mhurhangee/ep-ind-claims huggingface dataset:
A light emitting element comprising: a first conductivity type semiconductor rod having a plurality of side surfaces arranged to forrr side surfaces of a polygonal column; an active layer formed of a semiconductor and covering the side surfaces of the first conductivity type semiconductor rod; and a second conductivity type semiconductor layer covering the active layer, wherein the active layer includes a plurality of well layers respectively disposed over at least two adjacent side surfaces among the plurality of side surfaces, the adjacent well layers among the plurality of well layers are separated from each other along a ridge line where the adjacent side surfaces are in contact with each other, and the active layer further includes a ridge portion formed of a semiconductor and disposed or the ridge line, the ridge portion connecting the adjacent well layers, characterised in that a bandgap of the ridge portion is wider than a bandgap of each of the plurality of well layers. a first conductivity type semiconductor rod having a plurality of side surfaces arranged to forrr side surfaces of a polygonal column; an active layer formed of a semiconductor and covering the side surfaces of the first conductivity type semiconductor rod; and a second conductivity type semiconductor layer covering the active layer, wherein the active layer includes a plurality of well layers respectively disposed over at least two adjacent side surfaces among the plurality of side surfaces, the adjacent well layers among the plurality of well layers are separated from each other along a ridge line where the adjacent side surfaces are in contact with each other, and the active layer further includes a ridge portion formed of a semiconductor and disposed or the ridge line, the ridge portion connecting the adjacent well layers, characterised in that a bandgap of the ridge portion is wider than a bandgap of each of the plurality of well layers.
A method comprising: advancing a dry reagent pad (180a-n) through a plurality of read positions (132a-n) in a field of view of an optical imager which is configured to detect or capture optical signals and to transmit signals indicative of a reflectance value of the reagent pad (180a-n) at each read position to a processor, wherein different read positions (132a-n) receive different illumination levels or intensities causing positional differences in the reflectance of the dry reagent pad (180a-n); and wherein the dry reagent pad is an unreacted reagent pad prior to dispensing a volume of sample thereon; detecting by the optical imager optical signals indicative of the reflectance value of the dry reagent pad (180a-n) at the plurality of read positions; designating, by the processor executing processor executable code, at least one of the plurality of read positions (132a-n) as a reference position; calculating, by the processor, a set of position-correction factors for at least one of the plurality of read positions (132a-n) other than the reference position by using the optical signal detected at the at least one of the plurality of read positions (132a-n) other than the reference position and the optical signal detected at the reference position; and storing, by the processor, the set of position-correction factors for the at least one of the plurality of read positions (132a-n) other than the reference position in a non-transitory computer medium. advancing a dry reagent pad (180a-n) through a plurality of read positions (132a-n) in a field of view of an optical imager which is configured to detect or capture optical signals and to transmit signals indicative of a reflectance value of the reagent pad (180a-n) at each read position to a processor, wherein different read positions (132a-n) receive different illumination levels or intensities causing positional differences in the reflectance of the dry reagent pad (180a-n); and wherein the dry reagent pad is an unreacted reagent pad prior to dispensing a volume of sample thereon; detecting by the optical imager optical signals indicative of the reflectance value of the dry reagent pad (180a-n) at the plurality of read positions; designating, by the processor executing processor executable code, at least one of the plurality of read positions (132a-n) as a reference position; calculating, by the processor, a set of position-correction factors for at least one of the plurality of read positions (132a-n) other than the reference position by using the optical signal detected at the at least one of the plurality of read positions (132a-n) other than the reference position and the optical signal detected at the reference position; and storing, by the processor, the set of position-correction factors for the at least one of the plurality of read positions (132a-n) other than the reference position in a non-transitory computer medium.
A piston ring comprising a coating covering at least one of upper, lower, and side faces thereof, characterized in that the coating is a silica-based coating containing nanodiamond particles, resin-based particles, and silicia glass matrix.
