mhurhangee/ep-ind-claims huggingface dataset:
A method to perform an update to a boot image of a network element in a network that includes the network element, the method comprising: identifying the network element to update; determining if the network element is involved in redundant paths between two points in the network wherein the redundant paths allow one or more other network elements in the network to take over the data processing between the two points for the network element; if the network element is not involved in redundant paths, proceeding with updating the network element; and if that network element is involved in redundant paths, configuring the network element to drain data processing of the network element, wherein the network element advertises an increased forwarding cost to one or more other devices in the network, updating the network element to a new boot image when the data processing of the network element is drained, and restoring the forwarding cost to a previous value. identifying the network element to update; determining if the network element is involved in redundant paths between two points in the network wherein the redundant paths allow one or more other network elements in the network to take over the data processing between the two points for the network element; if the network element is not involved in redundant paths, proceeding with updating the network element; and if that network element is involved in redundant paths, configuring the network element to drain data processing of the network element, wherein the network element advertises an increased forwarding cost to one or more other devices in the network, updating the network element to a new boot image when the data processing of the network element is drained, and restoring the forwarding cost to a previous value. configuring the network element to drain data processing of the network element, wherein the network element advertises an increased forwarding cost to one or more other devices in the network, updating the network element to a new boot image when the data processing of the network element is drained, and restoring the forwarding cost to a previous value.
A wind turbine mechanical brake that comprises a disc element that rotates with the transmission shaft and braking calipers that rub against the disc element when activated, characterized in that said the wind turbine mechanical brake is located on a high-speed shaft and the disc element is formed by at least two discs, each disc having a continuous braking surface, and characterized in that said wind turbine mechanical brake has at least two calipers applied one on each disc, said calipers being anchored on a gearbox chassis.
Method for preparing an application buffer for the purification of proteins by immobilized metal affinity chromatography (IMAC) under denaturing conditions, characterized in that a defined amount of a buffer concentrate having a defined pH value that does not comprise interfering amounts of urea is mixed with a defined amount of a urea concentrate, whereby an application buffer having a defined pH value is provided.
A garment having a liner, said liner comprising: a tubular member having an upper opening and a lower opening, and a non-slip portion disposed proximate one of said upper opening and said lower opening; characterized by comprising a non-slip material affixed to said non-slip portion disposed proximate said lower opening, wherein said non-slip material has a degree of tack configured for removably adhering said non-slip portion to skin of a wearer. a tubular member having an upper opening and a lower opening, and a non-slip portion disposed proximate one of said upper opening and said lower opening; characterized by comprising a non-slip material affixed to said non-slip portion disposed proximate said lower opening, wherein said non-slip material has a degree of tack configured for removably adhering said non-slip portion to skin of a wearer.
Device for measuring the thickness of a preferably web-like or bulk-product-like measurement object (12, 23) in a measurement gap (d A) with a mechanical measuring system which can be fitted to a machine frame, wherein the mechanical measuring system comprises for measuring the thickness one or more displacement measurement sensor(s) (1, 2) which is/are directed towards the measurement object (12, 23), wherein at least one compensation sensor (4, 5) is coupled to the displacement measurement sensor or to the displacement measurement sensors in such a manner that, in order to detect and compensate for a change of the measurement gap (d A), the spacing from a reference straight edge (6, 7) can be measured with the compensation sensor (4, 5), characterised in that the reference straight line (6, 7) is constructed as a side of a frame-like reference device which is integrated in the mechanical measuring system, and in that the frame-like reference device is constructed as a frame in such a manner that during the thickness measurement the spacing between the reference straight line (6, 7) and the side of the reference device opposite the reference straight line (6, 7) is known by means of stabilisation or measurement.
A tank for storing a cryogenic fluid, in particular for storing liquefied natural gas, with an outer tank, an inner tank which is arranged within the outer tank, a base insulation which is arranged between an outer tank base of the outer tank and an inner tank base of the inner tank, a liquid-tight first film which is arranged between the outer tank base and the inner tank base, and a gas-tight second film arranged between the first film and the outer tank base, wherein the outer tank base and an outer tank wall are made of concrete and the inner tank is made of a metal material, wherein the films (24, 25) are elastically deformable, wherein the second film is integrally bonded to the outer tank wall of the outer tank, in particular glued thereto.
