mhurhangee/ep-ind-claims huggingface dataset:
Rail fastening system intended to be mounted laterally with respect to said rail and fastened to a track support of the type comprising a flat-bottomed groove capable of accommodating a rail, comprising a lateral stop, forming a base, comprising a bearing edge intended to come into contact with an edge of a rail foot, an elastic fastener made of metal wire and an anchoring device (21, 23) cooperating with said elastic fastener and capable of being secured to said track support by passing through a hole of said lateral stop, in order to stress said elastic fastener when part of the latter rests on a rail heel, wherein said elastic fastener comprises a substantially U-shaped central loop with which said anchoring device (21, 23) cooperates, in which said lateral stop is extended in its central part from said bearing edge by a base which comprises in its middle a raised guide block of said central loop, perpendicular to said bearing edge of the lateral stop, wherein said guide block has a width corresponding to the spacing of said central loop, so that said elastic fastener is constrained to move only in a direction perpendicular to said bearing edge by being guided by the side walls of said guide block during its passage from a standby position, remote from said rail, to a mounting position in which said elastic fastener rests on said rail heel, characterised in that said lateral stop comprises a downwardly directed projecting marginal rib adapted to be interposed between the edge of the rail foot and the corresponding edge of said flat-bottomed groove of the track support, and in that said lateral stop has a rear rib projecting from its lower surface, said track support having a trough or similar recess extending parallel to the rail location, to give an accurate positioning of said lateral stop in a direction perpendicular to the rail direction. wherein said elastic fastener comprises a substantially U-shaped central loop with which said anchoring device (21, 23) cooperates, in which said lateral stop is extended in its central part from said bearing edge by a base which comprises in its middle a raised guide block of said central loop, perpendicular to said bearing edge of the lateral stop, wherein said guide block has a width corresponding to the spacing of said central loop, so that said elastic fastener is constrained to move only in a direction perpendicular to said bearing edge by being guided by the side walls of said guide block during its passage from a standby position, remote from said rail, to a mounting position in which said elastic fastener rests on said rail heel, characterised in that said lateral stop comprises a downwardly directed projecting marginal rib adapted to be interposed between the edge of the rail foot and the corresponding edge of said flat-bottomed groove of the track support, and in that said lateral stop has a rear rib projecting from its lower surface, said track support having a trough or similar recess extending parallel to the rail location, to give an accurate positioning of said lateral stop in a direction perpendicular to the rail direction.
An apparatus for estimating body temperature, the apparatus comprising: a first temperature sensor configured to measure a surface temperature of an object; a second temperature sensor configured to measure a surface temperature of a material, which is positioned between the first temperature sensor and the second temperature sensor; and a processor (120, 720) configured to obtain a heat flux (T1-T2) based on the surface temperature of the object and the surface temperature of the material, configured to estimate a wrist temperature (Twrist) of the object based on the obtained heat flux (T1-T2) and the surface temperature of the object, and configured to estimate a core body temperature (Tcore) of the object based on the estimated wrist temperature (Twrist) of the object and a heat loss coefficient (α) between a core and a wrist wherein the processor (120, 720) is further configured to obtain the heat flux (T1-T2) based on a value obtained by subtracting the surface temperature of the material from the surface temperature of the object, and to estimate the wrist temperature (Twrist) of the object based on a resistance value (Rinsulator) of the material, the heat flux (T1-T2), a predetermined skin heat transfer coefficient (β), and the surface temperature of the object. a first temperature sensor configured to measure a surface temperature of an object; a second temperature sensor configured to measure a surface temperature of a material, which is positioned between the first temperature sensor and the second temperature sensor; and a processor (120, 720) configured to obtain a heat flux (T1-T2) based on the surface temperature of the object and the surface temperature of the material, configured to estimate a wrist temperature (Twrist) of the object based on the obtained heat flux (T1-T2) and the surface temperature of the object, and configured to estimate a core body temperature (Tcore) of the object based on the estimated wrist temperature (Twrist) of the object and a heat loss coefficient (α) between a core and a wrist wherein the processor (120, 720) is further configured to obtain the heat flux (T1-T2) based on a value obtained by subtracting the surface temperature of the material from the surface temperature of the object, and to estimate the wrist temperature (Twrist) of the object based on a resistance value (Rinsulator) of the material, the heat flux (T1-T2), a predetermined skin heat transfer coefficient (β), and the surface temperature of the object.
