mhurhangee/ep-ind-claims huggingface dataset:
Asset condition monitoring method with automatic anomaly detection, comprising the steps: receiving local condition data from an asset fleet, relating to a plurality of assets; wherein the local condition data relate to a condition of an asset of the asset fleet, wherein the local condition data comprise time series data of the condition of the asset of the asset fleet; the method being characterized in the steps of: identifying at least one anomaly in the received condition data, wherein the identified anomaly relates to unexpected condition data of the asset; wherein the anomaly is identified by an anomaly detection method, which is configured for processing the time series data comprising running a generic test that identifies the anomaly; identifying a new potential failure case, relating to a new failure in an asset, dependent on the identified anomaly and additional system data provided by the respective asset; determining a specific condition model dependent on the identified new potential failure case, wherein the specific condition model is configured for predicting the new failure; and providing the specific condition model to the plurality of assets and/or to digital models of the plurality of assets. receiving local condition data from an asset fleet, relating to a plurality of assets; wherein the local condition data relate to a condition of an asset of the asset fleet, wherein the local condition data comprise time series data of the condition of the asset of the asset fleet; the method being characterized in the steps of: identifying at least one anomaly in the received condition data, wherein the identified anomaly relates to unexpected condition data of the asset; wherein the anomaly is identified by an anomaly detection method, which is configured for processing the time series data comprising running a generic test that identifies the anomaly; identifying a new potential failure case, relating to a new failure in an asset, dependent on the identified anomaly and additional system data provided by the respective asset; determining a specific condition model dependent on the identified new potential failure case, wherein the specific condition model is configured for predicting the new failure; and providing the specific condition model to the plurality of assets and/or to digital models of the plurality of assets. identifying at least one anomaly in the received condition data, wherein the identified anomaly relates to unexpected condition data of the asset; wherein the anomaly is identified by an anomaly detection method, which is configured for processing the time series data comprising running a generic test that identifies the anomaly; identifying a new potential failure case, relating to a new failure in an asset, dependent on the identified anomaly and additional system data provided by the respective asset; determining a specific condition model dependent on the identified new potential failure case, wherein the specific condition model is configured for predicting the new failure; and providing the specific condition model to the plurality of assets and/or to digital models of the plurality of assets.
Ternary herbicidal compositions comprising: a) a herbicide A which is 4-amino-3,6-dichloropyridine-2-carboxylic acid and 2-[ -4-isopropyl-4-methyl-5-oxo-2-imidazolin-2-yl]-5-methoxymethyl-nicotinic acid; and b) at least one herbicide B which is napropamide. a) a herbicide A which is 4-amino-3,6-dichloropyridine-2-carboxylic acid and 2-[ -4-isopropyl-4-methyl-5-oxo-2-imidazolin-2-yl]-5-methoxymethyl-nicotinic acid; and b) at least one herbicide B which is napropamide.
A rotor disk assembly for a gas turbine engine comprising: a rotor hub defined about an axis of rotation, said rotor hub including a blade mount section with a first radial flange having a multiple of first apertures and a second radial flange with a multiple of second apertures; an airfoil having a root section that defines a bore about an axis, said root section located between said first radial flange and said second radial flange such that said bore is aligned with one of said multiple of first apertures and one of said multiple of second apertures; a platform segment (86,88;114) at least partially contoured to said airfoil, said platform segment (86,88;114) defining an at least partial platform aperture (86A,88A;120,122); and an airfoil pin; characterised in that: said axis about which the bore is defined is a non-linear axis; and said airfoil pin engages with said at least partial platform aperture (86A,88A;120,122), said one of said multiple of first apertures, said one of said multiple of second apertures and said bore. a rotor hub defined about an axis of rotation, said rotor hub including a blade mount section with a first radial flange having a multiple of first apertures and a second radial flange with a multiple of second apertures; an airfoil having a root section that defines a bore about an axis, said root section located between said first radial flange and said second radial flange such that said bore is aligned with one of said multiple of first apertures and one of said multiple of second apertures; a platform segment (86,88;114) at least partially contoured to said airfoil, said platform segment (86,88;114) defining an at least partial platform aperture (86A,88A;120,122); and an airfoil pin; characterised in that: said axis about which the bore is defined is a non-linear axis; and said airfoil pin engages with said at least partial platform aperture (86A,88A;120,122), said one of said multiple of first apertures, said one of said multiple of second apertures and said bore. said axis about which the bore is defined is a non-linear axis; and said airfoil pin engages with said at least partial platform aperture (86A,88A;120,122), said one of said multiple of first apertures, said one of said multiple of second apertures and said bore.
