mhurhangee/patent-ind-claim-en huggingface dataset:
A radio station , comprising: a control unit configured to communicate with a radio terminal configured to perform-Dual Connectivity using at least a first cell of the radio station and a second cell of another radio station ; a radio communication unit configured to transmit, to the radio terminal , a Radio Resource Control, RRC, Connection Reconfiguration message containing constraint information including a first reception constraint related to the first cell and a second reception constraint related to the second cell , the first reception constraint including a first setting related to Discontinuous Reception, DRX, for the first cell , the second reception constraint including a second setting related to DRX for the second cell , wherein the first setting related to DRX for the first cell and the second setting related to DRX for the second cell are set independently. a control unit configured to communicate with a radio terminal configured to perform-Dual Connectivity using at least a first cell of the radio station and a second cell of another radio station ; a radio communication unit configured to transmit, to the radio terminal , a Radio Resource Control, RRC, Connection Reconfiguration message containing constraint information including a first reception constraint related to the first cell and a second reception constraint related to the second cell , the first reception constraint including a first setting related to Discontinuous Reception, DRX, for the first cell , the second reception constraint including a second setting related to DRX for the second cell , wherein the first setting related to DRX for the first cell and the second setting related to DRX for the second cell are set independently.
A drive system for an aircraft landing gear, the drive system comprising: a pinion gear ; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; and a flexible interface comprising a plurality of driven gear coupling members , each driven gear coupling member having a first connection portion attached to the driven gear , a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion , the joint permitting relative movement between the first connection portion and the second connection portion , characterised in that each driven gear coupling member comprises a resilient member arranged to bias the first connection portion towards the wheel axis. a pinion gear ; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; and a flexible interface comprising a plurality of driven gear coupling members , each driven gear coupling member having a first connection portion attached to the driven gear , a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion , the joint permitting relative movement between the first connection portion and the second connection portion , characterised in that each driven gear coupling member comprises a resilient member arranged to bias the first connection portion towards the wheel axis.
Facet mirror (13, 14; 47; 64; 67, 70) for use as an optical component in an illumination optics of a projection exposure apparatus for EUV microlithography, - the facet mirror (13, 14; 47; 64; 67, 70) comprising separate mirrors (21; 69) which provide separate-mirror illumination channels (AK) for guiding illumination light to an object field of the projection exposure apparatus , - the separate mirrors (21; 69) being tiltable via actuators , such that the facet mirror (13, 14; 47; 64; 67, 70) is variably dividable into separate mirror groups forming facets of various shapes, - wherein the separate mirrors (21; 69) are curved such that they have a bundle-forming effect on the illumination light , - characterized in that the separate mirrors (21; 69) are elliptically curved. - the facet mirror (13, 14; 47; 64; 67, 70) comprising separate mirrors (21; 69) which provide separate-mirror illumination channels (AK) for guiding illumination light to an object field of the projection exposure apparatus , - the separate mirrors (21; 69) being tiltable via actuators , such that the facet mirror (13, 14; 47; 64; 67, 70) is variably dividable into separate mirror groups forming facets of various shapes, - wherein the separate mirrors (21; 69) are curved such that they have a bundle-forming effect on the illumination light , - characterized in that the separate mirrors (21; 69) are elliptically curved.
An extracorporeal body-fluid purification machine with a concentration determination apparatus for determining quantitative amounts of uremic toxins in a fluid, wherein the fluid is a fluid excreted/extracted from the body or an extracorporeal blood purification fluid, wherein the concentration determination apparatus comprises: - an optical absorption sensor adapted to detect at least one first extinction signal of the fluid excreted/extracted from the body or the spent dialysate at at least one predetermined or adjustable analysis wavelength at a defined or adjustable first pH value of the fluid excreted/extracted from the body or the spent dialysate, - a pH adjusting/changing device (9; 13; 15) adapted to adjust a second pH value of the fluid excreted/extracted from the body or the spent dialysate which differs from the first pH value, - the optical absorption sensor adapted to detect at least one second extinction signal of the fluid excreted/extracted from the body or the spent dialysate at the at least one equal analysis wavelength at the second pH value, - a signal processing device adapted to process, preferably compare, the two extinction signals at the first and the second pH values, and - a determination device adapted to determine an absolute concentration or a signal proportional to the concentration of at least one selected or selectable substance, such as uremic toxins, in the fluid excreted/extracted from the body or the spent dialysate on the basis of the result of the signal processing device. - an optical absorption sensor adapted to detect at least one first extinction signal of the fluid excreted/extracted from the body or the spent dialysate at at least one predetermined or adjustable analysis wavelength at a defined or adjustable first pH value of the fluid excreted/extracted from the body or the spent dialysate, - a pH adjusting/changing device (9; 13; 15) adapted to adjust a second pH value of the fluid excreted/extracted from the body or the spent dialysate which differs from the first pH value, - the optical absorption sensor adapted to detect at least one second extinction signal of the fluid excreted/extracted from the body or the spent dialysate at the at least one equal analysis wavelength at the second pH value, - a signal processing device adapted to process, preferably compare, the two extinction signals at the first and the second pH values, and - a determination device adapted to determine an absolute concentration or a signal proportional to the concentration of at least one selected or selectable substance, such as uremic toxins, in the fluid excreted/extracted from the body or the spent dialysate on the basis of the result of the signal processing device.
