mhurhangee/ep-ind-claims huggingface dataset:
A communication device comprising: first determination means (105, 110, 111) for determining a version of Device Provisioning Protocol, DPP, supported by another communication device based on information obtained from the another communication device; second determination means (105, 110, 111) for determining an Authentication and Key Management, AKM, identification information based on the version determined by the first determination means; and providing means (105, 110, 102) for providing information indicating the AKM determined by the second determination means and a communication parameter which corresponds to the AKM and is used for communication connection to the another communication device in DPP Configuration Response frame. first determination means (105, 110, 111) for determining a version of Device Provisioning Protocol, DPP, supported by another communication device based on information obtained from the another communication device; second determination means (105, 110, 111) for determining an Authentication and Key Management, AKM, identification information based on the version determined by the first determination means; and providing means (105, 110, 102) for providing information indicating the AKM determined by the second determination means and a communication parameter which corresponds to the AKM and is used for communication connection to the another communication device in DPP Configuration Response frame.
Adjustable pliers comprising a pair of arms (4,6) crossing each other intermediate of their ends, wherein each arm has a respective clamping jaw (8,10) at one end and a respective handle (12, 14) at an opposite end thereof, wherein one arm has intermediate of its ends and at the crossing by the other arm a plurality of spaced apart apertures (26a-26h, 32a-32h) through the one arm, the apertures (26a-26h, 32a-32h) being connected by an elongate slot through the one arm, the slot being of lesser width than the apertures, wherein the other arm has a pivot member (50, 60) passing through the elongate slot to pivotally connect the arms (4,6) to each other, wherein the pivot member (50, 60) has a profiled section receivable within any one of the apertures (26a-26h, 32a-32h), wherein the profiled section comprises opposing convex curved locking faces (56a, 56f) each with a common axis (Y-Y) of curvature and a first radius defining a notional outer circular perimeter of the profiled section, wherein the profiled section comprises substantially opposing free faces (56b-56e, 56g-56j) separating the locking faces (56a, 56f), each free face (56b-56e, 56g-56j) being inset from the notional outer circular perimeter, wherein the other arm is pivotable in respect of the one arm in a rotational direction about the axis (Y-Y) to cause engagement of the locking faces (56a, 56f) with a side (22, 28, 24, 34) of the one arm defining one of the apertures (26a-26h, 32a-32h) to determine the opening of the jaws (8,10) with respect to each other and the other arm is pivotable in respect of the one arm in a counter rotational direction about the aixs (Y-Y) to cause disengagement of the locking faces (56a, 56f) from sides (22, 28, 24, 34) of the apertures (26a-26h, 32a-32h) to allow movement of the pivot member along the slot to vary the opening of the jaws (8,10) with respect to each other, wherein one free face (56g-56j) comprises a convex curved free face flanking one locking face in the rotational direction and having a second radius that is less than the first radius of the locking faces (56f, 56a), wherein the other free face (56b-56e) comprises a convex curved free face flanking the other locking face in the rotational direction and having a third radius and wherein the third radius is less than the second radius; and wherein the profiled section is elongate between the opposing locking faces (56a, 56f) and has an axis of elongation (Z-Z) which separates the free faces (56b-56e, 56g-56j); and wherein the free faces (56b-56e, 56g-56j) are substantially convex; and wherein each of the free faces (56b-56e, 56g-56j) comprises a flat free face (56c, 56h) parallel to the axis of elongation (Z-Z); and wherein each flat free face (56c, 56h) merges tangentially with convex curved free faces (56b, 56d, 56g, 56i) of its respective free face (56b-56e, 56g-56j); and wherein each free face (56b-56e, 56g-56j) comprises a convex curved free face (56b, 56g) flanking a respective locking face (56a, 56f) in the counter rotational direction and having the second radius.
A method of managing presence-based services in a communication system including a plurality of communication subsystems (2, 3, 4, 5) each supporting a presence service operating according to a respective local presence protocol, characterised in that the method comprises the steps of: - converting presence-service messages produced by an entity (20, 200, 30, 40, 50) in an originating subsystem (2, 3, 4, 5) from the local presence protocol of that subsystem into an interoperability protocol; - forwarding the information organised according to said interoperability protocol over a signalling network supporting said interoperability protocol; and - converting presence-service messages to be passed to an entity (20, 200, 30, 40, 50) in a destination subsystem from said interoperability protocol into the local presence protocol of said destination subsystem (2, 3, 4, 5), - converting presence-service messages produced by an entity (20, 200, 30, 40, 50) in an originating subsystem (2, 3, 4, 5) from the local presence protocol of that subsystem into an interoperability protocol; - forwarding the information organised according to said interoperability protocol over a signalling network supporting said interoperability protocol; and - converting presence-service messages to be passed to an entity (20, 200, 30, 40, 50) in a destination subsystem from said interoperability protocol into the local presence protocol of said destination subsystem (2, 3, 4, 5),
A screw machine comprising a rotor housing having a pair of parallel, overlapping bores (12-1, 12-2); a conjugate pair of intermeshing rotors (14, 16) located in said bores, each of said rotors having helical lobes (14-1, 16-1) and intervening flutes (14-2, 16-2); an outlet casing disposed at a discharge end of said rotor housing, each of said rotors having a discharge end facing said outlet casing; characterized by a wear resistant coating (40, 42, 60, 61, 82, 92) disposed between said discharge ends of said rotors and said outlet casing, said wear resistant coating (40, 42, 60, 61, 82, 92) comprising a diamond-like-carbon coating made up of a series of alternating hard and lubricious (40") layers.
