mhurhangee/ep-ind-claims huggingface dataset:
A method for managing verification processing of communication messages in a communication system including a plurality of nodes (N1-N9), the method being performed at a first node of the communication system and comprising: - receiving one or more communication messages from one or more neighbor nodes (N2-N9) of the first node, - performing validity verification operations for the one or more received communication messages, - determining an overall verification rate parameter (V_all) being indicative of a number of validity verification operations performed per unit time at the first node, and - controlling performing validity verification operations for one or more further communication messages received at the first node from neighbor nodes (N2-N9) of the first node on the basis of a requirement that the determined overall verification rate parameter (V_all) remains below an overall verification rate threshold (L; L+ε); wherein controlling performing validity verification operations for one or more further communication messages includes: - reducing one or more node-individual verification rates (V_i) when it is determined that the determined overall verification rate parameter exceeds the overall verification rate threshold (L; L+ε), and/or - increasing one or more node-individual verification rates (V_i) when it is determined that the determined overall verification rate parameter falls below a second verification rate threshold (L-ε); each node-individual verification rate (V_i) being respectively associated with a respective one of the neighbor nodes (N_i) of the first node and indicating a number of validity verification operations performed per unit time at the first node for communication messages received from the respective associated neighbor node (N_i). - receiving one or more communication messages from one or more neighbor nodes (N2-N9) of the first node, - performing validity verification operations for the one or more received communication messages, - determining an overall verification rate parameter (V_all) being indicative of a number of validity verification operations performed per unit time at the first node, and - controlling performing validity verification operations for one or more further communication messages received at the first node from neighbor nodes (N2-N9) of the first node on the basis of a requirement that the determined overall verification rate parameter (V_all) remains below an overall verification rate threshold (L; L+ε); - reducing one or more node-individual verification rates (V_i) when it is determined that the determined overall verification rate parameter exceeds the overall verification rate threshold (L; L+ε), and/or - increasing one or more node-individual verification rates (V_i) when it is determined that the determined overall verification rate parameter falls below a second verification rate threshold (L-ε);
A method (300, 400) for protecting memory regions based on occurrence of an event in a computing device, comprising: storing (302, 402), by a subsystem (204, 516) of the computing device, information in registers of a memory erase logic of a memory controller (206, 502) identifying one or more memory regions of a memory (108, 208); and the memory controller (206, 502) receiving the indication from the subsystem (204, 516), the indication comprising a command; erasing (304, 404), by the memory erase logic of the memory controller (206, 502), the one or more memory regions corresponding to the information identifying the one or more memory regions of the memory (108, 208) in response to the indication received by the memory controller (206, 502); and performing a memory dump collection from the memory (108, 208) after erasing the one or more memory regions. storing (302, 402), by a subsystem (204, 516) of the computing device, information in registers of a memory erase logic of a memory controller (206, 502) identifying one or more memory regions of a memory (108, 208); and the memory controller (206, 502) receiving the indication from the subsystem (204, 516), the indication comprising a command; erasing (304, 404), by the memory erase logic of the memory controller (206, 502), the one or more memory regions corresponding to the information identifying the one or more memory regions of the memory (108, 208) in response to the indication received by the memory controller (206, 502); and performing a memory dump collection from the memory (108, 208) after erasing the one or more memory regions.