A fluid distribution component (10, 110, 210, 410, 510) of a high-pressure fluid jet system that includes an end effector assembly configured to receive high- pressure fluid from a pump and generate a high-pressure fluid jet for processing a workpiece or work surface, the fluid distribution component (10, 110, 210, 410, 510) characterized in that it comprises: a unitary body (14, 114, 214, 414, 514) formed from an additive manufacturing or casting process, the unitary body (14, 114, 214, 414, 514) comprising: an inlet (20, 120, 220, 320, 420, 520); an outlet (22, 122, 222, 322, 422, 522); and an internal passage (24, 124, 224, 324, 424, 524) between the inlet (20, 120, 220, 320, 420, 520) and the outlet (22, 122, 222, 322, 422, 522) to assist in routing matter through the high-pressure fluid jet system, the internal passage (24, 124, 224, 324, 424, 524) having a path that is at least partially curvilinear and the fluid distribution component (10, 110, 210, 410, 510) being subjected to cyclic or periodic loading during operation of the system arising from recurrent high-pressure conditions corresponding to an operation pressure of at least 137,9 MPa (20,000 psi). a unitary body (14, 114, 214, 414, 514) formed from an additive manufacturing or casting process, the unitary body (14, 114, 214, 414, 514) comprising: an inlet (20, 120, 220, 320, 420, 520); an outlet (22, 122, 222, 322, 422, 522); and an internal passage (24, 124, 224, 324, 424, 524) between the inlet (20, 120, 220, 320, 420, 520) and the outlet (22, 122, 222, 322, 422, 522) to assist in routing matter through the high-pressure fluid jet system, the internal passage (24, 124, 224, 324, 424, 524) having a path that is at least partially curvilinear and the fluid distribution component (10, 110, 210, 410, 510) being subjected to cyclic or periodic loading during operation of the system arising from recurrent high-pressure conditions corresponding to an operation pressure of at least 137,9 MPa (20,000 psi). an inlet (20, 120, 220, 320, 420, 520); an outlet (22, 122, 222, 322, 422, 522); and an internal passage (24, 124, 224, 324, 424, 524) between the inlet (20, 120, 220, 320, 420, 520) and the outlet (22, 122, 222, 322, 422, 522) to assist in routing matter through the high-pressure fluid jet system, the internal passage (24, 124, 224, 324, 424, 524) having a path that is at least partially curvilinear and the fluid distribution component (10, 110, 210, 410, 510) being subjected to cyclic or periodic loading during operation of the system arising from recurrent high-pressure conditions corresponding to an operation pressure of at least 137,9 MPa (20,000 psi).
A rotor blade comprising an inner blade section which extends from a rotor blade root in the longitudinal direction of the rotor blade, and an outer blade section which adjoins the inner blade section and extends in the longitudinal direction as far as a rotor blade tip, the rotor blade having a pressure-side surface and a suction-side surface which are separated from one another by way of a leading edge and a trailing edge, a touch-and-close tape being arranged on a surface of the rotor blade, which touch-and-close tape extends substantially along the longitudinal direction of the rotor blade, the trailing edge being configured as a blunt trailing edge, the extent of the touch-and-close tape in the longitudinal direction of the rotor blade being at least 1 m, the touch-and-close tape being configured in multiple pieces from sections with a length in each case of 1 m or 2.5 m and the touch-and-close tape having a width in the profile depth direction of approximately 20 mm or 50 mm. an inner blade section which extends from a rotor blade root in the longitudinal direction of the rotor blade, and an outer blade section which adjoins the inner blade section and extends in the longitudinal direction as far as a rotor blade tip, the rotor blade having a pressure-side surface and a suction-side surface which are separated from one another by way of a leading edge and a trailing edge, a touch-and-close tape being arranged on a surface of the rotor blade, which touch-and-close tape extends substantially along the longitudinal direction of the rotor blade, the trailing edge being configured as a blunt trailing edge, the extent of the touch-and-close tape in the longitudinal direction of the rotor blade being at least 1 m, the touch-and-close tape being configured in multiple pieces from sections with a length in each case of 1 m or 2.5 m and the touch-and-close tape having a width in the profile depth direction of approximately 20 mm or 50 mm.
