mhurhangee/ep-ind-claims huggingface dataset:
A method for applying film grain to stereoscopic or multi-view images or sequences of stereoscopic or multi-view images, the method comprising the steps of: - retrieving an image pair or a set of multi-view images; - retrieving a depth map for the image pair or the set of multi-view images; - retrieving a confidence map for the depth map; - applying film grain to non-occluded areas of the images in accordance with depth values of the depth map for areas of the depth map having a confidence equal to or higher than a specified threshold; - applying either a weakened film grain to non-occluded areas of the images for areas of the depth map having a confidence lower than the specified threshold, or applying film grain to these areas in accordance with depth values manually specified by an operator, obtained by interpolation, or obtained from a temporal analysis of a sequence of stereoscopic or multi-view images; and - applying film grain to occluded areas of the images in accordance with depth values manually specified by an operator, obtained by interpolation, or obtained from a temporal analysis of a sequence of stereoscopic or multi-view images. - retrieving an image pair or a set of multi-view images; - retrieving a depth map for the image pair or the set of multi-view images; - retrieving a confidence map for the depth map; - applying film grain to non-occluded areas of the images in accordance with depth values of the depth map for areas of the depth map having a confidence equal to or higher than a specified threshold; - applying either a weakened film grain to non-occluded areas of the images for areas of the depth map having a confidence lower than the specified threshold, or applying film grain to these areas in accordance with depth values manually specified by an operator, obtained by interpolation, or obtained from a temporal analysis of a sequence of stereoscopic or multi-view images; and - applying film grain to occluded areas of the images in accordance with depth values manually specified by an operator, obtained by interpolation, or obtained from a temporal analysis of a sequence of stereoscopic or multi-view images.
A vehicle measuring apparatus comprising: a base unit which rests on a plane and comprises a target, a support structure which is coupled to said base unit and is provided with a support bar which has an approximately horizontal reference axis and is arranged above said base unit, two auxiliary image acquisition devices which are mounted on said support bar so that the respective image acquisition visual fields are oriented towards said base unit so as to capture target images containing said target, an electronic control system which is operatively connected to said auxiliary image acquisition devices to receive said target images and is configured in order to determine the poses of the auxiliary image acquisition devices on the basis of said target-images. a base unit which rests on a plane and comprises a target, a support structure which is coupled to said base unit and is provided with a support bar which has an approximately horizontal reference axis and is arranged above said base unit, two auxiliary image acquisition devices which are mounted on said support bar so that the respective image acquisition visual fields are oriented towards said base unit so as to capture target images containing said target, an electronic control system which is operatively connected to said auxiliary image acquisition devices to receive said target images and is configured in order to determine the poses of the auxiliary image acquisition devices on the basis of said target-images.
A needleless injection device including an injection system which extends axially along an injection axis and which comprises at least, from upstream to downstream in the direction of injection: - at least one plunger (32, 34), - a reservoir which contains an active ingredient and which has a lower face, - an injection nozzle which is axially delimited by an upper face arranged opposite the lower face of the reservoir, and a lower face adapted to cooperate with a lid, the nozzle delimiting at least one injection channel extending generally axially from the upper face to the lower face of the nozzle, - an upper sealing gasket which extends around the at least one channel and which is housed within an upper groove formed on the upper face of the nozzle; said gasket being designed to axially bear on the lower face of the reservoir, characterized in that the upper gasket has a wave-like shaped radial section which successively comprises, in a radial direction, a recessed portion and a humped portion, said humped portion being adapted to be laid towards the recessed portion provided for this purpose, under the effect of the axial pressure exerted by the lower face of the reservoir on said sealing gasket. - at least one plunger (32, 34), - a reservoir which contains an active ingredient and which has a lower face, - an injection nozzle which is axially delimited by an upper face arranged opposite the lower face of the reservoir, and a lower face adapted to cooperate with a lid, the nozzle delimiting at least one injection channel extending generally axially from the upper face to the lower face of the nozzle, - an upper sealing gasket which extends around the at least one channel and which is housed within an upper groove formed on the upper face of the nozzle; said gasket being designed to axially bear on the lower face of the reservoir,
A photoacoustic imaging device comprising: a light source configured to emit light; a beam splitter configured to split the light emitted from the light source; an optical physical property shifting unit configured to change a physical property of at least one of the split lights so that the split lights interfere with each other; a lens into which each of the split lights enters in parallel with an optical axis; and an acoustic detecting unit configured to detect an acoustic wave generated in a focal region of the lens in an observation target. a light source configured to emit light; a beam splitter configured to split the light emitted from the light source; an optical physical property shifting unit configured to change a physical property of at least one of the split lights so that the split lights interfere with each other; a lens into which each of the split lights enters in parallel with an optical axis; and an acoustic detecting unit configured to detect an acoustic wave generated in a focal region of the lens in an observation target.