An apparatus comprising an acoustic transducer arrangement , comprising at least one acoustic transducer , located within a common housing, configured to transmit at least one acoustic signal and configured to detect a reflection of said at least one acoustic signal , and a controller configured to determine a time-of-flight of the at least one acoustic signal, the controller further configured to determine at least a first value indicative of temperature based on said time-of-flight of the at least one acoustic signal and calibration information indicative of a relationship between time-of-flight and temperature in a space the apparatus is located, wherein the acoustic transducer arrangement is configured to transmit said at least one acoustic signal in different directions and receive said at least one acoustic signal from different directions such that the path followed by the at least one acoustic signal extends through a first part of said space and a second, different part of said space, and wherein the controller is configured to determine at least two values indicative of temperature comprising the first value based on the at least one acoustic signal that followed the path through the first part and thereby indicative of the temperature of the first part and a second value based on the at least one acoustic signal that followed the path through the second part and thereby indicative of the temperature of the second part.
Composition comprising roasted chicory root for use in the prevention or treatment of a loss of cognitive ability, wherein the chicory is provided in the form of an extract, wherein the extract is obtainable from an ethyl-acetate or ethanol/water extraction of the chicory.
A deflector for a condenser, the condenser having an inlet communicated with exhaust pipes of a compressor, and the deflector configured to be provided at the inlet, wherein the deflector comprises: a flow guiding structure having a first tube section and a second tube section of increasing diameter, the second tube section being positioned below the first tube section and configured to extend into the condenser when mounted in place, and a support assembly for fixing the flow guiding structure at the inlet, wherein the deflector is configured such that, when the deflector is mounted in place, at least a part of refrigerant gas flow flows through an interior of the first tube section , and at least another part of the refrigerant gas flow flows through an outer side of the first tube section , the deflector being characterised in that the second tube section comprises two notches symmetrically arranged thereon. a flow guiding structure having a first tube section and a second tube section of increasing diameter, the second tube section being positioned below the first tube section and configured to extend into the condenser when mounted in place, and a support assembly for fixing the flow guiding structure at the inlet, wherein the deflector is configured such that, when the deflector is mounted in place, at least a part of refrigerant gas flow flows through an interior of the first tube section , and at least another part of the refrigerant gas flow flows through an outer side of the first tube section , the deflector being characterised in that the second tube section comprises two notches symmetrically arranged thereon.
An anionic hybrid copolymer composition comprising: a hybrid copolymer comprising at least one anionic ethylenically unsaturated monomer and a hydroxyl containing chain transfer agent as an end group,; and a hybrid synthetic copolymer comprising one or more synthetic polymers derived from the at least one anionic ethylenically unsaturated monomer with at least one initiator fragment as an end group, said hybrid synthetic copolymer having the structure: wherein I is the initiator fragment, H is a proton abstracted from the hydroxyl containing chain transfer agent and M hsc is a synthetic portion of the hybrid synthetic copolymer derived from the at least one anionic ethylenically unsaturated monomer; and wherein the chain transfer agent is present in amounts greater than 75% by weight to 99% by weight, based on the total weight of the hybrid copolymer; and wherein the chain transfer agent is selected from the group consisting of glycerol, citric acid, lactic acid, tartaric acid, gluconic acid, ascorbic acid, glucoheptonic acid, a mono-, di, oligo or polysaccharide and derivatives thereof. a hybrid copolymer comprising at least one anionic ethylenically unsaturated monomer and a hydroxyl containing chain transfer agent as an end group,; and a hybrid synthetic copolymer comprising one or more synthetic polymers derived from the at least one anionic ethylenically unsaturated monomer with at least one initiator fragment as an end group, said hybrid synthetic copolymer having the structure: wherein I is the initiator fragment, H is a proton abstracted from the hydroxyl containing chain transfer agent and M hsc is a synthetic portion of the hybrid synthetic copolymer derived from the at least one anionic ethylenically unsaturated monomer; and wherein the chain transfer agent is present in amounts greater than 75% by weight to 99% by weight, based on the total weight of the hybrid copolymer; and wherein the chain transfer agent is selected from the group consisting of glycerol, citric acid, lactic acid, tartaric acid, gluconic acid, ascorbic acid, glucoheptonic acid, a mono-, di, oligo or polysaccharide and derivatives thereof.
