mhurhangee/ep-ind-claims huggingface dataset:
Thermodynamic cycle turbine with recuperator, for the production of electrical energy, comprising at least one compression stage with at least one gas compressor, a combustion chamber supplied with fuel by at least one reservoir, at least one expansion stage with at least one expansion turbine connected by a shaft to the compressor, and an electrical energy production means, the combustion chamber comprising a housing that accommodates a flame tube with a perforated diffuser through which the hot compressed air is intended to pass, a primary zone which receives a portion of the flow rate of hot compressed air and in which combustion takes place, and a dilution zone where the burnt gases from the primary zone are mixed with the remaining portion of the flow rate of hot compressed air, said chamber further comprising a means for injecting at least one fuel, characterized in that the flame tube has a flame holder comprising the perforated diffuser, at least one recirculation passage for combustion gases and a mixing tube, the housing comprising a deflecting wall for directing the hot compressed air towards the flame tube, the recuperator being a cross-flow heat exchanger.
A computing system comprising: a plurality of nodes wherein each of the plurality of nodes comprises: at least one processor core; a shared cache memory subsystem comprising a plurality of shared entries for storing data accessible by one or more processor cores within the plurality of nodes; a shared cache controller for the shared cache memory subsystem; and wherein each node being coupled to a respective memory via a respective memory controller and wherein each node includes an interface logic configured to communicate with one or more nodes of the plurality of nodes; wherein the shared entries are configured to selectively store either processor data or directory entries comprising directory information for controlling a global coherence protocol; wherein the shared cache controller is configured to store a value to control whether at least some of the shared entries store processor data or directory information; and wherein for said shared entries configured to store directory entries comprising directory information, said directory information indicates whether a given cached copy of data is in an exclusive-modified, owned, shared, a shared-one or invalid state wherein the shared-one state indicates all cached copies of the corresponding data exist in a single node of the plurality of nodes, the computing system being further characterized in that directory entries with a shared-one state have a higher priority for eviction in a cache replacement algorithm than directory entries with owned or shared states. a plurality of nodes wherein each of the plurality of nodes comprises: at least one processor core; a shared cache memory subsystem comprising a plurality of shared entries for storing data accessible by one or more processor cores within the plurality of nodes; a shared cache controller for the shared cache memory subsystem; and wherein each node being coupled to a respective memory via a respective memory controller and wherein each node includes an interface logic configured to communicate with one or more nodes of the plurality of nodes; wherein the shared entries are configured to selectively store either processor data or directory entries comprising directory information for controlling a global coherence protocol; wherein the shared cache controller is configured to store a value to control whether at least some of the shared entries store processor data or directory information; and wherein for said shared entries configured to store directory entries comprising directory information, said directory information indicates whether a given cached copy of data is in an exclusive-modified, owned, shared, a shared-one or invalid state wherein the shared-one state indicates all cached copies of the corresponding data exist in a single node of the plurality of nodes, the computing system being further characterized in that directory entries with a shared-one state have a higher priority for eviction in a cache replacement algorithm than directory entries with owned or shared states.
A method of creating a seismic survey design comprising, a) determining the location of a plurality of seismic sources and a plurality of receivers geographically in a seismic survey design; b) inputting the complete set of sources into an array design software to form a sources array; c) inputting the complete set of receivers into said array design software to form a receivers array; characterised by: d) applying an F-K transform to said sources array and said receivers array; e) applying interactive frequency-wavenumber filters to said sources array and said receivers array; f) combining filtered sources array and receivers array; g) evaluating the source array, receiver array and the combined filtered array for artifacts; h) modifying said survey design to correct said artifacts, including changing one or more locations of one or more seismic sources and/or receivers to minimize artifacts, and repeating steps a-h until an optimal survey is produced; and i) applying said optimal seismic survey design to a reservoir. a) determining the location of a plurality of seismic sources and a plurality of receivers geographically in a seismic survey design; b) inputting the complete set of sources into an array design software to form a sources array; c) inputting the complete set of receivers into said array design software to form a receivers array; characterised by: d) applying an F-K transform to said sources array and said receivers array; e) applying interactive frequency-wavenumber filters to said sources array and said receivers array; f) combining filtered sources array and receivers array; g) evaluating the source array, receiver array and the combined filtered array for artifacts; h) modifying said survey design to correct said artifacts, including changing one or more locations of one or more seismic sources and/or receivers to minimize artifacts, and repeating steps a-h until an optimal survey is produced; and i) applying said optimal seismic survey design to a reservoir.
