mhurhangee/ep-ind-claims huggingface dataset:
A content transmission system comprising: a central control device; and a local caching device; wherein the central control device is configured to, when content packets to be provided to a client are received from a content server, transmit the received content packets to the local caching device through a network, the local caching device is configured to, when the content packets to be provided to the client are received, store divided chunks for the content packets together with chunk identifiers, check duplication of the divided chunks, transmit the chunk identifier and the flow information of the duplicate chunk to the central control device, said flow information being a flow context information of the contents being forwarded from the content server to the client; the central control device is further configured to, when a chunk identifier and flow information of a duplicate chunk of a content packet checked as a duplicate by the local caching device are received, register the chunk identifier and the flow information as duplication-removal targets, and transmit through the network only chunk identifiers and flow information of content packets of a flow registered as a duplication-removal target to the local caching device; and the local caching device is further configured to, when the chunk identifiers and the flow information are received from the central control device, transmit content packets to the client which correspond to the received chunk identifiers and which are stored in the local caching device. a central control device; and a local caching device; wherein the central control device is configured to, when content packets to be provided to a client are received from a content server, transmit the received content packets to the local caching device through a network, the local caching device is configured to, when the content packets to be provided to the client are received, store divided chunks for the content packets together with chunk identifiers, check duplication of the divided chunks, transmit the chunk identifier and the flow information of the duplicate chunk to the central control device, said flow information being a flow context information of the contents being forwarded from the content server to the client; the central control device is further configured to, when a chunk identifier and flow information of a duplicate chunk of a content packet checked as a duplicate by the local caching device are received, register the chunk identifier and the flow information as duplication-removal targets, and transmit through the network only chunk identifiers and flow information of content packets of a flow registered as a duplication-removal target to the local caching device; and the local caching device is further configured to, when the chunk identifiers and the flow information are received from the central control device, transmit content packets to the client which correspond to the received chunk identifiers and which are stored in the local caching device.
A method, implemented in a distributed system including a plurality of processing devices, for generating an end-to-end Call Detail Record, CDR, on voice and multimedia telecommunication sessions over a plurality of telecommunication network elements (20, NE1 to NE4) and interfaces, the method including the steps of: receiving, at one or more of the plurality of processing devices, CDRs generated in real-time and streamed by multiple network elements (20, NE1 to NE4), each CDR referring to a specific interface or protocol, processing, at the one or more of the plurality of processing devices, the received CDRs as they are received to identify the specific interface or protocol to which the received CDR refers and to identify a single telecommunication session based on a key associated with the received CDR, and creating, at the one or more of the plurality of processing devices, an end-to-end CDR incrementally based on all of the received CDRs identified for the single telecommunication session, wherein at least two of the received CDRs have a different interface or protocol from one another, wherein the creating the end-to-end CDR is performed in real-time where the end-to-end CDR is incrementally created, and wherein the creating the end-to-end CDR is finalized based on a timeout value to address late or missing CDRs, and wherein the timeout value depends on a current state of the single telecommunication session and on a level of completeness of data gathered from the received CDRs so far receiving, at one or more of the plurality of processing devices, CDRs generated in real-time and streamed by multiple network elements (20, NE1 to NE4), each CDR referring to a specific interface or protocol, processing, at the one or more of the plurality of processing devices, the received CDRs as they are received to identify the specific interface or protocol to which the received CDR refers and to identify a single telecommunication session based on a key associated with the received CDR, and creating, at the one or more of the plurality of processing devices, an end-to-end CDR incrementally based on all of the received CDRs identified for the single telecommunication session, wherein at least two of the received CDRs have a different interface or protocol from one another, wherein the creating the end-to-end CDR is performed in real-time where the end-to-end CDR is incrementally created, and wherein the creating the end-to-end CDR is finalized based on a timeout value to address late or missing CDRs, and wherein the timeout value depends on a current state of the single telecommunication session and on a level of completeness of data gathered from the received CDRs so far
