mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing a range search in numeric time-series data, the method comprising: a) acquiring (S10), at least temporarily, a numeric time-series including a plurality of readings associated with time; b) processing (S20), by a first processing unit, the acquired numeric time-series to derive an index from the acquired numeric time-series, wherein the index is a lossy index which includes a quantization of the numeric time-series into time intervals according to a predetermined time resolution and into amplitude intervals according to a predetermined amplitude resolution, wherein the quantization of the time-amplitude space of the numeric time-series includes, for each of the time intervals, a histogram including, for each of the amplitude intervals, a bin indicative of readings of the numeric time-series that are within the amplitude interval and are associated with a time within the time interval; c) storing (S30) the index in a storage unit; d) receiving (S40) a search request including an amplitude range criterion; e) processing (S50), by a second processing unit, the index to determine a time range for which the numeric time-series is known to match the amplitude range criterion; and f) outputting (S60) the determined time range in response to the search request. a) acquiring (S10), at least temporarily, a numeric time-series including a plurality of readings associated with time; b) processing (S20), by a first processing unit, the acquired numeric time-series to derive an index from the acquired numeric time-series, wherein the index is a lossy index which includes a quantization of the numeric time-series into time intervals according to a predetermined time resolution and into amplitude intervals according to a predetermined amplitude resolution, wherein the quantization of the time-amplitude space of the numeric time-series includes, for each of the time intervals, a histogram including, for each of the amplitude intervals, a bin indicative of readings of the numeric time-series that are within the amplitude interval and are associated with a time within the time interval; wherein the index is a lossy index which includes a quantization of the numeric time-series into time intervals according to a predetermined time resolution and into amplitude intervals according to a predetermined amplitude resolution, wherein the quantization of the time-amplitude space of the numeric time-series includes, for each of the time intervals, a histogram including, for each of the amplitude intervals, a bin indicative of readings of the numeric time-series that are within the amplitude interval and are associated with a time within the time interval; c) storing (S30) the index in a storage unit; d) receiving (S40) a search request including an amplitude range criterion; e) processing (S50), by a second processing unit, the index to determine a time range for which the numeric time-series is known to match the amplitude range criterion; and f) outputting (S60) the determined time range in response to the search request.
An apparatus of a Next Generation NodeB, gNB, operable to adapt to a downlink waveform type for wireless transmissions, the apparatus comprising: one or more processors configured to: encode, at the gNB, an indicator of a downlink waveform type of a plurality of downlink waveform types for transmission to a user equipment, UE; encode an indicator of a guard interval length of a plurality of guard interval lengths for transmission to the UE; determine a phase tracking reference signal, PT-RS, density in one transmission occasion based on the guard interval length; and encode, at the gNB, a downlink signal for transmission on a downlink physical channel to the UE using the indicated downlink waveform type in a wireless system operating above a 52.6 gigahertz, GHz, carrier frequency; and a memory interface configured to retrieve from a memory the indicator of the downlink waveform type. encode, at the gNB, an indicator of a downlink waveform type of a plurality of downlink waveform types for transmission to a user equipment, UE; encode an indicator of a guard interval length of a plurality of guard interval lengths for transmission to the UE; determine a phase tracking reference signal, PT-RS, density in one transmission occasion based on the guard interval length; and encode, at the gNB, a downlink signal for transmission on a downlink physical channel to the UE using the indicated downlink waveform type in a wireless system operating above a 52.6 gigahertz, GHz, carrier frequency; and a memory interface configured to retrieve from a memory the indicator of the downlink waveform type.
