mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a surface, feature, or structure in an eye: producing a 3-dimensional image of the anterior segment of the eye using an OCT system; reducing the image to a set of XYZ triples, each XYZ triple representing an edge pixel in the image; applying a least squares technique to fit the set of XYZ triples to a mathematical surface; applying a series of least squares techniques to the image information so as to iteratively include a greater number of XYZ triples in each successive least squares fit technique; and identifying the surface, feature, or structure based on the fit of the least squares technique. producing a 3-dimensional image of the anterior segment of the eye using an OCT system; reducing the image to a set of XYZ triples, each XYZ triple representing an edge pixel in the image; applying a least squares technique to fit the set of XYZ triples to a mathematical surface; applying a series of least squares techniques to the image information so as to iteratively include a greater number of XYZ triples in each successive least squares fit technique; and identifying the surface, feature, or structure based on the fit of the least squares technique.
A gas- and water vapour-permeable adsorbent filter material with protective function against biological and chemical pollutants and toxins, especially biological and chemical warfare agents, wherein the adsorbent filter material has a multilayer stratified structure with a first, especially two-dimensional carrier layer, a second, especially two-dimensional carrier layer, and an adsorption layer located between the first carrier layer and the second carrier layer, wherein the adsorption layer comprises an active carbon fibre textile fabric permanently bonded to the first carrier layer and the second carrier layer with an adhesive, wherein the bonding of the active carbon fibre textile fabric with the first carrier layer and the second carrier layer in each case takes place via discontinuous application of adhesive in the form of non-contiguous adhesive dots, characterised in that the active carbon fibre textile fabric consists of non-spun endless fibres (filament fibres) and that the adhesive covers a maximum of 15% of the active carbon fibre textile fabric, in each case based on one side of the active carbon fibre textile fabric.
A manipulating device, comprising: a base part; a user interface disposed above the base part and having a movable part and a grip part; a parallel link mechanism (103A-103C) having a pair of arm parts (14A-14F) and a pair of link parts (15A-15F); a position sensor (104A-104F) configured to detect a position of a base-end part of the arm part (14A-14F); and a controller configured to control at least one of a position and a posture of a robot based on the position detected by the position sensor (104A-104F), wherein the arm part (14A-14F) is rotatably connected at a base-end part to the base part, wherein the link part (15A-15F) is rotatably connected at a base-end part to the arm part (14A-14F), and is rotatably connected at a tip-end part to the movable part, and wherein the base part is coupled to the movable part through three sets of parallel link mechanism (103A-103C)s with six degrees of freedom, characterized in that the pair of arm parts (14A-14F) are connected with each other through a first connecting member (105A-105C) having a given first holding force set beforehand. a base part; a user interface disposed above the base part and having a movable part and a grip part; a parallel link mechanism (103A-103C) having a pair of arm parts (14A-14F) and a pair of link parts (15A-15F); a position sensor (104A-104F) configured to detect a position of a base-end part of the arm part (14A-14F); and a controller configured to control at least one of a position and a posture of a robot based on the position detected by the position sensor (104A-104F), wherein the arm part (14A-14F) is rotatably connected at a base-end part to the base part, wherein the link part (15A-15F) is rotatably connected at a base-end part to the arm part (14A-14F), and is rotatably connected at a tip-end part to the movable part, and wherein the base part is coupled to the movable part through three sets of parallel link mechanism (103A-103C)s with six degrees of freedom,
An implantable device for intraocular drug delivery comprising at least two hollow solids inscribed one into the other, and at least one closing element, where the walls of said at least two hollow solids are made of biodegradable material based on magnesium, and where said at least two hollow solids inscribed one into the other delimit a volume, called core, inside the innermost of said hollow solids and one or more volumes, called crown (s), comprised between said innermost hollow solid and the hollow solid at the exterior thereof, wherein said walls are impermeable continuous walls which become permeable as a function of the post-implantation time of said device, said hollow solids inscribed one into the other are arranged so as to have an upper base and/or a lower base in common, said core and said crowns (s) having at least one opening toward an outside, said at least one opening being said upper base and/or lower base; said core and said crown (s) being closed to the outside by said at least one closing element.
