mhurhangee/ep-ind-claims huggingface dataset:
A method for decoding a video signal, comprising: extracting, by entropy-decoding a entropy-coded bitstream, residual data for a current block that includes a current pixel and an adjacent pixel of the current pixel, flag information, and encoding mode information, wherein the residual data includes a residual value for the current pixel and a residual value for the adjacent pixel, the flag information indicates recalculation of the residual value of the current pixel based on the residual value of the adjacent pixel, and the encoding mode information indicates an intra prediction direction; when the flag information indicates recalculation of the residual value of the current pixel, recalculating a new residual value for the current pixel based on the extracted residual value for the current pixel and the residual value for the adjacent pixel, wherein the adjacent pixel is closest to the current pixel in the intra prediction direction; obtaining a prediction value of the current pixel according to the intra prediction direction; and, losslessly restoring the current pixel by using the recalculated residual value for the current pixel and the prediction value of the current pixel. extracting, by entropy-decoding a entropy-coded bitstream, residual data for a current block that includes a current pixel and an adjacent pixel of the current pixel, flag information, and encoding mode information, wherein the residual data includes a residual value for the current pixel and a residual value for the adjacent pixel, the flag information indicates recalculation of the residual value of the current pixel based on the residual value of the adjacent pixel, and the encoding mode information indicates an intra prediction direction; when the flag information indicates recalculation of the residual value of the current pixel, recalculating a new residual value for the current pixel based on the extracted residual value for the current pixel and the residual value for the adjacent pixel, wherein the adjacent pixel is closest to the current pixel in the intra prediction direction; obtaining a prediction value of the current pixel according to the intra prediction direction; and, losslessly restoring the current pixel by using the recalculated residual value for the current pixel and the prediction value of the current pixel.
A carrier comprising at least 85 wt percent alpha alumina, at least 0.06 wt percent and not greater than 0.40 wt percent SiO 2 and no more than 0.04 wt percent Na 2 O, said carrier comprising a water absorption no greater than 0.35 gram of water/gram of carrier and a ratio of water absorption (gram of water/gram of carrier) to surface area (m 2 of carrier/ gram of carrier,) no greater than 0.50 gram of water/m 2 of carrier, the quantities of SiO 2 and Na 2 O determined using Inductively Coupled Plasma - Optical Emission Spectroscopy (ICP-OES) analysis of samples prepared by using a fusion process, and based on the total weight of the carrier after the carrier has been sintered and before the start of any subsequent processing steps that could alter the chemical composition of the carrier, the surface area determined by the BET method, and the water absorption determined as described in the description.
Exhaust gas treatment system for an internal combustion engine based on a PM-CAT particulate filter and a Diesel Oxidation Catalyst placed upstream of the PM-CAT filter according to a direction of the exhaust gas outflow, the system comprising regeneration means suitable to promote an active regeneration reaction of particulate matter accumulated in the particulate filter, the PM-CAT being an open filter allowing the passage of the gases in any saturation condition of the filter itself and lacking any superficial treatment with noble metals, the system being characterized in that said regeneration means are configured to keep a temperature at an inlet of the Diesel Oxidation Catalyst at about 550°C during an active regeneration reaction.
A robot comprising: an arm that is configured to rotate about a predetermined rotation axis as a rotation center, wherein the arm is a member elongated in the direction of the rotation axis; and a cable routing connecting part (14c, 140c) that is configured to connect a cable routing inside of the arm and a cable routing outside of the arm, wherein the cable routing connecting part (14c, 140c) is provided in the arm, and present within a circle having a radius which equals a distance between a part of the arm farthest from the rotation axis as seen from an axis direction of the rotation axis and the rotation axis, wherein the circle is centered at the rotation axis; characterized in that the cable routing connecting part (14c, 140c) is capable of connecting the cable routing from a direction in which an object to be connected to the cable routing is present, and a tilt angle of a connection direction of the cable routing to the cable routing connecting part (14c, 140c) with respect to the rotation axis is equal to or less than 45 degrees. an arm that is configured to rotate about a predetermined rotation axis as a rotation center, wherein the arm is a member elongated in the direction of the rotation axis; and a cable routing connecting part (14c, 140c) that is configured to connect a cable routing inside of the arm and a cable routing outside of the arm, wherein the cable routing connecting part (14c, 140c) is provided in the arm, and present within a circle having a radius which equals a distance between a part of the arm farthest from the rotation axis as seen from an axis direction of the rotation axis and the rotation axis, wherein the circle is centered at the rotation axis; characterized in that the cable routing connecting part (14c, 140c) is capable of connecting the cable routing from a direction in which an object to be connected to the cable routing is present, and a tilt angle of a connection direction of the cable routing to the cable routing connecting part (14c, 140c) with respect to the rotation axis is equal to or less than 45 degrees.