A method of polymerization, the method comprising the steps of: a. polymerizing a conjugated diene monomer in the presence of a coordination catalyst to form a reactive polymer having an active terminus; and b. inhibiting said step of polymerizing with a Lewis base selected from the group consisting of: wherein R 1 and R 2 independently are hydrogen or an alkyl group and the total number of carbon atoms in -CR 1 R 2 - ranges between one and nine inclusive; R 3 , R 4 , and R 5 independently are -H or -C n H 2n+1 wherein n=1 to 6, wherein at least 60% by weight of the Lewis base comprises the meso-isomer. a. polymerizing a conjugated diene monomer in the presence of a coordination catalyst to form a reactive polymer having an active terminus; and b. inhibiting said step of polymerizing with a Lewis base selected from the group consisting of:
A state calculating apparatus for a chargeable and dischargeable battery , the state calculating apparatus comprising: a first measuring unit that measures a current charged to and discharged from the battery ; a second measuring unit that measures a voltage of the battery during measurement of the current by the first measuring unit ; a first processing unit that extracts a current component, the current component being a component in a prescribed frequency band, of the current measured by the first measuring unit ; a second processing unit that extracts a voltage component, the voltage component being a component in the prescribed frequency band, of the voltage measured by the second measuring unit ; and a calculating unit that calculates an impedance of the battery using the current component extracted by the first processing unit and the voltage component extracted by the second processing unit , characterized in that the first processing unit and the second processing unit change the prescribed frequency band, search a frequency band in which a phase difference between the current and the voltage of the battery has a local minimum, and set the searched frequency band as the prescribed frequency band. a first measuring unit that measures a current charged to and discharged from the battery ; a second measuring unit that measures a voltage of the battery during measurement of the current by the first measuring unit ; a first processing unit that extracts a current component, the current component being a component in a prescribed frequency band, of the current measured by the first measuring unit ; a second processing unit that extracts a voltage component, the voltage component being a component in the prescribed frequency band, of the voltage measured by the second measuring unit ; and a calculating unit that calculates an impedance of the battery using the current component extracted by the first processing unit and the voltage component extracted by the second processing unit , characterized in that the first processing unit and the second processing unit change the prescribed frequency band, search a frequency band in which a phase difference between the current and the voltage of the battery has a local minimum, and set the searched frequency band as the prescribed frequency band.
Fluid line connector for cooling or heating systems, having a housing part with at least two connection regions for respective connection of a fluid line, wherein the connection regions are connected fluidically via a fluid channel in the housing part , wherein the housing part has at least one receiving opening , which is connected fluidically to the fluid channel , and one insert part , which is inserted into the receiving opening , and the insert part can be inserted into the receiving opening so as to be adjustable relative to the housing part initially in such a way that it sets, in a manner dependent on the relative position with respect to the housing part , an effective cross-sectional area of at least one channel section of the fluid channel, and the insert part is fixed in the receiving opening in a fixed position, wherein the insert part , in the receiving opening , is sealed in a media-tight manner with respect to the housing part , and the insert part has an adjustment section which projects into the fluid channel and which is formed and arranged in such a way that it reduces the effective cross-sectional area of at least one channel section of the fluid channel according to the relative position of the insert part with respect to the housing part , characterized in that the adjustment section of the insert part is formed as a partial tube piece which is closed off at one side at a face side.
A method for adjusting an operating parameter of a gas turbine engine based on an operating state of a component of the gas turbine engine, said method comprising: determining that a performance of the gas turbine engine has degraded over time; selecting a predetermined adjustment to the operating parameter, wherein the selected predetermined adjustment reduces an effect of the operating state of the component on the performance of the gas turbine engine; manually implementing the selected predetermined adjustment of the operating parameter using a data entry plug , wherein configuration pins of the data entry plug are manipulated to manually implement the selected predetermined adjustment; and operating the gas turbine engine using the selected predetermined adjustment to the operating parameter. determining that a performance of the gas turbine engine has degraded over time; selecting a predetermined adjustment to the operating parameter, wherein the selected predetermined adjustment reduces an effect of the operating state of the component on the performance of the gas turbine engine; manually implementing the selected predetermined adjustment of the operating parameter using a data entry plug , wherein configuration pins of the data entry plug are manipulated to manually implement the selected predetermined adjustment; and operating the gas turbine engine using the selected predetermined adjustment to the operating parameter.
