mhurhangee/ep-ind-claims huggingface dataset:
A construction machine comprising: a machine body (3, 4); a walkway formed on an upper surface of a lateral first side of the machine body (3, 4), the walkway enabling a worker to walk thereon; and a handrail configured to be height-variable and comprising a fixed rail body provided standing along part of the walkway at an end portion on the lateral first side on the upper surface of the machine body (3, 4) and a movable rail body attached rotatably to an upper end portion of the fixed rail body and foldable with respect to the fixed rail body, characterized in that the fixed rail body has a plurality of struts disposed apart from one another in a direction along the walkway, each of the plurality of struts having a bent shape such that an upper portion is located more outward in a lateral direction of the machine body (3, 4) than a lower portion, and a first mirror is attached to the upper portion of any one of the plurality of struts, the first mirror being disposed more outward in the lateral direction of the machine body (3, 4) than the lower portions of the plurality of struts and within a width of the machine body (3, 4), the first mirror being disposed between the plurality of struts, below the upper end portion of the fixed rail body, and above a rotation tip portion of the movable rail body after folded. a machine body (3, 4); a walkway formed on an upper surface of a lateral first side of the machine body (3, 4), the walkway enabling a worker to walk thereon; and a handrail configured to be height-variable and comprising a fixed rail body provided standing along part of the walkway at an end portion on the lateral first side on the upper surface of the machine body (3, 4) and a movable rail body attached rotatably to an upper end portion of the fixed rail body and foldable with respect to the fixed rail body, characterized in that the fixed rail body has a plurality of struts disposed apart from one another in a direction along the walkway, each of the plurality of struts having a bent shape such that an upper portion is located more outward in a lateral direction of the machine body (3, 4) than a lower portion, and a first mirror is attached to the upper portion of any one of the plurality of struts, the first mirror being disposed more outward in the lateral direction of the machine body (3, 4) than the lower portions of the plurality of struts and within a width of the machine body (3, 4), the first mirror being disposed between the plurality of struts, below the upper end portion of the fixed rail body, and above a rotation tip portion of the movable rail body after folded.
A method comprising: obtaining, by a device, simulation environment data regarding traffic generated within a simulation environment in which malware is executed; training, by the device, a malware detector using the simulation environment data; obtaining, by the device, deployment environment characteristics of a network to which the malware detector is to be deployed; and configuring, by the device, the malware detector to ignore data in the simulation environment data that is associated with one or more environment characteristics that are not present in the deployment environment characteristics. obtaining, by a device, simulation environment data regarding traffic generated within a simulation environment in which malware is executed; training, by the device, a malware detector using the simulation environment data; obtaining, by the device, deployment environment characteristics of a network to which the malware detector is to be deployed; and configuring, by the device, the malware detector to ignore data in the simulation environment data that is associated with one or more environment characteristics that are not present in the deployment environment characteristics.
A sticky cleaner used for removing organic dirt stuck on a surface of an article, the sticky cleaner comprising a dirt-collecting member that collects the organic dirt as it makes contact with the surface of the article, the dirt-collecting member comprising a pressure-sensitive adhesive at a part where it makes contact with the surface of the article, and the pressure-sensitive adhesive comprising, as its base polymer, an acrylic block copolymer having a hard segment and a soft segment in one molecule, wherein the sticky cleaner comprises a cylindrical rolling member, and the dirt-collecting member is arranged along the lateral surface of the rolling member, characterized in that the hard segment is a methacrylate block and the soft segment is an acrylate block, wherein the monomer units constituting the acrylate block comprise an alkyl acrylate having 6 to 12 carbon atoms in its alkyl group.
