mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: identifying that the terminal is in a radio resource control, RRC, inactive state; transmitting, to a base station , a first message for switching the RRC inactive state to a RRC connected state over a signaling radio bearer, SRBO, wherein the first message comprises resume cause information indicating a resume cause for switching of the RRC inactive state to the RRC connected state; receiving, from the base station , a second message to switch the RRC inactive state to the RRC connected state over a SRB1 in case that a terminal context is retrieved, as a response to the first message; and receiving, from the base station , a third message over the SRB0 in case that the terminal context is not retrieved, as a response to the first message, the third message is for performing a RRC setup procedure. identifying that the terminal is in a radio resource control, RRC, inactive state; transmitting, to a base station , a first message for switching the RRC inactive state to a RRC connected state over a signaling radio bearer, SRBO, wherein the first message comprises resume cause information indicating a resume cause for switching of the RRC inactive state to the RRC connected state; receiving, from the base station , a second message to switch the RRC inactive state to the RRC connected state over a SRB1 in case that a terminal context is retrieved, as a response to the first message; and receiving, from the base station , a third message over the SRB0 in case that the terminal context is not retrieved, as a response to the first message, the third message is for performing a RRC setup procedure.
A landing gear assembly comprising: a pivotally mounted first part including a first engagement surface which defines a swept volume as the first part moves; a pivotally mounted second part including a second engagement surface , the second part being movable between: a locked condition, in which the second engagement surface is within a locking region of the swept volume for engagement with the first engagement surface to inhibit movement of the first part; and an unlocked condition, in which the second engagement surface is outside of the locking region of the swept volume; and a member comprising a pair of lugs disposed in a parallel relationship with a space between them, each lug defining a hole, the holes being coaxially aligned, wherein the second part including first and second bearing portions with a locking portion between them, the locking portion defining the second engagement surface, the second part being configured to be inserted into and mounted within the lug holes with the locking portion being disposed in the space between the lugs, characterised in that : the lug holes are through holes and the locking portion has a radius not greater than a radius of at least one of the bearing portions. a pivotally mounted first part including a first engagement surface which defines a swept volume as the first part moves; a pivotally mounted second part including a second engagement surface , the second part being movable between: a locked condition, in which the second engagement surface is within a locking region of the swept volume for engagement with the first engagement surface to inhibit movement of the first part; and an unlocked condition, in which the second engagement surface is outside of the locking region of the swept volume; and a locked condition, in which the second engagement surface is within a locking region of the swept volume for engagement with the first engagement surface to inhibit movement of the first part; and an unlocked condition, in which the second engagement surface is outside of the locking region of the swept volume; and a member comprising a pair of lugs disposed in a parallel relationship with a space between them, each lug defining a hole, the holes being coaxially aligned, wherein the second part including first and second bearing portions with a locking portion between them, the locking portion defining the second engagement surface, the second part being configured to be inserted into and mounted within the lug holes with the locking portion being disposed in the space between the lugs, characterised in that : the lug holes are through holes and the locking portion has a radius not greater than a radius of at least one of the bearing portions.
A sintered R-T-B based magnet comprising a main phase crystal grain and a grain boundary phase, the sintered R-T-B based magnet containing: R: not less than 27.5 mass% and not more than 35.0 mass%, wherein R is at least two rare-earth elements which always include Nd and Pr; RH: not less than 0.05 mass% and not more than 0.30 mass%, wherein RH is at least one of the heavy rare-earth elements Dy and Tb; B: not less than 0.80 mass% and not more than 1.05 mass%; Ga: not less than 0.05 mass% and not more than 1.0 mass%; M: not less than 0 mass% and not more than 2 mass%, wherein M is at least one of Cu, Al, Nb and Zr; and a balance T, wherein T is Fe, or Fe and Co, and impurities, wherein, a Pr/Nd which is a ratio of a concentration of Pr to a concentration of Nd in a central portion of a main phase crystal grain that is located at a depth of 300 μm from a magnet surface is lower than 1; and a Pr/Nd which is a ratio of a concentration of Pr to a concentration of Nd in an intergranular grain boundary that is located at a depth of 300 μm from the magnet surface is higher than 1; and a portion in which the Ga concentration gradually decreases from the magnet surface toward a magnet interior exists. R: not less than 27.5 mass% and not more than 35.0 mass%, wherein R is at least two rare-earth elements which always include Nd and Pr; RH: not less than 0.05 mass% and not more than 0.30 mass%, wherein RH is at least one of the heavy rare-earth elements Dy and Tb; B: not less than 0.80 mass% and not more than 1.05 mass%; Ga: not less than 0.05 mass% and not more than 1.0 mass%; M: not less than 0 mass% and not more than 2 mass%, wherein M is at least one of Cu, Al, Nb and Zr; and a balance T, wherein T is Fe, or Fe and Co, and impurities, wherein, a Pr/Nd which is a ratio of a concentration of Pr to a concentration of Nd in a central portion of a main phase crystal grain that is located at a depth of 300 μm from a magnet surface is lower than 1; and a Pr/Nd which is a ratio of a concentration of Pr to a concentration of Nd in an intergranular grain boundary that is located at a depth of 300 μm from the magnet surface is higher than 1; and a portion in which the Ga concentration gradually decreases from the magnet surface toward a magnet interior exists.
