mhurhangee/ep-ind-claims huggingface dataset:
A method of encoding video data to generate a plurality of encoded video pictures, the method comprising: obtaining video data at an encoder; determining to perform intra-picture prediction on the video data, using intra-block copy prediction, to generate the plurality of encoded video pictures; performing the intra-picture prediction on the video data using the intra-block copy prediction; in response to determining to perform the intra-picture prediction on the video data using the intra-block copy prediction, disabling at least one of inter-picture bi-prediction and inter-picture uni-prediction for the plurality of encoded video pictures; determining a prediction unit size; and generating the plurality of encoded video pictures based on the video data according to the performed intra-block copy prediction, the generating of the plurality of encoded video pictures comprising using inter-picture bi-prediction or inter-picture uni-prediction if it was determined not to perform intra-picture prediction on the video data using intra-block copy prediction to generate the plurality of encoded video pictures, wherein the inter-picture bi-prediction or the inter-picture uni-prediction is disabled for the plurality of encoded video pictures in response to a combination of all of: i) determining to perform the intra-picture prediction on the video data using the intra-block copy prediction, and ii) the prediction unit size being less than a threshold, and iii) adaptive motion vector resolution, AMVR, being disabled. obtaining video data at an encoder; determining to perform intra-picture prediction on the video data, using intra-block copy prediction, to generate the plurality of encoded video pictures; performing the intra-picture prediction on the video data using the intra-block copy prediction; in response to determining to perform the intra-picture prediction on the video data using the intra-block copy prediction, disabling at least one of inter-picture bi-prediction and inter-picture uni-prediction for the plurality of encoded video pictures; determining a prediction unit size; and generating the plurality of encoded video pictures based on the video data according to the performed intra-block copy prediction, the generating of the plurality of encoded video pictures comprising using inter-picture bi-prediction or inter-picture uni-prediction if it was determined not to perform intra-picture prediction on the video data using intra-block copy prediction to generate the plurality of encoded video pictures, wherein the inter-picture bi-prediction or the inter-picture uni-prediction is disabled for the plurality of encoded video pictures in response to a combination of all of: i) determining to perform the intra-picture prediction on the video data using the intra-block copy prediction, and ii) the prediction unit size being less than a threshold, and iii) adaptive motion vector resolution, AMVR, being disabled.
A security document including at least a substrate, a digital watermark, and a calibration pattern, the calibration pattern having a known domain transform facilitating decoding of the digital watermark from scan data corresponding to said document, characterised in that: a plurality of printed blocks are tiled across the region of the substrate being watermarked; and each block comprises a visible design feature on the security document as the calibration pattern, and has a plurality of cells on a side, wherein each cell conveys a single bit of information of the digital watermark by locally increasing or decreasing the reflectance of the substrate, so that the calibration pattern serves as a carrier for the watermark information. a plurality of printed blocks are tiled across the region of the substrate being watermarked; and each block comprises a visible design feature on the security document as the calibration pattern, and has a plurality of cells on a side, wherein each cell conveys a single bit of information of the digital watermark by locally increasing or decreasing the reflectance of the substrate, so that the calibration pattern serves as a carrier for the watermark information.
A mobile device comprising: a first component configured to: provide a notification related to disabling at least one function when a speed of the mobile device exceeds a threshold; provide an option to prevent disabling of the at least one function; a second component (40, 50, 60) configured to: receive an override input to prevent disabling of the at least one function, wherein a time period is specified during which disabling of the at least one function is prevented; control whether to disable the at least one function based on the override input; wherein disabling the at least one function is prevented when the override input is received within a specified time period of providing the notification. a first component configured to: provide a notification related to disabling at least one function when a speed of the mobile device exceeds a threshold; provide an option to prevent disabling of the at least one function; provide a notification related to disabling at least one function when a speed of the mobile device exceeds a threshold; provide an option to prevent disabling of the at least one function; a second component (40, 50, 60) configured to: receive an override input to prevent disabling of the at least one function, wherein a time period is specified during which disabling of the at least one function is prevented; control whether to disable the at least one function based on the override input; receive an override input to prevent disabling of the at least one function, wherein a time period is specified during which disabling of the at least one function is prevented; control whether to disable the at least one function based on the override input; wherein disabling the at least one function is prevented when the override input is received within a specified time period of providing the notification.
