mhurhangee/ep-ind-claims huggingface dataset:
A system comprising one or more processors, the one or more processors configured to: receive one or more call path signatures, each call path signature corresponding to a respective call stack frame of a call stack and comprising a call path hash value; sort the one or more call path signatures according to depth of the call path for each call stack frame corresponding to a received call path signature; and for each of the sorted one or more call path signatures: generate a parent call path hash value using a return address of a call stack frame and a call path hash value in the call path signature, generate, using the parent call path hash value, a parent call path for a parent call stack frame appearing before the call stack frame in the call path, and generate a call path for the call stack frame using the parent call path and the return address of the respective call stack frame. receive one or more call path signatures, each call path signature corresponding to a respective call stack frame of a call stack and comprising a call path hash value; sort the one or more call path signatures according to depth of the call path for each call stack frame corresponding to a received call path signature; and for each of the sorted one or more call path signatures: generate a parent call path hash value using a return address of a call stack frame and a call path hash value in the call path signature, generate, using the parent call path hash value, a parent call path for a parent call stack frame appearing before the call stack frame in the call path, and generate a call path for the call stack frame using the parent call path and the return address of the respective call stack frame. generate a parent call path hash value using a return address of a call stack frame and a call path hash value in the call path signature, generate, using the parent call path hash value, a parent call path for a parent call stack frame appearing before the call stack frame in the call path, and generate a call path for the call stack frame using the parent call path and the return address of the respective call stack frame.
A method to be performed at a multiband Access Point, AP, the method comprising: transmitting a beacon comprising multiband capability information corresponding to the multiband AP, the multiband capability information corresponding to the multiband AP to indicate one or more multiband capabilities of the multiband AP; receiving a first message from a multiband wireless communication station, STA, the first message comprising multiband capability information corresponding to the multiband STA, the multiband capability information corresponding to the multiband STA to indicate that the multiband STA is a multiband multi-mode STA having both WiFi connectivity and cellular connectivity; and transmitting to the multiband STA a second message configured to indicate to the multiband STA to steer traffic to a cellular node of a cellular network. transmitting a beacon comprising multiband capability information corresponding to the multiband AP, the multiband capability information corresponding to the multiband AP to indicate one or more multiband capabilities of the multiband AP; receiving a first message from a multiband wireless communication station, STA, the first message comprising multiband capability information corresponding to the multiband STA, the multiband capability information corresponding to the multiband STA to indicate that the multiband STA is a multiband multi-mode STA having both WiFi connectivity and cellular connectivity; and transmitting to the multiband STA a second message configured to indicate to the multiband STA to steer traffic to a cellular node of a cellular network.
A microemulsion of oil-in-water type comprising, preferably consisting of, by weight relative to the total weight of microemulsion: • 70% to 94% of water, • 1% to 15% of at least one hydrophobic fragrancing substance, • 4% to 20% of at least one preferably volatile solvo-surfactant, and • 0.1% to 15%, preferably 1% to 13%, of at least one hydrotropic agent or at least one surfactant selected from anionic surfactants, cationic surfactants, amphoteric surfactants and non-ionic surfactants, said solvo-surfactant being selected from monoalkylated glycerol derivatives of following formula: wherein the "alkyl" group is a linear or branched alkyl group comprising from 1 to 8 carbon atoms, and R and R' are each independently H or a linear or branched alkyl group comprising from 1 to 5 carbon atoms, with the proviso that R is different from R', and mixtures thereof. • 70% to 94% of water, • 1% to 15% of at least one hydrophobic fragrancing substance, • 4% to 20% of at least one preferably volatile solvo-surfactant, and • 0.1% to 15%, preferably 1% to 13%, of at least one hydrotropic agent or at least one surfactant selected from anionic surfactants, cationic surfactants, amphoteric surfactants and non-ionic surfactants, said solvo-surfactant being selected from monoalkylated glycerol derivatives of following formula: wherein the "alkyl" group is a linear or branched alkyl group comprising from 1 to 8 carbon atoms, and R and R' are each independently H or a linear or branched alkyl group comprising from 1 to 5 carbon atoms, with the proviso that R is different from R', and mixtures thereof.
Resilient sole, arranged in particular to be attached to a concrete layer or positioned between a concrete layer and a ballast, characterised in that it is formed of a recycled rubber layer (4, 9), in the revulcanised state after devulcanisation, and of a layer of structured fibres (5, 13), arranged in contact with the rubber layer, said fibres being partially impregnated in said rubber layer and having a free thickness (8, 19) of structured fibres.
