mhurhangee/patent-ind-claim-en huggingface dataset:
An in vitro method for characterizing an antibody and complement profile, comprising: providing a sample comprising one or more immunoglobulins and native Immunoglobulin-C1q complex; providing a test surface comprising a food antigen coating, wherein the food antigen coating comprises a first food antigen, a second food antigen, and a third food antigen that have been applied to the test surface in a sequential manner; contacting the test surface with at least a portion of the sample; contacting the test surface with an antibody mixture, wherein the antibody mixture comprises a first antibody directed to C1q and a second antibody directed to at least one of the one or more immunoglobulins of the sample species; and obtaining a signal characteristic of binding of both at least one of the immunoglobulins and native Immunoglobulin-C1q complex from the sample to the test surface, wherein a signal intensity that exceeds a background cutoff is characterized as a positive result. providing a sample comprising one or more immunoglobulins and native Immunoglobulin-C1q complex; providing a test surface comprising a food antigen coating, wherein the food antigen coating comprises a first food antigen, a second food antigen, and a third food antigen that have been applied to the test surface in a sequential manner; contacting the test surface with at least a portion of the sample; contacting the test surface with an antibody mixture, wherein the antibody mixture comprises a first antibody directed to C1q and a second antibody directed to at least one of the one or more immunoglobulins of the sample species; and obtaining a signal characteristic of binding of both at least one of the immunoglobulins and native Immunoglobulin-C1q complex from the sample to the test surface, wherein a signal intensity that exceeds a background cutoff is characterized as a positive result.
A method for primary-backup server switching, applied to a control server in communication connection with a primary server and a backup server, and comprising: monitoring (S201) whether the primary server fails, wherein the primary server is provided with a primary memory database, the primary memory database is configured to save in real time state information of the primary server each time after an operation is executed by the primary server, and the state information is configured to be read and saved in real time by a backup memory database disposed in the backup server; wherein the primary memory database and the backup memory database are Redis memory databases, and the state information of the primary server is read from the primary memory database in real time by the backup memory database and is saved in the backup memory database in a same key-value form as the primary memory database; and sending (S202) a primary-backup switching command to the backup server in response to a failure of the primary server, wherein the primary-backup switching command is configured to instruct the backup server to be upgraded as a new primary server according to the state information saved in the backup memory database. monitoring (S201) whether the primary server fails, wherein the primary server is provided with a primary memory database, the primary memory database is configured to save in real time state information of the primary server each time after an operation is executed by the primary server, and the state information is configured to be read and saved in real time by a backup memory database disposed in the backup server; wherein the primary memory database and the backup memory database are Redis memory databases, and the state information of the primary server is read from the primary memory database in real time by the backup memory database and is saved in the backup memory database in a same key-value form as the primary memory database; and sending (S202) a primary-backup switching command to the backup server in response to a failure of the primary server, wherein the primary-backup switching command is configured to instruct the backup server to be upgraded as a new primary server according to the state information saved in the backup memory database.
A secondary battery comprising: a first electrode ; a second electrode ; a first layer disposed between the first electrode and the second electrode and including a first n-type oxide semiconductor material; a second layer disposed on the first layer and including a second n-type oxide semiconductor material and a first insulating material; a third layer disposed on the second layer; and a fourth layer disposed on the third layer and including a second insulating material; and a layer (15; 16) including nickel oxide or nickel hydroxide formed between the fourth layer and the second electrode , wherein the fourth layer is mainly composed of SiOx that is the second insulating material, characterized in that : - the third layer includes tantalum oxide, and - SnOx is added to the fourth layer. a first electrode ; a second electrode ; a first layer disposed between the first electrode and the second electrode and including a first n-type oxide semiconductor material; a second layer disposed on the first layer and including a second n-type oxide semiconductor material and a first insulating material; a third layer disposed on the second layer; and a fourth layer disposed on the third layer and including a second insulating material; and a layer (15; 16) including nickel oxide or nickel hydroxide formed between the fourth layer and the second electrode , wherein the fourth layer is mainly composed of SiOx that is the second insulating material, characterized in that : - the third layer includes tantalum oxide, and - SnOx is added to the fourth layer. - the third layer includes tantalum oxide, and - SnOx is added to the fourth layer.
