mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine system, comprising: a nacelle; a fan casing within the nacelle; and a fan section within said fan casing, said fan section including multiple airfoils; a variable area fan nozzle; and a controller that is operable to move said variable area fan nozzle to influence a discharge airflow area (36, 37) associated with said variable area fan nozzle; characterised by further comprising a gear train configured to reduce the speed of the fan section; a sensor which detects a flutter condition of said airfoils, said sensor being configured to detect an arrival time at which each of said multiple of airfoils passes said sensor during operation of said fan section; and in that: the controller communicates with said sensor, and is operable to move said variable area fan nozzle to influence the discharge airflow area (36, 37) associated with said variable area fan nozzle in response to the detection of said airfoil flutter condition, said controller being programmed to differentiate between which of said arrival times correlate to said airfoil flutter condition and which of said arrival times correlate to an airfoil non-flutter condition. a nacelle; a fan casing within the nacelle; and a fan section within said fan casing, said fan section including multiple airfoils; a variable area fan nozzle; and a controller that is operable to move said variable area fan nozzle to influence a discharge airflow area (36, 37) associated with said variable area fan nozzle; characterised by further comprising a gear train configured to reduce the speed of the fan section; a sensor which detects a flutter condition of said airfoils, said sensor being configured to detect an arrival time at which each of said multiple of airfoils passes said sensor during operation of said fan section; and in that: the controller communicates with said sensor, and is operable to move said variable area fan nozzle to influence the discharge airflow area (36, 37) associated with said variable area fan nozzle in response to the detection of said airfoil flutter condition, said controller being programmed to differentiate between which of said arrival times correlate to said airfoil flutter condition and which of said arrival times correlate to an airfoil non-flutter condition.
Clutch arrangement for a motor vehicle drive train, wherein the clutch arrangement has a first and a second clutch (36, 38) which are embodied as normally open clutches, wherein the first clutch can be activated from an open position into a closed position by means of a first actuator arrangement, and wherein the second clutch can be activated from an open position into a closed position by means of a second actuator arrangement, and wherein the clutch arrangement has a locking device for locking a clutch in the closed position, characterized in that only the second clutch can be locked in the closed position by means of the locking device, while the first clutch cannot be locked in the closed position, with the result that the first actuator arrangement has to be supplied with energy in order to secure the first clutch in the closed position.
An apparatus (100A - 100G) comprising: an interface of the apparatus (100A - 100G), to receive first data from a first peer device (100A - 100G), wherein the apparatus (100A - 100G) and the first peer device (100A - 100G) are devices in a distributed network of devices (100A - 100G); a data comparator to compare the first measurement data measured by the first peer device (100A - 100G) to a second measurement, the second measurement being measured locally by the apparatus (100A - 100G); a protocol determiner to determine if there is a leader device (100A - 100G) in the distributed network of devices (100A - 100G); an operation adjuster to, when the protocol determiner determines that there is no leader device (100A - 100G) and when the comparison result satisfies a match threshold, adjust a measurement protocol of the first peer device (100A - 100G), and when the protocol determiner determines that there is a leader device (100A - 100G), to transmit the comparison result to the leader device (100A - 100G) and, if instructions are received from the leader device (100A - 100G), to adjust an operation of the apparatus (100A - 100G) based on the received instructions. an interface of the apparatus (100A - 100G), to receive first data from a first peer device (100A - 100G), wherein the apparatus (100A - 100G) and the first peer device (100A - 100G) are devices in a distributed network of devices (100A - 100G); a data comparator to compare the first measurement data measured by the first peer device (100A - 100G) to a second measurement, the second measurement being measured locally by the apparatus (100A - 100G); a protocol determiner to determine if there is a leader device (100A - 100G) in the distributed network of devices (100A - 100G); an operation adjuster to, when the protocol determiner determines that there is no leader device (100A - 100G) and when the comparison result satisfies a match threshold, adjust a measurement protocol of the first peer device (100A - 100G), and when the protocol determiner determines that there is a leader device (100A - 100G), to transmit the comparison result to the leader device (100A - 100G) and, if instructions are received from the leader device (100A - 100G), to adjust an operation of the apparatus (100A - 100G) based on the received instructions.