Brake system for a vehicle, comprising the following components: - at least one hydraulic brake circuit (BK1, BK2) with at least one hydraulically acting wheel brake (RB1, RB2, RB3, RB4); - at least one pressure supply device, which is connected via a hydraulic line to a brake circuit (BK1, BK2); - and a hydraulic brake pedal system having a single master cylinder with precisely one pressure chamber, of which a hydraulic output is coupled, in a manner switchable by means of an infeed switching valve, to at least one brake circuit (BK1, BK2), and wherein the single master cylinder is, by way of at least one opening, coupled by means of a hydraulic connection to a reservoir; characterized in that a failure of a pressure chamber seal of the pressure chamber of the single master cylinder is safeguarded against by means of at least one redundancy (D2r, Dr1, 17), wherein the redundancy (D2r, Dr1) comprises a primary seal (D2r) which is redundant with respect to a primary seal and/or a throttle, and wherein the failure of the pressure chamber seal or of the redundancy (D2r, Dr1, 17) of the pressure chamber seal of the pressure chamber of the master cylinder is diagnosable. - at least one hydraulic brake circuit (BK1, BK2) with at least one hydraulically acting wheel brake (RB1, RB2, RB3, RB4); - at least one pressure supply device, which is connected via a hydraulic line to a brake circuit (BK1, BK2); - and a hydraulic brake pedal system having a single master cylinder with precisely one pressure chamber, of which a hydraulic output is coupled, in a manner switchable by means of an infeed switching valve, to at least one brake circuit (BK1, BK2), and wherein the single master cylinder is, by way of at least one opening, coupled by means of a hydraulic connection to a reservoir;
Composite blade, comprising a structural portion made of one material and a leading-edge reinforcement made of another material, the reinforcement comprising a pressure face and a suction face, the pressure and suction faces joining at the leading edge and comprising respective extensions (19, 18) extending beyond the leading edge in an extension direction of said leading edge and partially covering a blade root belonging to the structural portion, characterised in that, the extensions being limited by a front edge (20, 21) close to the leading edge, and a rear edge (24, 25) at a distance from the leading edge, the front edge of the pressure face forms a smaller angle with the leading edge than an angle formed by the front edge of the suction face with the leading edge.
A method of tracking a moving target from an air vehicle comprising determining an estimated location and speed of at least one moving target and instructing an air vehicle to follow the moving target characterized in that it comprises: ∘ determining a detectability zone surrounding the moving target; ∘ calculating at least one reference location for the air vehicle 10, relative to the estimated location of the moving target, wherein the reference location is placed out of the detectability zone; ∘ generating at least one guidance reference to command the air vehicle for tracking the moving target, wherein the guidance reference comprises any combination of one or more of at least: ▪ a desired course to fly towards the calculated reference location; ▪ a desired speed to fly towards the calculated reference location; ▪ a desired flying altitude, and; ∘ instructing the air vehicle to fly according to the generated guidance reference; wherein the determination of the detectability zone, the calculation of a reference location and the generation of at least one guidance reference are performed according to at least one predetermined behavior policy of the air vehicle. ∘ determining a detectability zone surrounding the moving target; ∘ calculating at least one reference location for the air vehicle 10, relative to the estimated location of the moving target, wherein the reference location is placed out of the detectability zone; ∘ generating at least one guidance reference to command the air vehicle for tracking the moving target, wherein the guidance reference comprises any combination of one or more of at least: ▪ a desired course to fly towards the calculated reference location; ▪ a desired speed to fly towards the calculated reference location; ▪ a desired flying altitude, and; ▪ a desired course to fly towards the calculated reference location; ▪ a desired speed to fly towards the calculated reference location; ▪ a desired flying altitude, and; ∘ instructing the air vehicle to fly according to the generated guidance reference;
Method for identifying faults in a brake assembly of a motor vehicle, wherein the method has the following steps: ascertaining a first estimated value of an instantaneous brake temperature on the basis of an applied brake pressure; acquiring a series of measured temperature values by means of a temperature sensor that is arranged at a distance from the brake assembly; determining a second estimated value of the instantaneous brake temperature based on the series of measured temperature values, wherein the determining of the second estimated value of the instantaneous brake temperature is carried out based on past measured temperature values of the series of measured temperature values and an extrapolation function; comparing the first estimated value and the second estimated value; and deciding whether a fault is present based on the comparison of the first and the second estimated value (T1, T2). ascertaining a first estimated value of an instantaneous brake temperature on the basis of an applied brake pressure; acquiring a series of measured temperature values by means of a temperature sensor that is arranged at a distance from the brake assembly; determining a second estimated value of the instantaneous brake temperature based on the series of measured temperature values, wherein the determining of the second estimated value of the instantaneous brake temperature is carried out based on past measured temperature values of the series of measured temperature values and an extrapolation function; comparing the first estimated value and the second estimated value; and deciding whether a fault is present based on the comparison of the first and the second estimated value (T1, T2).