A method performed by a Policy and Charging Rules Node, PCRN, to process at least two messages received from a plurality of devices, the method comprising: receiving a first request from a first device, the first request associated with a first Session Binding Identifier, SBI, comprising at least one attribute associated with a first subscriber profile; identifying the first SBI associated with the first request; acquiring a lock associated with the first SBI, the acquisition of the lock indicating that processing cannot be interrupted by other requests; processing the first request; modifying the lock to indicate that the processing of the first request may be modified by the receipt of at least one priority task; sending an answer message to the first device in response to processing the first request; sending a resultant message to at least a second device after processing at least the first request; and releasing the lock. receiving a first request from a first device, the first request associated with a first Session Binding Identifier, SBI, comprising at least one attribute associated with a first subscriber profile; identifying the first SBI associated with the first request; acquiring a lock associated with the first SBI, the acquisition of the lock indicating that processing cannot be interrupted by other requests; processing the first request; modifying the lock to indicate that the processing of the first request may be modified by the receipt of at least one priority task; sending an answer message to the first device in response to processing the first request; sending a resultant message to at least a second device after processing at least the first request; and releasing the lock.
A method for managing cloud computing resources, the method comprising: receiving, at a first platform, an identity verification result of an external account on a server that is different than the first platform, the identity verification result returned by a verification server; determining whether a virtual sub-account is bound to the external account, the virtual sub-account having pre-configured rights to manage the cloud computing resources, the cloud computing resources being associated with one or more internal main accounts of the first platform, the virtual sub-account being subordinate to one of the one or more internal main accounts; and if it is determined that the virtual sub-account is bound to the external account, allowing the external account to manage the cloud computing resources associated with the internal main account based on the pre-configured rights of the virtual sub-account. receiving, at a first platform, an identity verification result of an external account on a server that is different than the first platform, the identity verification result returned by a verification server; determining whether a virtual sub-account is bound to the external account, the virtual sub-account having pre-configured rights to manage the cloud computing resources, the cloud computing resources being associated with one or more internal main accounts of the first platform, the virtual sub-account being subordinate to one of the one or more internal main accounts; and if it is determined that the virtual sub-account is bound to the external account, allowing the external account to manage the cloud computing resources associated with the internal main account based on the pre-configured rights of the virtual sub-account.
A fluidic component comprising a flow chamber which can be traversed by a fluid flow that enters the flow chamber through an inlet opening of the flow chamber and exits from the flow chamber through an outlet opening of the flow chamber , wherein at least one means for forming an oscillation of the fluid flow at the outlet opening is provided in the flow chamber , wherein the flow chamber includes a main flow channel , which connects the inlet opening and the outlet opening to each other, and at least one secondary flow channel as means for forming an oscillation of the fluid flow at the outlet opening , wherein the main flow channel and the at least one secondary flow channel are separated from each other by at least one inner block , characterized in that the flow chamber has a variable shape and is delimited by a boundary wall , - wherein downstream of the outlet opening an outlet expansion adjoins, which widens in downstream direction proceeding from the outlet opening , wherein the outlet expansion comprises two portions of the boundary wall, which extend substantially perpendicularly to an oscillation plane and are formed to be movable with respect to the remaining boundary wall, and/or - wherein for the purpose of changing the shape of the flow chamber the at least one inner block is deformable and/or movable with respect to the boundary wall . - wherein downstream of the outlet opening an outlet expansion adjoins, which widens in downstream direction proceeding from the outlet opening , wherein the outlet expansion comprises two portions of the boundary wall, which extend substantially perpendicularly to an oscillation plane and are formed to be movable with respect to the remaining boundary wall, and/or - wherein for the purpose of changing the shape of the flow chamber the at least one inner block is deformable and/or movable with respect to the boundary wall .
An adaptive thermal management system for a gas turbine engine comprising: a heat exchanger transferring heat into a coolant; a temperature sensor measuring a temperature of the coolant; a sensor assembly measuring a parameter of the coolant during operation of the gas turbine engine , the parameter measured by the sensor assembly indicative of a capacity of the coolant to accept heat from a hot flow, a control valve governing a flow of coolant into the heat exchanger; and a controller adjusting the control valve to communicate coolant to the heat exchanger based on a determined capacity of the coolant to accept heat in view of the measured temperature of the coolant and that the measured parameter of the coolant is within a predefined range; the coolant comprises fuel from a fuel system , the fuel system including a fuel tank holding a mass of fuel and at least one fuel pump communicating fuel to the heat exchanger ; and characterized in that the sensor assembly comprises a fuel mass sensor that measures a fuel mass within the fuel tank . a heat exchanger transferring heat into a coolant; a temperature sensor measuring a temperature of the coolant; a sensor assembly measuring a parameter of the coolant during operation of the gas turbine engine , the parameter measured by the sensor assembly indicative of a capacity of the coolant to accept heat from a hot flow, a control valve governing a flow of coolant into the heat exchanger; and a controller adjusting the control valve to communicate coolant to the heat exchanger based on a determined capacity of the coolant to accept heat in view of the measured temperature of the coolant and that the measured parameter of the coolant is within a predefined range; the coolant comprises fuel from a fuel system , the fuel system including a fuel tank holding a mass of fuel and at least one fuel pump communicating fuel to the heat exchanger ; and characterized in that the sensor assembly comprises a fuel mass sensor that measures a fuel mass within the fuel tank .
