mhurhangee/ep-ind-claims huggingface dataset:
A dispatching method, characterized by comprising: receiving a request initiated by a user terminal, wherein the request carries address information of the user terminal; obtaining the address information carried in the request and obtaining key information of an access server associated with the address information; and searching for a corresponding node based on the key information of the access server and treating the node as a redirected serving node, wherein the serving node provides service with respect to the request initiated by the user terminal; wherein the obtaining the key information of the access server associated with the address information comprises: requesting from a management system the key information of the access server associated with the address information, and receiving from the management system the key information of the access server associated with the address information. receiving a request initiated by a user terminal, wherein the request carries address information of the user terminal; obtaining the address information carried in the request and obtaining key information of an access server associated with the address information; and searching for a corresponding node based on the key information of the access server and treating the node as a redirected serving node, wherein the serving node provides service with respect to the request initiated by the user terminal; wherein the obtaining the key information of the access server associated with the address information comprises: requesting from a management system the key information of the access server associated with the address information, and receiving from the management system the key information of the access server associated with the address information. requesting from a management system the key information of the access server associated with the address information, and receiving from the management system the key information of the access server associated with the address information.
Household refrigeration appliance apparatus, with at least one electronics housing and at least one further electronics housing, wherein the at least one electronics housing has at least one connection element, which is provided to fasten the at least one further electronics housing to the at least one electronics housing, and in at least one assembled state the at least one electronics housing is provided to at least partially carry the at least one further electronics housing, furthermore with at least one electrical line, wherein the electronics housing has a first surface which faces towards the further electronics housing, and wherein the further electronics housing has a second surface which faces towards the electronics housing, characterised in that the at least one electronics housing has at least one guide element, which in the at least one assembled state is provided to guide the at least one electrical line through an intermediate space between the first surface and the second surface, between the at least one electronics housing and the at least one further electronics housing, whereby a protected arrangement of the at least one electrical line is achieved, wherein the guide element embodies a guide path which defines a course of the at least one electrical line and wherein the guide element has at least one surface, which in the at least one assembled state faces towards the at least one electrical line, and wherein in the at least one assembled state the at least one electrical line is in contact with the surface, at least in sections.
An array substrate for an X-ray detector, wherein the array substrate comprises a pad area, an optical detector for detecting X-ray and a transistor for providing a detection signal output from the optical detector when the transistor is turned on; the pad area comprising: a plurality of test areas, each test area having a first test pattern for evaluating a performance of the transistor and a second test pattern for evaluating a performance of the optical detector separately, a first plurality of measurement pad units electrically connected to the first test pattern; and a second plurality of measurement pad units electrically connected to the second test pattern separately to the first plurality of measurement pad units; wherein the first test pattern comprises a first gate electrode on a substrate, a first active layer on the first gate electrode, a first source electrode on one end of the first active layer and a first drain electrode on the other end of the active layer, and a first data line on the first source electrode, and wherein the second test pattern comprises a first lower electrode on the substrate, a first photoconductive layer on the first lower electrode, and a first upper electrode on the first photoconductive layer. a plurality of test areas, each test area having a first test pattern for evaluating a performance of the transistor and a second test pattern for evaluating a performance of the optical detector separately, a first plurality of measurement pad units electrically connected to the first test pattern; and a second plurality of measurement pad units electrically connected to the second test pattern separately to the first plurality of measurement pad units; wherein the first test pattern comprises a first gate electrode on a substrate, a first active layer on the first gate electrode, a first source electrode on one end of the first active layer and a first drain electrode on the other end of the active layer, and a first data line on the first source electrode, and wherein the second test pattern comprises a first lower electrode on the substrate, a first photoconductive layer on the first lower electrode, and a first upper electrode on the first photoconductive layer.
