mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a wind turbine having a rotor and a generator for producing power, the wind turbine being designed for a plurality of nominal loads, each of the plurality of nominal loads being associated with a different component of the wind turbine, the method comprising the steps of: determining a plurality of current loads acting on the different components of the wind turbine which are associated with a nominal load; calculating a load error for each of the plurality of current loads, each load error representing a difference between the nominal load and the associated current load; controlling the wind turbine based on the plurality of load errors to optimize the power production while ensuring that none of the current loads are above the nominal loads, wherein the step of controlling the wind turbine comprises altering a selected parameter of the wind turbine used to control the wind turbine so that the power or torque produced by the generator is altered, and wherein the selected parameter of the wind turbine to be altered is selected as at least one of: a pitch angle of a rotor blade; the speed of revolution of the rotor; and a power reference of the generator, the parameter being selected based on the load error to minimize the power production loss when the current loads are above the nominal loads, or to maximize the power production gain when the current loads are below the nominal loads. determining a plurality of current loads acting on the different components of the wind turbine which are associated with a nominal load; calculating a load error for each of the plurality of current loads, each load error representing a difference between the nominal load and the associated current load; controlling the wind turbine based on the plurality of load errors to optimize the power production while ensuring that none of the current loads are above the nominal loads, wherein the step of controlling the wind turbine comprises altering a selected parameter of the wind turbine used to control the wind turbine so that the power or torque produced by the generator is altered, and wherein the selected parameter of the wind turbine to be altered is selected as at least one of: a pitch angle of a rotor blade; the speed of revolution of the rotor; and a power reference of the generator, a pitch angle of a rotor blade; the speed of revolution of the rotor; and a power reference of the generator,
A method for providing a message or advertisement on a railway rail wherein a profile of the railway rail has three distinct parts: a foot that rests on the ground, a head on which train wheels run, and a web that connects these two parts; comprising the step of attachina a flexible maanetic strip comprising a messaae surface disolavina a message to at least a part of the web and at least a part of the foot of a piece of the railway rail, whereby the flexible magnetic strip is bent in order to follow the shape of the railway rail. advertisement on a railway rail wherein a profile of the railway rail has three distinct parts: a foot that rests on the ground, a head on which train wheels run, and a web that connects these two parts; comprising the step of attachina a flexible maanetic strip comprising a messaae surface disolavina a message to at least a part of the web and at least a part of the foot of a piece of the railway rail, whereby the flexible magnetic strip is bent in order to follow the shape of the railway rail. of attachina a flexible maanetic strip comprising a messaae surface disolavina a message to at least a part of the web and at least a part of the foot of a piece of the railway rail, whereby the flexible magnetic strip is bent in order to follow the shape of the railway rail.
A composition characterized in that it comprises: a) a solvent system consisting of omega-3 polyunsaturated fatty acid or alkyl esters thereof, and an ionic emulsifier selected from the group consisting of deoiled phosphatidyl choline enriched lecithin, or deoiled phosphatidyl choline enriched lecithin wherein said phosphatidyl choline is present in an amount greater than 92%; and b) resveratrol, or a natural extract containing resveratrol; and further characterized in that resveratrol in an amount greater than or equal to 5mg for 1 ml of solvent system is completely solubilized. a) a solvent system consisting of omega-3 polyunsaturated fatty acid or alkyl esters thereof, and an ionic emulsifier selected from the group consisting of deoiled phosphatidyl choline enriched lecithin, or deoiled phosphatidyl choline enriched lecithin wherein said phosphatidyl choline is present in an amount greater than 92%; and b) resveratrol, or a natural extract containing resveratrol;
Device for feeding an edge in an edge banding machine comprising a support on which there is mounted a first roller positioned at a first face of said edge, said roller being mounted on a shaft free to rotate on a first axis with respect to said support, characterized by the fact that it comprises a free wheel fitted on one end of said shaft, a gear fitted on said free wheel and a rack meshed with said gear, wherein said rack is connected integral with actuator means adapted to move a cutting device of said edge.