A method for synchronizing messages among a plurality of terminals by a server, the method comprising: when receiving a first communication message, at the server, to be transmitted to a second terminal, from a first terminal mapped to a first user account of a first user, the second terminal mapped to a second user account of a second user, sending a message notifying reception of the first communication message to a third terminal mapped to the second user account of the second user, and sending the first communication message to the third terminal, when the third terminal is connected to the server after the message notifying reception of the first communication message is sent to the third terminal; and when receiving a second communication message, at the server, to be transmitted to the first terminal, from the second terminal, determining from account information that the second terminal and the third terminal are mapped to the second user account of the second user, and sending the second communication message to the third terminal without sending a message notifying reception of the second communication message to the third terminal. when receiving a first communication message, at the server, to be transmitted to a second terminal, from a first terminal mapped to a first user account of a first user, the second terminal mapped to a second user account of a second user, sending a message notifying reception of the first communication message to a third terminal mapped to the second user account of the second user, and sending the first communication message to the third terminal, when the third terminal is connected to the server after the message notifying reception of the first communication message is sent to the third terminal; and when receiving a second communication message, at the server, to be transmitted to the first terminal, from the second terminal, determining from account information that the second terminal and the third terminal are mapped to the second user account of the second user, and sending the second communication message to the third terminal without sending a message notifying reception of the second communication message to the third terminal.
Assembly of nozzle units for a wiper arm, wherein at least one nozzle unit ∘ is designed as a rigid body, ∘ has a channel through which liquid can flow into the nozzle unit and/or from the nozzle unit and ∘ has a nozzle which is connected to the channel, wherein the nozzle units are connected to one another in series in such a manner that a liquid can flow from one nozzle unit into a nozzle unit which follows in the series, wherein at least one nozzle unit has a bearing surface which is designed in such a manner that this nozzle unit cannot turn about its longitudinal axis when the bearing surface rests against a surface of a wiper arm, characterised in that at least one nozzle unit has a conductor segment of a conductor for a heating unit, wherein the conductor segment has at least one connection for another conductor segment from another nozzle unit. ∘ is designed as a rigid body, ∘ has a channel through which liquid can flow into the nozzle unit and/or from the nozzle unit and ∘ has a nozzle which is connected to the channel, wherein the nozzle units are connected to one another in series in such a manner that a liquid can flow from one nozzle unit into a nozzle unit which follows in the series, wherein at least one nozzle unit has a bearing surface which is designed in such a manner that this nozzle unit cannot turn about its longitudinal axis when the bearing surface rests against a surface of a wiper arm, characterised in that at least one nozzle unit has a conductor segment of a conductor for a heating unit, wherein the conductor segment has at least one connection for another conductor segment from another nozzle unit. wherein the nozzle units are connected to one another in series in such a manner that a liquid can flow from one nozzle unit into a nozzle unit which follows in the series, wherein at least one nozzle unit has a bearing surface which is designed in such a manner that this nozzle unit cannot turn about its longitudinal axis when the bearing surface rests against a surface of a wiper arm, characterised in that at least one nozzle unit has a conductor segment of a conductor for a heating unit, wherein the conductor segment has at least one connection for another conductor segment from another nozzle unit.
A cardiac activity measurement assembly for a sports equipment handle, said assembly comprising: an optical cardiac activity sensor configured to measure cardiac activity of a user; a plurality of electrodes (352A-D)) situated at a measuring head of the optical cardiac sensor and configured to measure the cardiac activity of the user and/or motion between the measuring head and a body tissue of the user; and attachment means for attaching elastically the optical cardiac activity sensor and the electrodes (352A-D) to a handle of sports equipment in order to reduce pressure on the measuring head of said sensor and electrodes caused by a skin contact between said measuring head and at least one finger or a palm of the user when gripping the handle. an optical cardiac activity sensor configured to measure cardiac activity of a user; a plurality of electrodes (352A-D)) situated at a measuring head of the optical cardiac sensor and configured to measure the cardiac activity of the user and/or motion between the measuring head and a body tissue of the user; and attachment means for attaching elastically the optical cardiac activity sensor and the electrodes (352A-D) to a handle of sports equipment in order to reduce pressure on the measuring head of said sensor and electrodes caused by a skin contact between said measuring head and at least one finger or a palm of the user when gripping the handle.
