mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a data processing system for creating data structures for parallel programming, comprising: forming, by one or more processors , one or more data structures, each data structure comprising one or more global containers and a first plurality of local containers, wherein each of the one or more global containers is accessible by all of a plurality of threads in a multi-thread parallel processing environment, wherein each of the first plurality of local containers is accessible only by a corresponding one of the plurality of threads, wherein a local container of the first plurality of local containers comprises a trace identifier, tid, a start index, and an end index, the start index and the end index corresponds to a global container of the one or more global containers; splitting the global container into a second plurality of local containers when items are going to be processed in parallel; performing parallel processing with the plurality of threads accessing the global container, wherein during the parallel processing, each of the plurality of threads accesses a corresponding local container, wherein the global container and the local container are implemented as common data structure, and a data region of the common data structure is identified by the start index and the end index in the local container, the corresponding one of the plurality of threads is identified by the tid; and merging two or more of the first plurality local containers into a single global container when the plurality of threads synchronize the items. forming, by one or more processors , one or more data structures, each data structure comprising one or more global containers and a first plurality of local containers, wherein each of the one or more global containers is accessible by all of a plurality of threads in a multi-thread parallel processing environment, wherein each of the first plurality of local containers is accessible only by a corresponding one of the plurality of threads, wherein a local container of the first plurality of local containers comprises a trace identifier, tid, a start index, and an end index, the start index and the end index corresponds to a global container of the one or more global containers; splitting the global container into a second plurality of local containers when items are going to be processed in parallel; performing parallel processing with the plurality of threads accessing the global container, wherein during the parallel processing, each of the plurality of threads accesses a corresponding local container, wherein the global container and the local container are implemented as common data structure, and a data region of the common data structure is identified by the start index and the end index in the local container, the corresponding one of the plurality of threads is identified by the tid; and merging two or more of the first plurality local containers into a single global container when the plurality of threads synchronize the items.
A system for detecting ice and/or water within an area of interest, said system comprising: a detection system for measuring radiance of the area of interest when exposed to electromagnetic radiation having wavelengths in a spectral band containing a crossover point in the curves representing the absorption of electromagnetic radiation by ice and water, said detection system measuring said radiance of the area of interest in said spectral band around said crossover point, said detection system being configured for measuring said radiance in a first band of said spectral band which has wavelengths in said spectral band on a first side of said crossover point (band λ1) and for outputting a first band signal ( R λ1 ), said detection system being configured for measuring said radiance in a second band of said spectral band which has wavelengths in said spectral band on a second opposing side of said crossover point (band λ2) and for outputting a second band signal ( R λ2 ); and a processing unit for determining a ratio of said first band signal and said second band signal (γ = R λ 1 / R λ2 ), said processing unit being configured for comparing said ratio to predetermined critical ratio ranges and for outputting a determination signal indicating at least one of presence of ice when said ratio is within a first range of said predetermined critical ratio ranges and presence of water when said ratio is within a second range of said predetermined critical ratio ranges. a detection system for measuring radiance of the area of interest when exposed to electromagnetic radiation having wavelengths in a spectral band containing a crossover point in the curves representing the absorption of electromagnetic radiation by ice and water, said detection system measuring said radiance of the area of interest in said spectral band around said crossover point, said detection system being configured for measuring said radiance in a first band of said spectral band which has wavelengths in said spectral band on a first side of said crossover point (band λ1) and for outputting a first band signal ( R λ1 ), said detection system being configured for measuring said radiance in a second band of said spectral band which has wavelengths in said spectral band on a second opposing side of said crossover point (band λ2) and for outputting a second band signal ( R λ2 ); and a processing unit for determining a ratio of said first band signal and said second band signal (γ = R λ 1 / R λ2 ), said processing unit being configured for comparing said ratio to predetermined critical ratio ranges and for outputting a determination signal indicating at least one of presence of ice when said ratio is within a first range of said predetermined critical ratio ranges and presence of water when said ratio is within a second range of said predetermined critical ratio ranges.