A terminal comprising: a measuring unit configured to execute sensing of a resource set with which signals from one or more other terminals are transmitted; a control unit configured to determine, based on a measurement result of the resource set by the sensing, whether to operate as a first device that allocates a resource in the resource set associated with a cluster or to operate as a second device to which a resource is allocated by the first device in the cluster formed of a plurality of units of terminals ; and a communication unit configured to execute communication with the one or more other terminals wherein the terminal is configured to transmit information regarding the measurement result of the resource set by sensing to a base station apparatus , and to receive information indicating whether to operate as the first device or the second device from the base station apparatus . a measuring unit configured to execute sensing of a resource set with which signals from one or more other terminals are transmitted; a control unit configured to determine, based on a measurement result of the resource set by the sensing, whether to operate as a first device that allocates a resource in the resource set associated with a cluster or to operate as a second device to which a resource is allocated by the first device in the cluster formed of a plurality of units of terminals ; and a communication unit configured to execute communication with the one or more other terminals wherein the terminal is configured to transmit information regarding the measurement result of the resource set by sensing to a base station apparatus , and to receive information indicating whether to operate as the first device or the second device from the base station apparatus .
A radiant tube comprising: a conduit configured to be heated by a fluid gas flowing in the conduit ; and one or two or more heat transfer promoters disposed in the conduit along an axis of the conduit , wherein: the at least one heat transfer promoter includes a body part disposed on a center side of the conduit , and a plurality of protruding parts protruding from the body part toward an inner wall surface of the conduit ; the plurality of protruding parts is formed on an outer periphery of the body part to be arranged in a circumferential direction of the conduit ; the plurality of protruding parts includes a plurality of first protruding parts each having a distal end portion facing the inner wall surface of the conduit across a gap ΔL, and a plurality of second protruding parts , at least two, as a remainder; the radiant tube being characterised in that the number of first protruding parts is set to be greater than the number of second protruding parts ; in that when a ratio (ΔL/Dt) of the gap ΔL to an equivalent diameter Dt of a conduit portion, where the at least one heat transfer promoter is disposed, of the conduit is given by x[%] in percentage, a formula below is satisfied: 0.3 % < x < 7 % ; and in that each of the plurality of second protruding parts is longer than the first protruding parts . the at least one heat transfer promoter includes a body part disposed on a center side of the conduit , and a plurality of protruding parts protruding from the body part toward an inner wall surface of the conduit ; the plurality of protruding parts is formed on an outer periphery of the body part to be arranged in a circumferential direction of the conduit ; the plurality of protruding parts includes a plurality of first protruding parts each having a distal end portion facing the inner wall surface of the conduit across a gap ΔL, and a plurality of second protruding parts , at least two, as a remainder; the radiant tube being characterised in that the number of first protruding parts is set to be greater than the number of second protruding parts ; in that when a ratio (ΔL/Dt) of the gap ΔL to an equivalent diameter Dt of a conduit portion, where the at least one heat transfer promoter is disposed, of the conduit is given by x[%] in percentage, a formula below is satisfied: 0.3 % < x < 7 % ; and in that each of the plurality of second protruding parts is longer than the first protruding parts .
A computer-implemented method, comprising: receiving, by a computing device, user input of a particular term via a first user input mode associated with the computing device; generating, by the computing device, parameter values associated with the particular term, wherein the parameter values are based on a first modality recognition model corresponding to the first user input mode; generating, based on the parameter values, an input context data structure that references at least the particular term; and transmitting, by the computing device and to a second modality recognition model corresponding to a second user input mode associated with the computing device, the input context data structure for use in updating the second modality recognition model. receiving, by a computing device, user input of a particular term via a first user input mode associated with the computing device; generating, by the computing device, parameter values associated with the particular term, wherein the parameter values are based on a first modality recognition model corresponding to the first user input mode; generating, based on the parameter values, an input context data structure that references at least the particular term; and transmitting, by the computing device and to a second modality recognition model corresponding to a second user input mode associated with the computing device, the input context data structure for use in updating the second modality recognition model.
Sample of fecal microbiota for use in the prevention of a GVH disease resulting from an allogenic hematopoietic stem cell (HSC) transplant in a recipient patient, said sample of fecal microbiota being administered before the HSC transplant.