A pourable solid composition comprising water-soluble dietary fiber and calcium lactogluconate, wherein said fiber is selected from the group consisting of partially hydrolyzed guar gum and a soluble dextrin prepared from wheat or maize starch, and wherein said calcium lactogluconate has a calcium content of higher than 10 weight %.
A compound for an organic photoelectric device comprising substituents represented by the following Chemical Formulas 1 a and 2: wherein, in Chemical Formulas 1a and 2, L is a divalent linking group that is a substituted or unsubstituted C2 to C30 heteroarylene group, Ra 1 and Ra 2 are the same or different, and are each independently hydrogen or a C1 to C10 alkyl group, and R 3 is hydrogen, a carbazolyl group, a C1 to C30 alkyl group, a C6 to C30 aryl group, a C2 to C30 heteroaryl group, a C6 to C30 arylamine group, or a combination thereof, R 4 and R 5 are the same or different and are each independently hydrogen, a carbazolyl group, a C1 to C30 alkyl group, a C6 to C30 aryl group, a C2 to C30 heteroaryl group, a C6 to C30 arylamine group, or a combination thereof, and a is an integer of 2.
A clamping module for a clamping device with a housing 12), which accommodates a path generation element and a mechanism, wherein the path generation element and the mechanism, transfer at least one clamping jaw from a starting position to a clamping position, characterized in that at least one solid body joint is provided between the path generation element and the at least one clamping jaw, and being elastically resilient in the direction of a clamping movement of the clamping jaw and in that the mechanism exhibits at least one push rod or connection rod and at least one clamping lever, which at their ends pointing toward one another are connected to one another with a joint and with the clamping jaw being able to be arranged at the other end of the clamping lever, wherein the clamping lever is pivoted around a stationary pivoting axis arranged on the housing.
