mhurhangee/patent-ind-claim-en huggingface dataset:
A fan drive gear system comprising: a carrier (66; 100) for supporting a plurality of gears ; a torque frame (68;98) attached to the carrier (66; 100); and a plurality of connectors extending between the carrier (66; 100) and torque frame (68;98) for securing the torque frame (68;98) to the carrier (66; 100); characterised by further comprising: a scupper (72; 104) for capturing lubricant during gear operation and directing lubricant into a space (94;106) between one of the plurality of connectors and the torque frame (68;98) or the carrier (66; 100). a carrier (66; 100) for supporting a plurality of gears ; a torque frame (68;98) attached to the carrier (66; 100); and a plurality of connectors extending between the carrier (66; 100) and torque frame (68;98) for securing the torque frame (68;98) to the carrier (66; 100); characterised by further comprising: a scupper (72; 104) for capturing lubricant during gear operation and directing lubricant into a space (94;106) between one of the plurality of connectors and the torque frame (68;98) or the carrier (66; 100).
An operating mechanism for a Bowden cable, comprising a support bracket , an operating lever , a hub mounted on the support bracket for rotation about a first axis by the operating lever , a transmission lever connectable to the Bowden cable and mounted on the support bracket for pivoting about a second axis orthogonal to the first axis, and an actuating arm connected at one end to the hub and connected at its end remote from the hub by a sliding ball and socket joint to the transmission lever so that rotation of the hub about said first axis causes rotation of the transmission lever about the second axis to extend and retract the Bowden cable, wherein said sliding ball and socket joint comprises a ball retained in a spherical socket in said actuating arm , and a pin slidably received in a bore in said ball representing a sliding axis of said joint, which pin extends in a direction of the sliding axis of said joint and being firmly connected to the transmission lever , wherein said ball is retained within a spherical socket defined by a sleeve , wherein said sleeve is retained within the end of the actuating arm by a screw , and wherein said sliding axis of the ball and socket joint is inclined relative to both the first axis and the second axis, wherein the operating lever is pivotable relative to the hub about an axis perpendicular to the first and second axes only when the hub is in a neutral position in order to engage the operating lever in a neutral locating recess defined by the support bracket for locking said operating lever in said neutral position.
A hole plug that is configured to plug a hole of a component providing a robust sealing interface that prevents fluid leakage therebetween, the hole plug comprising: a collar that is configured to abut a first surface of the component ; and a plugging protuberance extending from the collar , wherein the plugging protuberance comprises a first lip and a second lip , wherein the first lip is configured to abut an internal edge of the component that defines the hole , and wherein the second lip is configured to abut a second surface of the component that is opposite from the first surface , and wherein each of the first lip and the second lip comprises a ledge that connects to a ramped semi-cone , characterised in that the plugging protuberance further comprises a dome-shaped nose connected to the second lip. a collar that is configured to abut a first surface of the component ; and a plugging protuberance extending from the collar , wherein the plugging protuberance comprises a first lip and a second lip , wherein the first lip is configured to abut an internal edge of the component that defines the hole , and wherein the second lip is configured to abut a second surface of the component that is opposite from the first surface , and wherein each of the first lip and the second lip comprises a ledge that connects to a ramped semi-cone ,
A method for producing an anhydrous powder wherein the method comprises the step of subjecting a calcium nitrate solution having a water content of between 70 and 15 weight % of water and a calcium nitrate content of between 30 and 85 weight % to a drying step, CHARACTERISED IN THAT the calcium nitrate solution is subjected to a drying step performed at a temperature of between 200 and 300 °C in an industrial turbo-dryer wherein the industrial turbo-dryer comprises a drum having horizontal axis and being closed at opposite ends that are provided with openings for the introduction of the solution and a stream of dry air travelling in the same direction, and further comprises a heating jacket for heating the internal wall of the tubular body to a predetermined temperature, and a bladed rotor rotatable supported in the drum, wherein the drying step produces the anhydrous calcium nitrate powder having - a calcium nitrate content of between 92 and 99.9 weight %; - a water content of between 0.1 and 8 weight %; and - a particle size of between 0.05 and 1.5 mm. - a calcium nitrate content of between 92 and 99.9 weight %; - a water content of between 0.1 and 8 weight %; and - a particle size of between 0.05 and 1.5 mm.
