mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, from an encoded video data bitstream, video data, a plurality of filters and filter selection information embedded in the video data bitstream; determining pixels for which each filter of the plurality of filters is to be applied based on a predetermined measure of local characteristics of an image wherein the predetermined measure of local characteristics of the image is a variance value of the pixels of a reconstructed image from a mean value of the pixels of the reconstructed image; selecting for the pixels, based on the filter selection information included in the video data bitstream and the variance value, a particular filter of the plurality of filters; and applying the particular filter to the pixels of decoded video data of the video data bitstream to produce filtered decoded video data wherein the particular filter is applied within a processing loop at the decoder in which a filtered frame is used to predict future frames; wherein a first filter of the plurality of filters is applied to first pixels having a first value of the predetermined measure of local characteristics of the image in a first range of values and a second filter of the plurality of filters is applied to second pixels having a second value of the predetermined measure of local characteristics of the image in a second range of values. receiving, from an encoded video data bitstream, video data, a plurality of filters and filter selection information embedded in the video data bitstream; determining pixels for which each filter of the plurality of filters is to be applied based on a predetermined measure of local characteristics of an image wherein the predetermined measure of local characteristics of the image is a variance value of the pixels of a reconstructed image from a mean value of the pixels of the reconstructed image; selecting for the pixels, based on the filter selection information included in the video data bitstream and the variance value, a particular filter of the plurality of filters; and applying the particular filter to the pixels of decoded video data of the video data bitstream to produce filtered decoded video data wherein the particular filter is applied within a processing loop at the decoder in which a filtered frame is used to predict future frames; wherein a first filter of the plurality of filters is applied to first pixels having a first value of the predetermined measure of local characteristics of the image in a first range of values and a second filter of the plurality of filters is applied to second pixels having a second value of the predetermined measure of local characteristics of the image in a second range of values.
A communication method, applied to a communications system supporting a first communications standard and a second communications standard, wherein the communications system comprises a base station supporting connectivity to a core network of the first communications standard and a core network of the second communications standard, and the method comprising: receiving, by a terminal, information broadcast by the base station in a cell served by the base station, wherein the information comprises a first area identity and a second area identity, wherein the first area identity is used to identify an area used for location management for a terminal in the first communications standard, and the second area identity is used to identify an area used for location management for a terminal in the second communications standard, and a format of the first area identity is different from a format of the second area identity; initiating, by the terminal a first area update to a core network of the second communications standard by sending a first area update request to the base station, in a case that the terminal enters the cell served by the base station from a cell served by another base station of the second communications standard and when the second area identity in the information received by the terminal does not belong to a current area list of the terminal, wherein the current area list is allocated by the core network of the second communications standard before the terminal enters the cell served by the base station and does not include the first area identity. receiving, by a terminal, information broadcast by the base station in a cell served by the base station, wherein the information comprises a first area identity and a second area identity, wherein the first area identity is used to identify an area used for location management for a terminal in the first communications standard, and the second area identity is used to identify an area used for location management for a terminal in the second communications standard, and a format of the first area identity is different from a format of the second area identity; initiating, by the terminal a first area update to a core network of the second communications standard by sending a first area update request to the base station, in a case that the terminal enters the cell served by the base station from a cell served by another base station of the second communications standard and when the second area identity in the information received by the terminal does not belong to a current area list of the terminal, wherein the current area list is allocated by the core network of the second communications standard before the terminal enters the cell served by the base station and does not include the first area identity.
A system for assessing a mental health disorder in a human subject, the system comprising: a display configured to display a series of natural test images (10,18) to the subject; an input by which the subject can input a response, following the display of each test image, as to whether or not the test image satisfies a predetermined categorisation criterion; control processor configured to control the display of the test images by the display, to measure the duration of time from when each test image is initially displayed to when the corresponding response is input by the subject, and to generate a set of response data including the response times in respect of each of the test images; and a data processor configured to process the set of response data and to compare the processed response data with reference data to assess whether or not the subject has, or is likely to develop, the mental health disorder, characterised in that the control processor is configured to cause the display to display each test image (10,18) for a duration of the order of 10 ms, followed by a blank screen (12,20) for a duration of the order of 10 ms, followed by a noisy mask (14,22) for a duration of the order of 100 ms or longer. a display configured to display a series of natural test images (10,18) to the subject; an input by which the subject can input a response, following the display of each test image, as to whether or not the test image satisfies a predetermined categorisation criterion; control processor configured to control the display of the test images by the display, to measure the duration of time from when each test image is initially displayed to when the corresponding response is input by the subject, and to generate a set of response data including the response times in respect of each of the test images; and a data processor configured to process the set of response data and to compare the processed response data with reference data to assess whether or not the subject has, or is likely to develop, the mental health disorder, characterised in that the control processor is configured to cause the display to display each test image (10,18) for a duration of the order of 10 ms, followed by a blank screen (12,20) for a duration of the order of 10 ms, followed by a noisy mask (14,22) for a duration of the order of 100 ms or longer.
