mhurhangee/ep-ind-claims huggingface dataset:
A management service management method, comprising: receiving, by a management service function unit, a management service query request from a first management function unit (10a, 10b, 10c), wherein the management service query request comprises management service requirement information, and the management service requirement information comprises at least one of the following: requirement information of an operation, requirement information of a managed object, or requirement information of management data; determining, by the management service function unit, a first management service corresponding to the management service requirement information; and sending, by the management service function unit, all or some of description information of the first management service to the first management function unit (10a, 10b, 10c), wherein the description information of the first management service comprises description information of the operation indicating operations supported by the first management service, description information of the managed object indicating managed objects supported by the first management service and description information of the management data indicating management data supported by the first management service. receiving, by a management service function unit, a management service query request from a first management function unit (10a, 10b, 10c), wherein the management service query request comprises management service requirement information, and the management service requirement information comprises at least one of the following: requirement information of an operation, requirement information of a managed object, or requirement information of management data; determining, by the management service function unit, a first management service corresponding to the management service requirement information; and sending, by the management service function unit, all or some of description information of the first management service to the first management function unit (10a, 10b, 10c), wherein the description information of the first management service comprises description information of the operation indicating operations supported by the first management service, description information of the managed object indicating managed objects supported by the first management service and description information of the management data indicating management data supported by the first management service.
A bus system containing bus lines (2, 2') at which a number of bus users or gateway modules are connectable via a transceiver, wherein the transceiver is connected at a bus node by a cable, wherein, on a side of the transceiver facing the bus, a first connection line of the transceiver is connected at the first bus line and a second cable connection of the transceiver is connected at the second bus line, characterized - in that, on a side of the transceiver facing away from the bus, an intermediate bridge unit connects which comprises a first building module and a second building module, wherein the first building module has a first transmitter/receiver pair having a transmitter and a receiver and the second building module has a second transmitter/receiver pair having a transmitter and a receiver, wherein the first transmitter/receiver pair is coupled to the second transmitter/receiver pair via a radio interface using two gap modules, - in that the respective transmitter has a transmitter oscillator, an amplitude and/or phase and/or frequency modulator, and a dual mode antenna and wherein the respective receiver has a demodulator having a mixer and a dual mode antenna, - in that the second transmitter/receiver pair has the same structure as the first transmitter/receiver pair, and - in that the second transmitter/receiver pair is connected to a bus user or a gateway module via lines, wherein the bus user has a micro controller and a data bus controller and wherein the gateway module has a transceiver and a repeater. - in that, on a side of the transceiver facing away from the bus, an intermediate bridge unit connects which comprises a first building module and a second building module, wherein the first building module has a first transmitter/receiver pair having a transmitter and a receiver and the second building module has a second transmitter/receiver pair having a transmitter and a receiver, wherein the first transmitter/receiver pair is coupled to the second transmitter/receiver pair via a radio interface using two gap modules, - in that the respective transmitter has a transmitter oscillator, an amplitude and/or phase and/or frequency modulator, and a dual mode antenna and wherein the respective receiver has a demodulator having a mixer and a dual mode antenna, - in that the second transmitter/receiver pair has the same structure as the first transmitter/receiver pair, and - in that the second transmitter/receiver pair is connected to a bus user or a gateway module via lines, wherein the bus user has a micro controller and a data bus controller and wherein the gateway module has a transceiver and a repeater.
