mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications at a user equipment, UE, comprising: determining a first cell identifier, ID, associated with a first downlink transmission in a first radio frequency spectrum band of paired radio frequency spectrum bands; determining a second cell ID associated with a second downlink transmission in a second radio frequency spectrum band of the paired radio frequency spectrum bands; and communicating based at least in part on the first cell ID and the second cell ID; wherein: the first radio frequency spectrum band comprises a downlink radio frequency spectrum band and the second radio frequency spectrum band comprises an uplink radio frequency spectrum band; and the first radio frequency spectrum band and the second radio frequency spectrum band are associated with at least one of: different transmission power restrictions, or different interference characteristics, or a combination thereof. determining a first cell identifier, ID, associated with a first downlink transmission in a first radio frequency spectrum band of paired radio frequency spectrum bands; determining a second cell ID associated with a second downlink transmission in a second radio frequency spectrum band of the paired radio frequency spectrum bands; and the first radio frequency spectrum band comprises a downlink radio frequency spectrum band and the second radio frequency spectrum band comprises an uplink radio frequency spectrum band; and the first radio frequency spectrum band and the second radio frequency spectrum band are associated with at least one of: different transmission power restrictions, or different interference characteristics, or a combination thereof.
System for converting a DC electrical power into three-phase AC electrical power comprising three switching arms (A, B, C), a voltage and current variation modulation circuit comprising one capacitor per output phase alternative of said conversion system and a coil (Ls), characterized in that said conversion system comprises an electrical energy recovery module connected to said switching arms (A, B, C) and to said modulation circuit, in which said electrical energy recovery module comprises three branches connected at a junction point, with: - a first branch comprising a switch and a first capacitor connected between the junction point and the ground, - a second branch comprising a diode connected between the junction point and the ground, and - a third branch comprising an inductance (Lrec), and said conversion system do not implying any resistance, in which energy is dissipated, the energy recovery module being assembled inside the converting system equipped with a modulation circuit, so that the electric energy recovery module is disposed between a continuous input phase of the conversion system and the junction between the switching arm (A, B, C) and the capacitor of the modulation circuit. - a first branch comprising a switch and a first capacitor connected between the junction point and the ground, - a second branch comprising a diode connected between the junction point and the ground, and - a third branch comprising an inductance (Lrec), and said conversion system do not implying any resistance, in which energy is dissipated, the energy recovery module being assembled inside the converting system equipped with a modulation circuit, so that the electric energy recovery module is disposed between a continuous input phase of the conversion system and the junction between the switching arm (A, B, C) and the capacitor of the modulation circuit.
A method comprising: - receiving an information representative of a first viewpoint in a 3D scene, said 3D scene being represented with a set of volumetric video contents; - transmitting a first volumetric video content of said set selected according to the first viewpoint, said first volumetric video content being determined according to a range of points of view comprising said viewpoint, said first volumetric video content being represented with a set of first patches, a first patch of the set corresponding to a two-dimensional parametrization of a first group of points comprised into a 3D part of the 3D scene associated with said first volumetric video content. - receiving an information representative of a first viewpoint in a 3D scene, said 3D scene being represented with a set of volumetric video contents; - transmitting a first volumetric video content of said set selected according to the first viewpoint, said first volumetric video content being determined according to a range of points of view comprising said viewpoint, said first volumetric video content being represented with a set of first patches, a first patch of the set corresponding to a two-dimensional parametrization of a first group of points comprised into a 3D part of the 3D scene associated with said first volumetric video content.