A transaction system that includes a plurality of computing nodes that are mutually interconnected via a data communication network to exchange encrypted data therebetween, wherein, when in operation, the transaction system employs a blockchain whose entries are recorded in a ledger, wherein a directed acyclic graph, DAG, is utilized for defining relationships between blocks of the blockchain, wherein: (a) the ledger is implemented as a distributed ledger that stores references to a start and an end of the DAG, as well as references to one or more smart contracts employed in operation of the transaction system, wherein the one or more smart contracts define consideration that is to be exchanged in response to providing proof of completion of work; and characterized in that (b) the DAG comprises a plurality of proposed solutions to problems posed in the one or more smart contracts; (c) each of the one or more smart contracts includes machine-readable elements including at least one of: a data specification, an initial mining algorithm, an objective function for scoring the plurality of proposed solutions; and (d) the transaction system operates to cause the DAG to store temporary data and/or extended algorithm code used during an execution of a given transaction, wherein the temporary data and/or extended algorithm code stored in the DAG is removed once the execution of the given transaction is complete, further wherein the temporary data and/or extended algorithm code stored in the DAG is modified in response to new solutions arising during operation of the transaction system. (a) the ledger is implemented as a distributed ledger that stores references to a start and an end of the DAG, as well as references to one or more smart contracts employed in operation of the transaction system, wherein the one or more smart contracts define consideration that is to be exchanged in response to providing proof of completion of work; and characterized in that (b) the DAG comprises a plurality of proposed solutions to problems posed in the one or more smart contracts; (c) each of the one or more smart contracts includes machine-readable elements including at least one of: a data specification, an initial mining algorithm, an objective function for scoring the plurality of proposed solutions; and (d) the transaction system operates to cause the DAG to store temporary data and/or extended algorithm code used during an execution of a given transaction, wherein the temporary data and/or extended algorithm code stored in the DAG is removed once the execution of the given transaction is complete, further wherein the temporary data and/or extended algorithm code stored in the DAG is modified in response to new solutions arising during operation of the transaction system.
A media stream delivery quality notification method, characterized by comprising: performing, by a session border controller entity, SBC, detection to determine whether a network state of a first terminal is abnormal, wherein the network state comprises at least one of current network quality of service and abnormality or not of a network switching process; and sending, by the session border controller entity, SBC, if it is detected that the network state of the first terminal is abnormal, notification information corresponding to a media stream delivery quality report of the first terminal, to a second terminal, the second terminal being an opposite communication terminal of the first terminal. performing, by a session border controller entity, SBC, detection to determine whether a network state of a first terminal is abnormal, wherein the network state comprises at least one of current network quality of service and abnormality or not of a network switching process; and sending, by the session border controller entity, SBC, if it is detected that the network state of the first terminal is abnormal, notification information corresponding to a media stream delivery quality report of the first terminal, to a second terminal, the second terminal being an opposite communication terminal of the first terminal.
A high purity copper-cobalt alloy sputtering target containing 0.1 to 20 at% of Co, the remainder being optional additive elements comprising one or more additive elements selected from Sb, Zr, Ti, Cr, Ag, Au, Cd, In, As, Be, B, Mg, Mn, Al, Si, Ca, Ba, La, and Ce in a total amount of 500 ppm or less, Cu and unavoidable impurities, wherein a size (dimension) of precipitates in the target structure is 10 μm or less, the size (dimension) calculated from an average of the long diameter and short diameter, and the average number of precipitates is 500 precipitates/mm 2 or less.