Fuel injection valve (10; 10a) for internal combustion engines, having a valve body in which a blind bore (12; 12a) with a longitudinal axis is formed, wherein the blind bore (12; 12a) has a first portion (15; 15a), which forms a seat portion (16; 16a) for a sealing surface of a nozzle needle, and with a second portion, in the region of which at least one injection opening is formed, wherein the two portions (15; 15a, 22) are differently shaped such that a transition is formed between the two portions (15; 15a, 22) in the direction of the longitudinal axis, wherein the first portion is conical and the second portion has a cylindrical basic shape, characterized in that the at least one injection opening has a convexly formed first inflow region on the side facing towards the first portion (15; 15a) of the blind bore (12; 12a), and in that the first inflow region, as viewed in the direction of the longitudinal axis, is formed beyond the transition as far as into the first portion (15; 15a), wherein the first inflow region forms an ovoid recess in the valve body and has a longitudinal axis which runs parallel to the longitudinal axis of the blind bore (12; 12a).
A personal absorbent article selected from diapers, diaper pants, training pants, absorbent underpants, incontinence products, and urinary shields, the absorbent article comprising: an absorbent member disposed between a water-impermeable backsheet and a water-permeable liner, wherein the liner has a body-facing surface and an opposite garment-facing surface; and an extruded water-soluble article attached to the liner or to a surface of the absorbent member adjacent the liner, wherein the extruded water-soluble article comprises: a homogeneous material comprising a water-soluble polymer having an extrusion temperature of 50 to 150°C; and between 0.1% to 50% by weight of an active agent; wherein the polymer is polyvinyl alcohol (PVOH); and wherein the active agent is an antimicrobial. a homogeneous material comprising a water-soluble polymer having an extrusion temperature of 50 to 150°C; and between 0.1% to 50% by weight of an active agent; wherein the polymer is polyvinyl alcohol (PVOH); and wherein the active agent is an antimicrobial.
An intraluminal device comprising: a tubular body with two ends, which body is capable of expanding or being expanded from a radially compressed state to a radially expanded state in vivo; and, at least one engagement member which is connected to or integral with a wall of the body, the construction and materials of the at least one engagement member and the body are such that the engagement member will occupy a first angular relationship with an adjacent part of the body when the body is radially compressed and a second and different angular relationship with the body when the body is radially expanded, further comprising a second tubular body having at least one second engagement member (21 b), wherein the at least one engagement member (21 a) is configured to engage the second engagement member (21 b) to maintain the tubular body and the second tubular body in an interconnected configuration. a tubular body with two ends, which body is capable of expanding or being expanded from a radially compressed state to a radially expanded state in vivo; and, at least one engagement member which is connected to or integral with a wall of the body, the construction and materials of the at least one engagement member and the body are such that the engagement member will occupy a first angular relationship with an adjacent part of the body when the body is radially compressed and a second and different angular relationship with the body when the body is radially expanded, further comprising a second tubular body having at least one second engagement member (21 b), wherein the at least one engagement member (21 a) is configured to engage the second engagement member (21 b) to maintain the tubular body and the second tubular body in an interconnected configuration.
Aircraft having C-shaped wings, each of them comprising a lower main wing, a winglet wing that extends upwards on the end of said lower main wing and a top wing that extends inwards is fastened to said winglet wing, characterized in that the top wing can pivot, and in each case an axis of rotation of the top wings that extends in the direction of the wing span is arranged in the aerodynamic centre of the top wing and moreover each top wing can be pivoted about said axis of rotation by means of an adjusting device, wherein the two adjusting devices can be controlled in an identical manner by a control device and wherein it is possible on the basis of flight state parameters to set an angle of pitch of the top wings that is optimal for a minimal induced resistance.