A network management center for predicting behavioural patterns in a wireless communication network comprising: - a monitoring module arranged for obtaining a first set of metric data vectors for different first time periods; and wherein a metric data vector comprises a second set of wireless device metrics; and wherein each wireless device metric is indicative for a performance of the wireless communication network in relation with the respective first time period; and - a predicting module arranged for predicting a third set of future metric data vectors from the first set of metric data vectors; and - a pattern analysing module arranged to compare the third set of future metric data vectors with a library of different behavioural patterns in the communication network wherein a behavioural pattern comprises a fourth set of metric data vectors thereby defining the behavioural pattern; and to relate the third set of future data vectors to a respective behavioural pattern in the library when the future data vectors are similar to the metric data vectors of the respective behavioural pattern CHARACTERIZED IN THAT the library further comprises a recommended setting for each behavioural pattern; and wherein the network management center further comprises a triggering module arranged to apply the recommended setting of the respective behavioural pattern to the wireless communication network. - a monitoring module arranged for obtaining a first set of metric data vectors for different first time periods; and wherein a metric data vector comprises a second set of wireless device metrics; and wherein each wireless device metric is indicative for a performance of the wireless communication network in relation with the respective first time period; and - a predicting module arranged for predicting a third set of future metric data vectors from the first set of metric data vectors; and - a pattern analysing module arranged to compare the third set of future metric data vectors with a library of different behavioural patterns in the communication network wherein a behavioural pattern comprises a fourth set of metric data vectors thereby defining the behavioural pattern; and to relate the third set of future data vectors to a respective behavioural pattern in the library when the future data vectors are similar to the metric data vectors of the respective behavioural pattern
An ultrasonic-wave probe comprising: a transducer ; a transmission circuit connected to the transducer ; a reception circuit connected to the transducer ; and a transmission/reception separation switch disposed between the transducer and the reception circuit , characterized by the transmission/reception separation switch includes two transistor elements, a gate and a source of the two transistor elements being mutually connected, the transmission/reception separation switch includes a gate-potential step-down circuit for lowering a voltage Vgs between the common gate and the common source of the two transistors, and when a test signal is input to the transmission circuit to loopback the test signal from the transmission circuit to the reception circuit , a gate potential of the transistor elements is stepped down to cause the test signal to pass through while retaining the voltage Vgs between the common gate and the common source, the voltage Vgs not violating a gate-source breakdown voltage of the transistor elements. a transducer ; a transmission circuit connected to the transducer ; a reception circuit connected to the transducer ; and a transmission/reception separation switch disposed between the transducer and the reception circuit , characterized by the transmission/reception separation switch includes two transistor elements, a gate and a source of the two transistor elements being mutually connected, the transmission/reception separation switch includes a gate-potential step-down circuit for lowering a voltage Vgs between the common gate and the common source of the two transistors, and when a test signal is input to the transmission circuit to loopback the test signal from the transmission circuit to the reception circuit , a gate potential of the transistor elements is stepped down to cause the test signal to pass through while retaining the voltage Vgs between the common gate and the common source, the voltage Vgs not violating a gate-source breakdown voltage of the transistor elements.
