mhurhangee/ep-ind-claims huggingface dataset:
A method for congestion control in a network node (114; 510; 700; 900) of a communication network, said network node being adapted to handle a plurality of data connections (DC 1-N; RAB 1-N) for conveying data between a first side and a second side of said communication network, wherein the congestion control involves associating the data connections with respective target weights (w k; k=1-N) for Quality-of-Service (QoS) bit-rate differentiation, characterized in that the method in said network comprising the stepsof obtaining experienced bit-rates (r k; k=1-N) for the data connections (DC 1-N; RAB1-N); for each data connection (DC i; RAB i): determining a time integrated difference between the data connection's targeted bit-rate according to its target weight (w i), and its experienced bit-rate (r i); and calculating an adjusted weight (w' i) for QoS bit-rate differentiation based on the determined time integrated difference and the target weight (w i); and using the adjusted weights (w' k; k=1-N) for the congestion control of the data connections. obtaining experienced bit-rates (r k; k=1-N) for the data connections (DC 1-N; RAB1-N); for each data connection (DC i; RAB i): determining a time integrated difference between the data connection's targeted bit-rate according to its target weight (w i), and its experienced bit-rate (r i); and calculating an adjusted weight (w' i) for QoS bit-rate differentiation based on the determined time integrated difference and the target weight (w i); and determining a time integrated difference between the data connection's targeted bit-rate according to its target weight (w i), and its experienced bit-rate (r i); and calculating an adjusted weight (w' i) for QoS bit-rate differentiation based on the determined time integrated difference and the target weight (w i); and using the adjusted weights (w' k; k=1-N) for the congestion control of the data connections.
A method in a computing device for providing navigation directions, the method comprising: receiving, from a user, a request for navigation directions for travelling from a source location to a destination location; generating, by one or more processors using data that was stored in a memory of the computing device prior to the request, first navigation directions for travelling from the source location to the destination location; transmitting, using one or more processors, a request for navigation directions for travelling from the source location to the destination location to an online server; receiving, from the online server, traffic data and second navigation directions for travelling from the source to the destination; determining, using one or more processors, whether a difference between the first navigation directions and the second navigation directions exceeds a threshold level; and when the difference between the first navigation directions and the second navigation directions does not exceed the threshold level, merging the second navigation directions into the first navigation directions; wherein the merging includes adding the traffic data to the first navigation directions; and wherein the first navigation directions are displayed to the user upon expiration of a timeout whilst awaiting receipt of the second navigation directions from the online server. receiving, from a user, a request for navigation directions for travelling from a source location to a destination location; generating, by one or more processors using data that was stored in a memory of the computing device prior to the request, first navigation directions for travelling from the source location to the destination location; transmitting, using one or more processors, a request for navigation directions for travelling from the source location to the destination location to an online server; receiving, from the online server, traffic data and second navigation directions for travelling from the source to the destination; determining, using one or more processors, whether a difference between the first navigation directions and the second navigation directions exceeds a threshold level; and when the difference between the first navigation directions and the second navigation directions does not exceed the threshold level, merging the second navigation directions into the first navigation directions; wherein the merging includes adding the traffic data to the first navigation directions; and wherein the first navigation directions are displayed to the user upon expiration of a timeout whilst awaiting receipt of the second navigation directions from the online server.
Method for detecting at least one potential presence of at least one fluorescence pattern type on an organ segment via immunofluorescence microscopy and via digital image processing, comprising - providing the organ segment on a slide, - incubating the organ segment with a liquid patient sample which potentially comprises primary antibodies, - incubating the organ segment with secondary antibodies which have been labelled with a fluorescent dye, - acquiring a fluorescence image of the organ segment in a colour channel corresponding to the fluorescent dye, - providing the fluorescence image to a neural network, - simultaneously determining, by means of the one neural network, segmentation information through segmentation of the fluorescence image and, furthermore, a measure of confidence indicating an actual presence of the fluorescence pattern type, - determining, on the basis of the segmentation information, at least one sub-area (TF1, TF2) of the fluorescence image that is relevant to formation of the fluorescence pattern type, - determining, on the basis of the previously determined at least one sub-area (TF1, TF2), validity information indicating a degree of a validity of the measure of confidence, - outputting the measure of confidence of the actual presence of the fluorescence pattern type depending on the validity information. - providing the organ segment on a slide, - incubating the organ segment with a liquid patient sample which potentially comprises primary antibodies, - incubating the organ segment with secondary antibodies which have been labelled with a fluorescent dye, - acquiring a fluorescence image of the organ segment in a colour channel corresponding to the fluorescent dye, - providing the fluorescence image to a neural network, - simultaneously determining, by means of the one neural network, segmentation information through segmentation of the fluorescence image and, furthermore, a measure of confidence indicating an actual presence of the fluorescence pattern type, - determining, on the basis of the segmentation information, at least one sub-area (TF1, TF2) of the fluorescence image that is relevant to formation of the fluorescence pattern type, - determining, on the basis of the previously determined at least one sub-area (TF1, TF2), validity information indicating a degree of a validity of the measure of confidence, - outputting the measure of confidence of the actual presence of the fluorescence pattern type depending on the validity information.
