mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, performed by a graphical processing unit, GPU, in a data analysis device, comprising: receiving, by the data analysis device, multiple log data entries including parameters associated with a computer network event in a computing network; extracting, by the data analysis device, one or more parameters from the multiple log data entries, wherein the one or more parameters are extracted in real-time; generating, by the data analysis device, a network event graph based on at least one of a first graph metric or a second graph metric, the first and second graph metrics being based on the one or more extracted parameters; and detecting, by the data analysis device based on queries performed on the network event graph and false positive handling functionality defining known good nodes in the computing network that periodically generate sudden shifts in relative importance in the computing network, that a node has been infected with malicious code; and identifying degrees of separation between two or more nodes, wherein the degrees of separation are based on data communications between nodes, and assigning a risk score for a target node based on the target node having an indirect connection to the node infected with malicious code, wherein the target node represents a tertiary node having a second-order indirect connection to the node infected with malicious code. receiving, by the data analysis device, multiple log data entries including parameters associated with a computer network event in a computing network; extracting, by the data analysis device, one or more parameters from the multiple log data entries, wherein the one or more parameters are extracted in real-time; generating, by the data analysis device, a network event graph based on at least one of a first graph metric or a second graph metric, the first and second graph metrics being based on the one or more extracted parameters; and detecting, by the data analysis device based on queries performed on the network event graph and false positive handling functionality defining known good nodes in the computing network that periodically generate sudden shifts in relative importance in the computing network, that a node has been infected with malicious code; and identifying degrees of separation between two or more nodes, wherein the degrees of separation are based on data communications between nodes, and assigning a risk score for a target node based on the target node having an indirect connection to the node infected with malicious code, wherein the target node represents a tertiary node having a second-order indirect connection to the node infected with malicious code.
A device for separating dirt and short fibers on a card having at least one flat (60, 80, 96, 100) with a flat bar (61, 81, 97, 101), with a flat clothing (50, 63, 83, 98, 102), that is fastened to a base of the flat (73, 94, 99), having clothing tips (32, 33, 43, 44, 70, 71, 90, 91), and having a cylinder with a cylinder clothing, wherein the flat clothing (50, 63, 83, 1) and the cylinder clothing are disposed opposite each other at a spacing (B, C) there between, characterized in that at least a portion of the clothing tips (32, 33, 43, 44, 70, 71, 90, 91) is configured as pairs of electrodes and connected to a source of high voltage (38, 67, 87, 103), wherein an electrical field (37, 74, 95) is generated between two clothing tips (32, 33, 43, 44, 70, 71, 90, 91), respectively, that constitute one pair of electrodes, the field lines of said electrical field (37, 74, 95) extend in a plane that is oriented in the same direction as the flat base surface (73, 94, 99).
A thin film transistor comprising: a substrate; a gate electrode on the substrate; a gate insulating layer on the gate electrode; a semiconductor member including a channel region overlapping the gate electrode with the gate insulating layer interposed therebetween, and a source region and a drain region that face each other with the channel region interposed therebetween; an interlayer insulating layer directly on the semiconductor member; a data conductor (173, 175) on the interlayer insulating layer; and a passivation layer on the data conductor, an insulating barrier layer on the channel region, wherein the interlayer insulating layer has a first hole on the channel region, and a second hole (163, 165) formed up to the source region or the drain region, wherein the first hole and the second hole (163, 165) are separated from each other such that the interlayer insulating layer remains between the first hole and the second hole (163, 165) in a plan view, wherein no part of the interlayer insulating layer between the first hole and the second hole (163, 165) overlaps any part of the channel region in the plan view, and wherein the insulating barrier layer covers the channel region so that no portion of the channel region is exposed in the first hole of the interlayer insulating layer; wherein the data conductor (173, 175) is connected to and contacts the source region or the drain region via the second hole (163, 165), and wherein no part of the data conductor overlaps any part of the gate electrode when viewed in a plan view of the thin film transistor. a substrate; a gate electrode on the substrate; a gate insulating layer on the gate electrode; a semiconductor member including a channel region overlapping the gate electrode with the gate insulating layer interposed therebetween, and a source region and a drain region that face each other with the channel region interposed therebetween; an interlayer insulating layer directly on the semiconductor member; a data conductor (173, 175) on the interlayer insulating layer; and a passivation layer on the data conductor, an insulating barrier layer on the channel region, wherein the interlayer insulating layer has a first hole on the channel region, and a second hole (163, 165) formed up to the source region or the drain region, wherein the first hole and the second hole (163, 165) are separated from each other such that the interlayer insulating layer remains between the first hole and the second hole (163, 165) in a plan view, wherein no part of the interlayer insulating layer between the first hole and the second hole (163, 165) overlaps any part of the channel region in the plan view, and wherein the insulating barrier layer covers the channel region so that no portion of the channel region is exposed in the first hole of the interlayer insulating layer; wherein the data conductor (173, 175) is connected to and contacts the source region or the drain region via the second hole (163, 165), and wherein no part of the data conductor overlaps any part of the gate electrode when viewed in a plan view of the thin film transistor.
