mhurhangee/ep-ind-claims huggingface dataset:
A method of a communication diversion service, the method comprising: receiving a SIP message, the SIP message including a field comprising a Globally Routable User Agent Uniform Resource Identifier, GRUU, identifying a node (110, 120, 130, 140, 150, 160, 170), wherein the GRUU comprises a public user identity, PUID, a 'gr' parameter, and a 'gr' parameter value; and changing the content of the field comprising the GRUU to the PUID when a communication diversion service subscription option "Served user allows the presentation of his/her URI to diverted-to user", which is applicable to the received SIP message, is set to "not-reveal-as-GRUU". receiving a SIP message, the SIP message including a field comprising a Globally Routable User Agent Uniform Resource Identifier, GRUU, identifying a node (110, 120, 130, 140, 150, 160, 170), wherein the GRUU comprises a public user identity, PUID, a 'gr' parameter, and a 'gr' parameter value; and changing the content of the field comprising the GRUU to the PUID when a communication diversion service subscription option "Served user allows the presentation of his/her URI to diverted-to user", which is applicable to the received SIP message, is set to "not-reveal-as-GRUU".
A mobile telecommunications network including: a radio access network having radio means for wireless communication with a plurality of terminals registered with the telecommunications network and control means operable to provide services to the users of the terminals connected thereto, and a core including a store (9, 36) of policy information for respective ones of the terminals, and distribution means operable to provide to the control means associated with one of the terminals the policy information; wherein the control means is operable to store the policy information together with an indicator of the version of the policy information during periods when said one of the terminals is disconnected from the control means; wherein, when the terminal re-connects to the control means, the core is operable to provide to the control means a current indicator of the version of the policy information for said one of the terminals stored by the core; wherein the control means is operable to compare the indicator of the version of the policy information stored thereon with the current indicator of the version of the policy information from the core to determine if the stored policy information is current; wherein the control means includes means operable to apply the stored policy information to said one of the terminals when said one of the terminals re-connects to the control means if the control means determines that the stored policy information is current; and wherein, if the stored policy information is not current, the control means is operable to obtain the policy information from the core. a radio access network having radio means for wireless communication with a plurality of terminals registered with the telecommunications network and control means operable to provide services to the users of the terminals connected thereto, and a core including a store (9, 36) of policy information for respective ones of the terminals, and distribution means operable to provide to the control means associated with one of the terminals the policy information; wherein the control means is operable to store the policy information together with an indicator of the version of the policy information during periods when said one of the terminals is disconnected from the control means; wherein, when the terminal re-connects to the control means, the core is operable to provide to the control means a current indicator of the version of the policy information for said one of the terminals stored by the core; wherein the control means is operable to compare the indicator of the version of the policy information stored thereon with the current indicator of the version of the policy information from the core to determine if the stored policy information is current; wherein the control means includes means operable to apply the stored policy information to said one of the terminals when said one of the terminals re-connects to the control means if the control means determines that the stored policy information is current; and wherein, if the stored policy information is not current, the control means is operable to obtain the policy information from the core.
An aeroengine control device comprising a mount, having pivotally mounted thereon a code wheel together with a main lever and a secondary lever, both for turning the code wheel, each lever being movable between a rest position and a maximum actuation position, the secondary lever being mounted to pivot on the main lever, the device being characterized in that a first cam path is formed on a part secured to the code wheel and a second cam path is formed on a part secured to the mount, the two cam paths having respective facing portions in which there is received a finger that is mounted on the main lever to slide parallel to the code wheel, with a connecting rod permanently connecting the finger to the secondary lever, and in that the cam paths are arranged in such a manner that the main lever can move the code wheel when the main lever is moved while the secondary lever is in its rest position, and the secondary lever can move the code wheel when the secondary lever is moved while the main lever is in its rest position, with movement of either lever being prevented when the other lever is away from its rest position.
A conductive cellulose-based resin composition comprising a cellulose acetate and at least one carbon material selected from the group consisting of a single-walled carbon nanotube, a multi-walled carbon nanotube, single-layer graphene, multi-layer graphene, and fullerene; wherein a total degree of acetyl substitution of cellulose acetate is 2.27 to 2.56; and a volume resistivity of the conductive cellulose-based resin composition is 10 -3 to 20 Ω•cm.