A method for wireless communication, comprising: identifying , by a user equipment , a radio resource control state of the user equipment from a set of states that includes a radio resource control inactive state and a radio resource control idle state; identifying , by the user equipment , a single-frequency network area for communicating one or more network synchronization signals or one or more network paging signals associated with the single-frequency network area, wherein the single-frequency network area is identified based at least in part on identifying that the radio resource control state of the user equipment is the radio resource control inactive state or the radio resource control idle state; and monitoring , by the user equipment , a set of communication resources for the one or more network synchronization signals or the one or more network paging signals associated with the single-frequency network area based at least in part on identifying the single-frequency network area, wherein the set of communication resources is based on an identifier of the single-frequency network area. identifying , by a user equipment , a radio resource control state of the user equipment from a set of states that includes a radio resource control inactive state and a radio resource control idle state; identifying , by the user equipment , a single-frequency network area for communicating one or more network synchronization signals or one or more network paging signals associated with the single-frequency network area, wherein the single-frequency network area is identified based at least in part on identifying that the radio resource control state of the user equipment is the radio resource control inactive state or the radio resource control idle state; and monitoring , by the user equipment , a set of communication resources for the one or more network synchronization signals or the one or more network paging signals associated with the single-frequency network area based at least in part on identifying the single-frequency network area, wherein the set of communication resources is based on an identifier of the single-frequency network area.
Sensor arrangement for the contactless sensing of angles of rotation on a rotating part, wherein the rotating part is coupled with a disk-shaped target which has at least two metal surfaces , and which generates at least one piece of information for ascertaining the instantaneous angle of rotation of the rotating part, in connection with a coil arrangement which has three flat detection coils , wherein the three flat detection coils are uniformly distributed on the circumference of a circle, and the at least two metal surfaces influence the inductances in the flat detection coils due to eddy current effects, as a function of the degree of overlap, wherein an evaluation and control unit generates essentially sinusoidal evaluation signals (K1, K2, K3) which represent the changes in inductance of the detection coils , and evaluates them for calculating the angle of rotation, characterized in that the flat detection coils are each designed as uniform circle segments and/or annular segments having a predefined opening angle in the range of 100° to 120°
A composition for use in a method of preventing or treating coeliac disease, the composition comprising at least one agent selected from a peptide comprising at least one epitope comprising a sequence obtainable by transglutaminase-deamidating a sequence selected from the group consisting of SEQ ID NOs: 1787, 1793, 1794, 1796 and 1797.
Large component for a rail vehicle, comprising a grid-like structure of bows and ribs and a panelling of this grid-like structure, wherein the ribs are designed as planar sheet metal parts which are butt-welded to the panelling , and the bows are designed as planar sheet metal parts which are butt-welded to the panelling , wherein a C-rail is arranged on at least one of the bows .
A method for forwarding a multiprotocol label switching, MPLS, data packet, comprising: receiving, by a first segment routing, SR, router , in an SR network, the MPLS data packet, wherein the first SR router has an MPLS forwarding capability; encapsulating , by the first SR router, the MPLS data packet into an IP tunnel when a next-hop router is a non-SR router, wherein the non-SR router does not have an MPLS forwarding capability, and sending an encapsulated MPLS data packet to the next-hop router to enable the encapsulated MPLS data packet to be forwarded to a second SR router; wherein before encapsulating the MPLS data packet into the IP tunnel, the method further comprises: determining, by the first SR router according to a tunnel encapsulation capability advertisement sent by the second SR router, an IP tunnel encapsulation type that is used when the MPLS data packet is encapsulated into the IP tunnel. receiving, by a first segment routing, SR, router , in an SR network, the MPLS data packet, wherein the first SR router has an MPLS forwarding capability; encapsulating , by the first SR router, the MPLS data packet into an IP tunnel when a next-hop router is a non-SR router, wherein the non-SR router does not have an MPLS forwarding capability, and sending an encapsulated MPLS data packet to the next-hop router to enable the encapsulated MPLS data packet to be forwarded to a second SR router; wherein before encapsulating the MPLS data packet into the IP tunnel, the method further comprises: determining, by the first SR router according to a tunnel encapsulation capability advertisement sent by the second SR router, an IP tunnel encapsulation type that is used when the MPLS data packet is encapsulated into the IP tunnel.