mhurhangee/ep-ind-claims huggingface dataset:
A method for performing event-driven diagnostics and/or prognostics of a network behaviour of a hierarchical optical network comprising the steps of: (a) recording at least one set of historical multi-level events representing different hierarchy levels of said optical network; (b) mining of machine learned event patterns within the recorded multi-level events; (c) mapping the determined mined event patterns to a multi-level network topology of said optical network and/or to a channel connectivity of channels through said optical network; and (d) matching observed real-time multi-level target events of said optical network with at least one of the previously determined mined event patterns and performing a unified cause and effect analysis of network states and/or network components of said optical network for a recognized matching event pattern using the network topology and/or channel connectivity associated with the matching event pattern, wherein lower-level events are aggregated according to the hierarchy levels of said optical network and the matching is performed on the basis of aggregated high-level events. (a) recording at least one set of historical multi-level events representing different hierarchy levels of said optical network; (b) mining of machine learned event patterns within the recorded multi-level events; (c) mapping the determined mined event patterns to a multi-level network topology of said optical network and/or to a channel connectivity of channels through said optical network; and (d) matching observed real-time multi-level target events of said optical network with at least one of the previously determined mined event patterns and performing a unified cause and effect analysis of network states and/or network components of said optical network for a recognized matching event pattern using the network topology and/or channel connectivity associated with the matching event pattern, wherein lower-level events are aggregated according to the hierarchy levels of said optical network and the matching is performed on the basis of aggregated high-level events.
An antenna comprising a plurality of dual-polarization radiating elements placed on a flat shared reflector of the antenna, each dual-polarization element comprising - a support with a high dielectric constant whose shape is roughly cylindrical having an axis of revolution, - at least one first and one second pair of dipoles printed onto a first surface of the support, the pairs of dipoles crossing each other at an orthogonal polarization and each pair of dipoles being fed by a respective conductive feed line, - the conductive lines feeding each pair of dipoles being printed onto a second surface of the support, wherein the support is placed on the flat shared reflector, with the cylindrical support's axis of revolution being perpendicular to the plane of the reflector. - a support with a high dielectric constant whose shape is roughly cylindrical having an axis of revolution, - at least one first and one second pair of dipoles printed onto a first surface of the support, the pairs of dipoles crossing each other at an orthogonal polarization and each pair of dipoles being fed by a respective conductive feed line, - the conductive lines feeding each pair of dipoles being printed onto a second surface of the support, wherein the support is placed on the flat shared reflector, with the cylindrical support's axis of revolution being perpendicular to the plane of the reflector.
A magnetic field exposure system for exposing organic cells, cellular tissue or at least a part of a subject to a low frequency magnetic field, said system comprising a magnetic field generator comprising one or more coils configured to produce a magnetic field that varies according to an amplitude modulated signal with a carrier frequency of from 360 to 450 Hz, wherein the modulation frequency is from 0.5 to 100 Hz; and wherein the magnetic field has a field strength of from 0.5 to 250 μT.
A rotary drive device configured for transferring power to a buildup mold in a press machine, the press machine being configured for stamping plate-shaped cores of steel plate or the like and said buildup mold being used for building up said plate-shaped cores after rotating the core by a predetermined angle, the rotary drive device comprising: a servomotor configured to be connected to the press machine; a damping plate attached to the servomotor; at least one first plate provided on one side of the damping plate; at least one second plate provided on another side of the damping plate; and a plurality of vibration absorbing members attached to the damping plate, wherein the at least one first plate and the at least one second plate are configured to restrict a degree of freedom of vibration to one direction, and the vibration absorbing members are configured to absorb vibration in said one direction. a servomotor configured to be connected to the press machine; a damping plate attached to the servomotor; at least one first plate provided on one side of the damping plate; at least one second plate provided on another side of the damping plate; and a plurality of vibration absorbing members attached to the damping plate, wherein the at least one first plate and the at least one second plate are configured to restrict a degree of freedom of vibration to one direction, and the vibration absorbing members are configured to absorb vibration in said one direction.