Method for the production of animal feed from feed components, which consist of multiple dry materials and at least one liquid material with proportions by weight in accordance with a predefined recipe, the individual feed components (K1-K8) being provided from storage containers (3-9, 41-43) in a manner metered via metering devices (11-20, 61), the metered output of which can be varied under control, the weight being detected by means of weighing units (31-37, 62) and the said components being fed by means of a conveying unit to a mixing unit, at least one feed component comprising dry feed being processed by means of a processing unit, the drive output of which can be varied under control, in particular a mill (21, 22), before the mixing, characterized in that the multiple dry materials and the at least one liquid material are simultaneously removed continuously from the associated storage containers, and the metered output from all the metering devices (11-20, 61) is controlled under output control, depending on a guide component.
A method, comprising: physically perturbing a body of a patient with one or more physical perturbations; receiving, at a computer system (100; 500), a set of input data from one or more physiological sensors, the set of input data pertaining to one or more physiological parameters of the physically perturbed body of the patient; analyzing, with the computer system (100; 500), the input data to determine a patient response to the one or more physical perturbations; generating diagnostic data, with the computer system (100; 500), concerning one or more physiological states of the patient; and displaying, with a display device, at least a portion of the diagnostic data; characterized in that analyzing the input data comprises: analyzing the input data against a pre-existing model; the method further comprising: generating the pre-existing model, wherein generating the pre-existing model comprises: physically perturbing a test subject with the one or more physical perturbations; receiving data pertaining to a plurality of more physiological parameters of a test subject to obtain a plurality of physiological data sets; directly measuring the one or more physiological states of the test subject with a reference sensor to obtain a plurality of physiological state measurements; and correlating the received data with the physiological state measurements of the test subject. physically perturbing a body of a patient with one or more physical perturbations; receiving, at a computer system (100; 500), a set of input data from one or more physiological sensors, the set of input data pertaining to one or more physiological parameters of the physically perturbed body of the patient; analyzing, with the computer system (100; 500), the input data to determine a patient response to the one or more physical perturbations; generating diagnostic data, with the computer system (100; 500), concerning one or more physiological states of the patient; and displaying, with a display device, at least a portion of the diagnostic data; physically perturbing a test subject with the one or more physical perturbations; receiving data pertaining to a plurality of more physiological parameters of a test subject to obtain a plurality of physiological data sets; directly measuring the one or more physiological states of the test subject with a reference sensor to obtain a plurality of physiological state measurements; and correlating the received data with the physiological state measurements of the test subject.
Ice cream composition reduced in fat, that is comprising a total fat content of less than 3.3% by weight, and reduced in sugar and comprising 20% to 40% by weight of water-soluble solids, of which: - from 8.00% to 11.00% by weight of whole milk powder; - from 0.10% to 1.00% by weight of powdered egg yolk; - from 0.10% to 2.00% of at least one natural gum by weight, and - from 60% to 70% by weight of water relative to the total weight of the composition. - from 8.00% to 11.00% by weight of whole milk powder; - from 0.10% to 1.00% by weight of powdered egg yolk; - from 0.10% to 2.00% of at least one natural gum by weight, and - from 60% to 70% by weight of water relative to the total weight of the composition.
A method for manufacturing an antenna circuit having a component, said method comprising - forming an inductance (L1, L2) of a resonance circuit to the antenna circuit; - forming a multiple of connection areas (3.1, 3.2) for connecting the component to the antenna circuit, at least two of said multiple of connection areas (3.1, 3.2) being part of the resonance circuit wherein each connection area comprises a first connection pad (3.1) and a second connection pad (3.2); and - forming said inductance (L1, L2) of the resonance circuit as a dipole antenna comprising two radiators (6.1, 6.2), said radiators (6.1, 6.2) comprising at least a first end (2.2) and a second end (2.7); and - forming a conductor (2.4, 2.6) between said second end (2.7) of each of said two radiators (6.1, 6.2) and said multiple of connection areas (3.1, 3.2); and - connecting the component to at least two of said multiple of connection areas (3.1, 3.2); and - forming a loop conductor (2.9) between said radiators (6.1, 6.2), characterised in that the method further comprises: - forming the connection areas in such a way that each connection area (3.1, 3.2) together with the conductors (2.4, 2.6) and the loop conductor (2.9) forms a loop, and that the length of the two radiators (6.1, 6.2) remains the same. - forming an inductance (L1, L2) of a resonance circuit to the antenna circuit; - forming a multiple of connection areas (3.1, 3.2) for connecting the component to the antenna circuit, at least two of said multiple of connection areas (3.1, 3.2) being part of the resonance circuit wherein each connection area comprises a first connection pad (3.1) and a second connection pad (3.2); and - forming said inductance (L1, L2) of the resonance circuit as a dipole antenna comprising two radiators (6.1, 6.2), said radiators (6.1, 6.2) comprising at least a first end (2.2) and a second end (2.7); and - forming a conductor (2.4, 2.6) between said second end (2.7) of each of said two radiators (6.1, 6.2) and said multiple of connection areas (3.1, 3.2); and - connecting the component to at least two of said multiple of connection areas (3.1, 3.2); and - forming a loop conductor (2.9) between said radiators (6.1, 6.2), characterised in that the method further comprises: - forming the connection areas in such a way that each connection area (3.1, 3.2) together with the conductors (2.4, 2.6) and the loop conductor (2.9) forms a loop, and that the length of the two radiators (6.1, 6.2) remains the same. - forming the connection areas in such a way that each connection area (3.1, 3.2) together with the conductors (2.4, 2.6) and the loop conductor (2.9) forms a loop, and that the length of the two radiators (6.1, 6.2) remains the same.
