mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: identifying, at a user equipment, UE, a first bearer for use in streaming downlink data associated with an application, wherein the first bearer comprises a default bearer; requesting, at the UE, establishment of at least a second bearer for use in streaming the downlink data associated with the application, wherein the second bearer comprises a dedicated bearer having a priority that is greater than that of the default bearer; determining, at the UE, whether an amount of data in a playout buffer of the UE satisfies a threshold; selecting, at the UE, the second bearer for use in streaming the downlink data associated with the application based at least in part on determining that the amount of data in the playout buffer does not satisfy the threshold; and receiving a downlink data stream on the selected bearer. identifying, at a user equipment, UE, a first bearer for use in streaming downlink data associated with an application, wherein the first bearer comprises a default bearer; requesting, at the UE, establishment of at least a second bearer for use in streaming the downlink data associated with the application, wherein the second bearer comprises a dedicated bearer having a priority that is greater than that of the default bearer; determining, at the UE, whether an amount of data in a playout buffer of the UE satisfies a threshold; selecting, at the UE, the second bearer for use in streaming the downlink data associated with the application based at least in part on determining that the amount of data in the playout buffer does not satisfy the threshold; and receiving a downlink data stream on the selected bearer.
A method of automatically forming a data-bearing medium, comprising: forming a second string of bits from a first string of a certain number of bits, the first string of bits to be the payload of the data-bearing medium, so that positions of the bits in the second string are circularly shifted from positions of the bits in the first string by a first circular shift, wherein the second string of bits is a standard form of the payload, the standard form being a circularly shifted version of the payload string of bits having a lowest decimal value of all possible circularly shifted versions of the certain number of bits; repeating the second string of bits in rows and columns throughout a two-dimensional array of bits; arranging the two-dimensional array of bits so that positions of the bits in each row of the two-dimensional array of bits are circularly shifted from positions of the bits in an immediately preceding row by a second circular shift that is a predetermined integer multiple of the first circular shift; converting the two-dimensional array of bits to a two-dimensional array of data-bearing elements of the data-bearing medium so that the data-bearing elements encode the bits in the two-dimensional array of bits; and printing a hardcopy of the data-bearing medium. forming a second string of bits from a first string of a certain number of bits, the first string of bits to be the payload of the data-bearing medium, so that positions of the bits in the second string are circularly shifted from positions of the bits in the first string by a first circular shift, wherein the second string of bits is a standard form of the payload, the standard form being a circularly shifted version of the payload string of bits having a lowest decimal value of all possible circularly shifted versions of the certain number of bits; repeating the second string of bits in rows and columns throughout a two-dimensional array of bits; arranging the two-dimensional array of bits so that positions of the bits in each row of the two-dimensional array of bits are circularly shifted from positions of the bits in an immediately preceding row by a second circular shift that is a predetermined integer multiple of the first circular shift; converting the two-dimensional array of bits to a two-dimensional array of data-bearing elements of the data-bearing medium so that the data-bearing elements encode the bits in the two-dimensional array of bits; and printing a hardcopy of the data-bearing medium.
A method for performing pre-fetching of information for a portable computing device, the method comprising: rendering a web page on a display screen of the portable computing device; performing a DNS pre-fetch for at least one link within the web page; determining whether a screen changing operation is being performed; and placing one or more DNS pre-fetch tasks in a queue within the portable computing device for each link that is displayed on the display screen when the screen changing operation is performed. rendering a web page on a display screen of the portable computing device; performing a DNS pre-fetch for at least one link within the web page; determining whether a screen changing operation is being performed; and placing one or more DNS pre-fetch tasks in a queue within the portable computing device for each link that is displayed on the display screen when the screen changing operation is performed.
