mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a session management function, the method comprising: configuring a user plane function with at least one packet detection rule for installation; receiving at least one subscription request for at least one notification, wherein the at least one notification comprises at least one downlink data delivery status notification or at least one downlink data notification failure notification, wherein the at least one subscription request comprises at least one traffic descriptor; determining that no packet detection rule with the at least one traffic descriptor is installed at the user plane function; copying at least one installed packet detection rule that would have previously matched traffic associated with the at least one traffic descriptor to at least one new packet detection rule; assigning a higher priority to the at least one new packet detection rule than another priority assigned to the at least one installed packet detection rule; and providing, to the user plane function, the at least one new packet detection rule in association with the at least one traffic descriptor, information that identifies the priority for the at least one new packet detection rule, and information that identifies at least one notification action corresponding to the subscription request for the at least one notification. configuring a user plane function with at least one packet detection rule for installation; receiving at least one subscription request for at least one notification, wherein the at least one notification comprises at least one downlink data delivery status notification or at least one downlink data notification failure notification, wherein the at least one subscription request comprises at least one traffic descriptor; determining that no packet detection rule with the at least one traffic descriptor is installed at the user plane function; copying at least one installed packet detection rule that would have previously matched traffic associated with the at least one traffic descriptor to at least one new packet detection rule; assigning a higher priority to the at least one new packet detection rule than another priority assigned to the at least one installed packet detection rule; and providing, to the user plane function, the at least one new packet detection rule in association with the at least one traffic descriptor, information that identifies the priority for the at least one new packet detection rule, and information that identifies at least one notification action corresponding to the subscription request for the at least one notification.
A method for operating a base station, BS, in a wireless communication system, the method comprising: identifying an analog beamforming, BF, direction; identifying a plurality of digital BF precoders for the identified analog BF direction; and transmitting a plurality of downlink reference signals, DL RSs, corresponding to the plurality of digital BF precoders through a plurality of consecutive subcarriers in the analog BF direction, wherein the plurality of digital BF precoders corresponds to the plurality of consecutive subcarriers. identifying an analog beamforming, BF, direction; identifying a plurality of digital BF precoders for the identified analog BF direction; and transmitting a plurality of downlink reference signals, DL RSs, corresponding to the plurality of digital BF precoders through a plurality of consecutive subcarriers in the analog BF direction, wherein the plurality of digital BF precoders corresponds to the plurality of consecutive subcarriers.
An end section (2, 2a, 20, 102, 202) component of a stacked thermally deformable annular packer (1, 100, 200) for use in oil and gas wells, wherein the thermally deformable annular packer comprises one or more eutectic alloy ring sections sandwiched between two end sections, said end section comprising: a tubular body, which is formed from a material that is more resilient than the eutectic alloy ring sections, with a first surface that, in use, faces towards the other component parts of the stacked thermally deformable annular packer (1, 100, 200); at least one blind hole (7, 107, 207) provided in the first surface, each hole comprising an opening (22, 122, 222) in said surface and a void (21, 121) within the tubular body; and wherein the opening (22, 122, 222) of each blind hole (7, 107, 207) is blocked by pressure actuated means configured to fail when subject to a predetermined pressure such that the void (21, 121) within the end section (2, 2a, 20, 102, 202) can be accessed through the opening (22, 122, 222). a tubular body, which is formed from a material that is more resilient than the eutectic alloy ring sections, with a first surface that, in use, faces towards the other component parts of the stacked thermally deformable annular packer (1, 100, 200); at least one blind hole (7, 107, 207) provided in the first surface, each hole comprising an opening (22, 122, 222) in said surface and a void (21, 121) within the tubular body; and wherein the opening (22, 122, 222) of each blind hole (7, 107, 207) is blocked by pressure actuated means configured to fail when subject to a predetermined pressure such that the void (21, 121) within the end section (2, 2a, 20, 102, 202) can be accessed through the opening (22, 122, 222).
A method of extending operational life of a gas turbine engine rotor comprising the steps of: inspecting a rotor for cracks; and generating an enhanced compressive residual stress around the cracks in the rotor to create plasticized zones about the cracks that delay crack propagation by rotating the rotor at a speed above a normal operational cruise speed for generating the plasticized zones around the cracks. inspecting a rotor for cracks; and generating an enhanced compressive residual stress around the cracks in the rotor to create plasticized zones about the cracks that delay crack propagation by rotating the rotor at a speed above a normal operational cruise speed for generating the plasticized zones around the cracks.