An annular seal plate for rotating on a shaft, the annular seal plate comprising: an annular inner surface that receives the shaft; an oil inlet lateral surface; an oil outlet lateral surface axially opposing the oil inlet lateral surface; an oil supply orifice in fluid communication with the oil inlet lateral surface; characterised it that it further comprises an axial scoop disposed radially outwardly from the oil supply orifice and defining an annular oil collection area placed in fluid communication with the oil inlet lateral surface by the oil supply orifice; and an oil passage extending through the seal plate and placing the oil collection area in fluid communication with the oil outlet, wherein lubricant at the oil inlet lateral surface flows through the oil supply orifice, collects in the annular oil collection area, and subsequently flows through the oil passage to the oil outlet lateral surface when the seal plate rotates with the shaft. an annular inner surface that receives the shaft; an oil inlet lateral surface; an oil outlet lateral surface axially opposing the oil inlet lateral surface; an oil supply orifice in fluid communication with the oil inlet lateral surface; characterised it that it further comprises an axial scoop disposed radially outwardly from the oil supply orifice and defining an annular oil collection area placed in fluid communication with the oil inlet lateral surface by the oil supply orifice; and an oil passage extending through the seal plate and placing the oil collection area in fluid communication with the oil outlet, wherein lubricant at the oil inlet lateral surface flows through the oil supply orifice, collects in the annular oil collection area, and subsequently flows through the oil passage to the oil outlet lateral surface when the seal plate rotates with the shaft.
A distribution block for extrusion melt, comprising a base body and at least one sleeve (30a, 30b), wherein the base body and the at least one sleeve (30a, 30b) have communicating fluid channels (21, 31, 32), wherein the at least one sleeve (30a, 30b) is mounted in the base body so as to be movable, wherein the at least one sleeve (30a, 30b) may be positioned in a first position in relation to the base body, so as to bring a first group of fluid channels of the at least one sleeve (30a, 30b) in communication with fluid channels of the base body, characterized in that at least one fluid channel of the first group of fluid channels of the at least one sleeve (30a, 30b) is configured to be operated at a different temperature level than a second fluid channel of the first group of fluid channels of the at least one sleeve (30a, 30b), and the fluid channels of a group of fluid channels of the at least one sleeve (30a, 30b) are thermally insulated from one another. wherein the base body and the at least one sleeve (30a, 30b) have communicating fluid channels (21, 31, 32), wherein the at least one sleeve (30a, 30b) is mounted in the base body so as to be movable, wherein the at least one sleeve (30a, 30b) may be positioned in a first position in relation to the base body, so as to bring a first group of fluid channels of the at least one sleeve (30a, 30b) in communication with fluid channels of the base body, at least one fluid channel of the first group of fluid channels of the at least one sleeve (30a, 30b) is configured to be operated at a different temperature level than a second fluid channel of the first group of fluid channels of the at least one sleeve (30a, 30b), and the fluid channels of a group of fluid channels of the at least one sleeve (30a, 30b) are thermally insulated from one another.
A device for mounting seats for motor vehicles, comprising at least means for housing and supporting one or more seats of a motor vehicle, said means being configured to be at least fixed to the frame of said vehicle comprising at least one supporting surface and lateral shoulders, said device comprising at least one floor pan for mounting one or more seats, said floor pan comprising one or more housing zones for said one or more seats and being configured to be fixed to the frame of the vehicle at least to the lateral shoulders of the vehicle, said floor pan being able to lift said one or more seats from the supporting surface of the frame, said floor pan being in one piece or being assembled in one piece for being quickly mounted and being substantially adaptable to any vehicle and leaving substantially free of any encumbrance the supporting surface of the vehicle and wherein said device is configured to allow mounting of two seats and to be pre-assembled with said seats, characterized in that said floor pan comprises holes (11,41) for fixing of said floor pan to at least said lateral shoulders, said device being able to provide more space for the feet of the rear passengers.
A recombinant yeast cell having increased activity of at least one of GCR1 and GCR2, wherein the recombinant yeast cell comprises a genetic modification that increases activity of at least one of GCR1 and GCR2, in comparison with a yeast cell of the same type that does not comprise the genetic modification that increases activity of at least one of GCR1 and GCR2 characterized in that the recombinant yeast cell further comprises a genetic modification that increases at least one of the activity of lactate dehydrogenase converting pyruvate to lactate or the activity of pyruvate decarboxylase and/or alcohol dehydrogenase for converting pyruvate to ethanol in comparison with a yeast cell of the same type that does not comprise the genetic modification that increases activity of at least one of GCR1 and GCR2, wherein the increased activity is achieved by an increased expression of the polynucleotide encoding GCR1 and/or GCR2 as well as the lactate dehydrogenase converting pyruvate to lactate and/or the pyruvate decarboxylase and/or alcohol dehydrogenase for converting pyruvate to ethanol, wherein the increased expression is caused by introduction of an exogenous polynucleotide or by an increase in the copy number of the endogenous polynucleotide.