An operations support system for a gas turbine engine operable to receive fuel, comprising: a diagnostic engine model unit configured to receive engine data from the engine and to generate diagnostics data based on the engine data, the diagnostics data including scalars; an engine-specific model unit coupled to the diagnostic engine model unit and configured to receive the scalars and the engine data, the engine-specific model unit including a fuel flow calculation module configured to determine a current fuel flow for the engine and a set point module configured to generate set point information for the engine using a thermodynamic model that reduces the current fuel flow to the engine, the thermodynamic model being based on component maps associated with the engine; and a data storage unit coupled to the engine-specific model unit and configured to store the set point information. a diagnostic engine model unit configured to receive engine data from the engine and to generate diagnostics data based on the engine data, the diagnostics data including scalars; an engine-specific model unit coupled to the diagnostic engine model unit and configured to receive the scalars and the engine data, the engine-specific model unit including a fuel flow calculation module configured to determine a current fuel flow for the engine and a set point module configured to generate set point information for the engine using a thermodynamic model that reduces the current fuel flow to the engine, the thermodynamic model being based on component maps associated with the engine; and a data storage unit coupled to the engine-specific model unit and configured to store the set point information.
A method for rendering a virtual object in a see-through head mounted display, the method comprising: determining a location of a consumption device comprising the see-through head mounted display, the location being determined with reference to a global coordinate system; receiving (1206, 1208) a shared virtual object (90, 1020a) comprising scene data created at a capture device, the shared virtual object including rendering location data for the shared virtual object, the rendering location data defining at least an allowable global coordinate location, and at least one allowable position and at least one allowable orientation for the shared virtual object with respect to a local coordinate system (75, 1006) that is related to the global coordinate system using one or more positional relationships; determining a position, an orientation, and a field of view of the consumption device; rendering, on the display of the see-through head mounted display, a marker associated with the shared virtual object at the allowable global coordinate location, in response to determining that the marker would fall within the field of view of the consumption device; and displaying the shared virtual object in the see-though head mounted display of the consumption device in response to the consumption device being determined to be at the allowable global coordinate location, in the allowable position, and in the allowable orientation as defined by the rendering location data. determining a location of a consumption device comprising the see-through head mounted display, the location being determined with reference to a global coordinate system; receiving (1206, 1208) a shared virtual object (90, 1020a) comprising scene data created at a capture device, the shared virtual object including rendering location data for the shared virtual object, the rendering location data defining at least an allowable global coordinate location, and at least one allowable position and at least one allowable orientation for the shared virtual object with respect to a local coordinate system (75, 1006) that is related to the global coordinate system using one or more positional relationships; determining a position, an orientation, and a field of view of the consumption device; rendering, on the display of the see-through head mounted display, a marker associated with the shared virtual object at the allowable global coordinate location, in response to determining that the marker would fall within the field of view of the consumption device; and displaying the shared virtual object in the see-though head mounted display of the consumption device in response to the consumption device being determined to be at the allowable global coordinate location, in the allowable position, and in the allowable orientation as defined by the rendering location data.
A method, comprising: communicating, from an aircraft to a ground-based computer via a satellite communication link, a crew alerting system message file comprising unprocessed data, wherein the CAS message file automatically indicates that measured parametric data from a sub-system of an aircraft is outside one or more threshold limits and that an abnormal condition has been detected; processing the unprocessed data in the CAS message file to generate processed data; determining, based on the processed data, relevant parameters that are to be measured and recorded at the aircraft to provide additional parametric data, wherein each of the relevant parameters correspond to additional parametric data that is needed from the aircraft to identify one or more sources that are causing the abnormal condition and that caused the CAS message file to be generated; receiving, at an on-board computer (210, 220) of the aircraft, a parameter request message that includes a parameter file that specifies the relevant parameters, extracting the parameter file, and determining the relevant parameters from the parameter file; and measuring parametric data for each relevant parameter of the parameter file, wherein the measured parametric data for each of the of relevant parameters comprises: a data stream for that particular relevant parameter. communicating, from an aircraft to a ground-based computer via a satellite communication link, a crew alerting system message file comprising unprocessed data, wherein the CAS message file automatically indicates that measured parametric data from a sub-system of an aircraft is outside one or more threshold limits and that an abnormal condition has been detected; processing the unprocessed data in the CAS message file to generate processed data; determining, based on the processed data, relevant parameters that are to be measured and recorded at the aircraft to provide additional parametric data, wherein each of the relevant parameters correspond to additional parametric data that is needed from the aircraft to identify one or more sources that are causing the abnormal condition and that caused the CAS message file to be generated; receiving, at an on-board computer (210, 220) of the aircraft, a parameter request message that includes a parameter file that specifies the relevant parameters, extracting the parameter file, and determining the relevant parameters from the parameter file; and measuring parametric data for each relevant parameter of the parameter file, wherein the measured parametric data for each of the of relevant parameters comprises: a data stream for that particular relevant parameter.