A system for treating an exhaust gas comprising a catalyst article comprising: a. a first SCR catalyst zone comprising vanadium loaded on a metal oxide selected from TiO 2 , ZrO 2 , SiO 2 , CeO 2 , and Al 2 O 3 ; and b. a second SCR catalyst zone comprising a copper loaded small-pore molecular sieve, wherein the first SCR catalyst zone is disposed upstream of the second SCR catalyst zone with respect to normal exhaust gas flow through the system, and wherein the first SCR catalyst zone has a higher washcoat loading relative to the second SCR catalyst zone; and the catalyst article has an overall copper loading that is higher than an overall vanadium loading. a. a first SCR catalyst zone comprising vanadium loaded on a metal oxide selected from TiO 2 , ZrO 2 , SiO 2 , CeO 2 , and Al 2 O 3 ; and b. a second SCR catalyst zone comprising a copper loaded small-pore molecular sieve, wherein the first SCR catalyst zone is disposed upstream of the second SCR catalyst zone with respect to normal exhaust gas flow through the system, and wherein the first SCR catalyst zone has a higher washcoat loading relative to the second SCR catalyst zone; and the catalyst article has an overall copper loading that is higher than an overall vanadium loading.
A composition comprising a bacterial strain of the genus Roseburia, for use in a method of treating or preventing Parkinson's disease, including progressive supranuclear palsy, progressive supranuclear palsy, Steele-Richardson-Olszewski syndrome, normal pressure hydrocephalus, vascular or arteriosclerotic parkinsonism and drug-induced parkinsonism; Alzheimer's disease, including Benson's syndrome; Huntington's disease; amyotrophic lateral sclerosis; Lou Gehrig's disease; motor neurone disease; prion disease; spinocerebellar ataxia; spinal muscular atrophy; dementia, including Lewy body, vascular and frontotemporal dementia; primary progressive aphasia; mild cognitive impairment; HIV-related cognitive impairment; or corticobasal degeneration.
A method of preparing a sample of faecal microbiota from a donor subject, comprising the following steps: a) taking ex vivo at least one sample of faecal microbiota from the donor subject, b) within 5 minutes following taking of the sample, placing said sample obtained in a) in an oxygen-tight collecting device, c) mixing the sample obtained in b) with at least one saline aqueous solution comprising at least one cryoprotectant chosen from trehalose, galactose-lactose and mixtures thereof and one bulking agent, d) optionally, filtering the mixture obtained in c), in particular using a filter comprising pores of diameter less than or equal to 0.7 mm, preferably less than or equal to 0.5 mm, and e) storing the mixture obtained in c) or d) by freezing at a temperature between -15°C and -100°C, preferably between -60°C and -90°C, steps b) to e) being carried out under anaerobiosis. a) taking ex vivo at least one sample of faecal microbiota from the donor subject, b) within 5 minutes following taking of the sample, placing said sample obtained in a) in an oxygen-tight collecting device, c) mixing the sample obtained in b) with at least one saline aqueous solution comprising at least one cryoprotectant chosen from trehalose, galactose-lactose and mixtures thereof and one bulking agent, d) optionally, filtering the mixture obtained in c), in particular using a filter comprising pores of diameter less than or equal to 0.7 mm, preferably less than or equal to 0.5 mm, and e) storing the mixture obtained in c) or d) by freezing at a temperature between -15°C and -100°C, preferably between -60°C and -90°C, steps b) to e) being carried out under anaerobiosis.
A net comprising at least two ropes , wherein the net comprises at least one mesh, wherein at least one corner of a mesh is formed by a knot formed by two of said ropes , wherein the knot comprises a first opening in the first rope through which the second rope passes, and a first opening in the second rope through which the first rope passes, characterized in that the knot comprises a second opening in the first rope through which the second rope passes, and in that a part of the first rope is positioned in the first opening in the second rope being in between the first and second opening of the first rope .