A lightweight slab or similar structural element that can receive facilities which will be extended through the slab being easily accessible, the lightweight slab comprising: - two main parallel steel reinforcement elements (5,6), extending parallel to one another, and each of the two main parallel reinforcement elements (5, 6) is placed in a different plane with respect to one another and with respect to the horizontal plane - secondary steel reinforcement elements wherein all of the reinforcements are embedded in a minimum volume of concrete filling which covers and protects such steel reinforcement element, the volume of concrete filling is defined during its production by a recoverable formwork or mould to create a hollow main volume of the lightweight slab, the formwork or mould formed by hollow prismatic or by truncated-pyramid-shaped volumes with smooth edges and vertices or formed by semi-sphere-shaped elements that improve structural strength and facilitate the extraction thereof when it is necessary to retrieve the moulds, and the concrete filling defines open holes (4, 3) adjacent the secondary and main steel reinforcement elements to form a succession of nodes connected to one another to form a network of open channels of the lightweight slab which extend in all directions through the hollow main volume and the open holes (3,4) are configured to be accessed from a lower level, upper level and sides for receiving any type of facilities such as electricity, telecommunications, plumbing, air conditioning or ventilation equipment, the lightweight slab is characterized in that the secondary steel reinforcement elements extend between the two main parallel steel reinforcement elements (5, 6) and those secondary steel reinforcement elements are arranged to form a double diagonal or a single diagonal in relation to the main steel reinforcement elements (5, 6) to form a series of structural nodes. - two main parallel steel reinforcement elements (5,6), extending parallel to one another, and each of the two main parallel reinforcement elements (5, 6) is placed in a different plane with respect to one another and with respect to the horizontal plane - secondary steel reinforcement elements
A pump for dispensing a preferably cosmetic liquid with a reformable flexible or elastic section for pumping the liquid, wherein the pump has a manually-operable actuating element to deform the deformable section for the pumping, wherein the pump has a block for blocking the actuation of the actuating element, wherein the block has a blocking element that is manually pivotable and/or is formed on a structural or housing part of the pump, characterised in that, the blocking element is connected with an outlet region or other part of the pump via a film hinge.
Rubber composition, characterized in that it comprises at least one resin based: A1) on at least one aldehyde of formula W: in which: - each Ar 1 and Ar 2 group represents, independently of one another, an optionally substituted aromatic nucleus; - SP is a connecting group which connects together at least the Ar 1 and Ar 2 groups, SP separating the Ar 1 and Ar 2 groups by at least 2 covalent bonds; and A2) on at least one derivative of an aromatic polyphenol comprising at least one aromatic nucleus bearing at least two -O-Z groups in the meta position with respect to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, Z being other than hydrogen. A1) on at least one aldehyde of formula W: in which: - each Ar 1 and Ar 2 group represents, independently of one another, an optionally substituted aromatic nucleus; - SP is a connecting group which connects together at least the Ar 1 and Ar 2 groups, SP separating the Ar 1 and Ar 2 groups by at least 2 covalent bonds; and - each Ar 1 and Ar 2 group represents, independently of one another, an optionally substituted aromatic nucleus; - SP is a connecting group which connects together at least the Ar 1 and Ar 2 groups, SP separating the Ar 1 and Ar 2 groups by at least 2 covalent bonds; and A2) on at least one derivative of an aromatic polyphenol comprising at least one aromatic nucleus bearing at least two -O-Z groups in the meta position with respect to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, Z being other than hydrogen.
A feedstock for reduction in an electrolytic cell comprising a plurality of three-dimensional elements, the elements shaped such that a volume of the feedstock has between 35% and 90% free space and each element is shaped as a randomly-packable element.