A bacterial cell packaging system for packaging a reporter nucleic acid molecule into a non-replicative transduction particle, said bacterial cell packaging system comprising a host bacteria cell comprising - a lysogenized bacteriophage genome comprising a first bacteriophage gene comprising a deletion of a first packaging initiation site sequence of said first bacteriophage gene that prevents packaging of a bacteriophage nucleic acid molecule into said non-replicative transduction particle; and - a plasmid comprising a reporter nucleic acid molecule comprising a reporter gene and a second bacteriophage gene comprising a second packaging initiation site sequence that facilitates the packaging of a replica of said plasmid comprising said reporter nucleic acid molecule into said non-replicative transduction particle, wherein said second bacteriophage gene encodes a protein, wherein said replica of said plasmid comprising a reporter nucleic acid molecule forms a replicon for packaging into said non-replicative transduction particle, wherein the first and second packaging initiation site sequence is a pac-site sequence. - a lysogenized bacteriophage genome comprising a first bacteriophage gene comprising a deletion of a first packaging initiation site sequence of said first bacteriophage gene that prevents packaging of a bacteriophage nucleic acid molecule into said non-replicative transduction particle; and - a plasmid comprising a reporter nucleic acid molecule comprising a reporter gene and a second bacteriophage gene comprising a second packaging initiation site sequence that facilitates the packaging of a replica of said plasmid comprising said reporter nucleic acid molecule into said non-replicative transduction particle,
A battery unit for an aerosol generating device that generates an aerosol, comprising: a communication unit that performs wireless communication between the aerosol generating device and a user terminal; and a wireless communication controller characterised in that the wireless communication controller allows the communication unit to receive from the user terminal an authentication connection request that is a process of establishing a communication connection between the aerosol generating device and the user terminal, and restricts the communication unit from transmitting a response of the authentication connection request to the user terminal when the aerosol generating device is in a predetermined state. a communication unit that performs wireless communication between the aerosol generating device and a user terminal; and a wireless communication controller characterised in that the wireless communication controller allows the communication unit to receive from the user terminal an authentication connection request that is a process of establishing a communication connection between the aerosol generating device and the user terminal, and restricts the communication unit from transmitting a response of the authentication connection request to the user terminal when the aerosol generating device is in a predetermined state.
A method of heave compensation between a floating installation, which has a drilling floor, and at least a riser or a pipe extending down towards, possibly through, a blowout preventer, wherein the method includes the steps of - installing an active riser-tensioning system with an upper suspension for the attachment of a number of electromechanical actuators with attachment points, in the form of an end cap and an anchoring point, between the floating installation and a riser tension ring for the riser or the pipe, the riser tension ring being attached to an outer part of a telescopic joint, each actuator having a housing, the housing being arranged between a respective end cap and a motor casing, the motor casing including at least an electric motor with an external stator and an internal rotor, the stator fitting in the motor casing and being attached thereto in such a way that it is prevented from moving relative to the motor casing; - connecting each electromechanical actuator to a bundle of hoses and cables with a flexible suspension, the bundle of hoses and cables being connected to a power supply and a control system; and - heave-compensating for the relative displacement between the floating installation and the riser or the pipe by letting the control system adjust the length and power output of the electromechanical actuator by controlling the electric motor arranged in the electromechanical actuator. - installing an active riser-tensioning system with an upper suspension for the attachment of a number of electromechanical actuators with attachment points, in the form of an end cap and an anchoring point, between the floating installation and a riser tension ring for the riser or the pipe, the riser tension ring being attached to an outer part of a telescopic joint, each actuator having a housing, the housing being arranged between a respective end cap and a motor casing, the motor casing including at least an electric motor with an external stator and an internal rotor, the stator fitting in the motor casing and being attached thereto in such a way that it is prevented from moving relative to the motor casing; - connecting each electromechanical actuator to a bundle of hoses and cables with a flexible suspension, the bundle of hoses and cables being connected to a power supply and a control system; and - heave-compensating for the relative displacement between the floating installation and the riser or the pipe by letting the control system adjust the length and power output of the electromechanical actuator by controlling the electric motor arranged in the electromechanical actuator.
