mhurhangee/patent-ind-claim-en huggingface dataset:
A computer program product comprising computer program instructions for application resilience, that, when executed by a processing apparatus, cause the processing apparatus to perform the following method steps: • monitoring (step 802) an application, thereby capturing data associated with the application, the application running on a cloud platform; • analyzing (step 804) the captured data , which comprises associating an event retrieved from the captured data with an action in a pre-stored template, wherein the pre-stored template comprises the retrieved event and the action associated with the retrieved event for the application resilience; • executing (step 806) the action associated to the retrieved event; • identifying(step 808) a status of the application; • fetching (step 810) the captured data, the retrieved event, and the action associated with the retrieved event and executed by the processing apparatus, and storing the fetched captured data, the fetched retrieved event, and the fetched action associated with the retrieved event and executed by the processing apparatus in at least one repository, and • notifying (step 812) the status of the application. • monitoring (step 802) an application, thereby capturing data associated with the application, the application running on a cloud platform; • analyzing (step 804) the captured data , which comprises associating an event retrieved from the captured data with an action in a pre-stored template, wherein the pre-stored template comprises the retrieved event and the action associated with the retrieved event for the application resilience; • executing (step 806) the action associated to the retrieved event; • identifying(step 808) a status of the application; • fetching (step 810) the captured data, the retrieved event, and the action associated with the retrieved event and executed by the processing apparatus, and storing the fetched captured data, the fetched retrieved event, and the fetched action associated with the retrieved event and executed by the processing apparatus in at least one repository, and • notifying (step 812) the status of the application.
A computer-implemented method for converting at least one first data block with a first data format into at least one second data block with a second data format by means of a computer unit, which has at least one processor and at least one memory unit, characterized in that the first data block , at least one first data structure type and at least one data format pattern is read in by the processor, in that the first data format is represented by the at least one data structure type , which defines fixed data structure elements (3.1), which correspond to constant character strings, and variable data structure elements (3.2), which can assume various values of a data type , in that one data type is assigned in each case to the variable data structure elements (3.2) of the data structure type , and a unique name is also assigned to at least one variable data structure element (3.2), in that the first data block is analysed using the data structure type and the first data structure instance is formed, in that, using the fixed data structure elements (3.1) and the data types of the variable data structure elements (3.2), at least one first data structure instance with at least one data structure instance element (6.1) is created by means of the processor from the first data block , wherein it is determined by means of the data structure type , which of the data block sections corresponding to the variable data structure elements (3.2) of the data structure type should be assigned as values to the data structure instance elements (6.1) of the data structure instance , wherein it is possible to access the value of the data structure instance element (6.1) directly by means of the name , wherein the first data structure instance is stored in the memory unit, in that the second data block is created by means of the processor from the data format pattern using the first data structure instance or at least a second data structure instance derived from the first data structure instance , wherein the data format thereof is determined directly from the data format pattern used during the creation, wherein the data format pattern has fixed data format elements (7.1) and variable data format elements (7.2) and the variable data format elements (7.2) refer, by means of the name , to the values of the data structure instance elements (6.1) of the first or second data structure instance stored in the memory unit, so that the variable data format elements (7.2) are filled via access to the values of the data structure instance elements (6.1) of the data structure instance stored in the memory unit, in that the at least one data structure type and the at least one data format pattern are in each case loaded, prior to their use, from at least one file stored in the memory unit and it is determined in an instruction list , which data structure type and/or which data format pattern is read in from which file, so that the computer unit is first instructed during the runtime of the program, in which manner the conversion of the first data format to the second data format is to take place, and in that the second data block is output by the processor.
A computer-implemented method for providing a token to a client computer based on TPM key attestation, the method comprising: (a) receiving a token request from a client computer , wherein the token request includes a key attestation claim and an endorsement key certificate ; (b) verifying the key attestation claim ; (c) extracting a TPM public endorsement key from the key attestation claim ; (d) generating a secret in response to receiving the token request ; wherein the method is characterised by : (e) encrypting the token for the client computer with the secret to form an encrypted token ; (f) encrypting the secret with the TPM public endorsement key from the key attestation claim to form an encrypted secret ; and (g) sending the encrypted token with the encrypted secret to the client computer ; wherein the method comprises a single round trip to a certificate issuance service server to obtain the encrypted token. (a) receiving a token request from a client computer , wherein the token request includes a key attestation claim and an endorsement key certificate ; (b) verifying the key attestation claim ; (c) extracting a TPM public endorsement key from the key attestation claim ; (d) generating a secret in response to receiving the token request ; wherein the method is characterised by : (e) encrypting the token for the client computer with the secret to form an encrypted token ; (f) encrypting the secret with the TPM public endorsement key from the key attestation claim to form an encrypted secret ; and (g) sending the encrypted token with the encrypted secret to the client computer ; wherein the method comprises a single round trip to a certificate issuance service server to obtain the encrypted token. (e) encrypting the token for the client computer with the secret to form an encrypted token ; (f) encrypting the secret with the TPM public endorsement key from the key attestation claim to form an encrypted secret ; and (g) sending the encrypted token with the encrypted secret to the client computer ; wherein the method comprises a single round trip to a certificate issuance service server to obtain the encrypted token.