Arrangement for contactless energy transmission, wherein a primary conductor can be electrically fed from an alternating current source, wherein the primary conductor comprises a forward conductor and a return conductor which are each connected by their first end to a respective potential of the alternating current source and are connected to one another by their respective other end, wherein at least one carriage movable along the primary conductor is provided, wherein a means for data transmission is provided on the carriage, wherein both the forward conductor and the return conductor are each composed of single-stranded wires provided electrically insulated from one another, wherein the means for data transmission comprises a first coupling element which is provided capacitively coupled to the stranded wires of the forward conductor in such a way that signal voltages can be coupled into and/or out of the stranded wires of the forward conductor, wherein the means for data transmission comprises a second coupling element which is provided capacitively coupled to stranded wires of the return conductor such that signal voltages can be coupled into and/or out of the stranded wires of the return conductor, characterised in that each coupling element comprises two coupling surfaces and the normal directions of the coupling surfaces are oriented perpendicular to one another.
A traditional Chinese medicine composition, comprising the following pharmaceutical ingredients in parts by weight: 15-60 parts of Rhizoma Smilacis Glabrae, 7.5-30 parts of Sophora Flavescens, 10-40 parts of Herba Hedyotidis Diffusae, 10-40 parts of Herba Taraxaci, 6-24 parts of Dysosma Versipellis, 7.5-30 parts of Nidus Vespae, 10-40 parts of Cortex Phellodendri, 2.5-10 parts of Fructus Bruceae, 7.5-30 parts of Fructus Cnidii, 3-12 parts of Radix Glycyrrhizae, 7.5-30 parts of Flos Lonicerae, 7.5-30 parts of Folium Isatidis, 5-20 parts of Radix Semiaquilegiae, and 1000-2000 parts of 75% ethanol.
A pharmaceutical composition comprising a therapeutically effective amount of a histone deacetylase (HDAC) inhibitor and/or a pharmaceutically acceptable salt or solvate thereof for use in treatment of mucocutaneous or ocular toxicities or side effects resulting from blocking of cell growth and survival signal transduction pathways caused by an EGFR (epidermal growth factor receptor) inhibitor, wherein the HDAC inhibitor comprises valproic acid, phenylbutyrate or trichostatin A.
A method of estimating environmental force acting on a supported jack-up vessel comprising the steps of: positioning the vessel in a force determination position; measuring the strain on at least one support leg of the jack-up vessel when a first thrust is being applied to the vessel; applying a second thrust to the vessel; monitoring the variation in the strain in the at least one support leg as the applied thrust is varied; and calculating an estimate of at least one environmental force from the thrusts applied to the vessel, the measured strain in the at least one support leg and the monitored variation in the strain in the at least one support leg as the thrust is varied whilst the vessel is in the force determination position. positioning the vessel in a force determination position; measuring the strain on at least one support leg of the jack-up vessel when a first thrust is being applied to the vessel; applying a second thrust to the vessel; monitoring the variation in the strain in the at least one support leg as the applied thrust is varied; and calculating an estimate of at least one environmental force from the thrusts applied to the vessel, the measured strain in the at least one support leg and the monitored variation in the strain in the at least one support leg as the thrust is varied whilst the vessel is in the force determination position.
An apparatus (10,10') for redistributing acoustic energy, the apparatus comprising a surface with: - a first part having a shape of a first surface of revolution, within a first angular interval from a first angular position to a second angular position and around an axis, of a first line extending through a point, P, on the axis, - a back surface extending, within a third angular interval from a third angular position to a fourth angular position and around the axis, the back surface being positioned further away from the axis than the first part, and - a first side portion extending from the first part at the first angular position and to the back surface at the third angular position, wherein: - the first side portion has, at the first angular position and at the first part, a shape approximating: - at a first longitudinal position along the axis, a part of a circle having a first radius, and - at a second longitudinal position along the axis, a part of a circle having a second radius, the second longitudinal position being closer to the point P than the first longitudinal position and the second radius being smaller than the first radius. - a first part having a shape of a first surface of revolution, within a first angular interval from a first angular position to a second angular position and around an axis, of a first line extending through a point, P, on the axis, - a back surface extending, within a third angular interval from a third angular position to a fourth angular position and around the axis, the back surface being positioned further away from the axis than the first part, and - a first side portion extending from the first part at the first angular position and to the back surface at the third angular position, - the first side portion has, at the first angular position and at the first part, a shape approximating: - at a first longitudinal position along the axis, a part of a circle having a first radius, and - at a second longitudinal position along the axis, a part of a circle having a second radius, the second longitudinal position being closer to the point P than the first longitudinal position and the second radius being smaller than the first radius. - at a first longitudinal position along the axis, a part of a circle having a first radius, and - at a second longitudinal position along the axis, a part of a circle having a second radius, the second longitudinal position being closer to the point P than the first longitudinal position and the second radius being smaller than the first radius.