A silver-white copper alloy comprising: 47.5 to 50.5 mass% of Cu; 7.8 to 9.8 mass% of Ni; 4.7 to 6.3 mass% of Mn; and optionally one or more elements selected from 0.001 to 0.08 mass% of Pb, 0.001 to 0.08 mass% of Bi, 0.0001 to 0.009 mass% of C, 0.0001 to 0.007 mass% of S, 0.01 to 0.5 mass% of Al, 0.001 to 0.09 mass% of P, 0.005 to 0.035 mass% of Zr, and 0.001 to 0.03 mass% of Mg; the remainder being Zn and inevitable impurities, wherein the silver-white copper alloy has an alloy composition satisfying relationships of f1=[Cu]+1.4×[Ni]+0.3×[Mn]=62.0 to 64.0, f2=[Mn]/[Ni]=0.49 to 0.68, and f3=[Ni]+[Mn]=13.0 to 15.5 among a content [Cu] mass% of Cu, a content [Ni] mass% of Ni, and a content [Mn] mass% of Mn, and has a metal structure in which β phases at an area ratio of 2 to 17% are dispersed in an α-phase matrix, wherein an average grain size of α phases is 0.003 to 0.018 mm, an average area of the β phases is 4x10 -6 to 80x10 -6 mm 2, an average value of long side/short side of β phases is 2 to 7, and a ratio of the β phases having a value of long side/short side of 12 or less to the total β phases is 95% or more or the number of β phases having a long side that is 0.06 mm or more is not more than 10 per 0.1 mm 2. 47.5 to 50.5 mass% of Cu; 7.8 to 9.8 mass% of Ni; 4.7 to 6.3 mass% of Mn; and 0.001 to 0.08 mass% of Pb, 0.001 to 0.08 mass% of Bi, 0.0001 to 0.009 mass% of C, 0.0001 to 0.007 mass% of S, 0.01 to 0.5 mass% of Al, 0.001 to 0.09 mass% of P, 0.005 to 0.035 mass% of Zr, and 0.001 to 0.03 mass% of Mg;
A method for manufacturing a diode for use as a by-pass diode in a solar cell, the method comprising: forming a first doping layer (250, 305) on a first side (247, 307) of a silicon wafer (255, 300); depositing a first dielectric layer (320, 325) on the first doping layer and on a second side (257, 317) of the silicon wafer; etching an opening in the first dielectric layer on the second side of the silicon wafer; forming a second doping layer by performing one of diffusion and ion implant over the opening to create a p-n junction; removing the first dielectric layer from the first doping layer and from the second side of the silicon wafer; depositing a first metal contact (270, 340) on the second doping layer, and depositing a second metal contact (245, 345) on the first doping layer, wherein the first metal contact (270, 340) comprises titanium, wherein the second metal contact (245, 345) comprises titanium; depositing a second dielectric layer (265, 350, 355) on the first metal contact, on an exposed portion of the second side of the silicon wafer, and on the second metal contact, the second dielectric layer thereby covering the first metal contact and the second metal contact; sintering the covered first metal contact and the covered second metal contact; after sintering the covered first metal contact and the covered second metal contact, etching an opening in the second dielectric layer on the first metal contact; and removing the second dielectric layer on the second metal contact. forming a first doping layer (250, 305) on a first side (247, 307) of a silicon wafer (255, 300); depositing a first dielectric layer (320, 325) on the first doping layer and on a second side (257, 317) of the silicon wafer; etching an opening in the first dielectric layer on the second side of the silicon wafer; forming a second doping layer by performing one of diffusion and ion implant over the opening to create a p-n junction; removing the first dielectric layer from the first doping layer and from the second side of the silicon wafer; depositing a first metal contact (270, 340) on the second doping layer, and depositing a second metal contact (245, 345) on the first doping layer, wherein the first metal contact (270, 340) comprises titanium, wherein the second metal contact (245, 345) comprises titanium; depositing a second dielectric layer (265, 350, 355) on the first metal contact, on an exposed portion of the second side of the silicon wafer, and on the second metal contact, the second dielectric layer thereby covering the first metal contact and the second metal contact; sintering the covered first metal contact and the covered second metal contact; after sintering the covered first metal contact and the covered second metal contact, etching an opening in the second dielectric layer on the first metal contact; and removing the second dielectric layer on the second metal contact.
A fork element for use in a fastening structure, comprising at least two rounded receiving limbs (20, 21) which form a substantially circular receiving space, and comprising a fastening section, wherein the receiving limbs (20, 21) are arranged on two opposite sides of the fork element, characterised in that the receiving limbs (20, 21) are asymmetrically designed. wherein the receiving limbs (20, 21) are arranged on two opposite sides of the fork element, characterised in that the receiving limbs (20, 21) are asymmetrically designed.
