mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a connection path to a virtual private network (22 A-C) - VPN - within a communications network having at least two interconnected domains (10 A-E), from a first node in a first domain to a second node associated with a target VPN not originally available in the first domain, the method comprising the steps of: sending, from a VPN control node of the first domain to a VPN control node of an adjacent domain, an information request about any existence of the target VPN in the adjacent domain, wherein the information request comprises an identity of the target VPN; comparing, by the VPN control node of the adjacent domain, the received information request with the adjacent domain's VPN information available in the VPN control node of the adjacent domain; returning, by the VPN control node of the adjacent domain, to the VPN control node of the first domain, connection path information from the adjacent domain to the first domain, if information about a connection path to the target VPN is present in the domain's VPN information available in the adjacent domain; and forwarding, by the VPN control node of the adjacent domain to a VPN control node of a further adjacent domain, the information request about existence of the target VPN in the further adjacent domain, if information about a connection path to the target VPN is not present in the domain's VPN information available in the VPN control node of the adjacent domain. sending, from a VPN control node of the first domain to a VPN control node of an adjacent domain, an information request about any existence of the target VPN in the adjacent domain, wherein the information request comprises an identity of the target VPN; comparing, by the VPN control node of the adjacent domain, the received information request with the adjacent domain's VPN information available in the VPN control node of the adjacent domain; returning, by the VPN control node of the adjacent domain, to the VPN control node of the first domain, connection path information from the adjacent domain to the first domain, if information about a connection path to the target VPN is present in the domain's VPN information available in the adjacent domain; and forwarding, by the VPN control node of the adjacent domain to a VPN control node of a further adjacent domain, the information request about existence of the target VPN in the further adjacent domain, if information about a connection path to the target VPN is not present in the domain's VPN information available in the VPN control node of the adjacent domain.
An autonomous equipped underwater vehicle for the acquisition of the gravimetric and magnetic gradient near the seabed, characterized in that it comprises: - at least one gravimetric gradiometer; - at least one magnetic gradiometer. - at least one gravimetric gradiometer; - at least one magnetic gradiometer.
A catcher tank assembly for a waterjet cutting machine, the catcher tank assembly comprising: a catcher tank including a plurality of tank sections (42, 43, 44) detachably coupleable together in a side-by-side manner to collectively define an internal tank cavity to hold a volume of water for absorbing energy of a jet generated by the waterjet cutting machine during a cutting operation; and a workpiece support system detachably coupleable to the catcher tank, the workpiece support system including a plurality of workpiece support modules (52, 52') arrangeable in an array to support a workpiece platform on which to support a workpiece to be processed during the cutting operation. a catcher tank including a plurality of tank sections (42, 43, 44) detachably coupleable together in a side-by-side manner to collectively define an internal tank cavity to hold a volume of water for absorbing energy of a jet generated by the waterjet cutting machine during a cutting operation; and a workpiece support system detachably coupleable to the catcher tank, the workpiece support system including a plurality of workpiece support modules (52, 52') arrangeable in an array to support a workpiece platform on which to support a workpiece to be processed during the cutting operation.
A device for pelleting a past-like mass, in particular a past-like matrix containing seeds, the pellets to be made with the device having an elongate shape, with an exterior drum including a first axis and an inner surface, with an interior drum including a second axis and an outer surface, the interior drum being inserted into the exterior drum, with a drive unit, which drives the interior drum in rotation about the second axis and/or the exterior drum about the first axis with the proviso that the outer surface of the interior drum and the inner surface of the exterior drum rotatingly move in relation to each other, wherein the outer surface and the inner surface form, viewed in a cross-section surface extending in a vertical plane, a wedge-shaped pelleting space, which is tapering downwardly in the vertical direction and is open at its lower end.
An oxidation-reduction substance equilibrium potential estimating method, comprising: applying a voltage to an electrode contacting a sample containing an oxidation-reduction substance and sweeping the applied voltage; measuring a current flowing through the electrode; once the integrated value of the current becomes zero or negative while sweeping the applied voltage in a direction to be reduced, or zero or positive while sweeping the applied voltage in a direction to be increased, determining whether the variation of the applied voltage has converged; if it is determined that the variation of the applied voltage has not converged, sweeping the applied voltage in an opposite direction to a sweep direction in the previous sweeping; repeatedly executing the determining and the sweeping the applied voltage in an opposite direction until it is determined that the variation of the applied voltage has converged; and estimating an oxidation-reduction substance equilibrium potential at the value of the converged applied voltage. applying a voltage to an electrode contacting a sample containing an oxidation-reduction substance and sweeping the applied voltage; measuring a current flowing through the electrode; once the integrated value of the current becomes zero or negative while sweeping the applied voltage in a direction to be reduced, or zero or positive while sweeping the applied voltage in a direction to be increased, determining whether the variation of the applied voltage has converged; if it is determined that the variation of the applied voltage has not converged, sweeping the applied voltage in an opposite direction to a sweep direction in the previous sweeping; repeatedly executing the determining and the sweeping the applied voltage in an opposite direction until it is determined that the variation of the applied voltage has converged; and estimating an oxidation-reduction substance equilibrium potential at the value of the converged applied voltage.