A method for the diagnosis, in particular monitoring, of contacts of a photovoltaic system, with the following steps: - coupling a test signal comprising several frequencies into the photovoltaic system, - coupling out a response signal from the photovoltaic system and determining a generator impedance of the photovoltaic system by evaluating the response signal; and - monitoring contacts of the photovoltaic system independently of operating states of the photovoltaic system by modelling an alternating current behaviour of the photovoltaic system using an amount and phase information of the determined generator impedance, characterized in that the alternating current behaviour of the photovoltaic system is modelled on the basis of an equivalent circuit diagram, the monitoring being effected by a characteristic of the equivalent circuit diagram which has a value which is substantially independent of operating states of the photovoltaic system. - coupling a test signal comprising several frequencies into the photovoltaic system, - coupling out a response signal from the photovoltaic system and determining a generator impedance of the photovoltaic system by evaluating the response signal; and - monitoring contacts of the photovoltaic system independently of operating states of the photovoltaic system by modelling an alternating current behaviour of the photovoltaic system using an amount and phase information of the determined generator impedance,
An in nitro method for creating activated T lymphocytes suitable for administration to a patient, comprising the steps of: inactivating artificial antigen presenting cells (aAPCs) by treating the aAPCs with a psoralen derivative and exposing the aAPCs treated with the psoralen derivative to a photoactivating dose of UVA irradiation; contacting T lymphocytes isolated from a patient diagnosed with a disease or disorder or medical condition with said aAPCs, wherein prior to or concomitant with said contacting step the inactivated aAPCs are loaded with at least one peptide antigen; and collecting the T lymphocytes. inactivating artificial antigen presenting cells (aAPCs) by treating the aAPCs with a psoralen derivative and exposing the aAPCs treated with the psoralen derivative to a photoactivating dose of UVA irradiation; contacting T lymphocytes isolated from a patient diagnosed with a disease or disorder or medical condition with said aAPCs, wherein prior to or concomitant with said contacting step the inactivated aAPCs are loaded with at least one peptide antigen; and collecting the T lymphocytes.
A receiving, holding and/or handling device for planar objects having at least two controllable suction grippers, each arranged at and/or fastened to free ends of cantilever arms, which are moveable and at least in partial sections elastically deformable and/or articulately jointed, and which are mounted or moveably supported on a bridge, which cantilever arms each comprise at least one bottom chord and one top chord, which bottom and top chords meet at the free end of the cantilever arm and are connected there, wherein at least the top chord is associated with a traction device for generating a tractive force with at least one horizontal direction component approximately in parallel to the longitudinal extension direction of the cantilever arm, characterised in that the suction grippers are upwardly moveable under convex curvature of the bottom chord.
A computing system implemented method for providing selectively extendable and acceptable access tokens to users of a data management system based on access policies, the method comprising: receiving (202, 304) initial access request data from a user requesting access to secured data or services of a data management system, the initial access request data including authentication data from a user of the data management system; verifying that the authentication data is valid; if the authentication data is valid, generating (204, 308, 404) access token data representing an access token for accessing the data management system; providing (206, 310, 406) the access token data to the user; receiving (208, 312, 408), from the user, subsequent access request data including the access token data; retrieving access policy data corresponding to an access policy associated with the access token data, the access policy defining one or more access policy rules including a lifetime of the access token and conditions for accepting and extending the lifetime of the access token; comparing (316, 410) the subsequent access request data and the access token data to the access policy rules; determining (210, 318, 412) whether the subsequent access request data satisfies the access policy rules; and if the subsequent access request data and the access token data satisfy the policy rules, allowing (216, 320, 414) the user to access the secured data or services and extending (214, 320, 414) the lifetime of the access token by a selected amount of time based on the access policy data. receiving (202, 304) initial access request data from a user requesting access to secured data or services of a data management system, the initial access request data including authentication data from a user of the data management system; verifying that the authentication data is valid; if the authentication data is valid, generating (204, 308, 404) access token data representing an access token for accessing the data management system; providing (206, 310, 406) the access token data to the user; receiving (208, 312, 408), from the user, subsequent access request data including the access token data; retrieving access policy data corresponding to an access policy associated with the access token data, the access policy defining one or more access policy rules including a lifetime of the access token and conditions for accepting and extending the lifetime of the access token; comparing (316, 410) the subsequent access request data and the access token data to the access policy rules; determining (210, 318, 412) whether the subsequent access request data satisfies the access policy rules; and if the subsequent access request data and the access token data satisfy the policy rules, allowing (216, 320, 414) the user to access the secured data or services and extending (214, 320, 414) the lifetime of the access token by a selected amount of time based on the access policy data.