A charge air cooler 1 comprising: - a first heat exchange section 10 comprising a first inlet manifold 11 and a first outlet manifold 12 connected fluidically by a plurality of stacked first coolant conduits 13; - a second heat exchange section 20 comprising a second inlet manifold 21 and a second outlet manifold 22 connected fluidically by a plurality of stacked second coolant conduits 23; - a coolant inlet 31 connected fluidically with the first inlet manifold 11 and the second inlet manifold 21; - a coolant outlet 32 connected fluidically with the first outlet manifold 12 and the second outlet manifold 22; characterized in that the first coolant conduits 13 and the second coolant conduits 23 are distanced within their stacks so that heat exchange between the coolant and the air is enabled, and are both situated between the manifolds 11, 12 of the first heat exchange section 10 and the manifolds 21, 22 of the second heat exchange section 20. - a first heat exchange section 10 comprising a first inlet manifold 11 and a first outlet manifold 12 connected fluidically by a plurality of stacked first coolant conduits 13; - a second heat exchange section 20 comprising a second inlet manifold 21 and a second outlet manifold 22 connected fluidically by a plurality of stacked second coolant conduits 23; - a coolant inlet 31 connected fluidically with the first inlet manifold 11 and the second inlet manifold 21; - a coolant outlet 32 connected fluidically with the first outlet manifold 12 and the second outlet manifold 22;
Method for packaging bottles, by means of a film of plastic material wrapped about a plurality of bottles arranged in bundles, said film being made of extensible material and presenting an ordered plurality of holes, providing for inserting in said holes a respective end portion of said bottles arranged in bundles, so that the same end portion is protruding towards the outside of the packaging wherein it provides for extending said film along a longitudinal direction and along a transverse direction with respect to a feed path of said film, said step of extending said film along said transverse direction comprising the step of engaging the longitudinal sides of the film by transverse extension means comprising two couples of counter rotating endless belts (212, 213) having a diverging configuration and in that no heat treatments are used to treat said extensible material.
An ink jet printing apparatus comprising: a printing section that prints an image on a sheet with aqueous ink by an ink jet method; an ink drying section that dries the ink by heating the sheet having been subjected to printing; a drying intensity setting section that sets drying intensity of the ink drying section and sets the drying intensity to intensity in which temperature where the sheet reaches is in a prescribed range; and a varnish coating section that coats the sheet of which the ink has been dried with UV varnish, wherein the drying intensity setting section includes a region extracting unit configured to analyze an image to be printed on the sheet and to extract regions corresponding to the same drawing conditions prescribed by colors and the amount of ink, a drawing condition-occupied area calculating unit configured to calculate occupied areas corresponding to the respective drawing conditions, a maximum occupied area-drawing condition selecting unit configured to select a drawing condition corresponding to the maximum occupied area, and a drying intensity calculating unit configured to obtain a correction condition corresponding to the drawing condition, which is selected by the maximum occupied area-drawing condition selecting unit, with reference to correction conditions prescribed for the respective drawing conditions and to calculate drying intensity by correcting reference drying intensity with the obtained correction condition, and the drying intensity calculated by the drying intensity calculating unit to be set as the drying intensity of the ink drying section. a printing section that prints an image on a sheet with aqueous ink by an ink jet method; an ink drying section that dries the ink by heating the sheet having been subjected to printing; a drying intensity setting section that sets drying intensity of the ink drying section and sets the drying intensity to intensity in which temperature where the sheet reaches is in a prescribed range; and a varnish coating section that coats the sheet of which the ink has been dried with UV varnish, wherein the drying intensity setting section includes a region extracting unit configured to analyze an image to be printed on the sheet and to extract regions corresponding to the same drawing conditions prescribed by colors and the amount of ink, a drawing condition-occupied area calculating unit configured to calculate occupied areas corresponding to the respective drawing conditions, a maximum occupied area-drawing condition selecting unit configured to select a drawing condition corresponding to the maximum occupied area, and a drying intensity calculating unit configured to obtain a correction condition corresponding to the drawing condition, which is selected by the maximum occupied area-drawing condition selecting unit, with reference to correction conditions prescribed for the respective drawing conditions and to calculate drying intensity by correcting reference drying intensity with the obtained correction condition, and the drying intensity calculated by the drying intensity calculating unit to be set as the drying intensity of the ink drying section.
A composition comprising a soluble alkaline phosphatase (sALP) wherein the sALP comprises asfotase alfa (SEQ ID NO: 1) or an amino acid sequence having at least 95% sequence identity to the amino acid sequence of SEQ ID NO: 1 for use in treating tracheobronchomalacia in a patient having hypophosphatasia, wherein the sALP is administered to the patient in a regimen providing a dosage of greater than or equal to 6 mg/kg/week, and wherein administration of the sALP results in an improvement in TBM in the patient.