A method for processing a metal workpiece for changing physical characteristics of the metal workpiece wherein the workpiece has a surface, the method comprising the steps of; establishing predetermined processing parameters for achieving a final metal component; positioning the workpiece during the changing of physical characteristics; applying impacts to the surface of the workpiece while controlling the impacts with the predetermined processing parameters; sensing currently existing physical conditions of the workpiece during the applying impacts step, including sensing a depth or thickness of the workpiece at a next section to be impacted; adjusting the predetermined processing parameters for the impacts into adjusted processing parameters in reaction to the currently existing physical conditions of the workpiece from the sensing of the currently existing physical conditions of the workpiece; and applying further impacts to the surface of the workpiece while controlling the impacts with the adjusted processing parameters, wherein the predetermined processing parameters and the adjusted processing parameters both include an impact coverage area on the workpiece, energy levels of the impacts, and a rate of application of the impacts on the coverage area of the workpiece. establishing predetermined processing parameters for achieving a final metal component; positioning the workpiece during the changing of physical characteristics; applying impacts to the surface of the workpiece while controlling the impacts with the predetermined processing parameters; sensing currently existing physical conditions of the workpiece during the applying impacts step, including sensing a depth or thickness of the workpiece at a next section to be impacted; adjusting the predetermined processing parameters for the impacts into adjusted processing parameters in reaction to the currently existing physical conditions of the workpiece from the sensing of the currently existing physical conditions of the workpiece; and applying further impacts to the surface of the workpiece while controlling the impacts with the adjusted processing parameters, wherein the predetermined processing parameters and the adjusted processing parameters both include an impact coverage area on the workpiece, energy levels of the impacts, and a rate of application of the impacts on the coverage area of the workpiece.
Sealed and thermally insulative tank comprising: a retaining structure, an insulation barrier comprising a plurality of insulation elements (1, 2) juxtaposed on the retaining structure a sealing barrier (6, 7) supported by the insulation barrier and comprising a plurality of plates and a coupler for retaining, relative to the retaining structure an insulation element (1, 2) subjected to forces liable to lead to its separation from said structure, said insulation element being delimited by two parallel rigid walls (1 c, 1 b, 2 c, 2 b), the first wall (1b, 2b) being closer to the retaining structure and the second (1 c, 2 c), farther from it, the coupler including: - a first part, the forms the base of the coupler and includes an external casing (15 a), said external casing being fixed to the retaining structure, - a second part, that forms the head of the coupler; - and finally, a rod threaded at its two ends, characterized in that said casing encloses a thermally insulative material plug (15 d) and a spring means which pushes said plug against the retaining structure via a nut (15 c), the second part of said coupler including an external casing fastened to the insulative element, said external casing enclosing a thermally insulative ring and a substantially cylindrical sleeve internally threaded at both its ends, the thread farthest from the retaining structure receiving an end-piece (24, 26) equipped with a flange (24 a, 26 a), which comes to bear on a plate of the sealing barrier carried by the second wall of the insulative element, the casing being fastened to a peripheral plate placed in a spot-facing comprised between said plate and the second wall of the insulative element, and the threaded rod being screwed at one end into the sleeve of the head of the coupler and at the other end into the nut (15 c) of the base of said coupler, the screwing of said first rod assuring the retention of the insulative element against the retaining structure. - a first part, the forms the base of the coupler and includes an external casing (15 a), said external casing being fixed to the retaining structure, - a second part, that forms the head of the coupler; - and finally, a rod threaded at its two ends, characterized in that
A stabilizer (100, 200) for use in stabilizing a dome-shaped diaphragm of a microphone transducer, the stabilizer comprising: an annular peripheral portion defining an outer periphery of the stabilizer; a central portion concentrically disposed within the periphery of the stabilizer; and a plurality of strap portions (108, 204) emanating from the central portion and extending outward to the annular peripheral portion; characterised in that the stabilizer is configured to be attached to the top of the dome of a front surface of the diaphragm at the central portion of the stabilizer without support on a rear surface of the diaphragm, wherein the front surface is configured to have acoustic waves impinge thereon, and wherein the stabilizer is configured to minimize asymmetric movement of the diaphragm. an annular peripheral portion defining an outer periphery of the stabilizer; a central portion concentrically disposed within the periphery of the stabilizer; and a plurality of strap portions (108, 204) emanating from the central portion and extending outward to the annular peripheral portion; characterised in that the stabilizer is configured to be attached to the top of the dome of a front surface of the diaphragm at the central portion of the stabilizer without support on a rear surface of the diaphragm, wherein the front surface is configured to have acoustic waves impinge thereon, and wherein the stabilizer is configured to minimize asymmetric movement of the diaphragm.
A powertrain mount system for a vehicle powertrain, the system comprising: an active magnetic bearing configured to support at least a portion of the powertrain relative to a body portion of a vehicle; and a controller configured to determine an operational state of at least one of the powertrain and the vehicle and adjust the operation of the active magnetic bearing depending on the operational state of at least one of the powertrain and the vehicle, characterized in that the controller is configured to increase the stiffness of the active magnetic bearing in response to at least one of an increase in the power output of the powertrain and the vehicle performing a manoeuvre. an active magnetic bearing configured to support at least a portion of the powertrain relative to a body portion of a vehicle; and a controller configured to determine an operational state of at least one of the powertrain and the vehicle and adjust the operation of the active magnetic bearing depending on the operational state of at least one of the powertrain and the vehicle, characterized in that the controller is configured to increase the stiffness of the active magnetic bearing in response to at least one of an increase in the power output of the powertrain and the vehicle performing a manoeuvre.
