mhurhangee/ep-ind-claims huggingface dataset:
A terminal, comprising: control circuitry configured to select one of a first method and a second method based on a channel quality, wherein the channel quality is received quality of a downlink signal, the first method being for transmitting a random access signal including a preamble part and a data part, the second method being for transmitting the random access signal including the preamble part but not including the data part; and transmission circuitry configured to transmit the random access signal based on the selected method, characterized in that in the first method, the transmission circuitry is configured to transmit the random access signal using a resource associated with a signal of the plurality of downlink signals for which the received quality is equal to or greater than a first threshold, in the second method, the transmission circuitry is configured to transmit the random access signal using a resource associated with a signal of the plurality of downlink signals for which the received quality is equal to or greater than a second threshold, and the first threshold is different from the second threshold,. control circuitry configured to select one of a first method and a second method based on a channel quality, wherein the channel quality is received quality of a downlink signal, the first method being for transmitting a random access signal including a preamble part and a data part, the second method being for transmitting the random access signal including the preamble part but not including the data part; and transmission circuitry configured to transmit the random access signal based on the selected method, characterized in that in the first method, the transmission circuitry is configured to transmit the random access signal using a resource associated with a signal of the plurality of downlink signals for which the received quality is equal to or greater than a first threshold, in the second method, the transmission circuitry is configured to transmit the random access signal using a resource associated with a signal of the plurality of downlink signals for which the received quality is equal to or greater than a second threshold, and the first threshold is different from the second threshold,. in the first method, the transmission circuitry is configured to transmit the random access signal using a resource associated with a signal of the plurality of downlink signals for which the received quality is equal to or greater than a first threshold, in the second method, the transmission circuitry is configured to transmit the random access signal using a resource associated with a signal of the plurality of downlink signals for which the received quality is equal to or greater than a second threshold, and the first threshold is different from the second threshold,.
A motor control unit that calculates respective phase duties for a pulse width modulation -control based on a current command value and controls a motor via an inverter configured with upper-stage (FET1-FET3) and lower-stage (FET4-FET6) field-effect transistor bridges, comprising: a current detector to detect respective phase currents (Iu,Iv,Iw) of said motor; characterised by: an upper-stage maximum heat generation-phase specifying means to calculate respective heat generation amounts of upper-stage FETs and specify an upper-stage maximum heat generation-phase; a lower-stage maximum heat generation-phase specifying means to calculate respective heat generation amounts of lower-stage FETs and specify a lower-stage maximum heat generation-phase; an upper-stage selecting means to select an upper-stage selecting duty and an upper-stage selecting phase current based on said upper-stage maximum heat generation-phase; a lower-stage selecting means (111,113) to select a lower-stage selecting duty and a lower-stage selecting phase current based on said lower-stage maximum heat generation-phase a duty operating amount calculating section to calculate a duty operating amount (D 0) in order to distribute a heat generation which is concentrated in a specific FET to plural FETs based on said upper-stage selecting duty and said upper-stage selecting phase current, and said lower-stage selecting duty and said lower-stage selecting phase current; and a duty operating section to operate said respective phase duties so as to operate duties of all FETs with maintaining voltages between terminals of said respective phases based on said duty operating amount. an upper-stage maximum heat generation-phase specifying means to calculate respective heat generation amounts of upper-stage FETs and specify an upper-stage maximum heat generation-phase; a lower-stage maximum heat generation-phase specifying means to calculate respective heat generation amounts of lower-stage FETs and specify a lower-stage maximum heat generation-phase; an upper-stage selecting means to select an upper-stage selecting duty and an upper-stage selecting phase current based on said upper-stage maximum heat generation-phase; a lower-stage selecting means (111,113) to select a lower-stage selecting duty and a lower-stage selecting phase current based on said lower-stage maximum heat generation-phase a duty operating amount calculating section to calculate a duty operating amount (D 0) in order to distribute a heat generation which is concentrated in a specific FET to plural FETs based on said upper-stage selecting duty and said upper-stage selecting phase current, and said lower-stage selecting duty and said lower-stage selecting phase current; and a duty operating section to operate said respective phase duties so as to operate duties of all FETs with maintaining voltages between terminals of said respective phases based on said duty operating amount.