A reactor (3;3') that is used in the manufacture of popping candy comprising one or more trays that will hold the product; one or more moveable transmission means (2, 7); one or more lids or valves (4;4') provided at each end of the reactor to act as inlet and outlet; one or more two way valves to regulate and maintain inside pressure of the reactor (3,3'); cooling and heating means (10;10').
Double-decker rail vehicle for passenger transport, with a sandwich panel which forms a section of an intermediate ceiling between a lower deck and an upper deck of the double-decker rail vehicle, and to the underside of which sandwich panel a ceiling trim panel is attached, characterized in that, in order to support the ceiling trim panel, a plurality of sheet metal strips are arranged distributed over the underside of the sandwich panel, which sheet metal strips are fastened in each case releasably to the sandwich panel, and the ceiling trim panel is attached to the sheet metal strips via hook-and-loop fasteners.
A method of making a three-dimensional printed article comprising: iteratively applying individual build material layers of polymer particles to a powder bed; based on a three-dimensional object model, selectively jetting a fusing agent onto the individual build material layers, wherein the fusing agent comprises water, a radiation absorber, and triethylene glycol in an amount from about 20 wt% to about 35 wt%, and wherein the radiation absorber absorbs radiation energy and converts the radiation energy to heat; exposing the powder bed to radiation energy to selectively fuse the polymer particles in contact with the radiation absorber at individual build material layers and thereby form the three-dimensional printed article; further comprising post-curing the three-dimensional printed article at a post-cure temperature from about 160 °C to about 250 °C; and wherein the post-curing comprises holding the three-dimensional article at the post-cure temperature for a post-cure time from about 2 hours to about 30 hours. iteratively applying individual build material layers of polymer particles to a powder bed; based on a three-dimensional object model, selectively jetting a fusing agent onto the individual build material layers, wherein the fusing agent comprises water, a radiation absorber, and triethylene glycol in an amount from about 20 wt% to about 35 wt%, and wherein the radiation absorber absorbs radiation energy and converts the radiation energy to heat; exposing the powder bed to radiation energy to selectively fuse the polymer particles in contact with the radiation absorber at individual build material layers and thereby form the three-dimensional printed article; further comprising post-curing the three-dimensional printed article at a post-cure temperature from about 160 °C to about 250 °C; and wherein the post-curing comprises holding the three-dimensional article at the post-cure temperature for a post-cure time from about 2 hours to about 30 hours.
