mhurhangee/ep-ind-claims huggingface dataset:
An image correction apparatus characterized by comprising: image capture means (15, 12) for capturing image data; separator means for separating the image data into luminance data and color-difference data; conversion means for performing a two-dimensional forward discrete Fourier transformation for the color-difference data obtained by the separator means in order to generate frequency analysis data containing direct-current and spatial frequency components; light-source state designating means for designating a light-source state when the image capture means captures the image data; setting means for setting a threshold of an amplitude value of a low spatial frequency component corresponding to a color variation, based on the light-source state designated by the light-source state designating means; correction means configured to decrease the low spatial frequency components of the frequency analysis data in order to correct the spatial frequency component of the frequency analysis data when an amplitude of a low spatial frequency component of the spatial frequency component corresponding to the color variation is smaller than the threshold set by the setting means; inverse-conversion means for performing a two-dimensional inverse discrete Fourier transformation for the spatial frequency component corrected by the correction means and the direct-current component in order to produce corrected color-difference data; and corrected image generator means for generating corrected image data from the corrected color-difference data and the luminance data. image capture means (15, 12) for capturing image data; separator means for separating the image data into luminance data and color-difference data; conversion means for performing a two-dimensional forward discrete Fourier transformation for the color-difference data obtained by the separator means in order to generate frequency analysis data containing direct-current and spatial frequency components; light-source state designating means for designating a light-source state when the image capture means captures the image data; setting means for setting a threshold of an amplitude value of a low spatial frequency component corresponding to a color variation, based on the light-source state designated by the light-source state designating means; correction means configured to decrease the low spatial frequency components of the frequency analysis data in order to correct the spatial frequency component of the frequency analysis data when an amplitude of a low spatial frequency component of the spatial frequency component corresponding to the color variation is smaller than the threshold set by the setting means; inverse-conversion means for performing a two-dimensional inverse discrete Fourier transformation for the spatial frequency component corrected by the correction means and the direct-current component in order to produce corrected color-difference data; and corrected image generator means for generating corrected image data from the corrected color-difference data and the luminance data.
A method implemented by scheduling system (100, 180) in a network node of scheduling uplink transmissions from one or more mobile terminals to the network node, said method comprising: determining a modeled air-interface parameter associated with said mobile terminals during a current transmission interval based on an earlier set of scheduling grants generated for said mobile terminals; determining a predicted error for a subsequent transmission interval based on the modeled air-interface parameter and a measured air-interface parameter reported by said mobile terminals during the current transmission interval; and generating a new set of scheduling grants for said mobile terminals for the subsequent transmission interval based on the predicted error. determining a modeled air-interface parameter associated with said mobile terminals during a current transmission interval based on an earlier set of scheduling grants generated for said mobile terminals; determining a predicted error for a subsequent transmission interval based on the modeled air-interface parameter and a measured air-interface parameter reported by said mobile terminals during the current transmission interval; and generating a new set of scheduling grants for said mobile terminals for the subsequent transmission interval based on the predicted error.
A method comprising: periodically receiving, by at least one network node (110, 204, 308) from a Proxy Call Session Control Function, P-CSCF (108, 206, 414), associated with a network, a P-CSCF configuration file, the P-CSCF configuration file identifying at least one service provided by the P-CSCF, the P-CSCF configuration file identifying at least one service availability indicating at least one of whether the P-CSCF is accepting attach requests for the at least one service, or whether the P-CSCF is able to handle a bandwidth required to process traffic to be generated by the at least one service associated with the P-CSCF; generating, by the at least one network node and based at least on the P-CSCF configuration file, a service configuration file that includes the P-CSCF as available for network sessions that utilize at least a service of the at least one service identified as being available; receiving, by the at least one network node and from a serving network node, a user device request to connect to the network, the user device request requesting access to the network and utilization of the service; determining, by the at least one network node and based at least on the user device request, a set of active P-CSCFs (414; 416, 418, 420) associated with the service, the set of active P-CSCFs including the P-CSCF; and providing, by the at least one network node and to the serving network node (202, 306, 408, 406, 504, 506), the service configuration file and session establishment information associated with the set of active P-CSCFs. periodically receiving, by at least one network node (110, 204, 308) from a Proxy Call Session Control Function, P-CSCF (108, 206, 414), associated with a network, a P-CSCF configuration file, the P-CSCF configuration file identifying at least one service provided by the P-CSCF, the P-CSCF configuration file identifying at least one service availability indicating at least one of whether the P-CSCF is accepting attach requests for the at least one service, or whether the P-CSCF is able to handle a bandwidth required to process traffic to be generated by the at least one service associated with the P-CSCF; generating, by the at least one network node and based at least on the P-CSCF configuration file, a service configuration file that includes the P-CSCF as available for network sessions that utilize at least a service of the at least one service identified as being available; receiving, by the at least one network node and from a serving network node, a user device request to connect to the network, the user device request requesting access to the network and utilization of the service; determining, by the at least one network node and based at least on the user device request, a set of active P-CSCFs (414; 416, 418, 420) associated with the service, the set of active P-CSCFs including the P-CSCF; and providing, by the at least one network node and to the serving network node (202, 306, 408, 406, 504, 506), the service configuration file and session establishment information associated with the set of active P-CSCFs.