A cosmetic product comprising: an UV blocking cosmetic composition comprising: - an inorganic UV blocking agent comprising spherical titanium dioxide microparticles having a median volume particle diameter larger than 70 nm and equal to or less than 150 nm and an oil absorption larger than 0 and equal to or less than 0.5, - a further inorganic UV blocking agent comprising non-spherical titanium dioxide microparticles and zinc oxide, and a carrier including a sponge in which the UV blocking composition is impregnated, wherein the oil absorption is expressed by the amount of oil per gram of a UV-blocking agent determined by the test method defined in Korean Industrial Standard No. KS M ISO 787-5:2007, wherein the oil is caprylic/capric triglyceride, and wherein the non-spherical titanium dioxide microparticles and zinc oxide has an oil absorption of 0.5-1.0, wherein the shape of the non-spherical titanium dioxide microparticles comprises at least one shape selected from a polyhedral shape having at least two planes, rod-like shape, tubular shape and sheet-like shape. an UV blocking cosmetic composition comprising: - an inorganic UV blocking agent comprising spherical titanium dioxide microparticles having a median volume particle diameter larger than 70 nm and equal to or less than 150 nm and an oil absorption larger than 0 and equal to or less than 0.5, - a further inorganic UV blocking agent comprising non-spherical titanium dioxide microparticles and zinc oxide, and - an inorganic UV blocking agent comprising spherical titanium dioxide microparticles having a median volume particle diameter larger than 70 nm and equal to or less than 150 nm and an oil absorption larger than 0 and equal to or less than 0.5, - a further inorganic UV blocking agent comprising non-spherical titanium dioxide microparticles and zinc oxide, and a carrier including a sponge in which the UV blocking composition is impregnated, wherein the oil absorption is expressed by the amount of oil per gram of a UV-blocking agent determined by the test method defined in Korean Industrial Standard No. KS M ISO 787-5:2007, wherein the oil is caprylic/capric triglyceride, and wherein the non-spherical titanium dioxide microparticles and zinc oxide has an oil absorption of 0.5-1.0, wherein the shape of the non-spherical titanium dioxide microparticles comprises at least one shape selected from a polyhedral shape having at least two planes, rod-like shape, tubular shape and sheet-like shape.
Method for manufacturing panels, wherein these panels comprise at least a substrate and a decorative top layer, wherein said decorative top layer comprises at least a printed motif and a transparent or translucent protective layer formed there above, wherein the method comprises at least the following steps: - the step of providing a substrate; - the step of applying a first finishing layer for forming a first portion of the aforementioned protective layer; - the step of at least partially hardening the aforementioned first finishing layer; - the step of applying a second finishing layer for forming a second portion of the aforementioned protective layer; - the step (S7-S8) of forming recesses at the surface of said second finishing layer, wherein the aforementioned first finishing layer comprises hard particles characterized in that the step of forming recesses comprises at least providing chemical surface structure-altering agents and in that the aforementioned second finishing layer is free from hard particles. - the step of providing a substrate; - the step of applying a first finishing layer for forming a first portion of the aforementioned protective layer; - the step of at least partially hardening the aforementioned first finishing layer; - the step of applying a second finishing layer for forming a second portion of the aforementioned protective layer; - the step (S7-S8) of forming recesses at the surface of said second finishing layer,
A liquid laundry detergent composition comprising ethoxylated polyethyleneimine (EPEI) for an improved product viscosity profile without impairing cleaning performance; the detergent composition comprising: a) from 6 to 50% (by weight based on the total weight of the composition) of one or more detersive surfactants selected from non-soap anionic surfactants, nonionic surfactants and mixtures thereof, and b) from 0.5 to 10% of an ethoxylated polyethyleneimine (EPEI) having a polyethyleneimine backbone made up of repeating -[(CH 2 CH 2)N]- subunits; and one or more polyoxyethylene side chains which are bonded to internal and/or terminal nitrogen atoms in the polyethyleneimine backbone; in which the polyethyleneimine backbone is derived from a polyethyleneimine starting material which is ethoxylated to produce EPEI; in which the polyethyleneimine starting material has an average molecular weight (M w) ranging from 1800 to 5000 g/mol (prior to ethoxylation), and the polyoxyethylene side chains have an average of from 25 to 40 ethoxy units per side chain bonded to the polyethyleneimine backbone. a) from 6 to 50% (by weight based on the total weight of the composition) of one or more detersive surfactants selected from non-soap anionic surfactants, nonionic surfactants and mixtures thereof, and b) from 0.5 to 10% of an ethoxylated polyethyleneimine (EPEI) having a polyethyleneimine backbone made up of repeating -[(CH 2 CH 2)N]-
