mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a cyberattack on a control system of a wind turbine, the method comprising: providing a plurality of classification models of the control system; receiving , via each of the plurality of classification models, a time series of operating data from one or more monitoring nodes of the wind turbine; extracting , via the plurality of classification models, a plurality of features using the time series of operating data, each of the plurality of features being a mathematical characterization of the time series of operating data; generating an output from each of the plurality of classification models; determining , using a decision fusion module, a probability of the cyberattack occurring on the control system based on a combination of each of the outputs; and, implementing a control action when the probability exceeds a probability threshold. providing a plurality of classification models of the control system; receiving , via each of the plurality of classification models, a time series of operating data from one or more monitoring nodes of the wind turbine; extracting , via the plurality of classification models, a plurality of features using the time series of operating data, each of the plurality of features being a mathematical characterization of the time series of operating data; generating an output from each of the plurality of classification models; determining , using a decision fusion module, a probability of the cyberattack occurring on the control system based on a combination of each of the outputs; and, implementing a control action when the probability exceeds a probability threshold.
An encoder device for determining a kinematic quantity of the movement of a first object relative to a second object, the encoder device comprising a measuring standard connected to the first object and at least one sensing unit connected to the second object for generating at least one sensing signal by sensing the measuring standard , and a control and evaluation unit configured to determine the kinematic quantity from the sensing signal by evaluating the sensing signal with a machine learning method, wherein the movement is a rotational movement of the two objects relative to each other enabled by a bearing, and wherein the evaluation is trained with a plurality of sensing signals and associated kinematic quantities with variation of eccentricity, radial runout and individual properties of the bearing.
An apparatus to seal a bottle having a threaded neck with a ROPP closure , comprising: a pressure block ejector that applies a predetermined first topload to a top portion of the ROPP closure to at least partially press a liner within the ROPP closure against a curl positioned on an upper portion of the threaded neck of the bottle ; a pressure block that applies a predetermined second topload to an upper perimeter portion of the ROPP closure to form a channel in an outer radial edge of the ROPP closure ; at least one thread roller configured to apply a predetermined first sideload to an exterior surface of a body portion of the ROPP closure to form closure threads on the body portion, wherein the pressure block is configured to apply and release the second topload to the top portion of the ROPP closure before the at least one thread roller applies the first sideload; a tool configured to rotate the bottle in a closing direction around a longitudinal axis of the bottle , wherein the tool comprises at least one of a chuck positioned proximate to a closed end portion of the bottle and a holder that engages a body portion of the bottle ; and at least one pilfer roller configured to apply a predetermined second sideload to a pilfer band of the ROPP closure , wherein the bottle is sealed by the ROPP closure . a pressure block ejector that applies a predetermined first topload to a top portion of the ROPP closure to at least partially press a liner within the ROPP closure against a curl positioned on an upper portion of the threaded neck of the bottle ; a pressure block that applies a predetermined second topload to an upper perimeter portion of the ROPP closure to form a channel in an outer radial edge of the ROPP closure ; at least one thread roller configured to apply a predetermined first sideload to an exterior surface of a body portion of the ROPP closure to form closure threads on the body portion, wherein the pressure block is configured to apply and release the second topload to the top portion of the ROPP closure before the at least one thread roller applies the first sideload; a tool configured to rotate the bottle in a closing direction around a longitudinal axis of the bottle , wherein the tool comprises at least one of a chuck positioned proximate to a closed end portion of the bottle and a holder that engages a body portion of the bottle ; and at least one pilfer roller configured to apply a predetermined second sideload to a pilfer band of the ROPP closure , wherein the bottle is sealed by the ROPP closure .
A method for authenticating a person with respect to a host , wherein the host requests a temporary password from the person for access to a service of the host, that a random-based information is generated, which is available to the person on a communication device as an input value for an algorithm, from which the temporary password is calculated, that the same algorithm is used by the person and the host to determine the password, and that after verification of conformity between the password as determined by the person and the host , the person is given access to the service of the host , that the random-based information is displayed to the person as part of a password request routine of the host and that the person responds with a temporary password by providing the algorithm based on a secret password determination rule, characterized in that only the random-based information is used as an input variable for the temporary password determined by the secret password determination rule (6, 6.1, 6.2, 6.3, 6.4), whereby the password determination rule (6, 6.1, 6.2, 6.3 6.4) provides for the selection of one or more characters of the random-based information and/or by application of a mathematical procedure to one or more characters of the random-based information .
