mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation of a wireless device, for providing privacy of a user identity when establishing a connection to a network over a non-third generation partnership project, non-3GPP, access network, the method comprising: - sending a message comprising an anonymous user identity; - receiving a request for obfuscating the user identity wherein the request comprises a server certificate of a server; and - validating the server certificate and sending a response message comprising the user identity obfuscated by a public key associated with the server certificate. - sending a message comprising an anonymous user identity; - receiving a request for obfuscating the user identity wherein the request comprises a server certificate of a server; and - validating the server certificate and sending a response message comprising the user identity obfuscated by a public key associated with the server certificate.
A gas turbine engine comprising: a turbine section configured to drive a fan through a fan shaft , the fan including a plurality of fan blades rotatable about an axis of rotation of the gas turbine engine ; a fan nacelle including a first electrical machine component , wherein the fan is located within the fan nacelle ; and a plurality of fan inlet guide vanes including a second electrical machine component , the plurality of fan inlet guide vanes are rotatable about the axis independent of rotation of the fan blades . a turbine section configured to drive a fan through a fan shaft , the fan including a plurality of fan blades rotatable about an axis of rotation of the gas turbine engine ; a fan nacelle including a first electrical machine component , wherein the fan is located within the fan nacelle ; and a plurality of fan inlet guide vanes including a second electrical machine component , the plurality of fan inlet guide vanes are rotatable about the axis independent of rotation of the fan blades .
A method, comprising: - receiving a trigger signal at a mobile device, wherein said trigger signal is a signal related to a user action through a user interface, - receiving a discovery control signal at the mobile device from a proximity server in communication with the mobile device over a network, wherein the discovery control signal controls a proximity discovery at the mobile device based on first proximity information maintained in a proximity graph by the proximity server, wherein a node denotes a mobile device and an edge denotes a proximity of another mobile device; - carrying out, by the mobile device, the proximity discovery and determining second proximity information descriptive of proximity of other mobile devices to said mobile device, in response to receiving the trigger signal and the discovery control signal, and - providing , by the mobile device, the second proximity information to a proximity fingerprint database to be stored and to the proximity server to update the proximity graph, wherein a proximity fingerprint comprises a set of information descriptive of two or more devices being in proximity to each other. - receiving a trigger signal at a mobile device, wherein said trigger signal is a signal related to a user action through a user interface, - receiving a discovery control signal at the mobile device from a proximity server in communication with the mobile device over a network, wherein the discovery control signal controls a proximity discovery at the mobile device based on first proximity information maintained in a proximity graph by the proximity server, wherein a node denotes a mobile device and an edge denotes a proximity of another mobile device; - carrying out, by the mobile device, the proximity discovery and determining second proximity information descriptive of proximity of other mobile devices to said mobile device, in response to receiving the trigger signal and the discovery control signal, and - providing , by the mobile device, the second proximity information to a proximity fingerprint database to be stored and to the proximity server to update the proximity graph, wherein a proximity fingerprint comprises a set of information descriptive of two or more devices being in proximity to each other.
An enterprise network , comprising: managed devices including one or more physical layer information data acquisition technologies, wherein the one or more physical layer information data acquisition technologies are configured to automatically obtain physical layer information related to cabling attached to the managed devices ; and at least one local agent configured to be communicatively coupled to at least one management application hosted on one or more server computers in a third party network distinct from the enterprise network , wherein the at least one local agent is configured to implement a southbound interface gateway between the managed devices and the at least one management application , wherein the southbound interface gateway is configured to forward messages between the managed devices and the at least one management application including the obtained physical layer information related to cabling attached to the managed devices , wherein the southbound interface gateway is configured to appear and function as a locally deployed management application from the perspective of the managed devices ,wherein the southbound interface gateway is configured to implement discovery protocols used by the managed devices for discovering the at least one management application , wherein the southbound interface gateway is configured to forward messages, received from the at least one management application , requesting information from the managed devices or configuring a managed device . managed devices including one or more physical layer information data acquisition technologies, wherein the one or more physical layer information data acquisition technologies are configured to automatically obtain physical layer information related to cabling attached to the managed devices ; and at least one local agent configured to be communicatively coupled to at least one management application hosted on one or more server computers in a third party network distinct from the enterprise network , wherein the at least one local agent is configured to implement a southbound interface gateway between the managed devices and the at least one management application , wherein the southbound interface gateway is configured to forward messages between the managed devices and the at least one management application including the obtained physical layer information related to cabling attached to the managed devices , wherein the southbound interface gateway is configured to appear and function as a locally deployed management application from the perspective of the managed devices ,wherein the southbound interface gateway is configured to implement discovery protocols used by the managed devices for discovering the at least one management application , wherein the southbound interface gateway is configured to forward messages, received from the at least one management application , requesting information from the managed devices or configuring a managed device .