A method for development of a diagnostic marker for a locus of interest in an non-human organism for breeding purposes, the method comprising the steps of: a. selecting at least one section of DNA located within a genetic distance from the locus of interest, wherein the genetic distance is 2 cM or less if a single section of DNA is selected and 10 cM or less if two or more sections of DNA are selected; b. providing a breeding population of the non-human organism wherein each member of the population contains the selected section(s) of DNA; c. determining the nucleotide sequence(s) of the selected section(s) of DNA for each member of the population; d. aligning the determined nucleotide sequences of each selected section of DNA; e. selecting at least one position in the nucleotide sequence of each selected section of DNA, wherein all the determined nucleotide sequences of each selected section of DNA contain the same nucleotide at the selected position; f. designing a single-stranded oligonucleotide that is capable of hybridizing to the sequence adjacent to both sides of the at least one position and wherein the oligonucleotide further contains a nucleotide (the marker nucleotide) at the at least one position that is different from the nucleotide at the at least one position in the marker; and g. introducing a SNP at the selected position(s) into the DNA of at least one member of the population of the non-human organism using targeted nucleotide exchange, thereby introducing a unique and selectable polymorphism into at least one selected section of DNA associated with the locus. a. selecting at least one section of DNA located within a genetic distance from the locus of interest, wherein the genetic distance is 2 cM or less if a single section of DNA is selected and 10 cM or less if two or more sections of DNA are selected; b. providing a breeding population of the non-human organism wherein each member of the population contains the selected section(s) of DNA; c. determining the nucleotide sequence(s) of the selected section(s) of DNA for each member of the population; d. aligning the determined nucleotide sequences of each selected section of DNA; e. selecting at least one position in the nucleotide sequence of each selected section of DNA, wherein all the determined nucleotide sequences of each selected section of DNA contain the same nucleotide at the selected position; f. designing a single-stranded oligonucleotide that is capable of hybridizing to the sequence adjacent to both sides of the at least one position and wherein the oligonucleotide further contains a nucleotide (the marker nucleotide) at the at least one position that is different from the nucleotide at the at least one position in the marker; and g. introducing a SNP at the selected position(s) into the DNA of at least one member of the population of the non-human organism using targeted nucleotide exchange, thereby introducing a unique and selectable polymorphism into at least one selected section of DNA associated with the locus.
A method of calibrating an electrochromic device to produce an adjusted optical density at a specified tint state, wherein the adjusted optical density has a first variance from an intended optical density for the specified tint state, the method comprising: (a) measuring one or more parameters of the electrochromic device, wherein the one or more measured parameters correlate with an unadjusted optical density at the specified tint state, the unadjusted optical density having a second variance from the intended optical density; (b) applying the one or more measured parameters to a transfer function to generate a calibrated drive parameter for the electrochromic device, wherein the transfer function was produced from a training set of electrochromic devices; (c) configuring window control logic for controlling one or more optical transitions and/or states in the electrochromic device, wherein the configuring comprises applying the calibrated drive parameter; and (d) applying the calibrated drive parameter to the electrochromic device to induce the adjusted optical density at the specified tint state in the electrochromic device, the first variance being smaller than the second variance. (a) measuring one or more parameters of the electrochromic device, wherein the one or more measured parameters correlate with an unadjusted optical density at the specified tint state, the unadjusted optical density having a second variance from the intended optical density; (b) applying the one or more measured parameters to a transfer function to generate a calibrated drive parameter for the electrochromic device, wherein the transfer function was produced from a training set of electrochromic devices; (c) configuring window control logic for controlling one or more optical transitions and/or states in the electrochromic device, wherein the configuring comprises applying the calibrated drive parameter; and (d) applying the calibrated drive parameter to the electrochromic device to induce the adjusted optical density at the specified tint state in the electrochromic device, the first variance being smaller than the second variance.