An integrated circuit which, in operation, controls a process of a mobile station to communicate with a base station in a communication system, the communication being re-configured from a source uplink/downlink configuration to a target uplink/downlink configuration, the process comprising: receiving a command for reconfiguration from a source uplink/downlink configuration to a target uplink/downlink configuration, wherein the source uplink/downlink configuration is one out of a plurality of uplink/downlink configurations and the target uplink/downlink configuration is one of the plurality of uplink/downlink configurations, the plurality of uplink/downlink configurations being configured for Time Division Duplex, TDD, communication; in an event that the communication is to be reconfigured for a subframe N at the beginning of a radio frame, performing physical uplink shared channel, PUSCH, power control based on a transmit power control, TPC, command for PUSCH transmission, including: applying the source uplink/downlink configuration in the PUSCH power control based on the TPC command for PUSCH transmission which is received up to and including subframe N, and applying the target uplink/downlink configuration in the PUSCH power control based on the TPC command for PUSCH transmission which is received from subframe N+1 onward; and transmitting the PUSCH based on the performed PUSCH power control. receiving a command for reconfiguration from a source uplink/downlink configuration to a target uplink/downlink configuration, wherein the source uplink/downlink configuration is one out of a plurality of uplink/downlink configurations and the target uplink/downlink configuration is one of the plurality of uplink/downlink configurations, the plurality of uplink/downlink configurations being configured for Time Division Duplex, TDD, communication; in an event that the communication is to be reconfigured for a subframe N at the beginning of a radio frame, performing physical uplink shared channel, PUSCH, power control based on a transmit power control, TPC, command for PUSCH transmission, including: applying the source uplink/downlink configuration in the PUSCH power control based on the TPC command for PUSCH transmission which is received up to and including subframe N, and applying the target uplink/downlink configuration in the PUSCH power control based on the TPC command for PUSCH transmission which is received from subframe N+1 onward; and applying the source uplink/downlink configuration in the PUSCH power control based on the TPC command for PUSCH transmission which is received up to and including subframe N, and applying the target uplink/downlink configuration in the PUSCH power control based on the TPC command for PUSCH transmission which is received from subframe N+1 onward; and transmitting the PUSCH based on the performed PUSCH power control.
A method performed by a user equipment, UE, comprising: sending (504-508) one or more service requests to a third party server via a mobile communications network , wherein the mobile communications network comprises an evolved packet core, EPC; determining that there is an error or delay in receiving a response to the one or more service requests from the third party server , wherein determining that there is an error or delay comprises determining that one or more of: a number of sent service requests without a service response exceeds a threshold; a delay in receiving a response to a service request exceeds a threshold; and a response received from the server indicates failure in responding to the one or more service requests; and sending , in response to the determining that there is an error or delay with the third party server, a wake-me-up request to a network element in the mobile communications network requesting notification when the third party server is available, wherein the wake-me-up request indicates the third party server so that the network can check with the third party server and notify the UE when the third party server becomes available. sending (504-508) one or more service requests to a third party server via a mobile communications network , wherein the mobile communications network comprises an evolved packet core, EPC; determining that there is an error or delay in receiving a response to the one or more service requests from the third party server , wherein determining that there is an error or delay comprises determining that one or more of: a number of sent service requests without a service response exceeds a threshold; a delay in receiving a response to a service request exceeds a threshold; and a response received from the server indicates failure in responding to the one or more service requests; and sending , in response to the determining that there is an error or delay with the third party server, a wake-me-up request to a network element in the mobile communications network requesting notification when the third party server is available, wherein the wake-me-up request indicates the third party server so that the network can check with the third party server and notify the UE when the third party server becomes available. a number of sent service requests without a service response exceeds a threshold; a delay in receiving a response to a service request exceeds a threshold; and a response received from the server indicates failure in responding to the one or more service requests; and sending , in response to the determining that there is an error or delay with the third party server, a wake-me-up request to a network element in the mobile communications network requesting notification when the third party server is available, wherein the wake-me-up request indicates the third party server so that the network can check with the third party server and notify the UE when the third party server becomes available.