A gas turbine engine comprising: a bypass duct having a bypass nozzle; an engine core having a core nozzle; and, a mixer duct having a mixer duct inlet and a mixer nozzle defined by a mixer fairing which is movably mounted to the engine, the mixer fairing having a leading edge and, wherein the mixer duct is arranged to receive an airflow from the bypass duct through the mixer duct inlet and an airflow from the engine core, when in use, and the geometry of the mixer duct is selectively adjustable by moving the mixer fairing relative to the bypass duct and engine core in use, characterised in that: the mixer fairing is movable between a first position and second position which simultaneously alters all of: an output flow area of the bypass nozzle, an output flow area of the mixer nozzle, and, a throat area of the mixer duct inlet, such that the respective in use airflows are altered. a bypass duct having a bypass nozzle; an engine core having a core nozzle; and, a mixer duct having a mixer duct inlet and a mixer nozzle defined by a mixer fairing which is movably mounted to the engine, the mixer fairing having a leading edge and,
A material, comprising: at least two layers, each layer comprising a plurality of domains, each domain being flattened in a first direction and elongated in a second direction normal to the first direction; wherein the at least two layers comprise a layer of iron alloy particles alternated with a layer of iron alloy particles having aluminum oxide coatings, the layer of iron alloy particles forming a layer of core material, and the layer of iron alloy particles having aluminum oxide coatings forming an electrically insulating boundary; wherein the domains in the layer of core material are not electrically insulated from each other; wherein the layer of iron alloy particles comprises multiple sub-layers of a plurality of the domains; and wherein the flattened and elongated domains define an anisotropic microstructure that facilitates a magnetic flux flow (14; 42; 62) in the second direction. at least two layers, each layer comprising a plurality of domains, each domain being flattened in a first direction and elongated in a second direction normal to the first direction; wherein the at least two layers comprise a layer of iron alloy particles alternated with a layer of iron alloy particles having aluminum oxide coatings, the layer of iron alloy particles forming a layer of core material, and the layer of iron alloy particles having aluminum oxide coatings forming an electrically insulating boundary; wherein the domains in the layer of core material are not electrically insulated from each other; wherein the layer of iron alloy particles comprises multiple sub-layers of a plurality of the domains; and wherein the flattened and elongated domains define an anisotropic microstructure that facilitates a magnetic flux flow (14; 42; 62) in the second direction.
A detector comprising: an ionization chamber comprising: a first electrode; a second electrode; and an ionization chamber gas; a detector chamber comprising: a converter unit adapted to convert incident radiation into electrons; an electron amplification device adapted to produce further electrons from said electrons; a read-out device adapted to generate a signal representative of said incident radiation; and a detector chamber gas, wherein said ionization chamber is arranged upstream of said detector chamber with regard to a direction of said incident radiation; and a signal processor adapted to generate a corrected signal by correcting said signal representative of said incident radiation based on a current signal representative of an ionization current measured between said first electrode and said second electrode and induced by said incident radiation. an ionization chamber comprising: a first electrode; a second electrode; and an ionization chamber gas; a first electrode; a second electrode; and an ionization chamber gas; a detector chamber comprising: a converter unit adapted to convert incident radiation into electrons; an electron amplification device adapted to produce further electrons from said electrons; a read-out device adapted to generate a signal representative of said incident radiation; and a detector chamber gas, wherein said ionization chamber is arranged upstream of said detector chamber with regard to a direction of said incident radiation; and a converter unit adapted to convert incident radiation into electrons; an electron amplification device adapted to produce further electrons from said electrons; a read-out device adapted to generate a signal representative of said incident radiation; and a detector chamber gas, wherein said ionization chamber is arranged upstream of said detector chamber with regard to a direction of said incident radiation; and a signal processor adapted to generate a corrected signal by correcting said signal representative of said incident radiation based on a current signal representative of an ionization current measured between said first electrode and said second electrode and induced by said incident radiation.
Trailer coupling comprising a ball neck which can be moved between an operating position and a rest position and has a pivot-bearing body disposed at a first end and a coupling ball disposed at a second end, also comprising a vehicle-mounted pivot-bearing unit in which the pivot-bearing body is accommodated such that it can be pivoted about a pivot axis between the operating position and the rest position, and further comprising a rotation-blocking device having at least one rotation-blocking body, which can be moved in a guide direction with at least one component in the radial direction in relation to the pivot axis, it being possible for the rotation-blocking body to be engaged with, and disengaged from, a receiving space (58, 60) by movement in the guide direction, and having an actuating body which has a wedge surface running transversely to the guide direction and can be moved in an actuating direction, the movement of which in the actuating direction can move, and force, the at least one rotation-blocking body in the guide direction, characterized in that the pivot-bearing body forms an outer body which encloses the pivot-bearing unit on the outside and is disposed in relation to the pivot-bearing unit such that it cannot be displaced in the direction of the pivot axis.