Polymer mixture, characterized in that it contains at least one polymer and 10 to 50 phr of at least one ionic liquid applied to at least one light-colored filler, wherein the light-colored filler is silica and/or aluminium hydroxide and/or lime and/or starch and/or magnesium oxide and/or titanium dioxide and wherein the polymer is a polar or nonpolar rubber, wherein the polar or nonpolar rubber is selected from the group consisting of natural polyisoprene and/or synthetic polyisoprene and/or butadiene rubber and/or styrene butadiene rubber and/or liquid rubbers and/or halobutyl rubber and/or polynorbornenes and/or isoprene-isobutylene copolymer and/or ethylene-propylene-diene rubber and/or nitrile rubber and/or chloroprene rubber and/or acrylate rubber and/or fluororubber and/or silicone rubber and/or epichlorohydrin rubber and/or styrene-isoprene-butadiene terpolymer and/or hydrogenated acrylonitrile butadiene rubber and/or isoprene-butadiene copolymer and/or ethylene-propylene copolymer, and/or ethylene-propylene-diene copolymer (EPDM) and/or (partially) hydrogenated nitrile rubber and/or butyl rubber and/or bromobutyl rubber and/or chlorobutyl rubber and/or chlorinated polyethylene and/or chlorosulfonated polyethylene and/or polyepichlorohydrin and/or ethylene-vinyl acetate rubber and/or acrylate rubber and/or fluorinated methylsilicone rubber and/or perfluorinated propylene rubber and/or perfluorocarbon rubber and/or polyurethane.
A system for depositing material from a target onto substrates comprising a processing chamber (100, 105, 110, 200, 205, 210), a sputtering target having a length (Lt), a front surface and a rear surface, and having sputtering material provided on the front surface; a linear track assembly; a magnet arranged such that, in operation, it is driven along the linear track assembly to reciprocally scan across the length (Lt) linearly back and forth in close proximity to the rear surface of the target; wherein the system further comprises a counterweight arranged such that, in operation, it is driven along the linear track assembly to reciprocally scan at same speed as the magnet but in a direction opposite to that of the magnet, and wherein the magnet and counterweight are coupled to the linear track assembly such that, in operation, the magnet and counterweight are to free to slide along the linear track assembly.