A method of transmitting data in a network of interconnectable end-user nodes comprising a source node, a recipient node and a plurality of further nodes, wherein each of the end-user nodes is executing an instance of a communication client application, the method comprising: the communication client application of the source node receiving a command to transmit the data to the recipient node; and characterised by: the source node selecting at least one further node from the plurality of further nodes to which the source node transmits the data, wherein said selected at least one further node excludes the recipient node and is selected to act as a storage node to store the data from the source node before being retrieved by the recipient node; transmitting the data from the source node to the at least one storage node for storing the data at the at least one storage node for retrieval by the recipient node; the source node providing a network identity of each of the at least one storage nodes to the recipient node to enable the recipient node to locate where the data is stored. the source node selecting at least one further node from the plurality of further nodes to which the source node transmits the data, wherein said selected at least one further node excludes the recipient node and is selected to act as a storage node to store the data from the source node before being retrieved by the recipient node; transmitting the data from the source node to the at least one storage node for storing the data at the at least one storage node for retrieval by the recipient node; the source node providing a network identity of each of the at least one storage nodes to the recipient node to enable the recipient node to locate where the data is stored.
Austenitic stainless steel for a fuel cell comprising, in weight%, C: 0.05% to 0.09%, Si: 0.5% or less (0 excluded), Mn: 2.5% to 5.0%, Cr: 21% to 23%, Ni: 10% to 12%, Nb: 0.2% to 0.7%, N: 0.25% or less (0 excluded), Al: 0.2% or less (0 excluded), S: 0.003% or less (0 excluded), B: 0.01% or less (0 excluded), the remainder being Fe and unavoidable impurities.
An electrohydraulic brake system (1000, 1000a, 1000b) for a vehicle, comprising: - a hydraulic simulator circuit for generation of a pedal response force; - a first cylinder-piston device (110, 112, 114, 701, 702) and an electromechanical actuator acting on the first cylinder-piston device (110, 112, 114, 701, 702) for generation of a hydraulic pressure in at least one brake circuit (10, 20); - a first fluid path having a first valve unit arranged therein for a selective fluidic connection of the first cylinder-piston device (110, 112, 114, 701, 702) to the simulator circuit; and - a second fluid path having a second valve unit arranged therein for a selective fluidic connection of the simulator circuit to an unpressurised hydraulic fluid reservoir, - at least a first detection device, which is designed to detect a hydraulic pressure built up by operation of the electromechanical actuator, characterized in that the vehicle brake system (1000, 1000a, 1000b) further comprises at least a second detection device, which is designed to detect a hydraulic fluid volume displaced by operation of the electromechanical actuator and a comparison device, which is formed to compare both measured variables detected with a set pressure-volume characteristic. - a hydraulic simulator circuit for generation of a pedal response force; - a first cylinder-piston device (110, 112, 114, 701, 702) and an electromechanical actuator acting on the first cylinder-piston device (110, 112, 114, 701, 702) for generation of a hydraulic pressure in at least one brake circuit (10, 20); - a first fluid path having a first valve unit arranged therein for a selective fluidic connection of the first cylinder-piston device (110, 112, 114, 701, 702) to the simulator circuit; and - a second fluid path having a second valve unit arranged therein for a selective fluidic connection of the simulator circuit to an unpressurised hydraulic fluid reservoir, - at least a first detection device, which is designed to detect a hydraulic pressure built up by operation of the electromechanical actuator,
A guided-mode resonance sensor assembly comprising: a source of light having at least one wavelength; a waveguide structure having a sensing region including a periodic structure in the sensing region, the waveguide structure being configured to receive input light from the source of light onto the sensing region of the waveguide structure to cause multiple different leaky waveguide modes of the same polarization to be excited in said sensing region, said multiple different leaky waveguide nodes defining a distinct spectral signature in output wavelengths or angles; means for detecting changes in one or more of the phase, waveshape, spectral response, angular response, and/or magnitude of the distinct spectral signature of said multiple different leaky waveguide modes and for distinguishing between first and second physical states of said waveguide structure or its immediate environment on the basis of the detected changes. a source of light having at least one wavelength; a waveguide structure having a sensing region including a periodic structure in the sensing region, the waveguide structure being configured to receive input light from the source of light onto the sensing region of the waveguide structure to cause multiple different leaky waveguide modes of the same polarization to be excited in said sensing region, said multiple different leaky waveguide nodes defining a distinct spectral signature in output wavelengths or angles; means for detecting changes in one or more of the phase, waveshape, spectral response, angular response, and/or magnitude of the distinct spectral signature of said multiple different leaky waveguide modes and for distinguishing between first and second physical states of said waveguide structure or its immediate environment on the basis of the detected changes.