A downhole casing cutting and removal assembly located on a work string, having a bore therethrough, for performing a circulation test after the cut is complete comprising: a spear for casing removal, the spear comprising an anchor mechanism configured to grip a section of a tubular in a wellbore for removal thereof; a packer assembly configured to seal an annulus between the work string and the tubular; and a cutting mechanism configured to cut the tubular; wherein in a first configuration the anchor mechanism grips the tubular as the cutting mechanism cuts the tubular and the packer assembly is unset so that cuttings can be circulated up the annulus; and in a second configuration the anchor mechanism grips the tubular, the cutting mechanism is stopped and the packer assembly is set with the annulus sealed so that a circulation test can be performed by pumping fluid from the annulus, through the cut and behind the cut tubular to surface; the downhole casing cutting and removal assembly being characterised in that: the packer assembly is a mechanical tension-set retrievable packer configured to rapidly seal the annulus between the work string and the tubular; and the anchor mechanism is located between the packer assembly and the cutting mechanism. a spear for casing removal, the spear comprising an anchor mechanism configured to grip a section of a tubular in a wellbore for removal thereof; a packer assembly configured to seal an annulus between the work string and the tubular; and a cutting mechanism configured to cut the tubular; wherein in a first configuration the anchor mechanism grips the tubular as the cutting mechanism cuts the tubular and the packer assembly is unset so that cuttings can be circulated up the annulus; and in a second configuration the anchor mechanism grips the tubular, the cutting mechanism is stopped and the packer assembly is set with the annulus sealed so that a circulation test can be performed by pumping fluid from the annulus, through the cut and behind the cut tubular to surface; the downhole casing cutting and removal assembly being characterised in that: the packer assembly is a mechanical tension-set retrievable packer configured to rapidly seal the annulus between the work string and the tubular; and the anchor mechanism is located between the packer assembly and the cutting mechanism. the packer assembly is a mechanical tension-set retrievable packer configured to rapidly seal the annulus between the work string and the tubular; and the anchor mechanism is located between the packer assembly and the cutting mechanism.
A computer-implemented method to provide cybersecurity, the method comprising: receiving a current role definition for a security principal over a scope of resources, the current role definition including a built-in role definition and a custom role definition, wherein the current role definition is a collection of permissions; analyzing the permissions of the current role definition and a creation event of the current role definition, wherein analyzing the permissions of the current role definition comprises analyzing the relative level or amount of permissions of the current role definition, and analyzing the creation event of the current role definition comprises analyzing at least one of who created the current role definition, when the current role definition was created, what a role definition prior to the current role definition was, and what a scope of the role definition prior to the current role definition was; determining a security score based on the current role definition and creation event for the scope of resources; and taking an action based on the security score and the creation event analysis. receiving a current role definition for a security principal over a scope of resources, the current role definition including a built-in role definition and a custom role definition, wherein the current role definition is a collection of permissions; analyzing the permissions of the current role definition and a creation event of the current role definition, wherein analyzing the permissions of the current role definition comprises analyzing the relative level or amount of permissions of the current role definition, and analyzing the creation event of the current role definition comprises analyzing at least one of who created the current role definition, when the current role definition was created, what a role definition prior to the current role definition was, and what a scope of the role definition prior to the current role definition was; determining a security score based on the current role definition and creation event for the scope of resources; and taking an action based on the security score and the creation event analysis.
A docking assembly for removably docking a handheld device thereto, the handheld device having a device interface comprising a pair of spaced-apart first alignment cavities (252a, 252b) and a device data connector, the docking assembly comprising: - a cradle adapted to receive the handheld device therein; - a first handle adjacent to the cradle and reciprocally movable inwardly and outwardly relative to the cradle between an open position and a closed position of the first handle, the first handle having a handle interface that faces the device interface when the handheld device is placed in the cradle, the handle interface comprising a pair of spaced-apart first alignment projections (184a, 184b) and a handle data connector connectable to the device data connector, the first alignment projections (184a, 184b) being engageable with the first alignment cavities (252a, 252b) of the handheld device; and - a displacement mechanism operatively connected to the first handle and configured for allowing the first handle to reciprocally move between the open and closed positions thereof such that, as the first handle is moved inwardly from the open position to the closed position thereof, the first alignment projections (184a, 184b) progressively engage the first alignment cavities (252a, 252b) in order to guide the handle data connector toward the device data connector until a connection therebetween is established. - a cradle adapted to receive the handheld device therein; - a first handle adjacent to the cradle and reciprocally movable inwardly and outwardly relative to the cradle between an open position and a closed position of the first handle, the first handle having a handle interface that faces the device interface when the handheld device is placed in the cradle, the handle interface comprising a pair of spaced-apart first alignment projections (184a, 184b) and a handle data connector connectable to the device data connector, the first alignment projections (184a, 184b) being engageable with the first alignment cavities (252a, 252b) of the handheld device; and - a displacement mechanism operatively connected to the first handle and configured for allowing the first handle to reciprocally move between the open and closed positions thereof such that, as the first handle is moved inwardly from the open position to the closed position thereof, the first alignment projections (184a, 184b) progressively engage the first alignment cavities (252a, 252b) in order to guide the handle data connector toward the device data connector until a connection therebetween is established.