Method for determining a temperature of an oil with which a gearbox of a vehicle is lubricated and cooled, wherein a physical model is configured to determine the temperature of the oil depending on input variables which characterize a torque of a rotor, which drives the gearbox, of a drive, which is designed as an electric machine, of the vehicle, a temperature of a stator of the drive, a temperature of a coolant with which the vehicle and/or the stator of the drive are/is cooled, a volume flow of the coolant and an ambient temperature of the vehicle, wherein the input variables are recorded and the temperature of the oil is determined (502, 504, 506) with the physical model depending on the input variables, characterized in that the physical model is configured to determine the temperature of the oil depending on input variables which additionally characterize a temperature of the rotor of the drive of the vehicle and a rotation speed of the rotor.
An organic light emitting diode device, comprising: an organic light emitting display panel; and a circular polarizing plate disposed on the organic light emitting display panel and comprising a polarizer and a compensation film, wherein a retardation of the compensation film in a first direction is determined based on a retardation of the organic light emitting display panel in the first direction; and characterized in that: the retardation of the compensation film in the first direction satisfies the following relationship inequation: |R c1 -R p | x 0.6 ≤ R c2 ≤ |R c1 -R p | x 1.4, wherein R c2 denotes the retardation of the compensation film in the first direction, R c1 denotes a retardation of the compensation film in the first direction set to allow at least one of reflectance and a reflection color of the circular polarizing plate in a side direction, which is measured while a reflector is disposed under the circular polarizing plate, to be minimum, and R p denotes the retardation of the organic light emitting display panel in the first direction. an organic light emitting display panel; and a circular polarizing plate disposed on the organic light emitting display panel and comprising a polarizer and a compensation film, wherein a retardation of the compensation film in a first direction is determined based on a retardation of the organic light emitting display panel in the first direction; and characterized in that: the retardation of the compensation film in the first direction satisfies the following relationship inequation: |R c1 -R p | x 0.6 ≤ R c2 ≤ |R c1 -R p | x 1.4, wherein R c2 denotes the retardation of the compensation film in the first direction, R c1 denotes a retardation of the compensation film in the first direction set to allow at least one of reflectance and a reflection color of the circular polarizing plate in a side direction, which is measured while a reflector is disposed under the circular polarizing plate, to be minimum, and R p denotes the retardation of the organic light emitting display panel in the first direction.
A reducing agent supplying device for a fuel combustion system that includes a NOx purifying device with a reducing catalyst arranged in an exhaust passage to purify NOx contained in exhaust gas of an internal combustion engine, the reducing agent supplying device supplying a reducing agent into the exhaust passage at a position upstream of the reducing catalyst, the reducing agent supplying device comprising: an air pipe that defines an air passage therein; a vaporizing container that is connected to the air pipe, the vaporizing container defining a vaporizing chamber therein that branches off from the air passage; an injector that injects liquid hydrocarbon compound as a reducing agent; a heating member (30, 40) that is disposed inside the vaporizing chamber, the heating member (30, 40) heating and vaporizing the reducing agent injected from the injector; and a mixing plate that is connected to the heating member (30, 40), the mixing plate extending from the vaporizing chamber into the air passage. an air pipe that defines an air passage therein; a vaporizing container that is connected to the air pipe, the vaporizing container defining a vaporizing chamber therein that branches off from the air passage; an injector that injects liquid hydrocarbon compound as a reducing agent; a heating member (30, 40) that is disposed inside the vaporizing chamber, the heating member (30, 40) heating and vaporizing the reducing agent injected from the injector; and a mixing plate that is connected to the heating member (30, 40), the mixing plate extending from the vaporizing chamber into the air passage.
A plastic article formed from polyethylene terephthalate and having attached thereto a facestock/adhesive construction, the facestock/adhesive construction comprising: a face layer, wherein the face layer is formed from a facestock material that is an olefin polymer facestock selected from polyethylene facestocks or polypropylene facestocks; and an adhesive layer adhered to the article, wherein the adhesive is an acrylic emulsion polymer system comprising a copolymer of about 15 weight percent to about 35 weight percent of vinyl acetate, about 20 weight percent to about 40 weight percent of di-2-ethylhexyl maleate, about 35 weight percent to about 60 weight percent 2-ethylhexyl acrylate and about 1 weight percent to about 3 weight percent of one or more unsaturated carboxylic acids for each 100 parts by weight of polymer, and about 3 weight percent to about 20 weight percent of acidic rosin derivative provided as tackifier and about 1 weight percent to about 10 weight percent of a rosin based surfactant based on 100 parts of the adhesive composition. a face layer, wherein the face layer is formed from a facestock material that is an olefin polymer facestock selected from polyethylene facestocks or polypropylene facestocks; and an adhesive layer adhered to the article, wherein the adhesive is an acrylic emulsion polymer system comprising a copolymer of about 15 weight percent to about 35 weight percent of vinyl acetate, about 20 weight percent to about 40 weight percent of di-2-ethylhexyl maleate, about 35 weight percent to about 60 weight percent 2-ethylhexyl acrylate and about 1 weight percent to about 3 weight percent of one or more unsaturated carboxylic acids for each 100 parts by weight of polymer, and about 3 weight percent to about 20 weight percent of acidic rosin derivative provided as tackifier and about 1 weight percent to about 10 weight percent of a rosin based surfactant based on 100 parts of the adhesive composition.