A method for managing power in an electromagnetic transponder in the field of a terminal, comprising the steps of: evaluating the power consumption of the transponder circuits; and if this power consumption is below a threshold, evaluating the current coupling factor (k) between the transponder and the terminal and, according to the current coupling: causing an increase of the transponder power consumption; or causing a detuning of an oscillating circuit of the transponder, the evaluation of the coupling factor including a comparison of a ratio (r) of the current coupling factor of the transponder with the terminal and a position of optimum coupling (k opt]R20) with a first value of a resistive load, said ratio (r) being obtained from: first data, relative to the level of a D.C. voltage (V Ca) provided by a rectifier across the oscillating circuit (L2, C2), measured and stored for the first value of the resistive load; and second data, relative to the level of said D.C. voltage, measured and stored for a second value of resistive load. evaluating the power consumption of the transponder circuits; and if this power consumption is below a threshold, evaluating the current coupling factor (k) between the transponder and the terminal and, according to the current coupling: causing an increase of the transponder power consumption; or causing a detuning of an oscillating circuit of the transponder, the evaluation of the coupling factor including a comparison of a ratio (r) of the current coupling factor of the transponder with the terminal and a position of optimum coupling (k opt]R20) with a first value of a resistive load, said ratio (r) being obtained from: first data, relative to the level of a D.C. voltage (V Ca) provided by a rectifier across the oscillating circuit (L2, C2), measured and stored for the first value of the resistive load; and second data, relative to the level of said D.C. voltage, measured and stored for a second value of resistive load. causing an increase of the transponder power consumption; or causing a detuning of an oscillating circuit of the transponder, the evaluation of the coupling factor including a comparison of a ratio (r) of the current coupling factor of the transponder with the terminal and a position of optimum coupling (k opt]R20) with a first value of a resistive load, said ratio (r) being obtained from: first data, relative to the level of a D.C. voltage (V Ca) provided by a rectifier across the oscillating circuit (L2, C2), measured and stored for the first value of the resistive load; and second data, relative to the level of said D.C. voltage, measured and stored for a second value of resistive load. first data, relative to the level of a D.C. voltage (V Ca) provided by a rectifier across the oscillating circuit (L2, C2), measured and stored for the first value of the resistive load; and second data, relative to the level of said D.C. voltage, measured and stored for a second value of resistive load.
Drive for an HVAC installation, wherein the drive comprises a housing and a motor for moving an actuating element of the HVAC installation, characterized by: a passive NFC transponder that comprises a plurality of differently arranged transponder antennas and is configured, before a power supply of the drive is switched on, to communicate a unique identifier to a mobile service device and also to receive from the mobile service device, and to store, one or more drive parameters, and a control module configured, after a power supply of the drive has been switched on, to effect the control of the motor taking account of the one or more stored drive parameters. a passive NFC transponder that comprises a plurality of differently arranged transponder antennas and is configured, before a power supply of the drive is switched on, to communicate a unique identifier to a mobile service device and also to receive from the mobile service device, and to store, one or more drive parameters, and a control module configured, after a power supply of the drive has been switched on, to effect the control of the motor taking account of the one or more stored drive parameters.
A method comprising:- associating with each of a plurality of content files a metadata file, wherein each of the metadata files is associated with a unique identifier; receiving at a terminal a specification of content of interest to a user, said specification being in terms of metadata keywords; searching, by the terminal, said metadata files for said metadata keywords; noting, by the terminal, unique identifiers associated with metadata files including one or more of said metadata keywords; monitoring, by the terminal, incoming packets for the noted unique identifiers, each of said packets conveying a portion of one of said content files; bringing to the attention of said user, by the terminal, only content files conveyed by packets that contain one of the noted unique identifiers; enabling the terminal to formulate content, wherein each item of said content has descriptive attributes; distributing the formulated content and descriptive attributes to other terminals for enabling the other terminals to specify attributes corresponding to the formulated content and to display content whose descriptive attributes match the specified attributes.
An exhaust liner assembly comprising: a circumferential interface between at least two portions (50, 52) of the liner assembly each of the at least two portions defining an interior surface exposed to hot core gas flow; and characterised by comprising: an annular seal land disposed between the at least two portions (50, 52) of the liner assembly, the seal land including a plurality of slots that supply an airflow into the interface, said slots being defined in a face of said seal land; wherein the plurality of slots provide an airflow that varies circumferentially along the interface to provide a varying flow field through the interface. a circumferential interface between at least two portions (50, 52) of the liner assembly each of the at least two portions defining an interior surface exposed to hot core gas flow; and characterised by comprising: an annular seal land disposed between the at least two portions (50, 52) of the liner assembly, the seal land including a plurality of slots that supply an airflow into the interface, said slots being defined in a face of said seal land; wherein the plurality of slots provide an airflow that varies circumferentially along the interface to provide a varying flow field through the interface. an annular seal land disposed between the at least two portions (50, 52) of the liner assembly, the seal land including a plurality of slots that supply an airflow into the interface, said slots being defined in a face of said seal land; wherein the plurality of slots provide an airflow that varies circumferentially along the interface to provide a varying flow field through the interface.