System, having: a) a module (40, 41, 42) for operating a lighting means, having: - connections for connecting at least one lighting means (38, 38', 38"), - connections for connecting with an external DC voltage supply, - connections for looping the supplied DC voltage supply, as well as - means for detachably mechanically connecting the module with another module in such a way that, with the mechanical connection carried out, the DC voltage supply is also looped to the connected module, as well as b) a central unit with a rectifier and a PFC. a) a module (40, 41, 42) for operating a lighting means, having: - connections for connecting at least one lighting means (38, 38', 38"), - connections for connecting with an external DC voltage supply, - connections for looping the supplied DC voltage supply, as well as - means for detachably mechanically connecting the module with another module in such a way that, with the mechanical connection carried out, the DC voltage supply is also looped to the connected module, as well as - connections for connecting at least one lighting means (38, 38', 38"), - connections for connecting with an external DC voltage supply, - connections for looping the supplied DC voltage supply, as well as - means for detachably mechanically connecting the module with another module in such a way that, with the mechanical connection carried out, the DC voltage supply is also looped to the connected module, as well as b) a central unit with a rectifier and a PFC.
An encrypted communication method, characterized by comprising: reading, by a source communication terminal, an encryption algorithm and an index of the encryption algorithm from a first Near Field Communication, NFC, security label card; encrypting, by the source communication terminal, a data packet to be transmitted with the encryption algorithm to generate an encrypted data packet; sending, by the source communication terminal the encrypted data packet to a target communication terminal; and sending, by the source communication terminal, the index to the target communication terminal; wherein the index is used by the target communication terminal to obtain the encryption algorithm to decrypt the encrypted data packet. reading, by a source communication terminal, an encryption algorithm and an index of the encryption algorithm from a first Near Field Communication, NFC, security label card; encrypting, by the source communication terminal, a data packet to be transmitted with the encryption algorithm to generate an encrypted data packet; sending, by the source communication terminal the encrypted data packet to a target communication terminal; and sending, by the source communication terminal, the index to the target communication terminal; wherein the index is used by the target communication terminal to obtain the encryption algorithm to decrypt the encrypted data packet.
An electric stimulation system for treating sleep apnea in a patient, characterized in that it comprises: - treatment means (22, 23) designed to treat the acoustic signal generated by the patient's breathing and divide it into a plurality of blocks, each block corresponds to a fragment of the acoustic signal within a time interval, said treatment means (22, 23) are furthermore designed to measure the strength of a plurality of blocks of the acoustic signal; - control means (23, 25, 26) designed to count, in the plurality of blocks measured, the number of low strength blocks C LSB when the strength of the block is less than a strength threshold linked to breathing, T Brea, said control means (23, 25, 26) furthermore being designed to determine the existence of an apnea episode when the number of low strength blocks C LSB exceeds a threshold on the number of low strength blocks T LSB, said control means (23, 25, 26) are also designed to selectively control, if there is an apnea episode, the activation of a number of electric stimulation means (12, 18, 25, 29), designed to apply an electric signal to the submental muscles linked to the respiratory airways. - treatment means (22, 23) designed to treat the acoustic signal generated by the patient's breathing and divide it into a plurality of blocks, each block corresponds to a fragment of the acoustic signal within a time interval, said treatment means (22, 23) are furthermore designed to measure the strength of a plurality of blocks of the acoustic signal; - control means (23, 25, 26) designed to count, in the plurality of blocks measured, the number of low strength blocks C LSB when the strength of the block is less than a strength threshold linked to breathing, T Brea, said control means (23, 25, 26) furthermore being designed to determine the existence of an apnea episode when the number of low strength blocks C LSB exceeds a threshold on the number of low strength blocks T LSB, said control means (23, 25, 26) are also designed to selectively control, if there is an apnea episode, the activation of a number of electric stimulation means (12, 18, 25, 29), designed to apply an electric signal to the submental muscles linked to the respiratory airways.
