mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling output power in a primary frequency modulation process of a wind turbine, comprising: predicting a rotational speed of the wind turbine; characterised by determining frequency modulation remaining time based on the predicted rotational speed, wherein, the frequency modulation remaining time is time for which the wind turbine is able to continue to output frequency modulation power as the output power used for the primary frequency modulation without affecting recovery of the wind turbine after the primary frequency modulation; and controlling the output power based on the determined frequency modulation remaining time. predicting a rotational speed of the wind turbine; characterised by determining frequency modulation remaining time based on the predicted rotational speed, wherein, the frequency modulation remaining time is time for which the wind turbine is able to continue to output frequency modulation power as the output power used for the primary frequency modulation without affecting recovery of the wind turbine after the primary frequency modulation; and controlling the output power based on the determined frequency modulation remaining time.
A fuel tank, comprising a structural member in which carbon-fiber-reinforced plastic is included, wherein the carbon-fiber-reinforced plastic includes a reinforcing material that includes carbon fiber and a matrix that includes plastic, wherein the structural member has a laminated structure formed from a conductive sheet laminated between prepregs of the carbon-fiber-reinforced plastic, and wherein the structural member is applied to the fuel tank and characterised in that the structural member is arranged such that the carbon fiber in the reinforcing material on a cut surface of the structural member at an end thereof is exposed at an interior of the fuel tank in which fuel is to be stored.
A client (121, 122, 123) for a supervisory control and data acquisition system, wherein the client comprising: a communication unit to communicate with a server; a display unit to display a supervisory screen based on a screen specification; and a controller characterized in that the controller is configured: to read a list registered in the server to determine whether the screen specification is registered on the server; upon determination that the screen specification is not registered on the server, to control the communication unit to register the screen specification on the server; or upon determination that the screen specification is registered on the server, to control the communication unit to subscribe to the screen specification; to control the communication unit to receive the screen specification from the server in a response to the registration or subscription of the screen specification; and to control the display unit to display the supervisory screen based on the data. a communication unit to communicate with a server; a display unit to display a supervisory screen based on a screen specification; and a controller characterized in that the controller is configured: to read a list registered in the server to determine whether the screen specification is registered on the server; upon determination that the screen specification is not registered on the server, to control the communication unit to register the screen specification on the server; or upon determination that the screen specification is registered on the server, to control the communication unit to subscribe to the screen specification; to control the communication unit to receive the screen specification from the server in a response to the registration or subscription of the screen specification; and to control the display unit to display the supervisory screen based on the data. to read a list registered in the server to determine whether the screen specification is registered on the server; upon determination that the screen specification is not registered on the server, to control the communication unit to register the screen specification on the server; or upon determination that the screen specification is registered on the server, to control the communication unit to subscribe to the screen specification; to control the communication unit to receive the screen specification from the server in a response to the registration or subscription of the screen specification; and to control the display unit to display the supervisory screen based on the data.
Method of screwing a flange connection comprising at least a first flange, a second flange and a plurality of bolt systems (18.1...18.136), wherein - the first flange and the second flange each have a plurality of flange recesses (16.1...16.136) which can each be aligned with one another and in which the plurality of bolt systems (18.1...18.136) can be arranged, - at least a plurality of gap dimensions (20.1...20.136) which can be assigned to the bolt systems (18.1...18.136), are measured between the first flange and the second flange, - the individual measured gap dimensions (20.1...20.136) can be evaluated and stored in such a way that they can be assigned to the individual bolt systems (18.1...18.136), - by means of a tightening means the bolt systems (18.1...18.136) are tightened in a sequence depending on the gap dimensions (20.1...20.136) assigned to them; characterized in that - the bolt systems (18.1...18.136) are tightened in at least one first tightening step until a respective associated gap dimension is smaller than or equal to a reference gap dimension. - the first flange and the second flange each have a plurality of flange recesses (16.1...16.136) which can each be aligned with one another and in which the plurality of bolt systems (18.1...18.136) can be arranged, - at least a plurality of gap dimensions (20.1...20.136) which can be assigned to the bolt systems (18.1...18.136), are measured between the first flange and the second flange, - the individual measured gap dimensions (20.1...20.136) can be evaluated and stored in such a way that they can be assigned to the individual bolt systems (18.1...18.136), - by means of a tightening means the bolt systems (18.1...18.136) are tightened in a sequence depending on the gap dimensions (20.1...20.136) assigned to them; characterized in that - the bolt systems (18.1...18.136) are tightened in at least one first tightening step until a respective associated gap dimension is smaller than or equal to a reference gap dimension.