A method for performing a digital assay, comprising: producing a plurality of polydisperse droplets, wherein at least some of the droplets comprise a target molecule, wherein the target molecule comprises a nucleic acid; amplifying the target molecule to produce an amplified product; associating the amplified product with a detectable agent; obtaining an image stack for at least some of the plurality of polydisperse droplets, wherein the image stack comprises a plurality of focal planes; determining from the image stack the volume of the at least some of the plurality of polydisperse droplets; determining from the image stack the presence or absence of the detectable agent in the at least some of the plurality of polydisperse droplets; and determining the concentration of the target molecule in the plurality of polydisperse droplets based on the presence or absence of the detectable agent and the amplified product in the at least some of the plurality of polydisperse droplets, and the volumes of the at least some of the plurality of polydisperse droplets. producing a plurality of polydisperse droplets, wherein at least some of the droplets comprise a target molecule, wherein the target molecule comprises a nucleic acid; amplifying the target molecule to produce an amplified product; associating the amplified product with a detectable agent; obtaining an image stack for at least some of the plurality of polydisperse droplets, wherein the image stack comprises a plurality of focal planes; determining from the image stack the volume of the at least some of the plurality of polydisperse droplets; determining from the image stack the presence or absence of the detectable agent in the at least some of the plurality of polydisperse droplets; and determining the concentration of the target molecule in the plurality of polydisperse droplets based on the presence or absence of the detectable agent and the amplified product in the at least some of the plurality of polydisperse droplets, and the volumes of the at least some of the plurality of polydisperse droplets.
A conference management device configured to communicate with a plurality of wireless terminals via a plurality of networks and access points (201, 301) corresponding to the plurality of respective networks, the conference management device comprising: reception means to receive (1003, 1005, 1006, 1009, 1010), from the plurality of respective wireless terminals, wireless terminal names, user names, and electric field intensity information and band information of the access points (201, 301) to which the plurality of respective wireless terminals belong; and transmission means to transmit, to one or more wireless terminals corresponding to a predetermined user name, a pair of wireless terminal names corresponding to the predetermined user name, and electric field intensity information and band information of access points (201, 301) to which respective wireless terminals belong, from among the wireless terminal names and the electric field intensity information and the band information of the access points (201, 301) to which the plurality of respective wireless terminals belong, which have been received from the plurality of wireless terminals, and wherein: the reception means are configured to receive a wireless terminal name selected by a user from the pair of wireless terminal names, to be used for participating in a conference, and the transmission means are configured to transmit a request for urging the wireless terminal selected by the user to participate in the conference. reception means to receive (1003, 1005, 1006, 1009, 1010), from the plurality of respective wireless terminals, wireless terminal names, user names, and electric field intensity information and band information of the access points (201, 301) to which the plurality of respective wireless terminals belong; and transmission means to transmit, to one or more wireless terminals corresponding to a predetermined user name, a pair of wireless terminal names corresponding to the predetermined user name, and electric field intensity information and band information of access points (201, 301) to which respective wireless terminals belong, from among the wireless terminal names and the electric field intensity information and the band information of the access points (201, 301) to which the plurality of respective wireless terminals belong, which have been received from the plurality of wireless terminals, and wherein: the reception means are configured to receive a wireless terminal name selected by a user from the pair of wireless terminal names, to be used for participating in a conference, and the transmission means are configured to transmit a request for urging the wireless terminal selected by the user to participate in the conference. the reception means are configured to receive a wireless terminal name selected by a user from the pair of wireless terminal names, to be used for participating in a conference, and the transmission means are configured to transmit a request for urging the wireless terminal selected by the user to participate in the conference.