A method for production of a recombinant human alpha-Gal A comprising the steps of: (a) culturing recombinant human alpha-Gal A-producing mammalian cells in a serum-free medium to let them secrete the recombinant human alpha-Gal A in the medium, (b) collecting culture supernatant by removing the cells from the culture that is obtained in step (a) above, and adjusting the pH of the culture supernatant to 7.0-8.0, (c) subjecting the culture supernatant collected in step (b) above to anion-exchange column chromatography to collect the recombinant human alpha-Gal A -active fractions, (d) subjecting the fractions collected in step (c) above to hydrophobic column chromatography to collect recombinant human alpha-Gal A-active fractions, (e) subjecting the fractions collected in step (d) above to a column chromatography employing as solid phase a material having affinity for phosphate group to collect the recombinant human alpha-Gal A-active fractions, (f) subjecting the fractions collected in step (e) above to cation-exchange column chromatography to collect the recombinant human alpha-Gal A -active fractions, and (g) subjecting the fractions collected in step (f) above to gel filtration column chromatography to collect the recombinant human alpha-Gal A-active fractions, in the order. (a) culturing recombinant human alpha-Gal A-producing mammalian cells in a serum-free medium to let them secrete the recombinant human alpha-Gal A in the medium, (b) collecting culture supernatant by removing the cells from the culture that is obtained in step (a) above, and adjusting the pH of the culture supernatant to 7.0-8.0, (c) subjecting the culture supernatant collected in step (b) above to anion-exchange column chromatography to collect the recombinant human alpha-Gal A -active fractions, (d) subjecting the fractions collected in step (c) above to hydrophobic column chromatography to collect recombinant human alpha-Gal A-active fractions, (e) subjecting the fractions collected in step (d) above to a column chromatography employing as solid phase a material having affinity for phosphate group to collect the recombinant human alpha-Gal A-active fractions, (f) subjecting the fractions collected in step (e) above to cation-exchange column chromatography to collect the recombinant human alpha-Gal A -active fractions, and (g) subjecting the fractions collected in step (f) above to gel filtration column chromatography to collect the recombinant human alpha-Gal A-active fractions, in the order.
A compressor section of a gas turbine engine comprising: a bleed port having a flow splitter therein so as to define a downstream bleed channel having a downstream inlet and an upstream bleed channel having an upstream inlet that is positioned radially outward from the downstream inlet; characterised by the downstream bleed channel having an axial portion, a radial portion and a curved portion between the axial portion and the radial portion; and by an inner wall positioned within the downstream bleed channel and defining a debris port and an air port, wherein the curvature of the curved portion directs an airflow to the air port and debris toward the debris port. a bleed port having a flow splitter therein so as to define a downstream bleed channel having a downstream inlet and an upstream bleed channel having an upstream inlet that is positioned radially outward from the downstream inlet; characterised by the downstream bleed channel having an axial portion, a radial portion and a curved portion between the axial portion and the radial portion; and by an inner wall positioned within the downstream bleed channel and defining a debris port and an air port, wherein the curvature of the curved portion directs an airflow to the air port and debris toward the debris port.
A pharmaceutical composition comprising clopidogrel or pharmaceutically acceptable salts thereof; and a compound of Formula 1 or pharmaceutically acceptable salts thereof as an active ingredient.
Wheel-nut locking clamp for locking neighboring wheel-nuts to prevent them from turning, said wheel-nut locking clamp comprising: a first portion, a second portion, said first portion and said second portion each being provided with a through hole, and said first portion and said second portion each having a wheel-facing side and an outer side, and an intermediary portion arranged between said first portion and said second portion, characterized by said first portion and said second portion are each provided with a flange located at the perimeter of their respective through holes, said flanges being arranged at an angle (β) relative to said first and second portions (7, 9), respectively, so that said flanges extend away from said wheel-facing side, and said flanges being provided with a plurality of protruding elements extending towards a center axis of said through holes. a first portion, a second portion, said first portion and said second portion each being provided with a through hole, and said first portion and said second portion each having a wheel-facing side and an outer side, said first portion and said second portion each being provided with a through hole, and said first portion and said second portion each having a wheel-facing side and an outer side, and an intermediary portion arranged between said first portion and said second portion, characterized by said first portion and said second portion are each provided with a flange located at the perimeter of their respective through holes, said flanges being arranged at an angle (β) relative to said first and second portions (7, 9), respectively, so that said flanges extend away from said wheel-facing side, and said flanges being provided with a plurality of protruding elements extending towards a center axis of said through holes.