Sanitary fitting, comprising - a fitting body, - a hot water connection, - a cold water connection, - at least one mixed water outlet (4, 4a, 4b), - at least one temperature sensor (5, 5.1, 5.2), - at least one valve (7a, 7b, 7c) arranged in the fitting body, - arranged downstream of the at least one valve (7a, 7b, 7c), a mixed water conduit (9, 9a, 9b) leading to the mixed water outlet (4, 4a, 4b), characterised in that the sanitary fitting further comprises at least one flow determining device (6, 6.1, 6.2) and at least one electric motor (8a, 8b, 8c) for each valve (7a, 7b, 7c) with which electrical motor the associated valve can be operated, wherein by way of the open position of the at least one valve (7a, 7b, 7c), both the temperature of the mixed water is adjustable and also in a closed position of the at least one valve (7, 7a, 7b), the flow of hot water and/or mixed water to the cold water connection and of cold water and/or mixed water to the hot water connection can be completely shut off, so that upstream of the at least one valve (7a, 7b, 7c) no non-return valve is provided, and wherein a drive shaft of the at least one electric motor (8a, 8b, 8c) is connected to the respective valve (7a, 7b, 7c) without the interposition of a gearing mechanism. - a fitting body, - a hot water connection, - a cold water connection, - at least one mixed water outlet (4, 4a, 4b), - at least one temperature sensor (5, 5.1, 5.2), - at least one valve (7a, 7b, 7c) arranged in the fitting body, - arranged downstream of the at least one valve (7a, 7b, 7c), a mixed water conduit (9, 9a, 9b) leading to the mixed water outlet (4, 4a, 4b), characterised in that
A hang-off system comprising a floating, moored weathervaning vessel comprising a turret with a hang-off structure (8, 9) and at least one flexible transporting unit hanging from the hang-off structure (8, 9), wherein the turret comprises a bearing and swivel system connected to or integrated with the hang-off structure (8, 9), the bearing and swivel system comprises a centre axis, the flexible transporting unit hangs-off from a hang-off connecting point to a subsea connection point, a vector extending from the subsea connecting point to the hang-off connection point has a vertical and a horizontal component, the horizontal component is perpendicular to a hang-off vertical plane extending through the centre axis of the bearing and swivel system, the hang-off vertical plane separates the hang-off structure (8, 9) in a flexible transporting unit heading part and an opposite part, the flexible transporting unit heading part is horizontally closer to the subsea connection point than the opposite part, the hang-off connecting point is arranged in the opposite part of the hang-off structure, preferably the weathervaning vessel has a hull and comprises an external turret system where the hang-off structure is a topside hang-off structure fixed at a position beyond the hull of the weathervaning vessel.
The use of phenolic agent comprising at least one of o-allylphenol and o,o'-diallylbisphenol and being present in an amount of 0.5-8 wt % based on the weight of the composition in an epoxy adhesive composition comprising an epoxy resin, a gelling agent, and a hardener, wherein the composition comprises the gelling agent in an amount of 2-6 wt% of the composition, the hardener in an amount of 1-10 wt% of the composition, a toughener in an amount of 6-20 wt% of the composition, and a rubber component in an amount of 1-15 wt% of the composition, and wherein:- the gelling agent comprises at least one of a polyesterdiol, a polyamide, a fatty acid amide, and a polyvinyl butyral, the hardener comprises dicyandiamide, the toughener comprises at least one of a capped polyurethane, and a rubber modified epoxy resin, and the rubber component comprises at least one of a liquid rubber, a core-shell rubber and a polyamine-epoxy adduct; to provide a pre-gelled epoxy adhesive with improved wash-out resistance.
An apparatus for controlling an intravascular device, the apparatus comprising: a body; an elongate rotatable mandrel having a proximal end and a distal end, the elongate rotatable mandrel having a connector at the distal end to connect to the intravascular device; a rotating assembly configured to hold the proximal end of the elongate mandrel, the rotating assembly disposed within the body; an actuator knob configured to rotate the rotating assembly; and a one-way bearing disposed circumferentially between at least part of the rotating assembly and the body that allows transmission of a first rotational force from the rotating assembly to the elongate mandrel in one rotational direction while preventing the transmission of a second rotational force from the body to the elongate mandrel in an opposite rotational direction, characterized in that the one-way bearing is affixed within a threaded insert, and the threaded insert is threaded into a bore of the apparatus, such that the threaded insert is driven into the bore by applying a torque to the one-way bearing in said opposite rotational direction. a body; an elongate rotatable mandrel having a proximal end and a distal end, the elongate rotatable mandrel having a connector at the distal end to connect to the intravascular device; a rotating assembly configured to hold the proximal end of the elongate mandrel, the rotating assembly disposed within the body; an actuator knob configured to rotate the rotating assembly; and a one-way bearing disposed circumferentially between at least part of the rotating assembly and the body that allows transmission of a first rotational force from the rotating assembly to the elongate mandrel in one rotational direction while preventing the transmission of a second rotational force from the body to the elongate mandrel in an opposite rotational direction, characterized in that the one-way bearing is affixed within a threaded insert, and the threaded insert is threaded into a bore of the apparatus, such that the threaded insert is driven into the bore by applying a torque to the one-way bearing in said opposite rotational direction.
