mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a base station, the method comprising: - initiating a Quality of Service-flow, QoS-flow, to Data Resource Bearer, DRB, remapping; - informing a target base station that the remapping is ongoing; and - providing the target base station an old and a new QoS-flow to DRB mapping, wherein the old mapping was in place before the remapping, and the new mapping will be in place after the remapping, wherein the base station is a source Next Generation Radio Access Network, NG-RAN, node, and wherein the target base station is a target NG-RAN node for handover, and wherein the source NG-RAN node sends a Sequence Number, SN, status transfer message to the target NG-RAN node, the SN status transfer message comprising a list of DRBs subject to status transfer. - initiating a Quality of Service-flow, QoS-flow, to Data Resource Bearer, DRB, remapping; - informing a target base station that the remapping is ongoing; and - providing the target base station an old and a new QoS-flow to DRB mapping, wherein the old mapping was in place before the remapping, and the new mapping will be in place after the remapping, wherein the base station is a source Next Generation Radio Access Network, NG-RAN, node, and wherein the target base station is a target NG-RAN node for handover, and wherein the source NG-RAN node sends a Sequence Number, SN, status transfer message to the target NG-RAN node, the SN status transfer message comprising a list of DRBs subject to status transfer. wherein the old mapping was in place before the remapping, and the new mapping will be in place after the remapping, wherein the base station is a source Next Generation Radio Access Network, NG-RAN, node, and wherein the target base station is a target NG-RAN node for handover, and wherein the source NG-RAN node sends a Sequence Number, SN, status transfer message to the target NG-RAN node, the SN status transfer message comprising a list of DRBs subject to status transfer.
Method for producing a control arm of a wheel suspension made of an aluminium material, wherein the control arm is produced as a profile in an extrusion process that has two opposite profile walls and the control arm at least one bearing retainer for receiving a bearing, wherein the bearing retainer is formed by two aligned recesses (18, 20) in opposite profile walls and the recesses (18, 20) have an edge region (22, 26), wherein the edge region (22, 26) of the recess (18, 20) forms a bearing retainer collar (28, 30) that is wider in the direction of the bearing axis than the wall thickness of the profile walls, characterised in that the edge region (22, 26) of the recesses (18, 20) is widened by rolling.
A method for lubricating a driveline apparatus comprising supplying thereto a lubricant composition comprising (a) an oil of lubricating viscosity and (b) a branched-chain hydrocarbyl-substituted arenesulfonic acid salt comprising a neutral or overbased calcium polyisobutene-substituted toluene sulfonate, said salt being soluble in said oil. (a) an oil of lubricating viscosity and (b) a branched-chain hydrocarbyl-substituted arenesulfonic acid salt comprising a neutral or overbased calcium polyisobutene-substituted toluene sulfonate, said salt being soluble in said oil.
A grid tee comprising an elongated sheet metal strip folded on itself to integrally form a lower double wall flange, a hollow upper reinforcing bulb, and a web extending upwardly between the flange and bulb, generally lying in a horizontal plane, having its walls symmetrically disposed relative to said web being substantially wider than the bulb having opposed spaced parallel edges extending longitudinally, and being perpendicular to the web, the web lying in a generally vertical plane, the hollow bulb being symmetrically disposed about the plane of the web, the strip having two longitudinal extending marginal edge zones (32, 36), said marginal edge zones (32, 36) being generally vertically disposed and fixed at least at longitudinally spaced locations to a central area of the strip that forms a portion of the web and forming a double web layer area, the marginal edge zones (32, 36) of the strip being vertically spaced from one another such that a portion of the central area of the strip that forms a part of the web is a single exclusive layer, characterized in that the flange has its walls (21, 22) abutting against one another across its width except at its outer edges, where there is a deliberate open space.