Tire comprising at least a rubber composition based on at least an isoprene elastomer as predominant elastomer, an inorganic filler as reinforcing filler, a crosslinking system and at least one polysulphide of general formula (I) as coupling agent of the elastomer to the reinforcing inorganic filler in which : - A 1 and A 2 , each represent an associative group comprising at least one nitrogen atom and correspond to the formula (VII) in which the symbol * represents the direct attachment of the A 1 and A 2 groups to the Q 1 and Q 2 groups respectively, - Q 1 and Q 2 , identical or different, each represent a divalent bonding group, - x is a number greater than or equal to 2. - A 1 and A 2 , each represent an associative group comprising at least one nitrogen atom and correspond to the formula (VII) in which the symbol * represents the direct attachment of the A 1 and A 2 groups to the Q 1 and Q 2 groups respectively, - Q 1 and Q 2 , identical or different, each represent a divalent bonding group, - x is a number greater than or equal to 2.
A method for wireless communications by a user equipment, UE , comprising: transmitting a report indicating a capability of the UE to support symbol level timeline quantization, slot level timeline quantization, or both; identifying that the UE is to utilize the slot level timeline quantization; receiving a first transmission via a first channel; and communicating, responsive to receiving the first transmission, a second transmission via a second channel at a quantized start timing determined in accordance with the slot level timeline quantization. transmitting a report indicating a capability of the UE to support symbol level timeline quantization, slot level timeline quantization, or both; identifying that the UE is to utilize the slot level timeline quantization; receiving a first transmission via a first channel; and communicating, responsive to receiving the first transmission, a second transmission via a second channel at a quantized start timing determined in accordance with the slot level timeline quantization.
A method for generating a target path for an autonomous vehicle, in which a controller for generating a target path that can be tracked by a host vehicle, that does not deviate from a road, and that involves no contact with an obstacle is provided, the method for generating a target path for an autonomous vehicle comprising: acquiring (S11) travel path boundaries of a road in the host vehicle surroundings determining (S12) a presence or absence of an occupant; generating a first target path upon determining that the occupant is present (S13, S15); generating a second target path upon determining no occupant is present (S14, S15); and a difference in target path is imparted between the first target path and the second target path; characterized in that the first target path and the second target path are each determined based on a path curvature function and a margin function with respect to the travel path boundaries; the first target path is determined by placing a greater weight on the path curvature function than the margin function with respect to the travel path boundaries; and the second target path is determined by placing a greater weight on the margin function with respect to the travel path boundaries than the path curvature function. acquiring (S11) travel path boundaries of a road in the host vehicle surroundings determining (S12) a presence or absence of an occupant; generating a first target path upon determining that the occupant is present (S13, S15); generating a second target path upon determining no occupant is present (S14, S15); and a difference in target path is imparted between the first target path and the second target path; characterized in that the first target path and the second target path are each determined based on a path curvature function and a margin function with respect to the travel path boundaries; the first target path is determined by placing a greater weight on the path curvature function than the margin function with respect to the travel path boundaries; and the second target path is determined by placing a greater weight on the margin function with respect to the travel path boundaries than the path curvature function.