A controller for a video matrix switching system, said controller comprising: at least a first multiple purpose unit, MPU, module configured to provide video and control for a multi-camera video closed circuit television, CCTV, system; at least a first port module connectable to the MPU module and having driver electronics for a set of interface ports; and at least a second port module configured to operationally couple with said first port module to provide an additional set of interface ports independently controllable by said MPU module or modules operationally coupled to either the first port module or the second port module, and configured to provide a passive hot switch with redundancy and hot stand-by CPU capability, wherein said port module includes a knob configured to removably secure said first port module to said MPU module side by side in a rack and to operatively couple said first port module to said MPU module utilizing side- mounted mating connectors. at least a first multiple purpose unit, MPU, module configured to provide video and control for a multi-camera video closed circuit television, CCTV, system; at least a first port module connectable to the MPU module and having driver electronics for a set of interface ports; and at least a second port module configured to operationally couple with said first port module to provide an additional set of interface ports independently controllable by said MPU module or modules operationally coupled to either the first port module or the second port module, and configured to provide a passive hot switch with redundancy and hot stand-by CPU capability, wherein said port module includes a knob configured to removably secure said first port module to said MPU module side by side in a rack and to operatively couple said first port module to said MPU module utilizing side- mounted mating connectors.
A hermetically sealed battery (10, 11, 12) comprising a battery can having a bottomed cylindrical shape and an opening; an electrode body accommodated in the battery can; a sealing plate covering the opening of the battery can; a rivet disposed on the sealing plate and serving as a terminal; an insulator insulates the sealing plate from the rivet; and an internal lead (210, 220) electrically connected to the rivet, wherein the insulator includes: a sealing part sealing between the sealing plate and the rivet; and a plate part closer to the electrode body than the sealing part, the plate part being extended in a radial direction of the electrode body, the plate part has a cut-away portion recessed in a periphery of the plate part in the radial direction, and the internal lead is partially disposed in the cut-away portion. a battery can having a bottomed cylindrical shape and an opening; an electrode body accommodated in the battery can; a sealing plate covering the opening of the battery can; a rivet disposed on the sealing plate and serving as a terminal; an insulator insulates the sealing plate from the rivet; and an internal lead (210, 220) electrically connected to the rivet, wherein the insulator includes: a sealing part sealing between the sealing plate and the rivet; and a plate part closer to the electrode body than the sealing part, the plate part being extended in a radial direction of the electrode body, a sealing part sealing between the sealing plate and the rivet; and a plate part closer to the electrode body than the sealing part, the plate part being extended in a radial direction of the electrode body, the plate part has a cut-away portion recessed in a periphery of the plate part in the radial direction, and the internal lead is partially disposed in the cut-away portion.
A luminaire (10, 110, 210) comprising: a plurality of LEDs (12, 122, 128) disposed on a mounting surface, a center of each LED positioned along the perimeter of a bounded plane (18, 134) and wherein the plurality of LEDs face toward an associated target plane parallel to the bounded plane (18, 134) and vertically spaced from the luminaire and comprise sufficient LEDs to define an LED curve that is coplanar with the bounded plane; and an optic disposed on the mounting surface arranged with respect to the LEDs (12, 122, 128) to redirect light emanating from the LEDs (12, 122, 128) toward the associated target plane the optic including a first light redirecting surface (142, 148) and a second light redirecting surface (140, 146) to redirect light emanating from the LEDs toward the associated target plane, wherein the redirecting surfaces are reflective surfaces, the first light redirecting surface (142, 148) and second light redirecting surface (140, 146) cooperating with each of the LEDs (12, 122, 128) and are shaped to redirect light emanating from the LEDs defining the LED curve in a direction angularly offset from a line normal to the associated target plane. a plurality of LEDs (12, 122, 128) disposed on a mounting surface, a center of each LED positioned along the perimeter of a bounded plane (18, 134) and wherein the plurality of LEDs face toward an associated target plane parallel to the bounded plane (18, 134) and vertically spaced from the luminaire and comprise sufficient LEDs to define an LED curve that is coplanar with the bounded plane; and an optic disposed on the mounting surface arranged with respect to the LEDs (12, 122, 128) to redirect light emanating from the LEDs (12, 122, 128) toward the associated target plane the optic including a first light redirecting surface (142, 148) and a second light redirecting surface (140, 146) to redirect light emanating from the LEDs toward the associated target plane, wherein the redirecting surfaces are reflective surfaces, the first light redirecting surface (142, 148) and second light redirecting surface (140, 146) cooperating with each of the LEDs (12, 122, 128) and are shaped to redirect light emanating from the LEDs defining the LED curve in a direction angularly offset from a line normal to the associated target plane.