A method comprising: receiving, by a computing device comprising a central processor and a tangible, non-transitory memory, coefficient of friction data of a first series of locations along a runway from a first aircraft; receiving, by the central processor, coefficient of friction data for a second series of locations along the runway from a second aircraft; associating, by the central processor, the coefficient of friction data to runway friction estimation map elements; and aggregating, by the central processor, the received determined coefficient of friction data for the first series of locations along the runway from the first aircraft and the determined coefficient of friction data for the second series of locations along the runway from the second aircraft into a friction estimation map for the runway; characterised in that a location sensor is configured to determine the position of the aircraft at each braked wheel location. receiving, by a computing device comprising a central processor and a tangible, non-transitory memory, coefficient of friction data of a first series of locations along a runway from a first aircraft; receiving, by the central processor, coefficient of friction data for a second series of locations along the runway from a second aircraft; associating, by the central processor, the coefficient of friction data to runway friction estimation map elements; and aggregating, by the central processor, the received determined coefficient of friction data for the first series of locations along the runway from the first aircraft and the determined coefficient of friction data for the second series of locations along the runway from the second aircraft into a friction estimation map for the runway;
A computing device for secure key management, the computing device comprising: a keystore interface to receive a keystore command related to an encryption key; a keystore manager to (i) convert the keystore command into an encrypted database command, (ii) unlock an encrypted database stored by the computing device with an obfuscated passphrase stored by the computing device, wherein the encrypted database includes a key table to store binary copies of encryption keys and a metadata table to store metadata related to the encryption keys, and (iii) execute the encrypted database command against the encrypted database; and a passphrase constructor to: load each encoded passphrase segment of a plurality of encoded passphrase segments from a corresponding predetermined file system location of the computing device; decode the plurality of encoded passphrase segments to generate a plurality of passphrase segments; and compound the plurality of passphrase segments to generate the passphrase, wherein the keystore interface is further to return a response to the keystore command in response to execution of the encrypted database command; and wherein to unlock the encrypted database comprises to unlock the encrypted database with the passphrase. a keystore interface to receive a keystore command related to an encryption key; a keystore manager to (i) convert the keystore command into an encrypted database command, (ii) unlock an encrypted database stored by the computing device with an obfuscated passphrase stored by the computing device, wherein the encrypted database includes a key table to store binary copies of encryption keys and a metadata table to store metadata related to the encryption keys, and (iii) execute the encrypted database command against the encrypted database; and a passphrase constructor to: load each encoded passphrase segment of a plurality of encoded passphrase segments from a corresponding predetermined file system location of the computing device; decode the plurality of encoded passphrase segments to generate a plurality of passphrase segments; and compound the plurality of passphrase segments to generate the passphrase, wherein the keystore interface is further to return a response to the keystore command in response to execution of the encrypted database command; and wherein to unlock the encrypted database comprises to unlock the encrypted database with the passphrase.
heat exchanger comprising: a plurality of plate-shaped fins made of metal including aluminum and stacked at predetermined intervals such that air flows between adjacent fins, and each of the fins having insertion holes; and a plurality of flat tubes made of metal including aluminum and extending through the fins such that a refrigerant flows through the tubes in a stacking direction of the fins, each of the flat tubes having a cross-section having straight long sides and half-round short sides, each flat tube having long-side outer circumferential surface parts and a short-side outer circumferential surface part in contact with the fin which are covered with the brazing filler metal, characterized in that the fins and the flat tubes are joined with the brazing filler metal covering the flat tubes such that top part of each fin collar of each fin is in contact with the flat tube, base part of the fin collar is spaced apart from the flat tube, and the brazing filler metal covering the short-side outer circumferential surface part of the flat tube is thinner than the brazing filler metal covering the long-side outer circumferential surface parts thereof. a plurality of plate-shaped fins made of metal including aluminum and stacked at predetermined intervals such that air flows between adjacent fins, and each of the fins having insertion holes; and a plurality of flat tubes made of metal including aluminum and extending through the fins such that a refrigerant flows through the tubes in a stacking direction of the fins, each of the flat tubes having a cross-section having straight long sides and half-round short sides, each flat tube having long-side outer circumferential surface parts and a short-side outer circumferential surface part in contact with the fin which are covered with the brazing filler metal, characterized in that the fins and the flat tubes are joined with the brazing filler metal covering the flat tubes such that top part of each fin collar of each fin is in contact with the flat tube, base part of the fin collar is spaced apart from the flat tube, and the brazing filler metal covering the short-side outer circumferential surface part of the flat tube is thinner than the brazing filler metal covering the long-side outer circumferential surface parts thereof.
A process for the preparation carbon layers on powdered supports by pyrolysis of a hydrophilic polymer applied in an aqueous solution on a powdered support, characterized in that pyromellitic acid or pyromellitic dianhydride at the level of 0.1-15% by weight is added to the hydrophilic polymer dissolved in water at the level of 85 to 99.9% by weight, the powdered support is then added to the mixture at the level of 1-99% by weight, the suspension is concentrated and dried, and the composite precursor formed is subjected to a pyrolysis process at 300-1500°C.