A dip-molded article comprising: a layer derived from a latex composition for dip-molding; and a layer derived from a polymer including a repeating unit derived from a diacetylene-based compound, and wherein the diacetylene-based compound is one selected from the group consisting of compounds represented by Chemical Formulas 1-1 to 1-5 below: a layer derived from a latex composition for dip-molding; and a layer derived from a polymer including a repeating unit derived from a diacetylene-based compound, and wherein the diacetylene-based compound is one selected from the group consisting of compounds represented by Chemical Formulas 1-1 to 1-5 below:
A computer-implemented method of generating an online unit process model, the method comprising: identifying a plant-wide process model of an industrial plant, the plant-wide process model being configured to perform offline operations of the industrial plant; selecting a modeled operating unit contained in the identified plant-wide process model, the selected modeled operating unit corresponding to a physical operating unit at the industrial plant; converting the identified plant-wide process model to a unit process model of the selected modeled operating unit; recalibrating the unit process model to enable performance based on real-time measurements collected by instruments of the physical operating unit; deploying the recalibrated unit process model online at the industrial plant, the deployed unit process model calculating Key Process Indicators KPIs based on real-time measurements collected by the instruments of the physical operating unit, the KPIs predicting operational behavior of the physical operating unit at the industrial plant; and controlling the physical operating unit according to the predicted operational behavior of the physical operating unit. identifying a plant-wide process model of an industrial plant, the plant-wide process model being configured to perform offline operations of the industrial plant; selecting a modeled operating unit contained in the identified plant-wide process model, the selected modeled operating unit corresponding to a physical operating unit at the industrial plant; converting the identified plant-wide process model to a unit process model of the selected modeled operating unit; recalibrating the unit process model to enable performance based on real-time measurements collected by instruments of the physical operating unit; deploying the recalibrated unit process model online at the industrial plant, the deployed unit process model calculating Key Process Indicators KPIs based on real-time measurements collected by the instruments of the physical operating unit, the KPIs predicting operational behavior of the physical operating unit at the industrial plant; and controlling the physical operating unit according to the predicted operational behavior of the physical operating unit.
A high Cr Ni-based alloy welding wire comprising, by mass, C: 0.04% or less, Mn: 7% or less, Fe: 1 to 12%, Si: 0.75% or less, Al: 0.01 to 0.7%, Ti: 0.01 to 0.7%, Cr: 25.0 to 31.5%, Ta: 1 to 10%, and Mo: 1 to 6%, and N:0.1% or less, and as inevitable impurities, P: 0.02% or less, O: 0.01% or less, S: 0.0015% or less, H: 0.0015% or less, Cu: 0.08% or less, and Co: 0.05% or less, and the balance: Ni, contents of S, Ta, Al, Ti, Mo, and N satisfying the following relations and: 12000 S + 0.58 Ta − 2.6 Al − 2 Ti ≤ 19.3 Ta + 1.6 Mo + 187 N ≥ 5.7 wherein optionally the inevitable impurities further comprise: Ca and Mg, and the total content of Ca and Mg is less than 0.002 mass %; optionally the high Cr Ni-based alloy welding wire further comprises by mass Nb: 0.5% or less; the contents of S, Ta, Nb, Al, Ti, Ta, Mo, and N satisfying the following relations and: 12000 S + 0.58 Ta + 2.1 Nb − 2.6 Al − 2 Ti ≤ 19.3 Ta + 3.8 Nb + 1.6 Mo + 187 N ≥ 5.7 and optionally the high Cr Ni-based alloy welding wire further comprises by mass at least one kind of element selected from B, Zr, and rare earth elements: 0.02% or less.
A method for analysing alcoholic beverages, the method comprising: illuminating a sample of an alcoholic beverage using light suitable for stimulating a Raman signal; capturing light, including the Raman signal and fluorescence, from the illuminated sample; obtaining a spectrum of the captured light; and analysing the beverage using the spectrum of the captured light by: using principal component analysis of the spectrum of the captured light, including both the Raman signal and the fluorescence, to determine a classification of the beverage, wherein the classification of the beverage comprises at least one of a type, a flavour, aromatic features, geographic origin, brand, age and cask of the beverage; performing baseline subtraction on the spectrum of the captured light so as to remove a spectrum of the fluorescence from the spectrum of the captured light and thereby provide a Raman spectrum; determining a percentage alcohol concentration of the beverage from the Raman spectrum; and authenticating the beverage based on the determined classification of the beverage and the determined percentage alcohol concentration of the beverage. illuminating a sample of an alcoholic beverage using light suitable for stimulating a Raman signal; capturing light, including the Raman signal and fluorescence, from the illuminated sample; obtaining a spectrum of the captured light; and analysing the beverage using the spectrum of the captured light by: using principal component analysis of the spectrum of the captured light, including both the Raman signal and the fluorescence, to determine a classification of the beverage, wherein the classification of the beverage comprises at least one of a type, a flavour, aromatic features, geographic origin, brand, age and cask of the beverage; performing baseline subtraction on the spectrum of the captured light so as to remove a spectrum of the fluorescence from the spectrum of the captured light and thereby provide a Raman spectrum; determining a percentage alcohol concentration of the beverage from the Raman spectrum; and authenticating the beverage based on the determined classification of the beverage and the determined percentage alcohol concentration of the beverage. using principal component analysis of the spectrum of the captured light, including both the Raman signal and the fluorescence, to determine a classification of the beverage, wherein the classification of the beverage comprises at least one of a type, a flavour, aromatic features, geographic origin, brand, age and cask of the beverage; performing baseline subtraction on the spectrum of the captured light so as to remove a spectrum of the fluorescence from the spectrum of the captured light and thereby provide a Raman spectrum; determining a percentage alcohol concentration of the beverage from the Raman spectrum; and authenticating the beverage based on the determined classification of the beverage and the determined percentage alcohol concentration of the beverage.