A method for displaying image information on a screen of a terminal, comprising: determining whether a user successfully opened an APP installed on the terminal; when the user successfully opened the APP installed on the terminal, acquiring a rotation angle of a rotation of a terminal reported by a sensor and acquiring, based on the sensor, a rotation duration of the rotation of the terminal; during the rotation of the terminal, acquiring a fingerprint of the user rotating the terminal through a fingerprint button of the terminal; determining whether the reported rotation angle reaches a preset threshold value; determining whether the rotation duration is shorter than a preset duration; determining whether the user rotating the terminal is an owner of the terminal based on the fingerprint of the user rotating the terminal, wherein during the rotation of the terminal, a finger of the user remains pressed on the fingerprint button of the terminal; when the reported rotation angle reaches the preset threshold value, when the rotation duration is shorter than the preset duration, and when the user rotating the terminal is the owner of the terminal, displaying, on the screen of the terminal, image information included in the APP; and when the reported rotation angle does not reach the preset threshold value, when the rotation duration is longer than the preset duration, or when the user rotating the terminal is not the owner of the terminal, the image information included in the APP is not displayed on the screen of the terminal. determining whether a user successfully opened an APP installed on the terminal; when the user successfully opened the APP installed on the terminal, acquiring a rotation angle of a rotation of a terminal reported by a sensor and acquiring, based on the sensor, a rotation duration of the rotation of the terminal; during the rotation of the terminal, acquiring a fingerprint of the user rotating the terminal through a fingerprint button of the terminal; determining whether the reported rotation angle reaches a preset threshold value; determining whether the rotation duration is shorter than a preset duration; determining whether the user rotating the terminal is an owner of the terminal based on the fingerprint of the user rotating the terminal, wherein during the rotation of the terminal, a finger of the user remains pressed on the fingerprint button of the terminal; when the reported rotation angle reaches the preset threshold value, when the rotation duration is shorter than the preset duration, and when the user rotating the terminal is the owner of the terminal, displaying, on the screen of the terminal, image information included in the APP; and when the reported rotation angle does not reach the preset threshold value, when the rotation duration is longer than the preset duration, or when the user rotating the terminal is not the owner of the terminal, the image information included in the APP is not displayed on the screen of the terminal.
A dual filament feeder assembly for an additive manufacturing system, the dual filament feeder assembly comprising: a drive wheel; a drive shaft connected to the drive wheel; a first feeder wheel, a second feeder wheel, a coupling member arranged to selectively couple the drive wheel with one of the first feeder wheel and the second feeder wheel, characterised in that the first feeder wheel is rotatably arranged around the drive shaft at a first side of the drive wheel; that the second feeder wheel is rotatably arranged around the drive shaft at a second side of the drive wheel opposite to the first side; and that the dual filament feeder assembly additionally comprises a shifting member arranged to move the coupling member between a first position and a second position, such that: the coupling member drivably couples the drive wheel with the first feeder wheel in the first position of the coupling member; and the coupling member drivably couples the drive wheel with the second feeder wheel in the second position of the coupling member. a drive wheel; a drive shaft connected to the drive wheel; a first feeder wheel, a second feeder wheel, a coupling member arranged to selectively couple the drive wheel with one of the first feeder wheel and the second feeder wheel, characterised in that the first feeder wheel is rotatably arranged around the drive shaft at a first side of the drive wheel; that the second feeder wheel is rotatably arranged around the drive shaft at a second side of the drive wheel opposite to the first side; and that the dual filament feeder assembly additionally comprises a shifting member arranged to move the coupling member between a first position and a second position, such that: the coupling member drivably couples the drive wheel with the first feeder wheel in the first position of the coupling member; and the coupling member drivably couples the drive wheel with the second feeder wheel in the second position of the coupling member. the coupling member drivably couples the drive wheel with the first feeder wheel in the first position of the coupling member; and the coupling member drivably couples the drive wheel with the second feeder wheel in the second position of the coupling member.