Contact holder for holding contact parts in a crimping process, comprising - a support element comprising a support surface for a contact part to be crimped, - a first holding element and a second holding element, which are movable relative to the support element between an open position, in which the first and the second holding element (12a, 12b) are sunk in the support surface, and a closed position, in which the first and the second holding element (12a, 12b) protrude out of the support surface to hold the contact part, and - a movement mechanism configured to move the first and the second holding element (12a, 12b) between the open position and the closed position, wherein the first holding element comprises a first holding area for holding the contact part, the second holding element comprises a second holding area for holding the contact part, which faces the first holding area, and the movement mechanism is configured to move the first and the second holding element (12a, 12b) towards each other in the movement from the open position to the closed position, characterized in that the support surface is a flat surface. - a support element comprising a support surface for a contact part to be crimped, - a first holding element and a second holding element, which are movable relative to the support element between an open position, in which the first and the second holding element (12a, 12b) are sunk in the support surface, and a closed position, in which the first and the second holding element (12a, 12b) protrude out of the support surface to hold the contact part, and - a movement mechanism configured to move the first and the second holding element (12a, 12b) between the open position and the closed position, wherein the second holding element comprises a second holding area for holding the contact part, which faces the first holding area, and the movement mechanism is configured to move the first and the second holding element (12a, 12b) towards each other in the movement from the open position to the closed position, characterized in that the support surface is a flat surface.
A ported catheter assembly, comprising: a catheter adapter having a proximal end, a distal end and a lumen extending therebetween, the catheter adapter further comprising a side port forming a pathway through a sidewall of the catheter adapter and in communication with the lumen; and a valve disposed within the lumen and having a proximal opening, a distal membrane, and an inner cavity extending therebetween, the valve comprising an outer surface in contact with an inner surface of the catheter adapter, wherein a portion of the outer surface forms a seal between the lumen and the pathway of the side port, and wherein the distal membrane divides the lumen into a proximal chamber and a distal chamber, characterized in that the valve further comprises a plurality of vents and a vent ring (140, 141), wherein each of the vents comprises a distal opening in fluid communication with the distal chamber and a proximal opening in fluid communication with the vent ring (140, 141), wherein the vent ring (140, 141) intersects each of vents, wherein the vent ring (140, 141) comprises one or more venting holes that provide fluid communication between the vents, the vent ring (140, 141), and the proximal chamber, wherein the vent ring includes a semi-annular recess formed in an outer surface of the valve or is an annular vent ring with the plurality of vents positioned around the entire circumference of the valve. a catheter adapter having a proximal end, a distal end and a lumen extending therebetween, the catheter adapter further comprising a side port forming a pathway through a sidewall of the catheter adapter and in communication with the lumen; and a valve disposed within the lumen and having a proximal opening, a distal membrane, and an inner cavity extending therebetween, the valve comprising an outer surface in contact with an inner surface of the catheter adapter, wherein a portion of the outer surface forms a seal between the lumen and the pathway of the side port, and wherein the distal membrane divides the lumen into a proximal chamber and a distal chamber, characterized in that the valve further comprises a plurality of vents and a vent ring (140, 141), wherein each of the vents comprises a distal opening in fluid communication with the distal chamber and a proximal opening in fluid communication with the vent ring (140, 141), wherein the vent ring (140, 141) intersects each of vents, wherein the vent ring (140, 141) comprises one or more venting holes that provide fluid communication between the vents, the vent ring (140, 141), and the proximal chamber, wherein the vent ring includes a semi-annular recess formed in an outer surface of the valve or is an annular vent ring with the plurality of vents positioned around the entire circumference of the valve.