A method of controlling a wind turbine including the steps: a) receiving a control command for the or one of the wind turbines, b) detecting that the received control command conflicts with at least one stored control command, c) detecting a priority and a reception time of the received control command, d) storing the received conflicting control command in a memory with the priority and the reception time as a stored control command, e) preparing or updating a sequence of the stored conflicted control commands in dependence on the priorities and the reception times of the stored conflicted control commands, and f) executing the stored control command with the highest priority and the oldest reception time as the currently executed control command. a) receiving a control command for the or one of the wind turbines, b) detecting that the received control command conflicts with at least one stored control command, c) detecting a priority and a reception time of the received control command, d) storing the received conflicting control command in a memory with the priority and the reception time as a stored control command, e) preparing or updating a sequence of the stored conflicted control commands in dependence on the priorities and the reception times of the stored conflicted control commands, and f) executing the stored control command with the highest priority and the oldest reception time as the currently executed control command.
A panel (200, 1000) comprising a panel core (101, 201) having a first surface and an opposed second surface; a first facer material (104, 204) associated with the first surface of the core (101, 201); and an environmental sensor assembly (120, 122, 124, 3300) associated with the panel (200, 1000) and configured to detect an environmental condition of the panel (200, 1000) and wirelessly communicate data on the environmental condition to a reader, wherein the environmental sensor assembly (120, 122, 124, 3300) is self-supporting and comprises an antenna, a processing module, and a wireless communication module, and wherein the environmental sensor assembly (120, 122, 124, 3300) is disposed between the core (101, 201) and the first facer material (104, 204) or within the core (101, 201), characterized in that the panel core (101, 201) is a gypsum core, and the environmental sensor assembly (120, 122, 124, 3300) is configured as a moisture sensor and wherein the environmental condition is moisture.
A method at a home proxy, the method comprising: receiving a first registration request from a first user agent; assigning an outbound proxy set to the first user agent, the outbound proxy set comprising a plurality of outbound proxies (104b, 104c); inserting an outbound proxy set identifier into a first registration response for the first user agent, the outbound proxy set identifier operable to allow the first user agent to identify the plurality of outbound proxies, whereby the first user agent can select a first outbound proxy from the outbound proxy set, and register at the selected first outbound proxy through a second registration request, the second registration request being sent to the first outbound proxy by the first user agent; receiving the second registration request at the home proxy from the first outbound proxy selected by the first user agent; and whereby the first outbound proxy can assign one or more of the other outbound proxies of the outbound proxy set as one or more backup outbound proxies for the first user agent, and inform the first user agent of the one or more backup outbound proxies through a second registration response. receiving a first registration request from a first user agent; assigning an outbound proxy set to the first user agent, the outbound proxy set comprising a plurality of outbound proxies (104b, 104c); inserting an outbound proxy set identifier into a first registration response for the first user agent, the outbound proxy set identifier operable to allow the first user agent to identify the plurality of outbound proxies, whereby the first user agent can select a first outbound proxy from the outbound proxy set, and register at the selected first outbound proxy through a second registration request, the second registration request being sent to the first outbound proxy by the first user agent; receiving the second registration request at the home proxy from the first outbound proxy selected by the first user agent; and whereby the first outbound proxy can assign one or more of the other outbound proxies of the outbound proxy set as one or more backup outbound proxies for the first user agent, and inform the first user agent of the one or more backup outbound proxies through a second registration response.
Composition comprising: - at least one hydroxymethylglutaryl-coenzyme A (HMG-CoA) reductase inhibitor or one of its physiologically acceptable salts, said inhibitor being a molecule of the family of statins or one of its physiologically acceptable salts. - at least one farnesyl-pyrophosphate synthase inhibitor or one of its physiologically acceptable salts, said inhibitor being selected from the group comprising a molecule of the aminobisphosphonate family or one of its physiologically acceptable salts, and - at least one anti-HIV agent, said anti-HIV agent being a protease inhibitor or a reverse transcriptase inhibitor. - at least one hydroxymethylglutaryl-coenzyme A (HMG-CoA) reductase inhibitor or one of its physiologically acceptable salts, said inhibitor being a molecule of the family of statins or one of its physiologically acceptable salts. - at least one farnesyl-pyrophosphate synthase inhibitor or one of its physiologically acceptable salts, said inhibitor being selected from the group comprising a molecule of the aminobisphosphonate family or one of its physiologically acceptable salts, and - at least one anti-HIV agent, said anti-HIV agent being a protease inhibitor or a reverse transcriptase inhibitor.