mhurhangee/ep-ind-claims huggingface dataset:
A tube (34; 44) comprising a plurality of left-handed and right-handed fibers (36a; 36b) braided to form a channel inside the tube (34; 44) and adapted to longitudinally extend from a compressed length to an extended length in response to a longitudinal extension force, wherein: a) the tube (34; 44) is adapted to, when contracting from its extended length to its compressed length, compress into a plurality of annular pleats, each annular pleat comprising an annular ridge and an annular valley and having an inner diameter which is greater at the annular ridge than at the annular valley; and b) for each annular pleat, the annular ridge from that annular pleat and the annular valley from that annular pleat are both centered around a longitudinal axis of the channel inside the tube (34; 44); wherein the tube (34; 44) is adapted to compress into the plurality of annular pleats based on the plurality of left-handed and right-handed fibers (36a; 36b) being heat set into a configuration comprising the plurality of annular pleats; characterized in that each annular ridge from the plurality of annular pleats comprises a plurality of areas melted in the pleated configuration. a) the tube (34; 44) is adapted to, when contracting from its extended length to its compressed length, compress into a plurality of annular pleats, each annular pleat comprising an annular ridge and an annular valley and having an inner diameter which is greater at the annular ridge than at the annular valley; and b) for each annular pleat, the annular ridge from that annular pleat and the annular valley from that annular pleat are both centered around a longitudinal axis of the channel inside the tube (34; 44);
A genetic construct comprising a senescence-specific promoter operably linked to at least one coding sequence, which encodes at least one polypeptide having cytosolic pyruvate orthophosphate dikinase (PPDK) activity.
Centrifuge insert for plate like sample holders, for instance micro titer plates, deep well plates, PCR plates or cell culture plates, with a body including a base, and at least one support for attaching the centrifuge insert to a rotor, wherein a carrier is detachably arranged at the base, wherein the carrier includes a base surface for receiving sample holders, wherein the carrier is attached at the body through a connection that is detachable without tools, characterized in that the carrier is connected with the body through at least one clip connection arranged at the body, wherein the clip connection comprises a snap hook which snap hook engages a corresponding recess, wherein the detachable connection is arranged in swing out direction of the centrifuge insert.
Luminaire having a carrier profile and a light unit which carries lighting means of the luminaire, wherein the light unit has at least one side wall (1, 2) which is formed in two parts, wherein one part of the side wall is connected to the light unit and the second part of the side wall is connected to the carrier profile, wherein the two parts of the side wall (1, 2) are pivotable relative to one another in order to pivot the light unit relative to the carrier profile, characterized in that an electrical line is laid in the side wall (1, 2) in each of the pivoting positions without kinks, wherein at least one guide dome (14, 15) is provided on one of the parts of the side wall, which guide dome holds the line in position in each of the pivoting movements. wherein the light unit has at least one side wall (1, 2) which is formed in two parts, wherein one part of the side wall is connected to the light unit and the second part of the side wall is connected to the carrier profile, wherein the two parts of the side wall (1, 2) are pivotable relative to one another in order to pivot the light unit relative to the carrier profile, characterized in that an electrical line is laid in the side wall (1, 2) in each of the pivoting positions without kinks, wherein at least one guide dome (14, 15) is provided on one of the parts of the side wall, which guide dome holds the line in position in each of the pivoting movements.
A kit comprising: a first detection probe that specifically hybridizes to a Lactobacillus sp. target nucleic acid, and a second detection probe that specifically hybridizes to a G. vaginalis target nucleic acid, wherein at least one of the first and second detection probes comprises a label, and wherein said kit (i) does not comprise a detection probe that specifically hybridizes to a target nucleic acid from any fungal species and (ii) does not comprise a detection probe that specifically hybridizes to a target nucleic acid from any bacterial species other than Lactobacillus sp. or G. vaginalis. a first detection probe that specifically hybridizes to a Lactobacillus sp. target nucleic acid, and a second detection probe that specifically hybridizes to a G. vaginalis target nucleic acid, wherein at least one of the first and second detection probes comprises a label, and wherein said kit (i) does not comprise a detection probe that specifically hybridizes to a target nucleic acid from any fungal species and (ii) does not comprise a detection probe that specifically hybridizes to a target nucleic acid from any bacterial species other than Lactobacillus sp. or G. vaginalis.
A NOPE extracellular domain polypeptide for use in the treatment of muscle wasting, muscle injury, a muscle degenerative disorder, or amyotrophic lateral sclerosis in a subject.
