mhurhangee/ep-ind-claims huggingface dataset:
A sealing system comprising - a seal mounted in a gap between two concentrically mounted, relatively rotatable components, the seal retaining a liquid at an oil side of the seal; - a collection trough mounted at an air side of the seal, at a location where any leaked liquid will gather at a bottom of the trough; - a sensor for sensing a leakage of the liquid and for providing a sensor signal; and - processing means for processing the sensor signal and determining leakage, characterized in that, ▪ the sensor is a magneto-elastic resonance sensor, with a magneto-elastic resonator having a first resonating element which vibrates at a first resonant frequency in response to a time-varying magnetic field, whereby ▪ the sensor is arranged in the collection trough such that at least a part of first resonating element will be immersed in leaked liquid that has fallen into the trough; ▪ the resonator produces a sensor signal in the form of a time-varying magnetic flux signal, dependent on the first resonant frequency; and ▪ the processing means is adapted to extract the first resonant frequency from the sensor signal, and to determine the leakage from a detected shift in the first resonant frequency. - a seal mounted in a gap between two concentrically mounted, relatively rotatable components, the seal retaining a liquid at an oil side of the seal; - a collection trough mounted at an air side of the seal, at a location where any leaked liquid will gather at a bottom of the trough; - a sensor for sensing a leakage of the liquid and for providing a sensor signal; and - processing means for processing the sensor signal and determining leakage, characterized in that, ▪ the sensor is a magneto-elastic resonance sensor, with a magneto-elastic resonator having a first resonating element which vibrates at a first resonant frequency in response to a time-varying magnetic field, whereby ▪ the sensor is arranged in the collection trough such that at least a part of first resonating element will be immersed in leaked liquid that has fallen into the trough; ▪ the resonator produces a sensor signal in the form of a time-varying magnetic flux signal, dependent on the first resonant frequency; and ▪ the processing means is adapted to extract the first resonant frequency from the sensor signal, and to determine the leakage from a detected shift in the first resonant frequency. ▪ the sensor is a magneto-elastic resonance sensor, with a magneto-elastic resonator having a first resonating element which vibrates at a first resonant frequency in response to a time-varying magnetic field, whereby ▪ the sensor is arranged in the collection trough such that at least a part of first resonating element will be immersed in leaked liquid that has fallen into the trough; ▪ the resonator produces a sensor signal in the form of a time-varying magnetic flux signal, dependent on the first resonant frequency; and ▪ the processing means is adapted to extract the first resonant frequency from the sensor signal, and to determine the leakage from a detected shift in the first resonant frequency.
Method for checking the electrical conductivity of a tyre being processed, comprising: - applying an electrode against a radially outer surface of at least one component of a tyre being processed wound around a building drum; - generating a voltage between the electrode and the building drum and determining an electrical resistance between said electrode and said building drum while the electrode rests against said radially outer surface. - applying an electrode against a radially outer surface of at least one component of a tyre being processed wound around a building drum; - generating a voltage between the electrode and the building drum and determining an electrical resistance between said electrode and said building drum while the electrode rests against said radially outer surface.
Rim unit comprising a locking section and a lifting section, wherein the locking section is designed for fixing on a tub element, wherein the lifting section has an undercut which extends transversely to a first direction and is designed to transmit a lifting force along a first direction to the rim unit, characterized in that the locking section has a protrusion or recess which forms an undercut contrary to the first direction and wherein the rim unit comprises two lifting sections which are arranged opposite to one another and spaced apart from one another in such a manner that the undercuts of the lifting sections can be brought into engagement with a lifting unit.
A formulation comprising controlled- or sustained- release microparticles comprising triamcinolone acetonide or a pharmaceutically-acceptable salt thereof and a poly(lactic-co-glycolic) acid copolymer (PLGA) matrix, wherein the TCA comprises between 22% to 28% of the microparticles and wherein the PLGA has the following characteristics: (i) a molecular weight in the range of 40,000 to 70,000 g/mol (40 to 70 kDa) and (ii) a lactide:glycolide molar ratio of 80:20 to 60:40.
A process for degrading and/or modifying cellulose in lignocellulosic biomass substrate, wherein said process comprises the step of contacting said substrate with a lytic polysaccharide monooxygenase (LPMO) and a polyphenoloxidase, wherein the polyphenoloxidase comprises or consists of an amino acid sequence that is at least 70% identical to SEQ ID NO:45 and wherein the polyphenoloxidase comprises or consists of a central tyrosinase domain, and wherein the polyphenoloxidase is capable of demethylating an R-substituted mono- or di-methoxyphenol represented by formula, or: wherein R can be any single atom or chemical moiety.