A drill rotatable around a center axis as a tool for chip removing machining, comprising: a drill body us a basic body and two replaceable cutting inserts, a center insert and a peripheral cutting insert, arranged to generate surfaces of revolution, the borderlines of which are circular, each insert including a chip-removing main edge (12, 19) situated between a chip surface (38,29) and a clearance surface (39, 27), the cutting inserts are mounted in two pockets formed in a front end of the drill body, from which pockets chip flutes extend in u rearward direction along the drill body, and during rotation of the drill, the main edges (12, 19) of the two cutting inserts overlapping each other in a ring-shaped overlapping zone, wherein the center insert precedes the peripheral cutting insert in the direction of rotation, characterized in that the main edge of the peripheral cutting insert that afterwards intersects the already generated surface, is formed along a chip surface including primary and secondary sections (29a, 29b), which have different shapes in cross-sections spaced-apart along the main edge in order to form a primary part edge and a secondary, reinforced part edge arranged to intersect the already generated surface.
A pressure output device for sensing blood pressure in a hemodialysis machine, the pressure output device comprising: a shell (14, 18) defining a shell interior; and a movable diaphragm disposed in the shell interior and separating the shell interior into a flow-through chamber defined by a lower portion of the shell and a first side of the diaphragm, and a pressure sensing chamber defined by an upper portion of the shell and a second side of the diaphragm, the second side being opposite the first side, the shell further defining a sensor port in fluid communication with the pressure sensing chamber, an inlet port in fluid communication with the flow-through chamber, and an outlet port in fluid communication with the flow-through chamber, wherein the inlet port and the outlet port define an inlet and an outlet, respectively, of a blood path through the flow-through chamber, and the lower portion of the shell has an interior wall and comprises a boss along the interior wall, which prevents the diaphragm from occluding flow through the blood path, characterized in that the boss comprises a diamond-shaped cross-section configured to minimize the potential for hemolysis due to occlusion of blood flow. a shell (14, 18) defining a shell interior; and a movable diaphragm disposed in the shell interior and separating the shell interior into a flow-through chamber defined by a lower portion of the shell and a first side of the diaphragm, and a pressure sensing chamber defined by an upper portion of the shell and a second side of the diaphragm, the second side being opposite the first side, the shell further defining a sensor port in fluid communication with the pressure sensing chamber, an inlet port in fluid communication with the flow-through chamber, and an outlet port in fluid communication with the flow-through chamber, wherein the inlet port and the outlet port define an inlet and an outlet, respectively, of a blood path through the flow-through chamber, and the lower portion of the shell has an interior wall and comprises a boss along the interior wall, which prevents the diaphragm from occluding flow through the blood path, characterized in that the boss comprises a diamond-shaped cross-section configured to minimize the potential for hemolysis due to occlusion of blood flow.
Seat fixing device for fixing a vehicle seat, in particular a flight passenger seat, to at least one fixing rail that is mounted to a vehicle structure, with a fixing means configured for coupling with the at least one fixing rail and with a force transmission unit configured to provide, in a normal operation mode, a first force introduction path of a weight and acceleration force introduced into the vehicle structure via the vehicle seat, the force transmission unit comprising a transmission means that is configured to at least initiate, in an impact mode, a generation of at least one second force introduction path of the weight and acceleration force introduced into the vehicle structure via the vehicle seat, wherein the fixing means comprises at least one drive element, which is configured to be, in the impact mode, carried along by an accelerated part of the vehicle seat, the second force introduction path going via the drive element, characterised in that the drive element is substantially covered towards an outside by the transmission means.