A method for determining boundaries of a rectangular moving image region (110,410) having a rectangular external shape displayed in a part of a display region (100, 200) on the basis of determinations using respective display frames, the method comprising: step i) determining if a rectangular moving image region (110,410) in a frame at a first time t is detected based on a difference to a frame at a different time, then retaining the boundary coordinates of the rectangular moving image region (110,410); and for each subsequent frame at time t+m, repeating step i) for determining if the rectangular moving image region (110,410) is not detected in the frame at time t+m, and if it is not detected, then determining whether there is a box in the frame at time t+m at the boundary coordinates of the rectangular moving image region (110,410) as retained from the first time t, based on pixel values of the frame at time t+m without using the frame at the first time t and, if it is determined that there is a box at time t+m, then judging that the region specified by the boundary coordinates of the rectangular moving image region of the first time t is a moving region in the frame of time t+n, wherein n≥m. step i) determining if a rectangular moving image region (110,410) in a frame at a first time t is detected based on a difference to a frame at a different time, then retaining the boundary coordinates of the rectangular moving image region (110,410); and for each subsequent frame at time t+m, repeating step i) for determining if the rectangular moving image region (110,410) is not detected in the frame at time t+m, and if it is not detected, then determining whether there is a box in the frame at time t+m at the boundary coordinates of the rectangular moving image region (110,410) as retained from the first time t, based on pixel values of the frame at time t+m without using the frame at the first time t and, if it is determined that there is a box at time t+m, then judging that the region specified by the boundary coordinates of the rectangular moving image region of the first time t is a moving region in the frame of time t+n, wherein n≥m.
A helmet comprising: an outer shell configured to be disposed at least partly around a head of a wearer, wherein the outer shell comprises one or more channels configured to receive a portion of a corresponding eyewear and hold the eyewear relative to the outer shell, the outer shell comprising a first channel disposed on a left side of the outer shell and a second channel on a right side of the outer shell, and the first channel being configured to receive a first arm of the eyewear and the second channel being configured to receive a second arm of the eyewear; characterised in that: the first channel and second channel are configured to hold the eyewear such that a lens of the eye wear is disposed on a rearward portion of the outer shell. an outer shell configured to be disposed at least partly around a head of a wearer, wherein the outer shell comprises one or more channels configured to receive a portion of a corresponding eyewear and hold the eyewear relative to the outer shell, the outer shell comprising a first channel disposed on a left side of the outer shell and a second channel on a right side of the outer shell, and the first channel being configured to receive a first arm of the eyewear and the second channel being configured to receive a second arm of the eyewear; characterised in that: the first channel and second channel are configured to hold the eyewear such that a lens of the eye wear is disposed on a rearward portion of the outer shell.
Laminate absorbent core comprising a first and second carrier substrate (62, 72), and superabsorbent polymer particles placed between the first and second carrier substrate (62, 72), wherein the superabsorbent polymer particles are immobilized by a first adhesive, the superabsorbent polymer particles making up more than 90% by weight of the total amount of material comprised between the first and second carrier substrates (62, 72), wherein the laminate absorbent core comprises a first, lower laminate layer and a second, upper laminate layer, the first laminate layer comprising the first carrier substrate and superabsorbent polymer particles and the second laminate layer comprises the second carrier substrate and superabsorbent polymer particles, wherein the first adhesive is at least applied between the first and second laminate layer (60, 70); characterized in that the laminate absorbent core has a peak swelling restriction pressure from 50 N/m 2 to 400 N/m 2, a swelling restriction pressure at 20 mm of more than 30 N/m 2, and a ratio of peak swelling restriction pressure to swelling restriction pressure at 20 mm of from 1 to 10, and further characterized in that the superabsorbent polymer particles are applied in the form of stripes in each of the laminate layers (60, 70), wherein the stripes of superabsorbent polymer particles of one laminate layer do not contact the stripes of superabsorbent polymer particles of the respective other layer. wherein the laminate absorbent core comprises a first, lower laminate layer and a second, upper laminate layer, the first laminate layer comprising the first carrier substrate and superabsorbent polymer particles and the second laminate layer comprises the second carrier substrate and superabsorbent polymer particles, wherein the first adhesive is at least applied between the first and second laminate layer (60, 70); characterized in that the laminate absorbent core has a peak swelling restriction pressure from 50 N/m 2 to 400 N/m 2, a swelling restriction pressure at 20 mm of more than 30 N/m 2, and a ratio of peak swelling restriction pressure to swelling restriction pressure at 20 mm of from 1 to 10, and further characterized in that the superabsorbent polymer particles are applied in the form of stripes in each of the laminate layers (60, 70), wherein the stripes of superabsorbent polymer particles of one laminate layer do not contact the stripes of superabsorbent polymer particles of the respective other layer.