A separating device for separating a storage space of a motor vehicle having at least one roller curtain arrangement comprising a winding shaft having two lateral ends, a roller curtain sheet for winding up on the winding shaft or unwinding off of the same, a tension element for winding up or unwinding off the roller curtain sheet, and two bearings in which the lateral ends of the winding shaft are rotatably supported, having a drive device comprising at least one electric drive, two transmission means for actuating the roller curtain sheet and connected at one end thereof to the drive and at the other end thereof to the roller curtain arrangement, particularly to a tension bow, and comprising two guide tubes in which the transmission means are displaceably guided, and preferably having at least two guide rails opposite each other, characterized in that the drive device and the roller curtain arrangement having the winding shaft, the roller curtain sheet, then tension element, and the bearings form a pre-assemblable assembly, wherein the individual components of the separating device are preassembled to each other in the correct position, and wherein the separating device comprises at least two positioning aids for pre-positioning the pre-assemblable assembly in the motor vehicle.
An organic electroluminescence device, comprising: an anode; an emitting layer; and a cathode, wherein the emitting layer comprises a first compound, a second compound, and a third compound, the first compound is a delayed fluorescent compound, the first compound has an energy gap T 77K at 77 larger than an energy gap T 77K at 77 of the second compound, the third compound has an energy gap T 77K larger than the energy gap T 77K at 77 of the second compound, and the second compound is a compound having a fused ring structure represented by a formula below, the fused ring structure having eight or less rings in total, where: a monocyclic ring or a fused ring is optionally fused to at least one of positions a, c, d, e, f, h, i and j; a five-membered ring or a fused ring having a five-membered ring is optionally fused to at least one of positions b and g; when a six-membered ring is fused to the positions i and j, a monocyclic ring or a fused ring is also fused to the positions d and e; when a six-membered ring is fused to the positions d and e, a monocyclic ring or a fused ring is also fused to the positions i and j; when a fused ring having a five-membered ring is fused to the position b, the five-membered ring of the fused ring is directly fused to the position b; when a fused ring having a five-membered ring is fused to the position g, the five-membered ring of the fused ring is directly fused to the position g; and none of a six-membered monocyclic ring and a six-membered ring of a fused ring is directly bonded to the positions b and g. an anode; an emitting layer; and a cathode, wherein the emitting layer comprises a first compound, a second compound, and a third compound, the first compound is a delayed fluorescent compound, the first compound has an energy gap T 77K at 77 larger than an energy gap T 77K at 77 of the second compound, the third compound has an energy gap T 77K larger than the energy gap T 77K at 77 of the second compound, and the second compound is a compound having a fused ring structure represented by a formula below, the fused ring structure having eight or less rings in total, where: a monocyclic ring or a fused ring is optionally fused to at least one of positions a, c, d, e, f, h, i and j; a five-membered ring or a fused ring having a five-membered ring is optionally fused to at least one of positions b and g; when a six-membered ring is fused to the positions i and j, a monocyclic ring or a fused ring is also fused to the positions d and e; when a six-membered ring is fused to the positions d and e, a monocyclic ring or a fused ring is also fused to the positions i and j; when a fused ring having a five-membered ring is fused to the position b, the five-membered ring of the fused ring is directly fused to the position b; when a fused ring having a five-membered ring is fused to the position g, the five-membered ring of the fused ring is directly fused to the position g; and none of a six-membered monocyclic ring and a six-membered ring of a fused ring is directly bonded to the positions b and g.
A unit pixel circuit, comprising: a first photodiode; a first floating diffusion node configured to accumulate charges generated in the first photodiode; a capacitor connected to the first floating diffusion node and a first voltage node, the capacitor configured to accumulate overflowed charges of the photodiode; a first switch transistor for connecting the first floating diffusion node to a third floating diffusion node; a reset transistor for connecting the third floating diffusion node to a second voltage node; characterised by a second switch transistor connected to both the first voltage node and the second voltage node. a first photodiode; a first floating diffusion node configured to accumulate charges generated in the first photodiode; a capacitor connected to the first floating diffusion node and a first voltage node, the capacitor configured to accumulate overflowed charges of the photodiode; a first switch transistor for connecting the first floating diffusion node to a third floating diffusion node; a reset transistor for connecting the third floating diffusion node to a second voltage node; characterised by a second switch transistor connected to both the first voltage node and the second voltage node.