A method for preparing a fluoropolymer aqueous dispersion, comprising: step of preparing a fluoropolymer aqueous dispersion comprising a fluoropolymer having at least one selected from the group consisting of -SO 2 Y and -COOR (wherein Y is a halogen, and R is a C1 to C4 alkyl) by emulsion polymerization; step of heating the fluoropolymer aqueous dispersion to 50°C or higher; and step of contacting the fluoropolymer aqueous dispersion with an ion exchange resin for cation exchange after step, thereby providing a purified fluoropolymer aqueous dispersion, the fluoropolymer aqueous dispersion being adjusted to pH 7 or lower from the end of the polymerization in step to the end of step. step of preparing a fluoropolymer aqueous dispersion comprising a fluoropolymer having at least one selected from the group consisting of -SO 2 Y and -COOR (wherein Y is a halogen, and R is a C1 to C4 alkyl) by emulsion polymerization; step of heating the fluoropolymer aqueous dispersion to 50°C or higher; and step of contacting the fluoropolymer aqueous dispersion with an ion exchange resin for cation exchange after step, thereby providing a purified fluoropolymer aqueous dispersion, the fluoropolymer aqueous dispersion being adjusted to pH 7 or lower from the end of the polymerization in step to the end of step.
A method for controlling a wind turbine having a rotor with a plurality of rotor blades mounted thereto, the method comprising: determining, via a physics-based model programmed in a controller, a plurality of individual wind speeds for the rotor blades of the wind turbine based, at least in part, on one or more operating conditions of the wind turbine and at least one of a rotor imbalance moment or a rotor azimuth angle of the rotor; mapping, via the controller, the plurality of individual wind speeds for the rotor blades of the wind turbine on a rotor plane to create a spatial wind speed distribution; and controlling, via the controller, the wind turbine based, at least in part, on the spatial wind speed distribution. determining, via a physics-based model programmed in a controller, a plurality of individual wind speeds for the rotor blades of the wind turbine based, at least in part, on one or more operating conditions of the wind turbine and at least one of a rotor imbalance moment or a rotor azimuth angle of the rotor; mapping, via the controller, the plurality of individual wind speeds for the rotor blades of the wind turbine on a rotor plane to create a spatial wind speed distribution; and controlling, via the controller, the wind turbine based, at least in part, on the spatial wind speed distribution.
Domestic refrigerator, in particular built-under domestic refrigerator, having a heatinsulated inner container with boundary walls of a storage space for refrigerated goods, of which at least one boundary wall forms a base with an opening plane, in which a holder recess is embedded, into which a refrigerated goods tray is removably inserted, wherein the inner container has guides, furthermore having a door leaf, which, in order to open and close the storage space, is mounted pivotably in respect of an appliance opening which extends upwards from the opening plane, wherein the door leaf has a door tray; characterised in that the domestic refrigerator has a refrigerated goods drawer and the refrigerated goods drawer is guided and/or mounted in a withdrawable manner on the guides such that the refrigerated goods drawer is guided in a withdrawable manner directly past the holder recess in the inner container, that the guides are embodied to guide the refrigerated goods tray drawer by retaining only a minimal gap between a base wall of the refrigerated goods drawer and the holder recess and/or a cover of a refrigerated goods tray inserted into the holder recess, and that the door tray has a depth ( T T) which corresponds at least approximately or precisely to the depth ( T K) of the holder recess or the refrigerated goods tray and/or together with the depth ( T S) of the refrigerated goods drawer corresponds at least approximately or precisely to the overall depth ( T G) of the inner container.
A solid formulation for oral administration comprising a solid dispersion, wherein the solid dispersion comprises a dutasteride inclusion complex; and at least one selected from the group consisting of a thickener and a surfactant, characterized in that the dutasteride inclusion complex contains dutasteride and gamma-cyclodextrin in a weight ratio of 1:1-1:300, and that the weight ratio of the dutasteride to thickener and surfactant is 1:0.05-1/1:0.05-4.