mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node (502, 602, 700, 800) implementing a network function repository function in a core network, the network function repository function having access to a repository of network functions, the method comprising: receiving, from each charging function, CHF, amongst a plurality of CHFs, a registration request message to register the CHF in the repository of network functions, the registration request message comprising an indication of one or more sets of charging characteristics supported by the CHF and addressing information to reach the CHF; registering each CHF in the repository of network functions, the registration associating the indication of one or more sets of charging characteristics supported by the CHF with the addressing information to reach the CHF; receiving, from a requesting network node, a discovery request message comprising one or more search parameters for identifying a CHF to be used for a packet data connection for a user equipment, the one or more search parameters including at least an indication of a set of charging characteristics to be applied for the packet data connection; identifying, from the repository of network functions and based on the one or more search parameters, a CHF that supports the indicated set of charging characteristics; and transmitting, to the requesting network node, a discovery response message comprising the addressing information to reach the identified CHF. receiving, from each charging function, CHF, amongst a plurality of CHFs, a registration request message to register the CHF in the repository of network functions, the registration request message comprising an indication of one or more sets of charging characteristics supported by the CHF and addressing information to reach the CHF; registering each CHF in the repository of network functions, the registration associating the indication of one or more sets of charging characteristics supported by the CHF with the addressing information to reach the CHF; receiving, from a requesting network node, a discovery request message comprising one or more search parameters for identifying a CHF to be used for a packet data connection for a user equipment, the one or more search parameters including at least an indication of a set of charging characteristics to be applied for the packet data connection; identifying, from the repository of network functions and based on the one or more search parameters, a CHF that supports the indicated set of charging characteristics; and transmitting, to the requesting network node, a discovery response message comprising the addressing information to reach the identified CHF.
Automatic heel unit (1, 101, 201) for a ski binding, in particular a touring ski binding, having a base element (2, 102, 202) for mounting the automatic heel unit (1, 101, 201) on the top side of a ski, and a heel retainer (3, 103, 203), mounted on the base element (2, 102, 202) so as to be movable in the ski longitudinal direction, having at least one retaining means (16, 116, 216) for retaining a ski boot in a heel region of the ski boot, wherein a) the automatic heel unit (1, 101, 201) has a downhill configuration in which the at least one retaining means (16, 116, 216) can cooperate with the heel region of a ski boot retained in the ski binding such that the ski boot is locked in a lowered position, and b) the automatic heel unit (1, 101, 201) has at least one climbing configuration in which the heel region of a ski boot retained in the ski binding is released by the at least one retaining means (16, 116, 216), wherein the heel retainer (3, 103, 203) is moved in the ski longitudinal direction relative to the base element (2, 102, 202) when the automatic heel unit (1, 101, 201) is adjusted from the downhill configuration into the at least one climbing configuration and back, wherein the automatic heel unit comprises a control unit (4, 104, 204) which comprises a first end element (5, 117, 217), a middle element (6, 106, 206), a second end element (7, 107, 207) and a lever element (8, 108, 208), wherein the middle element (6, 106, 206) is mounted on the first end element (5, 117, 217) so as to be pivotable about a first pivot axis (11, 118, 218) and on the second end element (7, 107, 207) so as to be pivotable about a second pivot axis (12, 112, 212), wherein the lever element (8, 108, 208) is mounted in a pivotable manner on the first end element (5, 117, 217) and wherein either the first end element (5, 117) and the second end element (7, 107) are both mounted on the heel retainer (3, 103) or an element that is entrainable in the ski longitudinal direction with the heel retainer (3, 103) so as to be pivotable about different axes (9, 10, 109, 110), while the lever element (8, 108) is mounted in a pivotable manner on the base element (2, 102), or the first end element and the second end element are both mounted on the base element so as to be pivotable about different axes (219, 220), while the lever element is mounted in a pivotable manner on the heel retainer or an element that is entrainable in the ski longitudinal direction with the heel retainer. a) the automatic heel unit (1, 101, 201) has a downhill configuration in which the at least one retaining means (16, 116, 216) can cooperate with the heel region of a ski boot retained in the ski binding such that the ski boot is locked in a lowered position, and b) the automatic heel unit (1, 101, 201) has at least one climbing configuration in which the heel region of a ski boot retained in the ski binding is released by the at least one retaining means (16, 116, 216),
A method of disassembling a mobile lift crane, the lift crane comprising, prior to disassembly, i) a rotating bed, ii) a boom pivotally mounted on the rotating bed, iii) a boom hoist drum mounted in a frame, the frame being connected to the rotating bed, iv) a lower equalizer connected to the rotating bed, v) an upper equalizer, vi) fixed length pendants connected between the upper equalizer and the boom top, and vii) a boom hoist line wound on the boom hoist drum and reeved through the lower equalizer and the upper equalizer such that rotation of the boom hoist drum changes the amount of boom hoist line between the lower equalizer and the upper equalizer, thereby changing the angle between the rotating bed and the boom; the method comprising: a) disconnecting the fixed length pendants from between the boom top and the upper equalizer; b) disconnecting the lower equalizer from the rotating bed; c) disconnecting the boom hoist drum frame from the rotating bed; d) leaving the boom hoist line reeved between the lower equalizer and the upper equalizer and wound on the boom hoist drum; and e) connecting the lower equalizer and upper equalizer to the boom hoist drum frame to form a combined transport assembly. a) disconnecting the fixed length pendants from between the boom top and the upper equalizer; b) disconnecting the lower equalizer from the rotating bed; c) disconnecting the boom hoist drum frame from the rotating bed; d) leaving the boom hoist line reeved between the lower equalizer and the upper equalizer and wound on the boom hoist drum; and e) connecting the lower equalizer and upper equalizer to the boom hoist drum frame to form a combined transport assembly.