A real scenario navigation method, characterized in that the method comprises: obtaining, from a user, a travel manner, a query starting point, a query finishing point and a destination; performing navigation map-based first travel manner path planning, according to the travel manner, the query starting point and the query finishing point; in response to determining that the user reaches the query finishing point and a distance between the query finishing point and the destination is smaller than or equal to a preset distance threshold, performing real-scenario image-based second travel manner path planning, according to the query finishing point and the destination, including: using an image-collecting device to collect real-scenario images around a location where the user is located; performing navigation map-based second travel manner path planning, according to the query finishing point and the destination; and outputting a planning result of the second travel manner path planning based on the real-scenario images around the location where the user is located. obtaining, from a user, a travel manner, a query starting point, a query finishing point and a destination; performing navigation map-based first travel manner path planning, according to the travel manner, the query starting point and the query finishing point; in response to determining that the user reaches the query finishing point and a distance between the query finishing point and the destination is smaller than or equal to a preset distance threshold, performing real-scenario image-based second travel manner path planning, according to the query finishing point and the destination, including: using an image-collecting device to collect real-scenario images around a location where the user is located; performing navigation map-based second travel manner path planning, according to the query finishing point and the destination; and outputting a planning result of the second travel manner path planning using an image-collecting device to collect real-scenario images around a location where the user is located; performing navigation map-based second travel manner path planning, according to the query finishing point and the destination; and outputting a planning result of the second travel manner path planning based on the real-scenario images around the location where the user is located.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, information indicating a first subcarrier spacing on a physical broadcast channel, PBCH; receiving, from the BS, system information for physical random access channel, PRACH, configuration by using the first subcarrier spacing, the system information including information indicating a second subcarrier spacing; transmitting, to the BS, a random access preamble of PRACH procedure by using the second subcarrier spacing; and receiving, from the BS, a random access response, RAR, of the PRACH procedure by using the first subcarrier spacing, wherein the first subcarrier spacing and the second subcarrier spacing are different from each other and are configured from the BS. receiving, from a base station, BS, information indicating a first subcarrier spacing on a physical broadcast channel, PBCH; receiving, from the BS, system information for physical random access channel, PRACH, configuration by using the first subcarrier spacing, the system information including information indicating a second subcarrier spacing; transmitting, to the BS, a random access preamble of PRACH procedure by using the second subcarrier spacing; and receiving, from the BS, a random access response, RAR, of the PRACH procedure by using the first subcarrier spacing, wherein the first subcarrier spacing and the second subcarrier spacing are different from each other and are configured from the BS.
Drive assembly for a sash of a window or for a wing of a flap, having at least one drive for moving the sash/wing with respect to a fixed outer frame by means of a flexible pulling and pushing element, wherein the drive comprises, for power supply and/or activation thereof, a connection line connected to the drive, and having a fastening structure for fastening the drive to the sash/wing or the outer frame, wherein an electrical connecting means, which is separate from the drive, is arranged on the fastening structure, comprises a supply connection for electrically connecting the connecting means to a power source and/or a control unit and has a drive connection which is electrically connected to the supply connection and via which the drive is electrically connected via its connection line to the connecting means, wherein the fastening structure comprises a bracket with a first holding element and a second holding element, wherein the first holding element and the second holding element are spaced apart from one another in the longitudinal extent of the drive assembly; wherein, for electrical connection to a further drive, the drive assembly has an expansion connection which is electrically connected to the supply connection; and wherein the supply connection is arranged on the first holding element and the expansion connection is arranged on the second holding element. wherein an electrical connecting means, which is separate from the drive, is arranged on the fastening structure, comprises a supply connection for electrically connecting the connecting means to a power source and/or a control unit and has a drive connection which is electrically connected to the supply connection and via which the drive is electrically connected via its connection line to the connecting means, wherein the fastening structure comprises a bracket with a first holding element and a second holding element, wherein the first holding element and the second holding element are spaced apart from one another in the longitudinal extent of the drive assembly; wherein, for electrical connection to a further drive, the drive assembly has an expansion connection which is electrically connected to the supply connection; and wherein the supply connection is arranged on the first holding element and the expansion connection is arranged on the second holding element.