An apparatus (30, 90, 100, 106, 112,118) structured to contact the external surface of external tissue of a user during use thereof, comprising: - a contacting portion (64, 94, 104, 110, 116, 124) structured to directly engage the external tissue, wherein at least a section of the contacting portion has an engineered surface comprising a plurality of non-random, predesigned surface features (70, 76) each having a like geometry, wherein in the section a pitch between each immediately adjacent pair of the surface features is less than or equal to a predetermined maximum pitch value, and wherein in the section a height of each of the surface features is less than or equal to a predetermined maximum height value, said predetermined maximum pitch value being 100 microns, said predetermined maximum height value being 100 microns, wherein each of the surface features (70, 76) has an axi-symmetric dome-shaped profile, wherein each of the surface features (70, 76) has a tip portion coupled to a base portion, characterized in that the tip portion has a radius of between 5 and 10 microns, and wherein the base portion is frusto-conically-shaped and has a half angle (θ) measured with respect to a central axis of the base portion equal to between 10 and 60 degrees. - a contacting portion (64, 94, 104, 110, 116, 124) structured to directly engage the external tissue, wherein at least a section of the contacting portion has an engineered surface comprising a plurality of non-random, predesigned surface features (70, 76) each having a like geometry, wherein in the section a pitch between each immediately adjacent pair of the surface features is less than or equal to a predetermined maximum pitch value, and wherein in the section a height of each of the surface features is less than or equal to a predetermined maximum height value, said predetermined maximum pitch value being 100 microns, said predetermined maximum height value being 100 microns, wherein each of the surface features (70, 76) has an axi-symmetric dome-shaped profile, wherein each of the surface features (70, 76) has a tip portion coupled to a base portion, characterized in that the tip portion has a radius of between 5 and 10 microns, and wherein the base portion is frusto-conically-shaped and has a half angle (θ) measured with respect to a central axis of the base portion equal to between 10 and 60 degrees.
A method of configuring a luminaire system, performed by an apparatus (104, 212) comprising a light sensor and a user interface (106, 216), said luminaire system comprising at least one lighting device (102, 202), said method comprising: - receiving, by said light sensor of said apparatus, light from said at least one lighting device, said light comprising lighting data; - identifying, by said apparatus, said at least one lighting device based on said lighting data; characterised by said method further comprising calculating, by said apparatus, a difference between said lighting data and target lighting data for said at least one identified lighting device; - determining, by said apparatus, based on said difference, lighting settings for said at least one identified lighting device; and - receiving and presenting (110, 308), by said user interface, information pertaining to said determined lighting settings; wherein the presented information is for use by an operator in manually adjusting said at least one identified lighting device. - receiving, by said light sensor of said apparatus, light from said at least one lighting device, said light comprising lighting data; - identifying, by said apparatus, said at least one lighting device based on said lighting data; characterised by said method further comprising calculating, by said apparatus, a difference between said lighting data and target lighting data for said at least one identified lighting device; - determining, by said apparatus, based on said difference, lighting settings for said at least one identified lighting device; and - receiving and presenting (110, 308), by said user interface, information pertaining to said determined lighting settings;
A method of detecting one or more target nucleotide sequences, the method comprising the steps of forming one or more ligated product sequences using a ligation detection reaction between one oligonucleotide probe which has a target sequence-specific portion and an address specific portion and a second oligonucleotide probe having a target sequence-specific portion and a detectable label; providing a collection of capture oligonucleotides wherein each type of capture oligonucleotide in the collection is coupled to a solid support in the form of an addressable array, has greater than sixteen nucleotides and differs in nucleotide sequence from other types of capture oligonucleotides in the collection, when aligned to each other, by at least 25%; providing a sample comprising the one or more ligated product sequences, each ligated product sequence comprising (i) an address-specific portion, (ii) a further nucleotide sequence portion, and (iii) a detectable reporter label; contacting the sample comprising the one or more ligated product sequences with the collection of capture oligonucleotides under uniform hybridization conditions effective to hybridize the address-specific portion of each ligated product sequence to its complementary capture oligonucleotide in the collection with minimal non-specific hybridization; and detecting the reporter labels of the one or more ligated product sequences hybridized to their complementary capture oligonucleotides on the solid support.