A method for updating firmware in a plurality of cable modems, CM (114a-114f) during booting of the cable modems in a network comprising a web server running an automatic firmware management, AFM application, a database engine, a trivial file transfer protocol server, TFTP, a network collector server, a plurality of cable modem termination systems, CMTS (110a, 110b), a plurality of multimedia terminal adapters, MTA, and the plurality of cable modems, the method comprising the steps of: uploading a CM firmware update to the AFM application; enabling, on the AFM application, an update policy for updating a subset of the plurality of cable modems on the network with the CM firmware update; inserting the update policy in a policies table by the AFM application; periodically polling the policies table by the network collector server for the update policy; determining by the network collector server a list of identifiers of the subset of the plurality of cable modems to be updated according to the update policy; sending the network collector server notification that a cable modem of the plurality of cable modems is booting; and the network collector server sending a command causing the cable modem to start a firmware update; wherein the update policy further comprises a network location of the firmware update file. uploading a CM firmware update to the AFM application; enabling, on the AFM application, an update policy for updating a subset of the plurality of cable modems on the network with the CM firmware update; inserting the update policy in a policies table by the AFM application; periodically polling the policies table by the network collector server for the update policy; determining by the network collector server a list of identifiers of the subset of the plurality of cable modems to be updated according to the update policy; sending the network collector server notification that a cable modem of the plurality of cable modems is booting; and the network collector server sending a command causing the cable modem to start a firmware update; wherein the update policy further comprises a network location of the firmware update file.
Method for estimating a direction of arrival of a target signal with respect to an array of measurement antennas of a satellite in terrestrial orbit, said direction of arrival of the target signal being estimated as a function of signals, referred to as measurement signals, corresponding to the target signal received by respectively at least a first measurement antenna and a second measurement antenna of said array of measurement antennas, characterized in that the method comprises steps of: combining each of the measurement signals with a signal, referred to as the reference signal, corresponding to the target signal received by a reception antenna of the satellite, said reception antenna being of greater maximum gain than the respective maximum gains of the first measurement antenna and of the second measurement antenna, estimating the direction of arrival of the target signal on the basis of the signals obtained by combining each of said measurement signals with the reference signal. combining each of the measurement signals with a signal, referred to as the reference signal, corresponding to the target signal received by a reception antenna of the satellite, said reception antenna being of greater maximum gain than the respective maximum gains of the first measurement antenna and of the second measurement antenna, estimating the direction of arrival of the target signal on the basis of the signals obtained by combining each of said measurement signals with the reference signal.
A wound care device for local treatment of pain in a wound, said device comprising a water-impervious layer or film and a skin-friendly adhesive in which an absorbing constituent or element is incorporated, the device further comprises a relatively thin wound contacting layer incorporating a pain killing agent which is released to the wound in such a way that no effective systemic plasma concentration of the pain killing agent can be found and wherein the pain killing agent is present in an amount of less than 75% of the lowest value recommended for systemic daily unit dose for systemic treatment using the agent.
A waveguide E-plane band-pass filter (200, 300, 400) comprising: a tubular, electrically conductive waveguide body (202, 302, 402); an electrically conductive foil (204, 304, 404) arranged in said waveguide body and extending along a longitudinal direction of said waveguide body, said foil comprising a plurality of resonator openings (206, 306, 406); wherein said waveguide body comprises at least one ridge (208, 308, 310, 410) protruding from an inner wall of said waveguide body in a plane extending into said waveguide body and extending longitudinally along the longitudinal direction of said waveguide body, and wherein said foil is in mechanical contact with said at least one ridge and arranged extending from said ridge and in another plane substantially parallel to the plane in which said ridge extends into said waveguide body to divide an inner volume of said waveguide body into two portions (222a-b, 324a-b). a tubular, electrically conductive waveguide body (202, 302, 402); an electrically conductive foil (204, 304, 404) arranged in said waveguide body and extending along a longitudinal direction of said waveguide body, said foil comprising a plurality of resonator openings (206, 306, 406); wherein said waveguide body comprises at least one ridge (208, 308, 310, 410) protruding from an inner wall of said waveguide body in a plane extending into said waveguide body and extending longitudinally along the longitudinal direction of said waveguide body, and wherein said foil is in mechanical contact with said at least one ridge and arranged extending from said ridge and in another plane substantially parallel to the plane in which said ridge extends into said waveguide body to divide an inner volume of said waveguide body into two portions (222a-b, 324a-b).
A method for analyzing parts of wind energy assemblies, in particular rotor blades, wherein a hyperspectral camera is used and a spatially resolved spectral signature (1, 2, 3) for a plurality of surface areas of the part to be analyzed is determined with the hyperspectral camera, wherein a determined spatially resolved spectral signature (1, 2, 3) of a surface area is compared with a previously captured spatially resolved spectral signature of the surface area and an error signal is generated in the event of deviations exceeding a predetermined level.