A support for balls which comprises: - a receiving element provided with a plurality of gripping resilient and arched members adapted to define a volume for gripping a ball, wherein each gripping member has an end constrained in a joining body and a free end, - a coupling body adapted to constrain the receiving element to a tubular support structure, wherein the coupling body is constrained to the receiving element by means of a longitudinal spacer element, whose first end is constrained to the coupling body and a second end is constrained to the receiving element characterized in that the gripping members are removably associated to the joining body. - a receiving element provided with a plurality of gripping resilient and arched members adapted to define a volume for gripping a ball, wherein each gripping member has an end constrained in a joining body and a free end, - a coupling body adapted to constrain the receiving element to a tubular support structure, wherein the coupling body is constrained to the receiving element by means of a longitudinal spacer element, whose first end is constrained to the coupling body and a second end is constrained to the receiving element
A girth for lunging a horse or groundwork with a horse, the girth comprising: - at least one lever mechanism suitable to exert pressure on command on the side of said horse and including: - a first rod comprising a ring suitable to be detachably coupled to a lunge or rein, - a second rod comprising an interactive element suitable to press said side of said horse, - a pin structurally connecting said rods (32a, 32b) so as to allow the rotation around said pin of said rods (32a, 32b) relative to said girth, - said interactive element of said second rod being suitable to exert said pressure on said side of said horse when said lunge or said rein is tightened and said rods (32a, 32b) are rotated around said pin, characterised by - said pressure being suitable to mimic the action of the legs of a rider in such a way as to relax said horse. - at least one lever mechanism suitable to exert pressure on command on the side of said horse and including: - a first rod comprising a ring suitable to be detachably coupled to a lunge or rein, - a second rod comprising an interactive element suitable to press said side of said horse, - a pin structurally connecting said rods (32a, 32b) so as to allow the rotation around said pin of said rods (32a, 32b) relative to said girth, - a first rod comprising a ring suitable to be detachably coupled to a lunge or rein, - a second rod comprising an interactive element suitable to press said side of said horse, - a pin structurally connecting said rods (32a, 32b) so as to allow the rotation around said pin of said rods (32a, 32b) relative to said girth, - said interactive element of said second rod being suitable to exert said pressure on said side of said horse when said lunge or said rein is tightened and said rods (32a, 32b) are rotated around said pin, characterised by - said pressure being suitable to mimic the action of the legs of a rider in such a way as to relax said horse.
A vehicle door outside handle device comprising: a handle main body connected to a handle base, characterized in that a mirror reflecting incident light rays from a vehicle rear side toward an inner side in a vehicle width is fixed to the handle main body, and an optical lens and an imaging element capturing a mirror image of the vehicle rear side reflected on the mirror are fixed to the handle base. a handle main body connected to a handle base, characterized in that a mirror reflecting incident light rays from a vehicle rear side toward an inner side in a vehicle width is fixed to the handle main body, and an optical lens and an imaging element capturing a mirror image of the vehicle rear side reflected on the mirror are fixed to the handle base.
A process for production of at least one C 4 oxidation product being at least one of methacrolein and methacrylic acid, comprising the steps: a) providing a feed composition comprising isobutylene as main feed compound and at least one further feed compound selected from tert- butyl alcohol, methyl tert -butyl ether, ethyl tert -butyl ether; b) subjecting the feed composition to a catalytic reaction zone comprising at least one oxidation stage and obtaining a reaction phase comprising the at least one C 4 oxidation product, wherein the feed composition comprises said main feed compound, and said at least one further feed compound in an amount in a range of from 0.0005 to 5 wt.%, based on the total weight of the feed compounds in the feed composition and the feed composition provided in step a) is obtained by splitting of methyl tert-butyl ether or ethyl tert -butyl ether. a) providing a feed composition comprising isobutylene as main feed compound and at least one further feed compound selected from tert- butyl alcohol, methyl tert -butyl ether, ethyl tert -butyl ether; b) subjecting the feed composition to a catalytic reaction zone comprising at least one oxidation stage and obtaining a reaction phase comprising the at least one C 4 oxidation product,
A low power detection apparatus for displaying information on a portable terminal in a low power mode, the portable terminal having an application processor and a display unit, the low power detection apparatus comprising: a detection sensor configured to detect an approach to the portable terminal and a motion of the portable terminal; and a low power manager configured to determine whether the motion of the portable terminal is detected for a preset time when the approach to the portable terminal is detected by the detection sensor, and to output data on the detected approach to the application processor when no motion of the portable terminal is detected for the preset time, the application processor displaying screen information corresponding to the output data on the display unit. a detection sensor configured to detect an approach to the portable terminal and a motion of the portable terminal; and a low power manager configured to determine whether the motion of the portable terminal is detected for a preset time when the approach to the portable terminal is detected by the detection sensor, and to output data on the detected approach to the application processor when no motion of the portable terminal is detected for the preset time, the application processor displaying screen information corresponding to the output data on the display unit.
A compound selected from the group consisting of: formula XX wherein n is any integer from 0 to 10, and formula XXI wherein n is any integer from 0 to 10. formula XX wherein n is any integer from 0 to 10, and formula XXI wherein n is any integer from 0 to 10.