A method for assessing a cyber security risk, comprising: obtaining cyber security precursor information from a plurality of sensors, wherein the cyber security precursor information is obtained from one or more online or offline sources; normalizing the obtained cyber security precursor information from each sensor to a common information model based on a data source type identified for each sensor; generating a plurality of events based on the normalized cyber security precursor information, wherein the plurality of events include: a timestamp for pedigree; a set of attributes for semantic properties being represented; and a set of graph-like relationships between events using node and edge representations; computing a plurality of facts based on the plurality of generated events, each fact represents an assessment of events and facts, and each fact comprising a context that is a reference to a set of events and facts that contributed to a value represented by the fact; calculating a plurality of risk indicators from the plurality of facts, each risk indicator based on a time-series analysis of a type of the fact; normalizing the plurality of risk indicators by normalizing the risk indicators according to their associated data source type; calculating a plurality of cyber risk index component scores for each data source type based on the plurality of normalized facts for each risk indicator; and calculating a cyber risk indicator index based on the plurality of cyber risk index components scores. obtaining cyber security precursor information from a plurality of sensors, wherein the cyber security precursor information is obtained from one or more online or offline sources; normalizing the obtained cyber security precursor information from each sensor to a common information model based on a data source type identified for each sensor; generating a plurality of events based on the normalized cyber security precursor information, wherein the plurality of events include: a timestamp for pedigree; a set of attributes for semantic properties being represented; and a set of graph-like relationships between events using node and edge representations; a timestamp for pedigree; a set of attributes for semantic properties being represented; and a set of graph-like relationships between events using node and edge representations; computing a plurality of facts based on the plurality of generated events, each fact represents an assessment of events and facts, and each fact comprising a context that is a reference to a set of events and facts that contributed to a value represented by the fact; calculating a plurality of risk indicators from the plurality of facts, each risk indicator based on a time-series analysis of a type of the fact; normalizing the plurality of risk indicators by normalizing the risk indicators according to their associated data source type; calculating a plurality of cyber risk index component scores for each data source type based on the plurality of normalized facts for each risk indicator; and calculating a cyber risk indicator index based on the plurality of cyber risk index components scores.
A filtering device with a plurality of filtering elements, the bodies of which each define a longitudinal axis, wherein the filtering elements are arranged adjacent to one another in a housing with longitudinal axes running parallel to one another, and the bodies at least of a part of the filtering elements have a shape deviating from a circular cylinder in at least one part of the length thereof, wherein the filtering elements with bodies deviating from a circular cylinder shape have a cross-section the size of which changes at least partially from one end to the other end, wherein these filtering elements are oriented inside the housing such that the areas of larger cross-sections are allocated to areas of smaller cross-sections in adjacent filtering elements, wherein filtering elements in the shape of tapered candle filters are arranged adjacent to each other with respectively opposite tapering, wherein the candle filters are grouped next to one another in tightly packed manner and wherein an in-line configuration is provided, with the more slender ends of the candle filters each facing a base plate in line and in the respectively adjacent row the candle filters face the base plate with the thicker end thereof, wherein the base plate is designed as connection plate, characterised in that the candle filters of consecutive rows are offset to one another such that the candle filters each stand on gaps, and that the base plate has a fluid opening for each candle filter.
An organic light-emitting display device, comprising: a substrate; and a pixel in a display area of the organic light-emitting display device, wherein the pixel is implemented by an organic light-emitting diode (OLED) on the substrate characterized by a first inclination structure surrounding the pixel; a second inclination structure (5 10b) at least partially surrounding the first inclination structure; and a planarization layer covering the first inclination structure and the second inclination structure (5 10b) and having a refractive index that is greater than a refractive index of the first inclination structure and is greater than a refractive index of the second inclination structure (5 10b), wherein a height of the first inclination structure is greater than a height of the second inclination structure (5 10b). a substrate; and a pixel in a display area of the organic light-emitting display device, wherein the pixel is implemented by an organic light-emitting diode (OLED) on the substrate characterized by a first inclination structure surrounding the pixel; a second inclination structure (5 10b) at least partially surrounding the first inclination structure; and a planarization layer covering the first inclination structure and the second inclination structure (5 10b) and having a refractive index that is greater than a refractive index of the first inclination structure and is greater than a refractive index of the second inclination structure (5 10b), wherein a height of the first inclination structure is greater than a height of the second inclination structure (5 10b).