A method of determining a measure of cardiac function in a subject, the method comprising: (a) determining a characteristic frequency for the subject; (b) determining a component of the impedance at the characteristic frequency; and (c) determining a measure of cardiac function using the component of the impedance determined at the characteristic frequency, characterized in that, the component of the impedance is a phase. (a) determining a characteristic frequency for the subject; (b) determining a component of the impedance at the characteristic frequency; and (c) determining a measure of cardiac function using the component of the impedance determined at the characteristic frequency,
A method for identifying small RNA (sRNA) predictors for a biological condition, comprising: identifying one or more sRNA sequences from sRNA sequencing data that are present in one or more biological samples in an experimental cohort of at least 10 samples, and which are not present in any biological samples of a comparator cohort of at least 10 samples, wherein the biological samples are a solid tissue or a biological fluid thereby identifying a positive sRNA predictor, wherein the sRNA sequencing data has user-defined sequencing adaptors trimmed from sequence reads so as to identify templated and non-templated variations at the 3' and 5' ends; and the positive sRNA predictors are identified by quantifying the number of reads for each unique sRNA sequence in each sample of the experimental cohort, compiling and comparing the sequence reads from the experimental cohort and the comparator cohort where the sequence reads that are in both cohorts are discarded and sequence reads that are unique to the experimental cohort are candidate sRNA predictors; and detecting the presence and absence of selected positive sRNA predictors in RNA extracted from independent experimental and comparator samples using a quantitative or qualitative PCR assay, thereby identifying sRNA predictors for the biological condition. identifying one or more sRNA sequences from sRNA sequencing data that are present in one or more biological samples in an experimental cohort of at least 10 samples, and which are not present in any biological samples of a comparator cohort of at least 10 samples, wherein the biological samples are a solid tissue or a biological fluid thereby identifying a positive sRNA predictor, wherein the sRNA sequencing data has user-defined sequencing adaptors trimmed from sequence reads so as to identify templated and non-templated variations at the 3' and 5' ends; and the positive sRNA predictors are identified by quantifying the number of reads for each unique sRNA sequence in each sample of the experimental cohort, compiling and comparing the sequence reads from the experimental cohort and the comparator cohort where the sequence reads that are in both cohorts are discarded and sequence reads that are unique to the experimental cohort are candidate sRNA predictors; and detecting the presence and absence of selected positive sRNA predictors in RNA extracted from independent experimental and comparator samples using a quantitative or qualitative PCR assay, thereby identifying sRNA predictors for the biological condition.
A portable data carrier comprising a contactless interface which serves for transmitting energy and data between the data carrier and an external terminal, a first chip which serves for processing the data and is supplied with energy and data by the contactless interface, wherein the data carrier comprises a body which is at least partly light-transmissive at least on one area, wherein the data carrier has a light source which extends areally at least over a part of the area of the data carrier and emits light uniformly or non-uniformly over the areal extension, characterized in that in the body of the data carrier there is disposed at least one light guide to direct light emitted by the light source into regions of the data carrier where no light source is disposed. a contactless interface which serves for transmitting energy and data between the data carrier and an external terminal, a first chip which serves for processing the data and is supplied with energy and data by the contactless interface, wherein the data carrier comprises a body which is at least partly light-transmissive at least on one area, wherein the data carrier has a light source which extends areally at least over a part of the area of the data carrier and emits light uniformly or non-uniformly over the areal extension, characterized in that in the body of the data carrier there is disposed at least one light guide to direct light emitted by the light source into regions of the data carrier where no light source is disposed.
Electronic unit with temperature measuring device for a battery system, the battery system comprising a plurality of battery cells and at least one electronic unit with temperature measuring device, which electronic unit is arranged in a battery housing of the battery system, characterised in that at least two infrared temperature sensors are arranged on a circuit board of the electronic unit with temperature measuring device and operatively connected to the circuit board of the electronic unit with temperature measuring device, the infrared temperature sensors being arranged and aligned mechanically decoupled from the battery cells in such a manner that the temperature in each case of a predetermined measurement region on a surface of the battery system can be sensed by way in each case of an infrared temperature sensor, an effective measurement field being adjustable by virtue of the distance between the temperature sensors and the surface of the battery system to be monitored.
A communication apparatus (200, 900) using a carrier aggregation comprising at least two downlink component carriers and at least one uplink component carrier, the communication apparatus comprising: a transmitter, which is adapted, a) to transmit, in operation, first downlink resource allocation information for a first downlink component carrier and uplink resource allocation information for an uplink component carrier on the first downlink component carrier, b) to transmit, in operation, second downlink resource allocation information for a second downlink component carrier, which is different from the first downlink component carrier, c) to transmit, in operation, first downlink data on the first downlink component carrier in accordance with the first downlink resource allocation information, and d) to transmit, in operation, second downlink data on the second downlink component carrier in accordance with the second downlink resource allocation information; and a receiver, which is adapted to receive, in operation, uplink data on the uplink component carrier in accordance with the uplink resource allocation information, wherein the transmitter is further adapted to transmit, in operation, an Acknowledgement/Negative-acknowledgement, ACK/NACK, signal for the uplink data only on the first downlink component carrier, on which the uplink resource allocation information is transmitted, out of the first downlink component carrier and the second downlink component carrier. a transmitter, which is adapted, a) to transmit, in operation, first downlink resource allocation information for a first downlink component carrier and uplink resource allocation information for an uplink component carrier on the first downlink component carrier, b) to transmit, in operation, second downlink resource allocation information for a second downlink component carrier, which is different from the first downlink component carrier, c) to transmit, in operation, first downlink data on the first downlink component carrier in accordance with the first downlink resource allocation information, and d) to transmit, in operation, second downlink data on the second downlink component carrier in accordance with the second downlink resource allocation information; and a receiver, which is adapted to receive, in operation, uplink data on the uplink component carrier in accordance with the uplink resource allocation information, wherein the transmitter is further adapted to transmit, in operation, an Acknowledgement/Negative-acknowledgement, ACK/NACK, signal for the uplink data only on the first downlink component carrier, on which the uplink resource allocation information is transmitted, out of the first downlink component carrier and the second downlink component carrier.