A working electrode for measuring the presence of an analyte, comprising: a working conductor having a planar top surface and a reactive surface thereon being operated at a first potential; a first transport material having properties that enable analyte flux to the reactive surface, wherein the first transport material is at least a hydrophilic material and has a top surface and an exposed perimetral surface; a second transport material having properties that enable reactant flux to the reactive surface, wherein the second transport material is at least a hydrophobic material; wherein the first transport material is placed over the reactive surface and the second transport material is placed over both the first transport material and the reactive surface such that the second transport material blocks analyte flux to the top surface of the first transport material, the analyte flux and the reactant flux being in dissimilar directions. a working conductor having a planar top surface and a reactive surface thereon being operated at a first potential; a first transport material having properties that enable analyte flux to the reactive surface, wherein the first transport material is at least a hydrophilic material and has a top surface and an exposed perimetral surface; a second transport material having properties that enable reactant flux to the reactive surface, wherein the second transport material is at least a hydrophobic material; wherein the first transport material is placed over the reactive surface and the second transport material is placed over both the first transport material and the reactive surface such that the second transport material blocks analyte flux to the top surface of the first transport material, the analyte flux and the reactant flux being in dissimilar directions.
A radio communication apparatus adapted to carry out radio transmission by applying a multicarrier scheme to space multiplexing transmission, characterized by comprising: a detection section adapted to detect adaptability to space multiplexing transmission for each divided band obtained by dividing a communication band of multicarrier transmission and to which a plurality of subcarrier signals belong; and a setting section adapted to set a transmission format used to carry out radio transmission based on the adaptability detected for said each divided band; wherein said detection section is adapted to detect an average spatial spread of an arriving path of said plurality of subcarrier signals. a detection section adapted to detect adaptability to space multiplexing transmission for each divided band obtained by dividing a communication band of multicarrier transmission and to which a plurality of subcarrier signals belong; and a setting section adapted to set a transmission format used to carry out radio transmission based on the adaptability detected for said each divided band; wherein said detection section is adapted to detect an average spatial spread of an arriving path of said plurality of subcarrier signals.
A process for comminuting glass fibers from waste glass-based fibrous materials, comprising the process steps of a) coarsely comminuting the glass fibers to obtain coarsely comminuted glass fibers; and b) finely comminuting said coarsely comminuted glass fibers with a granular additive having a d50 value within a range of from 0.1 to 5.0 mm as an aggregate to obtain finely comminuted glass fibers, the mixing ratio of glass fibers to additive being from 25/75 to 95/05 % by weight; wherein said additive is selected from the group of quartz sand, lime, burnt lime, dolomite, burnt dolomite, blast furnace slag, Al 2 O 3, aluminum hydroxide, albite, orthoclase, anorthite, boric acid, boron oxide, alkali and alkaline earth borates, and mixtures thereof. a) coarsely comminuting the glass fibers to obtain coarsely comminuted glass fibers; and b) finely comminuting said coarsely comminuted glass fibers with a granular additive having a d50 value within a range of from 0.1 to 5.0 mm as an aggregate to obtain finely comminuted glass fibers, the mixing ratio of glass fibers to additive being from 25/75 to 95/05 % by weight;
An explosive initiator which includes a housing which is made from a non-electrically conductive material, a thermal time delay component and at least one explosive composition inside the housing, and a radio frequency identification device within the housing, characterised in that the time delay component is enclosed in a thermal barrier so that the housing is protected against melting or burning until such time as the at least one explosive composition is initiated.