End accessory for agricultural shoulder sprayers or atomizers, including: - a support portion which can be bound to a manoeuvring arm of the agricultural shoulder sprayer or atomizer presenting a connecting duct inside said manoeuvring arm ; - a rotating portion rotatably connected to said support portion , said rotating portion comprising a plurality of blades defining a fan ; - actuation means connected to said rotating portion to carry out a controlled rotation of said rotating portion with respect to said support portion ; and - at least one spraying nozzle configured for the emission of an atomized fluid and defining at least one supply duct of said spraying nozzle , said support portion having an inlet section of said supply duct configured to be coupled to a mutual outlet section of a said connecting duct ; characterized in that said at least one spraying nozzle is defined by said rotating portion , said rotating portion defining at least partly said at least one supply duct . - a support portion which can be bound to a manoeuvring arm of the agricultural shoulder sprayer or atomizer presenting a connecting duct inside said manoeuvring arm ; - a rotating portion rotatably connected to said support portion , said rotating portion comprising a plurality of blades defining a fan ; - actuation means connected to said rotating portion to carry out a controlled rotation of said rotating portion with respect to said support portion ; and - at least one spraying nozzle configured for the emission of an atomized fluid and defining at least one supply duct of said spraying nozzle , said support portion having an inlet section of said supply duct configured to be coupled to a mutual outlet section of a said connecting duct ;
A confectionery composition, which is a gummy or jelly, consisting of: (i) 40 wt% to 70 wt% of a prebiotic composition comprising a first prebiotic ingredient and a second prebiotic ingredient different from the first prebiotic ingredient; and (ii) 60 wt% to 30 wt% of a third ingredient comprising a carrier and, optionally, additives wherein the confectionery composition is gelatin-free; wherein the first prebiotic ingredient comprises gum Arabic, beta-glucan, guar gum, partially hydrolyzed guar gum (PHGG), konjac glucomannan, arabinogalactan, or a mixture of any two or more thereof; wherein the second prebiotic ingredient comprises an oligosaccharide, polysaccharide, glycoprotein, or a mixture of any two or more thereof; and wherein the carrier comprises water, fruit juice, vegetable juice, or a mixture of any two or more thereof. (i) 40 wt% to 70 wt% of a prebiotic composition comprising a first prebiotic ingredient and a second prebiotic ingredient different from the first prebiotic ingredient; and (ii) 60 wt% to 30 wt% of a third ingredient comprising a carrier and, optionally, additives wherein the confectionery composition is gelatin-free; wherein the first prebiotic ingredient comprises gum Arabic, beta-glucan, guar gum, partially hydrolyzed guar gum (PHGG), konjac glucomannan, arabinogalactan, or a mixture of any two or more thereof; wherein the second prebiotic ingredient comprises an oligosaccharide, polysaccharide, glycoprotein, or a mixture of any two or more thereof; and wherein the carrier comprises water, fruit juice, vegetable juice, or a mixture of any two or more thereof.
A method of detecting a MET exon 14 deletion comprising: (a) providing a nucleic acid sample derived from a plasma or formalin fixed paraffin embedded tissue (FFPET) sample comprising RNA from an individual; (b) carrying out a reverse transcription reaction on the RNA to produce cDNA; (c) carrying out an amplification reaction comprising contacting the cDNA with (i) a primer set and first probe labeled with a first label that specifically amplify and detect MET exon 13-14 junction, (ii) a primer set and second probe labeled with a second label that specifically amplify and detect MET exon 14-15 junction, and (iii) a primer set and third probe labeled with a third label that specifically amplify and detect MET exon 13-15 junction; and (d) detecting the presence of a MET exon 14 deletion if an amplification product is formed and detected by the primer set and probe of (iii), wherein steps (b) and (c) are carried out in the same vessel and wherein the first probe is specific for the junction point of the MET exon 13-14 junction, the second probe is specific for the junction point of the MET exon 14-15 junction, and the third probe is specific for the junction point of the MET exon 13-15 junction. (a) providing a nucleic acid sample derived from a plasma or formalin fixed paraffin embedded tissue (FFPET) sample comprising RNA from an individual; (b) carrying out a reverse transcription reaction on the RNA to produce cDNA; (c) carrying out an amplification reaction comprising contacting the cDNA with (i) a primer set and first probe labeled with a first label that specifically amplify and detect MET exon 13-14 junction, (ii) a primer set and second probe labeled with a second label that specifically amplify and detect MET exon 14-15 junction, and (iii) a primer set and third probe labeled with a third label that specifically amplify and detect MET exon 13-15 junction; and (d) detecting the presence of a MET exon 14 deletion if an amplification product is formed and detected by the primer set and probe of (iii),
A compound selected from the group consisting of: quercetin, isoquercetin, E64, CA074, CA074Me, apigenin, baicalein, and tannic acid or a combination thereof for use in a method for treating radiation-induced bystander effects (RIBE) in a subject caused by exposure to radiation.