Method for fastening a fitting part to a window or a door composed of plastics hollow profile sections (10, 50), with at least the following steps: - connecting plastics hollow profile sections (10, 50) to form a frame or ring; - arranging a hole pattern for the fastening screws and/or centring projections of the fitting part on the frame or the ring, - introducing at least one fastening and filling bore (11, 12) in the hole pattern of the fitting part or in a surface region directly adjacent thereto; - introducing a rapidly curing, pasty or highly viscous adhesive compound through the at least one fastening and filling bore (11, 12) into a hollow chamber (14, 16, 54) of the frame or ring in the surrounding region of the fastening points or fastening bores for the fastening screws; - placing the fitting part thereon and screwing the fastening screws into the frame and/or the ring until they reach the adhesive compound; - allowing the adhesive compound to cure in order to form a counter bearing element which surrounds the screw stems of the fastening screws, the screw stems protruding into the hollow chamber (15, 16, 54). - connecting plastics hollow profile sections (10, 50) to form a frame or ring; - arranging a hole pattern for the fastening screws and/or centring projections of the fitting part on the frame or the ring, - introducing at least one fastening and filling bore (11, 12) in the hole pattern of the fitting part or in a surface region directly adjacent thereto; - introducing a rapidly curing, pasty or highly viscous adhesive compound through the at least one fastening and filling bore (11, 12) into a hollow chamber (14, 16, 54) of the frame or ring in the surrounding region of the fastening points or fastening bores for the fastening screws; - placing the fitting part thereon and screwing the fastening screws into the frame and/or the ring until they reach the adhesive compound; - allowing the adhesive compound to cure in order to form a counter bearing element which surrounds the screw stems of the fastening screws, the screw stems protruding into the hollow chamber (15, 16, 54).
A method of setting a calibration curve for quantitatively analyzing specific components in a drug by a transmission Raman spectrum, the method comprising the steps of: obtaining respective transmission Raman spectra of a plurality of different wave number ranges including Raman bands corresponding to the specific components for each of a plurality of known drugs of which concentrations or amounts of the specific components are known and the concentrations or the amounts are different from each other; calculating candidate calibration curves which are candidates for calibration curves used for the quantitative analysis respectively from the plurality of transmission Raman spectra for the plurality of the known drugs in each of the different wave number ranges, wherein one of the candidate calibration curves is calculated for each of the different wave number ranges; and using the most probable candidate calibration curve as a calibration curve for the quantitative analysis of the specific components, among the respective candidate calibration curves, wherein the most probable candidate calibration curve corresponds to the candidate calibration curve having the least residual or the candidate calibration curve having the highest correlation coefficient. obtaining respective transmission Raman spectra of a plurality of different wave number ranges including Raman bands corresponding to the specific components for each of a plurality of known drugs of which concentrations or amounts of the specific components are known and the concentrations or the amounts are different from each other; calculating candidate calibration curves which are candidates for calibration curves used for the quantitative analysis respectively from the plurality of transmission Raman spectra for the plurality of the known drugs in each of the different wave number ranges, wherein one of the candidate calibration curves is calculated for each of the different wave number ranges; and using the most probable candidate calibration curve as a calibration curve for the quantitative analysis of the specific components, among the respective candidate calibration curves, wherein the most probable candidate calibration curve corresponds to the candidate calibration curve having the least residual or the candidate calibration curve having the highest correlation coefficient.