A system configured to deliver a blending gas enriched pressurized flow of breathable gas to the airway of a subject, the system comprising: a pressure generator configured to generate compressed gas; a blending gas source configured to provide blending gas; an air amplifier configured to receive the compressed gas from the pressure generator and the blending gas from the blending gas source into the pressurized flow of breathable gas, and amplify a pressure of the pressurized flow of breathable gas that includes the blending gas; one or more sensors configured to generate output signals conveying information related to one or more gas parameters of the pressurized flow of breathable gas; and one or more physical computer processors configured by computer readable instructions to control the pressure generator, the blending gas source, and the air amplifier to deliver the pressurized flow of breathable gas to the subject according to a bi-level positive pressure support therapy regime based on the output signals; a venturi valve configured to receive the pressurized flow of breathable gas from the air amplifier and entrain ambient air into the pressurized flow of breathable gas during inhalation of the subject; a subject interface configured to communicate the pressurized flow of breathable gas from the venturi valve to the airway of the subject, the subject interface including a conduit and an interface appliance, whereby the pressure generator, the blending gas source, the air amplifier, and the venturi valve are coupled with the interface appliance via the conduit and located remotely from the interface appliance to reduce noise from the pressure generator, the blending gas source, the air amplifier, and/or the venturi valve heard by the subject. a pressure generator configured to generate compressed gas; a blending gas source configured to provide blending gas; an air amplifier configured to receive the compressed gas from the pressure generator and the blending gas from the blending gas source into the pressurized flow of breathable gas, and amplify a pressure of the pressurized flow of breathable gas that includes the blending gas; one or more sensors configured to generate output signals conveying information related to one or more gas parameters of the pressurized flow of breathable gas; and one or more physical computer processors configured by computer readable instructions to control the pressure generator, the blending gas source, and the air amplifier to deliver the pressurized flow of breathable gas to the subject according to a bi-level positive pressure support therapy regime based on the output signals; a venturi valve configured to receive the pressurized flow of breathable gas from the air amplifier and entrain ambient air into the pressurized flow of breathable gas during inhalation of the subject; a subject interface configured to communicate the pressurized flow of breathable gas from the venturi valve to the airway of the subject, the subject interface including a conduit and an interface appliance,
A method for interconnection between a terminal device and a gateway device, wherein the method comprises: when the terminal device detects that the terminal device and the gateway device meet a first connection condition and that it is the first time the terminal device is to be connected to the gateway device, acquiring, from the gateway device, a first common SSID preset in the gateway device; and when authentication performed by the terminal device on the acquired first common SSID succeeds, sending a second common SSID preset in the terminal device to the gateway device, so that when authentication performed by the gateway device on the second common SSID succeeds, a common SSID-based connection is established between the terminal device and the gateway device; wherein the terminal device detecting that the terminal device and the gateway device meet the first connection condition comprises: detecting, by the terminal device, that strength of a wireless signal between the terminal device and the gateway device satisfies a preset strength threshold. when the terminal device detects that the terminal device and the gateway device meet a first connection condition and that it is the first time the terminal device is to be connected to the gateway device, acquiring, from the gateway device, a first common SSID preset in the gateway device; and when authentication performed by the terminal device on the acquired first common SSID succeeds, sending a second common SSID preset in the terminal device to the gateway device, so that when authentication performed by the gateway device on the second common SSID succeeds, a common SSID-based connection is established between the terminal device and the gateway device; wherein the terminal device detecting that the terminal device and the gateway device meet the first connection condition comprises: detecting, by the terminal device, that strength of a wireless signal between the terminal device and the gateway device satisfies a preset strength threshold.
An image analysis method for tumor classification, the method comprising: - receiving, by an image analysis system, at least one digital image of a tissue sample of a patient; - analyzing, by the image analysis system, the at least one received image for identifying tumor cells in a region of the at least one received image; - analyzing, by the image analysis system, the at least one received image for identifying FAP+ areas in said region, each FAP+ area being a pixel blob representing one or more cells expressing the fibroblast activation protein - "FAP"; - analyzing, by the image analysis system, the at least one received image for identifying distances (d) between the identified tumor cells and their respective nearest FAP+ area; - computing, by the image analysis system, a proximity measure as a function of the identified distances; - processing the proximity measure by a classifier for generating a classification result, the classification result indicating if the tumor of the patient can effectively be treated by a drug or drug-component that binds to the FAP protein; and - outputting, by the image analysis system, the classification result. - receiving, by an image analysis system, at least one digital image of a tissue sample of a patient; - analyzing, by the image analysis system, the at least one received image for identifying tumor cells in a region of the at least one received image; - analyzing, by the image analysis system, the at least one received image for identifying FAP+ areas in said region, each FAP+ area being a pixel blob representing one or more cells expressing the fibroblast activation protein - "FAP"; - analyzing, by the image analysis system, the at least one received image for identifying distances (d) between the identified tumor cells and their respective nearest FAP+ area; - computing, by the image analysis system, a proximity measure as a function of the identified distances; - processing the proximity measure by a classifier for generating a classification result, the classification result indicating if the tumor of the patient can effectively be treated by a drug or drug-component that binds to the FAP protein; and - outputting, by the image analysis system, the classification result.