A wearable item that includes at least one elongate member for supporting at least one attachable element, wherein the elongate member is fabricated from an inner core that is surrounded by at least one outer layer , and wherein: - the at least one outer layer is configured to be elastic when strained by application of a stress below a first elastic limit, wherein the at least one outer layer is configured to experience a permanent deformation when strained by application of a stress above the first elastic limit; - the inner core is configured to be: elastic when strained by application of a stress below a second elastic limit, and permanently deformed when strained by application of a stress above the second elastic limit; wherein the at least one outer layer includes at least one gap radially arranged on the at least one elongate member. wherein the at least one gap is formed between a first element and a second element of the at least one outer layer that are coupled in a mutually pivotal manner using the inner core , and wherein torsional adjustment of the inner core enables pivotal movement of the second element and the first element. characterized in that one or more abutting ends of the first element and/or the second element are configured to slip rotationally with respect to the inner core for accommodating torsional adjustment of the inner core . - the at least one outer layer is configured to be elastic when strained by application of a stress below a first elastic limit, wherein the at least one outer layer is configured to experience a permanent deformation when strained by application of a stress above the first elastic limit; - the inner core is configured to be: elastic when strained by application of a stress below a second elastic limit, and permanently deformed when strained by application of a stress above the second elastic limit; wherein the at least one outer layer includes at least one gap radially arranged on the at least one elongate member. wherein the at least one gap is formed between a first element and a second element of the at least one outer layer that are coupled in a mutually pivotal manner using the inner core , and wherein torsional adjustment of the inner core enables pivotal movement of the second element and the first element. characterized in that one or more abutting ends of the first element and/or the second element are configured to slip rotationally with respect to the inner core for accommodating torsional adjustment of the inner core .
Adapter for a suction device comprising an electric motor that drives an impeller and further comprising a volute that houses said electric motor and said impeller , said adapter comprising a substantially rectangular first shaped end configured to engage with said electric motor , and further comprising a substantially circular second shaped end configured to mate with said volute , wherein said adapter further comprises a plurality of through holes for allowing the passage of fasteners for fastening said electric motor to said volute , wherein said first end is configured to engage with said electric motor having a substantially parallelepiped shape, characterised in that said second end is configured to allow the assembly of said parallelepiped shaped electric motor in a volute, which in itself would be adapted to house a second substantially cylindrically shaped electric motor.
A load sensing assembly for a spinal implant, the load sensing assembly comprising: a set screw comprising an adjustment head and a bore extending in a vertical direction from an outer top surface of the adjustment head of the set screw into a threaded portion of the set screw , wherein the adjustment head has an external shape configured to engage with a tool to rotate the adjustment head ; an antenna ; an integrated circuit in communication with the antenna ; and a strain gauge in connection with the integrated circuit , wherein the integrated circuit and the strain gauge are positioned within the bore of the set screw , wherein the threaded portion of the set screw is configured to fasten to an anchoring member , and wherein the antenna is positioned in the vertical direction above the adjustment head and, when viewed from the outer top surface of the adjustment head of the set screw , within the bore of the set screw . a set screw comprising an adjustment head and a bore extending in a vertical direction from an outer top surface of the adjustment head of the set screw into a threaded portion of the set screw , wherein the adjustment head has an external shape configured to engage with a tool to rotate the adjustment head ; an antenna ; an integrated circuit in communication with the antenna ; and a strain gauge in connection with the integrated circuit , wherein the integrated circuit and the strain gauge are positioned within the bore of the set screw , wherein the threaded portion of the set screw is configured to fasten to an anchoring member , and wherein the antenna is positioned in the vertical direction above the adjustment head and, when viewed from the outer top surface of the adjustment head of the set screw , within the bore of the set screw .
A medical system, comprising: a propellant source configured to contain a propellant fluid; a plurality of containers each configured to contain a material; and a shaft having a plurality of is lumens , each of the plurality of lumens having a first opening at a proximal end of the shaft and a second opening at a distal end of the shaft, wherein the plurality of lumens are fluidly coupled to one or more of the propellant source and at least one of the plurality of containers, and wherein a first lumen of the plurality of lumens surrounds, is coaxial with, or is side-by-side with, at least one other lumen from the plurality of lumens; wherein the shaft includes a tip at a distalmost end of the shaft wherein the tip includes a distal opening , and a passage connecting at least one of the plurality of lumens of the shaft to the distal opening, characterised in that the tip comprises an auger rotatably disposed in the passage, the auger being configured to move material within the passage toward the distal opening. a propellant source configured to contain a propellant fluid; a plurality of containers each configured to contain a material; and a shaft having a plurality of is lumens , each of the plurality of lumens having a first opening at a proximal end of the shaft and a second opening at a distal end of the shaft, wherein the plurality of lumens are fluidly coupled to one or more of the propellant source and at least one of the plurality of containers, and wherein a first lumen of the plurality of lumens surrounds, is coaxial with, or is side-by-side with, at least one other lumen from the plurality of lumens; wherein the shaft includes a tip at a distalmost end of the shaft wherein the tip includes a distal opening , and a passage connecting at least one of the plurality of lumens of the shaft to the distal opening, characterised in that the tip comprises an auger rotatably disposed in the passage, the auger being configured to move material within the passage toward the distal opening.
