mhurhangee/ep-ind-claims huggingface dataset:
Spacer grid element for a nuclear fuel assembly spacer grid, the spacer grid element defining a cell extending along an extension axis for receiving a nuclear fuel rod, the spacer grid element exhibiting a polygonal cross-section including at least three supporting sides distributed around the extension axis, wherein each supporting side comprises an inwardly protruding corrugation, characterised in that at least one spring is formed onto the corrugation, the spring being configured for supporting a fuel rod extending through the spacer grid element. a nuclear fuel assembly spacer grid, the spacer grid element defining a cell extending along an extension axis for receiving a nuclear fuel rod, the spacer grid element exhibiting a polygonal cross-section including at least three supporting sides distributed around the extension axis, wherein each supporting side comprises an inwardly protruding corrugation,
A mobile communication device configured to cancel interference within received millimeter wave band signals, the device comprising: a receiver circuit configured to: receive a millimeter wave band signal; estimate a direction of arrival of the millimeter wave band signal; determine dominant paths of the millimeter wave band signal based on the direction of arrival; determine if the millimeter wave band signal includes interference based on the determined dominant paths; operate in a first mode to provide a gain adjustment to the millimeter wave band signal with a first amplifier when the millimeter wave band signal does not include interference; when the millimeter wave band signal includes interference, operate in a second mode to: form a filter (427, 455, 445) for the millimeter wave band signal; and provide a gain adjustment to the millimeter wave band with the first amplifier; and provide a gain adjustment to the millimeter wave band with a second amplifier. receive a millimeter wave band signal; estimate a direction of arrival of the millimeter wave band signal; determine dominant paths of the millimeter wave band signal based on the direction of arrival; determine if the millimeter wave band signal includes interference based on the determined dominant paths; operate in a first mode to provide a gain adjustment to the millimeter wave band signal with a first amplifier when the millimeter wave band signal does not include interference; when the millimeter wave band signal includes interference, operate in a second mode to: form a filter (427, 455, 445) for the millimeter wave band signal; and provide a gain adjustment to the millimeter wave band with the first amplifier; and provide a gain adjustment to the millimeter wave band with a second amplifier. form a filter (427, 455, 445) for the millimeter wave band signal; and provide a gain adjustment to the millimeter wave band with the first amplifier; and provide a gain adjustment to the millimeter wave band with a second amplifier.
A personal care composition comprising at least one surfactant and at least one conditioning agent and a high internal phase emulsion, wherein said high internal phase emulsion comprises; a) a structured external phase comprising polyglyceryl fatty acid ester and water; and b) an internal phase comprising an acrylates/dimethicone copolymer/methyl trimethicone. a) a structured external phase comprising polyglyceryl fatty acid ester and water; and b) an internal phase comprising an acrylates/dimethicone copolymer/methyl trimethicone.
Apparatus for cleaning a reverse vending machine which has a number of functional modules with subassemblies, wherein a transport module for conveying a returnable container and/or an input module for introducing the returnable container into the reverse vending machine and/or a detection module for identifying a returnable container and/or a sorting module for feeding the returnable container fed thereto to one of a plurality of sorting paths and/or a compacting module for reducing the size of the returnable container are arranged as functional module, wherein at least one fluid held in a storage container (9, 10) is able to be pressurized by means of a pressure generating device such that the fluid is able to be fed to at least one subassembly via feeding means, wherein the feeding means has at least one spray nozzle for atomizing the fluid on exiting the feeding means, characterized in that the pressure generating device interacts with a first drive unit of a functional module of the reverse vending machine via a coupling unit, such that the pressure generating device is actuable in dependence on the direction of rotation of the drive unit.
A method of determining the position of inclusions in a diamond, comprising: (a) placing the diamond within a material consisting of molten selenium, the material having a refractive index within 0.1 of that of the diamond for a particular temperature and wavelength band of light; (b) illuminating the diamond and imaging the illuminated diamond within said material with a wavelength from said wavelength band of light between 1 and 2 microns and at said temperature of between 100 and 400 degrees Celsius; and (c) determining the position of inclusions based on images of the inclusions in the images of the diamond. (a) placing the diamond within a material consisting of molten selenium, the material having a refractive index within 0.1 of that of the diamond for a particular temperature and wavelength band of light; (b) illuminating the diamond and imaging the illuminated diamond within said material with a wavelength from said wavelength band of light between 1 and 2 microns and at said temperature of between 100 and 400 degrees Celsius; and (c) determining the position of inclusions based on images of the inclusions in the images of the diamond.