Method of controlling and/or regulating a metallurgical plant, comprising the steps: - detecting a metal structure of a metal product after performance of a processing step on the metal product by means of the plant; - producing at least one structure characterisation characterising the respective detected metal structure; - comparing the respective produced structure characterisation with at least one predetermined boundary criterion; and - performing a further processing step, which follows the processing step, on the metal product by means of the plant exclusively when the respective produced characterisation fulfils the predetermined boundary criterion. - detecting a metal structure of a metal product after performance of a processing step on the metal product by means of the plant; - producing at least one structure characterisation characterising the respective detected metal structure; - comparing the respective produced structure characterisation with at least one predetermined boundary criterion; and - performing a further processing step, which follows the processing step, on the metal product by means of the plant exclusively when the respective produced characterisation fulfils the predetermined boundary criterion.
A communication method of a terminal in a mobile communication system, the method comprising: receiving, from a primary serving cell, PCell, a first control message including secondary serving cell, SCell, configuration information on an SCell to be added and discontinuous reception, DRX, configuration information; applying, if the first control message includes an indicator indicating that a first base station to which the PCell belongs is different from a second base station to which the SCell belongs, the DRX configuration information to a serving cell of the second base station; and applying, if the first control message does not include the indicator, the DRX configuration information to a serving cell of the first base station, wherein the DRX configuration information comprises at least one of an active time timer and a DRX-cycle parameter. receiving, from a primary serving cell, PCell, a first control message including secondary serving cell, SCell, configuration information on an SCell to be added and discontinuous reception, DRX, configuration information; applying, if the first control message includes an indicator indicating that a first base station to which the PCell belongs is different from a second base station to which the SCell belongs, the DRX configuration information to a serving cell of the second base station; and applying, if the first control message does not include the indicator, the DRX configuration information to a serving cell of the first base station, wherein the DRX configuration information comprises at least one of an active time timer and a DRX-cycle parameter.
A DC leakage current detector for detecting leakage current in a DC bus, the DC leakage current detector comprising: a pair of transformers (64, 66), each of the pair of transformers including: a magnetic core comprising an opening positionable about a pair of conductors (18, 20) of the DC bus, the pair of conductors creating a magnetic field in the magnetic core that is a sum of currents in the conductors; and a pair of windings (70, 72) wound about the magnetic core, the pair of windings including an excitation winding and a detection winding; an excitation and biasing circuit connected to the excitation winding in each of the pair of transformers to inject a current signal thereto, the injected current signal creating a changing magnetic flux in the core of each of the transformers; and a detector output connected to the detection winding in each of the pair of transformers to receive a voltage therefrom generated responsive to the magnetic flux in the core of each of the transformers, wherein the voltage on the detection windings provides a net voltage at the detector output whose value is indicative of a presence of a leakage current on the DC bus, wherein the pair of transformers (64, 66) comprise normally unsaturated transformers, i.e. transformers which are unsaturated under normal operating conditions, with the injected current signal creating the changing magnetic flux to partially saturate the magnetic cores of the transformers. a pair of transformers (64, 66), each of the pair of transformers including: a magnetic core comprising an opening positionable about a pair of conductors (18, 20) of the DC bus, the pair of conductors creating a magnetic field in the magnetic core that is a sum of currents in the conductors; and a pair of windings (70, 72) wound about the magnetic core, the pair of windings including an excitation winding and a detection winding; a magnetic core comprising an opening positionable about a pair of conductors (18, 20) of the DC bus, the pair of conductors creating a magnetic field in the magnetic core that is a sum of currents in the conductors; and a pair of windings (70, 72) wound about the magnetic core, the pair of windings including an excitation winding and a detection winding; an excitation and biasing circuit connected to the excitation winding in each of the pair of transformers to inject a current signal thereto, the injected current signal creating a changing magnetic flux in the core of each of the transformers; and a detector output connected to the detection winding in each of the pair of transformers to receive a voltage therefrom generated responsive to the magnetic flux in the core of each of the transformers, wherein the voltage on the detection windings provides a net voltage at the detector output whose value is indicative of a presence of a leakage current on the DC bus, wherein the pair of transformers (64, 66) comprise normally unsaturated transformers, i.e. transformers which are unsaturated under normal operating conditions, with the injected current signal creating the changing magnetic flux to partially saturate the magnetic cores of the transformers.