A method of discriminating traits of an onion, comprising: a first determination step of determining presence of the nucleotide sequence of SEQ ID NO:1 in a nucleic acid derived from the onion; the first determination step comprising determining presence of one or more nucleotides selected from thymine (T) at position 94, thymine (T) at position 130, guanine (G) at position 1312, thymine (T) at position 1348, adenine (A) at position 187, adenine (A) at position 358, cytosine (C) at position 791, and thymine (T) at position 1467 in the nucleotide sequence of SEQ ID NO:1 in the nucleic acid derived from the onion, wherein the onion is discriminated to be an onion with no pungent taste and/or tear-inducing property if the presence of one or more nucleotides selected from T at position 94, T at position 130, G at position 1312, T at position 1348, A at position 187, A at position 358, C at position 791, and T at position 1467 in the nucleotide sequence of SEQ ID NO:1 is not determined in the nucleic acid derived from the onion in the first determination step, and wherein the onion is discriminated to be an onion with a pungent taste and/or a tear-inducing property if the presence of one or more nucleotides selected from T at position 94, T at position 130, G at position 1312, T at position 1348, A at position 187, A at position 358, C at position 791, and T at position 1467 in the nucleotide sequence of SEQ ID NO:1 is determined in the nucleic acid derived from the onion in the first determination step. a first determination step of determining presence of the nucleotide sequence of SEQ ID NO:1 in a nucleic acid derived from the onion; the first determination step comprising determining presence of one or more nucleotides selected from thymine (T) at position 94, thymine (T) at position 130, guanine (G) at position 1312, thymine (T) at position 1348, adenine (A) at position 187, adenine (A) at position 358, cytosine (C) at position 791, and thymine (T) at position 1467 in the nucleotide sequence of SEQ ID NO:1 in the nucleic acid derived from the onion, wherein the onion is discriminated to be an onion with no pungent taste and/or tear-inducing property if the presence of one or more nucleotides selected from T at position 94, T at position 130, G at position 1312, T at position 1348, A at position 187, A at position 358, C at position 791, and T at position 1467 in the nucleotide sequence of SEQ ID NO:1 is not determined in the nucleic acid derived from the onion in the first determination step, and wherein the onion is discriminated to be an onion with a pungent taste and/or a tear-inducing property if the presence of one or more nucleotides selected from T at position 94, T at position 130, G at position 1312, T at position 1348, A at position 187, A at position 358, C at position 791, and T at position 1467 in the nucleotide sequence of SEQ ID NO:1 is determined in the nucleic acid derived from the onion in the first determination step.
System comprising a mobile convection oven and a docking module , the docking module being designed to be connected to a vehicle and to support the mobile convection oven , the mobile convection oven having a fuel-operated heating device and a heating chamber for heating up preprepared meals, comprising a locking mechanism capable of being switched over between a locked state, in which the mobile convection oven is locked with the docking module , and an unlocked state, in which the mobile convection oven bears on the docking module without locking, the mobile convection oven having a lifting structure accessible to a lifting apparatus when the mobile convection oven bears on the docking module , characterized in that the mobile convection oven comprises a filler neck for fuel, which is movable between a retracted state and an extended state.
An endothermic reaction apparatus, said apparatus characterised in that it includes: - two or more fluidised bed zones ; - an apertured divider having one or more aperture therethrough connecting at least two of the fluidised bed zones ; and - a mass transfer device for transferring particulate matter from at least one fluidised bed to another fluidised bed zone, wherein - a second fluidised bed zone gas feed includes a closed gas loop whereby, in use, a portion of the gas produced in said zone is recirculated and introduced into said zone through nozzles and excess gas may be returned to the first zone through line so that this gas is used as the gaseous fuel for the first fluidised bed zone , either fully or in part; - a gas loop purge whereby part of the recycled gas stream from the second fluidised bed zone is purged from the closed gas loop; - a flow rate regulator whereby, in use, the flow rate is regulated to a predeterminable rate, wherein the flow rate of the excess gas returned to the first fluidised bed zone and the flow rate of purged gas are set and controlled at a set flow rate; and - the two or more fluidised bed zones are concentrically arranged whereby an annulus is formed between an outer wall of the second fluidised bed zone and the divider between the first and second fluidised bed zones . - two or more fluidised bed zones ; - an apertured divider having one or more aperture therethrough connecting at least two of the fluidised bed zones ; and - a mass transfer device for transferring particulate matter from at least one fluidised bed to another fluidised bed zone, wherein - a second fluidised bed zone gas feed includes a closed gas loop whereby, in use, a portion of the gas produced in said zone is recirculated and introduced into said zone through nozzles and excess gas may be returned to the first zone through line so that this gas is used as the gaseous fuel for the first fluidised bed zone , either fully or in part; - a gas loop purge whereby part of the recycled gas stream from the second fluidised bed zone is purged from the closed gas loop; - a flow rate regulator whereby, in use, the flow rate is regulated to a predeterminable rate, wherein the flow rate of the excess gas returned to the first fluidised bed zone and the flow rate of purged gas are set and controlled at a set flow rate; and - the two or more fluidised bed zones are concentrically arranged whereby an annulus is formed between an outer wall of the second fluidised bed zone and the divider between the first and second fluidised bed zones .