Paint booth, comprising a paint chamber, wherein a negative pressure is present in the paint chamber and an excess pressure is present in a machine room adjacent to the paint chamber, and at least one paint nozzle which can be displaced on a rail is arranged in the paint chamber, wherein the rail is, in cross-section, formed in two parts at least in longitudinal portions thereof, wherein an opening extending in the longitudinal direction is formed between the two parts (7, 8), wherein a carriage for receiving the paint nozzle is displaceably arranged in the opening and a displaceable belt is arranged on both sides of the carriage, so that on axial displacement of the carriage the belt is also displaced and thereby seals the opening, characterised in that the belt is guided in an upper part and a lower part of the rail, the guide being constructed in a sealing manner as a groove.
A fabric rinsing composition free of cationic compound, comprising i) from 0.1 to 18% of a perfuming ingredient or composition, ii) from 0.1 to 25% of a stabilising oil, iii) from 0.1 to 18% of a non-ionic surfactant system comprising a polyethylene glycol stearyl ether having a hydrophilic lipophilic balance above 10; and iv) from 0.01 to 50% by weight of an acid susceptible of forming water-soluble salts of alkaline-earth compounds; the remainder of the composition being water; all the percentages being given by weight relative to the total weight of the composition; the composition being in the form of an oil-in-water emulsion obtained by a phase inversion temperature process. i) from 0.1 to 18% of a perfuming ingredient or composition, ii) from 0.1 to 25% of a stabilising oil, iii) from 0.1 to 18% of a non-ionic surfactant system comprising a polyethylene glycol stearyl ether having a hydrophilic lipophilic balance above 10; and iv) from 0.01 to 50% by weight of an acid susceptible of forming water-soluble salts of alkaline-earth compounds;
A method of creating printed matter, comprising: an ink arrangement step of ejecting photocurable ink onto a printing face of a medium by an ink-jet method and irradiating the ink with light to be cured; and a laminating step of attaching a protective film to the medium by bonding an adhesive layer of the protective film to the printing face and a surface of the ink, the protective film including the adhesive layer and a base material supporting the adhesive layer, characterized in that the ink arrangement step comprises a controlling step of adjusting an ejection amount of the ink ejected by the ink-jet method to cause an average surface roughness of the printing face to be smaller than 15 μm, the average surface roughness being a value obtained by averaging heights from the printing face for each piece of ink, and a thickness of the adhesive layer is set to be equal to or larger than 18 μm. an ink arrangement step of ejecting photocurable ink onto a printing face of a medium by an ink-jet method and irradiating the ink with light to be cured; and a laminating step of attaching a protective film to the medium by bonding an adhesive layer of the protective film to the printing face and a surface of the ink, the protective film including the adhesive layer and a base material supporting the adhesive layer, characterized in that the ink arrangement step comprises a controlling step of adjusting an ejection amount of the ink ejected by the ink-jet method to cause an average surface roughness of the printing face to be smaller than 15 μm, the average surface roughness being a value obtained by averaging heights from the printing face for each piece of ink, and a thickness of the adhesive layer is set to be equal to or larger than 18 μm.
A highly insulating film made of a styrene polymer having a syndiotactic structure as a main component, wherein the highly insulating film is a biaxially stretched film, the biaxially stretched film containing: inert fine particles A having an average particle size of 0.05 μm or more and 1.5 μm or less with a relative standard deviation in particle size of 0.5 or less in an amount of 0.05 mass% or more and 2.0 mass% or less; an antioxidant in an amount of 0.1 mass% or more and 8 mass% or less; and a polymer Y having a glass transition temperature Tg by DSC of 130°C or more in an amount of 20 mass% or more and 48 mass% or less, the biaxially stretched film having a breakdown voltage at 120°C of 350 V/μm or more and a refractive index in the thickness direction of 1.5750 or more and 1.6350 or less. inert fine particles A having an average particle size of 0.05 μm or more and 1.5 μm or less with a relative standard deviation in particle size of 0.5 or less in an amount of 0.05 mass% or more and 2.0 mass% or less; an antioxidant in an amount of 0.1 mass% or more and 8 mass% or less; and a polymer Y having a glass transition temperature Tg by DSC of 130°C or more in an amount of 20 mass% or more and 48 mass% or less, the biaxially stretched film having a breakdown voltage at 120°C of 350 V/μm or more and a refractive index in the thickness direction of 1.5750 or more and 1.6350 or less.