A therapeutic agent for use in the treatment of chronic renal failure, comprising as an effective ingredient a compound represented by General Formula below: [wherein R 1 and R 2 each independently represents aryl; A represents NR 5, O, S, SO or SO 2; R 5 represents C 1 -C 6 alkyl, C 2 -C 6 alkenyl or C 3 -C 6 cycloalkyl; D represents C 2 -C 6 alkylene or alkenylene; G represents O, S, SO or SO 2; R 3 and R 4 each independently represents hydrogen or C 1 -C 6 alkyl; and Q represents carboxyl, C 1 -C 6 alkoxycarbonyl, tetrazolyl or General Formula below: -CONH-SO 2 -R 8 (wherein R 6 represents C 1 -C 6 alkyl)] or a pharmaceutically acceptable salt thereof. R 1 and R 2 each independently represents aryl; A represents NR 5, O, S, SO or SO 2; R 5 represents C 1 -C 6 alkyl, C 2 -C 6 alkenyl or C 3 -C 6 cycloalkyl; D represents C 2 -C 6 alkylene or alkenylene; G represents O, S, SO or SO 2; R 3 and R 4 each independently represents hydrogen or C 1 -C 6 alkyl; and Q represents carboxyl, C 1 -C 6 alkoxycarbonyl, tetrazolyl or General Formula below: -CONH-SO 2 -R 8 (wherein R 6 represents C 1 -C 6 alkyl)]
A magnetic base for selectively magnetically latching to a ferromagnetic surface, the magnetic base comprising: a magnet holder; a fixed magnet assembly supported within the magnet holder; a movable magnet assembly supported within the magnet holder; and a transmission including an input, an output coupled to the movable magnet assembly for moving the movable magnet assembly relative to the fixed magnet assembly through a predetermined range of motion, and a plurality of transmission elements positioned between the output and the input, the elements configured to provide a mechanical advantage between the output and the input during at least a portion of the predetermined range of motion, characterised in that said mechanical advantage is variable. a magnet holder; a fixed magnet assembly supported within the magnet holder; a movable magnet assembly supported within the magnet holder; and a transmission including an input, an output coupled to the movable magnet assembly for moving the movable magnet assembly relative to the fixed magnet assembly through a predetermined range of motion, and a plurality of transmission elements positioned between the output and the input, the elements configured to provide a mechanical advantage between the an input, an output coupled to the movable magnet assembly for moving the movable magnet assembly relative to the fixed magnet assembly through a predetermined range of motion, and a plurality of transmission elements positioned between the output and the input, the elements configured to provide a mechanical advantage between the output and the input during at least a portion of the predetermined range of motion, characterised in that said mechanical advantage is variable.
A patient stimulation device comprising a plurality of stimulators for selectively applying a stimulus to a patient's body, each of the plurality of stimulators being locatable in a different position upon a patient's body, a patient input interface for receiving at least position data representative of a perceived stimulus from the patient, and an output for communicating to a patient at least position data representative of an applied stimulus, wherein the device comprises a controller having a training mode, in which the controller is programmed to: (a) actuate at least one of the plurality of stimulators to apply a stimulus to the patient's body, (b) subsequently receive at least position data representative of a perceived stimulus from the patient input interface, and (c) subsequently provide the output with data for communication to the patient, wherein the data provided to the output comprises at least position data representative of the applied stimulus, which identifies, or allows the identification of, the applied stimulus. (a) actuate at least one of the plurality of stimulators to apply a stimulus to the patient's body, (b) subsequently receive at least position data representative of a perceived stimulus from the patient input interface, and (c) subsequently provide the output with data for communication to the patient,
A tire wear estimation method for estimating a degree of wear of a tire, wherein the degree of wear is estimated by using: an index (V R) of deformation velocity at a tire contact edge or in the vicinity of the tire contact edge, the index (V R) of deformation velocity having been calculated from magnitude of one of or both of positive and negative peaks (P k, Pf) appearing in a radial acceleration waveform obtained by differentiating a time-series waveform of tire radial acceleration (a R) detected by an acceleration sensor mounted on the tire; a contact time ratio (R c) of contact time (T t) to tire rotation time (T r), the contact time (T t) being a time interval between the positive peak (P k) and the negative peak (Pf), the tire rotation time (T r) being a time interval between either of positive peaks (P k) or negative peaks (Pf); and a deformation amount (d) which is a difference between a tire radius and an effective radius (R eff), the tire radius being a radius of the tire under a non-loaded state and the effective radius (R eff) being a radius of the tire during travelling. an index (V R) of deformation velocity at a tire contact edge or in the vicinity of the tire contact edge, the index (V R) of deformation velocity having been calculated from magnitude of one of or both of positive and negative peaks (P k, Pf) appearing in a radial acceleration waveform obtained by differentiating a time-series waveform of tire radial acceleration (a R) detected by an acceleration sensor mounted on the tire; a contact time ratio (R c) of contact time (T t) to tire rotation time (T r), the contact time (T t) being a time interval between the positive peak (P k) and the negative peak (Pf), the tire rotation time (T r) being a time interval between either of positive peaks (P k) or negative peaks (Pf); and a deformation amount (d) which is a difference between a tire radius and an effective radius (R eff), the tire radius being a radius of the tire under a non-loaded state and the effective radius (R eff) being a radius of the tire during travelling.