A method for determining characteristics of a printed material, wherein a printed material is either measured by means of a measuring device, which is based on a first measuring principle, inline to the printing process in printing press speed or online to the printing process not in printing press speed, to detect at least a first characteristic of a printed printing material by measurement and to make it accessible to the printing process, characterized in that, based on the or each first characteristic detected with the help of the measuring device by measurement with access to a database, at least a second characteristic of the printed printing material is determined, which cannot be detected by means of the measuring device by measurement, in order to make the or each second characteristic as well as the or each first characteristic accessible to the printing process, and that measuring values detected by means of a further measuring device, which is based on a second measuring principle, are stored in the database, based on which the or each second characteristic is determined with the help of the or each first characteristic, wherein reference measuring values of printed printing materials are stored in the database, namely both reference measuring values, which are detected by means of a measuring device, which is based on the first measuring principle, and reference measuring values, which are detected on the same printing material by means of a further measuring device, which is based on the second measuring principle.
A capacitor module comprising: - electrode structures (101, 201a) for storing electrical energy in form of electric charge polarization between electrodes of the electrode structure under consideration, and - a casing (102, 202) made of electrically conductive material and containing the electrode structures, wherein: - the casing is a heat-sink element comprising cooling structures (104, 105, 204, 205) and cavities containing the electrode structures, the casing being a single piece of the electrically conductive material and a thermally conductive path from walls of the cavities to the cooling structures being free from mutually interfacing material surfaces, - one of the electrodes of each electrode structure (101, 201a, 201b, 201c) is electrically connected to the casing, and - the capacitor module comprises an electrically conductive lid electrically insulated from the casing, characterized in that the lid is closing the cavities and is electrically connected to another of the electrodes of each electrode structure. - electrode structures (101, 201a) for storing electrical energy in form of electric charge polarization between electrodes of the electrode structure under consideration, and - a casing (102, 202) made of electrically conductive material and containing the electrode structures, - the casing is a heat-sink element comprising cooling structures (104, 105, 204, 205) and cavities containing the electrode structures, the casing being a single piece of the electrically conductive material and a thermally conductive path from walls of the cavities to the cooling structures being free from mutually interfacing material surfaces, - one of the electrodes of each electrode structure (101, 201a, 201b, 201c) is electrically connected to the casing, and - the capacitor module comprises an electrically conductive lid electrically insulated from the casing,
A personalized vaccine composition for use in reducing tumor size, inhibiting tumor growth, reducing tumor burden, increasing survival, or increasing cancer-free survival in an individual wherein the vaccine composition comprises: one or more peptides determined to have immunoreactivity with a biological sample of the cancer from the individual, wherein the one or more peptides comprise peptides encoded by a frameshifted mRNA expressed by a cancer cell, and wherein the one or more peptides comprise peptides having a sequence selected from SEQ ID NO: 1-7264, and wherein administering the vaccine composition elicits an immune response in the individual against the cancer. one or more peptides determined to have immunoreactivity with a biological sample of the cancer from the individual, wherein the one or more peptides comprise peptides encoded by a frameshifted mRNA expressed by a cancer cell, and wherein the one or more peptides comprise peptides having a sequence selected from SEQ ID NO: 1-7264, and wherein administering the vaccine composition elicits an immune response in the individual against the cancer.
A pipe anchor assembly comprising: a) a pipe trunnion stop having sides and bottom for attaching to an outer surface of a pipe; b) mating top cradle and bottom cradle portions to generally encircle and hold a length of said pipe; c) a pass-through in the bottom cradle portion to allow the pipe trunnion stop to pass through; d) a base onto which said bottom cradle portion sets, the base including a void into which the pipe trunnion stop is secured; and e) an insulation layer (51, 53, 55) positioned on one or more sides of the pipe trunnion stop. a) a pipe trunnion stop having sides and bottom for attaching to an outer surface of a pipe; b) mating top cradle and bottom cradle portions to generally encircle and hold a length of said pipe; c) a pass-through in the bottom cradle portion to allow the pipe trunnion stop to pass through; d) a base onto which said bottom cradle portion sets, the base including a void into which the pipe trunnion stop is secured; and e) an insulation layer (51, 53, 55) positioned on one or more sides of the pipe trunnion stop.