An abutting block for use in a bistable ratchet mechanism, the abutting block comprising: a generally cuboidal body having length, width and height and comprising a first face for engaging with a stopping member, and a second face opposite the first face for engaging with an elastic member, wherein the first and second faces are separated from one another by the length of the body; wherein the first face has a pair of straight edges (527a, 527b) extending the span of the height for engaging the stopping member; and characterised in that the body tapers such that the first face is wider than the second face. a generally cuboidal body having length, width and height and comprising a first face for engaging with a stopping member, and a second face opposite the first face for engaging with an elastic member, wherein the first and second faces are separated from one another by the length of the body; wherein the first face has a pair of straight edges (527a, 527b) extending the span of the height for engaging the stopping member; and characterised in that the body tapers such that the first face is wider than the second face.
An antibody, or antigen binding fragment thereof, that specifically binds to the mature amino acid sequence of SEQ ID NO.: 2 or 4 or a variant thereof having 1, 2, 3, 5 or 7 conservative amino acid substitutions.
Method of controlling a rotational speed of a rotor of a wind turbine having a rotor with blades connected thereon, at least one blade including a blade profile changing equipment comprising a flap and/or a spoiler, the method comprising: changing the blade profile dependent on a rotational speed deviation of an actual rotational speed of the rotor or the generator rotor from a reference rotational speed, wherein changing the blade profile comprises: deriving, in particular using a blade profile controller, a blade profile reference based on the rotational speed deviation; adjusting the blade profile, in particular using an actuator, based on the blade profile reference, the method further comprising: determining, in particular measuring, a setting of the blade profile changing equipment; deriving a blade profile deviation of the blade profile reference from the determined setting of the blade profile changing equipment; supplying a pitch controller input signal to a pitch controller, wherein the pitch controller input signal is based at least on the blade profile deviation; deriving, using the pitch controller, a pitch reference based on the pitch controller input signal; and adjusting a pitch position of the blade based on the pitch reference. wherein changing the blade profile comprises: deriving, in particular using a blade profile controller, a blade profile reference based on the rotational speed deviation; adjusting the blade profile, in particular using an actuator, based on the blade profile reference, deriving, in particular using a blade profile controller, a blade profile reference based on the rotational speed deviation; adjusting the blade profile, in particular using an actuator, based on the blade profile reference, the method further comprising: determining, in particular measuring, a setting of the blade profile changing equipment; deriving a blade profile deviation of the blade profile reference from the determined setting of the blade profile changing equipment; supplying a pitch controller input signal to a pitch controller, wherein the pitch controller input signal is based at least on the blade profile deviation; deriving, using the pitch controller, a pitch reference based on the pitch controller input signal; and adjusting a pitch position of the blade based on the pitch reference. determining, in particular measuring, a setting of the blade profile changing equipment; deriving a blade profile deviation of the blade profile reference from the determined setting of the blade profile changing equipment; supplying a pitch controller input signal to a pitch controller, wherein the pitch controller input signal is based at least on the blade profile deviation; deriving, using the pitch controller, a pitch reference based on the pitch controller input signal; and adjusting a pitch position of the blade based on the pitch reference.
A method for managing reverse osmosis membrane cleaning process in a plant performing desalination or waste water reuse by operating the reverse osmosis membrane cleaning process for a controlled time for cleaning and with a controlled value of chemical concentration in a chemical liquor prepared for cleaning a RO membrane, the method comprising of: a) Estimating fouling status of the RO membrane, wherein estimating the fouling status of the RO membrane is performed using a mathematical or data model based on physical phenomenon or/and plant parameters; and b) Determining the controlled value of chemical concentration and the controlled time needed for cleaning based on the fouling status of the RO membrane, wherein the value of chemicals concentration and time needed for cleaning based on the fouling status of the RO membrane are determined using optimization techniques for cost effective and efficient operation of the plant; wherein the chemical liquor is recirculated through the fouled RO membrane during the cleaning time without regular feed input. a) Estimating fouling status of the RO membrane, wherein estimating the fouling status of the RO membrane is performed using a mathematical or data model based on physical phenomenon or/and plant parameters; and b) Determining the controlled value of chemical concentration and the controlled time needed for cleaning based on the fouling status of the RO membrane, wherein the value of chemicals concentration and time needed for cleaning based on the fouling status of the RO membrane are determined using optimization techniques for cost effective and efficient operation of the plant;