An adapter-like device for coupling two containers (10, 20) so as to allow fluids separately stored in said containers to be mixed, comprising two adapter elements (2, 6) that can move relative to one another, a first adapter element of which can be fastened to a first container and a second adapter element of which can be releasably fastened to a second container, the adapter-like device being reversibly movable between a first, closed position in which the fluids stored in the containers (10, 20), with the containers (10, 20) being coupled to one another, are separated from one another, and a second, open position in which the fluids stored in the containers (10, 20), with the containers (10, 20) being coupled to one another, are in fluid communication, by the two adapter elements (2, 6) moving relative to one another, characterized in that the device comprises a locking arrangement, which - positively fixes the adapter elements (2, 6) in the first, closed position and thus secures them against undesirable movement relative to one another, one of the adapter elements comprising at least one elastically deformable locking projection which, in the first, closed position, positively engages in an associated recess in the other adapter element, - can be released by means of two independent applications of force (25, 26) to the adapter elements (2, 6), in order to allow relative displacement of the adapter elements (2, 6), the first application of force being directed radially on the locking projections and the second application of force being directed axially on the adapter elements (2, 6), a first, solid-like and free-flowing hair treatment component being stored in the first container and a second, liquid hair treatment component being stored in the second container in order to mix the two hair treatment components in the second container. - positively fixes the adapter elements (2, 6) in the first, closed position and thus secures them against undesirable movement relative to one another, one of the adapter elements comprising at least one elastically deformable locking projection which, in the first, closed position, positively engages in an associated recess in the other adapter element, - can be released by means of two independent applications of force (25, 26) to the adapter elements (2, 6), in order to allow relative displacement of the adapter elements (2, 6), the first application of force being directed radially on the locking projections and the second application of force being directed axially on the adapter elements (2, 6), a first, solid-like and free-flowing hair treatment component being stored in the first container and a second, liquid hair treatment component being stored in the second container in order to mix the two hair treatment components in the second container.
An image-forming medium comprising: a substrate comprising a first side and a second side opposite the first side; a photochromic material disposed on the first side of the substrate, the photochromic material being capable of a reversible transition between a colored form providing a first color on the substrate and a colorless form in a selectively exposed area of the image-forming medium corresponding to one or more portions of the photochromic material, the selectively exposed area ranging from 5% to 10% by area of the image-forming medium; and a photo-absorbing material disposed on or within the photochromic material and over the first side of the substrate to provide a second color on the substrate, wherein the second color exhibits a color contrast from the first color, and the first color of the photochromic material and the second color of the photo-absorbing material provides an image through the reversible transition of the photochromic material to the colorless form through the selective exposure, wherein the first color is a green color and the second color is a yellow color, when the photo-absorbing material is a yellow dye and the photochromic material is a dithienylethene. a substrate comprising a first side and a second side opposite the first side; a photochromic material disposed on the first side of the substrate, the photochromic material being capable of a reversible transition between a colored form providing a first color on the substrate and a colorless form in a selectively exposed area of the image-forming medium corresponding to one or more portions of the photochromic material, the selectively exposed area ranging from 5% to 10% by area of the image-forming medium; and a photo-absorbing material disposed on or within the photochromic material and over the first side of the substrate to provide a second color on the substrate, wherein the second color exhibits a color contrast from the first color, and the first color of the photochromic material and the second color of the photo-absorbing material provides an image through the reversible transition of the photochromic material to the colorless form through the selective exposure, wherein the first color is a green color and the second color is a yellow color, when the photo-absorbing material is a yellow dye and the photochromic material is a dithienylethene.