A method of batch coating a plurality of surgical needles, comprising: providing a plurality of surgical needles, wherein at least some of the needles are in contact with each other; applying a silicone coating solution to the plurality of needles, said solution comprising a platinum catalyst and a silicone compound curable by cross-linking to provide a coating on each needle; partially curing the coatings on the needles at a first temperature for a sufficient time such that there is weak needle-to-needle adhesion; mechanically separating the needles; and curing the coatings on the needles at a second temperature for a sufficient time to fully cure the needles, the second temperature being higher than the first temperature. providing a plurality of surgical needles, wherein at least some of the needles are in contact with each other; applying a silicone coating solution to the plurality of needles, said solution comprising a platinum catalyst and a silicone compound curable by cross-linking to provide a coating on each needle; partially curing the coatings on the needles at a first temperature for a sufficient time such that there is weak needle-to-needle adhesion; mechanically separating the needles; and curing the coatings on the needles at a second temperature for a sufficient time to fully cure the needles, the second temperature being higher than the first temperature.
A MEMS sensor (100, 200, 300, 400, 500), comprising: a substrate (160, 360, 460); an anchor region (110, 310, 410) coupled to the substrate; a first support arm (170a, 380a, 480a) coupled to the anchor region; a second support arm (170b, 380b, 480b) coupled to the anchor region; a first guiding arm (130a, 330a, 430a) coupled to the first support arm, wherein the first guiding arm is configured to move relative to the first support arm; a second guiding arm (130b, 330b, 430b) coupled to the second support arm, wherein the second guiding arm is configured to move relative to the second support arm; a first plurality of sensing elements (140a, 340a, 440a, 140b, 340b, 440b) coupled to the first and second guiding arms and configured to measure motion of the first and second guiding arms relative to the substrate; and a proof mass system (150, 350, 450) coupled to each of the first and second guiding arms via a first set of springs (121a, 121b, 321a, 321b, 421a, 421b), wherein the proof mass system is disposed outside the anchor region, the first and second support arms, the first and second guiding arms, the first set of springs, and the first plurality of sensing elements. a substrate (160, 360, 460); an anchor region (110, 310, 410) coupled to the substrate; a first support arm (170a, 380a, 480a) coupled to the anchor region; a second support arm (170b, 380b, 480b) coupled to the anchor region; a first guiding arm (130a, 330a, 430a) coupled to the first support arm, wherein the first guiding arm is configured to move relative to the first support arm; a second guiding arm (130b, 330b, 430b) coupled to the second support arm, wherein the second guiding arm is configured to move relative to the second support arm; a first plurality of sensing elements (140a, 340a, 440a, 140b, 340b, 440b) coupled to the first and second guiding arms and configured to measure motion of the first and second guiding arms relative to the substrate; and a proof mass system (150, 350, 450) coupled to each of the first and second guiding arms via a first set of springs (121a, 121b, 321a, 321b, 421a, 421b), wherein the proof mass system is disposed outside the anchor region, the first and second support arms, the first and second guiding arms, the first set of springs, and the first plurality of sensing elements.
A robotic vehicle (101, 151, 301, 501) configured to spray thermally insulating material onto an internal surface of a building, and allow the thermally insulating material to solidify whereby to form a covering of the internal surface, wherein the internal surface is the underside of the floor (204, 304, 410) of the building in an underfloor cavity (202, 302, 408) with an internal wall including the underside of a suspended timber floor in the underfloor cavity, the robotic vehicle (101, 151, 301, 501) comprising: a spray nozzle (104, 154, 312, 508) to spray the thermally insulating material, a hose coupling the spray nozzle to a source of the thermally insulating material located outside the underfloor cavity, a propulsion system (102, 152, 327, 502) configured to move the robotic vehicle (101, 151, 301, 501) relative to the internal surface; and a first sensor configured to identify the position of the internal surface to be sprayed wherein the robotic vehicle (101, 151, 301, 501) is configured to be introduced into the cavity and remotely operated to navigate the cavity, and wherein the robotic vehicle is configured to spray the thermally insulating material to a controlled depth on the internal surface based on data from a second sensor configured to monitor the thickness of the covering applied to the surface. a spray nozzle (104, 154, 312, 508) to spray the thermally insulating material, a hose coupling the spray nozzle to a source of the thermally insulating material located outside the underfloor cavity, a propulsion system (102, 152, 327, 502) configured to move the robotic vehicle (101, 151, 301, 501) relative to the internal surface; and a first sensor configured to identify the position of the internal surface to be sprayed wherein the robotic vehicle (101, 151, 301, 501) is configured to be introduced into the cavity and remotely operated to navigate the cavity, and wherein the robotic vehicle is configured to spray the thermally insulating material to a controlled depth on the internal surface based on data from a second sensor configured to monitor the thickness of the covering applied to the surface.