An automatic tire inflation system comprising: a source of pressurized fluid; a first pneumatic tire having a valve stem configured to receive pressurized fluid; a rotary air connection in sealed fluid communication between the source of pressurized fluid and the first pneumatic tire; the automatic tire inflation system being characterized by: a first visual flow indicator (212, 304) disposed in a path of sealed fluid communication between the rotary air connection and the first pneumatic tire; said first visual flow indicator comprising at least one of a digital display coupled to a flow switch for activating a first lighted indicator, the first lighted indicator being statefully controlled so as to indicate fluid flow above a threshold fluid flow rate, a visual alert mechanism configured to be observably moved by air flow, and a flow meter. a source of pressurized fluid; a first pneumatic tire having a valve stem configured to receive pressurized fluid; a rotary air connection in sealed fluid communication between the source of pressurized fluid and the first pneumatic tire; the automatic tire inflation system being characterized by: a first visual flow indicator (212, 304) disposed in a path of sealed fluid communication between the rotary air connection and the first pneumatic tire; said first visual flow indicator comprising at least one of a digital display coupled to a flow switch for activating a first lighted indicator, the first lighted indicator being statefully controlled so as to indicate fluid flow above a threshold fluid flow rate, a visual alert mechanism configured to be observably moved by air flow, and a flow meter. a first visual flow indicator (212, 304) disposed in a path of sealed fluid communication between the rotary air connection and the first pneumatic tire; said first visual flow indicator comprising at least one of a digital display coupled to a flow switch for activating a first lighted indicator, the first lighted indicator being statefully controlled so as to indicate fluid flow above a threshold fluid flow rate, a visual alert mechanism configured to be observably moved by air flow, and a flow meter.
A nozzle for a plasma arc torch symmetrically disposed about a nozzle axis and comprising: - a nozzle orifice centered on the nozzle axis and having a generally cylindrical orifice sidewall; - a gas-directing surface symmetrically disposed about the nozzle axis and surrounding said orifice; and - an inlet joining said gas-directing surface to said orifice sidewall, characterised in that said inlet has a variable curvature generated by rotation of a substantially elliptical form about the nozzle axis, wherein the substantially elliptical form approximates a portion of an ellipse having a major axis and a minor axis, where the ratio of the major axis to the minor axis is greater than 2:1, further wherein said substantially elliptical form is positioned such that said gas-directing surface is substantially tangent to the ellipse at its intersection therewith, and said orifice sidewall is substantially tangent to the ellipse at its intersection therewith. - a nozzle orifice centered on the nozzle axis and having a generally cylindrical orifice sidewall; - a gas-directing surface symmetrically disposed about the nozzle axis and surrounding said orifice; and - an inlet joining said gas-directing surface to said orifice sidewall, characterised in that said inlet has a variable curvature generated by rotation of a substantially elliptical form about the nozzle axis, wherein the substantially elliptical form approximates a portion of an ellipse having a major axis and a minor axis, where the ratio of the major axis to the minor axis is greater than 2:1, further wherein said substantially elliptical form is positioned such that said gas-directing surface is substantially tangent to the ellipse at its intersection therewith, and said orifice sidewall is substantially tangent to the ellipse at its intersection therewith.
A composition comprising hyaluronan for use in alleviating pain and discomfort associated with a dry eye condition in a subject in need thereof, wherein: the hyaluronan is present in said composition at a concentration of greater than about 30 mg/mL; the hyaluronan has an average molecular weight of between about 1 and about 2 million; the hyaluronan is not cross-linked and/or is free of chemical modifications; and wherein the composition is free of other pharmaceutically active substances. the hyaluronan is present in said composition at a concentration of greater than about 30 mg/mL; the hyaluronan has an average molecular weight of between about 1 and about 2 million; the hyaluronan is not cross-linked and/or is free of chemical modifications; and wherein the composition is free of other pharmaceutically active substances.
A method for integrating a quantity of EDP systems (120, 151, 152, 153) into a system-of-systems, wherein a service providing system in an interface specifying the service manages at least one validity time field that specifies the future validity time up to which the syntax and the semantics of an interface specification will be valid, and wherein the service providing system ensures that before said validity time no changes to the interface specification or to the information contained therein will be made, wherein all EDP systems (120, 151, 152, 153) participating in the system-of-systems have a global time with the precision P, wherein the global time is sparse and wherein the EDP systems (120, 151, 152, 153) transmit messages only in the permitted time intervals of the sparse time, and wherein the interface specification of the service providing system contains another field, called Timeoutfeld_1, in which is disposed the maximum time interval that is required to process a service request in the service providing system, and wherein prior to the usage of a service of the service providing system, a service requesting system checks whether the expected end of the service is prior to the validity time that is included in the interface specification of the retrieved service providing system.