Method for generating a trajectory for a load transported by a hoisting appliance spanning a hoisting area, the method comprising: providing a 3-dimensional model of the hoisting area, the model comprising located objects within the hoisting area; providing load parameters; generating a trajectory for navigating through the hoisting area using the model of the hoisting area and taking in account: located objects; load parameters; and load movement parameters comprising a maximum attainable speed of the hoist appliance with the load; wherein the trajectory comprises a starting point, a target point and a number of consecutive line segments connecting the starting point and the target point; optimizing the trajectory for speed by maximizing the length of at least one line segment in a main direction of travel in order to travel at a maximum attainable speed of the hoisting appliance with the load in the main direction of travel. providing a 3-dimensional model of the hoisting area, the model comprising located objects within the hoisting area; providing load parameters; generating a trajectory for navigating through the hoisting area using the model of the hoisting area and taking in account: located objects; load parameters; and load movement parameters comprising a maximum attainable speed of the hoist appliance with the load; wherein the trajectory comprises a starting point, a target point and a number of consecutive line segments connecting the starting point and the target point; located objects; load parameters; and load movement parameters comprising a maximum attainable speed of the hoist appliance with the load; wherein the trajectory comprises a starting point, a target point and a number of consecutive line segments connecting the starting point and the target point; optimizing the trajectory for speed by maximizing the length of at least one line segment in a main direction of travel in order to travel at a maximum attainable speed of the hoisting appliance with the load in the main direction of travel.
A coating composition, wherein hydrophobic microparticles, and flat-shaped microparticles having table faces and end faces which forms a card-house aggregate structure, are dispersed in a binder resin dissolved in a solvent, wherein the table faces and the end faces are in contact with each other to form the card-house aggregate structure, and wherein small irregularities are formed on the surface of the flat-shaped microparticles by virtue of the presence of the hydrophobic microparticles.
A method comprising: receiving, via an application, a touch selection input associated with a user's initial touch engagement; responsive to receiving the touch selection input, defining a target point associated with the touch selection input, followed by defining a geometric shape including the target point, said shape remaining fixed in position as defined by the user's initial touch; in response to ascertaining that multiple items are contained within the shape's boundary, performing target disambiguation, comprising displaying visual indicia associated with one of the items; receiving input associated with an item designated by a user; and performing a selection-related action responsive to receiving the input associated with the item designated by the user; and in response to detecting movement of the touch selection input, moving the target point according to said movement, wherein said target disambiguation is continued if the target point is within the boundary of the shape; and wherein target disambiguation is terminated otherwise. receiving, via an application, a touch selection input associated with a user's initial touch engagement; responsive to receiving the touch selection input, defining a target point associated with the touch selection input, followed by defining a geometric shape including the target point, said shape remaining fixed in position as defined by the user's initial touch; in response to ascertaining that multiple items are contained within the shape's boundary, performing target disambiguation, comprising displaying visual indicia associated with one of the items; receiving input associated with an item designated by a user; and performing a selection-related action responsive to receiving the input associated with the item designated by the user; and in response to detecting movement of the touch selection input, moving the target point according to said movement, wherein said target disambiguation is continued if the target point is within the boundary of the shape; and wherein target disambiguation is terminated otherwise.
Multi-tube coupling comprising a least two parallel coupling devices, each comprising matching first and second parts (5, 7) of the coupling for the transfer of fluid; the multi-tube coupling comprising a base part holding said first parts of the coupling and a driving device arranged for the displacement of said second parts of the coupling in an array of couplings in the direction of the base part, characterized in that the driving device comprises a central spigot, essentially centrally located between the coupling devices and non-rotatably attached to the base part, which central spigot comprises a first multiple conductor electrical contact means; and a cam sleeve device capable of rotating in the array of couplings and having a screw-shaped cam surface for engagement with projections from the central spigot, as well as a second multiple conductor electrical contact means for making contact with the first electrical contact means.
A circuit interrupter comprising: a fixed terminal including a fixed contact; a movable contactor which is formed as a separate part from the fixed terminal, includes a movable contact, and has a plate shape; a holding unit configured to hold the movable contactor so that the movable contact is connected to the fixed contact; a first yoke secured to an opposite surface of the movable contactor from a surface where the movable contact is positioned; a second yoke secured to a position facing the first yoke, with the movable contactor in-between, and with the second yoke being separated from the movable contactor; a squib configured to generate gas by combustion; a pressurized chamber for receiving pressure of the gas by the squib; and a piston including a first end for receiving pressure inside the pressurized chamber which causes movement of the piston and a second end for providing a force in a direction separating the movable contactor from the fixed terminal to the movable contactor which causes movement of the movable contactor; wherein the second end of the piston in contact with the second yoke is configured to move the second yoke to separate the movable contactor from the fixed terminal. a fixed terminal including a fixed contact; a movable contactor which is formed as a separate part from the fixed terminal, includes a movable contact, and has a plate shape; a holding unit configured to hold the movable contactor so that the movable contact is connected to the fixed contact; a first yoke secured to an opposite surface of the movable contactor from a surface where the movable contact is positioned; a second yoke secured to a position facing the first yoke, with the movable contactor in-between, and with the second yoke being separated from the movable contactor; a squib configured to generate gas by combustion; a pressurized chamber for receiving pressure of the gas by the squib; and a piston including a first end for receiving pressure inside the pressurized chamber which causes movement of the piston and a second end for providing a force in a direction separating the movable contactor from the fixed terminal to the movable contactor which causes movement of the movable contactor; wherein the second end of the piston in contact with the second yoke is configured to move the second yoke to separate the movable contactor from the fixed terminal.