A method of in silico predicting an HLA-type for a patient, comprising: providing a reference sequence that includes a plurality of sequences of known and distinct HLA alleles; providing a plurality of patient sequence reads, wherein at least some of the patient sequence reads include a sequence encoding a patient specific HLA; decomposing the plurality of patient sequence reads into a plurality of respective sets of k-mers; generating a composite de Bruijn graph using the reference sequence and the plurality of respective sets of k-mers; ranking each of the known and distinct HLA alleles using a composite match score that is calculated from respective votes of the plurality of patient sequence reads, and wherein each vote uses k-mers that match corresponding segments in the known and distinct HLA alleles; identifying a top-ranking HLA allele as a first HLA-type of the patient; re-ranking remaining non-top-ranking known and distinct HLA alleles using an adjusted composite match score to identify an adjusted top-ranking HLA allele as a second HLA-type of the patient; and wherein the adjusted composite match score is calculated by reducing, but not eliminating, a weighted vote of all k-mers that are matched to the first HLA allele to weigh genetically less related HLA alleles more, wherein the weighted vote is reduced by 10% or more, and wherein the vote is a value representing a fraction of matching k-mers to total number of k-mers per patient sequence read. providing a reference sequence that includes a plurality of sequences of known and distinct HLA alleles; providing a plurality of patient sequence reads, wherein at least some of the patient sequence reads include a sequence encoding a patient specific HLA; decomposing the plurality of patient sequence reads into a plurality of respective sets of k-mers; generating a composite de Bruijn graph using the reference sequence and the plurality of respective sets of k-mers; ranking each of the known and distinct HLA alleles using a composite match score that is calculated from respective votes of the plurality of patient sequence reads, and wherein each vote uses k-mers that match corresponding segments in the known and distinct HLA alleles; identifying a top-ranking HLA allele as a first HLA-type of the patient; re-ranking remaining non-top-ranking known and distinct HLA alleles using an adjusted composite match score to identify an adjusted top-ranking HLA allele as a second HLA-type of the patient; and wherein the adjusted composite match score is calculated by reducing, but not eliminating, a weighted vote of all k-mers that are matched to the first HLA allele to weigh genetically less related HLA alleles more, wherein the weighted vote is reduced by 10% or more, and wherein the vote is a value representing a fraction of matching k-mers to total number of k-mers per patient sequence read.
Method for managing a user device in a cellular communication network including a core network interconnecting a set of cells, a device of the core network being responsible for managing the mobility of the user devices between the cells, the user device transmitting, to said device of the core network, an attachment request message to register with the core network, the user device transmitting, to said device of the core network, a location area update request message upon expiry of a periodic timeout period having a duration set by said device of the core network in an attachment acceptance message and/or in a location area update acceptance message, said user device including, in each core network attachment request message and/or in each location area update request message, a proposed duration to be applied to said timeout period, characterized in that the user device is able to include, in a core network attachment request or location area update request message, an item of information representative of a deactivation of said timeout period, bringing about activation, in said device of the core network (405; 415), of another timeout period having a predetermined duration, allowing said device of the core network to transmit at least one search message for said user device, when the user device has not established a connection via the cellular communication network before the expiry of said other timeout period.
Avionic security gateway, capable of establishing an interconnection between first and second communication networks (11, 12) of a computer facility on board an aircraft and of monitoring at least one communication channel defined as a data stream exchanged, in accordance with a given protocol, between a first transmitting device on the first communication network and a second receiving device on the second communication network, characterised in that said gateway is capable of dynamically adapting the security policy of the communication channel by implementing, at the current time, a security policy which depends on a current operating mode of the security gateway, the security gateway comprising: - a configuration table which associates, for each possible current operating mode, and for each communication channel to be monitored, the security policy to be implemented, by indicating a generic security algorithm to be implemented, a value of at least one configuration parameter of said generic algorithm and resources necessary for executing said generic algorithm once configured; - an analysis block for analysing the data stream on said channel, capable of determining the occurrence of a characteristic event; and - a computation block capable of computing the current operating mode from a current state of the aircraft and operational information corresponding to the occurrence of said characteristic event. - a configuration table which associates, for each possible current operating mode, and for each communication channel to be monitored, the security policy to be implemented, by indicating a generic security algorithm to be implemented, a value of at least one configuration parameter of said generic algorithm and resources necessary for executing said generic algorithm once configured; - an analysis block for analysing the data stream on said channel, capable of determining the occurrence of a characteristic event; and - a computation block capable of computing the current operating mode from a current state of the aircraft and operational information corresponding to the occurrence of said characteristic event.