A formulation suitable for oral administration comprising a therapeutically effective amount of (3,5-Bis trifluoromethyl)-N-[4-methyl-3-(4-pyridin-3yl-pyrimidin-2-yl-amino)phenyl]benzamide (NRC-AN-019) or a salt thereof, and at least one polymeric matrix agent, wherein: the formulation is in the form of a solid dispersion; and the polymeric matrix agent is an ionic polymer or a non-ionic polymer or a combination thereof, wherein the ionic polymer is a cellulosic polymer or a methacrylic acid copolymer or a combination thereof, and wherein the non-ionic polymer is a cellulosic polymer. the formulation is in the form of a solid dispersion; and the polymeric matrix agent is an ionic polymer or a non-ionic polymer or a combination thereof, wherein the ionic polymer is a cellulosic polymer or a methacrylic acid copolymer or a combination thereof, and wherein the non-ionic polymer is a cellulosic polymer.
A dual-mode gimbaled optical system comprising: a nod gimbal configured to rotate about a nod axis ; an off-gimbal detector assembly configured to receive electromagnetic radiation; a receiver-path optical assembly configured to receive the electromagnetic radiation from object space and to direct and focus the electromagnetic radiation along a receiver optical path to the off-gimbal detector assembly , the receiver-path optical assembly including on-gimbal objective optics disposed on the nod gimbal ; an optical source configured to generate an optical signal , the optical source being located off the nod gimbal ; an optical fiber coupled to the optical source and configured to transport the optical signal; a nod-axis bearing assembly configured to support rotation of the nod gimbal about the nod axis, the nod axis bearing assembly including a centrally-located output ferrule mated to the optical fiber and configured to receive the optical signal from the optical fiber and to output the optical signal as an optical beam; and an optical coupling element configured to receive the optical beam from the output ferrule and to couple the optical beam into the receiver optical path and to direct the optical beam toward the on-gimbal objective optics ,wherein the optical coupling element is disposed approximately centered on the nod axis , and wherein the optical coupling element is a fold mirror. a nod gimbal configured to rotate about a nod axis ; an off-gimbal detector assembly configured to receive electromagnetic radiation; a receiver-path optical assembly configured to receive the electromagnetic radiation from object space and to direct and focus the electromagnetic radiation along a receiver optical path to the off-gimbal detector assembly , the receiver-path optical assembly including on-gimbal objective optics disposed on the nod gimbal ; an optical source configured to generate an optical signal , the optical source being located off the nod gimbal ; an optical fiber coupled to the optical source and configured to transport the optical signal; a nod-axis bearing assembly configured to support rotation of the nod gimbal about the nod axis, the nod axis bearing assembly including a centrally-located output ferrule mated to the optical fiber and configured to receive the optical signal from the optical fiber and to output the optical signal as an optical beam; and an optical coupling element configured to receive the optical beam from the output ferrule and to couple the optical beam into the receiver optical path and to direct the optical beam toward the on-gimbal objective optics ,wherein the optical coupling element is disposed approximately centered on the nod axis , and wherein the optical coupling element is a fold mirror.
A method for forming a passage in a composite component , the method comprising: forming a cavity in a fiber preform , the cavity forming a portion of the passage ; inserting a core into the cavity ; placing one or more fiber plies onto the fiber preform to form a fiber preform assembly ; thermally processing the fiber preform assembly ; densifying the fiber preform assembly to form the composite component ; and removing the core from the composite component , wherein inserting the core comprises; inserting a core by filling the cavity with a slurry or; forming a mold for the core , the mold defining a mold cavity, the mold cavity with a slurry, and heating the mold to cure and sinter the slurry to form the core . forming a cavity in a fiber preform , the cavity forming a portion of the passage ; inserting a core into the cavity ; placing one or more fiber plies onto the fiber preform to form a fiber preform assembly ; thermally processing the fiber preform assembly ; densifying the fiber preform assembly to form the composite component ; and removing the core from the composite component , wherein inserting the core comprises; inserting a core by filling the cavity with a slurry or; forming a mold for the core , the mold defining a mold cavity, the mold cavity with a slurry, and heating the mold to cure and sinter the slurry to form the core .