A mechanism for transmitting torque through an angle in a surgical tool assembly, the mechanism comprising: a coupling member comprising a first end and a second end with a coupling axis defined between the first end and the second end, the first end comprising a receptacle; a coupling pin extending across the receptacle; a drive shaft having a drive axis and a distal end received within the receptacle, the drive shaft distal end comprising a slot receiving the coupling pin throughout a range of angles between the coupling axis and the drive axis so that rotation of the drive shaft produces rotation of the coupling member via the coupling pin; a driven shaft having a proximal end and a driven axis, the proximal end of the driven shaft coupled with the second end of the coupling member so that rotation of the coupling member about the coupling axis produces rotation of the driven shaft about the driven axis, the drive shaft coupled with the driven shaft so as to maintain corresponding angles between the drive axis and the coupling axis and between the driven axis and the coupling axis if an angle between the drive axis and the driven axis varies during rotation of the shafts; a surgical instrument shaft; and a surgical end effector coupled with the surgical instrument shaft so that an orientation of the surgical end effector can be varied in two dimensions relative to the surgical instrument shaft, the surgical end effector comprising an articulated feature coupled with the driven shaft so that a rotation of the driven shaft about the driven axis produces an articulation of the feature. a coupling member comprising a first end and a second end with a coupling axis defined between the first end and the second end, the first end comprising a receptacle; a coupling pin extending across the receptacle; a drive shaft having a drive axis and a distal end received within the receptacle, the drive shaft distal end comprising a slot receiving the coupling pin throughout a range of angles between the coupling axis and the drive axis so that rotation of the drive shaft produces rotation of the coupling member via the coupling pin; a driven shaft having a proximal end and a driven axis, the proximal end of the driven shaft coupled with the second end of the coupling member so that rotation of the coupling member about the coupling axis produces rotation of the driven shaft about the driven axis, the drive shaft coupled with the driven shaft so as to maintain corresponding angles between the drive axis and the coupling axis and between the driven axis and the coupling axis if an angle between the drive axis and the driven axis varies during rotation of the shafts; a surgical instrument shaft; and a surgical end effector coupled with the surgical instrument shaft so that an orientation of the surgical end effector can be varied in two dimensions relative to the surgical instrument shaft, the surgical end effector comprising an articulated feature coupled with the driven shaft so that a rotation of the driven shaft about the driven axis produces an articulation of the feature.
Radiator support comprising a support base, an elastic tubular portion which protrudes from said support base in an axial direction and is configured for housing a pin of a radiator of a motor vehicle, and at least one stop which protrudes from the support base in the axial direction, said stop being arranged close to the tubular portion, said stop having a height (h) smaller than the height of the tubular portion with respect to the support base, characterised in that the difference (H') between the height of the tubular portion and the height (h) of the stop, and the radial gap (d) between the tubular portion and the stop are such that in use, from a given radial deformation level of the tubular portion, said tubular portion comes into contact with the stop, thereby increasing the rigidity of the tubular portion, such that said tubular portion has a flexible behavior before reaching said radial deformation level and a rigid behavior once said radial deformation level is reached.
A method performed by a source node, the method comprising: receiving a communication from a UE, the communication including measurement results based on a trigger condition configured by the source node; determining to configure conditional handover for the UE based on the measurement results; transmitting a handover request message for conditional handover to a plurality of candidate cells, transmitting data to be buffered for the UE for latency avoidance to the plurality of candidate cells; in response to the UE successfully completing handover to one candidate cell, transmitting information corresponding to the conditional handover to the plurality of candidate cells, wherein the information indicates to one or more candidate cells of the plurality of candidate cells a time to discard the data or to discard the data; wherein the information on a time to discard data indicates to the one or more candidate cells of the plurality of candidate cells to discard the data upon expiration of a timer included in the handover request message if the one or more candidate cells are not selected as a target cell; and wherein the information indicating to discard the data indicates to the one or more candidate cells of the plurality of candidate cells to discard the data upon receipt of the information if the one or more candidate cells are not selected as a target cell; wherein a conditional handover is a type of handover in which a UE is configured by the source node to proceed with a handover in response to the UE determining that a condition has been met. receiving a communication from a UE, the communication including measurement results based on a trigger condition configured by the source node; determining to configure conditional handover for the UE based on the measurement results; transmitting a handover request message for conditional handover to a plurality of candidate cells, transmitting data to be buffered for the UE for latency avoidance to the plurality of candidate cells; in response to the UE successfully completing handover to one candidate cell, transmitting information corresponding to the conditional handover to the plurality of candidate cells, wherein the information indicates to one or more candidate cells of the plurality of candidate cells a time to discard the data or to discard the data; wherein the information on a time to discard data indicates to the one or more candidate cells of the plurality of candidate cells to discard the data upon expiration of a timer included in the handover request message if the one or more candidate cells are not selected as a target cell; and wherein the information indicating to discard the data indicates to the one or more candidate cells of the plurality of candidate cells to discard the data upon receipt of the information if the one or more candidate cells are not selected as a target cell; wherein a conditional handover is a type of handover in which a UE is configured by the source node to proceed with a handover in response to the UE determining that a condition has been met.