An image display apparatus comprising: a monitor; an analysis unit (25, 25A) that analyzes a plurality of ultrasound images in which a lesion part of a subject is imaged to acquire probe positional information of an ultrasound probe at a time of imaging, and imaging feature information regarding a position of the lesion part and an imaging range on the basis of a distance between pixels in each of the plurality of ultrasound images; an image extraction unit that extracts an ultrasound image conforming to a display layout set by a user, from the plurality of ultrasound images by referring to the probe positional information and the imaging feature information acquired by the analysis unit; and a display controller that displays the ultrasound image extracted by the image extraction unit on the monitor according to the display layout. a monitor; an analysis unit (25, 25A) that analyzes a plurality of ultrasound images in which a lesion part of a subject is imaged to acquire probe positional information of an ultrasound probe at a time of imaging, and imaging feature information regarding a position of the lesion part and an imaging range on the basis of a distance between pixels in each of the plurality of ultrasound images; an image extraction unit that extracts an ultrasound image conforming to a display layout set by a user, from the plurality of ultrasound images by referring to the probe positional information and the imaging feature information acquired by the analysis unit; and a display controller that displays the ultrasound image extracted by the image extraction unit on the monitor according to the display layout.
A method for a computing device, comprising: receiving an indication that one or more playback devices are emitting a calibration sound in a given environment during a calibration period; recording the emitted calibration sound; receiving motion data indicating movement of the computing device during emission of the calibration sound; identifying: a first component of the motion data that indicates movement of the computing device in a vertical direction and one or more second components of the motion data that indicates movement of the computing device in respective radial directions from the one or more playback devices; determining one or more horizontal-motion parameters representing motion of the computing device in a horizontal direction through the environment by cross-correlating the first component with the one or more second components of the motion data; and determining that sufficient horizontal translation of the computing device occurred during the calibration period by determining that at least one of the horizontal motion parameters representing motion in the horizontal direction through the environment exceeds a correlation threshold. receiving an indication that one or more playback devices are emitting a calibration sound in a given environment during a calibration period; recording the emitted calibration sound; receiving motion data indicating movement of the computing device during emission of the calibration sound; identifying: a first component of the motion data that indicates movement of the computing device in a vertical direction and one or more second components of the motion data that indicates movement of the computing device in respective radial directions from the one or more playback devices; determining one or more horizontal-motion parameters representing motion of the computing device in a horizontal direction through the environment by cross-correlating the first component with the one or more second components of the motion data; and determining that sufficient horizontal translation of the computing device occurred during the calibration period by determining that at least one of the horizontal motion parameters representing motion in the horizontal direction through the environment exceeds a correlation threshold. a first component of the motion data that indicates movement of the computing device in a vertical direction and one or more second components of the motion data that indicates movement of the computing device in respective radial directions from the one or more playback devices; determining one or more horizontal-motion parameters representing motion of the computing device in a horizontal direction through the environment by cross-correlating the first component with the one or more second components of the motion data; and determining that sufficient horizontal translation of the computing device occurred during the calibration period by determining that at least one of the horizontal motion parameters representing motion in the horizontal direction through the environment exceeds a correlation threshold.
A steel consisting of, in mass %: 0.005 to 0.015% carbon; 0.05 to 0.35% silicon, 7.45 to 8.4% nickel; 1.00% or less manganese; 0.025% or less sulphur; 0.030% or less phosphorous; 24.0 to 26.0% chromium; 0.50 to 1.00% copper; 3.0 to 4.0% molybdenum; 0.010% or less niobium; 0.75% or less cobalt; 0.015% or less aluminium; 0.20 to 0.30% nitrogen; 0.50 to 0.85% tungsten; 0.20% or less vanadium; the balance being iron and incidental impurities.