An oscillating descaler for semi-finished metallurgical products comprising a passageway delimited by an input section and an opposite output section, said passageway being crossable by at least one semi-finished metallurgical product to be descaled according to a crossing direction oriented from said input section to said output section, said descaler comprising at least one manifold for a pressurized fluid, said manifold being extended according to a longitudinal direction defined between a first longitudinal end and a second opposite longitudinal end of said manifold (20, 20b), said manifold (20,20b) being arranged so that said longitudinal direction is not parallel to said crossing direction, said manifold (20, 20b) being provided with at least one nozzle for spraying a jet of said fluid according to a spray direction which is coaxial to an outlet hole of said nozzle, said spray direction being oriented from said manifold (20, 20b) towards said passageway so as to intercept said semi-finished product to be descaled, said descaler being provided with motor means for generating a rectilinear oscillating motion of said jet along said longitudinal direction, said nozzle being oriented so that said spray direction is inclined towards said input section and inclined towards one or the other of said first and second longitudinal ends (21, 22) of said manifold (20, 20b), characterized in that said jet has a laminar shape and is oriented so as to intercept said semi-finished product to be descaled according to a rectilinear trace parallel to said crossing direction.
A hydraulic expansion chuck with a hydraulic expansion mechanism that is integrated into a chuck body (10, 20) and exhibits an expansion bushing with a continuous cylindrical interior wall, and a reducing bushing arranged in the expansion bushing for accommodating a shank tool, in particular a tap drill, wherein the outer circumference of the reducing bushing is positively connected with the chuck body (10, 20) in a torque-proof manner by an outer polygonal profile which is positively accommodated in an inner polygonal profile of the chuck body (10, 20), characterized in that the reducing bushing is at its inner circumference designed to be positively connected with the shank tool in a torque-proof manner, by an inner polygonal profile for the positive accommodation of an outer polygonal profile at the shank end of the shank tool, the positive connection between the reducing bushing and the chuck body (10, 20) is axially restricted to a longitudinal end section of the reducing bushing, and the positive connection between the reducing bushing and the shank tool is axially restricted to a longitudinal end section of the reducing bushing.
Optical frame glasses to limit the occurrence and development of myopia, comprising a lens, wherein the lens has a circular central area and a plurality of annular focus-increasing compensation areas surrounding the central area, the center of the circular central area coincides with the optical center of the lens, wherein in a radially outward direction, positive focal powers of the central area and the plurality of focus-increasing compensation areas progressively increase, characterized in that the lens has five focus-increasing compensation areas of equal width, the diameter of the central area is 2 mm, and the ring width of each of the focus-increasing compensation areas is 2 mm, wherein the increase value of the positive focal powers of the five equal-width focus-increasing compensation areas, which are arranged successively in the radially outward direction, relative to the central area are 0.01D, 0.03D, 0.07D, 0.12D and 0.18D, respectively. the lens has five focus-increasing compensation areas of equal width, the diameter of the central area is 2 mm, and the ring width of each of the focus-increasing compensation areas is 2 mm, wherein the increase value of the positive focal powers of the five equal-width focus-increasing compensation areas, which are arranged successively in the radially outward direction, relative to the central area are 0.01D, 0.03D, 0.07D, 0.12D and 0.18D, respectively.
Guide vane ring for a turbomachine, comprising: an inner ring, on the radially outer surface of which a receiving channel extends in the circumferential direction; a plurality of bearing bodies which are arranged in the receiving channel of the inner ring; a plurality of guide vanes, each of which is inserted at the radially inner end thereof into one of the bearing bodies; and at least one sealing element (40a, 40b) for sealing at least one gap between the inner ring and at least one of the bearing bodies and/or between two bearing bodies, characterized in that the receiving channel has at least one groove (15a, 15b) in each case on two mutually facing lateral walls, into which groove a portion of a relevant sealing element (40a, 40b) is inserted, the at least one sealing element (40a, 40b) consisting at least partially of sheet metal. an inner ring, on the radially outer surface of which a receiving channel extends in the circumferential direction; a plurality of bearing bodies which are arranged in the receiving channel of the inner ring; a plurality of guide vanes, each of which is inserted at the radially inner end thereof into one of the bearing bodies; and at least one sealing element (40a, 40b) for sealing at least one gap between the inner ring and at least one of the bearing bodies and/or between two bearing bodies, characterized in that the receiving channel has at least one groove (15a, 15b) in each case on two mutually facing lateral walls, into which groove a portion of a relevant sealing element (40a, 40b) is inserted, the at least one sealing element (40a, 40b) consisting at least partially of sheet metal.