An optical lens, comprising: a flange comprising an upper surface and a bottom surface which face each other; a protruder that downwardly protrudes with respect to the bottom surface; a first surface that extends from the upper surface of the flange; and a second surface inwardly recessed toward the protruder; wherein the first surface and the second surface meet to form an outer rim of the optical lens, wherein the first surface is sloped with respect to an optical axis, which is a straight line that passes through a center of the protruder and a center of the second surface, and wherein the flange connects the first surface and an incident surface of the protruder with each other, wherein the protruder, the first surface and the second surface are symmetrical with respect to the optical axis, characterized in that the first surface is sloped toward the optical axis as the first surface extends away from the flange, in that a ratio of a longest straight-line distance between outermost edges of the flange taken across the flange to a shortest straight-line distance from a lowermost point of the protruder to a plane including the outer rim is approximately 0.5 to 5, and in that the protruder is inwardly recessed by a predetermined amount at the optical axis. a flange comprising an upper surface and a bottom surface which face each other; a protruder that downwardly protrudes with respect to the bottom surface; a first surface that extends from the upper surface of the flange; and a second surface inwardly recessed toward the protruder; wherein the first surface and the second surface meet to form an outer rim of the optical lens,
A method of monitoring a single-blade adjustment of a wind energy installation which comprises a tower and a rotor arranged on the tower and having at least two rotor blades whose pitch can be adjusted individually, each of which is assigned a pitch drive, wherein a collective target pitch angle for all rotor blades and / or individual target pitch angles for each individual rotor blade is or are requested by an operating control unit or a pitch control unit of the wind energy installation, wherein a pitch control is carried out for at least one rotor blade in a pitch control loop, wherein at least one control observer (23, 25) is assigned to the rotor blade, which observer simulates a dynamic pitch behaviour of the rotor blade and is supplied with the same target pitch angles as the pitch control loop and outputs a simulated actual pitch angle, wherein, for the at least one rotor blade, the simulated actual pitch angle of the at least one control observer (23, 25) is compared with a measured actual pitch angle and, in the event of a deviation of the measured actual pitch angle from the simulated actual pitch angle which exceeds a tolerance value, a fault shutdown of the wind energy installation is initiated, characterized in that for each rotor blade there are provided at least two pitch angle actual value transmitters (27, 29) which are independent from each other in terms of how they carry out measurements and which each output a measured actual pitch angle, wherein the at least two measured actual pitch angles are compared with each other and with the corresponding simulated actual pitch angle, wherein, in order to monitor the pitch angle actual value transmitter or transmitters (27, 29), a forced dynamisation in the form of regular blade adjustments by small angular amounts is carried out.