A printing process comprising: (a) applying a UV-curable ink on a substrate; (b) applying UV to partially cure the UV-curable ink of step(a); (c) applying an overprint varnish on the partially cured UV-curable ink; and (d) applying UV to cure the ink, wherein, the ink comprises one or more photoinitiators which absorb UV light at wavelenghts in excess of 300 nm and the amount of photoinitiators in the ink is less than 6% by weight of the total weight of the ink; and wherein the OPV is UV-curable comprising one or more photoinitiators having principal absorption bands below 300 nm. (a) applying a UV-curable ink on a substrate; (b) applying UV to partially cure the UV-curable ink of step(a); (c) applying an overprint varnish on the partially cured UV-curable ink; and (d) applying UV to cure the ink, wherein, the ink comprises one or more photoinitiators which absorb UV light at wavelenghts in excess of 300 nm and the amount of photoinitiators in the ink is less than 6% by weight of the total weight of the ink; and wherein the OPV is UV-curable comprising one or more photoinitiators having principal absorption bands below 300 nm.
An RF excited laser assembly comprising: a pair of coaxial cylindrical electrodes (105, 110) wherein one electrode is the inner electrode and the other electrode is the outer electrode, the inner and outer electrodes defining a cylindrical inter-electrode gap that provides a discharge volume for laser beam propagation within a laser-active gas medium, and at least one inductor electrically connected to both electrodes and extending between the electrodes within the inter-electrode gap, wherein the surface of the inner electrode is formed with one or more depressions or with one or more groves or slots for increasing the distance between the two electrodes to form one or more discharge-free regions in which the laser-active gas medium is not excited, and characterized in that each inductor is inside of the one or more discharge-free regions and within a laser-free region in which the laser beam does not propagate. a pair of coaxial cylindrical electrodes (105, 110) wherein one electrode is the inner electrode and the other electrode is the outer electrode, the inner and outer electrodes defining a cylindrical inter-electrode gap that provides a discharge volume for laser beam propagation within a laser-active gas medium, and at least one inductor electrically connected to both electrodes and extending between the electrodes within the inter-electrode gap, wherein the surface of the inner electrode is formed with one or more depressions or with one or more groves or slots for increasing the distance between the two electrodes to form one or more discharge-free regions in which the laser-active gas medium is not excited, and characterized in that each inductor is inside of the one or more discharge-free regions and within a laser-free region in which the laser beam does not propagate.
Process for obtaining a light-scattering assembly in particular for a motor vehicle, the light-scattering assembly comprising a part including first and second sections (P1, P2), the process comprising: - forming, by injection molding, the first section of the light-scattering assembly, the first section forming a transparent scattering screen having microstructures obtained by injection molding and configured to scatter light passing through said first section; and - forming, by injection molding, the second section, the second section being devoid of microstructures obtained by injection molding and configured to scatter light, the second section comprising an external region (P2E) extending around at least some of the perimeter of the first section, the external region extending beyond a peripheral portion (P1B) of the first section and away from the first section, the first and second sections (P1, P2) being formed in contact with each other and being united with each other. - forming, by injection molding, the first section of the light-scattering assembly, the first section forming a transparent scattering screen having microstructures obtained by injection molding and configured to scatter light passing through said first section; and - forming, by injection molding, the second section, the second section being devoid of microstructures obtained by injection molding and configured to scatter light, the second section comprising an external region (P2E) extending around at least some of the perimeter of the first section, the external region extending beyond a peripheral portion (P1B) of the first section and away from the first section,
An antigen-loaded antigen-presenting cell for use in treating a disease selected from the group consisting of coronary artery diseases, cerebral-occlusive diseases, peripheral-occlusive diseases, visceral-occlusive diseases, renal artery diseases and mesenterial arterial insufficiency in a subject in need thereof, wherein the subject in need thereof is a subject which has been immunised against said antigen.
A vehicle hood lining presenting at least one elongate depression (14; 40; 60; 71; 90), preferably along an edge of the lining, the depression presenting, at a distance from its ends, at least one singularity (36A; 36B; 56; 68; 97) that is not reproduced both identically and continuously all along the length of the depression, characterized it that it said singularity is a material singularity, the depression comprising at least a first portion made of a first material and defining at least one orifice, and a second portion made of a second material different from the first material and overmolded in at least one of the orifices.