Holding device having a mounting base and, held thereon by holding means (8, 9, 10, 11) a tubular or rod-shaped stand for a lightning protection device, wherein the mounting base comprises means for changing its longitudinal extent, and the holding means (8, 9, 10, 11) are designed in such a way that the tubular or rod-shaped stand is steplessly fixable over an angular range in an angular position of its longitudinal axis relative to the mounting base, wherein the mounting base is designed in such a way that it can be fastened from outside on the roof covering of a building roof by means of fastening means and, in the region of the four outer corners, there are in each case situated outer positions for fastening means for fastening the holding device from outside on the roof covering of a building roof, characterized - in that the mounting base has in its transverse extent perpendicular to the longitudinal extent a maximum of at least thirty centimetres, - in that the means for changing the longitudinal extent of the mounting base comprise two mutually parallel telescope-like elements which each contain two inter-engaging tubes or each contain a tube and a rod engaging in the tube, and - in that the mounting base has, in the plane of its transverse and longitudinal extent, four outer corners at a distance of at least thirty centimetres from one another. - in that the mounting base has in its transverse extent perpendicular to the longitudinal extent a maximum of at least thirty centimetres, - in that the means for changing the longitudinal extent of the mounting base comprise two mutually parallel telescope-like elements which each contain two inter-engaging tubes or each contain a tube and a rod engaging in the tube, and - in that the mounting base has, in the plane of its transverse and longitudinal extent, four outer corners at a distance of at least thirty centimetres from one another.
A telehandler vehicle comprising: a self-propelled chassis comprising: a frame supporting an operator cab, characterized in that the operator cab includes a first boom control panel; and a propulsion system configured to control a movement and a position of said frame; a boom pivotably coupled to said frame; a material handling implement coupled to a distal end of said boom; a personnel platform coupled to the distal end of said boom, said personnel platform having a forward end in a direction of travel and an aft end opposite said forward end; and a second boom control panel coupled to the forward end of said personnel platform. a self-propelled chassis comprising: a frame supporting an operator cab, characterized in that the operator cab includes a first boom control panel; and a propulsion system configured to control a movement and a position of said frame; a frame supporting an operator cab, characterized in that the operator cab includes a first boom control panel; and a propulsion system configured to control a movement and a position of said frame; a boom pivotably coupled to said frame; a material handling implement coupled to a distal end of said boom; a personnel platform coupled to the distal end of said boom, said personnel platform having a forward end in a direction of travel and an aft end opposite said forward end; and a second boom control panel coupled to the forward end of said personnel platform.
A carrier composition for delivering a nucleic acid to a target cell or tissue, comprising: a block copolymer having an uncharged hydrophilic polymer segment and a cationic polymer segment; and a cationic polymer, wherein the uncharged hydrophilic polymer segment of the block copolymer is a polyalkylene glycol segment, the cationic polymer segment of the block copolymer is a segment made of poly(amino acid or derivative thereof) having amino groups at its side chain, and the cationic polymer is poly(amino acid or derivative thereof) having amino groups at its side chain, and wherein the mol percentage (B/H ratio) of the cationic groups of the block copolymer to the total cationic groups of the block copolymer and the cationic polymer is between 25% and 90%.