A method of forming a poly(ester-amide) comprising the steps of: (a) reacting an aromatic aldehyde with an isolated malonic ester in a Doebner modification of a Knoevenagel condensation reaction so as to generate an ester compound; (b) reacting the ester compound of (a) with a deprotonating agent in situ so as to generate a salt of the ester compound; (c) reacting the salt of the ester compound of (b) with a diacid chloride or bromide in a salt metathesis reaction so as to generate an ester of a monolignol dimer; (d) converting the ester of a monolignol dimer of (c) into a carboxylic acid via a reaction with trifluoroacetic acid (TFA) so that a dicarboxylic acid ester dimer is formed; (e) converting the dicarboxylic acid ester dimer to a diacid chloride via a reaction with a thionyl chloride; (f) removing excess thionyl chloride under vacuum; (g) dissolving the diacid chloride ester dimer in a halogenated organic solvent; and (h) combining the halogenated organic solvent solution with an aqueous basic solution comprising a diamine in an interfacial condensation polymerization reaction so as to form a poly(ester-amide). (a) reacting an aromatic aldehyde with an isolated malonic ester in a Doebner modification of a Knoevenagel condensation reaction so as to generate an ester compound; (b) reacting the ester compound of (a) with a deprotonating agent in situ so as to generate a salt of the ester compound; (c) reacting the salt of the ester compound of (b) with a diacid chloride or bromide in a salt metathesis reaction so as to generate an ester of a monolignol dimer; (d) converting the ester of a monolignol dimer of (c) into a carboxylic acid via a reaction with trifluoroacetic acid (TFA) so that a dicarboxylic acid ester dimer is formed; (e) converting the dicarboxylic acid ester dimer to a diacid chloride via a reaction with a thionyl chloride; (f) removing excess thionyl chloride under vacuum; (g) dissolving the diacid chloride ester dimer in a halogenated organic solvent; and (h) combining the halogenated organic solvent solution with an aqueous basic solution comprising a diamine in an interfacial condensation polymerization reaction so as to form a poly(ester-amide).
An elevated platform apparatus , comprising: a first assembly having a first pair of rails coupled with a plurality of rungs ; a second assembly having a second pair of rails , the second assembly being hingedly coupled with the first assembly ; wherein the first assembly and the second assembly are configured to pivot between a deployed state and a collapsed state; a platform pivotally coupled to at least the first assembly ; a pair of extension members directly pivotally coupled with respective rails of the first pair of rails ; and a cage associated with the platform , the cage including a first bar directly pivotally coupled with each of the extension members and directly pivotally coupled with each of the first pair of rails , at least one gate , and at least one bracket pivotally coupling the at least one gate to one extension member of the pair of extension members ; characterised in that : the at least one bracket comprises a recess sized and shaped to receive a portion of a rail of the first pair of rails of the first assembly and a pivot axis of the at least one gate is spaced laterally inward from the extension member , wherein when the first and second assemblies are in the collapsed state, the recess receives the portion of the rail of the pair of rails of the first assembly . a first assembly having a first pair of rails coupled with a plurality of rungs ; a second assembly having a second pair of rails , the second assembly being hingedly coupled with the first assembly ; wherein the first assembly and the second assembly are configured to pivot between a deployed state and a collapsed state; a platform pivotally coupled to at least the first assembly ; a pair of extension members directly pivotally coupled with respective rails of the first pair of rails ; and a cage associated with the platform , the cage including a first bar directly pivotally coupled with each of the extension members and directly pivotally coupled with each of the first pair of rails , at least one gate , and at least one bracket pivotally coupling the at least one gate to one extension member of the pair of extension members ;
A session management function, SMF, for wireless communication, comprising: at least one memory; and at least one processor coupled with the at least one memory and configured to cause the SMF to: receive , from a policy control function, PCF, a policy and charging control, PCC, rule containing a traffic steering control information per application function, AF, request which includes an indication indicating that service continuity for offload traffic is supported; and perform a protocol data unit session anchor, PSA, relocation based on the traffic steering control information, wherein, a source PSA is relocated to a target PSA, wherein the source PSA is connected to a source uplink classifier, ULCL, or branching point, BP, and the target PSA is connected to a target ULCL or BP, and a forwarding tunnel is established between the source ULCL or BP and the target ULCL or BP. at least one memory; and at least one processor coupled with the at least one memory and configured to cause the SMF to: receive , from a policy control function, PCF, a policy and charging control, PCC, rule containing a traffic steering control information per application function, AF, request which includes an indication indicating that service continuity for offload traffic is supported; and perform a protocol data unit session anchor, PSA, relocation based on the traffic steering control information, wherein, a source PSA is relocated to a target PSA, wherein the source PSA is connected to a source uplink classifier, ULCL, or branching point, BP, and the target PSA is connected to a target ULCL or BP, and a forwarding tunnel is established between the source ULCL or BP and the target ULCL or BP. receive , from a policy control function, PCF, a policy and charging control, PCC, rule containing a traffic steering control information per application function, AF, request which includes an indication indicating that service continuity for offload traffic is supported; and perform a protocol data unit session anchor, PSA, relocation based on the traffic steering control information, wherein, a source PSA is relocated to a target PSA, wherein the source PSA is connected to a source uplink classifier, ULCL, or branching point, BP, and the target PSA is connected to a target ULCL or BP, and a forwarding tunnel is established between the source ULCL or BP and the target ULCL or BP.