A chronic disease monitoring system (7000, 4000) comprising: a sensor (7010, 4272; 4274) configured to generate a respiratory signal indicative of a patient's respiration during a monitoring session; and a processor (7006, 4230) configured to: extract, for each of a plurality of monitoring sessions, one or more respiratory features from the respiratory signal, wherein the one or more respiratory features comprise one or more of: a percentile of breathing rate, a total number of sleep disordered breathing events, and a percentile of duration of Cheyne-Stokes respiration cycles; and compute a stability measure of the patient for a monitoring session, the stability measure representing an indication of a change point having occurred at the monitoring session in a statistical distribution of a respiratory feature of the one or more respiratory features, wherein the statistical distribution of the respiratory feature is a posterior distribution of run length for the monitoring session given values of the respiratory feature up to and including the monitoring session. a sensor (7010, 4272; 4274) configured to generate a respiratory signal indicative of a patient's respiration during a monitoring session; and a processor (7006, 4230) configured to: extract, for each of a plurality of monitoring sessions, one or more respiratory features from the respiratory signal, wherein the one or more respiratory features comprise one or more of: a percentile of breathing rate, a total number of sleep disordered breathing events, and a percentile of duration of Cheyne-Stokes respiration cycles; and compute a stability measure of the patient for a monitoring session, the stability measure representing an indication of a change point having occurred at the monitoring session in a statistical distribution of a respiratory feature of the one or more respiratory features, wherein the statistical distribution of the respiratory feature is a posterior distribution of run length for the monitoring session given values of the respiratory feature up to and including the monitoring session. extract, for each of a plurality of monitoring sessions, one or more respiratory features from the respiratory signal, wherein the one or more respiratory features comprise one or more of: a percentile of breathing rate, a total number of sleep disordered breathing events, and a percentile of duration of Cheyne-Stokes respiration cycles; and compute a stability measure of the patient for a monitoring session, the stability measure representing an indication of a change point having occurred at the monitoring session in a statistical distribution of a respiratory feature of the one or more respiratory features, wherein the statistical distribution of the respiratory feature is a posterior distribution of run length for the monitoring session given values of the respiratory feature up to and including the monitoring session.
Ultra-flat lighting panel, said lighting panel comprising a light diffusion plate, the lighting panel further comprising at least one support strip, extending along a plane parallel to the longitudinal plane of the diffusion plate, and at least one light emitting diodes strip mounted to said at least one support strip facing at least one slice of the diffusion plate on a length of said diffusion plate so as to emit light from the light emitting diodes into said slice, the panel further comprising at least one opaque strip covering the at least one light emitting diode strip such that said at least one light emitting diode strip is disposed between the slice of the diffusion plate, flush with which said at least one light emitting diode strip extends, and said at least one opaque strip, the panel comprising an opalescent plate (150, 150-1, 150-2) on at least one of its two faces, said at least one face being a light emitting face.
An unmanned intelligent mining machine comprising: - a cutting part body; - a cutting drum; - a deployable flank cutting device wherein the deployable flank cutting device can be deployed toward flanks of the cutting part body and cuts the orebody in the direction of the flanks, characterized in that it further comprises a reciprocating telescoping device, whereby the reciprocating telescoping device is used to drive the cutting drum to reciprocate back and forth. - a cutting part body; - a cutting drum; - a deployable flank cutting device wherein the deployable flank cutting device can be deployed toward flanks of the cutting part body and cuts the orebody in the direction of the flanks,
Device for determining the position of an automatically displaceable gauge, said device comprising a) the gauge, b) a device for displacing the gauge in the spatial X-direction, which is perpendicular to the longitudinal axis of the gauge, c) a device for displacing the gauge in a spatial Z-direction, which extends parallel to the longitudinal axis of the gauge, d) a sensor for identifying the abutment of the gauge on, or the approach thereof to, an article, e) an at least partly bordered receptacle position for the gauge, into which the gauge is at least partly insertable by displacing the gauge in the spatial X-and/or Z-direction, f) a movable assembly, characterized in that the receptacle position for the gauge is arranged on the movable assembly. a) the gauge, b) a device for displacing the gauge in the spatial X-direction, which is perpendicular to the longitudinal axis of the gauge, c) a device for displacing the gauge in a spatial Z-direction, which extends parallel to the longitudinal axis of the gauge, d) a sensor for identifying the abutment of the gauge on, or the approach thereof to, an article, e) an at least partly bordered receptacle position for the gauge, into which the gauge is at least partly insertable by displacing the gauge in the spatial X-and/or Z-direction, f) a movable assembly,