A lock assembly comprising: a lock mechanism comprising: at least one bolt; and an automatic actuation mechanism comprising a trigger configured to fire the at least one bolt when the trigger is actuated; and a handle assembly comprising: a first handle and a second handle, a spindle, connectable to the handles (100, 200), and connected to the lock mechanism such that rotation of the spindle retracts the at least one bolt; and a spindle locking mechanism within the first handle and configured to prevent rotation of the spindle when engaged; wherein the lock assembly comprises an electronic mechanism for engaging and/or disengaging the spindle locking mechanism. a lock mechanism comprising: at least one bolt; and an automatic actuation mechanism comprising a trigger configured to fire the at least one bolt when the trigger is actuated; and at least one bolt; and an automatic actuation mechanism comprising a trigger configured to fire the at least one bolt when the trigger is actuated; and a handle assembly comprising: a first handle and a second handle, a spindle, connectable to the handles (100, 200), and connected to the lock mechanism such that rotation of the spindle retracts the at least one bolt; and a spindle locking mechanism within the first handle and configured to prevent rotation of the spindle when engaged; a first handle and a second handle, a spindle, connectable to the handles (100, 200), and connected to the lock mechanism such that rotation of the spindle retracts the at least one bolt; and a spindle locking mechanism within the first handle and configured to prevent rotation of the spindle when engaged;
Method implemented in a communication controller connected, by means of a first communication network of Ethernet type, to one or more first items of equipment (12, 13, 14) communicating according to an IP protocol, said method being intended: - to detect and to identify the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, and - to detect and identify second items of equipment (22, 23, 24) connected to one another by means of at least one second communication network of serial Modbus type, said second communication network being connected to the first communication network by means of a communication gateway, said method being characterized in that it comprises the following steps: - searching for all of the first items of equipment (12, 13, 14) connected to the first communication network and communicating according to an IP protocol, - searching for the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, - identifying at least one communication gateway from among the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, and - searching for and identifying the second item or items of equipment (22, 23, 24) communicating according to a Modbus communication protocol when at least one communication gateway, from among the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, is identified. - to detect and to identify the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, and - to detect and identify second items of equipment (22, 23, 24) connected to one another by means of at least one second communication network of serial Modbus type, said second communication network being connected to the first communication network by means of a communication gateway, - searching for all of the first items of equipment (12, 13, 14) connected to the first communication network and communicating according to an IP protocol, - searching for the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, - identifying at least one communication gateway from among the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, and - searching for and identifying the second item or items of equipment (22, 23, 24) communicating according to a Modbus communication protocol when at least one communication gateway, from among the first item or items of equipment (12, 13, 14) communicating according to a Modbus TCP/IP communication protocol, is identified.
Fire resistance device designed to be placed between an upstream end of a mounting strut of an aircraft twin-spool turbomachine, and a connection cowling installed on this turbomachine, said connection cowling being designed to connect an upstream ring delimiting part of an inter-flow compartment radially outwards, to an arm passing radially through a fan flow stream of the turbomachine, characterised in that the device comprises: - a contact structure comprising a first contact lip with a C-shaped section, the contact structure also comprising a beaded segment at one on the longitudinal ends of the first contact lip, one of the axial ends of the beaded section is open and is continuous with the first lip, and the other axial end is closed off, the first lip and the beaded segment together defining a first contact end extending along a first curved line; - a support portion; and - a second contact lip supported by the support portion through a junction zone that supports the beaded segment of the contact structure, the second contact lip having a second contact end extending along a second line distinct from the first line, and in that the fire resistance device is a single-piece. - a contact structure comprising a first contact lip with a C-shaped section, the contact structure also comprising a beaded segment at one on the longitudinal ends of the first contact lip, one of the axial ends of the beaded section is open and is continuous with the first lip, and the other axial end is closed off, the first lip and the beaded segment together defining a first contact end extending along a first curved line; - a support portion; and - a second contact lip supported by the support portion through a junction zone that supports the beaded segment of the contact structure, the second contact lip having a second contact end extending along a second line distinct from the first line, and in that the fire resistance device is a single-piece.