A circulating dry scrubber system for removal of pollutants from a gas, the circulating dry scrubber system comprising: a circulating dry scrubber reactor containing a fluidized bed adapted to contact the gas with a dry reagent within the fluidized bed, the dry reagent being effective to remove pollutants from the gas and thereby yield a scrubbed gas stream containing particulates comprising the dry reagent; a housing fluidically coupled to an outlet of the circulating dry scrubber reactor and adapted to receive the scrubbed gas stream flowing upward from the circulating dry scrubber reactor; a filter array within the housing and adapted to remove the particulates from the scrubbed gas stream; and an internal hopper within the housing and adapted to receive the particulates from the scrubbed gas stream and return at least some of the particulates to the fluidized bed within the circulating dry scrubber reactor; wherein the scrubbed gas stream exiting the circulating dry scrubber reactor flows upward between an interior of the housing and an exterior of the internal hopper before contacting the filter array, and the exterior of the internal hopper is exposed to the scrubbed gas stream; and wherein the filter array comprises filter bags adapted to collect particulates from the scrubbed gas stream and the scrubbed gas stream contacts and passes through sides of the filter bags after passing an uppermost portion of the internal hopper. a circulating dry scrubber reactor containing a fluidized bed adapted to contact the gas with a dry reagent within the fluidized bed, the dry reagent being effective to remove pollutants from the gas and thereby yield a scrubbed gas stream containing particulates comprising the dry reagent; a housing fluidically coupled to an outlet of the circulating dry scrubber reactor and adapted to receive the scrubbed gas stream flowing upward from the circulating dry scrubber reactor; a filter array within the housing and adapted to remove the particulates from the scrubbed gas stream; and an internal hopper within the housing and adapted to receive the particulates from the scrubbed gas stream and return at least some of the particulates to the fluidized bed within the circulating dry scrubber reactor; wherein the scrubbed gas stream exiting the circulating dry scrubber reactor flows upward between an interior of the housing and an exterior of the internal hopper before contacting the filter array, and the exterior of the internal hopper is exposed to the scrubbed gas stream; and wherein the filter array comprises filter bags adapted to collect particulates from the scrubbed gas stream and the scrubbed gas stream contacts and passes through sides of the filter bags after passing an uppermost portion of the internal hopper.
A method for determining operating settings for a fluid production system comprising a plurality of wells and a processing facility, the method comprising: identifying at least one swing well and one or more non-swing wells of the plurality of wells; determining at least one target parameter equation that is a function of at least one processing facility constraint and of one or more non-swing well parameters; incorporating the at least one target parameter equation into a fully-coupled equation set representing the production system; simulating the production system using the fully-coupled equation set to obtain one or more operating settings that meet the at least one processing facility constraint; and presenting to a user the one or more operating settings. identifying at least one swing well and one or more non-swing wells of the plurality of wells; determining at least one target parameter equation that is a function of at least one processing facility constraint and of one or more non-swing well parameters; incorporating the at least one target parameter equation into a fully-coupled equation set representing the production system; simulating the production system using the fully-coupled equation set to obtain one or more operating settings that meet the at least one processing facility constraint; and presenting to a user the one or more operating settings.
A mixing assembly, comprising: a tubular member; and a spherical body disposed within a portion of the tubular member, the spherical body having an outside diameter and an inside diameter defining a central volume, wherein the spherical body includes an inlet side and an outlet side, and a plurality of channels formed in each of inlet side and outlet side, characterized in that each of the plurality of channels are oriented toward a center of the central volume. a tubular member; and a spherical body disposed within a portion of the tubular member, the spherical body having an outside diameter and an inside diameter defining a central volume, wherein the spherical body includes an inlet side and an outlet side, and a plurality of channels formed in each of inlet side and outlet side, characterized in that each of the plurality of channels are oriented toward a center of the central volume.