A spool valve comprising: a body having a bore with a plurality of internal grooves in flow zones that are outward from a longitudinal centerline of the body; a spool slidably engaged in the bore and having a plurality of seals to engage the bore, the seals being accommodated in seal grooves; and a plurality of ports formed in the body and having transverse walls and openings into the bore, the openings being expanded transversely relative to the longitudinal centerline; characterised in that the spool valve further comprises one or more transverse port windows that are transverse to the longitudinal centerline of the bore, each of the one or more port windows being formed in and extending into an opening and extending into the transverse walls of a port and continuing into the bore. a body having a bore with a plurality of internal grooves in flow zones that are outward from a longitudinal centerline of the body; a spool slidably engaged in the bore and having a plurality of seals to engage the bore, the seals being accommodated in seal grooves; and a plurality of ports formed in the body and having transverse walls and openings into the bore, the openings being expanded transversely relative to the longitudinal centerline; characterised in that the spool valve further comprises one or more transverse port windows that are transverse to the longitudinal centerline of the bore, each of the one or more port windows being formed in and extending into an opening and extending into the transverse walls of a port and continuing into the bore.
Vehicle, comprising a vehicle device data transmission system for the exchange of data between a plurality of vehicle devices (12, 14, 16, 18) and a plurality of vehicle device actuating units (20, 22) and a plurality of vehicle device operating units, wherein the vehicle device data transmission system comprises a bus data transmission system, further comprising a vehicle accessory device operating system, the vehicle accessory device operating system comprising: - a plurality of accessory devices (28, 30, 32) housed or to be housed in a vehicle, - a communication unit, - an accessory device data transmission system connecting the accessory devices (28, 30, 32) of the plurality of accessory devices (28, 30, 32) for the exchange of data with the communication unit, and - at least one mobile operating unit, wherein the communication unit is configured for the exchange of data with the at least one mobile operating unit by means of a first wireless data transmission system, and wherein the communication unit is configured for the exchange of data with a remote access system by means of a second wireless data transmission system, characterized in that no exchange of data takes place between the accessory device data transmission system and the vehicle device data transmission system. - a plurality of accessory devices (28, 30, 32) housed or to be housed in a vehicle, - a communication unit, - an accessory device data transmission system connecting the accessory devices (28, 30, 32) of the plurality of accessory devices (28, 30, 32) for the exchange of data with the communication unit, and - at least one mobile operating unit,
An anti-counterfeiting device for verification of the origin of a product when the anti-counterfeiting device is associated with the product, the anti-counterfeiting device comprising: - a supporting element; - a multifaceted precious stone, arranged at least partially inside said supporting element in such a way that said multifaceted precious stone is in a first predetermined fixed position with respect to said supporting element and has a first part exposed to the outside, said first part comprising at least a first portion of a first facet termed "table" and/or at least a second portion of at least a second facet disposed on a part of said multifaceted precious stone termed "crown"; and - lighting means for lighting said multifaceted precious stone, where said lighting means are configured to emit a light radiation and arranged in a second predetermined fixed position with respect to said supporting element and to said multifaceted precious stone in such a way that said light radiation insists on a second part of said multifaceted precious stone, different from said first part, where said second part comprises at least a third portion of at least a third facet arranged on a part of said multifaceted precious stone termed "pavilion" and wherein said lighting means are arranged inside said supporting element. - a supporting element; - a multifaceted precious stone, arranged at least partially inside said supporting element in such a way that said multifaceted precious stone is in a first predetermined fixed position with respect to said supporting element and has a first part exposed to the outside, said first part comprising at least a first portion of a first facet termed "table" and/or at least a second portion of at least a second facet disposed on a part of said multifaceted precious stone termed "crown"; and - lighting means for lighting said multifaceted precious stone, where said lighting means are configured to emit a light radiation and arranged in a second predetermined fixed position with respect to said supporting element and to said multifaceted precious stone in such a way that said light radiation insists on a second part of said multifaceted precious stone, different from said first part, where said second part comprises at least a third portion of at least a third facet arranged on a part of said multifaceted precious stone termed "pavilion" and wherein said lighting means are arranged inside said supporting element.