mhurhangee/ep-ind-claims huggingface dataset:
A reception device comprising: a tuning control unit configured to perform tuning control for tuning digital broadcasting using an Internet Protocol, IP, transmission scheme; a communication unit configured to access a communication server via a network to request distribution of streams of content; and an acquisition control unit configured to perform acquisition control for acquiring content transmitted in the digital broadcasting according to a result of a matching process on first answer information indicating an answer set by a provider that provides content to a question on preference of a user included in transmission information transmitted in an upper layer of an IP layer of protocol layers of the IP transmission scheme and second answer information indicating an answer set by the user to the question in the digital broadcasting; characterized by a signaling information analysis unit configured to perform said matching process, specify a distribution path of streams of said content, when the first answer information and the second answer information match, wherein said distribution path of said content is for said digital broadcasting or for communication with the communication server via the network, and stop reproduction of said content, when the first answer information and the second answer information do not match. a tuning control unit configured to perform tuning control for tuning digital broadcasting using an Internet Protocol, IP, transmission scheme; a communication unit configured to access a communication server via a network to request distribution of streams of content; and an acquisition control unit configured to perform acquisition control for acquiring content transmitted in the digital broadcasting according to a result of a matching process on first answer information indicating an answer set by a provider that provides content to a question on preference of a user included in transmission information transmitted in an upper layer of an IP layer of protocol layers of the IP transmission scheme and second answer information indicating an answer set by the user to the question in the digital broadcasting; characterized by a signaling information analysis unit configured to perform said matching process, specify a distribution path of streams of said content, when the first answer information and the second answer information match, wherein said distribution path of said content is for said digital broadcasting or for communication with the communication server via the network, and stop reproduction of said content, when the first answer information and the second answer information do not match. perform said matching process, specify a distribution path of streams of said content, when the first answer information and the second answer information match, wherein said distribution path of said content is for said digital broadcasting or for communication with the communication server via the network, and stop reproduction of said content, when the first answer information and the second answer information do not match.
An apparatus for producing flat glass, such as a tin bath or an annealing lehr, comprising an apparatus for continuously measuring the temperature of a surface (2a, 2b) of a glass ribbon moving continuously in a longitudinal direction inside the production apparatus, the measuring apparatus comprising at least one glass temperature sensor, said sensor having an external lower surface on which at least one so-called reference surface is formed, the external surfaces of the sensor other than the reference surface being thermally insulated, the glass temperature sensor being fitted with a device for measuring the temperature of its reference surface, the reference surface being arranged opposite and at a distance from the surface (2a, 2b) to be measured of the glass ribbon, a minimum characteristic dimension of the lower surface being such that the ratio D H between the minimum characteristic dimension and the distance between the reference surface and the surface (2a, 2b) to be measured is less than 1.
A terminal apparatus which is configured with a serving cell and DRX, discontinuous reception, functionality, the terminal apparatus comprising: a reception unit configured to: receive first information indicating an uplink-downlink configuration and second information indicating an uplink-downlink configuration; and receive third information indicating an uplink-downlink configuration via a physical downlink control channel; during an active time, monitor a physical downlink control channel with C-RNTI, cell radio network temporary identifier, in a subframe on the basis of whether or not the subframe is indicated as a downlink subframe by the uplink-downlink configuration indicated by the third information and whether or not the subframe is part of a configured measurement gap, wherein a physical downlink control channel subframe is a subframe indicated by the uplink-downlink configuration indicated by the first information as a downlink subframe or a subframe including DwPTS, downlink pilot time slot, and the active time includes a time while a timer specifying a number of consecutive physical downlink control channel subframes at the beginning of a DRX cycle is running. a reception unit configured to: receive first information indicating an uplink-downlink configuration and second information indicating an uplink-downlink configuration; and receive third information indicating an uplink-downlink configuration via a physical downlink control channel; during an active time, monitor a physical downlink control channel with C-RNTI, cell radio network temporary identifier, in a subframe on the basis of whether or not the subframe is indicated as a downlink subframe by the uplink-downlink configuration indicated by the third information and whether or not the subframe is part of a configured measurement gap, wherein receive first information indicating an uplink-downlink configuration and second information indicating an uplink-downlink configuration; and receive third information indicating an uplink-downlink configuration via a physical downlink control channel; during an active time, monitor a physical downlink control channel with C-RNTI, cell radio network temporary identifier, in a subframe on the basis of whether or not the subframe is indicated as a downlink subframe by the uplink-downlink configuration indicated by the third information and whether or not the subframe is part of a configured measurement gap, a physical downlink control channel subframe is a subframe indicated by the uplink-downlink configuration indicated by the first information as a downlink subframe or a subframe including DwPTS, downlink pilot time slot, and the active time includes a time while a timer specifying a number of consecutive physical downlink control channel subframes at the beginning of a DRX cycle is running.