A system comprising: a field programmable gate array, FPGA, circuitry disposed on an integrated circuit, wherein the FPGA circuitry has a programmable first region and a programmable second region ; a partial reconfiguration controller circuit configured to selectively disable or enable partial reconfiguration data to be provided from the first region to the second region based on a control signal, wherein the partial reconfiguration controller circuit is configured to selectively transmit the control signal; and a multiplexing circuit configured to: receive the control signal from the partial reconfiguration controller circuit ; and disable partial reconfiguration of the first region by decoupling the first region from the second region , wherein the second region receives the partial reconfiguration data loaded independent of the first region based on the control signal. a field programmable gate array, FPGA, circuitry disposed on an integrated circuit, wherein the FPGA circuitry has a programmable first region and a programmable second region ; a partial reconfiguration controller circuit configured to selectively disable or enable partial reconfiguration data to be provided from the first region to the second region based on a control signal, wherein the partial reconfiguration controller circuit is configured to selectively transmit the control signal; and a multiplexing circuit configured to: receive the control signal from the partial reconfiguration controller circuit ; and disable partial reconfiguration of the first region by decoupling the first region from the second region , wherein the second region receives the partial reconfiguration data loaded independent of the first region based on the control signal. receive the control signal from the partial reconfiguration controller circuit ; and disable partial reconfiguration of the first region by decoupling the first region from the second region , wherein the second region receives the partial reconfiguration data loaded independent of the first region based on the control signal.
An analysis apparatus that receives biological information measured by a biological information measurement apparatus for measuring a blood sugar level or a blood hemoglobin level of a user as the biological information and analyses the biological information, the analysis apparatus characterized by comprising: a biological information input unit that inputs the biological information measured before a meal and after the meal by the biological information measurement apparatus ; a biological information analysis unit that analyzes a change between pre-meal and post-meal biological information on the basis of pre-meal and post-meal biological information input by the biological information input unit and times at which the pre-meal and post-meal biological information were obtained, an advice provision unit that provides meal-related advice on the basis of analysis results from the biological information analysis unit , a captured image input unit that inputs a captured image captured by an imaging device when the user operates the imaging device; an image determination unit that analyzes the captured image input by the captured image input unit and determines whether the captured image that has been input is an image of a meal; and a measurement guidance unit , wherein when the image determination unit determines that the captured image is an image of a meal, the measurement guidance unit notifies a message prompting measurement of the biological information by the biological information measurement apparatus when the determination is made and notifies the message again after a predetermined amount of time. a biological information input unit that inputs the biological information measured before a meal and after the meal by the biological information measurement apparatus ; a biological information analysis unit that analyzes a change between pre-meal and post-meal biological information on the basis of pre-meal and post-meal biological information input by the biological information input unit and times at which the pre-meal and post-meal biological information were obtained, an advice provision unit that provides meal-related advice on the basis of analysis results from the biological information analysis unit , a captured image input unit that inputs a captured image captured by an imaging device when the user operates the imaging device; an image determination unit that analyzes the captured image input by the captured image input unit and determines whether the captured image that has been input is an image of a meal; and a measurement guidance unit , wherein when the image determination unit determines that the captured image is an image of a meal, the measurement guidance unit notifies a message prompting measurement of the biological information by the biological information measurement apparatus when the determination is made and notifies the message again after a predetermined amount of time.
A method of determining a gas volume fraction of a downhole multiphase fluid, comprising: flowing the multiphase fluid through a downhole tubular member having a first section , second section and third section , wherein the second section is disposed between the first section and the third section and an inner diameter of the second section is greater than an inner diameter of the first section and an inner diameter of the third section ; the method further comprising the steps of: measuring an absolute pressure of the multiphase fluid at each of the first section , second section and third section using absolute pressure gauges ; and determining the gas volume fraction of the downhole multiphase fluid from the absolute pressure measurements using a difference between an absolute pressure measurement obtained at the first section and an absolute pressure measurement obtained at the third section . flowing the multiphase fluid through a downhole tubular member having a first section , second section and third section , wherein the second section is disposed between the first section and the third section and an inner diameter of the second section is greater than an inner diameter of the first section and an inner diameter of the third section ; the method further comprising the steps of: measuring an absolute pressure of the multiphase fluid at each of the first section , second section and third section using absolute pressure gauges ; and determining the gas volume fraction of the downhole multiphase fluid from the absolute pressure measurements using a difference between an absolute pressure measurement obtained at the first section and an absolute pressure measurement obtained at the third section . measuring an absolute pressure of the multiphase fluid at each of the first section , second section and third section using absolute pressure gauges ; and determining the gas volume fraction of the downhole multiphase fluid from the absolute pressure measurements using a difference between an absolute pressure measurement obtained at the first section and an absolute pressure measurement obtained at the third section .