A testing device comprising - a skin piercing element having a capillary structure for receiving a sample fluid, wherein at least a portion of said capillary structure is open to the environment along its longitudinal extension and - a fluid receiving means comprising two or more test zones (45,45', 45") adapted to perform analytical testing for a specific parameter; characterised by said fluid receiving means being out of fluidic contact from said capillary structure during filling so that the fluid in said capillary structure will not contact said fluid receiving means initially. - a skin piercing element having a capillary structure for receiving a sample fluid, wherein at least a portion of said capillary structure is open to the environment along its longitudinal extension and - a fluid receiving means comprising two or more test zones (45,45', 45") adapted to perform analytical testing for a specific parameter; characterised by said fluid receiving means being out of fluidic contact from said capillary structure during filling so that the fluid in said capillary structure will not contact said fluid receiving means initially.
An information storage device comprising: a reproduction device, and a storage unit configured to store encrypted content and an encryption key to be applied to decryption of the encrypted content, wherein the storage unit is further configured to store a converted encryption key generated through an arithmetic operation of the encryption key and an electronic signature that is constituent data of an encrypted content signature file set corresponding to the encrypted content, wherein the electronic signature is an electronic signature for data that includes constituent data of the encrypted content and the encryption key, and wherein the reproduction device is configured to read the encrypted content from the storage unit and execute a decryption process which is configured to perform acquisition of the encryption key through an arithmetic operation of applying the electronic signature to the converted encryption key. a reproduction device, and a storage unit configured to store encrypted content and an encryption key to be applied to decryption of the encrypted content, wherein the storage unit is further configured to store a converted encryption key generated through an arithmetic operation of the encryption key and an electronic signature that is constituent data of an encrypted content signature file set corresponding to the encrypted content, wherein the electronic signature is an electronic signature for data that includes constituent data of the encrypted content and the encryption key, and wherein the reproduction device is configured to read the encrypted content from the storage unit and execute a decryption process which is configured to perform acquisition of the encryption key through an arithmetic operation of applying the electronic signature to the converted encryption key.
A building stud (10, 10f, 10g) for forming a framework for mounting wall panels, comprising a first (12, 12f, 12g) and a second (14, 14f, 14g) flange portion and a web portion (16, 16a-16g) interconnecting the flange portions (12, 12f, 12g, 14, 14f, 14g), wherein the web portion (16, 16a-16g) comprises a sheet metal member (22, 22d-22g) including a first (24, 24d-24g) and a second (26, 26d-26g) rectilinear line of weakness, which lines of weakness (24, 24d-24g, 26, 26d-26g) are parallel and along which the sheet metal member (22, 22d-22g) is foldable to enable the building stud (10, 10f, 10g) to be brought from a retracted storage position to an expanded mounting position, characterized in that each flange portion (12, 12f, 12g, 14, 14f, 14g) comprises a planar, elongated wood fibre member (18, 20).
A composition for sealing slurries comprising: (i) 2 - 15 weight % hydraulic binder (ii) 40 - 77 weight % silica sand (iii) 15 - 20 weight % polymer (iv) 5 - 20 weight % limestone powder (v) 0 - 7 weight % one or more additives characterized in that the hydraulic binder component comprises calcium aluminate cement, calcium sulfoaluminate cement or mixtures thereof and the polymer is selected from the group consisting of vinyl acetate polymer, vinyl acetate-ethylene copolymer, vinyl acetate-vinyl ester copolymer and/or vinyl acetate-vinyl ester-ethylene copolymer, with the vinyl ester monomers in each case being selected from the group consisting of vinyl laurate, vinyl pivalate, and vinyl versatates, vinyl acetate-acrylic ester copolymer, vinyl acetate-acrylic ester-ethylene copolymer, styrene-butadiene copolymer, styrene-acrylic ester copolymer, and styrene acrylate copolymer, with the acrylic esters in each case being esters with branched or linear alcohols containing from 1 to 10 carbon atoms, preferably the polymer is selected from the group comprising styrene acrylate copolymer, polyvinyl acetate, styrene butadiene copolymer or mixtures thereof in liquid or powder form. (i) 2 - 15 weight % hydraulic binder (ii) 40 - 77 weight % silica sand (iii) 15 - 20 weight % polymer (iv) 5 - 20 weight % limestone powder (v) 0 - 7 weight % one or more additives