A method for planning radiation therapy , the method comprising: - receiving patient data of a subject to be treated; receiving image data of the subject to be treated, which image data comprises anatomical image data of one or more organs at risk associated with the functioning of the immune system; - processing the patient data and the image data to obtain a risk score for the one or more organs at risk associated with the functioning of the immune system, which risk score is indicative of the risk of hematologic toxicity in the subject to be treated in response to the radiation therapy; and - planning a radiation therapy treatment using the obtained risk score to reduce the risk of hematologic toxicity in the subject to be treated. - receiving patient data of a subject to be treated; receiving image data of the subject to be treated, which image data comprises anatomical image data of one or more organs at risk associated with the functioning of the immune system; - processing the patient data and the image data to obtain a risk score for the one or more organs at risk associated with the functioning of the immune system, which risk score is indicative of the risk of hematologic toxicity in the subject to be treated in response to the radiation therapy; and - planning a radiation therapy treatment using the obtained risk score to reduce the risk of hematologic toxicity in the subject to be treated.
A stable aqueous herbicidal composition comprising: a. a water soluble salt of 2,4-D comprising, with respect to the total composition, from 200 gram acid equivalent per liter (g ae/L) to 550 g ae/L of 2,4-D; b. a second herbicide comprising, with respect to the total composition, from 0.1 g ae/L to 20 g ae/L of halauxifen-methyl, from 20 g ae/L to 150 g ae/L of fluroxypyr-meptyl, or a mixture thereof; c. from 0 g/L to 150 g/L, with respect to the total composition, of at least one of an ionic and/or a non-ionic surfactant; d. from 10 g/L to 500 g/L, with respect to the total composition, of an organic solvent including a fatty acid amide; and e. from 200 g/L to 800 g/L, with respect to the total composition, of water; wherein the water soluble salt of 2,4-D comprises one or more organo ammonium cations which are dimethyl ammonium, diethyl ammonium, triethyl ammonium, dimethylethanol ammonium, diethanol ammonium, triethanol ammonium, triisopropanol ammonium, tetramethyl ammonium, choline, or mixtures thereof; wherein the composition forms a stable, transparent, and homogenous herbicidal composition. a. a water soluble salt of 2,4-D comprising, with respect to the total composition, from 200 gram acid equivalent per liter (g ae/L) to 550 g ae/L of 2,4-D; b. a second herbicide comprising, with respect to the total composition, from 0.1 g ae/L to 20 g ae/L of halauxifen-methyl, from 20 g ae/L to 150 g ae/L of fluroxypyr-meptyl, or a mixture thereof; c. from 0 g/L to 150 g/L, with respect to the total composition, of at least one of an ionic and/or a non-ionic surfactant; d. from 10 g/L to 500 g/L, with respect to the total composition, of an organic solvent including a fatty acid amide; and e. from 200 g/L to 800 g/L, with respect to the total composition, of water;
A filtering device for removing particles from a fluid of a patient, the filtering device being implantable in the patient's body and comprising: - a tube forming a fluid passageway , and - a filter connected to the tube for filtering particles passing through the tube, characterized in that the filtering device further comprises - a filter cleaning device comprising a first piston for mechanically cleaning the filter, said piston being movable in contact with said filter in a direction essentially perpendicular to the direction of the flow passageway and adapted to move the particles away from the fluid passageway upon movement of the first piston in a direction essentially perpendicular to the fluid passageway . - a tube forming a fluid passageway , and - a filter connected to the tube for filtering particles passing through the tube, characterized in that the filtering device further comprises - a filter cleaning device comprising a first piston for mechanically cleaning the filter, said piston being movable in contact with said filter in a direction essentially perpendicular to the direction of the flow passageway and adapted to move the particles away from the fluid passageway upon movement of the first piston in a direction essentially perpendicular to the fluid passageway .
An apparatus, comprising: a bicycle rim defining a rim drop ; and a drop seal disposed at the rim drop, the drop seal being configured to seal with a bead of a tire when the bead is positioned at the rim drop, wherein the drop seal is biased to bow away from the rim drop, wherein the drop seal has a bowed shape when biased from the rim drop; characterized in that the drop seal is configured to collapse into the rim drop when the tire reaches a specified pressure. a bicycle rim defining a rim drop ; and a drop seal disposed at the rim drop, the drop seal being configured to seal with a bead of a tire when the bead is positioned at the rim drop, wherein the drop seal is biased to bow away from the rim drop, wherein the drop seal has a bowed shape when biased from the rim drop; characterized in that the drop seal is configured to collapse into the rim drop when the tire reaches a specified pressure.
