mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission performed by a first mobile terminal , the method comprising: establishing a direct communication connection to a second mobile terminal (S11, S21); transmitting first user data to the second mobile terminal through the direct communication connection (S12, S22); detecting the transmission status of the first user data, during the transmission of the first user data through the direct communication connection (S13, S23); accessing to a network-side storage device based on a determination that the transmission status detected is abnormal (S14, S24); and sending a first storage request to the network-side storage device (S15, S27), to cause the network-side storage device to store second user data and send the second user data to the second mobile terminal when the second mobile terminal accesses to the network-side storage device , wherein the first storage request comprises the second user data and the user identifier of the second mobile terminal , wherein the second user data is the first user data that is not transmitted to the second mobile terminal due to transmission abnormality. establishing a direct communication connection to a second mobile terminal (S11, S21); transmitting first user data to the second mobile terminal through the direct communication connection (S12, S22); detecting the transmission status of the first user data, during the transmission of the first user data through the direct communication connection (S13, S23); accessing to a network-side storage device based on a determination that the transmission status detected is abnormal (S14, S24); and sending a first storage request to the network-side storage device (S15, S27), to cause the network-side storage device to store second user data and send the second user data to the second mobile terminal when the second mobile terminal accesses to the network-side storage device , wherein the first storage request comprises the second user data and the user identifier of the second mobile terminal , wherein the second user data is the first user data that is not transmitted to the second mobile terminal due to transmission abnormality.
A method for detecting incremental oil production from an oil-bearing reservoir that is penetrated by at least one injection well and at least one production well, the process comprising: taking a baseline sample of the oil and analyzing the baseline sample of oil to establish a baseline compositional signature for the oxygen-containing organic compounds in the oil; commencing a low salinity waterflood by injecting a low salinity water into the reservoir from the injection well; recovering oil from the production well; taking post-flood samples of the oil produced from the production well over time; analyzing the post-flood samples of oil to establish post-flood compositional signatures for the oxygen-containing organic compounds in the oil; and identifying a difference between one or more of the post-flood compositional signatures for the oxygen-containing organic compounds in the oil and the baseline compositional signature for the oxygen-containing organic compounds in the oil that is characteristic of incremental oil released by the low salinity waterflood. taking a baseline sample of the oil and analyzing the baseline sample of oil to establish a baseline compositional signature for the oxygen-containing organic compounds in the oil; commencing a low salinity waterflood by injecting a low salinity water into the reservoir from the injection well; recovering oil from the production well; taking post-flood samples of the oil produced from the production well over time; analyzing the post-flood samples of oil to establish post-flood compositional signatures for the oxygen-containing organic compounds in the oil; and identifying a difference between one or more of the post-flood compositional signatures for the oxygen-containing organic compounds in the oil and the baseline compositional signature for the oxygen-containing organic compounds in the oil that is characteristic of incremental oil released by the low salinity waterflood.
A patient-specific navigational guide for use in spinal surgery, comprising two tubular guiding members integral with a supporting frame and extending from a proximal opening to a distal opening for guiding a surgical operation on a patient's vertebra ; contact members designed to mate with a corresponding plurality of contact areas on the patient's vertebra in order to define a unique coupling configuration of the patient-specific navigational guide on the patient's vertebra , wherein said contact members comprise at least one pair of a first main contact member , designed to abut on a contact area corresponding to the lamina of the patient's vertebra , and a pair of a second main contact member , designed to abut, at least partially, on the upper articular process, or facet , of the patient's vertebra , characterised in that said tubular guiding members each have a slot extending from the proximal opening to the distal opening parallel to the axial direction of the respective tubular guide and is directed outwardly with respect to a volume defined by the two tubular guides .