A vacuum insulation panel comprising: an outer upper plate with a space defined therein; an outer lower plate bonded with the outer upper plate at the edges thereof; a vacuum space defined between the outer upper plate and the outer lower plate; a spacer provided within the vacuum space for preventing the outer upper plate and the outer lower plate from being deformed by external pressure; and a getter portion; characterised in that: the outer upper plate and/or the outer lower plate are pulse-shaped plate or plates in which the tops and bottoms are flat; the getter portion is disposed over the entire inner surface of the outer upper plate, wherein the spacer is formed by a plurality of spacers that are long and have a circular cross section to cause one side of each of the plurality of spacers to be in contact with the flat side of the inner surface of the outer upper plate and the other side of each of the plurality of spacers Z is attached to the flat side of the inner surface of the outer lower plate. an outer upper plate with a space defined therein; an outer lower plate bonded with the outer upper plate at the edges thereof; a vacuum space defined between the outer upper plate and the outer lower plate; a spacer provided within the vacuum space for preventing the outer upper plate and the outer lower plate from being deformed by external pressure; and a getter portion; the outer upper plate and/or the outer lower plate are pulse-shaped plate or plates in which the tops and bottoms are flat; the getter portion is disposed over the entire inner surface of the outer upper plate,
A system for reaming a medullary canal of a bone, comprising: a reamer device including an elongated member and a reamer head rotatably coupled to a distal end of the elongated member, the elongated member including a lumen extending therethrough; a drive shaft (108, 508) sized and shaped to be inserted through the lumen of the elongated member so that a first connector at a distal end of the drive shaft (108, 508) is engagable with the reamer head, the drive shaft (108, 508) extending longitudinally from a proximal end coupleable to a driving tool to the distal end including the first connector so that rotation of the drive shaft (108, 508) via the driving tool is capable of rotating the reamer head relative to the elongated member, the drive shaft (108, 508) including a channel extending longitudinally therethrough and a hole extending laterally therethrough from a first opening through a first side wall of the drive shaft (108, 508) to a second opening through a second side wall opposite the first side wall; characterized in that a seal (114, 514) is configured to be inserted through the hole (116, 516) of the drive shaft (108, 508) so that the seal (114, 514) extends across the channel of the drive shaft (108, 508) to permit passage of a guide wire therethrough while preventing fluid from flowing therepast. a reamer device including an elongated member and a reamer head rotatably coupled to a distal end of the elongated member, the elongated member including a lumen extending therethrough; a drive shaft (108, 508) sized and shaped to be inserted through the lumen of the elongated member so that a first connector at a distal end of the drive shaft (108, 508) is engagable with the reamer head, the drive shaft (108, 508) extending longitudinally from a proximal end coupleable to a driving tool to the distal end including the first connector so that rotation of the drive shaft (108, 508) via the driving tool is capable of rotating the reamer head relative to the elongated member, the drive shaft (108, 508) including a channel extending longitudinally therethrough and a hole extending laterally therethrough from a first opening through a first side wall of the drive shaft (108, 508) to a second opening through a second side wall opposite the first side wall; characterized in that a seal (114, 514) is configured to be inserted through the hole (116, 516) of the drive shaft (108, 508) so that the seal (114, 514) extends across the channel of the drive shaft (108, 508) to permit passage of a guide wire therethrough while preventing fluid from flowing therepast.
An arrangement in a wood handling device, the wood handling device being constituted at least by a working device and a cutting device, the cutting device comprising a body provided with tree cutting means (9, 11) and means for arranging the cutting device in the working device provided in booms of a forestry machine, said cutting means (9, 11) comprising a cutting member substantially rigidly arranged in the body of the cutting device and equipped with a substantially planar upper surface, as well as a die arranged to be movable substantially on the plane of motion of the cutting member or on a plane substantially parallel therewith, the working device comprising a body and a set of gripping members (2, 3) for gripping one or more tree trunks, each tree trunk to be cut, forced by the die, being arranged to be directed onto the upper surface provided in the cutting member so as to be supported thereby, characterized in that the movements of the cutting member of the cutting device and the die are reversely interconnected and, that the cutting device is arranged to be turnable relative the working device by a connecting device as to allow the working device and the cutting device with the cutting member and die thereof to be shifted substantially on a plane of motion of the tree trunk cutting means (9, 11), minimizing the forces directed towards the working device, the movement of the cutting device projecting outside the crosssectional area defined by the gripping members (2, 3) of the working device.