A system for screening delirium patients for the presence of encephalopathy, comprising: a. a handheld screening device comprising a housing; b. two sensors configured to record one or more brain signals and generate one or more values for a number of occurrences of 3 Hz waves and a number of occurrences of 10 Hz waves over a period of time; c. a processor; and d. at least one module configured to: i. perform spectral density analysis on the one or more values; and ii. output data presenting an indication of the presence, absence, or likelihood of the subsequent development of encephalopathy based on a comparison of a value of a ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves to a threshold ratio value of 1.44, wherein the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being greater than or equal to the threshold ratio value is an indication of the presence of encephalopathy and the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being less than the threshold ratio value is an indication of the absence of encephalopathy. a. a handheld screening device comprising a housing; b. two sensors configured to record one or more brain signals and generate one or more values for a number of occurrences of 3 Hz waves and a number of occurrences of 10 Hz waves over a period of time; c. a processor; and d. at least one module configured to: i. perform spectral density analysis on the one or more values; and ii. output data presenting an indication of the presence, absence, or likelihood of the subsequent development of encephalopathy based on a comparison of a value of a ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves to a threshold ratio value of 1.44, wherein the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being greater than or equal to the threshold ratio value is an indication of the presence of encephalopathy and the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being less than the threshold ratio value is an indication of the absence of encephalopathy. i. perform spectral density analysis on the one or more values; and ii. output data presenting an indication of the presence, absence, or likelihood of the subsequent development of encephalopathy based on a comparison of a value of a ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves to a threshold ratio value of 1.44, wherein the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being greater than or equal to the threshold ratio value is an indication of the presence of encephalopathy and the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being less than the threshold ratio value is an indication of the absence of encephalopathy.
A radio communication method for a radio communication system including a radio transmitter having a plurality of transmission antennas and a radio receiver having a plurality of reception antennas, the method comprising the steps of: in the radio transmitter, selectively producing transmission data to be transmitted with a directive multibeam from said transmission antennas in a first mode or transmission data to be independently transmitted from said transmission antennas in a second mode; carrying out an orthogonal transformation on a plurality of mutually-orthogonal pilot signals (p1, p2, p3, p4) so as to form said directive multibeam having the orthogonal relation; multiplexing said pilot signals (p1, p2, p3, p4) orthogonally transformed and said transmission data and transmitting the multiplexed data through said transmission antennas; and in said radio receiver, correlating, for each of said reception antennas, a received signal received by said reception antenna with a replica signal of each of said pilot signals (p1, p2, p3, p4) to obtain a channel estimate of said directive multibeam; carrying out an inverse transformation of said orthogonal transformation on the obtained channel estimate of said directive multibeam to obtain a channel estimate on said transmission antenna; and selectively conducting first received signal processing on the basis of said channel estimate of said directive multibeam and said received signal in said first mode or second received signal processing on the basis of said channel estimate on said transmission antenna, obtained through said inverse transformation, and said received signal in said second mode. in the radio transmitter, selectively producing transmission data to be transmitted with a directive multibeam from said transmission antennas in a first mode or transmission data to be independently transmitted from said transmission antennas in a second mode; carrying out an orthogonal transformation on a plurality of mutually-orthogonal pilot signals (p1, p2, p3, p4) so as to form said directive multibeam having the orthogonal relation; multiplexing said pilot signals (p1, p2, p3, p4) orthogonally transformed and said transmission data and transmitting the multiplexed data through said transmission antennas; and in said radio receiver, correlating, for each of said reception antennas, a received signal received by said reception antenna with a replica signal of each of said pilot signals (p1, p2, p3, p4) to obtain a channel estimate of said directive multibeam; carrying out an inverse transformation of said orthogonal transformation on the obtained channel estimate of said directive multibeam to obtain a channel estimate on said transmission antenna; and selectively conducting first received signal processing on the basis of said channel estimate of said directive multibeam and said received signal in said first mode or second received signal processing on the basis of said channel estimate on said transmission antenna, obtained through said inverse transformation, and said received signal in said second mode.