A luminaire comprising: a light source adapted to generate a light beam with a light beam axis and a light beam origin at the light source and a light beam exit down the axis from the light source; a first articulated carrier (142, 144) adapted to deploy a light beam homogenizer into the light beam and to remove the homogenizer from the light beam; a second articulated carrier (146, 147) adapted to articulate other optical components of the luminaire along the light beam axis in coordination with the deployment or removal of the homogenizer from the light beam; characterized in that: the homogenizer is an elongated homogenizer; and the coordination of the first and second articulated carriers (142, 144; 146, 147) is such that before the first articulated carrier (142, 144) deploys the elongated homogenizer into the light beam, the second carrier (146, 147) is articulated to move the other optical components to make space for the elongated homogenizer. a light source adapted to generate a light beam with a light beam axis and a light beam origin at the light source and a light beam exit down the axis from the light source; a first articulated carrier (142, 144) adapted to deploy a light beam homogenizer into the light beam and to remove the homogenizer from the light beam; a second articulated carrier (146, 147) adapted to articulate other optical components of the luminaire along the light beam axis in coordination with the deployment or removal of the homogenizer from the light beam; characterized in that: the homogenizer is an elongated homogenizer; and the coordination of the first and second articulated carriers (142, 144; 146, 147) is such that before the first articulated carrier (142, 144) deploys the elongated homogenizer into the light beam, the second carrier (146, 147) is articulated to move the other optical components to make space for the elongated homogenizer. the homogenizer is an elongated homogenizer; and the coordination of the first and second articulated carriers (142, 144; 146, 147) is such that before the first articulated carrier (142, 144) deploys the elongated homogenizer into the light beam, the second carrier (146, 147) is articulated to move the other optical components to make space for the elongated homogenizer.
The use of one or more N-methyl-N-acylglucamines of the formula in which R 1 is a linear or branched, saturated or unsaturated hydrocarbyl group having 7 to 21 carbon atoms as corrosion inhibitor.
A film, which is a light-concentrating film (10, 20, 83, 90, 100) comprising alternating fine concavo-convex structure on at least one surface, wherein - the concavo-convex height is 2.7-9.6 μm and the concavo-convex pitch is 0.05-50 μm, - each concavo-convex part has a peripheral shape of at least one polygon selected from a triangle, a quadrangle, and a hexagon and has a cross-sectional shape of a semi-sphere or a parabola, - the film concentrates at least one of direct sunlight and diffuse sunlight, and - the film is made of at least one fluororesin selected from poly(chlorotrifluoroethylene), an ethylene/tetrafluoroethylene copolymer, an ethylene/ chlorotrifluoroethylene (CTFE) copolymer, a CTFE/TFE copolymer, a TFE/hexafluoropropylene copolymer, a TFE/perfluoro(alkyl vinyl ether) copolymer, polyvinylidene fluoride, and a TFE/HFP/ethylene copolymer. - the concavo-convex height is 2.7-9.6 μm and the concavo-convex pitch is 0.05-50 μm, - each concavo-convex part has a peripheral shape of at least one polygon selected from a triangle, a quadrangle, and a hexagon and has a cross-sectional shape of a semi-sphere or a parabola, - the film concentrates at least one of direct sunlight and diffuse sunlight, and - the film is made of at least one fluororesin selected from poly(chlorotrifluoroethylene), an ethylene/tetrafluoroethylene copolymer, an ethylene/ chlorotrifluoroethylene (CTFE) copolymer, a CTFE/TFE copolymer, a TFE/hexafluoropropylene copolymer, a TFE/perfluoro(alkyl vinyl ether) copolymer, polyvinylidene fluoride, and a TFE/HFP/ethylene copolymer.
A formulation comprising an oxidatively curable alkyd-based curable resin and a chelant of the formula: wherein: each of R A, R B, and R C is independently selected from the group consisting of C 1-24 alkyl, C 6-18 aryl and C 6-18 arylC 1-6 alkyl, wherein the aryl moieties of any C 6-18 aryl or C 6-18 arylC 1-6 alkyl groups are optionally substituted with one or more groups selected from the group consisting of C 1-4 alkyl, CI, Br and NO 2 groups, with the proviso that R A, R B and R C are not all the same; and each of R 1 -R 12 is independently selected from the group consisting of H, C 1-4 alkyl and hydroxyC 1-4 -alkyl. each of R A, R B, and R C is independently selected from the group consisting of C 1-24 alkyl, C 6-18 aryl and C 6-18 arylC 1-6 alkyl, wherein the aryl moieties of any C 6-18 aryl or C 6-18 arylC 1-6 alkyl groups are optionally substituted with one or more groups selected from the group consisting of C 1-4 alkyl, CI, Br and NO 2 groups, with the proviso that R A, R B and R C are not all the same; and each of R 1 -R 12 is independently selected from the group consisting of H, C 1-4 alkyl and hydroxyC 1-4 -alkyl.