An ink jet recording method comprising: a colored ink jetting step of jetting a colored ink including a coloring agent and an organic solvent from an ink jet head onto a recording medium; a colored ink heating step of heating the colored ink jetted onto the recording medium for 5 seconds or longer by maintaining a surface temperature of the recording medium at 50°C to 100°C; a colorless ink jetting step of jetting a colorless ink including a polymerizable compound, a photopolymerization initiator, and an organic solvent from the ink jet head onto the colored ink after the heating; a colorless ink heating step of heating the colorless ink jetted onto the colored ink after the heating by maintaining the surface temperature of the recording medium at 40°C or higher; and a colorless ink curing step of curing the colorless ink by irradiating the colorless ink after the heating with an active energy ray. a colored ink jetting step of jetting a colored ink including a coloring agent and an organic solvent from an ink jet head onto a recording medium; a colored ink heating step of heating the colored ink jetted onto the recording medium for 5 seconds or longer by maintaining a surface temperature of the recording medium at 50°C to 100°C; a colorless ink jetting step of jetting a colorless ink including a polymerizable compound, a photopolymerization initiator, and an organic solvent from the ink jet head onto the colored ink after the heating; a colorless ink heating step of heating the colorless ink jetted onto the colored ink after the heating by maintaining the surface temperature of the recording medium at 40°C or higher; and a colorless ink curing step of curing the colorless ink by irradiating the colorless ink after the heating with an active energy ray.
A method for estimating distance to an object in a scene using an imaging system comprising a camera array with multiple imagers, an image processing pipeline module and a controller, the image processing pipeline module comprising an upstream pipeline processing module, an image pixel correlation module, and a parallax confirmation and measurement module, the method comprising: providing images, including a current image, captured by the multiple imagers to the upstream pipeline processing module for processing; aligning, by the image pixel correlation module, portions of images, including the current image, captured by different imagers of the multiple imagers to compensate for parallax by comparing the difference between the average values of neighboring pixels with a threshold and flagging the presence of parallax when the difference exceeds the threshold; processing, by the parallax confirmation and measurement module, the current image to detect and measure the parallax; and determining distance to an object in the scene using the measured parallax. providing images, including a current image, captured by the multiple imagers to the upstream pipeline processing module for processing; aligning, by the image pixel correlation module, portions of images, including the current image, captured by different imagers of the multiple imagers to compensate for parallax by comparing the difference between the average values of neighboring pixels with a threshold and flagging the presence of parallax when the difference exceeds the threshold; processing, by the parallax confirmation and measurement module, the current image to detect and measure the parallax; and determining distance to an object in the scene using the measured parallax.
Seat for disabled persons, comprising a rigid supporting base; at least two angular side brackets (P1, P2); at least one third rear bracket (S1-S2) comprising a horizontal rod and a vertical rod hinged to each other; at least one first vertical extension; at least two armrests (B1, B2) fixed to said angular side brackets (P1, P2); at least one headrest integral with a rod, characterized in that said angular side brackets (P1, P2), said rear bracket (S1, S2), said first vertical extension and said bracket of the headrest comprise a series of aligned holes, or one or more slotted holes, suited to allow the various parts to be fixed in different positions and wherein said angular side brackets (P1, P2) comprise two areas with holes, one for each side, which allow the brackets (P1, P2) themselves to be shifted toward the outside, so that the brackets may be placed at the appropriate distance from each other.
A resin member comprising: a copolymer of ethylene and an olefin having 8 carbon atoms; and a straight-chain saturated hydrocarbon compound having a melting point of less than 50°C. a copolymer of ethylene and an olefin having 8 carbon atoms; and a straight-chain saturated hydrocarbon compound having a melting point of less than 50°C.