Method for producing a structural subassembly , in particular for a motor vehicle, comprising at least a first profile component of fibre-reinforced plastic and at least one connecting component for producing a node connection of the first profile component to a further profile component, characterized by the following steps: a) providing a mould comprising at least one mould half , which has a cavity which corresponds substantially to the first profile component to be produced comprising at least one integrally moulded-on connecting component , wherein the connecting component has a shell part for the node connection into which one or more further profile components can be placed and the connection can be completed with the aid of further shells; b) introducing a one- or multi-piece textile reinforcing material of a textile semifinished product into the mould , wherein the textile reinforcing material comprises a first textile semifinished product for the profile component and at least a second textile semifinished product for the connecting component , which touch and overlap in the mould , wherein the semifinished products are fibre preforms; c) introducing a flowable plastics material into the mould in an infusion process under a vacuum, in order to impregnate the textile reinforcing material, and d) curing and/or cooling the plastics material . a) providing a mould comprising at least one mould half , which has a cavity which corresponds substantially to the first profile component to be produced comprising at least one integrally moulded-on connecting component , wherein the connecting component has a shell part for the node connection into which one or more further profile components can be placed and the connection can be completed with the aid of further shells; b) introducing a one- or multi-piece textile reinforcing material of a textile semifinished product into the mould , wherein the textile reinforcing material comprises a first textile semifinished product for the profile component and at least a second textile semifinished product for the connecting component , which touch and overlap in the mould , wherein the semifinished products are fibre preforms; c) introducing a flowable plastics material into the mould in an infusion process under a vacuum, in order to impregnate the textile reinforcing material, and d) curing and/or cooling the plastics material .
A hair treatment composition comprising a) a conditioning base comprising i) an amidoamine having from 10 to 22 carbon atoms, ii) a water soluble non-amphiphilic acid, selected from the group consisting of lactic acid, acetic acid, tartaric acid, fumaric acid, and mixtures thereof; iii) a fatty alcohol having from 8 to 22 carbon atoms; b) a hydrophobically modified anionic polymer, comprising hydrophobic modification that comprises an alkyl group comprising from 12 to 30 carbon atoms; and c) water. a) a conditioning base comprising i) an amidoamine having from 10 to 22 carbon atoms, ii) a water soluble non-amphiphilic acid, selected from the group consisting of lactic acid, acetic acid, tartaric acid, fumaric acid, and mixtures thereof; iii) a fatty alcohol having from 8 to 22 carbon atoms; i) an amidoamine having from 10 to 22 carbon atoms, ii) a water soluble non-amphiphilic acid, selected from the group consisting of lactic acid, acetic acid, tartaric acid, fumaric acid, and mixtures thereof; iii) a fatty alcohol having from 8 to 22 carbon atoms; b) a hydrophobically modified anionic polymer, comprising hydrophobic modification that comprises an alkyl group comprising from 12 to 30 carbon atoms; and c) water.
A method implemented in a radio node for configuring measurement gaps and sounding reference signal , SRS, switching, comprising: obtaining a first configuration for transmitting at least one first radio signal subject to SRS switching, wherein the first configuration comprises SRS transmission configuration related to the SRS switching among carriers and/or antennas and the first radio signal is an SRS signal; obtaining a second configuration indicating a measurement gap for receiving at least one second radio signal; and adapting the first configuration for transmitting the at least one first radio signal subject to SRS switching while applying the second configuration, characterised in that the adapted first configuration changes a periodicity for switching between carriers to avoid or reduce an overlap with the measurement gap of the second configuration. obtaining a first configuration for transmitting at least one first radio signal subject to SRS switching, wherein the first configuration comprises SRS transmission configuration related to the SRS switching among carriers and/or antennas and the first radio signal is an SRS signal; obtaining a second configuration indicating a measurement gap for receiving at least one second radio signal; and adapting the first configuration for transmitting the at least one first radio signal subject to SRS switching while applying the second configuration, characterised in that the adapted first configuration changes a periodicity for switching between carriers to avoid or reduce an overlap with the measurement gap of the second configuration.
A plasma etching method, the plasma etching method comprising the steps of: forming, on one surface of a substrate for etching, a metal mask comprising a pattern exposing a portion of the one surface of the substrate for etching; performing first plasma etching on the one surface of the substrate for etching to form a first pattern portion on the portion of the one surface of the substrate for etching, which has been exposed through the metal mask ; removing the metal mask from the one surface of the substrate for etching; placing the substrate for etching in a Faraday cage having a mesh portion at a top thereof in such a manner that the one surface of the substrate for etching is inclined with respect to a bottom of the Faraday cage ; and after removing the metal mask , performing second plasma etching to form the first pattern portion into a second pattern portion having a blazed shape. forming, on one surface of a substrate for etching, a metal mask comprising a pattern exposing a portion of the one surface of the substrate for etching; performing first plasma etching on the one surface of the substrate for etching to form a first pattern portion on the portion of the one surface of the substrate for etching, which has been exposed through the metal mask ; removing the metal mask from the one surface of the substrate for etching; placing the substrate for etching in a Faraday cage having a mesh portion at a top thereof in such a manner that the one surface of the substrate for etching is inclined with respect to a bottom of the Faraday cage ; and after removing the metal mask , performing second plasma etching to form the first pattern portion into a second pattern portion having a blazed shape.