A method of disinfecting a surface comprising contacting said surface with a composition comprising (i) an organic surfactant comprising a blend of saturated and unsaturated fatty acid salts selected from C 4 -C 24 saturated and unsaturated fatty acid salts, such that the blend comprises at least land up to 6% C 6 -C 10 fatty acids salts, and at least 30% C 12 -C 14 fatty acid salts; and an organic acid selected from the group consisting of citric acid, tartaric acid, lactic acid and malic acid or (ii) an organic surfactant derived from the saponification of one or more natural oils and comprising at least 1 and up to 6% caproic, caprylic and capric acid salts, and at least 30% lauric and myristic acid salts; and an organic acid selected from the group consisting of citric acid, tartaric acid, lactic acid and malic acid and wherein a biofilm is present on the surface. (i) an organic surfactant comprising a blend of saturated and unsaturated fatty acid salts selected from C 4 -C 24 saturated and unsaturated fatty acid salts, such that the blend comprises at least land up to 6% C 6 -C 10 fatty acids salts, and at least 30% C 12 -C 14 fatty acid salts; and an organic acid selected from the group consisting of citric acid, tartaric acid, lactic acid and malic acid or (ii) an organic surfactant derived from the saponification of one or more natural oils and comprising at least 1 and up to 6% caproic, caprylic and capric acid salts, and at least 30% lauric and myristic acid salts; and an organic acid selected from the group consisting of citric acid, tartaric acid, lactic acid and malic acid and wherein a biofilm is present on the surface.
An image forming apparatus comprising: an image forming part to form a plurality of patterns, a pattern including a ratio of at least one white dot line and at least one black dot line, on an image forming medium which uses a photoconductive drum; a registration sensor to sense an amount of light reflected from the plurality of patterns on the image forming medium and output a signal corresponding to the amount of sensed light; and a processor to receive the signal from the registration sensor, and determine a wear state of the photoconductive drum based on the amount of sensed light in the plurality of patterns. characterized in that the image forming part forms the plurality of patterns to include different ratio of number of white dot lines and black dot lines at determined intervals in the sub-scanning direction of the image forming medium. an image forming part to form a plurality of patterns, a pattern including a ratio of at least one white dot line and at least one black dot line, on an image forming medium which uses a photoconductive drum; a registration sensor to sense an amount of light reflected from the plurality of patterns on the image forming medium and output a signal corresponding to the amount of sensed light; and a processor to receive the signal from the registration sensor, and determine a wear state of the photoconductive drum based on the amount of sensed light in the plurality of patterns. characterized in that the image forming part forms the plurality of patterns to include different ratio of number of white dot lines and black dot lines at determined intervals in the sub-scanning direction of the image forming medium.
An engine device of a working vehicle comprising: a first case which removes particulate matter in exhaust gas of an engine; and a second case which removes nitrogen oxide in the exhaust gas of the engine, wherein the first case is provided in an outer side of an engine room which is inward provided with the engine and formed by an engine room frame, via a first case support body, and the second case is provided in a working portion which is adjacent to the engine room, via a second case support body (230, 231), characterized in that the first case is supported vertically, and the second case is supported transversely to the first case so as to extend longer in a back-and-forth direction of the working vehicle, wherein an exhaust gas inlet of the second case is connected to an exhaust gas outlet of the first case via an urea mixing pipe, a tail pipe is connected to an exhaust gas outlet of the second case, and the urea mixing pipe, the second case and the tail pipe are connected approximately linearly. a first case which removes particulate matter in exhaust gas of an engine; and a second case which removes nitrogen oxide in the exhaust gas of the engine, wherein the first case is provided in an outer side of an engine room which is inward provided with the engine and formed by an engine room frame, via a first case support body, and the second case is provided in a working portion which is adjacent to the engine room, via a second case support body (230, 231), characterized in that the first case is supported vertically, and the second case is supported transversely to the first case so as to extend longer in a back-and-forth direction of the working vehicle, wherein an exhaust gas inlet of the second case is connected to an exhaust gas outlet of the first case via an urea mixing pipe, a tail pipe is connected to an exhaust gas outlet of the second case, and the urea mixing pipe, the second case and the tail pipe are connected approximately linearly.