A light-emitting device comprising: a plurality of light sources configured to be disposed on a substrate ; a light diffusion member configured to commonly cover the plurality of light sources ; and a plurality of wavelength conversion members configured to be disposed between the light sources and the light diffusion member in a thickness direction and disposed in regions corresponding to the plurality of light sources in a plane, respectively, and configured to convert light with a first wave-length from the light sources into light with a second wavelength, characterized by light reflection members configured to be disposed between the wavelength conversion members and the light diffusion members and disposed in regions corresponding to the plurality of light sources in the plane, respectively, and configured to reflect the light transmitted through the wave-length conversion members ; wherein a central point (CL) of the light reflection member is identical to an optical axis of the light source in an in-plane direction and satisfies a condition expression and a condition expression below: Tan − 1 R 2 / L 2 < 27 ° and R 2 < R 1 where R2 is a median value of a circumradius (rr3) and an inradius (rr4) in the light reflection member , R1 is a radius obtained as a median value of a circumradius (rr1) and an inradius (rr2) in the direct upper portion of the wavelength conversion member and L2 is a distance between the light reflection member and the light diffusion member in the thickness direction. a plurality of light sources configured to be disposed on a substrate ; a light diffusion member configured to commonly cover the plurality of light sources ; and a plurality of wavelength conversion members configured to be disposed between the light sources and the light diffusion member in a thickness direction and disposed in regions corresponding to the plurality of light sources in a plane, respectively, and configured to convert light with a first wave-length from the light sources into light with a second wavelength, characterized by light reflection members configured to be disposed between the wavelength conversion members and the light diffusion members and disposed in regions corresponding to the plurality of light sources in the plane, respectively, and configured to reflect the light transmitted through the wave-length conversion members ; wherein a central point (CL) of the light reflection member is identical to an optical axis of the light source in an in-plane direction and satisfies a condition expression and a condition expression below: Tan − 1 R 2 / L 2 < 27 ° and R 2 < R 1 where R2 is a median value of a circumradius (rr3) and an inradius (rr4) in the light reflection member , R1 is a radius obtained as a median value of a circumradius (rr1) and an inradius (rr2) in the direct upper portion of the wavelength conversion member and L2 is a distance between the light reflection member and the light diffusion member in the thickness direction.
Method for making an ornamental article comprising the following operating steps: - at least one step for augmenting, in a 3D printer, an ornamental body formed by a plurality of separate connection elements that are mechanically engaged with each other, said augmenting step being attained by means of successive welding of metal powder layers; said method being characterised in that it further comprises: - a step for arranging at least one finish plate made of metallic material, provided with an inner face and an outer face , in said 3D printer; said augmenting step providing for making at least one initial welding of a first metal powder layer on the inner face of said finish plate in order to fix said plurality of connection elements of said ornamental body to said finish plate ; - a step for cutting said finish plate into a plurality of separate surface elements that are adjacent to each other, mechanically connected to said plurality of connection elements that are mechanically engaged with each other along a laying plane (X). - at least one step for augmenting, in a 3D printer, an ornamental body formed by a plurality of separate connection elements that are mechanically engaged with each other, said augmenting step being attained by means of successive welding of metal powder layers; - a step for arranging at least one finish plate made of metallic material, provided with an inner face and an outer face , in said 3D printer; said augmenting step providing for making at least one initial welding of a first metal powder layer on the inner face of said finish plate in order to fix said plurality of connection elements of said ornamental body to said finish plate ; - a step for cutting said finish plate into a plurality of separate surface elements that are adjacent to each other, mechanically connected to said plurality of connection elements that are mechanically engaged with each other along a laying plane (X).
Method for unidirectional data transfer between a first so-called open network and a second so-called protected network, said method being used to transfer data from a transmitter desk connected to the open network to a receiver desk connected to the protected network, via at least one transmission path comprising a physical data diode , the method comprising: - a step of transmitting a file being received from the transmitter desk to the receiver desk , packet by packet, upon arrival of said packets at the transmitter desk, and of using the numbering of packets to reconstruct the file at the receiver desk, characterised in that the method comprises: - a step of transmitting the data to be transmitted, on N, N>=2, parallel transmission paths, each protected by a physical diode, and a step of receiving the received data by the receiver desk, in N buffer memories, - a step of introducing a time delay between the redundant information transmitted over the different transmission paths. - a step of transmitting a file being received from the transmitter desk to the receiver desk , packet by packet, upon arrival of said packets at the transmitter desk, and of using the numbering of packets to reconstruct the file at the receiver desk, - a step of transmitting the data to be transmitted, on N, N>=2, parallel transmission paths, each protected by a physical diode, and a step of receiving the received data by the receiver desk, in N buffer memories, - a step of introducing a time delay between the redundant information transmitted over the different transmission paths.