An arrangement for dynamic braking of a permanent magnet motor comprising a plurality of motor windings (2A-2C), wherein the arrangement comprises a corresponding number of phase legs (4A-4C) and input connectors (3A-3C) relative to a number of the plurality of motor windings (2A-2C), wherein each one of the input connectors (3A-3C) is coupled to a respective one of the phase legs (4A-4C) and second terminals of the phase legs (4A-4C) are connected to each other, characterized in that, each one of the phase legs (4A-4C) comprises at least two anti-series-connected semiconductor switches (7A, 8A; 7B, 8B; 7C, 8C) with respective anti-parallel semiconductor devices coupled between the first and second terminals of the phase leg (4A-4C), wherein the at least two anti-series-connected semiconductor switches (7A, 8A; 7B, 8B; 7C, 8C) with respective anti-parallel semiconductor devices of each of the phase legs (4A-4C) are configured for forming a short-circuit between the plurality of motor windings (2A-2C).
A ski boot comprising: a rigid shell which is shaped so as to accommodate the foot of the user, and has a lower part structured to be able to couple to a ski binding device; a rigid cuff which is shaped so as to enclose the lower part of the leg of the user, and is pivotally joined to the shell so as to be able to swing about a rotation axis substantially perpendicular to the midplane of the boot; and a cuff locking device which is placed on the cuff and is selectively adapted to rigidly connect the cuff to the shell to prevent the cuff from swinging on the shell; the cuff locking device in turn comprising: a movable arm which is pivotally joined to the cuff so as to be able to rotate to and from a locking position in which the movable arm extends downwards and arranges its distal end in abutment on an anchorage structure present on said shell; and an elastic assembly adapted to bring and elastically retain the movable arm in the locking position; the ski boot being characterised in that the elastic assembly comprises: a telescopic stem that lies substantially on the rotation plane of the movable arm and is interposed between the movable arm and a fixed point (3, 16) on the cuff; and an elastic opposing member which is fitted on the telescopic stem, and acts on the telescopic stem so as to bring and elastically maintain the telescopic stem in a maximum extension configuration.
Centrifugal coffee brewing device, comprising: - a spinning assembly which is rotatable about a main axis, the spinning assembly comprising: o a chamber element comprising a bottom wall, o a cylinder element comprising a filter, wherein the chamber element and the cylinder element form a brewing chamber, - a main drive for rotating the spinning assembly about the main axis for centrifuging the coffee, wherein the cylinder element including the filter is movable between a first, lower position in which the filter forms the circumference of the brewing chamber and in which the spinning assembly has a brewing configuration, and a second, upper position in which the circumference of the brewing chamber is open, and wherein in the second position coffee residue can be ejected by spinning the chamber element. - a spinning assembly which is rotatable about a main axis, the spinning assembly comprising: o a chamber element comprising a bottom wall, o a cylinder element comprising a filter, wherein the chamber element and the cylinder element form a brewing chamber, o a chamber element comprising a bottom wall, o a cylinder element comprising a filter, - a main drive for rotating the spinning assembly about the main axis for centrifuging the coffee,
A method for monitoring voice quality performance on a wireless communication device, the method comprising: monitoring (400, 460), at a wireless communication device, voice data and diagnostic data, the voice data being generated from a vocoder in the wireless communications device, and the diagnostic data related to voice performance; determining (410, 480), at the wireless communication device, a voice quality score based upon the voice data; and communicating (420, 490) the diagnostic data and at least one of the voice quality score and the voice data to a network device for generation of one or more voice quality reports by a network device. monitoring (400, 460), at a wireless communication device, voice data and diagnostic data, the voice data being generated from a vocoder in the wireless communications device, and the diagnostic data related to voice performance; determining (410, 480), at the wireless communication device, a voice quality score based upon the voice data; and communicating (420, 490) the diagnostic data and at least one of the voice quality score and the voice data to a network device for generation of one or more voice quality reports by a network device.