mhurhangee/ep-ind-claims huggingface dataset:
Blade for a tail anti-torque device of a rotorcraft, said device comprising a ducted rotor, said profiled blade having a three-dimensional geometrical shape defined by different sections with aerodynamic profiles comprised between a leading edge and a trailing edge of the blade and delimited radially by a root section and an end section of the blade; at least two sections with aerodynamic profiles (1a-1f) having different chord values along a stacking line extending from the root section as far as the end section, the blade being twisted, the aerodynamic profiles (1a-1f) of the blade being stacked along a stacking line of the sections with aerodynamic profiles (1a-1f) determining, prior to twisting, a plane extension surface delimited radially from the root section to the end section, and along a twisting line of the plane extension surface which is defined according to a predetermined twisting law, the stacking line extending at a distance comprised between 25% and 50% of the chord starting from the leading edge, and having on the plane extension surface a curve with successively from the root section a first back sweep, a forward sweep and finally a last back sweep as far as the end section, characterised in that said root section with aerodynamic profile having a chord less than the chord of the end section with aerodynamic profile and said chord of the sections with aerodynamic profiles widening from the root section in the direction of the end section, the chord of which is equal to or less than 1.6 times the reference chord ( C ref) of the root section.
A tomato ketchup comprising the following components to: saccharide from 12 to 31% by mass, potassium from 0.6 to 1.9% by mass, and sodium from 0.1 to 1.55% by mass.
A method for producing a lead-base alloy grid for lead-acid battery comprising (i) subjecting a Pb-Ca-Sn alloy grid which comprises 0.02 to < 0.05 wt.-% Ca, 0.4 to 2.5 wt.-% Sn, 0.005 to 0.04 wt.-% Al, and 0.002 to 0.014 wt.-% Ba; and further optionally comprises at least one of 0.005 to 0.070 wt.-% Ag, 0.01 to 0.10 wt.-% Bi, and 0.001 to 0.05 wt.-% Tl; and the remainder being Pb and unavoidable impurities, to natural aging for 2-750 hours; and (ii) then heat treating the Pb-Ca-Sn alloy grid at a temperature of 90-140°C for a period of 0.5-10 hours. (i) subjecting a Pb-Ca-Sn alloy grid which comprises 0.02 to < 0.05 wt.-% Ca, 0.4 to 2.5 wt.-% Sn, 0.005 to 0.04 wt.-% Al, and 0.002 to 0.014 wt.-% Ba; and further optionally comprises at least one of 0.005 to 0.070 wt.-% Ag, 0.01 to 0.10 wt.-% Bi, and 0.001 to 0.05 wt.-% Tl; and the remainder being Pb and unavoidable impurities, to natural aging for 2-750 hours; and 0.02 to < 0.05 wt.-% Ca, 0.4 to 2.5 wt.-% Sn, 0.005 to 0.04 wt.-% Al, and 0.002 to 0.014 wt.-% Ba; 0.005 to 0.070 wt.-% Ag, 0.01 to 0.10 wt.-% Bi, and 0.001 to 0.05 wt.-% Tl; (ii) then heat treating the Pb-Ca-Sn alloy grid at a temperature of 90-140°C for a period of 0.5-10 hours.
A processing control data acquiring apparatus that acquires processing control data for processing an eyeglasses lens, comprising: a first shape information acquiring portion configured to acquire target lens shape information of eyeglasses, characterized by a second shape information acquiring portion configured to acquire facet shape information of a demonstration lens which is faceted, the facet shape information being detected from the demonstration lens for the eyeglasses; and a processing control data acquiring portion configured to acquire faceting control data for forming at least one flat surface on a lens surface of the eyeglasses lens based on the target lens shape information and the facet shape information. a first shape information acquiring portion configured to acquire target lens shape information of eyeglasses, characterized by a second shape information acquiring portion configured to acquire facet shape information of a demonstration lens which is faceted, the facet shape information being detected from the demonstration lens for the eyeglasses; and a processing control data acquiring portion configured to acquire faceting control data for forming at least one flat surface on a lens surface of the eyeglasses lens based on the target lens shape information and the facet shape information.