A transparent roof assembly for a vehicle roof, the roof assembly comprising • a panel having a transparent area, the panel being configured to be arranged over an opening (3a, 3b) in the vehicle roof to allow visible light to pass in a first direction through the transparent area, the first direction extending between an interior of the vehicle and an exterior of the vehicle and substantially perpendicular to a surface of the panel; • a light source arranged to provide light in the panel in a second direction, wherein the second direction is substantially perpendicular to the first direction; • an out-coupling pattern arranged on the surface of the transparent area of the panel, the out-coupling pattern comprising reflective dots of a light-redirecting material, such as a reflective paint or ink, for example an opaque or semi-transparent white ink, for out-coupling of light propagating in the panel, each reflective dot having a dot surface area; wherein a total dot surface area of the reflective dots of the out-coupling pattern equals a sum of the dot surface area of all reflective dots arranged on the surface of the transparent area and wherein the total dot surface area is smaller than 10% of a total surface area of the transparent area; characterized in that the reflective dots each have a representative diameter of 150 microns or less, wherein the representative diameter of a reflective dot corresponds to a diameter of a circle having a same surface area as the dot surface area of said reflective dot. • a panel having a transparent area, the panel being configured to be arranged over an opening (3a, 3b) in the vehicle roof to allow visible light to pass in a first direction through the transparent area, the first direction extending between an interior of the vehicle and an exterior of the vehicle and substantially perpendicular to a surface of the panel; • a light source arranged to provide light in the panel in a second direction, wherein the second direction is substantially perpendicular to the first direction; • an out-coupling pattern arranged on the surface of the transparent area of the panel, the out-coupling pattern comprising reflective dots of a light-redirecting material, such as a reflective paint or ink, for example an opaque or semi-transparent white ink, for out-coupling of light propagating in the panel, each reflective dot having a dot surface area; wherein a total dot surface area of the reflective dots of the out-coupling pattern equals a sum of the dot surface area of all reflective dots arranged on the surface of the transparent area and wherein the total dot surface area is smaller than 10% of a total surface area of the transparent area; characterized in that the reflective dots each have a representative diameter of 150 microns or less, wherein the representative diameter of a reflective dot corresponds to a diameter of a circle having a same surface area as the dot surface area of said reflective dot.
A compound, acceptable salt, ester, solvate thereof of formula I wherein R 1 is selected from the following list: N(CH 3) 2; R 2 is selected from the following list: H or halogen; R 3 is selected from the following list: R 4 is selected from the following list: H or halogen; R 5 is selected from the following list: N(CH 3) 2 or OCH 3 and R 1, R 2, R 3, R 4, R 5 are independently selected; provided that when R 1 is N(CH 3) 2 and R 2 is H, R 3 is different from for use in the diagnostics of chronic stress, a lipid-related metabolic disease, lipid-related metabolic disorder, a demyelinating disease or demyelinating disorder; wherein the demyelinating disease or demyelinating disorder is selected from the following list: multiple sclerosis, acute disseminated encephalomyelitis, Balo's disease, HTLV-I associated myelopathy, neuromyelitis optica, Schilder's disease, transverse myelitis, or cobalamin-deficiencies. R 1 is selected from the following list: N(CH 3) 2; R 2 is selected from the following list: H or halogen; R 3 is selected from the following list: R 4 is selected from the following list: H or halogen; R 5 is selected from the following list: N(CH 3) 2 or OCH 3 and R 1, R 2, R 3, R 4, R 5 are independently selected; provided that when R 1 is N(CH 3) 2 and R 2 is H, R 3 is different from for use in the diagnostics of chronic stress, a lipid-related metabolic disease, lipid-related metabolic disorder, a demyelinating disease or demyelinating disorder; wherein the demyelinating disease or demyelinating disorder is selected from the following list: multiple sclerosis, acute disseminated encephalomyelitis, Balo's disease, HTLV-I associated myelopathy, neuromyelitis optica, Schilder's disease, transverse myelitis, or cobalamin-deficiencies.