Potassium bicarbonate having a particle size substantially all less than 500 μ and having a coating of an anti-caking agent comprising a substantially dry surfactant selected from an alkaline earth metal soap or at least one compound of the molecular formula (RCO 2) n X, where: X is an alkali metal ion, each R, which may be the same or different is a straight or branched chain alkyl or alkenyl group having from 6 to 25 carbon atoms and n is the valency of X, said coating having a water contact angle of at least 90°.
A connector connection port for external connection of an electronic device, which is used for inserting and connecting an external connector in the electronic device, wherein the connector connection port is formed of a molded body obtained by injection molding of a polybutylene terephthalate resin material, and a boss part is provided in a protruding form on an outer peripheral surface or inner peripheral surface of the connector connection port, voids are present in the polybutylene terephthalate resin material in the boss part and a lower part of the outer peripheral surface or inner peripheral surface on which the boss part is provided in a protruding form, and when a sum total of cross-sectional areas of voids which are present in a region lying at a height of 0 to 0.5 mm from the outer peripheral surface or inner peripheral surface in the boss part is denoted by S1, a sum total of cross-sectional areas of voids which are present in a region lying at a depth of 0 to 0.5 mm from the outer peripheral surface or inner peripheral surface on which the boss part is provided in a protruding form is denoted by S2, and a total area of S1 and S2 is taken to be 100%, an areal ratio of S1 is 5% to 45% and an areal ratio of S2 is 55% to 95%. the connector connection port is formed of a molded body obtained by injection molding of a polybutylene terephthalate resin material, and a boss part is provided in a protruding form on an outer peripheral surface or inner peripheral surface of the connector connection port, voids are present in the polybutylene terephthalate resin material in the boss part and a lower part of the outer peripheral surface or inner peripheral surface on which the boss part is provided in a protruding form, and
A method of extracting heat energy from a gassifier and delivering the heat energy to a combined cycle power plant low steam turbine, the combined cycle power plant including a heat recovery steam generator disposed in an exhaust path of a gas turbine of the combined cycle power plant to generate steam for the low steam turbine, the method comprising the steps of: extracting heat energy from a gas product issued by the gassifier in a high temperature boiler; and delivering the extracted heat energy to feedwater from a feedwater system of the combined cycle power plant in the high temperature boiler, wherein prior to performing said step of extracting heat energy there is provided the further step of combusting the gas product in an afterburner. extracting heat energy from a gas product issued by the gassifier in a high temperature boiler; and delivering the extracted heat energy to feedwater from a feedwater system of the combined cycle power plant in the high temperature boiler, wherein prior to performing said step of extracting heat energy there is provided the further step of combusting the gas product in an afterburner.
An apparatus for encoding video data for a picture or for transmitting encoded video data for a picture the video data having local brightness variation, said apparatus comprising: means for inter-coding the video data using a localized weighted function to determine weights for the local brightness variation; and means for deriving the weights for the localized weighted function without explicit coding. means for inter-coding the video data using a localized weighted function to determine weights for the local brightness variation; and means for deriving the weights for the localized weighted function without explicit coding.