Measurement input for connecting a small signal transformer to an electrical device, having - an electrical input for connecting a connection line of the small signal transformer; - an electrical output for outputting a measurement signal to the electrical device; and - a correction element which has a digital filter, the filter transfer function of which is adapted for the small signal transformer; wherein - the filter transfer function of the correction element is defined by means of a parameter set, wherein the parameter set is able to be variably preset specifically for the small signal transformer, characterized in that - the parameter set is able to be preset specifically for different types of small signal transformers on the one hand for current measurement and on the other hand for voltage measurement. - an electrical input for connecting a connection line of the small signal transformer; - an electrical output for outputting a measurement signal to the electrical device; and - a correction element which has a digital filter, the filter transfer function of which is adapted for the small signal transformer; - the filter transfer function of the correction element is defined by means of a parameter set, wherein the parameter set is able to be variably preset specifically for the small signal transformer, - the parameter set is able to be preset specifically for different types of small signal transformers on the one hand for current measurement and on the other hand for voltage measurement.
An inhalable dry powder formulation of nicotine for use in the treatment of nicotine addiction, the inhalable dry powder formulation comprising: nicotine-based particles comprising between 0.1 - 2.0 mg nicotine at a concentration of between 0.5% and 10% of nicotine in the formulation; an amino acid, and a first cough suppressant component comprising between 0.1 - 5% of the formulation; wherein the nicotine-based particles are formed by mixing nicotine and sugar with a liquid carrier to form a flowable mixture and spray drying the flowable mixture, wherein the mass median aerodynamic diameter (MMAD) of the nicotine-based particles is between 2-5 microns, wherein the first cough suppressant component comprises particles with MMAD between 5-10 micron; and wherein the formulation is administered to a subject via inhalation. nicotine-based particles comprising between 0.1 - 2.0 mg nicotine at a concentration of between 0.5% and 10% of nicotine in the formulation; an amino acid, and a first cough suppressant component comprising between 0.1 - 5% of the formulation; wherein the nicotine-based particles are formed by mixing nicotine and sugar with a liquid carrier to form a flowable mixture and spray drying the flowable mixture, wherein the mass median aerodynamic diameter (MMAD) of the nicotine-based particles is between 2-5 microns, wherein the first cough suppressant component comprises particles with MMAD between 5-10 micron; and wherein the formulation is administered to a subject via inhalation.
A pump hose, particularly a silicone pump hose, for a peristaltic pump, for insertion into a peristaltic pump segment, comprising - a tubular center part, - connecting parts (12, 14) arranged at both sides thereof, for connecting the pump hose to other elements, - flange parts (17, 18) arranged at both sides thereof, particularly for insertion into a cartridge part of the peristaltic pump, wherein - the tubular center part, the connecting parts (12, 14) arranged at both sides thereof and the flange parts (17, 18) arranged at both sides thereof are integrally produced from silicone, preferably from platinum-linked silicone, - the connecting parts (12, 14) each have a head-like shaped sealing surface, - wherein the sealing surface is surrounded by a substantially circular sealing bulge that protrudes longitudinally beyond the sealing surface, characterized in that - the flange parts (17, 18) comprise means for inserting the pump hose in a non-gas-tight manner, preferably also in a non-fluid-tight manner, into the peristaltic pump segment, and the said means comprise nubs that are formed towards the tubular center part. - a tubular center part, - connecting parts (12, 14) arranged at both sides thereof, for connecting the pump hose to other elements, - flange parts (17, 18) arranged at both sides thereof, particularly for insertion into a cartridge part of the peristaltic pump, - the tubular center part, the connecting parts (12, 14) arranged at both sides thereof and the flange parts (17, 18) arranged at both sides thereof are integrally produced from silicone, preferably from platinum-linked silicone, - the connecting parts (12, 14) each have a head-like shaped sealing surface, - wherein the sealing surface is surrounded by a substantially circular sealing bulge that protrudes longitudinally beyond the sealing surface, characterized in that - the flange parts (17, 18) comprise means for inserting the pump hose in a non-gas-tight manner, preferably also in a non-fluid-tight manner, into the peristaltic pump segment, and the said means comprise nubs that are formed towards the tubular center part.