A method for signal processing, the method comprising: generating an initially decoded output bit sequence (Decoded data) by a frame process for a received bit sequence (Rx Encoded Data) for a plurality of received multipath signals (310, 312, 314) wherein said frame process utilizes redundancy based decoding, which imposes at least one physical constraint during said decoding by a decoding algorithm; feeding back said initially decoded output bit sequence (Decoded data) for processing by a burst process as a feedback bit sequence; and generating a newly decoded output bit sequence by a subsequent frame process based on said burst process, wherein the initially decoded output bit sequence is generated by a first iteration of the burst process and the frame process, wherein the newly decoded output bit sequence is generated by a second iteration of the burst process and the frame process, the second iteration of the burst process being based on a gradient search approach to find a minimal distance H between the received bit sequence and the feedback bit sequence. generating an initially decoded output bit sequence (Decoded data) by a frame process for a received bit sequence (Rx Encoded Data) for a plurality of received multipath signals (310, 312, 314) wherein said frame process utilizes redundancy based decoding, which imposes at least one physical constraint during said decoding by a decoding algorithm; feeding back said initially decoded output bit sequence (Decoded data) for processing by a burst process as a feedback bit sequence; and generating a newly decoded output bit sequence by a subsequent frame process based on said burst process, wherein the initially decoded output bit sequence is generated by a first iteration of the burst process and the frame process, wherein the newly decoded output bit sequence is generated by a second iteration of the burst process and the frame process, the second iteration of the burst process being based on a gradient search approach to find a minimal distance H between the received bit sequence and the feedback bit sequence.
An iron-based alloy powder, which is produced from a molten steel having a chemical composition consisting of less than 0.1% by mass of carbon, 0.5 to 8.5% by mass of Si, 10 to 25% by mass of Ni, 5 to 20% by mass of Mo, and 5 to 20% by mass of Co, with a remainder of Fe and incidental impurities, the powder being produced by rapidly cooling of the molten steel with a gas atomization method or a water atomization method or a centrifugal force atomization method, so that the Vickers hardness of the powder at a time of compression molding is less than 250 HV, and the powder is capable of achieving a Vickers hardness after sintering of 450 HV or more.
A containment vessel for storing and sterilizing a replacement heart valve coupled to a delivery system having an outer sheath, the containment vessel comprising: a hollow element having a wall, a proximal end, a distal end, and a lumen extending between the proximal end and the distal end, the lumen of the hollow element being configured and adapted to contain a replacement heart valve in a deployed configuration during storage and sterilizing of the replacement heart valve; and a proximal end cap including a secondary proximal end cap removably secured to the proximal end cap and configured to reversibly seal the proximal end cap to the outer sheath, thereby establishing a closed fluid connection between the lumen of the hollow element and a lumen of the outer sheath; characterized in that the proximal end cap includes a sheathing guide configured and adapted to direct the replacement heart valve into the lumen of the outer sheath, wherein the sheathing guide includes a tapered surface extending from a distal end of the sheathing guide toward a proximal end of the proximal end cap. a hollow element having a wall, a proximal end, a distal end, and a lumen extending between the proximal end and the distal end, the lumen of the hollow element being configured and adapted to contain a replacement heart valve in a deployed configuration during storage and sterilizing of the replacement heart valve; and a proximal end cap including a secondary proximal end cap removably secured to the proximal end cap and configured to reversibly seal the proximal end cap to the outer sheath, thereby establishing a closed fluid connection between the lumen of the hollow element and a lumen of the outer sheath; characterized in that the proximal end cap includes a sheathing guide configured and adapted to direct the replacement heart valve into the lumen of the outer sheath, wherein the sheathing guide includes a tapered surface extending from a distal end of the sheathing guide toward a proximal end of the proximal end cap.
A system for bleeding air from a core flow path of a gas turbine engine, comprising: a bleed valve in a bleed air duct configured to receive bleed air from a first entrance point to the core flow path into the bleed air duct; a pressurized air valve in a pressurized air duct configured to receive pressurized air from a second entrance point to the core flow path, the pressurized air at a pressure greater than that received into the first entrance point; and characterised by a vortex tube in communication with the pressurized air duct; an eductor outlet from the pressurized air duct located in the bleed air duct; and a control system operable to control operation of the bleed valve and the pressurized air valve. a bleed valve in a bleed air duct configured to receive bleed air from a first entrance point to the core flow path into the bleed air duct; a pressurized air valve in a pressurized air duct configured to receive pressurized air from a second entrance point to the core flow path, the pressurized air at a pressure greater than that received into the first entrance point; and characterised by a vortex tube in communication with the pressurized air duct; an eductor outlet from the pressurized air duct located in the bleed air duct; and a control system operable to control operation of the bleed valve and the pressurized air valve.