A method for forming features in a composite component , comprising: depositing a composite material on a base tool ; aligning an aperture forming tool with a tooling aperture (130.330) in the base tool ; inserting the aperture forming tool through the composite material to form an aperture in the composite material ; deploying a feature forming tool to press the composite material into one or more recesses , the feature forming tool comprising a feature forming head ; and processing the composite material with the feature forming tool in contact with the composite material , the processed composite material forming a green state composite component, wherein the feature forming head is configured to form a feature of the composite component , characterized in that the method further comprises: after inserting the aperture forming tool and prior to deploying the feature forming tool : removing a sharp end from the aperture forming tool , a shaft of the aperture forming tool remaining in contact with the composite material ; and attaching the feature forming tool to the shaft of the aperture forming tool . depositing a composite material on a base tool ; aligning an aperture forming tool with a tooling aperture (130.330) in the base tool ; inserting the aperture forming tool through the composite material to form an aperture in the composite material ; deploying a feature forming tool to press the composite material into one or more recesses , the feature forming tool comprising a feature forming head ; and processing the composite material with the feature forming tool in contact with the composite material , the processed composite material forming a green state composite component, wherein the feature forming head is configured to form a feature of the composite component , characterized in that the method further comprises: after inserting the aperture forming tool and prior to deploying the feature forming tool : removing a sharp end from the aperture forming tool , a shaft of the aperture forming tool remaining in contact with the composite material ; and attaching the feature forming tool to the shaft of the aperture forming tool . removing a sharp end from the aperture forming tool , a shaft of the aperture forming tool remaining in contact with the composite material ; and attaching the feature forming tool to the shaft of the aperture forming tool .
A method of determining a concentration of a constituent of a multi-constituent sample comprising: subjecting the sample to a perturbation affecting only the constituent and selected to induce a time dependent change in a wavelength dependent intensity of an electromagnetic wave after its interaction with the sample, the electromagnetic wave having wavelength components, the intensities of which change dependent on the perturbation induced time dependent change; recording a time-series of the wavelength dependent intensity of the electromagnetic wave following subjecting the sample to the perturbation; and determining the concentration of the constituent from the application of a calibration to the recorded time-series, said calibration correlating the concentration with time-series of the wavelength dependent intensity of the electromagnetic wave and being empirically derived from multivariate chemometric modelling of time-series wavelength dependent intensities of the electromagnetic wave recorded for each of a plurality of reference samples following subjecting each reference sample to the perturbation, each reference sample having a different known value of the concentration of the constituent.
A method for identifying of a voice input providing one or more user credentials, comprising: at a user device with a display , one or more processors and memory, the user device comprising a television set-top box: receiving a voice input; identifying, based on the voice input, a first character, a phrase identifying a second character, and a word, wherein identifying, based on the voice input, the first character, the phrase identifying the second character, and the word comprises: identifying an utterance of the voice input; determining a type of the utterance; obtaining, based on the determined type of the utterance, a representation of the first character, the second character identified by the phrase, or the word corresponding to the utterance; in response to the identification, converting the first character, the second character, and the word to text; and causing to display, with the display, the text in a sequence corresponding to an order of the first character, the second character, and the word in the voice input. receiving a voice input; identifying, based on the voice input, a first character, a phrase identifying a second character, and a word, wherein identifying, based on the voice input, the first character, the phrase identifying the second character, and the word comprises: identifying an utterance of the voice input; determining a type of the utterance; obtaining, based on the determined type of the utterance, a representation of the first character, the second character identified by the phrase, or the word corresponding to the utterance; identifying an utterance of the voice input; determining a type of the utterance; obtaining, based on the determined type of the utterance, a representation of the first character, the second character identified by the phrase, or the word corresponding to the utterance; in response to the identification, converting the first character, the second character, and the word to text; and causing to display, with the display, the text in a sequence corresponding to an order of the first character, the second character, and the word in the voice input.
Method for encapsulating an MEMS structure in a stack structure including several layers stacked along a stacking direction, comprising: providing a functional wafer structure including at least partly the MEMS structure; arranging the functional wafer structure and a glass wafer in the stack structure and along a stacking direction to each other; such that a cavity in which at least a part of the MEMS structure is arranged is closed on one side along the stacking direction by the glass wafer ; and such that a spacing structure (12 3 ) is arranged between the part of the MEMS structure and the glass wafer in the stack structure to provide a spacing (A) between the part of the MEMS structure and the glass wafer along the stacking direction ; such that the spacing structure (12 3 ) encloses part of the cavity , characterized in that the spacing structure (12 3 ) is formed of the functional wafer structure by means of local selective removal of the wafer structure. providing a functional wafer structure including at least partly the MEMS structure; arranging the functional wafer structure and a glass wafer in the stack structure and along a stacking direction to each other; such that a cavity in which at least a part of the MEMS structure is arranged is closed on one side along the stacking direction by the glass wafer ; and such that a spacing structure (12 3 ) is arranged between the part of the MEMS structure and the glass wafer in the stack structure to provide a spacing (A) between the part of the MEMS structure and the glass wafer along the stacking direction ; such that the spacing structure (12 3 ) encloses part of the cavity , characterized in that the spacing structure (12 3 ) is formed of the functional wafer structure by means of local selective removal of the wafer structure.
