mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of detecting a fuel leak in an aircraft (10A, 10B), the aircraft comprising a first engine and a second engine, the method comprising: upon determining that the aircraft has reached a first mode of operation: acquiring a first baseline fuel flow (Wfbase1) of the first engine, the first baseline fuel flow being determined as an average actual fuel flow of the first engine established over a period of time while operating in accordance with the first mode of operation; acquiring a second baseline fuel flow (Wfbase2) of the second engine, the second baseline fuel flow being determined as an average actual fuel flow of the second engine established over the period of time while operating in accordance with the first mode of operation; monitoring a first current fuel flow measured at the first engine and a second current fuel flow measured at the second engine; and triggering a fuel leak detection based on an analysis of the first baseline fuel flow Wfbase1), the first current fuel flow, the second baseline fuel flow (Wfbase2) and the second current fuel flow; characterised in that the analysis of the first baseline fuel flow (Wfbase1), the first current fuel flow, the second baseline fuel flow (Wfbase2) and the second current fuel flow comprises: calculating a first ratio (Wfratio1) based on the first current fuel flow and the first baseline fuel flow (Wfbase1); and calculating a second ratio (Wfratio2) based on the second current fuel flow and the second baseline fuel flow (Wfbase2). acquiring a first baseline fuel flow (Wfbase1) of the first engine, the first baseline fuel flow being determined as an average actual fuel flow of the first engine established over a period of time while operating in accordance with the first mode of operation; acquiring a second baseline fuel flow (Wfbase2) of the second engine, the second baseline fuel flow being determined as an average actual fuel flow of the second engine established over the period of time while operating in accordance with the first mode of operation; monitoring a first current fuel flow measured at the first engine and a second current fuel flow measured at the second engine; and triggering a fuel leak detection based on an analysis of the first baseline fuel flow Wfbase1), the first current fuel flow, the second baseline fuel flow (Wfbase2) and the second current fuel flow; characterised in that the analysis of the first baseline fuel flow (Wfbase1), the first current fuel flow, the second baseline fuel flow (Wfbase2) and the second current fuel flow comprises: calculating a first ratio (Wfratio1) based on the first current fuel flow and the first baseline fuel flow (Wfbase1); and calculating a second ratio (Wfratio2) based on the second current fuel flow and the second baseline fuel flow (Wfbase2). calculating a first ratio (Wfratio1) based on the first current fuel flow and the first baseline fuel flow (Wfbase1); and calculating a second ratio (Wfratio2) based on the second current fuel flow and the second baseline fuel flow (Wfbase2).
A bromination method for m-diamide compounds, wherein the bromination method comprises: reacting a compound represented by formula I with a brominating reagent in the presence of an oxidant to obtain a brominated product represented by formula II, the scheme is as follows: wherein, Z is selected from any one of the group consisting of hydrogen, halogen, cyano, nitro, C1-C6 linear or branched alkyl, halogenated C1-C6 linear or branched alkyl, C1-C6 linear or branched alkoxyl, halogenated C1-C6 linear or branched alkoxyl, C1-C6 alkylsulfonyl, halogenated C1-C6 alkylsulfonyl, C1-C6 alkylsulfinyl, and halogenated C1-C6 alkylsulfinyl; W 1 and W 2 are each independently O or S; R 1 is selected from any one of C1-C6 linear or branched alkyl or R 4 is selected from the group consisting of hydrogen, halogen, C1-C6 linear or branched alkyl, halogenated C1-C6 linear or branched alkyl, C3-C8 cycloalkyl, and halogenated C3-C8 cycloalkyl, R 5 is hydrogen or halogen, and the wavy line represents the connecting site of a group; Y is selected from any one of the group consisting of halogen, C1-C6 linear or branched alkyl, halogenated C1-C6 linear or branched alkyl, C1-C6 linear or branched alkoxyl, and halogenated C1-C6 linear or branched alkoxyl; R 2 is hydrogen, halogen or methoxyl; R 3 is fluoro or trifluoromethyl; the brominating reagent is sodium bromide, potassium bromide, bromine or hydrobromic acid; and the oxidant is selected from the group consisting of sodium chlorate, potassium chlorate, sodium hypochlorite, potassium hypochlorite, and chlorine. W 1 and W 2 are each independently O or S; R 1 is selected from any one of C1-C6 linear or branched alkyl or R 4 is selected from the group consisting of hydrogen, halogen, C1-C6 linear or branched alkyl, halogenated C1-C6 linear or branched alkyl, C3-C8 cycloalkyl, and halogenated C3-C8 cycloalkyl, R 5 is hydrogen or halogen, and the wavy line represents the connecting site of a group; Y is selected from any one of the group consisting of halogen, C1-C6 linear or branched alkyl, halogenated C1-C6 linear or branched alkyl, C1-C6 linear or branched alkoxyl, and halogenated C1-C6 linear or branched alkoxyl; R 2 is hydrogen, halogen or methoxyl; R 3 is fluoro or trifluoromethyl; the brominating reagent is sodium bromide, potassium bromide, bromine or hydrobromic acid; and the oxidant is selected from the group consisting of sodium chlorate, potassium chlorate, sodium hypochlorite, potassium hypochlorite, and chlorine.