An in-hole current-measurement system with uninterrupted short-circuit/overcurrent detection, system comprising: three or more magnetic-field sensors (1302, 1304, 1306, 1308) configured to be inserted into a hole in an electrical conductor, each sensor operative to generate a signal at an output in response to a magnetic-field strength at the sensor's location; a selection module coupled to each of the sensors' outputs configured to receive each of the sensors' respective signals representative of the magnetic-field strength at the sensor's location; a continuous-measurement module coupled to the selection module and configured to process the signals associated with the selected subset of the magnetic-field sensors to generate a continuous output signal representative of an electrical current in the electrical conductor; and a control module operative to control the selection module, characterised in that: the control module is configured to select a subset of the magnetic-field sensors at a scheduled time of a predetermined disturbance event, and to cause a set of the non-selected magnetic-field sensors, which are scheduled to receive a disturbance associated with the predetermined disturbance event, to be deselected at the scheduled time of the predetermined disturbance event, wherein the scheduled time of the predetermined disturbance event is a predetermined time window when a transient disturbance signal is expected at the set of the non-selected magnetic-field sensors. three or more magnetic-field sensors (1302, 1304, 1306, 1308) configured to be inserted into a hole in an electrical conductor, each sensor operative to generate a signal at an output in response to a magnetic-field strength at the sensor's location; a selection module coupled to each of the sensors' outputs configured to receive each of the sensors' respective signals representative of the magnetic-field strength at the sensor's location; a continuous-measurement module coupled to the selection module and configured to process the signals associated with the selected subset of the magnetic-field sensors to generate a continuous output signal representative of an electrical current in the electrical conductor; and a control module operative to control the selection module, characterised in that: the control module is configured to select a subset of the magnetic-field sensors at a scheduled time of a predetermined disturbance event, and to cause a set of the non-selected magnetic-field sensors, which are scheduled to receive a disturbance associated with the predetermined disturbance event, to be deselected at the scheduled time of the predetermined disturbance event, wherein the scheduled time of the predetermined disturbance event is a predetermined time window when a transient disturbance signal is expected at the set of the non-selected magnetic-field sensors.
A phased-array flaw-detection device comprising: a phased-array probe having a plurality of ultrasonic transducers which are separated in a concentric circle pattern, separated in rows that are orthogonal to a reference line that passes through the center of circles, and positioned line symmetrically with respect to the reference line; and a controller having a plurality of control channels, characterized in that the controller is configured to simultaneously excite pairs of the ultrasonic transducers that are line symmetrical with respect to the reference line at the same phase. a phased-array probe having a plurality of ultrasonic transducers which are separated in a concentric circle pattern, separated in rows that are orthogonal to a reference line that passes through the center of circles, and positioned line symmetrically with respect to the reference line; and a controller having a plurality of control channels, characterized in that the controller is configured to simultaneously excite pairs of the ultrasonic transducers that are line symmetrical with respect to the reference line at the same phase.