A communications system comprised of a base station and mobile stations , wherein said base station receives a preamble via a random access channel transmitted by said mobile station , and transmits a response to the received preamble to said mobile station , and in a case that said response is a first response, said mobile station transmits data using information about a default resource configuration, wherein the mobile station calculates the default resource configuration Dind for use in said transmission as Dind = PreInd mod Y , where a preamble signature number is designated as Prelnd, and a total number of resource configurations or a value obtained from said total number is designated as Y, wherein said mobile station calculating an E-DCH resource configuration as (Dind+n) mod Y, the default resource configuration being designated as Dind, the total number of resource configurations being designated as Y, and n taking a value of 1 to 31.
A drop out box of a steel-making furnace system, comprising: a support structure comprising a frame that defines an interior of the drop out box; a supply line for supplying a cooling liquid from a reservoir; a return line fluidly coupled to the supply line and the reservoir; and a plurality of panels comprising sinuously winding piping having an inlet and an outlet, the inlet being fluidly coupled to the supply line and the outlet being fluidly coupled to the return line ; wherein, the frame comprises a plurality of support members spaced from one another, where each of the plurality of support members defines a slot; wherein, each of the plurality of panels is removably and slidably received with the slot for coupling to the frame; characterized in that the support structure comprises a buckstay and a protective panel , the protective panel disposed on an interior side of the buckstay ; and wherein each of the plurality of panels is disposed between the buckstay and the protective panel . a support structure comprising a frame that defines an interior of the drop out box; a supply line for supplying a cooling liquid from a reservoir; a return line fluidly coupled to the supply line and the reservoir; and a plurality of panels comprising sinuously winding piping having an inlet and an outlet, the inlet being fluidly coupled to the supply line and the outlet being fluidly coupled to the return line ; wherein, the frame comprises a plurality of support members spaced from one another, where each of the plurality of support members defines a slot; wherein, each of the plurality of panels is removably and slidably received with the slot for coupling to the frame; characterized in that the support structure comprises a buckstay and a protective panel , the protective panel disposed on an interior side of the buckstay ; and wherein each of the plurality of panels is disposed between the buckstay and the protective panel .
A multimedia file processing method comprising: acquiring, in a current operating system, a multimedia file; according to an attribute of the multimedia file acquired and an operating system selection command received from a user, selecting a designated operating system for processing the multimedia file from multiple operating systems which have permission to process the multimedia file, each operating system having an associated security level, wherein selecting the designated operating system comprises selecting an operating system selected by the user, or selecting an operating system with a highest security level; and using the designated operating system to process the multimedia file for the current operating system, wherein all of the operations on the multimedia file are conducted by the designated operating system. acquiring, in a current operating system, a multimedia file; according to an attribute of the multimedia file acquired and an operating system selection command received from a user, selecting a designated operating system for processing the multimedia file from multiple operating systems which have permission to process the multimedia file, each operating system having an associated security level, wherein selecting the designated operating system comprises selecting an operating system selected by the user, or selecting an operating system with a highest security level; and using the designated operating system to process the multimedia file for the current operating system, wherein all of the operations on the multimedia file are conducted by the designated operating system.