A server that can distribute plural pieces of file data stored in a storage section to a client over a network and publish the server's own server name on the network, comprising: a data distribution section configured to distribute the file data according to a file data distribution request from the client over the network; and a server name publishing section configured to publish the server's own server name on the network and publish, when an amount of the file data distribution from the data distribution section over the network reaches a capacity of possible simultaneous distribution, a server name different from the server's own server name. a data distribution section configured to distribute the file data according to a file data distribution request from the client over the network; and a server name publishing section configured to publish the server's own server name on the network and publish, when an amount of the file data distribution from the data distribution section over the network reaches a capacity of possible simultaneous distribution, a server name different from the server's own server name.
A method for detecting the position of a conveyor, comprising the steps of: providing on said conveyor an irregular marking, constituted by marks that are detectable optically; by means of a vision device that is configured to detect the markings, detecting portions of said marking at preset time intervals; comparing a detection performed by said vision device with a previously performed detection, in order to determine the extent and direction of the movement of the conveyor. providing on said conveyor an irregular marking, constituted by marks that are detectable optically; by means of a vision device that is configured to detect the markings, detecting portions of said marking at preset time intervals; comparing a detection performed by said vision device with a previously performed detection, in order to determine the extent and direction of the movement of the conveyor.
Machine for the dispensing of espresso coffee, comprising: - at least a boiler, associable with a bearing structure, for the containment and heating of water; - at least a container suitable for containing water for the dispensing of coffee; - at least an inlet hydraulic circuit suitable for connecting said boiler and said container to a water feeding line; - at least a coffee dispensing unit; - at least an outlet hydraulic circuit suitable for connecting at least said container to said coffee dispensing unit; characterized by the fact that said hydraulic inlet circuit comprises at least a one-piece inlet block inside which is predefined at least a water transit duct having at least an inlet port connectable to a water feeding line, at least a transit mouth communicating with said boiler and at least an outlet port communicating with said container. - at least a boiler, associable with a bearing structure, for the containment and heating of water; - at least a container suitable for containing water for the dispensing of coffee; - at least an inlet hydraulic circuit suitable for connecting said boiler and said container to a water feeding line; - at least a coffee dispensing unit; - at least an outlet hydraulic circuit suitable for connecting at least said container to said coffee dispensing unit;
A jewelry item, comprising a plurality of decorative elements that are each configured to be mounted articulated on a support so as to be able to occupy, under the action of an outside force, at least two different positions, at least one of which is a stable position, the decorative elements being arranged adjacent to one another so that a force exerted on one of them to change its position communicates a force to at least one other adjacent decorative element so as also to cause it to change positions, characterized in that the decorative elements of the plurality of decorative elements each have several outer faces (F1, F2) with different appearances and/or different geometric orientations that are configured such that the change of position of said decorative elements is accompanied by a change in geometric orientation of said outer faces.
A method for commercial application of chemical compositions which include proteins to prevent aerosolization of the same comprising; contacting a hard surface to be cleaned with a chemical composition that includes in a use solution of up to 5 ppm protein under conditions of pressure of not more than 0.6895 MPa (100 psi) and via a pressurized spray system, and thereafter allowing said solution to dry or removing said solution from said surface and wherein the composition further includes 1 to 60 wt-% of a surfactant and 0.1 to 18 wt-% of a solvent, and wherein the composition is free of the anti-mist components polyethylene oxide, polyacrylamide, and polyacrylate.