A vibration generator comprising: a vibration transmission member disposed in a seat surface of a seat so as to extend in a horizontal direction of the seat surface and configured to transmit a vibration in an extending direction of the vibration transmission member extending in the horizontal direction of the seat surface; and an exciter comprising a frame, multiple dampers, an outer yoke, a permanent magnet, an inner yoke, a bobbin, and a voice coil; wherein the vibration transmission member transmits vibration in a direction different from a vertical direction in which weight of a seated person is applied to the seat surface; and the bobbin vibrates in the direction in which the outer yoke approaches or leaves the frame through the dampers, wherein the vibration of the bobbin is transmitted to the vibration transmission member through the frame. a vibration transmission member disposed in a seat surface of a seat so as to extend in a horizontal direction of the seat surface and configured to transmit a vibration in an extending direction of the vibration transmission member extending in the horizontal direction of the seat surface; and an exciter comprising a frame, multiple dampers, an outer yoke, a permanent magnet, an inner yoke, a bobbin, and a voice coil; wherein the vibration transmission member transmits vibration in a direction different from a vertical direction in which weight of a seated person is applied to the seat surface; and the bobbin vibrates in the direction in which the outer yoke approaches or leaves the frame through the dampers, wherein the vibration of the bobbin is transmitted to the vibration transmission member through the frame.
A computer-implemented method for efficient packet forwarding, the method comprising: storing, in a storage device in a first node, a plurality of static dictionaries, each static dictionary comprising a mapping between a type and length, TL, string and a compressed replacement string, wherein each static dictionary is constructed based on most commonly used TL pairs for a client; in response to identifying a particular TL string in a packet, replacing that TL string with a compressed replacement string using one of the plurality of dictionaries; including a context identifier in the packet to identify which dictionary was used; and transmitting the packet to a second node storing the static dictionary identified by the context identifier in a local storage device. storing, in a storage device in a first node, a plurality of static dictionaries, each static dictionary comprising a mapping between a type and length, TL, string and a compressed replacement string, wherein each static dictionary is constructed based on most commonly used TL pairs for a client; in response to identifying a particular TL string in a packet, replacing that TL string with a compressed replacement string using one of the plurality of dictionaries; including a context identifier in the packet to identify which dictionary was used; and transmitting the packet to a second node storing the static dictionary identified by the context identifier in a local storage device.
A method comprising: pairing a high definition video disc player with a video portal accessible using another device; providing access to content on a high definition video disc accessed by the high definition video disc player using the high definition video disc player and the video portal; and providing interactivity with the content on the high definition video disc player, wherein the pairing of the high definition video disc player and the video portal configures the video portal to receive disc information from the high definition video disc player and to provide access to content on the high definition video disc accessed by the high definition video disc player, and the providing access to the content by the high definition video disc player includes resuming play of the content for display at a position left off at regardless of whether the high definition video disc player or the other device is being used to access the content, the high definition video disc player resuming the play of the content from the high definition video disc or the other device resuming play of the content from the position left off, wherein the high definition video disc player and the video portal communicate a current position of the content which current position determines the position left off, and the video portal continuously or periodically monitors the position of the content and begins buffering the content when the user stops the content on the high definition video disk player and not before then. pairing a high definition video disc player with a video portal accessible using another device; providing access to content on a high definition video disc accessed by the high definition video disc player using the high definition video disc player and the video portal; and providing interactivity with the content on the high definition video disc player, wherein the pairing of the high definition video disc player and the video portal configures the video portal to receive disc information from the high definition video disc player and to provide access to content on the high definition video disc accessed by the high definition video disc player, and the providing access to the content by the high definition video disc player includes resuming play of the content for display at a position left off at regardless of whether the high definition video disc player or the other device is being used to access the content, the high definition video disc player resuming the play of the content from the high definition video disc or the other device resuming play of the content from the position left off, wherein the high definition video disc player and the video portal communicate a current position of the content which current position determines the position left off, and the video portal continuously or periodically monitors the position of the content and begins buffering the content when the user stops the content on the high definition video disk player and not before then.