Arrangement of a pair of coils (A, B) in a local measurement area, with a measuring oscillator and an eddy-current damping element at a nominal distance from the pair of coils, a) wherein the coils, as rectangular coils (A, B), overlap within the measurement area in the measuring direction, wherein the overlapping area forms the measurement area, b) wherein the coils (A, B) have an overhang of the coil length, at in each case one end of the measurement area, c) wherein the eddy-current damping element is displaceable with two edges defined transversely to the measuring direction in relation to the pair of coils (A, B) in the measuring direction, and the eddy current damping element at least partially covers both coils of the pair of coils (A, B), wherein only one edge of the eddy current damping element is ever involved in the partial coverage, d) and the coils (A, B) with a measuring oscillator have in each case a linear characteristic of the oscillator frequency (f) as a function of the location (s, Φ) of the eddy current damping element, and e) these linear characteristics have in each case within the family of characteristics a virtual, i.e. outside the measurement area, point of rotation (A0, B0) that is largely independent of interferences, i.e. variations of the nominal distance, of tiltings of the eddy-current damping element in the measuring direction and of temperature changes. a) wherein the coils, as rectangular coils (A, B), overlap within the measurement area in the measuring direction, wherein the overlapping area forms the measurement area, b) wherein the coils (A, B) have an overhang of the coil length, at in each case one end of the measurement area, c) wherein the eddy-current damping element is displaceable with two edges defined transversely to the measuring direction in relation to the pair of coils (A, B) in the measuring direction, and the eddy current damping element at least partially covers both coils of the pair of coils (A, B), wherein only one edge of the eddy current damping element is ever involved in the partial coverage, d) and the coils (A, B) with a measuring oscillator have in each case a linear characteristic of the oscillator frequency (f) as a function of the location (s, Φ) of the eddy current damping element, and e) these linear characteristics have in each case within the family of characteristics a virtual, i.e. outside the measurement area, point of rotation (A0, B0) that is largely independent of interferences, i.e. variations of the nominal distance, of tiltings of the eddy-current damping element in the measuring direction and of temperature changes.
A targeting device for an intramedullary nail comprising: a. an intramedullary nail holder, b. an arm extending from the intramedullary nail holder, c. a support 34, 36) extending from the arm, d. a first bone fastener targeting block fixedly mounted on the support, e. a second bone fastener targeting block movably mounted on the support, and f. a bone fixator comprising a body which is mounted on the support and which has at least one bore (62, 64) formed in it for receiving a bone fastener so that the fastener can extend through the bore into a patient's bone, the bone fixator being configured so that it can translate along the support to provide compression to a bone, characterised in that the support comprises a first rail and a second rail spaced from and parallel to the first rail and the bore in the body is arranged so that a fastener which extends through the bore extends through the space between the rails. a. an intramedullary nail holder, b. an arm extending from the intramedullary nail holder, c. a support 34, 36) extending from the arm, d. a first bone fastener targeting block fixedly mounted on the support, e. a second bone fastener targeting block movably mounted on the support, and f. a bone fixator comprising a body which is mounted on the support and which has at least one bore (62, 64) formed in it for receiving a bone fastener so that the fastener can extend through the bore into a patient's bone, the bone fixator being configured so that it can translate along the support to provide compression to a bone,
A method of creating and controlling a generic platform for wireless mesh networks with Coordinator with devices for network wireless communication in electric and/or electronic equipment or systems in high frequency bands up to 10 GHz, wherein at least two of the devices each respectively comprise a communication interface for wireless communication connected to an antenna entry, a control block and a memory unit, wherein the control block is connected to the memory unit, to the communication interface for wireless communication and to a comparator unit, which is further connected to the memory unit, and wherein the memory unit comprises at least two separate memories (NET1ID, NET2ID) for storing information identifying various wireless networks, characterized in that the method comprises operating at least some of the devices to work simultaneously in more than one of a plurality of wireless networks to facilitate the connection of the networks and the transfer of information between the networks.