A method for adding a graphical object to image data of one or more image frames comprising a first image frame (104; 404a), the graphical object being added during encoding of the one or more image frames using an encoder, wherein the first image frame is intra frame encoded by the encoder, wherein the one or more image frames comprises a second frame being a subsequent to the first image frame, the second image frame being inter frame encoded and referencing the first image frame, the method comprising the steps of: receiving, by an image data generator, data pertaining to the graphical object to be added to the image data of the one or more image frames; converting, by the image data generator, the graphical object into a first set of discrete frequency transform, DFT, blocks, based on a defined size of a coding unit, CU, of the encoder, each DFT block being associated with a position in the one or more image frames to which the DFT block corresponds; performing, by the encoder, DFT on a plurality of block of pixels of the first image frame, to output a second set of DFT blocks; instructing, by the image data generator, the encoder to replace a subset of DFT blocks of the second set of DFT blocks with the first set of DFT blocks according to the positions associated with the first set of DFT blocks; and instructing, by the image data generator, the encoder to inter encode blocks of pixels in the second image frame corresponding to the positions associated with the first set of DFT blocks, and to set motion vectors of said blocks of pixels in the second image frame to zero. receiving, by an image data generator, data pertaining to the graphical object to be added to the image data of the one or more image frames; converting, by the image data generator, the graphical object into a first set of discrete frequency transform, DFT, blocks, based on a defined size of a coding unit, CU, of the encoder, each DFT block being associated with a position in the one or more image frames to which the DFT block corresponds; performing, by the encoder, DFT on a plurality of block of pixels of the first image frame, to output a second set of DFT blocks; instructing, by the image data generator, the encoder to replace a subset of DFT blocks of the second set of DFT blocks with the first set of DFT blocks according to the positions associated with the first set of DFT blocks; and instructing, by the image data generator, the encoder to inter encode blocks of pixels in the second image frame corresponding to the positions associated with the first set of DFT blocks, and to set motion vectors of said blocks of pixels in the second image frame to zero.
An isolated DNA comprising a nucleotide sequence encoding a protein consisting of the amino acid sequence from the 1st Met to the 238th Glu in the amino acid sequence of SEQ ID NO: 2 from which the signal sequence is removed, wherein the signal sequence is from the 1st Met to the 32nd Ala.
A method for producing a hybrid structure, including: - forming, on a substrate (4, 40), a layer of mineral resin including a proportion of Si and/or SiO 2 comprised between 1% and 30% by molar mass; - forming a structure including a plurality of patterns in this layer, having at least one dimension (h, I), measured parallel or perpendicular to the substrate, comprised between 50 nm and 500 pm; - forming a roughness (Ra) on at least part of the surface of the patterns, by an oxidising method comprising at least one species or gas consuming part of the mineral phase. - forming, on a substrate (4, 40), a layer of mineral resin including a proportion of Si and/or SiO 2 comprised between 1% and 30% by molar mass; - forming a structure including a plurality of patterns in this layer, having at least one dimension (h, I), measured parallel or perpendicular to the substrate, comprised between 50 nm and 500 pm; - forming a roughness (Ra) on at least part of the surface of the patterns, by an oxidising method comprising at least one species or gas consuming part of the mineral phase.
A travel path estimation apparatus comprising: an acquisition section for acquiring a captured image of a periphery of a vehicle; a characteristic point extraction section for extracting, from the captured image acquired by the acquisition section, characteristic points; a vehicle lane boundary point selection section for selecting from the characteristic points vehicle lane boundary points illustrating vehicle lanes; characterized in that the travel path estimation apparatus further comprises, a distribution determination section for determining what sort of distribution the vehicle lane boundary points makes; a system noise setting section for, based on the distribution of the vehicle lane boundary points, setting system noise expressing variation of travel path parameters when estimating travel path parameters related to a position or an angle of the vehicle itself with respect to a travel path for travel by the vehicle itself and related to a shape or a size of the travel path; and a travel path parameter estimation section for estimating the travel path parameters by probability signal processing using a discrete time signal based on the characteristic points extracted by the extraction section, a previous estimation result of the travel path parameters, and the system noise set by the setting section. an acquisition section for acquiring a captured image of a periphery of a vehicle; a characteristic point extraction section for extracting, from the captured image acquired by the acquisition section, characteristic points; a vehicle lane boundary point selection section for selecting from the characteristic points vehicle lane boundary points illustrating vehicle lanes; characterized in that the travel path estimation apparatus further comprises, a distribution determination section for determining what sort of distribution the vehicle lane boundary points makes; a system noise setting section for, based on the distribution of the vehicle lane boundary points, setting system noise expressing variation of travel path parameters when estimating travel path parameters related to a position or an angle of the vehicle itself with respect to a travel path for travel by the vehicle itself and related to a shape or a size of the travel path; and a travel path parameter estimation section for estimating the travel path parameters by probability signal processing using a discrete time signal based on the characteristic points extracted by the extraction section, a previous estimation result of the travel path parameters, and the system noise set by the setting section.