Joint, with an inner hub which has a longitudinal axis and inner ball tracks, whereby the inner ball tracks have a track bottom and laterally adjoining track flanks, with an outer hub which has a longitudinal axis and outer ball tracks, whereby the outer ball tracks have a track bottom and laterally adjoining track flanks, whereby the inner hub having an end facing the outer hub and an end facing away from the outer hub, whereby a groove extending along the longitudinal axis of the inner hub is provided in each case in the track bottom of the inner ball tracks, wherein the grooves each extend to the end of the inner hub facing the outer hub and are at least as long as the respectively associated outer ball track, whereby the inner ball tracks and the outer ball tracks are assigned to each other in pairs, with a cage which has circumferentially distributed windows and which is arranged between the inner hub and the outer hub, and with balls which are arranged in the windows of the cage and in the pairs of the inner ball tracks and the outer ball tracks and which the cage holds in one plane, whereby the inner hub has an internal tooth system with a pitch circle diameter TK, whereby the outer hub has an outer diameter AD, whereby a predetermined number Z of balls is present, whereby the balls having a diameter D and whereby at least a rolling circle diameter RKD results through the inner hub characterized by the fact that all measured variables are given in millimeters, that a basic geometric load rating GT results from the measured variables RKD, D and Z using the following formula: GT = RKD * D * D * Z, that from the measured variables GT, TK and AD a connection strength ratio AFV is obtained using the following formula: AFV = (GT * TK)/(100 * AD * AD), that the connection strength ratio AFV is between 3.5 square millimeters and 5.5 square millimeters, that the balls have a diameter between about 14 and 16 mm, that the outer diameter of the outer hub is between approximately 70 and 90 mm, that the grooves in the direction of the end of the inner hub facing away from the outer hub each have a section with a uniform decrease in depth, and that the grooves are designed in such a manner that in a state of tilting of the inner hub and outer hub relative to each other during assembly of the joint, the distance between the track bottom of a groove and the track bottom of the associated outer ball track is greater than or equal to the diameter of a ball.
An aircraft, designed as a compound helicopter, comprising an aircraft fuselage, a main rotor arranged on the aircraft fuselage and cyclogyro rotors (3, 3') protruding laterally from the aircraft fuselage and comprising an outer end surface, characterized in that the cyclogyro rotors (3, 3') are connected to the aircraft fuselage by means of a suspension device (4, 4') holding the cyclogyro rotors (3, 3') at least at one of their two outer borders, and that each cyclogyro rotor (3, 3') can be controlled individually and independently of the other, and that a torque balance of the main rotor can be performed by the cyclogyro rotors (3, 3').
A method of manufacturing a device comprising a part made from elastomer, wherein the elastomer part is molded in a mold by compression and/or injection and/or material transfer inside the mold, and solidifies by vulcanization or cross-linking inside the mold, characterized in that, during the solidification by vulcanization or cross-linking of the elastomer part, a measuring system is located in the elastomer part, so that after the solidification by vulcanization or cross-linking, the measuring system is embedded inside the elastomer part, said measuring system comprising a sensor arranged to measure at least one physical parameter to which the elastomer part is subjected, a memory arranged to store data of the at least one physical parameter measured by the sensor, means for transmitting these data outside the elastomer part, and a power source.
A medical device at least partially formed of a metal alloy which improves the strength and ductility of the medical device, said metal alloy consisting of rhenium, molybdenum, carbon, oxygen, nitrogen, less than 5 weight percent other metal and/or impurities, a content of said rhenium plus molybdenum constituting at least 95 weight percent of said metal alloy, said rhenium constituting at least 40 weight percent of said metal alloy, said molybdenum constituting at least 40 weight percent of said metal alloy, said metal alloy having a nitrogen content of less than 30 ppm, said metal alloy having a carbon content of up to 200 ppm, said metal alloy having an oxygen content of up to 100 ppm, said metal alloy having a carbon to oxygen atomic ratio of at least 2:1, said metal alloy having a carbon to oxygen atomic ratio of no more than 50:1, at least one region of said medical device including at least one of biological agent, polymer, micro-structure as defined in the description; said other metal including one or more metals selected from the group consisting of calcium, chromium, cobalt, copper, gold, iron, lead, magnesium, nickel, niobium, platinum, rare earth metals, silver, tantalum, titanium, tungsten, yttrium, zinc, and zirconium, wherein the combined content of titanium, yttrium and zirconium, if present, is ≤1 weight percent.