A method for displaying a push message in a blank loading area of a current displayed page, the blank loading area serving for loading a new content, comprising the steps of: acquiring a triggering event for loading the new content; detecting whether a blank loading area is displayed on the current displayed page subsequently to the acquiring of the triggering event; if the blank loading area is displayed, displaying the push message in the blank loading area of the current displayed page before the new content is completely loaded; and displaying the new content in the blank loading area of the current displayed page after the new content is completely loaded. acquiring a triggering event for loading the new content; detecting whether a blank loading area is displayed on the current displayed page subsequently to the acquiring of the triggering event; if the blank loading area is displayed, displaying the push message in the blank loading area of the current displayed page before the new content is completely loaded; and displaying the new content in the blank loading area of the current displayed page after the new content is completely loaded.
A computer-implemented method for monitoring the experience of an on-premises user of at least one software as a service application located on a cloud-based server and operated from a location of the on-premises user over the internet or of an on-premises application running on an on-premises server, the method comprising: an installation step comprising installing a diagnostic tool on a computer at the location of the user; a simulation step comprising the diagnostic tool exactly replicating at least one action possibly performed by said on-premises user of said software as a service application by performing end user simulation tests, combined with internet performance tests, said tests being operated from the location of the on-premises user and ran on a on-premises server or from the cloud location of the software as a service application in order to respectively test the on-premises application or the software as a service application from where the on-premises user is located; a collecting and storing step comprising collecting and storing the simulation results, and a communication step for transferring the simulation results to an Internet of things Hub. an installation step comprising installing a diagnostic tool on a computer at the location of the user; a simulation step comprising the diagnostic tool exactly replicating at least one action possibly performed by said on-premises user of said software as a service application by performing end user simulation tests, combined with internet performance tests, said tests being operated from the location of the on-premises user and ran on a on-premises server or from the cloud location of the software as a service application in order to respectively test the on-premises application or the software as a service application from where the on-premises user is located; a collecting and storing step comprising collecting and storing the simulation results, and a communication step for transferring the simulation results to an Internet of things Hub.
A cold rolled and galvannealed steel sheet having a chemical composition comprising, in weight %: C: 0.15-0.25% Mn: 2.4 -3.5% Si: 0.30-0.90% Cr: 0.30-0.70% Mo: 0.05-0.35% Al: 0.001-0.09% Ti: 0.01-0.06% B: 0.0010-0.0040% Nb 0.01-0.05% P≤0.020% S≤0.010% N≤0.008% the remainder of the composition being iron and unavoidable impurities resulting from the smelting, said steel sheet having a microstructure consisting of, in surface fraction: - from 80% to 90% of martensite, - the balance being ferrite and bainite. C: 0.15-0.25% Mn: 2.4 -3.5% Si: 0.30-0.90% Cr: 0.30-0.70% Mo: 0.05-0.35% Al: 0.001-0.09% Ti: 0.01-0.06% B: 0.0010-0.0040% Nb 0.01-0.05% P≤0.020% S≤0.010% N≤0.008% - from 80% to 90% of martensite, - the balance being ferrite and bainite.
A system for providing feedback, comprising: circuitry (120, 501, 503, 505) configured to identify an action generated at a target and a generation time (t s) of the action based on sensor data corresponding to the target by recognizing a pattern of sensor data corresponding to the action; determine feedback to be provided in accordance with the identified action; and provide the feedback based on the generation time (t s); characterized in that the circuitry (120, 501, 503, 505) is configured to: identify the action at a first time (t 1) prior to the generation time (t s) by a partial matching between the sensor data and the pattern, and identify the generation time (t s) by assuming the sensor data subsequent to the first time conforms to the pattern. circuitry (120, 501, 503, 505) configured to identify an action generated at a target and a generation time (t s) of the action based on sensor data corresponding to the target by recognizing a pattern of sensor data corresponding to the action; determine feedback to be provided in accordance with the identified action; and provide the feedback based on the generation time (t s); characterized in that the circuitry (120, 501, 503, 505) is configured to: identify the action at a first time (t 1) prior to the generation time (t s) by a partial matching between the sensor data and the pattern, and identify the generation time (t s) by assuming the sensor data subsequent to the first time conforms to the pattern. identify the action at a first time (t 1) prior to the generation time (t s) by a partial matching between the sensor data and the pattern, and identify the generation time (t s) by assuming the sensor data subsequent to the first time conforms to the pattern.