A method for implementing a physically unclonable function, the method comprising - providing a device comprising at least one electronic structure, each electronic structure comprising a dielectric, - generating an electrical breakdown of said dielectric such that a conductive path is formed, in each of said at least one electronic structure, through said dielectric at a random position, - determining, for each of said at least one electronic structure , a distinct value of a set comprising at least two predetermined values, characterized in that said distinct value is determined by said position of said conductive path through said dielectric of the electronic structure, a distribution of the distinct value being adjusted to a predetermined uniform or non-uniform target distribution required by a particular application. - providing a device comprising at least one electronic structure, each electronic structure comprising a dielectric, - generating an electrical breakdown of said dielectric such that a conductive path is formed, in each of said at least one electronic structure, through said dielectric at a random position, - determining, for each of said at least one electronic structure , a distinct value of a set comprising at least two predetermined values, characterized in that said distinct value is determined by said position of said conductive path through said dielectric of the electronic structure, a distribution of the distinct value being adjusted to a predetermined uniform or non-uniform target distribution required by a particular application.
A permanent magnet, comprising: a composition expressed by a composition formula: R p Fe q M r Cu t Co 100-p-q-r-t where R is at least one element selected from the group consisting of rare earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 10.5≤p≤12.5 atomic%, q is a number satisfying 23≤q≤40 atomic%, r is a number satisfying 0.88≤r≤3.11 atomic%, and t is a number satisfying 3.5 ≤t≤10.7 atomic%; and a metallic structure including cell phases having a Th 2 Zn 17 crystal phase and Cu-rich phases having higher Cu concentration than the cell phases, an average diameter of the cell phases being 220 nm or less, and characterised by the cell phases having diameters in a numeric value range from a minimum diameter of the cell phases to a maximum diameter thereof, the numeric value range being evenly divided into a first sub range to a tenth sub range, the ninth sub range including numeric values outside the lower 80 % and within the lower 90 % in the numeric value range, the tenth sub range including numeric values outside the lower 90 % in the numeric value range, a ratio of the sum of the number of cell phases having diameters in the ninth subrange and the number of cell phases having diameters in the tenth subrange to the number of all of the cell phases being 20% or less. where R is at least one element selected from the group consisting of rare earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 10.5≤p≤12.5 atomic%, q is a number satisfying 23≤q≤40 atomic%, r is a number satisfying 0.88≤r≤3.11 atomic%, and t is a number satisfying 3.5 ≤t≤10.7 atomic%; and a metallic structure including cell phases having a Th 2 Zn 17 crystal phase and Cu-rich phases having higher Cu concentration than the cell phases, an average diameter of the cell phases being 220 nm or less, and characterised by the cell phases having diameters in a numeric value range from a minimum diameter of the cell phases to a maximum diameter thereof, the numeric value range being evenly divided into a first sub range to a tenth sub range, the ninth sub range including numeric values outside the lower 80 % and within the lower 90 % in the numeric value range, the tenth sub range including numeric values outside the lower 90 % in the numeric value range, a ratio of the sum of the number of cell phases having diameters in the ninth subrange and the number of cell phases having diameters in the tenth subrange to the number of all of the cell phases being 20% or less.