An orthopaedic implant for use with a fastener having at least one of threads and grooves, the implant comprising: a body defining a long axis, the body including an inner wall defining an elongated slot, the inner wall comprising: a pair of opposing walls, and a first projection disposed on the inner wall, wherein, when the fastener is inserted into the slot, the first projection slidably fits within a groove of the fastener to limit sliding of the implant over the fastener along an axis substantially transverse to the long axis and to permit sliding of the implant over the fastener along the long axis, characterised in that the projection is retractably disposed in an opening defined in the inner wall such that a portion of the first projection can extend into the slot through the opening. a pair of opposing walls, and a first projection disposed on the inner wall, wherein, when the fastener is inserted into the slot, the first projection slidably fits within a groove of the fastener to limit sliding of the implant over the fastener along an axis substantially transverse to the long axis and to permit sliding of the implant over the fastener along the long axis, characterised in that the projection is retractably disposed in an opening defined in the inner wall such that a portion of the first projection can extend into the slot through the opening.
A rotary union, comprising: a housing having a fluid inlet; a rotating machine component rotatably supported in the housing; a rotating seal member associated with the rotating machine component; a non-rotating seal member slidably and sealably disposed within the housing adjacent the rotating seal member; an expandable seal disposed between and sealably engaging each of the non-rotating seal member and the housing; wherein the expandable seal includes two end portions, one of the two end portions engaged to the non-rotating seal member and the other of the two end portions engaged to the housing, and an expandable portion disposed axially between the two end portions, the expandable portion having an axial length that varies based on a pressure of a hydraulic fluid that is present at the fluid inlet, wherein each of the two end portions has a hollow cylindrical shape that engages a corresponding bore (116,126) in the non-rotating seal member and the housing along its outer periphery, and wherein each corresponding bore (116, 126) includes a rounded edge facing the expandable seal, each rounded edge having a radius of curvature that matches a radius (R') of curvature along a corresponding interface between an end portion and an expandable portion of the expandable seal. a housing having a fluid inlet; a rotating machine component rotatably supported in the housing; a rotating seal member associated with the rotating machine component; a non-rotating seal member slidably and sealably disposed within the housing adjacent the rotating seal member; an expandable seal disposed between and sealably engaging each of the non-rotating seal member and the housing;
Use of a composition comprising an extract of Dionaea muscipula in cosmetic treatment of the skin, especially skin changes due to accelerated or chronological aging e.g.wrinkles, loss of firmness and elasticity, and increased pigmentation.
A composition comprising immunoglobulins, part or fragments thereof wherein said immunoglobulins are IgG,, wherein said immunoglobulin is isolated from milk, eggs or blood derived from animals selected from the group of: horses, goats, sheep, pigs, camels, hens, ducks, geese and cows; wherein said immunoglobulins are synthetically multimerised, said synthetically multimerised immunoglobulins comprise at least one cross-linking covalent chemical bond between individual immunoglobulins, for use in therapeutic treatment of a subject via oral passive immunisation.
A device for hanging at least one fabric for producing a false wall with stretched fabric(s) comprising: a first profile forming a rail profile comprising at least one receiving groove of U-shaped cross-section delimited by at least two lateral walls (21, 23), one of the said walls comprising a longitudinal shoulder, and at least one second profile, capable of being removably fitted into the receiving groove of the first profile, said second profile having a U-shaped cross-section defining a first and a second arm, the first arm (31, 33) comprising at least one deformable longitudinal projection, the second profile has a form that is substantially complementary to that of the receiving groove, characterised in that the second arm of the second profile has a smaller width than the first arm, the width being determined so that the free end of the second arm comes to bear on the shoulder when the second profile is in place in the receiving groove, and in that the deformable longitudinal projection of the first arm (31, 33) is arranged to come to bear against the wall of the receiving groove carrying the shoulder when the second profile is in place in the receiving groove of the first profile. a first profile forming a rail profile comprising at least one receiving groove of U-shaped cross-section delimited by at least two lateral walls (21, 23), one of the said walls comprising a longitudinal shoulder, and at least one second profile, capable of being removably fitted into the receiving groove of the first profile, said second profile having a U-shaped cross-section defining a first and a second arm, the first arm (31, 33) comprising at least one deformable longitudinal projection, the second profile has a form that is substantially complementary to that of the receiving groove, characterised in that the second arm of the second profile has a smaller width than the first arm, the width being determined so that the free end of the second arm comes to bear on the shoulder when the second profile is in place in the receiving groove, and in that the deformable longitudinal projection of the first arm (31, 33) is arranged to come to bear against the wall of the receiving groove carrying the shoulder when the second profile is in place in the receiving groove of the first profile.
