displaying the set of performance metrics for the circuit modules via a user interface.
A navigation device, comprising: a satellite navigation receiver operable to receive signals from a first position source; a communications module operable to receive signals from a second position source; and a position subsystem in communication with the satellite navigation receiver and the communications module, the position subsystem operable to: identify movement of the navigation device (102, 202); select one of the position sources based upon the identified movement without waiting until a request for position is received from an application of the navigation device; determine position using the selected one of the position sources; and communicate the determined position to an application of the navigation device to perform a position dependent function when a request for position is received from the application. a satellite navigation receiver operable to receive signals from a first position source; a communications module operable to receive signals from a second position source; and a position subsystem in communication with the satellite navigation receiver and the communications module, the position subsystem operable to: identify movement of the navigation device (102, 202); select one of the position sources based upon the identified movement without waiting until a request for position is received from an application of the navigation device; determine position using the selected one of the position sources; and communicate the determined position to an application of the navigation device to perform a position dependent function when a request for position is received from the application. identify movement of the navigation device (102, 202); select one of the position sources based upon the identified movement without waiting until a request for position is received from an application of the navigation device; determine position using the selected one of the position sources; and communicate the determined position to an application of the navigation device to perform a position dependent function when a request for position is received from the application.
A solid fuel combustion device with a main combustion chamber an after combustion chamber, and a heat exchanger that is flowed through by combustion gases to transfer heat to a liquid cycle, the solid fuel combustion device comprising: a) a combustion grate for applying the solid fuel, in particular wood, b) a combustion gas outlet from the main combustion chamber above the combustion grate through the combustion grate in downward direction into the after combustion chamber; c) wherein the heat exchanger includes plural heat exchanger ribs and transmits the heat to the liquid cycle; d) the heat exchanger ribs are in physical contact with a liquid carrying portion of the heat exchanger with less than 30% of a surface of the heat exchanger ribs, characterized in that e) a fairing made from heat retaining material, in particular fire clay or silicone carbide is arranged between the main combustion chamber and the heat exchanger ribs on a side of the heat exchanger ribs that is oriented away from a liquid carrying portion of the heat exchanger and arranged at a minimum distance from the heat exchanger. f) the heat exchanger ribs are configured U - shaped and attached with their center arms at the liquid carrying portion of the heat exchanger. a) a combustion grate for applying the solid fuel, in particular wood, b) a combustion gas outlet from the main combustion chamber above the combustion grate through the combustion grate in downward direction into the after combustion chamber; c) wherein the heat exchanger includes plural heat exchanger ribs and transmits the heat to the liquid cycle; d) the heat exchanger ribs are in physical contact with a liquid carrying portion of the heat exchanger with less than 30% of a surface of the heat exchanger ribs, e) a fairing made from heat retaining material, in particular fire clay or silicone carbide is arranged between the main combustion chamber and the heat exchanger ribs on a side of the heat exchanger ribs that is oriented away from a liquid carrying portion of the heat exchanger and arranged at a minimum distance from the heat exchanger. f) the heat exchanger ribs are configured U - shaped and attached with their center arms at the liquid carrying portion of the heat exchanger.
Endless round baler belt made of rubber or rubberlike materials with an embedded core of a strengthening support, characterized in that the endless round baler belt (11; 21) has venting bores (13; 22) distributed over the circumference thereof and penetrating the round baler belt (11; 21).
A surgical mesh comprising a multi-component polymeric filament which comprises a filamentous component in the form of multiple sub-filaments including biostable sub-filaments and bioabsorbable sub-filaments and a matrix component that joins the sub-filaments into a single filament, wherein the filamentous component comprises a biostable polymer and the matrix component comprises a bioabsorbable polymer such that the multi-component polymeric filament forms a plurality of distinct small filaments corresponding to said biostable sub-filaments upon absorption of the bioabsorbable polymer of the matrix component and absorption of the bioabsorbable sub-filaments in vivo.