A method performed by a radio access network node, which radio access network node serves a Mobile Station, MS,, the method comprising: receiving a message from a positioning node, to be forwarded to the MS, which message comprises an indication that said message comprises a command to the MS to perform a Multilateration Timing Advance procedure for determining a position of the MS, wherein the message is received in a Connection Oriented message received over a connection between the radio access network node and the positioning node, and wherein the Connection Oriented message further comprises a timer, which timer determines how long time the Multilateration Timing Advance procedure is to run in the radio access network node, and wherein the method further comprising: controlling that the connection is not released until the positioning procedure is completed which is when the timer expires, by upon expiration of the timer, releasing the connection between the radio access network node and the positioning node, thereby indicating no additional Multilateration Timing Advance procedure related information will be forthcoming from the radio access node for that connection thus enabling the positioning node, to proceed with calculating the position of the MS. receiving a message from a positioning node, to be forwarded to the MS, which message comprises an indication that said message comprises a command to the MS to perform a Multilateration Timing Advance procedure for determining a position of the MS, wherein the message is received in a Connection Oriented message received over a connection between the radio access network node and the positioning node, and wherein the Connection Oriented message further comprises a timer, which timer determines how long time the Multilateration Timing Advance procedure is to run in the radio access network node, and wherein the method further comprising: controlling that the connection is not released until the positioning procedure is completed which is when the timer expires, by upon expiration of the timer, releasing the connection between the radio access network node and the positioning node, thereby indicating no additional Multilateration Timing Advance procedure related information will be forthcoming from the radio access node for that connection thus enabling the positioning node, to proceed with calculating the position of the MS.
Method for synthesizing a thermoplastic elastomer comprising at least one polydiene block and at least one other block homopoly(α-methylstyrene), where the polymerization steps comprise in succession: - polymerizing α-methylstyrene in a starting reaction medium comprising an anionic polymerization initiator and an apolar solvent in the presence of a polar compound, the molar ratio of the polar compound to the metal of the polymerization initiator being at least 0.03 and at most 15, with a mass ratio of the solvent to the α-methylstyrene of at least 0.5 and at most 5, and at a temperature greater than or equal to 0°C and less than 30°C; - adding in one go the entirety of the monomer or monomers which are to form the polydiene block, the monomer or monomers comprising at least one conjugated diene monomer; - polymerizing the monomer or monomers which are to form the diene block onto the living poly(α-methylstyrene) chains obtained previously, at a temperature greater than or equal to the polymerization temperature of the α-methylstyrene. - polymerizing α-methylstyrene in a starting reaction medium comprising an anionic polymerization initiator and an apolar solvent in the presence of a polar compound, the molar ratio of the polar compound to the metal of the polymerization initiator being at least 0.03 and at most 15, with a mass ratio of the solvent to the α-methylstyrene of at least 0.5 and at most 5, and at a temperature greater than or equal to 0°C and less than 30°C; - adding in one go the entirety of the monomer or monomers which are to form the polydiene block, the monomer or monomers comprising at least one conjugated diene monomer; - polymerizing the monomer or monomers which are to form the diene block onto the living poly(α-methylstyrene) chains obtained previously, at a temperature greater than or equal to the polymerization temperature of the α-methylstyrene.