A non-natural methanogenic archaea selected from, (a) a non-natural Methanococcus maripaludis expressing a deregulated, aspartokinase mutant enzyme encoded by a recombinant Methanococcus LysC gene, wherein the aspartokinase mutant is resistant to feedback inhibition by lysine and/or threonine and has a mutation at the residue corresponding to residue G277, S302 or G359 in the aspartokinase encoded by lysC of Corynebacterium glutamicum ATCC 13032, or (b) a non-natural Methanococcus vannielii expressing a deregulated, aspartokinase mutant enzyme encoded by a recombinant Methanococcus LysC gene that has a mutation at residue K380 or F339 and is resistant to feedback inhibition by lysine and/or threonine; and wherein the non-natural methanogenic archaea (i) is not susceptible to growth inhibition by lysine and/or threonine, and (ii) metabolizes a H 2 /CO x substrate to produce one or more aspartate pathway amino acids at a higher level than a parent methanogenic archaea. (a) a non-natural Methanococcus maripaludis expressing a deregulated, aspartokinase mutant enzyme encoded by a recombinant Methanococcus LysC gene, wherein the aspartokinase mutant is resistant to feedback inhibition by lysine and/or threonine and has a mutation at the residue corresponding to residue G277, S302 or G359 in the aspartokinase encoded by lysC of Corynebacterium glutamicum ATCC 13032, or (b) a non-natural Methanococcus vannielii expressing a deregulated, aspartokinase mutant enzyme encoded by a recombinant Methanococcus LysC gene that has a mutation at residue K380 or F339 and is resistant to feedback inhibition by lysine and/or threonine; and
An x-ray imaging device comprising: a direct conversion detector substrate having detector pixels for collecting electronic signals generated in response to incident radiation; a readout substrate having readout pixels for receiving said electronic signals; and bump bonds connecting said detector pixels and readout pixels, wherein a center to center distance between the bump bonds is less than or equal to 25 μm, wherein the bump bonds comprise a rigid bump leg and a bump solder hat positioned on top of the bump leg, and wherein a post bonding height of the bump leg is 5 μm or more and a post bonding height of the solder hat is less than 6.5 μm. a direct conversion detector substrate having detector pixels for collecting electronic signals generated in response to incident radiation; a readout substrate having readout pixels for receiving said electronic signals; and bump bonds connecting said detector pixels and readout pixels, wherein a center to center distance between the bump bonds is less than or equal to 25 μm, wherein the bump bonds comprise a rigid bump leg and a bump solder hat positioned on top of the bump leg, and wherein a post bonding height of the bump leg is 5 μm or more and a post bonding height of the solder hat is less than 6.5 μm.
A fuel system, comprising: a fuel system frame comprising a frame rail connection portion and a tank end support portion, the frame rail connection portion extending along a longitudinal direction, and the tank end support portion extending across a diameter of a fuel tank and comprising a support surface (288, 294) configured to receive a boss of the fuel tank, the frame rail connection portion comprising a first position and a second position spaced apart from the first position at a different longitudinal position; a first bracket configured to connect to the frame rail connection portion of the fuel system frame at the first position or at the second position to support the fuel system frame from either the first position or the second position; and a second bracket having a first portion configured to mate with the first bracket and a second portion configured to connect to a vehicle frame rail. a fuel system frame comprising a frame rail connection portion and a tank end support portion, the frame rail connection portion extending along a longitudinal direction, and the tank end support portion extending across a diameter of a fuel tank and comprising a support surface (288, 294) configured to receive a boss of the fuel tank, the frame rail connection portion comprising a first position and a second position spaced apart from the first position at a different longitudinal position; a first bracket configured to connect to the frame rail connection portion of the fuel system frame at the first position or at the second position to support the fuel system frame from either the first position or the second position; and a second bracket having a first portion configured to mate with the first bracket and a second portion configured to connect to a vehicle frame rail.