A computer-implemented method of evaluating repeater performance of a bent-pipe repeater path of an on-orbit spacecraft , comprising the steps of: identifying parameters of transmitting and receiving earth stations and component performance parameters of repeater components included in the repeater path; receiving telemetry data from the on-orbit spacecraft, the telemetry data including actual repeater performance; identifying an actual uplink effective isotropic radiated power 'EIRP' and an actual uplink atmospheric loss associated with the actual repeater performance; adjusting an estimated uplink EIRP and an estimated uplink atmospheric loss to be substantially equivalent to the actual uplink EIRP and the actual uplink atmospheric loss; predicting repeater performance as a function of the component performance parameters of the repeater components and the parameters of the transmitting and receiving earth stations and the adjusted estimated uplink EIRP and the adjusted estimated uplink atmospheric loss; calculating a difference between the predicted repeater performance and the actual repeater performance; and adjusting the component performance parameters of the repeater components until the difference between the predicted repeater performance and the actual repeater performance is within a predetermined range. identifying parameters of transmitting and receiving earth stations and component performance parameters of repeater components included in the repeater path; receiving telemetry data from the on-orbit spacecraft, the telemetry data including actual repeater performance; identifying an actual uplink effective isotropic radiated power 'EIRP' and an actual uplink atmospheric loss associated with the actual repeater performance; adjusting an estimated uplink EIRP and an estimated uplink atmospheric loss to be substantially equivalent to the actual uplink EIRP and the actual uplink atmospheric loss; predicting repeater performance as a function of the component performance parameters of the repeater components and the parameters of the transmitting and receiving earth stations and the adjusted estimated uplink EIRP and the adjusted estimated uplink atmospheric loss; calculating a difference between the predicted repeater performance and the actual repeater performance; and adjusting the component performance parameters of the repeater components until the difference between the predicted repeater performance and the actual repeater performance is within a predetermined range.
A recliner assembly for a vehicular seat of the type including a backrest hingedly connected to a seat cushion and capable of being rotated, said assembly comprising: - a toothed rotary recliner mechanism configured to establish incremental reclining adjustments about a generally horizontal axis (A) to permit relative pivotal movement between a backrest and a seat cushion , said rotary recliner mechanism including opposing inner and outer gears supported relative to one another for rotation about said axis (A), said outer gear including internal teeth arranged circumferentially about said first axis (A), and said inner gear including at least one tooth engaging member selectively moveable into and out of engagement with said internal teeth so as to arrest relative rotation between said inner and outer gears when engaged with said internal teeth ; - a base plate configured for fixed connection to the seat cushion and a top plate configured for fixed connection to the backrest , said base plate being fixedly joined to one of said inner and outer gears , and said top plate being fixedly joined to the other of said inner and outer gears of said recliner mechanism for relative arcuate displacement about said first axis (A); - a retainer configured for fixed connection to said outer gear ; and - wherein said retainer plate is configured to retain said inner gear laterally with respect to said outer gear . - a toothed rotary recliner mechanism configured to establish incremental reclining adjustments about a generally horizontal axis (A) to permit relative pivotal movement between a backrest and a seat cushion , said rotary recliner mechanism including opposing inner and outer gears supported relative to one another for rotation about said axis (A), said outer gear including internal teeth arranged circumferentially about said first axis (A), and said inner gear including at least one tooth engaging member selectively moveable into and out of engagement with said internal teeth so as to arrest relative rotation between said inner and outer gears when engaged with said internal teeth ; - a base plate configured for fixed connection to the seat cushion and a top plate configured for fixed connection to the backrest , said base plate being fixedly joined to one of said inner and outer gears , and said top plate being fixedly joined to the other of said inner and outer gears of said recliner mechanism for relative arcuate displacement about said first axis (A); - a retainer configured for fixed connection to said outer gear ; and - wherein said retainer plate is configured to retain said inner gear laterally with respect to said outer gear .
Controller for a fluid working machine that is designed and configured in a way to actuate actively controllable valves associated with a first and a second group of piston cylinder assemblies in a way to actively control the net displacement of fluid by the first and second group of piston cylinder assemblies by actuation of said actively controllable valves , wherein the actuation is controlled on a cycle-by-cycle basis for at least some of the piston cylinder assemblies, wherein the controller is further configured in a way that the actuation of said actively controllable valves of said first and second group of piston cylinder assemblies is performed in a way that the first and the second group of piston cylinder assemblies fulfil fluid flow demands and/or motoring demands independently from each other, characterised in that in an augmenting mode the actuation of the actively controllable valves of at least one of the groups of piston cylinder assemblies is adapted to augment the net displacement of fluid of at least a different group of piston cylinder assemblies, wherein the actuation of the actively controllable valves of at least two groups of piston cylinder assemblies is performed in a way that it is treated as the actuation pattern of a single group.