A method for inducing reprogramming of an isolated somatic cell or cancer cell of a mammal, comprising a step of culturing the cell with a ribosome fraction, wherein the ribosome fraction is selected from the group consisting of a 70S ribosome fraction, a 30S ribosome fraction, and a 50S ribosome fraction.
An apparatus for a central unit of one or more base station transceivers of a mobile communication system, the base station transceiver comprising the central unit and a remote unit , the central unit apparatus comprising a communication module operable to communicate with the remote unit using a communication link with a limited capacity; a scheduler module operable to schedule data transmissions to and/or from a mobile transceiver via the remote unit , wherein the scheduler module is operable to base scheduling of the data transmissions on the limited capacity of the communication link between the central unit and the remote unit , wherein the communication module is operable to communicate with at least two remote units (200; 202) using the communication link with the limited capacity, wherein the scheduler module comprises at least two scheduling units (14a; 14b) for separately scheduling the at least two remote units (200; 202).
A method, comprising: receiving, by a network node, a measurement report from a user equipment; making a decision, by the network node, based on the measurement report, to make a serving high-speed downlink shared channel ,"HS-DSCH", cell change from a current serving HS-DSCH cell to a new serving HS-DSCH cell and to make an active set update; preparing, by the network node, a radio link at the new serving HS-DSCH cell to operate as a new serving HS-DSCH radio link for the user equipment; stopping, by the network node, a user plane transmission with the user equipment using a current serving HS-DSCH radio link at the current serving HS-DSCH cell; after the stopping step, sending, by the network node, an active set update message to the user equipment, said active set update message including an order and a cell change information, the order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal, and the cell change information comprising information indicating a new serving HS-DSCH radio link at the new serving HS-DSCH cell; receiving, at the network node, an active set update complete message from the user equipment; and starting, by the network node, a user plane transmission with the user equipment using the new serving HS-DSCH radio link at the new serving HS-DSCH cell. receiving, by a network node, a measurement report from a user equipment; making a decision, by the network node, based on the measurement report, to make a serving high-speed downlink shared channel ,"HS-DSCH", cell change from a current serving HS-DSCH cell to a new serving HS-DSCH cell and to make an active set update; preparing, by the network node, a radio link at the new serving HS-DSCH cell to operate as a new serving HS-DSCH radio link for the user equipment; stopping, by the network node, a user plane transmission with the user equipment using a current serving HS-DSCH radio link at the current serving HS-DSCH cell; after the stopping step, sending, by the network node, an active set update message to the user equipment, said active set update message including an order and a cell change information, the order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal, and the cell change information comprising information indicating a new serving HS-DSCH radio link at the new serving HS-DSCH cell; receiving, at the network node, an active set update complete message from the user equipment; and starting, by the network node, a user plane transmission with the user equipment using the new serving HS-DSCH radio link at the new serving HS-DSCH cell.
A rendering method comprising: receiving (S310) resolution information about a plurality of images constituting a frame, wherein the resolution information comprises information relating to required resolutions of the respective images; determining, based on the resolution information: an optimal resolution for rendering the images by either: calculating a greatest common divisor resolution of the required resolutions and determining the greatest common divisor resolution as an optimal resolution for rendering the images; or determining a smallest resolution from the required resolutions as the optimal resolution; determining, as resolution factors, values obtained by dividing the required resolutions by the optimal resolution; and determining the number of multi-samples based on a greatest value among the resolution factors, rendering (S320) the images at the optimal resolution; and adjusting (S330) a resolution of each of the rendered images based on the resolution factors and the number of multi-samples. receiving (S310) resolution information about a plurality of images constituting a frame, wherein the resolution information comprises information relating to required resolutions of the respective images; determining, based on the resolution information: an optimal resolution for rendering the images by either: calculating a greatest common divisor resolution of the required resolutions and determining the greatest common divisor resolution as an optimal resolution for rendering the images; or determining a smallest resolution from the required resolutions as the optimal resolution; calculating a greatest common divisor resolution of the required resolutions and determining the greatest common divisor resolution as an optimal resolution for rendering the images; or determining a smallest resolution from the required resolutions as the optimal resolution; determining, as resolution factors, values obtained by dividing the required resolutions by the optimal resolution; and determining the number of multi-samples based on a greatest value among the resolution factors, rendering (S320) the images at the optimal resolution; and adjusting (S330) a resolution of each of the rendered images based on the resolution factors and the number of multi-samples.