An integrally cast hinge assembly for a bucket, comprising: a first hinge plate having a first outer side surface and a first inner side surface; a first torque tube portion extending from the first outer side surface; a second hinge plate spaced apart from the first hinge plate, the second hinge plate having a second outer side surface and a second inner side surface; a second torque tube portion extending from the second outer side surface; a third torque tube portion extending from the first inner side surface and the second inner side surface to span between the first hinge plate and the second hinge plate; and a support plate extending along a bottom portion of the hinge assembly; wherein the first torque tube portion is weldlessly connected to the first hinge plate, the second torque tube portion is weldlessly connected to the second hinge plate, the third torque tube portion is weldlessly connected to both the first hinge plate and the second hinge plate, and the support plate is weldlessly connected to the first hinge plate, the second hinge plate, the first torque tube portion, the second torque tube portion, and the third torque tube portion; characterised by the hinge assembly further comprising a first inner rib aligned with the first hinge plate and extending inward at an intersection between the first torque tube portion and the third torque tube portion. a first hinge plate having a first outer side surface and a first inner side surface; a first torque tube portion extending from the first outer side surface; a second hinge plate spaced apart from the first hinge plate, the second hinge plate having a second outer side surface and a second inner side surface; a second torque tube portion extending from the second outer side surface; a third torque tube portion extending from the first inner side surface and the second inner side surface to span between the first hinge plate and the second hinge plate; and a support plate extending along a bottom portion of the hinge assembly; wherein the first torque tube portion is weldlessly connected to the first hinge plate, the second torque tube portion is weldlessly connected to the second hinge plate, the third torque tube portion is weldlessly connected to both the first hinge plate and the second hinge plate, and the support plate is weldlessly connected to the first hinge plate, the second hinge plate, the first torque tube portion, the second torque tube portion, and the third torque tube portion; characterised by the hinge assembly further comprising a first inner rib aligned with the first hinge plate and extending inward at an intersection between the first torque tube portion and the third torque tube portion.
A dispenser for dispensing consumable product, the dispenser comprising: a consumable product storage area configured to store the consumable product within the dispenser; a dispensing mechanism operatively coupled to the consumable product and configured to facilitate a dispensing cycle to dispense a portion of consumable product, and wherein the dispensing cycle creates a vibration event in at least a portion of the dispenser; a vibration sensing device configured to sense a vibrational characteristic of the vibration event; and a data processing device configured to store data describing the vibrational characteristic, characterized in that: a value of the vibrational characteristic changes as a function of an amount of consumable product remaining in the dispenser. a consumable product storage area configured to store the consumable product within the dispenser; a dispensing mechanism operatively coupled to the consumable product and configured to facilitate a dispensing cycle to dispense a portion of consumable product, and wherein the dispensing cycle creates a vibration event in at least a portion of the dispenser; a vibration sensing device configured to sense a vibrational characteristic of the vibration event; and a data processing device configured to store data describing the vibrational characteristic, characterized in that: a value of the vibrational characteristic changes as a function of an amount of consumable product remaining in the dispenser.
A robot vacuum cleaner comprising: a main body configured to be driven on a surface and having a suction mouth with a brush roller configured to suck in debris from the surface; a driving wheels and a mop module having a wiping pad which is movable sideways, characterized in that the wiping pad is rotatable.
A method of manufacturing an electrical contact including a strand forming an electrical contact terminal, the method comprising the following steps: a2) providing a strip having, over at least part of one of its faces, and along one of its edges, a first surface coating; then b) producing a tube by forming an edge of the strip; the tube being formed such that the coating is located inside the tube; c) welding the edges (34, 35) of the tube to obtain a seamless tube; then e) without detaching the tube from the strip, attaching the strand in a first end of the tube, such that a portion of the tube remains empty on the side of the second end thereof. a2) providing a strip having, over at least part of one of its faces, and along one of its edges, a first surface coating; then b) producing a tube by forming an edge of the strip; the tube being formed such that the coating is located inside the tube; c) welding the edges (34, 35) of the tube to obtain a seamless tube; then e) without detaching the tube from the strip, attaching the strand in a first end of the tube, such that a portion of the tube remains empty on the side of the second end thereof.
A compound or a stereoisomer, tautomer, solvate, or salt thereof, wherein the compound is of the formula: wherein A 1 is N or CR 1; A 2 is N or CR 2; A 3 is N or CR 3; provided that no more than one of A 1, A 2 and A 3 is N; each R 1, R 2 and R 3 is independently H, -NR a R b, or C 1 -C 3 alkyl optionally substituted by F, OH, CN, SH or C 1 -C 3 alkoxy; n is 0 or 1; R 6, where present, is halo; and each R a and R b is independently selected from the group consisting of H and C 1 -C 6 alkyl. A 1 is N or CR 1; A 2 is N or CR 2; A 3 is N or CR 3; provided that no more than one of A 1, A 2 and A 3 is N; each R 1, R 2 and R 3 is independently H, -NR a R b, or C 1 -C 3 alkyl optionally substituted by F, OH, CN, SH or C 1 -C 3 alkoxy; n is 0 or 1; R 6, where present, is halo; and each R a and R b is independently selected from the group consisting of H and C 1 -C 6 alkyl.