A wind turbine comprising: - a nacelle, - a hub carrying one or more rotor blades, the hub being rotatably mounted on the nacelle, - a rotating shaft arranged to be connected to a generator in order to transfer rotational movement to the generator, and - a gear arrangement arranged to transfer rotational movements of the hub to rotational movements of the rotating shaft, wherein the hub is arranged between the gear arrangement and the nacelle, characterized in that the gear arrangement comprising a number of pulleys (8, 9, 11) and a number of belts (15, 16) interconnecting the pulleys (8, 9, 11) in order to transfer rotational movements between the pulleys (8, 9, 11), thereby transferring rotational movements from the hub to the rotating shaft, wherein the gear arrangement comprises: - a primary pulley being rotationally decoupled from the hub, - two or more planetary pulleys, each planetary pulley being mounted on the hub, thereby rotating along with the hub, and each planetary pulley being provided with a planetary shaft, each planetary pulley being arranged to perform rotational movements about its planetary shaft, and - a centre pulley being connected to the rotating shaft, wherein at least one belt interconnects the primary pulley to each of the planetary shafts, and at least one belt interconnects each of the planetary pulleys to the centre pulley. - a nacelle, - a hub carrying one or more rotor blades, the hub being rotatably mounted on the nacelle, - a rotating shaft arranged to be connected to a generator in order to transfer rotational movement to the generator, and - a gear arrangement arranged to transfer rotational movements of the hub to rotational movements of the rotating shaft, - a primary pulley being rotationally decoupled from the hub, - two or more planetary pulleys, each planetary pulley being mounted on the hub, thereby rotating along with the hub, and each planetary pulley being provided with a planetary shaft, each planetary pulley being arranged to perform rotational movements about its planetary shaft, and - a centre pulley being connected to the rotating shaft,
A device for cleaning a jet strip for hydro-entanglement systems for textile fabrics, with the following features: - a conveying means for transporting the jet strip in the longitudinal direction, - a spraying means for water under high pressure, by means of which the strip is acted upon in the area of its openings, - a suctioning means opposite the spraying means, characterized in that at least two spraying means (DO, DU), arranged one after the other in the conveying direction, are associated with the jet strip, wherein both sides of the jet strip can be acted upon in one pass by the two, mutually offset spraying means (DO, DU). - a conveying means for transporting the jet strip in the longitudinal direction, - a spraying means for water under high pressure, by means of which the strip is acted upon in the area of its openings, - a suctioning means opposite the spraying means,
Self-aligning tool guide, with a holder for securing a portable power tool for working on a ceiling, a lifting mechanism on which the holder is mounted, and which has a propulsion system for raising the holder parallel to a lifting axis, a chassis which has two wheels on a wheel axis, a drive coupled to the wheels, and a steering system, and a brake for the chassis, characterized - in that the chassis is self-balancing, and - in that the tool guide has a contact sensor for detecting indirect contact of the holder with the ceiling. a holder for securing a portable power tool for working on a ceiling, a lifting mechanism on which the holder is mounted, and which has a propulsion system for raising the holder parallel to a lifting axis, a chassis which has two wheels on a wheel axis, a drive coupled to the wheels, and a steering system, and a brake for the chassis, characterized - in that the chassis is self-balancing, and - in that the tool guide has a contact sensor for detecting indirect contact of the holder with the ceiling. - in that the chassis is self-balancing, and - in that the tool guide has a contact sensor for detecting indirect contact of the holder with the ceiling.