An analytical tool for measuring a component in a sample by an electrochemical technique, the analytical tool comprising a first plate element, a second plate element, a spacer in-between the first plate element and the second plate element, a sample introduction port, a flow path defined by a space between the first and second plate elements (1, 3) and by the spacer for receiving a sample from the introduction port, first and second electrodes (11, 12), a reagent portion bridging part of the first electrode and part of the second electrode and arranged to receive the sample within the flow path, and an exhaust port for discharging gas from the flow path; wherein the first plate element includes a flat main body and a projection which defines the exhaust port; wherein the projection is a deformed part of the first plate element which projects from the flat main body in a thickness direction of the flat main body, and thereby forms an opening in a direction along the flat main body at a position above the flat main body in the thickness direction; wherein the exhaust port is provided by the opening; characterised in that the projection, together with the flat main body, completely covers the flow path when viewed in the thickness direction. wherein the first plate element includes a flat main body and a projection which defines the exhaust port; wherein the projection is a deformed part of the first plate element which projects from the flat main body in a thickness direction of the flat main body, and thereby forms an opening in a direction along the flat main body at a position above the flat main body in the thickness direction; wherein the exhaust port is provided by the opening; characterised in that the projection, together with the flat main body, completely covers the flow path when viewed in the thickness direction.
A front structure for a motor vehicle comprising a vehicle body part of the motor vehicle, a bumper facing in the travel direction, which has an outer shell part, a damping element, and a support for supporting the outer shell part of the bumper on the vehicle body part, wherein the outer shell part rests on the upper side of the support and a wall of the outer shell part facing in the travel direction is spaced apart from the support, wherein the support has a plurality of box-shaped projections, on each of which a cantilever beam is arranged, and a vertical fastening flange for fastening on the vehicle body part, wherein a horizontal leg, which forms an upper delimitation of the outer shell part, rests on the cantilever beam, wherein the damping element is arranged between the vehicle body part and the outer shell part and supports a lower end of a vertical leg, which forms a lower delimitation of the outer shell part, wherein a deformation space, into which the shell part is deformable in the event of a load in and opposite to the travel direction, is provided in a region between the support and the damping element, where the shell part has no support, characterized in that the shell part only opposes an impact of a pedestrian on the bumper in the lower leg region with a slight resistance, because the support is only led up into the middle region of the horizontal leg of the outer shell part, in the event of a strong impact, the damping element and the fastening flange of the support are additionally deformed, and in the event of a particularly strong impact, the fastening flange is additionally separated from the vehicle body part, to provide further deformation space.
A vesicle comprising: 1) an α,ε-bis (γ-N-(C 10-30) acylglutamyl) lysine and/or a salt thereof; 2) a ceramide and/or an ingredient represented by the following formula 8 or 9; and 3) one or more selected from a glycerin fatty acid ester, a polyglycerin fatty acid ester, and a pyroglutamic acid glycerin fatty acid ester wherein R 1 represents a hydrocarbon group having 10 to 26 carbon atoms, R 2 represents a hydrocarbon group having 9 to 25 carbon atoms, and X represents a group represented by - (CH 2) n - in which n represents 2 to 6 wherein R 1 ' and R 2 ' each independently represents a hydrocarbon group having 1 to 40 carbon atoms, which may be hydroxylated, R 3 represents a linear or branched alkylene group having 1 to 6 carbon atoms or a single bond, and R 4 represents a hydrogen atom, a linear or branched alkoxy group having 1 to 12 carbon atoms, or a 2, 3-dihydroxypropyloxy group, wherein R 4 represents a hydrogen atom when R 3 represents a single bond. 1) an α,ε-bis (γ-N-(C 10-30) acylglutamyl) lysine and/or a salt thereof; 2) a ceramide and/or an ingredient represented by the following formula 8 or 9; and 3) one or more selected from a glycerin fatty acid ester, a polyglycerin fatty acid ester, and a pyroglutamic acid glycerin fatty acid ester wherein R 1 represents a hydrocarbon group having 10 to 26 carbon atoms, R 2 represents a hydrocarbon group having 9 to 25 carbon atoms, and X represents a group represented by - (CH 2) n - in which n represents 2 to 6 wherein R 1 ' and R 2 ' each independently represents a hydrocarbon group having 1 to 40 carbon atoms, which may be hydroxylated, R 3 represents a linear or branched alkylene group having 1 to 6 carbon atoms or a single bond, and R 4 represents a hydrogen atom, a linear or branched alkoxy group having 1 to 12 carbon atoms, or a 2, 3-dihydroxypropyloxy group, wherein R 4 represents a hydrogen atom when R 3 represents a single bond.