System for transmitting optical signals comprising a passive optical chip and a laser diode disposed at the edge of said passive optical chip for generating the transmission of a pump wave, said passive optical chip being provided with a waveguide on the upper surface, traversing said passive optical chip, connected to the output of said laser diode said passive optical chip being, in addition, covered by a thin-film portion, active and fed by said laser diode, for transmitting optical signals, characterised in that: - said passive optical chip being provided, in addition, with a reflective structure on the upper surface, the waveguide traversing said reflective structure; - said thin-film portion covering a part of the waveguide between said laser diode and said reflective structure; and - the difference in wavelength between said laser diode and the signal allowing the reflective surface to only act upon the pump. - said passive optical chip being provided, in addition, with a reflective structure on the upper surface, the waveguide traversing said reflective structure; - said thin-film portion covering a part of the waveguide between said laser diode and said reflective structure; and - the difference in wavelength between said laser diode and the signal allowing the reflective surface to only act upon the pump.
A thermometer comprising: a case having a probe section and a body section; a processor disposed within the case; a temperature sensing element disposed within the probe section and coupled to the processor; a display disposed in the body section and coupled to the processor; the thermometer being characterized in: a plurality of positioning sensors disposed in the probe section and configured to determine a position of a probe cover installable onto the probe section, the plurality of positioning sensors coupled to the processor; an indicator (15 0) disposed on the case to indicate misalignment of the probe cover; and a memory coupled to the processor and comprising program code configured to: process signals from the temperature sensing element and cause the display to display a corresponding temperature value; and process signals from the plurality of positioning sensors to determine if the probe cover is properly aligned on the probe section and to control the indicator to indicate to a user a direction of misalignment of the probe cover. a case having a probe section and a body section; a processor disposed within the case; a temperature sensing element disposed within the probe section and coupled to the processor; a display disposed in the body section and coupled to the processor; the thermometer being characterized in: a plurality of positioning sensors disposed in the probe section and configured to determine a position of a probe cover installable onto the probe section, the plurality of positioning sensors coupled to the processor; an indicator (15 0) disposed on the case to indicate misalignment of the probe cover; and a memory coupled to the processor and comprising program code configured to: process signals from the temperature sensing element and cause the display to display a corresponding temperature value; and process signals from the plurality of positioning sensors to determine if the probe cover is properly aligned on the probe section and to control the indicator to indicate to a user a direction of misalignment of the probe cover. a plurality of positioning sensors disposed in the probe section and configured to determine a position of a probe cover installable onto the probe section, the plurality of positioning sensors coupled to the processor; an indicator (15 0) disposed on the case to indicate misalignment of the probe cover; and a memory coupled to the processor and comprising program code configured to: process signals from the temperature sensing element and cause the display to display a corresponding temperature value; and process signals from the plurality of positioning sensors to determine if the probe cover is properly aligned on the probe section and to control the indicator to indicate to a user a direction of misalignment of the probe cover. process signals from the temperature sensing element and cause the display to display a corresponding temperature value; and process signals from the plurality of positioning sensors to determine if the probe cover is properly aligned on the probe section and to control the indicator to indicate to a user a direction of misalignment of the probe cover.
Pneumatic vehicle tyre for a passenger car, suitable for speeds greater than or equal to 270 km/h, with a tread profile with profile elements (3, 6), some of these profile elements (3, 6) having blind holes, the profile elements that have the blind holes being exclusively profile blocks of a row of shoulder blocks that runs around over the circumference of the tyre and - in the tyre fitted on the vehicle - this row of shoulder blocks lying in the shoulder region facing the interior of the vehicle, characterized in that - with reference to the circumferential direction of the tyre - the blind hole is arranged in the rear half of the profile block, containing the run-out edge of the profile block.