A system for vision correction surgery comprising: an ophthalmic detector operable to identify a selected location on a cornea of an eye, wherein the selected location is the corneal vertex or is along a virtual line connecting the corneal vertex and a pupil center (30a, 30b) at a given dilation; a marker operable to mark the periphery of the cornea with a mark (50a-50c) that corresponds to the selected location; a corneal suction or applanation device operable to deform the cornea; a surgical procedure device operable to perform a vision correction surgical procedure at the selected location while the cornea is deformed; and a computer programmed with at least an algorithm to identify the selected location on the undeformed cornea and an algorithm to re-identify the selected location on the deformed cornea based on the mark (50a-50c), using information provided by the ophthalmic detector, wherein the marker and surgical procedure device are the same device. an ophthalmic detector operable to identify a selected location on a cornea of an eye, wherein the selected location is the corneal vertex or is along a virtual line connecting the corneal vertex and a pupil center (30a, 30b) at a given dilation; a marker operable to mark the periphery of the cornea with a mark (50a-50c) that corresponds to the selected location; a corneal suction or applanation device operable to deform the cornea; a surgical procedure device operable to perform a vision correction surgical procedure at the selected location while the cornea is deformed; and a computer programmed with at least an algorithm to identify the selected location on the undeformed cornea and an algorithm to re-identify the selected location on the deformed cornea based on the mark (50a-50c), using information provided by the ophthalmic detector,
An anode composition for lithium ion batteries, comprising: a) from 5% to 90% by weight of a silicon-based active material; b) from 5% to 35% by weight of a binder, wherein the binder is oxystarch, wherein the oxystarch is a material prepared by partially oxidizing corn starch so that part of the hydroxyl groups in the corn starch are converted into carboxyl groups, wherein the corn starch is a natural mixture of amylose and amylopectin; and c) from 0 to 85% by weight of carbon material, wherein the weight percents of each component are based on the total weight of the anode composition. a) from 5% to 90% by weight of a silicon-based active material; b) from 5% to 35% by weight of a binder, wherein the binder is oxystarch, wherein the oxystarch is a material prepared by partially oxidizing corn starch so that part of the hydroxyl groups in the corn starch are converted into carboxyl groups, wherein the corn starch is a natural mixture of amylose and amylopectin; and c) from 0 to 85% by weight of carbon material,
Switchable supporting element for a valve train of an internal combustion engine, having a housing which can be arranged via its outer shell in a receptacle of the internal combustion engine, and in the bore of which an axially movable inner element which protrudes with its head beyond an edge of the housing runs, the supporting element being assigned coupling means for selectively coupling the inner element in its axially extended position to the housing, which inner element is loaded out of the housing by way of at least one lost-motion spring, characterized in that the coupling means are configured as at least two slides which, in the decoupled case, are positioned in each case in a guide of the housing, which guide runs radially or in a secant-like manner, to which slides, starting from their radially inner end, a flattened upper side is immanent, via which, in the coupled case, they can be brought into engagement with a flattened underside of at least one recess in the outer shell of the inner element, the recess of the inner element either being configured as a transverse slot with a secant-like/straight slot bottom or in an annular segment-like/crescent-like manner in the outer shell of the inner element on the side of the respective slide as coupling means, and an anti-rotation safeguard being applied between the inner element and the housing, and a pin being provided as anti-rotation safeguard, which pin is fastened in a recess of the housing and communicates with a longitudinal cut-out on the inner element and has a flattened underside and upper side (25, 26) which emanate from its radially inner end side and, as vertical stops at both ends, communicate with opposite stop faces (27, 28) of the longitudinal cut-out on the inner element, a positional assignment of the slides as coupling means to their recesses of the inner element being produced in the case of the axially extended stop position of the inner element.