A method of making a coated cutting tool, the method comprises chemical vapor deposition of a coating on a substrate, wherein said coating comprising an inner layer of TiN, a subsequent layer of TiCN and a Al 2 O 3 layer located between the TiCN layer and an outermost surface of the coated cutting tool, wherein the substrate is made of cemented carbide composed of hard constituents in a metallic binder and wherein the metallic binder comprises 60 to 90 wt% Ni, characterized in that the TiN layer is deposited on the cemented carbide substrate in two subsequent steps at a temperature of about 850-900°C and a pressure of about 300-600 mbar, preferably 300-500 mbar: a first TiN deposition of TiN-1, followed by a second TiN deposition of TiN-2, the TiN-1 deposition is performed in a gas comprising 1-1.5 vol% TiCl 4 and H 2 and N 2, wherein the volume ratio H 2 /N 2 is 0.05-0.18, preferably 0.09-0.14, and wherein the gas preferably comprises 0.5-1.5 vol% HCl, more preferably 0.8-1.0 vol% HCl, and the TiN-2 deposition is performed in a gas comprising 2-3 vol% TiCl 4 and H 2 and N 2, wherein the volume ratio H 2 /N 2 is 0.8-2.5, preferably 0.9-1.7, more preferably 0.9-1.2 the TiN-1 deposition is performed in a gas comprising 1-1.5 vol% TiCl 4 and H 2 and N 2, wherein the volume ratio H 2 /N 2 is 0.05-0.18, preferably 0.09-0.14, and wherein the gas preferably comprises 0.5-1.5 vol% HCl, more preferably 0.8-1.0 vol% HCl, and the TiN-2 deposition is performed in a gas comprising 2-3 vol% TiCl 4 and H 2 and N 2, wherein the volume ratio H 2 /N 2 is 0.8-2.5, preferably 0.9-1.7, more preferably 0.9-1.2
A cable comprising: a jacket surrounding a core; the core comprising: a first carbon-based substrate conductor comprising a CBS network, an insulator surrounding the first CBS conductor, and a second CBS conductor comprising a CBS network surrounding the insulator, characterised in that, each of the first and second CBS conductors (110, 106) are at least partially metalized with a metal layer. a jacket surrounding a core; the core comprising: a first carbon-based substrate conductor comprising a CBS network, an insulator surrounding the first CBS conductor, and a second CBS conductor comprising a CBS network surrounding the insulator, characterised in that, each of the first and second CBS conductors (110, 106) are at least partially metalized with a metal layer. a first carbon-based substrate conductor comprising a CBS network, an insulator surrounding the first CBS conductor, and a second CBS conductor comprising a CBS network surrounding the insulator, characterised in that, each of the first and second CBS conductors (110, 106) are at least partially metalized with a metal layer.
A composition comprising a multilamellar liquid crystal phosphatidylcholine carrier entrapping insulin, wherein the phosphatidylcholine carrier comprises polyenylphosphatidylcholine.
A patient repositioning device for assisting in the movement of a patient, the device comprising a support unit provided with a generally planar upper body support coupled to a generally planar lower body support, the upper body support and the lower body support being substantially coplanar to one another, the upper body support and the lower body support being laterally spaced from one another, and a grip handle or edge (5; 11) coupled to the support unit via a lever (6; 10) which is substantially rigid to forces applied to the grip handle or edge (5;11) in a direction perpendicular to a plane of the upper and lower body supports (D, C); wherein the grip handle or edge (5;11) and the lever (6; 10) are configured to tilt the support unit around a first axis and around a second axis.
A powdered seasoning comprising at least magnesium chloride and starch, wherein the powdered seasoning comprises the starch in an amount of 5 parts by weight or more and 40 parts by weight or less based on 1 part by weight of magnesium chloride.
A method for the manufacture of a thermoplastic fibrous material, characterized in that the method comprises the steps of - forming at least one foamed liquid comprising water and at least one foaming agent, - forming a dispersion by dispersing fibers including long fibers, wherein the average length of the long fibers is at least 6 mm, in said at least one foamed liquid comprising water and at least one foaming agent, wherein the amount of the long fibers is between 1 and 50 wt-% of the total amount of fibers in the dispersion, - mixing the dispersion with a dispersion comprising at least one thermoplastic polymer, selected from carbohydrate derivatives, polylactic acid, polyurethane and polyolefins, - forming at least one foamed dispersion, and - conveying the foamed dispersion or dispersions to a foraminous support and draining liquid through the foraminous support to form a web or a sheet, to obtain the thermoplastic fibrous material wherein the web or sheet is dried and the amount of thermoplastic polymer in the obtained thermoplastic fibrous material is 7 wt-% or less and the amount of the fibers is at least 80 wt-% of the total weight of the material. - forming at least one foamed liquid comprising water and at least one foaming agent, - forming a dispersion by dispersing fibers including long fibers, wherein the average length of the long fibers is at least 6 mm, in said at least one foamed liquid comprising water and at least one foaming agent, wherein the amount of the long fibers is between 1 and 50 wt-% of the total amount of fibers in the dispersion, - mixing the dispersion with a dispersion comprising at least one thermoplastic polymer, selected from carbohydrate derivatives, polylactic acid, polyurethane and polyolefins, - forming at least one foamed dispersion, and - conveying the foamed dispersion or dispersions to a foraminous support and draining liquid through the foraminous support to form a web or a sheet, to obtain the thermoplastic fibrous material