An anomaly diagnosis method, for use in an intrusion detection and/or prevention system related to fraudulent activity against a computer or a network, performed by an anomaly diagnosis apparatus that performs a diagnosis to determine whether an observed value of diagnosis data composed of values of multiple variables representing a state of a monitoring target obtained by observing the state of the monitoring target is anomalous, wherein the anomaly diagnosis apparatus includes a processor and a memory, the memory stores an anomaly detection model generated by learning by using multiple observed values of learning data composed of values of multiple variables, with each being an observed value, and the processor acquires group information indicating one or more groups (1a, 2a, 115) each constituted by a combination of at least two variables that are related to each other among the multiple variables, acquires the observed value of the diagnosis data, determines whether the observed value of the diagnosis data is anomalous by employing the anomaly detection model that is read from the memory, and in a case where the observed value of the diagnosis data is determined to be anomalous, identifies a group causing an anomaly among the one or more groups in the observed value of the diagnosis data in accordance with the observed value of the diagnosis data and the one or more groups indicated by the acquired group information, wherein the anomaly detection model is generated by using the multiple observed values of the learning data, by unsupervised learning. the anomaly diagnosis apparatus includes a processor and a memory, the memory stores an anomaly detection model generated by learning by using multiple observed values of learning data composed of values of multiple variables, with each being an observed value, and the processor acquires group information indicating one or more groups (1a, 2a, 115) each constituted by a combination of at least two variables that are related to each other among the multiple variables, acquires the observed value of the diagnosis data, determines whether the observed value of the diagnosis data is anomalous by employing the anomaly detection model that is read from the memory, and in a case where the observed value of the diagnosis data is determined to be anomalous, identifies a group causing an anomaly among the one or more groups in the observed value of the diagnosis data in accordance with the observed value of the diagnosis data and the one or more groups indicated by the acquired group information, wherein the anomaly detection model is generated by using the multiple observed values of the learning data, by unsupervised learning.
Apparatus comprising at least one tank having a tank bottom and a delivery unit for a liquid, wherein the delivery unit is arranged in a chamber on the tank bottom and the chamber has at least one heater, characterized in that the heater is embodied with at least one electrical heating segment which is arranged in heat-conducting contact at least with the chamber side wall or with the chamber top side and a plurality of heating segments are provided in the direction of a height of the chamber.
Crystalline cabazitaxel Form III 2-propanol solvate, characterized by data selected from: (a) a powder X-ray diffraction pattern having peaks at 7.4, 9.0, 10.3, 13.3 and 13.6 degrees two theta ± 0.1 degrees two theta and optionally having no peak in the area from 10.5 to 12.1 degrees two theta; (b) a solid state 13 C NMR spectrum with peaks at 139.8, 127.8, 63.4, 25.4 and 23.5 ppm ± 0.2 ppm; or (c) a solid state 13 C NMR spectrum having chemical shift differences between said characteristic peaks at 139.8, 127.8, 63.4, 25.4 and 23.5 ppm ± 0.2 ppm and a reference peak at 125.1 ± 0.2 ppm of 14.8, 2.8, -61.7, -99.6 and -101.6 ppm ± 0.1 ppm, respectively. (a) a powder X-ray diffraction pattern having peaks at 7.4, 9.0, 10.3, 13.3 and 13.6 degrees two theta ± 0.1 degrees two theta and optionally having no peak in the area from 10.5 to 12.1 degrees two theta; (b) a solid state 13 C NMR spectrum with peaks at 139.8, 127.8, 63.4, 25.4 and 23.5 ppm ± 0.2 ppm; or (c) a solid state 13 C NMR spectrum having chemical shift differences between said characteristic peaks at 139.8, 127.8, 63.4, 25.4 and 23.5 ppm ± 0.2 ppm and a reference peak at 125.1 ± 0.2 ppm of 14.8, 2.8, -61.7, -99.6 and -101.6 ppm ± 0.1 ppm, respectively.
A vehicle braking system for use in a vehicle including a tractor and a trailer including: a control unit, a spring brake actuator and a service brake actuator, a supply line for connecting to a source of pressurised fluid, and an auxiliary fluid reservoir, the spring brake actuator being held in a spring brake release position by the provision of pressurised fluid and in a spring brake apply position when pressurised fluid is vented to atmosphere and the service brake actuator being operable to move to a brake apply position by the provision of pressurised fluid, and characterised in that the control unit is operable to connect the auxiliary fluid reservoir to the spring brake actuator when pressure in the supply line falls below a supply threshold and to initiate an autonomous braking intervention in which the service brake actuator is in its brake apply position until the vehicle speed reaches a low speed threshold. a control unit, a spring brake actuator and a service brake actuator, a supply line for connecting to a source of pressurised fluid, and an auxiliary fluid reservoir, the spring brake actuator being held in a spring brake release position by the provision of pressurised fluid and in a spring brake apply position when pressurised fluid is vented to atmosphere and the service brake actuator being operable to move to a brake apply position by the provision of pressurised fluid, and characterised in that the control unit is operable to connect the auxiliary fluid reservoir to the spring brake actuator when pressure in the supply line falls below a supply threshold and to initiate an autonomous braking intervention in which the service brake actuator is in its brake apply position until the vehicle speed reaches a low speed threshold.