A vortex flowmeter comprising: a flow tube configured to receive a flow of process fluid in a first direction; a bluff body, disposed within the flow tube between a first end and a second end, configured to generate vortices in the flow of process fluid; and a plurality of sensors (216, 228, 318, 320) disposed within the bluff body configured to detect deformations within the bluff body resulting from the vortices acting on the bluff body; wherein the plurality of sensors comprise piezoelectric cables disposed within holes of the bluff body, characterised in that: the piezoelectric cables of the plurality of sensors comprise at least two pairs of piezoelectric cables disposed on opposite sides (224, 226) within the bluff body in a general direction transverse to the first direction of the flow of process fluid; and in that the at least two pairs of piezoelectric cables disposed within the holes of the bluff body are connected in parallel by pairs for each side of the bluff body. a flow tube configured to receive a flow of process fluid in a first direction; a bluff body, disposed within the flow tube between a first end and a second end, configured to generate vortices in the flow of process fluid; and a plurality of sensors (216, 228, 318, 320) disposed within the bluff body configured to detect deformations within the bluff body resulting from the vortices acting on the bluff body; wherein the plurality of sensors comprise piezoelectric cables disposed within holes of the bluff body,
Power terminal comprising; - a first pair of insulation crimping wings for crimping to an insulation of an insulated electrical wire; - a second pair of insulation crimping wings for crimping to an insulation of the same insulated electrical wire; - a weld area provided between the first pair of insulation crimping wings and the second pair of insulation crimping wings for welding to a lead of the insulated electrical wire, wherein the length of the weld area is substantially equal to the length of the lead; - a power connector in conductive contact with the weld area; wherein the first pair of insulation crimping wings, the second pair of insulation crimping wings and the weld area are arranged longitudinally along a longitudinal axis of the terminal, wherein the longitudinal axis of the terminal is parallel with the insulated wire when the wire is crimped and welded to the terminal; wherein the power connector at least partly extends transversely from the longitudinal axis of the terminal. characterized in that an intermediate longitudinal ridge is provided between the power connector and the second pair of insulation crimping wings, wherein the longitudinal ridge supports and extends along the insulated electrical wire when said wire is crimped and welded to the power terminal, and in that the intermediate longitudinal ridge is provided between the power connector and an angled portion, said angled portion being a flat portion between the power connector and said second pair of insulated crimping wings. - a first pair of insulation crimping wings for crimping to an insulation of an insulated electrical wire; - a second pair of insulation crimping wings for crimping to an insulation of the same insulated electrical wire; - a weld area provided between the first pair of insulation crimping wings and the second pair of insulation crimping wings for welding to a lead of the insulated electrical wire, wherein the length of the weld area is substantially equal to the length of the lead; - a power connector in conductive contact with the weld area;
A sequential array antenna in which a plurality of planar antenna elements (10, 10, 10, 20, 20, 20), each having a perturbation in the form of cutouts, are linearly arranged in a linear arrangement, the array antenna comprising: a first sequential arrangement section of antenna elements (10, 10, 10) of the plurality of antenna elements (10, 10, 10, 20, 20, 20) which are sequentially arranged and rotated from a left end section to a center section of the linear arrangement; and a second sequential arrangement section of antenna elements (20, 20, 20) of the plurality of antenna elements (10, 10, 10, 20, 20, 20) which are sequentially arranged and rotated from a right end section to the center section of the linear arrangement; characterized in that the first sequential arrangement section and the second sequential arrangement section are symmetric such that the first sequential arrangement section matches the second sequential arrangement section when being rotated by 180 degrees and overlapped on the second sequential arrangement section. a first sequential arrangement section of antenna elements (10, 10, 10) of the plurality of antenna elements (10, 10, 10, 20, 20, 20) which are sequentially arranged and rotated from a left end section to a center section of the linear arrangement; and a second sequential arrangement section of antenna elements (20, 20, 20) of the plurality of antenna elements (10, 10, 10, 20, 20, 20) which are sequentially arranged and rotated from a right end section to the center section of the linear arrangement; characterized in that the first sequential arrangement section and the second sequential arrangement section are symmetric such that the first sequential arrangement section matches the second sequential arrangement section when being rotated by 180 degrees and overlapped on the second sequential arrangement section.