Fuel rail, comprising a main gallery and in particular at least one fixing bracket and in particular at least one injector cup, wherein the fuel rail is a one-piece fuel rail which comprises at least one first fuel rail section having a first average density and at least one second fuel rail section having a second average density, wherein the second average density is smaller than the first average density, characterized in that the at least one fixing bracket of the one-piece fuel rail comprises a body, which in particular has a cylindrical shape, wherein the body extends around a hollow cavity and along a longitudinal direction of the hollow cavity and wherein the body comprises the at least one first fuel rail section and the at least one second fuel rail section, and in that the first fuel rail section comprises a first end wall, a second end wall, a first lateral wall and a second lateral wall, wherein the first end wall and the second end wall are spaced from each other with regard to the longitudinal direction, wherein the first lateral wall extends outside of the second lateral wall and wherein the first end wall, the second end wall, the first lateral wall and the second lateral wall together encase the second fuel rail section, and in that the fuel rail comprises at least one third fuel rail section having a third average density wherein the third average density is smaller than the second average density, and in that the second fuel section has a first lattice structure and the third fuel section has a second lattice structure wherein the first lattice structure and the second lattice structure are different from each other, in particular are different kinds of structure.
A diffractive pigment blend comprising: a plurality of groups of all-dielectric diffractive pigment flakes, wherein the all-dielectric diffractive pigment flakes of each group each include a plurality of dielectric layers (810, 820, 821) including a core layer and one or more encapsulating layers, for providing a background color, and wherein at least one of the one or more dielectric layers (810, 820, 821) includes a diffractive structure for providing a diffractive effect; wherein each group of all-dielectric diffractive pigment flakes provides a different diffractive effect; and wherein the diffractive pigment blend provides a combined diffractive effect that is a combination of the different diffractive effects provided by the groups of all-dielectric diffractive pigment flakes; characterised in that the diffractive pigment blend is a color-neutral composition, and that each group of the all-dielectric diffractive pigment flakes has an encapsulated structure including alternating layers of high-index dielectric material and low-index dielectric material, and a different physical thickness of the core layer, and wherein the core layer in each group includes a diffraction grating. a plurality of groups of all-dielectric diffractive pigment flakes, wherein the all-dielectric diffractive pigment flakes of each group each include a plurality of dielectric layers (810, 820, 821) including a core layer and one or more encapsulating layers, for providing a background color, and wherein at least one of the one or more dielectric layers (810, 820, 821) includes a diffractive structure for providing a diffractive effect; wherein each group of all-dielectric diffractive pigment flakes provides a different diffractive effect; and wherein the diffractive pigment blend provides a combined diffractive effect that is a combination of the different diffractive effects provided by the groups of all-dielectric diffractive pigment flakes; characterised in that the diffractive pigment blend is a color-neutral composition, and that each group of the all-dielectric diffractive pigment flakes has an encapsulated structure including alternating layers of high-index dielectric material and low-index dielectric material, and a different physical thickness of the core layer, and wherein the core layer in each group includes a diffraction grating.
A process for the production of glycolaldehyde comprising the step of thermolytic fragmentation of a salt-depleted crude carbohydrate feedstock comprising at least 20 wt/wt % mono- and/or di-saccharide(s) and less than 200 ppm salts to obtain the glycolaldehyde, wherein the salt-depleted carbohydrate feedstock comprises one or more impurities selected from the group of arsenic, lead, sulfate, sulfur dioxide, and 5-(hydroxymethyl)furfural.
A track for an all-terrain vehicle, and namely for an armoured vehicle, comprising links hinged together so as to form a closed chain, each link carrying at least one body (21, 22) equipped with a track shoe (29, 48) intended to come into contact with the ground, track incorporating a row of median bodies that is arranged so as to be longitudinally offset with respect to the row of lateral bodies, each median body being thus positioned staggered between four lateral bodies, each median body being further hinged, by means of at least two parallel pins, to four lateral bodies, that is to say two lateral bodies from each lateral row, the pins being positioned at an equal distance from one another, each median body is formed of two half-bodies (21a, 21b) assembled together by linking means (45, 31a, 31b), characterised in that the two half-bodies are capped by the same track shoe, the two half-bodies (21a, 21b) each incorporates a tongue (30a, 30b) equipped with toothing (31a, 31b), the toothing of one tongue cooperating with that of another after assembly to ensure a link in longitudinal traction of the two half-bodies (21a, 21b), fastening screws further ensuring the joining of the two half-bodies (21a, 21b).