A method for obtaining a thermoplastic raw material , the method comprising the following operations: - obtaining a plurality of cigarette filters in cellulose acetate; - mixing of said plurality of cigarette filters at a mixing temperature at least equal to 200°C to obtain a homogeneous mass of cellulose acetate; - plastic deformation processing of said homogeneous mass to obtain said thermoplastic raw material . - obtaining a plurality of cigarette filters in cellulose acetate; - mixing of said plurality of cigarette filters at a mixing temperature at least equal to 200°C to obtain a homogeneous mass of cellulose acetate; - plastic deformation processing of said homogeneous mass to obtain said thermoplastic raw material .
An exhaust gas treatment device comprising: a filter that collects particulate matter included in exhaust gas flowing through an exhaust passage of an engine mounted on a vehicle ; a temperature increasing unit that increases a temperature of the exhaust gas flowing into the filter; and a controller that performs regeneration control for burning the particulate matter accumulated in the filter by the exhaust gas having the temperature increased by the temperature increasing unit, wherein the controller performs control for decreasing an outlet temperature of the exhaust passage, when the outlet temperature exceeds a determination value as a result of performance of the regeneration control while the vehicle is in a stop state, and the controller decreases a rotation speed of the engine as the control for decreasing the outlet temperature, the exhaust gas treatment device being characterized in that the controller suppresses the regeneration control as additional control for decreasing the outlet temperature, when the outlet temperature exceeds a determination value higher than the determination value after the rotation speed of the engine is decreased. a filter that collects particulate matter included in exhaust gas flowing through an exhaust passage of an engine mounted on a vehicle ; a temperature increasing unit that increases a temperature of the exhaust gas flowing into the filter; and a controller that performs regeneration control for burning the particulate matter accumulated in the filter by the exhaust gas having the temperature increased by the temperature increasing unit, wherein the controller performs control for decreasing an outlet temperature of the exhaust passage, when the outlet temperature exceeds a determination value as a result of performance of the regeneration control while the vehicle is in a stop state, and the controller decreases a rotation speed of the engine as the control for decreasing the outlet temperature, the exhaust gas treatment device being characterized in that the controller suppresses the regeneration control as additional control for decreasing the outlet temperature, when the outlet temperature exceeds a determination value higher than the determination value after the rotation speed of the engine is decreased.
A method implemented by a router for executing an internet protocol fast reroute process in response to a network event invalidating a current route to a destination node without degrading forwarding plane functionality or performance, the method comprising the steps of: receiving or generating the network event by the router, the network event associated with a network event identifier; looking up the network event identifier in an event table to determine routes that are affected by the network event; determining whether a route with a fast reroute forwarding object is affected by the network event in the routing information base by determining whether a primary route to a destination node with a fast reroute forwarding object is valid after the network event and, if the primary route is determined to be no longer valid, checking whether a backup route is valid, wherein the fast reroute forwarding object includes a replica primary next hop forwarding object and a replica backup next hop forwarding object, and overwriting a current next hop forwarding object in the forwarding information base with the replica backup next hop forwarding object from the routing information base if the backup route has been determined to be valid. receiving or generating the network event by the router, the network event associated with a network event identifier; looking up the network event identifier in an event table to determine routes that are affected by the network event; determining whether a route with a fast reroute forwarding object is affected by the network event in the routing information base by determining whether a primary route to a destination node with a fast reroute forwarding object is valid after the network event and, if the primary route is determined to be no longer valid, checking whether a backup route is valid, wherein the fast reroute forwarding object includes a replica primary next hop forwarding object and a replica backup next hop forwarding object, and overwriting a current next hop forwarding object in the forwarding information base with the replica backup next hop forwarding object from the routing information base if the backup route has been determined to be valid.
A method for configuring a semiconductor manufacturing process, the method comprising: - obtaining a first value of a first parameter based on measurements associated with a first operation (L1) of a process step corresponding to a first lot of substrates subject to the semiconductor manufacturing process and a first sampling scheme; - using a recurrent neural network to determine a predicted value of the first parameter based on the first value ; and - using the predicted value of the first parameter in configuring a subsequent operation (L2) of the process step corresponding to a subsequent lot of substrates subject to the semiconductor manufacturing process. - obtaining a first value of a first parameter based on measurements associated with a first operation (L1) of a process step corresponding to a first lot of substrates subject to the semiconductor manufacturing process and a first sampling scheme; - using a recurrent neural network to determine a predicted value of the first parameter based on the first value ; and - using the predicted value of the first parameter in configuring a subsequent operation (L2) of the process step corresponding to a subsequent lot of substrates subject to the semiconductor manufacturing process.