Conveying device for conveying animal products in an agricultural business, comprising - a conveyor belt, - a belt drive (12a,b,c) for driving the conveyor belt in at least one conveying direction, - a sensor for detecting a deviation of a position of an edge of the conveyor belt, which sensor is configured and arranged to output a deviation signal if the position of the edge of the conveyor belt deviates from a target position by a predetermined amount, - a correction device, which is configured and arranged to change the orientation of the belt drive (12a,b,c) as a function of a correction signal, characterised by:. - a measurement means (1130, 1131, 1132, 1133, 1134), which is configured and arranged to determine a measure of a load on the conveyor belt, - a control device, which is configured to generate a correction signal as a function of the deviation signal and pass it to the correction device, and which is further configured to compare the determined measure of the load on the conveyor belt with a target value, - a second sensor for detecting a deviation of a position of a further edge of the conveyor belt, which sensor is configured and arranged to output a deviation signal if the position of the further edge of the conveyor belt deviates from a target position by a predetermined amount, the control device being configured to change the orientation of the belt drive (12a,b,c) in a first direction or in a second direction counter to the first direction depending on which of the two sensors outputs a deviation signal. - a conveyor belt, - a belt drive (12a,b,c) for driving the conveyor belt in at least one conveying direction, - a sensor for detecting a deviation of a position of an edge of the conveyor belt, which sensor is configured and arranged to output a deviation signal if the position of the edge of the conveyor belt deviates from a target position by a predetermined amount, - a correction device, which is configured and arranged to change the orientation of the belt drive (12a,b,c) as a function of a correction signal, - a measurement means (1130, 1131, 1132, 1133, 1134), which is configured and arranged to determine a measure of a load on the conveyor belt, - a control device, which is configured to generate a correction signal as a function of the deviation signal and pass it to the correction device, and which is further configured to compare the determined measure of the load on the conveyor belt with a target value, - a second sensor for detecting a deviation of a position of a further edge of the conveyor belt, which sensor is configured and arranged to output a deviation signal if the position of the further edge of the conveyor belt deviates from a target position by a predetermined amount, the control device being configured to change the orientation of the belt drive (12a,b,c) in a first direction or in a second direction counter to the first direction depending on which of the two sensors outputs a deviation signal.
A display module comprising: a display panel comprising an inorganic light emitting element and a pixel circuit configured to provide a driving current to the inorganic light emitting element; and a driver configured to drive the pixel circuit, wherein the pixel circuit comprises a pulse amplitude modulation PAM circuit configured to control an amplitude of the driving current based on an applied PAM data voltage, and a pulse width modulation PWM circuit configured to control a pulse width of the driving current based on an applied PWM data voltage, and wherein the driver comprises a source driver circuit configured to apply the PAM data voltage to the pulse amplitude modulation PAM circuit and to apply the PWM data voltage to the pulse width modulation PWM circuit; wherein the driver comprises a power supply circuit configured to provide, to the PAM circuit through a first line, a first power supply voltage for driving the PAM circuit, and provide, to the PWM circuit through a second line, a second power supply voltage for driving the PWM circuit, wherein the second power supply voltage is lower than the first power supply voltage. a display panel comprising an inorganic light emitting element and a pixel circuit configured to provide a driving current to the inorganic light emitting element; and a driver configured to drive the pixel circuit, wherein the pixel circuit comprises a pulse amplitude modulation PAM circuit configured to control an amplitude of the driving current based on an applied PAM data voltage, and a pulse width modulation PWM circuit configured to control a pulse width of the driving current based on an applied PWM data voltage, and wherein the driver comprises a source driver circuit configured to apply the PAM data voltage to the pulse amplitude modulation PAM circuit and to apply the PWM data voltage to the pulse width modulation PWM circuit; wherein the driver comprises a power supply circuit configured to provide, to the PAM circuit through a first line, a first power supply voltage for driving the PAM circuit, and provide, to the PWM circuit through a second line, a second power supply voltage for driving the PWM circuit, wherein the second power supply voltage is lower than the first power supply voltage.
Pressure booster, having a pressure booster housing in which a low-pressure piston with a first pressure surface is arranged in the pressure booster housing, which low-pressure piston delimits a first low-pressure region in a low-pressure chamber, having a high-pressure piston which has a second pressure surface smaller than the first pressure surface and which delimits a high-pressure chamber in the pressure booster housing, wherein the low-pressure piston is coupled to the high-pressure piston, wherein the first low-pressure region is connected to a first pump device which implies a first medium to the first pressure surface, wherein the high-pressure piston is movable between a first reversal point as a bottom dead centre and a second reversal point as a top dead centre, and having a second pump device for a second medium, which second pump device is at least indirectly connected to the high-pressure chamber, characterized in that the second pump device has at least one port which opens into the high-pressure chamber of the pressure booster housing between the two reversal points of the high-pressure piston, and in that the port opens into the pressure booster housing at a short distance from the first reversal point slightly above the bottom dead centre of the high-pressure piston and is formed as a bore in the wall of the pressure booster housing.