A roller (114, 614, 714, 814, 914, 1014) for a spreader assembly comprising: an elongated tubular member and a plurality of fins extending from an outer surface of the elongated tubular member; characterized in that, the fins extend radially or angled from the outer surface, each fin of the plurality of fins includes at least one rigid portion and at least one resilient portion connected to the rigid portion, whereas the rigid portion includes a first portion extending from the outer surface of the elongated tubular member at a first end of the first portion and the resilient portion includes a second portion fixed to a second end of the first portion, with the first portion being composed of a rigid material relative to the second portion, whereby the second end of the first portion (146, 746, 946) is provided with a groove (154, 654, 754, 854, 954, 1054) and the first end of the second portion is provided with a protrusion (158, 658, 758, 858, 958, 1058), with the protrusion (158, 658, 758, 858, 958, 1058) adapted to conform to a shape of the groove (154, 654, 754, 854, 954, 1054) for coupling the first portion (146, 746), and with the second portion. the fins extend radially or angled from the outer surface, each fin of the plurality of fins includes at least one rigid portion and at least one resilient portion connected to the rigid portion, whereas the rigid portion includes a first portion extending from the outer surface of the elongated tubular member at a first end of the first portion and the resilient portion includes a second portion fixed to a second end of the first portion, with the first portion being composed of a rigid material relative to the second portion, whereby the second end of the first portion (146, 746, 946) is provided with a groove (154, 654, 754, 854, 954, 1054) and the first end of the second portion is provided with a protrusion (158, 658, 758, 858, 958, 1058), with the protrusion (158, 658, 758, 858, 958, 1058) adapted to conform to a shape of the groove (154, 654, 754, 854, 954, 1054) for coupling the first portion (146, 746), and with the second portion.
Device comprising a stationary transfer station and a vehicle which comprises a lifting table, for transferring loads from the lifting table of the vehicle into the stationary transfer station, a continuous conveyor driven by a motor being arranged on the lifting table to receive the load, and the lifting table being adjustable vertically relative to the chassis of the vehicle by means of a lifting member, characterized in that a sensor device for detecting a predetermined handling position of the vehicle and at least one current-carrying contact are provided in the transfer station, the said contact being struck by a switching contact of the lifting table in the predetermined handling position as the lifting table is lowered into a transfer position, which switching contact, as a result, closes a circuit for the power supply of the motor.
A computer-implemented method comprising: receiving, from a first device, a first destination of a first passenger and a first route strategy including a first rider destination hierarchy for a ride sharing algorithm, wherein a rider destination hierarchy is a rule that dictates how multiple destinations of multiple passengers received from multiple devices are to be ordered along a generated route; receiving, from a second device, a second destination of a second passenger and a second route strategy including a second rider destination hierarchy for the ride sharing algorithm, wherein the second destination is different from the first destination and the second route strategy is different from the first route strategy; and generating, using the ride sharing algorithm, a route to the first destination and the second destination, wherein the route is based on the first rider destination hierarchy, the second rider destination hierarchy or a combination thereof. receiving, from a first device, a first destination of a first passenger and a first route strategy including a first rider destination hierarchy for a ride sharing algorithm, wherein a rider destination hierarchy is a rule that dictates how multiple destinations of multiple passengers received from multiple devices are to be ordered along a generated route; receiving, from a second device, a second destination of a second passenger and a second route strategy including a second rider destination hierarchy for the ride sharing algorithm, wherein the second destination is different from the first destination and the second route strategy is different from the first route strategy; and generating, using the ride sharing algorithm, a route to the first destination and the second destination, wherein the route is based on the first rider destination hierarchy, the second rider destination hierarchy or a combination thereof.