Apparatus for the neutralisation of an ammonium sulphate solution having at least one evaporator (V1-Vn) at least one vapour scrubber (B1-Bn), having a vapour inlet (El-En), an ASL outlet (A1-An) for the scrubbed ammonium sulphate solution, and a vapour outlet (W1-Wn) for the scrubbed vapour, characterised in that a neutralising vapour scrubber is provided, having an ASL inlet (EASL), a vapour outlet, a vapour inlet and an ASL outlet, wherein the ASL outlet (A1-An)of the at least one vapour scrubber (B1-Bn) is connected to the inlet (EASL) of the neutralising vapour scrubber and its vapour inlet for the vapour containing ammonia is connected to the vapour outlet of the evaporator, and wherein the vapour outlet of the neutralising vapour scrubber is connected to the vapour inlet (El) of the vapour scrubber (Bl). at least one evaporator (V1-Vn) at least one vapour scrubber (B1-Bn), having a vapour inlet (El-En), an ASL outlet (A1-An) for the scrubbed ammonium sulphate solution, and a vapour outlet (W1-Wn) for the scrubbed vapour, characterised in that a neutralising vapour scrubber is provided, having an ASL inlet (EASL), a vapour outlet, a vapour inlet and an ASL outlet, wherein the ASL outlet (A1-An)of the at least one vapour scrubber (B1-Bn) is connected to the inlet (EASL) of the neutralising vapour scrubber and its vapour inlet for the vapour containing ammonia is connected to the vapour outlet of the evaporator, and wherein the vapour outlet of the neutralising vapour scrubber is connected to the vapour inlet (El) of the vapour scrubber (Bl).
A loop reactor for olefin polymerization, the loop reactor comprising: a plurality of vertical sections; a plurality of elbow sections connecting the vertical sections to either a horizontal section or another elbow section, at least one elbow section having an internal diameter (d) and a radius (R c) of an inner curvature; and at least one loop reaction zone configured to polymerize an olefin monomer in the presence of a liquid diluent into a slurry comprising particles of a polyolefin polymer, wherein the at least one elbow section is configured to maintain a Dean number (D n) of the slurry flowing therein to be higher than 3,000,000, where D n = ρVd/μ * (d/2R c) 1/2 and where ρ is a density of the slurry, V is a circulation velocity of the slurry, and μ is a dynamic viscosity of the slurry. a plurality of vertical sections; a plurality of elbow sections connecting the vertical sections to either a horizontal section or another elbow section, at least one elbow section having an internal diameter (d) and a radius (R c) of an inner curvature; and at least one loop reaction zone configured to polymerize an olefin monomer in the presence of a liquid diluent into a slurry comprising particles of a polyolefin polymer, wherein the at least one elbow section is configured to maintain a Dean number (D n) of the slurry flowing therein to be higher than 3,000,000, where D n = ρVd/μ * (d/2R c) 1/2 and where ρ is a density of the slurry, V is a circulation velocity of the slurry, and μ is a dynamic viscosity of the slurry.
A cartridge, comprising: a liquid absorbing assembly, and a liquid container for supplying tobacco liquid to the liquid absorbing assembly, wherein: the liquid absorbing assembly is arranged below the liquid container and at a bottom of the cartridge; the liquid absorbing assembly is arranged in such a manner that the liquid container is in fluid communication with the liquid absorbing assembly and configured for supplying tobacco liquid to the liquid absorbing assembly, so that the tobacco liquid is kept in the liquid container or the liquid absorbing assembly before the cartridge is assembled at an in-use state; characterized in that, the cartridge further comprises a membrane and a puncturing unit, the membrane is arranged on a bottom of the liquid container, and the puncturing unit is arranged with a predefined distance below the membrane, wherein, the cartridge further comprises a heater removably located below the liquid absorbing assembly and adapted for touching the liquid absorbing assembly, the puncturing unit comprises a puncturing element and an elastic element, a first end of the puncturing element is attached to the heater, a second end of the puncturing element protrudes above the liquid absorbing assembly. the liquid absorbing assembly is arranged below the liquid container and at a bottom of the cartridge; the liquid absorbing assembly is arranged in such a manner that the liquid container is in fluid communication with the liquid absorbing assembly and configured for supplying tobacco liquid to the liquid absorbing assembly, so that the tobacco liquid is kept in the liquid container or the liquid absorbing assembly before the cartridge is assembled at an in-use state; characterized in that, the cartridge further comprises a membrane and a puncturing unit, the membrane is arranged on a bottom of the liquid container, and the puncturing unit is arranged with a predefined distance below the membrane, wherein, the cartridge further comprises a heater removably located below the liquid absorbing assembly and adapted for touching the liquid absorbing assembly, the puncturing unit comprises a puncturing element and an elastic element, a first end of the puncturing element is attached to the heater, a second end of the puncturing element protrudes above the liquid absorbing assembly.
A plate heat exchanger comprising a plurality of plates which are stacked in a stacking direction, each plate defining a first set of dimples and a second set of dimples in opposite directions, each dimple of the first set of dimples forming a first contact face arranged against a contact face of an adjacent plate, and each dimple of the second set of dimples forming a second contact face arranged against a contact face of an adjacent plate, the dimples are arranged in a matrix pattern with a distance X1 between centers of dimples in adjacent rows and a distance X2 between centers of dimples in adjacent columns, where the dimples have a circumference C at the contact face and characterised in that C/X1 is in the range of 1,03-2,27.