A method for wireless communication at a user equipment, UE, comprising: communicating with a base station using an operating bandwidth part comprising a first set of frequency resources in a carrier bandwidth; receiving a group-common downlink control information message comprising a resource format indicator indicating a second set of frequency resources; modifying the operating bandwidth part based at least in part on the second set of frequency resources, wherein modifying the operating bandwidth part comprises reducing the operating bandwidth part to a set of overlapping frequency resources based on an overlap between the first set of frequency resources and the second set of frequency resources; and communicating with the base station using the modified operating bandwidth part. communicating with a base station using an operating bandwidth part comprising a first set of frequency resources in a carrier bandwidth; receiving a group-common downlink control information message comprising a resource format indicator indicating a second set of frequency resources; modifying the operating bandwidth part based at least in part on the second set of frequency resources, wherein modifying the operating bandwidth part comprises reducing the operating bandwidth part to a set of overlapping frequency resources based on an overlap between the first set of frequency resources and the second set of frequency resources; and communicating with the base station using the modified operating bandwidth part.
A photomask blank comprising a transparent substrate, an optical film disposed on the substrate and composed of a material containing a transition metal and silicon, and a hard mask film for precision processing of the optical film, wherein said hard mask film is a multilayer film of chromium-based material characterized in that, the multilayer film includes a first layer disposed contiguous to the optical film, composed of a chromium-based material containing 20 to 60 atom% of oxygen, and having a thickness of 0.5 nm to less than 5.0 nm, and a second layer disposed contiguous to the first layer and composed of a chromium-based material containing at least 50 atom% of chromium and having a lower oxygen content than the first layer, and said hard mask film has an overall thickness of 2.0 nm to less than 10 nm.
A process for preparing a formulation in a pMDI canister comprising the steps of: providing a concentrate sub-batch comprising tiotropium bromide, ethanol, water and citric acid in a container; dispensing the concentrate sub-batch into aluminium canisters; and adding an HFA propellant into the canisters, wherein the formulation is a solution formulation comprising tiotropium bromide, 12-20% ethanol, 0.1-1.5% of water, 0.05-0.10% citric acid and an HFA propellant, wherein the percentages are percentages by weight based on the total weight of the formulation. providing a concentrate sub-batch comprising tiotropium bromide, ethanol, water and citric acid in a container; dispensing the concentrate sub-batch into aluminium canisters; and adding an HFA propellant into the canisters, wherein the formulation is a solution formulation comprising tiotropium bromide, 12-20% ethanol, 0.1-1.5% of water, 0.05-0.10% citric acid and an HFA propellant, wherein the percentages are percentages by weight based on the total weight of the formulation.
A method performed in a client device (5a, 5b) for setting up a connection with a server device (6a, 6b), the client device (5a, 5b) and the server device (6a, 6b) supporting a Light Weight Machine to Machine, LWM2M protocol, the method comprising: - setting up one of a Datagram Transport Layer Security, DTLS, and a Transport Layer Security, TLS, connection with a bootstrap server, - performing a bootstrapping procedure with the bootstrap server, comprising generating a temporary identity of the client device, and indicating, during the bootstrapping procedure, that the bootstrap server is to set up one the DTLS and TLS connection to the server device (6a, 6b) on behalf of the client device (5a, 5b), wherein the indicating comprises delegating the generated temporary identity of the client device (5a, 5b) to the bootstrap server, - receiving, from the bootstrap server, a session ticket and a session key, and - setting up the connection to the server device (6a, 6b) as one of a DTLS and TLS session resumption procedure using the received session ticket and session key. - setting up one of a Datagram Transport Layer Security, DTLS, and a Transport Layer Security, TLS, connection with a bootstrap server, - performing a bootstrapping procedure with the bootstrap server, comprising generating a temporary identity of the client device, and indicating, during the bootstrapping procedure, that the bootstrap server is to set up one the DTLS and TLS connection to the server device (6a, 6b) on behalf of the client device (5a, 5b), wherein the indicating comprises delegating the generated temporary identity of the client device (5a, 5b) to the bootstrap server, - receiving, from the bootstrap server, a session ticket and a session key, and - setting up the connection to the server device (6a, 6b) as one of a DTLS and TLS session resumption procedure using the received session ticket and session key.