An apparatus comprising: a substrate ; a package enclosing the substrate; a first lead extending from the inside of the package to the outside of the package; a second lead extending from the inside of the package to the outside of the package; a circuit board supporting the package and comprising a board-level circuit that couples the first lead to the second lead, wherein the board-level circuit comprises a trace that shorts the first lead to the second lead; a circuit supported by the substrate, the circuit comprising an input circuit and an output circuit ; a first wire coupled between the output circuit and the first lead ; and a second wire coupled between the second lead and the input circuit so that the input circuit receives a signal generated by the output circuit if the signal has been transmitted across the first and second wires for use to determine if the first and/or second wire is broken. a substrate ; a package enclosing the substrate; a first lead extending from the inside of the package to the outside of the package; a second lead extending from the inside of the package to the outside of the package; a circuit board supporting the package and comprising a board-level circuit that couples the first lead to the second lead, wherein the board-level circuit comprises a trace that shorts the first lead to the second lead; a circuit supported by the substrate, the circuit comprising an input circuit and an output circuit ; a first wire coupled between the output circuit and the first lead ; and a second wire coupled between the second lead and the input circuit so that the input circuit receives a signal generated by the output circuit if the signal has been transmitted across the first and second wires for use to determine if the first and/or second wire is broken.
A method, performed by a user equipment, UE, of processing positioning reference signals, the method comprising: receiving a plurality of requests to process a corresponding plurality of positioning reference signal, PRS, groups, each of the plurality of PRS groups having respective PRS characteristics; determining a priority for processing of the plurality of PRS groups according to at least one priority criterion; determining whether a total amount of the PRS characteristics of the plurality of PRS groups exceeds a PRS processing capability of the UE; selecting , in response to the total amount of the PRS characteristics of the plurality of PRS groups exceeding the PRS processing capability of the UE, a subset of the plurality of PRS groups based on the priority for processing; and processing the subset of the plurality of PRS groups to determine position information of the UE. receiving a plurality of requests to process a corresponding plurality of positioning reference signal, PRS, groups, each of the plurality of PRS groups having respective PRS characteristics; determining a priority for processing of the plurality of PRS groups according to at least one priority criterion; determining whether a total amount of the PRS characteristics of the plurality of PRS groups exceeds a PRS processing capability of the UE; selecting , in response to the total amount of the PRS characteristics of the plurality of PRS groups exceeding the PRS processing capability of the UE, a subset of the plurality of PRS groups based on the priority for processing; and processing the subset of the plurality of PRS groups to determine position information of the UE.
A method for solid-liquid separation in a mining process for production of a mining product at a production site, the method comprising: combining a first composition comprising a flocculating agent and a second composition comprising a boronic acid-containing polymer to form a mixture; exposing the mixture to a pH level of 8 or more to form a crosslinked reaction product; wherein the reaction product is used at the production site as a flocculant in a fluid stream of the mining process at one or more locations where solid-liquid separation occurs. combining a first composition comprising a flocculating agent and a second composition comprising a boronic acid-containing polymer to form a mixture; exposing the mixture to a pH level of 8 or more to form a crosslinked reaction product; wherein the reaction product is used at the production site as a flocculant in a fluid stream of the mining process at one or more locations where solid-liquid separation occurs.
A vibration damper for a wind energy installation comprising a nacelle which is arranged on a tower of the wind energy installation and a rotor comprising at least one rotor blade , wherein the vibration damper comprises at least one substantially "U"-shaped tuned liquid column damper (TLCD) comprising riser tubes and a horizontal tube for receiving a liquid, wherein the TLCD consists of a plurality of individual parts which can be assembled or are assembled in a tower of a wind energy installation so as to form the TLCD , wherein each two of the individual parts of the TLCD each comprise a riser tube , characterised in that the vibration damper comprises connecting means which are constructed in the form of tube connections with couplings , with which connecting means each of the individual parts of each TLCD can be connected or are connected to one another by assembling the pipe connections by means of a coupling in each case.