A composition for forming a lubricating coating to a tubular threaded joint, the composition comprising: a melamine cyanurate; a basic metal salt of an aromatic organic acid; and one or more kinds selected from the group consisting of a pine resin-based material, a wax, a metal soap, and a lubricating powder, wherein the amount of the melamine cyanurate is 0.5 to 30% by mass on a basis of a total amount of non-volatile components of the composition and wherein the amount of the basic metal salt of an aromatic organic acid is 20 to 70% by mass on a basis of a total amount of non-volatile components of the composition. a melamine cyanurate; a basic metal salt of an aromatic organic acid; and one or more kinds selected from the group consisting of a pine resin-based material, a wax, a metal soap, and a lubricating powder, wherein the amount of the melamine cyanurate is 0.5 to 30% by mass on a basis of a total amount of non-volatile components of the composition and wherein the amount of the basic metal salt of an aromatic organic acid is 20 to 70% by mass on a basis of a total amount of non-volatile components of the composition.
A vehicle ceiling connecting arrangement for attaching a vehicle ceiling to a vehicle structure of a vehicle, characterized in that said vehicle ceiling connecting arrangement comprising: - a vehicle structure connection portion arranged at a first surface of the vehicle structure , said first surface facing away from an inner compartment of the vehicle, wherein said vehicle structure connection portion comprises an elongated portion extending from the first surface of the vehicle structure in a non-parallel direction relative to the first surface of the vehicle structure; and - a ceiling attachment element connectable to the vehicle structure connection portion , said ceiling attachment element comprising a ceiling clamping surface and a recess portion extending in a non-parallel direction from the ceiling clamping surface , wherein the vehicle ceiling connecting arrangement is configured to assume a ceiling attachment state in which a portion of the vehicle ceiling is sandwiched between the first surface of the vehicle structure and the ceiling clamping surface , said ceiling attachment state is assumed when the elongated portion of the vehicle structure connection portion is inserted into the recess portion. - a vehicle structure connection portion arranged at a first surface of the vehicle structure , said first surface facing away from an inner compartment of the vehicle, wherein said vehicle structure connection portion comprises an elongated portion extending from the first surface of the vehicle structure in a non-parallel direction relative to the first surface of the vehicle structure; and - a ceiling attachment element connectable to the vehicle structure connection portion , said ceiling attachment element comprising a ceiling clamping surface and a recess portion extending in a non-parallel direction from the ceiling clamping surface , wherein the vehicle ceiling connecting arrangement is configured to assume a ceiling attachment state in which a portion of the vehicle ceiling is sandwiched between the first surface of the vehicle structure and the ceiling clamping surface , said ceiling attachment state is assumed when the elongated portion of the vehicle structure connection portion is inserted into the recess portion.
A method for assembling a structure from preforms including discrete preforms and one or more large preform , each preform comprising unhardened fiber-reinforced material , the method comprising: moving a mandrel in a process direction relative to a placement station that comprises multiple pick-and-place (PNP) machines ; identifying a tray that stores the one or more large preforms and the discrete preforms , the discrete preforms arranged for placement at locations in which a frame is to be installed relative to the large preforms ; placing a strong back at the tray via at least one of the PNP machines ; applying vacuum pressure to hold the one or more large preforms and the discrete preforms in contact with the strong back ; transporting the one or more large preforms and the discrete preforms to the mandrel via the at least one PNP machine while maintaining an arrangement of the one or more large preforms and the discrete preforms ; and placing the one or more large preforms and the discrete preforms onto the mandrel . moving a mandrel in a process direction relative to a placement station that comprises multiple pick-and-place (PNP) machines ; identifying a tray that stores the one or more large preforms and the discrete preforms , the discrete preforms arranged for placement at locations in which a frame is to be installed relative to the large preforms ; placing a strong back at the tray via at least one of the PNP machines ; applying vacuum pressure to hold the one or more large preforms and the discrete preforms in contact with the strong back ; transporting the one or more large preforms and the discrete preforms to the mandrel via the at least one PNP machine while maintaining an arrangement of the one or more large preforms and the discrete preforms ; and placing the one or more large preforms and the discrete preforms onto the mandrel .