A damping control device for an electric vehicle having a continuously variable transmission provided between a motor and drive wheels (FL, FR), the damping control device comprising: a shift vibration suppression means that subtracts a compensation torque component for suppressing vibration caused by shifting from a compensation torque for suppressing vibration caused by disturbance of a rotational speed of a motor to control an output torque of the motor; characterised in that a transmission ratio second-order differentiation calculating means that calculates a second-order differential of a transmission ratio of the continuously variable transmission, wherein the shift vibration suppression means carries out the control of the output torque of the motor, when an absolute value of the second-order differential is equal to or greater than a predetermined value. a shift vibration suppression means that subtracts a compensation torque component for suppressing vibration caused by shifting from a compensation torque for suppressing vibration caused by disturbance of a rotational speed of a motor to control an output torque of the motor; characterised in that a transmission ratio second-order differentiation calculating means that calculates a second-order differential of a transmission ratio of the continuously variable transmission, wherein the shift vibration suppression means carries out the control of the output torque of the motor, when an absolute value of the second-order differential is equal to or greater than a predetermined value.
Signal transduction device comprising at least one piezoceramic sensor supported in a raised arrangement on a flat plate like support element in turn supporting an electrically insulated electric circuit upon which said piezoceramic sensor is mounted, said at least one piezoceramic sensor featuring an integral protective coating having properties of mechanical strength and temperature resistance, characterized in that said integral protective coating: - has electrical and thermal insulation properties; - thermally shields said piezoceramic sensor from external heat; - electrically shields said piezoceramic sensor from external electrical disturbance; - comprises a main body made of electrically insulating material to which an element made of thermally insulating material is applied; - is in direct or indirect contact with said support element perimetrally to said piezoceramic sensor so as to direct a predetermined part of an external compression force acting on said piezoceramic sensor onto an area of the support element surrounding said piezoceramic sensor; - the material of which the protective coating is made has elastic module smaller than that of the material of which the piezoceramic sensor is made so providing a damping effect lowering said external compression force applied to the piezoceramic sensor; and in that a thermally insulating layer is interposed between said support element and said electrically insulated circuit. - has electrical and thermal insulation properties; - thermally shields said piezoceramic sensor from external heat; - electrically shields said piezoceramic sensor from external electrical disturbance; - comprises a main body made of electrically insulating material to which an element made of thermally insulating material is applied; - is in direct or indirect contact with said support element perimetrally to said piezoceramic sensor so as to direct a predetermined part of an external compression force acting on said piezoceramic sensor onto an area of the support element surrounding said piezoceramic sensor; - the material of which the protective coating is made has elastic module smaller than that of the material of which the piezoceramic sensor is made so providing a damping effect lowering said external compression force applied to the piezoceramic sensor;
Apparatus for allowing ventilation through a vertical ventilation shaft to an underground ventilation duct fluidly communicating through the ventilation shaft to an atmospheric opening of the shaft and on threat of flooding operable to prevent downward flow of surface water into the underground ventilation duct, comprising: a support comprising opposed lateral sidewalls for arrangement in said shaft defining a passage between top and bottom openings of the support for fluid communication of said ventilation duct up through said support to said atmospheric opening, one or more panels (234; 236) having proximal and distal ends (234a; 234b; 236a; 236b), a top side and a bottom side, said proximal end connecting with a horizontal hinge having an axis perpendicular to said opposed lateral sidewalls for rotation of each said panel (234; 236) upwardly to an upright home position not obstructing said passage and rotation from said home position downwardly by gravitational impetus of its own weight to reach a lower passage closing position, said one or more panels having a profile that closes said passage when each said panel gravitationally rotates to said passage closing position, a suspension member (242; 244) unobstructively horizontally spanning said passage proximate said top opening, holding said one or more hinge connected panels in said passage and being liftingly removably supported on said opposed lateral sidewalls, and at least one handle (259; 259') connected to said suspension member (242; 244) for moving said suspension member holding said one or more hinge-connected panels vertically into or out of said support on said opposed lateral sidewalls. a support comprising opposed lateral sidewalls for arrangement in said shaft defining a passage between top and bottom openings of the support for fluid communication of said ventilation duct up through said support to said atmospheric opening, one or more panels (234; 236) having proximal and distal ends (234a; 234b; 236a; 236b), a top side and a bottom side, said proximal end connecting with a horizontal hinge having an axis perpendicular to said opposed lateral sidewalls for rotation of each said panel (234; 236) upwardly to an upright home position not obstructing said passage and rotation from said home position downwardly by gravitational impetus of its own weight to reach a lower passage closing position, said one or more panels having a profile that closes said passage when each said panel gravitationally rotates to said passage closing position, a suspension member (242; 244) unobstructively horizontally spanning said passage proximate said top opening, holding said one or more hinge connected panels in said passage and being liftingly removably supported on said opposed lateral sidewalls, and at least one handle (259; 259') connected to said suspension member (242; 244) for moving said suspension member holding said one or more hinge-connected panels vertically into or out of said support on said opposed lateral sidewalls.