A process for improving hair treatment by deposition of an oil onto hair comprising the step of applying onto hair an aqueous composition comprising: a) a structured surfactant system comprising: - non cationic surfactant(s), and - a cationic co-surfactant b) an oil, being b1) a silicone oil, or b2) an oil of mineral origin, and c) optionally a cationic or ampholytic polymer. a) a structured surfactant system comprising: - non cationic surfactant(s), and - a cationic co-surfactant - non cationic surfactant(s), and - a cationic co-surfactant b) an oil, being b1) a silicone oil, or b2) an oil of mineral origin, and b1) a silicone oil, or b2) an oil of mineral origin, and c) optionally a cationic or ampholytic polymer.
Folding seat for a rail vehicle, comprising - a backrest; - a seat element; wherein - the seat element is specified to be reversibly pivotable in a reciprocating manner between two positions; - in a first and a second position of the seat element, the seat element is in each case folded out such that the folding seat is specified for seating one person on the seat element, characterized in that - the seat element is specified to be reversibly pivotable in a reciprocating manner between three positions, - in a third position of the seat element, the seat element is folded in and conjointly with the backrest forms a resting face for a standing person to rest on; - the seat element in the first and the second position thereof in terms of the third position is pivoted in mutually opposite directions. - a backrest; - a seat element; wherein - the seat element is specified to be reversibly pivotable in a reciprocating manner between two positions; - in a first and a second position of the seat element, the seat element is in each case folded out such that the folding seat is specified for seating one person on the seat element, characterized in that - the seat element is specified to be reversibly pivotable in a reciprocating manner between three positions, - in a third position of the seat element, the seat element is folded in and conjointly with the backrest forms a resting face for a standing person to rest on; - the seat element in the first and the second position thereof in terms of the third position is pivoted in mutually opposite directions.
A combination treatment comprising a) a radioactive agent characterized by a short-range cytotoxic ionizing radiation, wherein said radioactive agent is an Auger-electron emitting radionucleoside comprising an Auger electron emitting radioisotope selected from the group consisting of 77 Br, 80m Br, 123I, 124I, 125 I and 126 I, b) a further therapeutic agent selected from methotrexate and 5-fluoro-2'-deoxyuridine (F-UdR), and c) temozolomide for use in treating or ameliorating a high-grade glioma (WHO grade III-IV). a) a radioactive agent characterized by a short-range cytotoxic ionizing radiation, wherein said radioactive agent is an Auger-electron emitting radionucleoside comprising an Auger electron emitting radioisotope selected from the group consisting of 77 Br, 80m Br, 123I, 124I, 125 I and 126 I, b) a further therapeutic agent selected from methotrexate and 5-fluoro-2'-deoxyuridine (F-UdR), and c) temozolomide
A method for enhancing a motion-blurred image, comprising: receiving a plurality of projections, wherein the plurality of projections contain computed tomography data obtained in multiple motion phases; generating a first multi-phase image based on the plurality of projections; generating an enhanced multi-phase image by performing a destreaking operation on the first multi-phase image to reduce one or more motion-induced artifacts in the first multi-phase image; generating a plurality of re-projections by forward-projecting the enhanced multi-phase image; generating a plurality of difference projections by comparing each projection selected from the plurality of projections with a corresponding re-projection selected from the plurality of re-projections; generating a plurality of phase-correlated difference images based on the plurality of difference projections and generating a plurality of phase-correlated images based on the plurality of phase-correlated difference images and the enhanced multi-phase image. receiving a plurality of projections, wherein the plurality of projections contain computed tomography data obtained in multiple motion phases; generating a first multi-phase image based on the plurality of projections; generating an enhanced multi-phase image by performing a destreaking operation on the first multi-phase image to reduce one or more motion-induced artifacts in the first multi-phase image; generating a plurality of re-projections by forward-projecting the enhanced multi-phase image; generating a plurality of difference projections by comparing each projection selected from the plurality of projections with a corresponding re-projection selected from the plurality of re-projections; generating a plurality of phase-correlated difference images based on the plurality of difference projections and generating a plurality of phase-correlated images based on the plurality of phase-correlated difference images and the enhanced multi-phase image.