Method for operating a correction service system for a satellite-assisted navigation system designed to determine a position of user devices , having multiple reference stations that have known and fixed coordinates in a coordinate system, wherein - a first group of the multiple reference stations and multiple receivers of the correction service system are operated to receive satellite signals from multiple satellites of the satellite-assisted navigation system , wherein - the satellite signals received by each of the reference stations in the first group of the multiple reference stations and the known coordinates of the respective reference station in the first group of the multiple reference stations are taken as a basis for ascertaining at least one first correction value , characterized in that - the satellite signals received by the multiple receivers, at least some of which are in the form of hardware- and/or software-based correction devices that are each associated with one of the user devices in the form of navigation units in motor vehicles or other mobile devices and are formed integrally with the respective associated user device , are used to ascertain at least one second correction value , wherein - the at least one first and the at least one second correction value are taken as a basis for ascertaining at least one third correction value , and wherein - the at least one third correction value is made available to user devices of the satellite-assisted navigation system . - a first group of the multiple reference stations and multiple receivers of the correction service system are operated to receive satellite signals from multiple satellites of the satellite-assisted navigation system , wherein - the satellite signals received by each of the reference stations in the first group of the multiple reference stations and the known coordinates of the respective reference station in the first group of the multiple reference stations are taken as a basis for ascertaining at least one first correction value , characterized in that - the satellite signals received by the multiple receivers, at least some of which are in the form of hardware- and/or software-based correction devices that are each associated with one of the user devices in the form of navigation units in motor vehicles or other mobile devices and are formed integrally with the respective associated user device , are used to ascertain at least one second correction value , wherein - the at least one first and the at least one second correction value are taken as a basis for ascertaining at least one third correction value , and wherein - the at least one third correction value is made available to user devices of the satellite-assisted navigation system .
A centrifugal separator for cleaning gas containing contaminants, said gas being crankcase gas of a combustion engine, said centrifugal separator comprising a stationary casing , enclosing a separation space through which a gas flow is permitted, a gas inlet extending through the stationary casing and permitting supply of the gas to be cleaned, a rotating member comprising a plurality of separation members (9, 35; 36; 37) arranged in said separation space and being arranged to rotate around an axis (X) of rotation, a gas outlet configured to permit discharge of cleaned gas and comprising an outlet opening through a wall of the stationary casing, a drainage outlet configured to permit discharge of liquid impurities separated from the gas to be cleaned, and an electrical motor , for rotating the rotating member ; characterized in that the centrifugal separator further comprises a control unit which is configured to control the operation of the electrical motor and to drive the electrical motor in at least two different operational modes and to further switch between operational modes depending at least on information of at least one measured internal parameter of the electrical motor. wherein the at least two different operational modes are at least two different driving modes of the electrical motor in which either the torque or the rotational speed of the electrical motor is kept at different constant levels, and wherein the at least two different driving modes comprise at least two different speed levels in which the rotational speed is kept at different constant levels, and wherein the at least two different driving modes comprise a first speed level at a first constant rotational speed and a second speed level at a second constant rotational speed, wherein the second constant rotational speed is higher than the first constant rotational speed, and wherein the control unit is configured to switch to said second speed level if the at least one measured internal parameter indicates that there is a higher demand for cleaning the gas when running at the first speed level. a stationary casing , enclosing a separation space through which a gas flow is permitted, a gas inlet extending through the stationary casing and permitting supply of the gas to be cleaned, a rotating member comprising a plurality of separation members (9, 35; 36; 37) arranged in said separation space and being arranged to rotate around an axis (X) of rotation, a gas outlet configured to permit discharge of cleaned gas and comprising an outlet opening through a wall of the stationary casing, a drainage outlet configured to permit discharge of liquid impurities separated from the gas to be cleaned, and an electrical motor , for rotating the rotating member ; characterized in that the centrifugal separator further comprises a control unit which is configured to control the operation of the electrical motor and to drive the electrical motor in at least two different operational modes and to further switch between operational modes depending at least on information of at least one measured internal parameter of the electrical motor.