A method for preparing a composite material exclusively from waste appearing as sludge and from a dry cement mixture, comprising a step consisting in putting into contact, without providing any additional water, said waste appearing as sludge having dryness comprised between 20 and 65% with a dry cement mixture, with a mass ratio between said waste as a sludge (mass expressed in g) and said dry cement mixture (mass expressed in g) comprised between 0.3 and 1.
A method for producing garments, said garments comprising separable portions (2a, 2b) and at least a zipper sewn onto said separable portions (2a,b) of the garment, said method being characterized in comprising the steps of: a) providing an elastically stretchable zipper, said zipper in its initial un-stretched condition has the length required for the zipper in the final garment; b) making a garment having separable portions (2a, 2b) c) stretching said zipper at least along its length in a longitudinal direction from a length L1 to a length L2, d) sewing the stretched zipper onto said separable portions (2a, 2b) of said garment, and e) shrinking said garment, wherein after said shrinking step e), said zipper is in a substantially un-stretched condition. a) providing an elastically stretchable zipper, said zipper in its initial un-stretched condition has the length required for the zipper in the final garment; b) making a garment having separable portions (2a, 2b) c) stretching said zipper at least along its length in a longitudinal direction from a length L1 to a length L2, d) sewing the stretched zipper onto said separable portions (2a, 2b) of said garment, and e) shrinking said garment,
A method for improving radiation damage resistance of a solar cell comprising: providing a solvent; introducing into said solvent an organosilane, and an alkoxide, wherein the ratio of alkoxide to organosilane is about 2 parts by volume organosilane to about 1 part by volume alkoxide, and a catalyst to form a mixture; introducing cerium into said solvent, said cerium being in water soluble form; processing said mixture to provide an aqueous sol-gel solution; concentrating said solution to form a sol-gel coating material; providing a solar cell having at least one surface; depositing said sol-gel coating material onto a surface of the solar cell; and curing said sol-gel coating on the surface of the solar cell; wherein the solvent is deionized water. providing a solvent; introducing into said solvent an organosilane, and an alkoxide, wherein the ratio of alkoxide to organosilane is about 2 parts by volume organosilane to about 1 part by volume alkoxide, and a catalyst to form a mixture; introducing cerium into said solvent, said cerium being in water soluble form; processing said mixture to provide an aqueous sol-gel solution; concentrating said solution to form a sol-gel coating material; providing a solar cell having at least one surface; depositing said sol-gel coating material onto a surface of the solar cell; and curing said sol-gel coating on the surface of the solar cell; wherein the solvent is deionized water.
A process for obtaining a glucosinolate-containing extract from glucosinolate- containing plant parts or seeds or from an extract of glucosinolate-containing plant parts or seeds comprising the steps of: a) extracting the glucosinolate-containing plant parts or seeds, or the extract of glucosinolate-containing plant parts or seeds with an extraction medium that comprises a C1 to C4 alcohol or ketone or a mixture thereof with water, to obtain a alcoholic or ketonic glucosinolate-containing extract; and b) contacting the glucosinolate-containing extract of step a) with a cation ion-exchange resin; and c) adsorbing the glucosinolate-containing extract from step b) onto a weakly basic resin; and d) optionally eluting the resulting glucosinolate-containing extract. a) extracting the glucosinolate-containing plant parts or seeds, or the extract of glucosinolate-containing plant parts or seeds with an extraction medium that comprises a C1 to C4 alcohol or ketone or a mixture thereof with water, to obtain a alcoholic or ketonic glucosinolate-containing extract; and b) contacting the glucosinolate-containing extract of step a) with a cation ion-exchange resin; and c) adsorbing the glucosinolate-containing extract from step b) onto a weakly basic resin; and d) optionally eluting the resulting glucosinolate-containing extract.