A web-like heating mat having a web-like, electrically insulating substrate, on which PTC resistance elements as heating elements and also electrical conductor tracks are arranged, the conductor tracks connecting the PTC resistance elements to connection points for connecting a power supply, and comprising two main conductor tracks, which run in the longitudinal direction of the web-like substrate, a plurality of secondary conductor tracks, which run in a transverse direction which is orientated perpendicularly to the longitudinal direction of the web-like substrate, wherein a first main conductor track is arranged in the region of a first longitudinal outer edge of the web-like substrate, which is electrically contacted with a first assemblage of secondary conductor tracks which run parallel with and spaced from one another, and a second main conductor track is arranged in the region of a second longitudinal outer edge of the web-like substrate, which is electrically contacted with a second assemblage of secondary conductor tracks which run parallel with and spaced from one another, wherein, as viewed in the longitudinal direction of the web-like substrate, a secondary conductor track of the first assemblage follows a secondary conductor track of the second assemblage and each secondary conductor track of the first assemblage has a secondary conductor track of the second assemblage assigned to it in each case characterized in that inner conductor tracks are provided with which the PTC resistor elements are electrically connected to the secondary conductor tracks assigned to one another in each case, and the secondary conductor tracks, which are assigned to one another in each case, form strip-shaped heating surface regions, which run in the transverse direction, between which strip-shaped separation areas, which run in the transverse direction and are free from secondary conductor tracks and inner conductor tracks, are formed.
System for depicting position and for simulating volume of air traffic, comprising an aircraft with an autopilot, having the following features: a) a control station that creates a flight plan for at least one single flight or at least one single mission in a known manner, which flight plan contains data that are suitable in a known manner for programming the autopilot and/or a navigation or flight management system and can be used in this way, b) at least one air traffic control agency (4, 5), wherein the data of the flight plan that are suitable in a known manner for programming the autopilot and/or a navigation or flight management system and can be used in this way are transmitted to the one or more air traffic control agencies (4, 5), and wherein the at least one air traffic control agency (4, 5) is designed to the effect that the data transmitted in the air traffic control agency/agencies (4, 5) are used to depict the flight or the mission and to create a 4-D flight simulation. a) a control station that creates a flight plan for at least one single flight or at least one single mission in a known manner, which flight plan contains data that are suitable in a known manner for programming the autopilot and/or a navigation or flight management system and can be used in this way, b) at least one air traffic control agency (4, 5), wherein the data of the flight plan that are suitable in a known manner for programming the autopilot and/or a navigation or flight management system and can be used in this way are transmitted to the one or more air traffic control agencies (4, 5), and wherein the at least one air traffic control agency (4, 5) is designed to the effect that the data transmitted in the air traffic control agency/agencies (4, 5) are used to depict the flight or the mission and to create a 4-D flight simulation.
Method for forming, crystallising, clathrates hydrates of a host molecule in a liquid comprising water, characterised in that the following successive steps are carried out: - the liquid is cooled to a temperature less than or equal to the crystallisation temperature of the clathrates hydrates; - host molecules capable of forming clathrates hydrates are introduced into the cooled liquid, adsorbed onto a solid support having a high specific surface area and made of an apolar and hydrophobic material, whereby the host molecules are desorbed from the solid support having a high specific surface area and made of an apolar and hydrophobic material and react with the water of the liquid to give a liquid containing clathrates hydrates and the solid support. - the liquid is cooled to a temperature less than or equal to the crystallisation temperature of the clathrates hydrates; - host molecules capable of forming clathrates hydrates are introduced into the cooled liquid, adsorbed onto a solid support having a high specific surface area and made of an apolar and hydrophobic material, whereby the host molecules are desorbed from the solid support having a high specific surface area and made of an apolar and hydrophobic material and react with the water of the liquid to give a liquid containing clathrates hydrates and the solid support.
Pivot bearing for pivotably attaching a side flap to the outer side of a vehicle, having two fastening elements (2, 3) which are mounted so as to be pivotable with respect to one another about a pivot axis and of which one is intended to be attached to the side flap and the other is intended to be attached to the vehicle, wherein the pivot bearing has at least one spring-elastic element which, in the closed state of the pivot bearing, seeks to push the fastening elements (2, 3) away from one another, characterized in that a first of the fastening elements is provided with two receiving elements (9, 10), spaced apart from one another along the pivot axis, for receiving a bearing pin that connects the fastening elements (2, 3) together in a pivotable manner, wherein the clear width, extending parallel to the pivot axis, of a gap between the receiving elements (9, 10), increases or decreases at least sectionally along the pivoting direction extending about the pivot axis, and end faces (13, 14), located opposite one another along the pivot axis, of the receiving elements (9, 10) are formed in a manner extending at least sectionally in a helical manner towards one another.