A process of producing a welded article of dispersion strengthened platinum base alloy sheet material comprising the steps of - providing at least one piece of dispersion strengthened platinum base alloy sheet material; and characterized by the following steps: - chamfering the edges (1,4) of two portions to be weld connected of said dispersion strengthened platinum base alloy sheet material; - overlapping the edges (1,4) to be weld connected in such a way that two adjacent metal shut portions are contacting and the chamfered edges (3, 6) are extending outwards, away from the adjacent metal sheet portions; - melt welding of the overlapped edges of said dispersion strengthened platinum base alloy only at the periphery of said edges (1,4); - weld connecting the platinum sheet material by a compression welding method, preferably selected from the group of hammer welding, shot peening, roller seam-welding, resistance welding, diffusion welding, friction welding and combinations thereof to produce the weld; - removing the melt welded portions on the periphery of the welded article - providing at least one piece of dispersion strengthened platinum base alloy sheet material; and characterized by the following steps: - chamfering the edges (1,4) of two portions to be weld connected of said dispersion strengthened platinum base alloy sheet material; - overlapping the edges (1,4) to be weld connected in such a way that two adjacent metal shut portions are contacting and the chamfered edges (3, 6) are extending outwards, away from the adjacent metal sheet portions; - melt welding of the overlapped edges of said dispersion strengthened platinum base alloy only at the periphery of said edges (1,4); - weld connecting the platinum sheet material by a compression welding method, preferably selected from the group of hammer welding, shot peening, roller seam-welding, resistance welding, diffusion welding, friction welding and combinations thereof to produce the weld; - removing the melt welded portions on the periphery of the welded article
An integrated body fluid sampling meter comprising: a meter housing; a light source and a light detector in the meter housing; a cartridge insertable into the meter housing and comprising a plurality of cells, wherein each cell comprises a light-blocking seal and wherein at least one cell is positionable between the light source and the detector, wherein the meter is configured to assess integrity of the seal of at least one cell after insertion of the cartridge into the meter housing. a meter housing; a light source and a light detector in the meter housing; a cartridge insertable into the meter housing and comprising a plurality of cells,
A module arrangement for constructing power factor correction, filter and drain circuit systems in either unthrottled or throttled protection-switched or thyristor-switched embodiment, comprising a busbar system, fuse holder, switching devices, at least one throttle, and power capacitors, characterized in that - a first module unit is provided with a first section for accommodating busbars, standard fuse holders, fuses, a busbar cover as a busbar-fuse touch safeguard and a second, trough-like section, in which switching devices or switching means are accommodated so they can be mechanically fixed and electrically contacted, wherein the first module unit consists of an insulating material, - a second module unit is designed to accommodate one or more switchable capacitor winding blocks, wherein the second module unit encloses the at least one winding block in an insulating manner, - the first and second module units (1; 4) each have a base region, wherein mechanical and/or electrical connections are led via recesses or openings (7; 9) in the respective base region, so that, in an application-specific manner, either back-to-back mounting with direct docking of the first and second module units can be performed or - a compact throttle set having terminal elements can be electrically insulated, mechanically accommodated, and electrically connected, while using the recesses or openings (7; 9) in the respective base region of the first or second module unit (1; 4), between these module units, and means for inserting in and screw-free fastening on top-hat rails are formed on the respective module unit (1; 4). - a first module unit is provided with a first section for accommodating busbars, standard fuse holders, fuses, a busbar cover as a busbar-fuse touch safeguard and a second, trough-like section, in which switching devices or switching means are accommodated so they can be mechanically fixed and electrically contacted, wherein the first module unit consists of an insulating material, - a second module unit is designed to accommodate one or more switchable capacitor winding blocks, wherein the second module unit encloses the at least one winding block in an insulating manner, - the first and second module units (1; 4) each have a base region, wherein mechanical and/or electrical connections are led via recesses or openings (7; 9) in the respective base region, so that, in an application-specific manner, either back-to-back mounting with direct docking of the first and second module units can be performed or - a compact throttle set having terminal elements can be electrically insulated, mechanically accommodated, and electrically connected, while using the recesses or openings (7; 9) in the respective base region of the first or second module unit (1; 4), between these module units, and means for inserting in and screw-free fastening on top-hat rails are formed on the respective module unit (1; 4).