A method of determining spatial proximity of a plurality of nucleic acid loci in a cellular compartment comprising nucleic acids, wherein the cellular compartment is derived from a cell or is a prokaryotic cell, comprising steps of (a) separating nucleic acid loci from each other depending on their localization in the compartment by cryosectioning the compartment to obtain a collection of fractions comprising more than 180 fractions wherein the collection of fractions is obtained from a plurality of compartments, and wherein sections generated have a thickness of 70 nm to 1000 nm; (b) determining the presence or absence of the plurality of loci in said fractions by sequencing; and (c) determining the co-segregation of said plurality of loci, wherein spatial proximity is determined by analysing co-segregation with an inferential statistical method; wherein cellular ultrastructure is preserved by vitrification or wherein the nuclei, cells, tissues or whole organisms are treated with a crosslinking agent before step (a) is carried out, and wherein the method does not require restriction digest of nucleic acids or ligation between nucleic acids originally present in the compartment. (a) separating nucleic acid loci from each other depending on their localization in the compartment by cryosectioning the compartment to obtain a collection of fractions comprising more than 180 fractions wherein the collection of fractions is obtained from a plurality of compartments, and wherein sections generated have a thickness of 70 nm to 1000 nm; (b) determining the presence or absence of the plurality of loci in said fractions by sequencing; and (c) determining the co-segregation of said plurality of loci, wherein spatial proximity is determined by analysing co-segregation with an inferential statistical method;
A seal, comprising: a continuous beam of compliant material configured to be compressed within a seal gland of a first housing, said continuous beam characterized as having an H-shaped cross section, said seal defines a captured end for disposal within the seal gland and a free end for extending beyond the first housing, said seal defines an inner flange, an outer flange, a web disposed therebetween; and a lip which extends radially outward from the free end of the outer flange, wherein the lip defines an angle relative to the outer flange in a range from 75 degrees to 135 degrees, said lip configured to be compressed between the first housing and a mating surface of a second housing; characterized in that a cross-section of the lip is increased in thickness at a distal end of the lip opposite to a proximal end, that is, a portion of the lip closest to the outer flange, relative to a mid-section of the lip. a continuous beam of compliant material configured to be compressed within a seal gland of a first housing, said continuous beam characterized as having an H-shaped cross section, said seal defines a captured end for disposal within the seal gland and a free end for extending beyond the first housing, said seal defines an inner flange, an outer flange, a web disposed therebetween; and a lip which extends radially outward from the free end of the outer flange, wherein the lip defines an angle relative to the outer flange in a range from 75 degrees to 135 degrees, said lip configured to be compressed between the first housing and a mating surface of a second housing; characterized in that a cross-section of the lip is increased in thickness at a distal end of the lip opposite to a proximal end, that is, a portion of the lip closest to the outer flange, relative to a mid-section of the lip.
A method for estimating the modal bandwidth of a multimode fiber at a second wavelength (λ S), based on a DMD measurement performed at only a first wavelength (λ M), comprising performing a DMD measurement at the first wavelength, extracting at least one signal feature, the signal feature being at least one of a centroid, peak power, pulse width, and skew of the DMD measurement at the first wavelength, and using a mapping model to predict an at least one signal feature for the second wavelength based upon the at least one signal feature of the first wavelength, and using the predicted at least one signal feature of the second wavelength to estimate a modal bandwidth; wherein the mapping model is generated by using a trained algorithm and the algorithm is trained by: selecting a population of multimode fibers; performing a DMD measurement for each multimode fiber of the population of multimode fibers at the first wavelength and the second wavelength; extracting at least one signal feature of the DMD measurement from each multimode fiber of the population of multimode fibers at the first wavelength and the second wavelength, the signal feature being at least one of a centroid, mean power, peak power value and position, and root mean square width of the DMD measurement at the first wavelength and the second wavelength respectively; mapping the DMD measurement of the first and second wavelength against the at least one signal feature to determine coefficients of the mapping model. selecting a population of multimode fibers; performing a DMD measurement for each multimode fiber of the population of multimode fibers at the first wavelength and the second wavelength; extracting at least one signal feature of the DMD measurement from each multimode fiber of the population of multimode fibers at the first wavelength and the second wavelength, the signal feature being at least one of a centroid, mean power, peak power value and position, and root mean square width of the DMD measurement at the first wavelength and the second wavelength respectively; mapping the DMD measurement of the first and second wavelength against the at least one signal feature to determine coefficients of the mapping model.