A method for automated configuration of an industrial controller (12 1 - 12 5), comprising: providing by the industrial controller (12 1 - 12 5) an identification to a server connected to said industrial controller (12 1 - 12 5) via a network, said identification identifying said industrial controller (12 1 - 12 5); receiving by the industrial controller, from said server via said network in response to providing said identification to said server, a list of industrial programs available for configuration; selecting by the industrial controller, from among said list, a desired industrial program; requesting by the industrial controller said desired industrial program from said server via said network; and receiving by the industrial controller, from said server via said network, said desired industrial program in accordance with said identification; wherein said industrial program comprises or consists of an industrial control program, or parts thereof, or comprises or consists of at least one application function for an industrial control program, or parts thereof. providing by the industrial controller (12 1 - 12 5) an identification to a server connected to said industrial controller (12 1 - 12 5) via a network, said identification identifying said industrial controller (12 1 - 12 5); receiving by the industrial controller, from said server via said network in response to providing said identification to said server, a list of industrial programs available for configuration; selecting by the industrial controller, from among said list, a desired industrial program; requesting by the industrial controller said desired industrial program from said server via said network; and receiving by the industrial controller, from said server via said network, said desired industrial program in accordance with said identification; wherein said industrial program comprises or consists of an industrial control program, or parts thereof, or comprises or consists of at least one application function for an industrial control program, or parts thereof.
Apparatus for measuring the operating parameters of espresso coffee machines, comprising: - a filter-holder body configured to be associated with a water dispensing nozzle of an espresso coffee machine, said body internally defining a chamber for the passage of the water dispensed by said nozzle; - a filling element arranged in said chamber and having a cavity for the passage of the water dispensed by the nozzle towards an outlet duct; - a water outlet terminal element associated with said filter-holder body downstream of said chamber and defining said water outlet duct; and - reading means for the pressure and temperature values of the water passing from the chamber to the outlet duct; characterized in that said reading means comprise at least one pressure reading device operatively engaged to said water outlet terminal element and at least one temperature reading device operatively engaged at said cavity obtained in the filling element. - a filter-holder body configured to be associated with a water dispensing nozzle of an espresso coffee machine, said body internally defining a chamber for the passage of the water dispensed by said nozzle; - a filling element arranged in said chamber and having a cavity for the passage of the water dispensed by the nozzle towards an outlet duct; - a water outlet terminal element associated with said filter-holder body downstream of said chamber and defining said water outlet duct; and - reading means for the pressure and temperature values of the water passing from the chamber to the outlet duct; characterized in that said reading means comprise at least one pressure reading device operatively engaged to said water outlet terminal element and at least one temperature reading device operatively engaged at said cavity obtained in the filling element.
A portable carrier for transporting and administering enteral food or other liquids provided in a container, the carrier comprising a semi-rigid or rigid shell, comprising a bottom tray, a back plate, two side plates and a feed pump holding element, wherein the feed pump holding element comprises extensions of the side plates that extend beyond the bottom tray and the bottom tray is shaped to form a stable base to the carrier, the shell further being shaped to fit into a backpack, such that the back plate sits against the back of a person carrying the backpack; support elements for holding the container in place within the shell, the support elements comprising a lower support element for location beneath the container, a rear support element for engaging a rear surface of the container and a container retaining element for retaining the container in position within the shell, wherein the support elements are height adjustable with respect to the bottom tray, thereby allowing a container to be supported at different positions above the bottom tray and wherein the rear support element comprises an adjustable container stabilizer, extendable vertically with respect to the back plate. a semi-rigid or rigid shell, comprising a bottom tray, a back plate, two side plates and a feed pump holding element, wherein the feed pump holding element comprises extensions of the side plates that extend beyond the bottom tray and the bottom tray is shaped to form a stable base to the carrier, the shell further being shaped to fit into a backpack, such that the back plate sits against the back of a person carrying the backpack; support elements for holding the container in place within the shell, the support elements comprising a lower support element for location beneath the container, a rear support element for engaging a rear surface of the container and a container retaining element for retaining the container in position within the shell, wherein the support elements are height adjustable with respect to the bottom tray, thereby allowing a container to be supported at different positions above the bottom tray and wherein the rear support element comprises an adjustable container stabilizer, extendable vertically with respect to the back plate.