An imaging spectrometer for receiving a beam of light from a slit and outputting the beam of light to a focal plane, wherein the output beam of light at the focal plane is dispersed in accordance with a spectral composition of the beam of light received from the slit, wherein the imaging spectrometer comprises first to fourth curved reflective portions (110, 120, 130, 140); the first to fourth curved reflective portions (110, 120, 130, 140) are arranged so that the beam of light, in its passage from the slit to the focal plane, sequentially strikes the first to fourth curved reflective portions (110, 120, 130, 140) and is reflected by the first to fourth curved reflective portions (110, 120, 130, 140); the first to fourth curved reflective portions (110, 120, 130, 140) are alternatingly concave or convex, respectively, along the passage of the beam of light; at least one of the first to fourth curved reflective portions (110, 120, 130, 140) has a reflective grating structure; the first and third curved reflective portions (110, 130) are formed on a first reflective optical element; and the second and fourth curved reflective portions (120, 140) are formed on a second reflective optical element.
Float for an offshore wind turbine, comprising at least four columns (20, 22, 24, 26), including a central column and three outer columns (22, 24, 26) connected to the central column by branches (14, 16, 18) forming pontoons, characterized in that the columns (20, 22, 24, 26) comprise fixing-collar forming means for fixing them on corresponding assembly portions of the branch (14, 16, 18) forming pontoon, in that it comprises centering means of the columns (20, 22, 24) in the assembly position on the corresponding assembly portions of the branch (14, 16, 18) forming pontoon and in that it comprises guide means for guiding the columns (20, 22, 24, 26) in the assembly position on the corresponding assembly portions of the branch (14, 16, 18) forming pontoon.
A system for neurological tissue stimulation comprising a lead sized and configured for implantation in a targeted tissue stimulation region within a brain, a pulse generator coupled to the lead, the pulse generator including a power source comprising a battery; and a microprocessor coupled to the battery and operable to apply to the lead a waveform of a stimulation pulse, said microprocessor being configured to calculate electrical stimulation parameters of the stimulation pulse, said stimulation parameters including art amplitude, a pulse width and a shape of the waveform of the stimulation pulse, wherein the shape of the waveform of the stimulation pulse is derived through the use of a prescribed genetic algorithm coupled to a computational model of extracellular stimulation of a mammalian myelinated axon to optimize energy efficiency of the waveform of the stimulation pulse, whereby the waveform of the stimulation pulse is deep brain stimulation applied to treat a neurological disorder and wherein said microprocessor controls the generation of the stimulation waveform through a software implementation of a function comprising: f t = A ∗ e − t − μ α L β L for t ≤ μ, and = A ∗ e − t − μ α R β R for t > μ, wherein said function is fitted to the stimulation waveform of the stimulation, pulse, and wherein: μ is greater than zero and less than the pulse width, A is the peak current amplitude of the waveform at time μ, α L and α R are scale parameters for times less than or equal to μ and greater than μ, respectively, and β L and β R are shape parameters for times less than or equal to μ and greater than μ, respectively. μ is greater than zero and less than the pulse width, A is the peak current amplitude of the waveform at time μ, α L and α R are scale parameters for times less than or equal to μ and greater than μ, respectively, and β L and β R are shape parameters for times less than or equal to μ and greater than μ, respectively.
A manufacturing method of a turbine rotor having a turbine blade rotor made of a material containing heat-resistant metal and a rotor shaft made of a material containing carbon steel which are connected to each other by butt welding, characterized in that the manufacturing method comprises the steps of: welding a joint portion of the turbine blade rotor and the rotor shaft by irradiation with a first beam for one revolution or two revolutions from a starting point of welding at the joint portion in a prescribed rotating direction; and after the welding, tempering a prescribed range of a rotor shaft side including the joint portion by irradiation with a second beam from the starting point of welding in the prescribed rotating direction over an entire angular position A defined by a formula or, when B as an angular region of completion of welding being 90°, as follows: A = 360 ° − B or A = 720 ° − B welding a joint portion of the turbine blade rotor and the rotor shaft by irradiation with a first beam for one revolution or two revolutions from a starting point of welding at the joint portion in a prescribed rotating direction; and after the welding, tempering a prescribed range of a rotor shaft side including the joint portion by irradiation with a second beam from the starting point of welding in the prescribed rotating direction over an entire angular position A defined by a formula or, when B as an angular region of completion of welding being 90°, as follows: A = 360 ° − B or A = 720 ° − B
A compound semiconductor, represented by Chemical Formula 1 below: Chemical Formula 1 In x Co 4 Sbi 2-n-z Q' n Te z where, in the Chemical Formula 1, Q' is O, 0<x≤0.25, 0<n≤2 and 0<z≤2.