Control device for a hydraulic consumer that is susceptible to vibrations comprising a valve with a control spool that can be controlled using an actuating device , the valve comprising a pressure supply port (P) to which a pressure compensator can be connected, said pressure compensator being able to be supplied with pressurised fluid by a pressure supply apparatus , the actuating device comprising a DC motor and a load-pressure dependent force being able to be generated at the control spool by means of a control device , characterised in that this force at the control spool acts on an electric motor control system of the DC motor , which detects a change in force and serves to damp the vibrations of the consumer , counteracting this change in force.
Use of a lubricating composition for inhibiting plugging by suppressing self-polymerization of a carboxylic acid-based monomer by mixing the lubricating composition with the carboxylic acid-based monomer and forming a mixture having a single phase, the lubricating composition comprising: a base oil; and a fatty acid, an emulsifier, or both, wherein, when a fatty acid is comprised in the lubricating composition, it is at 2 to 20 wt% with respect to the total lubricating composition; wherein, when an emulsifier is comprised in the lubricating composition, it is at 0.1 to 15 wt% with respect to the total lubricating composition, and a content of the mixed carboxylic acid-based monomer is 0.1 to 50 wt% with respect to the base oil; and wherein, when both a fatty acid and an emulsifier are comprised in the lubricating composition, the fatty acid is included at 1 to 15 wt% with respect to the total lubricating composition, the emulsifier is included at 0.1 to 15 wt% with respect to the total lubricating composition, and a content of the mixed carboxylic acid-based monomer is 1 to 30 wt% with respect to the base oil. a base oil; and a fatty acid, an emulsifier, or both, wherein, when a fatty acid is comprised in the lubricating composition, it is at 2 to 20 wt% with respect to the total lubricating composition; wherein, when an emulsifier is comprised in the lubricating composition, it is at 0.1 to 15 wt% with respect to the total lubricating composition, and a content of the mixed carboxylic acid-based monomer is 0.1 to 50 wt% with respect to the base oil; and wherein, when both a fatty acid and an emulsifier are comprised in the lubricating composition, the fatty acid is included at 1 to 15 wt% with respect to the total lubricating composition, the emulsifier is included at 0.1 to 15 wt% with respect to the total lubricating composition, and a content of the mixed carboxylic acid-based monomer is 1 to 30 wt% with respect to the base oil.
A method , comprising: receiving , by a second storage system , a request to restore a plurality of files to a first storage system from a backup stored at the second storage system ; providing , by the second storage system , corresponding file relocation metadata for each of the plurality of files to the first storage system , wherein the corresponding file relocation metadata for each of the plurality of files references a corresponding location associated with the second storage system for locating each of the plurality of files to enable accessibility of contents of the plurality of files at the first storage system without storing entire contents of the plurality of files at the first storage system ; and providing , by the second storage system , a corresponding full content version for at least one of the plurality of files to the first storage system , wherein the corresponding full content version is to be utilized by the first storage system to enable direct access at the first storage system to contents of the at least one of the plurality of files instead of the corresponding file relocation metadata for the at least one of the plurality of files being utilized by the first storage system to access the contents of the at least one of the plurality of files. receiving , by a second storage system , a request to restore a plurality of files to a first storage system from a backup stored at the second storage system ; providing , by the second storage system , corresponding file relocation metadata for each of the plurality of files to the first storage system , wherein the corresponding file relocation metadata for each of the plurality of files references a corresponding location associated with the second storage system for locating each of the plurality of files to enable accessibility of contents of the plurality of files at the first storage system without storing entire contents of the plurality of files at the first storage system ; and providing , by the second storage system , a corresponding full content version for at least one of the plurality of files to the first storage system , wherein the corresponding full content version is to be utilized by the first storage system to enable direct access at the first storage system to contents of the at least one of the plurality of files instead of the corresponding file relocation metadata for the at least one of the plurality of files being utilized by the first storage system to access the contents of the at least one of the plurality of files.