A driving control apparatus comprising: a detection section adapted to detect a condition of a moving object; a deliberate action determination section adapted to determine an action of the moving object as a deliberate action on the basis of a detection result of the detection section; a reflex action determination section adapted to determine, on the basis of the detection result of the detection section, a reflex action of the moving object, wherein a first processing time required for determining the reflex action is shorter than a second processing time required for determining the deliberate action; and an action control section adapted to control the action of the moving object on the basis of the deliberate action and a reflex action determined by the reflex action determination section. a detection section adapted to detect a condition of a moving object; a deliberate action determination section adapted to determine an action of the moving object as a deliberate action on the basis of a detection result of the detection section; a reflex action determination section adapted to determine, on the basis of the detection result of the detection section, a reflex action of the moving object, wherein a first processing time required for determining the reflex action is shorter than a second processing time required for determining the deliberate action; and an action control section adapted to control the action of the moving object on the basis of the deliberate action and a reflex action determined by the reflex action determination section.
A method for operating a medical system suitable for delivering energy to perform a procedure that includes a sequence of events, comprising: detecting (200, 201) the presence of a portable memory device coupled to the system, and reading data on the portable memory device usable to identify an associated delivery device; reading an identifier from a machine readable medium provided to a coupler of a delivery device, said delivery device being coupled to the system; matching the identifier read from the machine readable medium with the associated delivery device indicated by the data read from the portable memory device; verifying, with reference to data held on the portable memory device, that the portable memory device includes a data structure adapted for storage of an event log, comprising event codes corresponding to the events in the sequence of events; enabling a process for delivery of energy to the delivery device if said matching and said verifying are successful, the process including an energy delivery step; writing an event code, including a time stamp, to the data structure adapted for storage of the event log, to record an event in the sequence of events; characterized in that the method further comprises the steps of verifying (402, 403) whether the event code and time stamp were successfully written, and if the verifying succeeds, then enabling the system to perform the energy delivery step, and if the verifying fails, then disabling the system from performing the energy delivery step. detecting (200, 201) the presence of a portable memory device coupled to the system, and reading data on the portable memory device usable to identify an associated delivery device; reading an identifier from a machine readable medium provided to a coupler of a delivery device, said delivery device being coupled to the system; matching the identifier read from the machine readable medium with the associated delivery device indicated by the data read from the portable memory device; verifying, with reference to data held on the portable memory device, that the portable memory device includes a data structure adapted for storage of an event log, comprising event codes corresponding to the events in the sequence of events; enabling a process for delivery of energy to the delivery device if said matching and said verifying are successful, the process including an energy delivery step; writing an event code, including a time stamp, to the data structure adapted for storage of the event log, to record an event in the sequence of events; verifying (402, 403) whether the event code and time stamp were successfully written, and if the verifying succeeds, then enabling the system to perform the energy delivery step, and if the verifying succeeds, then enabling the system to perform the energy delivery step, and if the verifying fails, then disabling the system from performing the energy delivery step.
Method for operating an apparatus for transforming plastic preforms into plastic containers, wherein this apparatus acts upon a flowable medium to plastic preforms in order to expand these plastic preforms to form the plastic containers, wherein the apparatus carries out this transforming operation while taking account of a plurality of process parameters, characterized in that the plurality of process parameters is determined on the basis of a machine model, wherein a predefined number of input parameters are transferred to this machine model and at least one processor unit determines the process parameters and/or values characteristic of these process parameters on the basis of these input parameters, wherein the input parameters include main process parameters (E1a) which describe the stretch blow moulding process, and further wherein the main process parameters are selected from a group of parameters which include a start time of pre-blowing, a start time of intermediate blowing, a start time of finish-blowing, a pre-blowing pressure and a finish-blowing pressure, wherein these values are initial values which are then refined and adapted by a control.
Method for determining the wear of a rood covering due to spiked tyres in a test run by travelling over the covering to be tested, which covering is situated on the inner face of a drum set in a rotational movement, characterized in that a conventional asphalt covering is applied to the inner face of the drum and is interpreted at at least one point in the circumference of the inner face, wherein the covering to be tested and which is made to differ from the roadway covering contains stones or broken stones, which are embedded in a matrix, or gravel and is used as a covering panel or covering panels only locally at this point or these points of the inner face of the drum in such a way as to be removable again and is weighed before and after a test run.