A rectangular perforated plastic bag having a closed bottom edge and an open top edge wherein the volume of said bag is 100 liters or more; wherein the average perforation diameter is 500 micrometers or less; wherein said plastic bag comprises a lower zone and a top zone, wherein the perforation density, which is the number of perforations per unit of surface area of the film, of said lower zone is greater than the perforation density of said top zone.
A method of manufacturing a display panel, the display panel being operable to enable content to be displayed on a step of an escalator, the method comprising the steps of: printing desired advertising content on a surface of a rigid plastic sheet; manufacturing a vacuum formed sheet by vacuum forming the printed plastic sheet to fit a desired part of an escalator step profile; trimming the vacuum formed sheet on all four sides; and applying an adhesive substance to a back surface of the vacuum formed sheet (302, 108); characterised in that the vacuum formed plastic sheet comprises cleats formed by elevations and grooves, said cleats of the vacuum formed plastic sheet taking the shape of the cleats of an escalator step. printing desired advertising content on a surface of a rigid plastic sheet; manufacturing a vacuum formed sheet by vacuum forming the printed plastic sheet to fit a desired part of an escalator step profile; trimming the vacuum formed sheet on all four sides; and applying an adhesive substance to a back surface of the vacuum formed sheet (302, 108); characterised in that the vacuum formed plastic sheet comprises cleats formed by elevations and grooves, said cleats of the vacuum formed plastic sheet taking the shape of the cleats of an escalator step.
An apparatus for motion compensation, the apparatus comprising:: a luma interpolation filtering unit which is configured for determining, in a luma reference picture, a luma reference block for prediction of a current block, by using a luma motion vector of the current block, and generating a luma sample of an 1/2-pixel location, an 1/4-pixel location or a 3/4-pixel location in the luma reference block by applying a 8-tap interpolation filter to luma samples of a integer pixel location of the luma reference picture; and a chroma interpolation filtering unit which is configured for determining, in a chroma reference picture, a chroma reference block for prediction of the current block, by using a chroma motion vector of the current block, and generating a chroma sample of an 1/2-pixel location in the chroma reference block by applying a interpolation filter to chroma samples of a integer pixel location of the chroma reference picture, wherein the 8-tap interpolation filter comprises eight filter coefficients for generating the luma sample of the 2/4-pixel location, which are {-1, 4, -11, 40, 40, -11, 4, -1}, wherein the luma motion vector indicates a sub-pixel location of an 1/4-pixel unit in the luma reference picture, wherein the filter coefficients of the 8-tap interpolation filter for generating the luma sample of the 1/4-pixel location are the same, but arranged in reverse order, as the filter coefficients of the 8-tap interpolation filter for generating the luma sample of the 3/4-pixel location. a luma interpolation filtering unit which is configured for determining, in a luma reference picture, a luma reference block for prediction of a current block, by using a luma motion vector of the current block, and generating a luma sample of an 1/2-pixel location, an 1/4-pixel location or a 3/4-pixel location in the luma reference block by applying a 8-tap interpolation filter to luma samples of a integer pixel location of the luma reference picture; and a chroma interpolation filtering unit which is configured for determining, in a chroma reference picture, a chroma reference block for prediction of the current block, by using a chroma motion vector of the current block, and generating a chroma sample of an 1/2-pixel location in the chroma reference block by applying a interpolation filter to chroma samples of a integer pixel location of the chroma reference picture, wherein the 8-tap interpolation filter comprises eight filter coefficients for generating the luma sample of the 2/4-pixel location, which are {-1, 4, -11, 40, 40, -11, 4, -1}, wherein the luma motion vector indicates a sub-pixel location of an 1/4-pixel unit in the luma reference picture, wherein the filter coefficients of the 8-tap interpolation filter for generating the luma sample of the 1/4-pixel location are the same, but arranged in reverse order, as the filter coefficients of the 8-tap interpolation filter for generating the luma sample of the 3/4-pixel location.