A lighting device, comprising an optical deglaring plate having an incident surface and a reverse, visible, surface, the optical deglaring plate comprising an array of conical optical structures in the reverse, visible, surface for optically processing received light; a lighting assembly comprising a plurality of light sources, the lighting assembly being adapted to project a plurality of light outputs onto the incident surface of the optical deglaring plate, wherein the optical deglaring plate is configured to process each of said plurality of light outputs in order to generate on the reverse, visible, surface a corresponding circular or curve-shaped luminous pattern; and a controller adapted to control a configuration of the lighting assembly so as to vary the luminous pattern in dependence upon one or more variable parameters, characterized in that: one or more of the plurality of light sources are moveable relative to the optical deglaring plate, and the controller is adapted to control movement of said one or more light sources in order to vary the luminous pattern. one or more of the plurality of light sources are moveable relative to the optical deglaring plate, and the controller is adapted to control movement of said one or more light sources in order to vary the luminous pattern.
A method comprising: identifying, via a processor, a media path associated with a communication session, wherein the media path is identified based on real-time transport control protocol messages propagated from nodes in the media path to a plurality of real-time transport control protocol collectors; receiving, via the processor, at a centralized location and from the plurality of real-time transport control protocol collectors, a plurality of media leg quality measurement factors contained in the real-time transport control protocol messages, each of the plurality of media leg quality measurement factors being associated with each of a plurality of media legs in the media path, wherein the media path is divided into the plurality of media legs by segments residing between nodes on the media path; integrating, via the processor, the plurality of media leg quality measurement factors; determining, via the processor, an end-to-end performance of the media path based on the integration of the plurality of media leg quality measurement factors; and generating an indication based on the end-to-end performance of the media path. identifying, via a processor, a media path associated with a communication session, wherein the media path is identified based on real-time transport control protocol messages propagated from nodes in the media path to a plurality of real-time transport control protocol collectors; receiving, via the processor, at a centralized location and from the plurality of real-time transport control protocol collectors, a plurality of media leg quality measurement factors contained in the real-time transport control protocol messages, each of the plurality of media leg quality measurement factors being associated with each of a plurality of media legs in the media path, wherein the media path is divided into the plurality of media legs by segments residing between nodes on the media path; integrating, via the processor, the plurality of media leg quality measurement factors; determining, via the processor, an end-to-end performance of the media path based on the integration of the plurality of media leg quality measurement factors; and generating an indication based on the end-to-end performance of the media path.
A screwdriver (510, 710), comprising a housing; a motor housed in the housing; and a tool holder (430, 730) configured to be driven by the motor to rotate about an axis of the tool holder (430, 730); wherein the tool holder (430, 730) is configured to selectively hold both a screwdriver bit and a hex key (425, 725); wherein the hex key (425, 725) includes a bend such that the hex key (425, 725) includes a first leg and a second leg, and wherein the first leg is transverse to the second leg; and wherein the tool holder (430, 730) includes a retainer (133, 733) configured to retain the hex key (425, 725) such that one of the legs of the hex key (425, 725) projects substantially axially from the tool holder (430, 730), and wherein the retainer (133, 733) includes a side opening (136, 736) configured to allow the other leg of the hex key (425, 725) to extend therethrough; characterised in that the tool holder (430, 730) includes a rotary member (450, 740) configured to be rotated relative to the retainer (133, 733) to selectively secure and release the hex key (425, 725). a housing; a motor housed in the housing; and a tool holder (430, 730) configured to be driven by the motor to rotate about an axis of the tool holder (430, 730); wherein the tool holder (430, 730) is configured to selectively hold both a screwdriver bit and a hex key (425, 725); wherein the hex key (425, 725) includes a bend such that the hex key (425, 725) includes a first leg and a second leg, and wherein the first leg is transverse to the second leg; and wherein the tool holder (430, 730) includes a retainer (133, 733) configured to retain the hex key (425, 725) such that one of the legs of the hex key (425, 725) projects substantially axially from the tool holder (430, 730), and wherein the retainer (133, 733) includes a side opening (136, 736) configured to allow the other leg of the hex key (425, 725) to extend therethrough; characterised in that the tool holder (430, 730) includes a rotary member (450, 740) configured to be rotated relative to the retainer (133, 733) to selectively secure and release the hex key (425, 725).