A calculation unit for a sound reproduction system comprising an array having at least three transducers (20a-20e), the calculation unit comprising: input means for receiving an audio stream s(t) to be reproduced using the array; a processor; and at least three outputs (14a-14c) for controlling the at least three transducers (20a-20e) of the array, wherein the processor is configured to calculate at least three individual audio signals such that a second or higher order acoustic differential is reproduced using the array; wherein the processor is configured to calculate a second order acoustic differential based on the formula s 1 t = s t − τ 1 s 2 t = − 2 ⁢ s t − τ 2 s 3 t = s t − τ 3, wherein respective τ 1, τ 2 and τ 3 are delay characteristics corresponding to the three individual audio signals s 1, s 2 and s 3; or wherein the processor is configured to calculate a higher order acoustic differential based on the formula s n t = − 1 n − 1 k n − 1 s t − τ n or s n t = − 1 n k n − 1 s t − τ n, wherein respective τ n (τ 1,.., τ k+1) are delay characteristics corresponding to the n individual audio signals that are needed for a differential of k -th order. input means for receiving an audio stream s(t) to be reproduced using the array; a processor; and at least three outputs (14a-14c) for controlling the at least three transducers (20a-20e) of the array, wherein the processor is configured to calculate at least three individual audio signals such that a second or higher order acoustic differential is reproduced using the array; wherein the processor is configured to calculate a second order acoustic differential based on the formula s 1 t = s t − τ 1 s 2 t = − 2 ⁢ s t − τ 2 s 3 t = s t − τ 3, wherein respective τ 1, τ 2 and τ 3 are delay characteristics corresponding to the three individual audio signals s 1, s 2 and s 3; or wherein the processor is configured to calculate a higher order acoustic differential based on the formula s n t = − 1 n − 1 k n − 1 s t − τ n or s n t = − 1 n k n − 1 s t − τ n, wherein respective τ n (τ 1,.., τ k+1) are delay characteristics corresponding to the n individual audio signals that are needed for a differential of k -th order.
An end handler comprising: a mating portion for mating with a tool; and a support portion shaped to provide support to an object comprising a film and a film frame on its support surface, the support portion comprising: a support base section, extension sections (120b 1, 120b 2) extending from the support base section, and at least one configuration of vacuum ports, wherein each of the at least one configuration of vacuum ports comprises at least one vacuum port to distribute suction force, wherein the at least one vacuum port is formed by at least one indentation on the support surface and the indentation contains at least one vacuum opening in fluid communication with a vacuum source, characterized in that the at least one indentation on the support surface that forms the vacuum port comprises at least one channel with at least one vacuum opening therein such that the remaining portions of the support surface not indented and surrounded by the at least one channel form at least one island that remains co-planar with the other remaining portions of the support surface not indented. a mating portion for mating with a tool; and a support portion shaped to provide support to an object comprising a film and a film frame on its support surface, the support portion comprising: a support base section, extension sections (120b 1, 120b 2) extending from the support base section, and at least one configuration of vacuum ports, wherein each of the at least one configuration of vacuum ports comprises at least one vacuum port to distribute suction force, wherein the at least one vacuum port is formed by at least one indentation on the support surface and the indentation contains at least one vacuum opening in fluid communication with a vacuum source, characterized in that the at least one indentation on the support surface that forms the vacuum port comprises at least one channel with at least one vacuum opening therein such that the remaining portions of the support surface not indented and surrounded by the at least one channel form at least one island that remains co-planar with the other remaining portions of the support surface not indented. a support base section, extension sections (120b 1, 120b 2) extending from the support base section, and at least one configuration of vacuum ports, wherein each of the at least one configuration of vacuum ports comprises at least one vacuum port to distribute suction force, wherein the at least one vacuum port is formed by at least one indentation on the support surface and the indentation contains at least one vacuum opening in fluid communication with a vacuum source, characterized in that the at least one indentation on the support surface that forms the vacuum port comprises at least one channel with at least one vacuum opening therein such that the remaining portions of the support surface not indented and surrounded by the at least one channel form at least one island that remains co-planar with the other remaining portions of the support surface not indented.