Method for the production of a dealcoholised drink made from an alcoholic basic drink product, comprising the following steps: • separation by non-thermal permeation of the alcoholic basic drink product into an alcoholic permeate comprising aroma substances, and a nearly alcohol-free retentate comprising aroma substances; • dealcoholisation of the permeate; • blending of the dealcoholised permeate with the nearly alcohol-free retentate characterized in that • aromatic substances are removed from the alcoholic permeate comprising aroma substances in a cold adsorption process prior to the dealcoholisation, so that • on the one hand, the aroma substances are collected in an aroma phase through cold adsorption; and • on the other hand, the alcohol is removed from the aroma-free, but alcohol-comprising permeate that results from the cold adsorption, wherein alcohol removement is ocured by means of an alcohol separation following the cold adsorption, causing an aqueous, extensively deflavoured and dealcoholised aqueous permeate phase (24"); • and that the aroma phase, the aqueous permeate phase (24") and the retentate are blended to produce a dealcoholised drink. • separation by non-thermal permeation of the alcoholic basic drink product into an alcoholic permeate comprising aroma substances, and a nearly alcohol-free retentate comprising aroma substances; • dealcoholisation of the permeate; • blending of the dealcoholised permeate with the nearly alcohol-free retentate • aromatic substances are removed from the alcoholic permeate comprising aroma substances in a cold adsorption process prior to the dealcoholisation, so that • on the one hand, the aroma substances are collected in an aroma phase through cold adsorption; and • on the other hand, the alcohol is removed from the aroma-free, but alcohol-comprising permeate that results from the cold adsorption, wherein alcohol removement is ocured by means of an alcohol separation following the cold adsorption, causing an aqueous, extensively deflavoured and dealcoholised aqueous permeate phase (24"); • and that the aroma phase, the aqueous permeate phase (24") and the retentate are blended to produce a dealcoholised drink.
A method including: - receiving a time sequence of images of an environment around a laserlight beam source, - processing (100; 102, 104, 106) the time sequence of images by detecting the presence of at least one laserlight-sensitive region therein and calculating a pixel occupancy map indicative of the position of said at least one region in the time sequence of images, wherein calculating said pixel occupancy map includes: - i) calculating a plurality of partial occupancy maps (102, 104, 106) by applying to the time sequence of images one of: - semantic image segmentation, and/or - object detection, and/or - domain-specific segmentation, - ii) calculating said pixel occupancy map as a combination of partial occupancy maps (102, 104, 106) out of said plurality of partial occupancy maps (102, 104, 106), the method being characterized in that it comprises: - applying motion vector estimation to the pixel occupancy map for an image in said sequence of images to calculate an estimated pixel occupancy map (108'; 108") for a subsequent image in said sequence of images, and - controlling the laserlight beam source as a function of said estimated pixel occupancy map (108'; 108"). - receiving a time sequence of images of an environment around a laserlight beam source, - processing (100; 102, 104, 106) the time sequence of images by detecting the presence of at least one laserlight-sensitive region therein and calculating a pixel occupancy map indicative of the position of said at least one region in the time sequence of images, wherein calculating said pixel occupancy map includes: - i) calculating a plurality of partial occupancy maps (102, 104, 106) by applying to the time sequence of images one of: - semantic image segmentation, and/or - object detection, and/or - domain-specific segmentation, - ii) calculating said pixel occupancy map as a combination of partial occupancy maps (102, 104, 106) out of said plurality of partial occupancy maps (102, 104, 106), - i) calculating a plurality of partial occupancy maps (102, 104, 106) by applying to the time sequence of images one of: - semantic image segmentation, and/or - object detection, and/or - domain-specific segmentation, - semantic image segmentation, and/or - object detection, and/or - domain-specific segmentation, - ii) calculating said pixel occupancy map as a combination of partial occupancy maps (102, 104, 106) out of said plurality of partial occupancy maps (102, 104, 106), the method being characterized in that it comprises: - applying motion vector estimation to the pixel occupancy map for an image in said sequence of images to calculate an estimated pixel occupancy map (108'; 108") for a subsequent image in said sequence of images, and - controlling the laserlight beam source as a function of said estimated pixel occupancy map (108'; 108"). - applying motion vector estimation to the pixel occupancy map for an image in said sequence of images to calculate an estimated pixel occupancy map (108'; 108") for a subsequent image in said sequence of images, and - controlling the laserlight beam source as a function of said estimated pixel occupancy map (108'; 108").
Method of moulding a composite component, comprising: - a step of positioning a geotextile layer on a mould so that an underside of the geotextile layer is positioned against the mould; - a first step of coating with a biodegradable resin a top face of the geotextile layer positioned during the positioning step; - a step of bonding a layer of fibres, whose rigidity is higher than that of the geotextile layer, onto the coated geotextile layer; and - a second step of coating with a biodegradable resin a top face of the layer of fibres. - a step of positioning a geotextile layer on a mould so that an underside of the geotextile layer is positioned against the mould; - a first step of coating with a biodegradable resin a top face of the geotextile layer positioned during the positioning step; - a step of bonding a layer of fibres, whose rigidity is higher than that of the geotextile layer, onto the coated geotextile layer; and - a second step of coating with a biodegradable resin a top face of the layer of fibres.