A method for coding video data, the method comprising: coding information indicative of reference pictures that belong to a reference picture set, wherein the reference picture set identifies the reference pictures that can potentially be used for inter-predicting a current picture and can potentially be used for inter-predicting one or more pictures following the current picture in decoding order; constructing a plurality of reference picture subsets that each identifies zero or more of the reference pictures of the reference picture set, whereby at least two of the reference picture subsets each identify at least one reference picture of the reference picture set: characterized by adding reference pictures from more than one of the plurality of reference picture subsets into a first set of entries in a reference picture list; determining whether a number of entries in the reference picture list is equal to a maximum number of allowable entries in the reference picture list; when the number of entries in the reference picture list is not equal to the maximum number of allowable entries in the reference picture list, repeatedly adding one reference picture from at least one of the reference picture subsets into entries in the reference picture list that are subsequent to the first set of entries until the number of entries in the reference picture list is equal to the maximum number of allowable entries in the reference picture list; and coding the current picture based on the reference picture list. coding information indicative of reference pictures that belong to a reference picture set, wherein the reference picture set identifies the reference pictures that can potentially be used for inter-predicting a current picture and can potentially be used for inter-predicting one or more pictures following the current picture in decoding order; constructing a plurality of reference picture subsets that each identifies zero or more of the reference pictures of the reference picture set, whereby at least two of the reference picture subsets each identify at least one reference picture of the reference picture set: characterized by adding reference pictures from more than one of the plurality of reference picture subsets into a first set of entries in a reference picture list; determining whether a number of entries in the reference picture list is equal to a maximum number of allowable entries in the reference picture list; when the number of entries in the reference picture list is not equal to the maximum number of allowable entries in the reference picture list, repeatedly adding one reference picture from at least one of the reference picture subsets into entries in the reference picture list that are subsequent to the first set of entries until the number of entries in the reference picture list is equal to the maximum number of allowable entries in the reference picture list; and coding the current picture based on the reference picture list.
A method of selecting soybean germplasm, comprising the steps of: (a) identifying at least two polymorphisms in a soybean plant genomic region within 50 cM of a Fad3-1b and a Fad3-1c allele conferring decreased linolenic acid content; (b) assaying soybean plants for the presence of the at least two polymorphisms conferring decreased linolenic acid content; and (c) selecting at least a first soybean plant comprising the at least two polymorphisms, wherein the first polymorphism comprises a single nucleotide polymorphism at a position in the Fad3-1b gene sequence corresponding to nucleotide 2021 of SEQ ID NO:1, and the second polymorphism is selected from (i) a single nucleotide polymorphism at a position in the Fad3-1c gene sequence corresponding to nucleotide 687, 1129, 1203, 2316, 3292, 3360 or 3743 of SEQ ID NO:2 as shown in Table 4; (ii) the deletion of a sequence in the Fad3-1c gene sequence corresponding to nucleotides 1129-1203 of SEQ ID NO:2; and (iii) a single nucleotide polymorphism at a position in the Fad3-1c promoter corresponding to nucleotide 334, 364, 385, 387, 393, 729 or 747 of SEQ ID NO:3 as shown in Table 5. (a) identifying at least two polymorphisms in a soybean plant genomic region within 50 cM of a Fad3-1b and a Fad3-1c allele conferring decreased linolenic acid content; (b) assaying soybean plants for the presence of the at least two polymorphisms conferring decreased linolenic acid content; and (c) selecting at least a first soybean plant comprising the at least two polymorphisms, (i) a single nucleotide polymorphism at a position in the Fad3-1c gene sequence corresponding to nucleotide 687, 1129, 1203, 2316, 3292, 3360 or 3743 of SEQ ID NO:2 as shown in Table 4; (ii) the deletion of a sequence in the Fad3-1c gene sequence corresponding to nucleotides 1129-1203 of SEQ ID NO:2; and (iii) a single nucleotide polymorphism at a position in the Fad3-1c promoter corresponding to nucleotide 334, 364, 385, 387, 393, 729 or 747 of SEQ ID NO:3 as shown in Table 5.