A method for depth mapping, comprising: illuminating an object with a time-coded pattern comprising a temporal sequence of different spatial light patterns; capturing images of the time-coded pattern on the object using a matrix of detector elements; decoding the time-coded pattern in the captured images using processing circuitry (52, 54, 56) embedded in each of the detector elements by storing reference values corresponding to an image of the time-coded pattern at a predefined reference frame, by generating respective output words from the detector elements based on the captured images, and by taking differences between the respective output words and the stored reference values, so as to generate respective digital shift values that are indicative of a local shift of the captured images relative to the predefined reference frame; and converting the shift values into depth coordinates. illuminating an object with a time-coded pattern comprising a temporal sequence of different spatial light patterns; capturing images of the time-coded pattern on the object using a matrix of detector elements; decoding the time-coded pattern in the captured images using processing circuitry (52, 54, 56) embedded in each of the detector elements by storing reference values corresponding to an image of the time-coded pattern at a predefined reference frame, by generating respective output words from the detector elements based on the captured images, and by taking differences between the respective output words and the stored reference values, so as to generate respective digital shift values that are indicative of a local shift of the captured images relative to the predefined reference frame; and converting the shift values into depth coordinates.
A cumulative damage level evaluation system for a hydraulic machine (8, 10) which includes a plurality of pistons and at least one cylinder block including a plurality of cylinders for forming a plurality of hydraulic chambers with the plurality of pistons and guiding reciprocating motion of the respective pistons and a plurality of high pressure valves and a plurality of low pressure valves for switching a pressure of each of the plurality of hydraulic chambers, the cumulative damage level evaluation system comprising: an availability information acquisition part configured to obtain availability information which indicates an availability of each of the hydraulic chambers in an evaluation period; a total cumulative damage level evaluation part configured to evaluate a total cumulative damage level over the entire evaluation period of each of evaluation points of the cylinder block based on the availability information obtained by the availability information acquisition part, and a control part configured to control at least one of the plurality of high pressure valves or the plurality of low pressure valves in accordance with an operation pattern of the plurality of hydraulic chambers in the cylinder block, wherein, when the total cumulative damage level over the entire evaluation period of at least one of the evaluation points of the cylinder block is greater than a threshold value, the control part is configured to determine the operation pattern in which stress concentration to the at least one evaluation point at which the cumulative damage level is greater than the threshold value is avoidable. an availability information acquisition part configured to obtain availability information which indicates an availability of each of the hydraulic chambers in an evaluation period; a total cumulative damage level evaluation part configured to evaluate a total cumulative damage level over the entire evaluation period of each of evaluation points of the cylinder block based on the availability information obtained by the availability information acquisition part, and a control part configured to control at least one of the plurality of high pressure valves or the plurality of low pressure valves in accordance with an operation pattern of the plurality of hydraulic chambers in the cylinder block, wherein, when the total cumulative damage level over the entire evaluation period of at least one of the evaluation points of the cylinder block is greater than a threshold value, the control part is configured to determine the operation pattern in which stress concentration to the at least one evaluation point at which the cumulative damage level is greater than the threshold value is avoidable.