Recombinant DNA expression cassette comprising in 5' to 3' direction and in this order: a. a murine cytomegalovirus immediate early 1 gene (mCMV-IE1) promoter, b. an infectious bursal disease virus (IBDV) viral protein 2 gene, c. a transcription terminator, d. a human cytomegalovirus immediate early 1 gene (hCMV-IE1) promoter, e. a Newcastle disease virus fusion protein gene. a. a murine cytomegalovirus immediate early 1 gene (mCMV-IE1) promoter, b. an infectious bursal disease virus (IBDV) viral protein 2 gene, c. a transcription terminator, d. a human cytomegalovirus immediate early 1 gene (hCMV-IE1) promoter, e. a Newcastle disease virus fusion protein gene.
A pixel circuit comprising an electro-optic element with a luminance changing according to a flowing current, comprising: a data line through which a data signal in accordance with luminance information is supplied; a first control line; first and second nodes (ND111, ND112); first and second reference potentials (Vcc, GND); a drive transistor with a drain connected to said first reference potential (Vcc) or second reference potential, and a gate connected to said second node, said drive transistor forming a current supply line between a first terminal and a second terminal and controlling a current flowing through said current supply line in accordance with the potential of a control terminal connected to said second node; a pixel capacitance element connected between said first node and said second node; a first switch connected between said data line and either of a first terminal or second terminal of said pixel capacitance element and controlled in conduction by said first control line; and characterized by further comprising a first circuit suitable for making a potential of said first node change to a fixed potential while said electro-optic element is not emitting light; and in that said current supply line of the drive transistor, said first node, and said electro-optic element being connected in series between said first reference potential (Vcc) and second reference potential. a data line through which a data signal in accordance with luminance information is supplied; a first control line; first and second nodes (ND111, ND112); first and second reference potentials (Vcc, GND); a drive transistor with a drain connected to said first reference potential (Vcc) or second reference potential, and a gate connected to said second node, said drive transistor forming a current supply line between a first terminal and a second terminal and controlling a current flowing through said current supply line in accordance with the potential of a control terminal connected to said second node; a pixel capacitance element connected between said first node and said second node; a first switch connected between said data line and either of a first terminal or second terminal of said pixel capacitance element and controlled in conduction by said first control line; and characterized by further comprising a first circuit suitable for making a potential of said first node change to a fixed potential while said electro-optic element is not emitting light; and in that said current supply line of the drive transistor, said first node, and said electro-optic element being connected in series between said first reference potential (Vcc) and second reference potential.
A protection layer for TiAl materials for the protection against oxidation with a succession of layers, which is provided, starting with the inner side, which is facing the TiAl material, with an inner aluminum oxide layer, a first gradient layer with aluminum and a base metal with a base metal content which increases outwards towards the surface side, a base metal layer, a second gradient layer with aluminum and a base metal with an aluminum content which increases outwards towards the surface side and an outer aluminum oxide layer.
Gas intake device for letting said gases into an inlet volume of a cylinder head of a motor vehicle combustion engine, comprising a valve for supplying the cylinder head with gas, this valve communicating with the inlet volume of the cylinder head directly and indirectly via a heat exchanger, characterized in that the valve is directly fixed on a plate intended to be mounted directly on the cylinder head and in that the heat exchanger is directly fixed on said plate.
A light emitting display device, comprising: a substrate; an overcoating layer on the substrate, the overcoating layer including a plurality of protruding portions; a first electrode on the plurality of protruding portions; a light emitting layer on the first electrode; and a second electrode on the light emitting layer, wherein the light emitting layer is formed in a non-conformal shape with respect to the plurality of protruding portions, wherein each of the plurality of protruding portions includes a bottom portion, a top portion having a sharp structure, and a curved portion provided between the top portion and the bottom portion, wherein the curved portion of each of the plurality of protruding portions includes a first tangent slope at a half height of a total height from the bottom portion to the top portion and a second tangent slope at 4/5 of the total height, wherein the second tangent slope is greater than the first tangent slope, and wherein the light emitting layer includes a plurality of convex protruding portions (ELa) overlapping the top portion of each of the plurality of protruding portions, and curved portions (ELb) which overlap the first curved portions of each of the plurality of protruding portions, characterised in that the first electrode is formed in a conformal shape with respect to the plurality of protruding portions. a substrate; an overcoating layer on the substrate, the overcoating layer including a plurality of protruding portions; a first electrode on the plurality of protruding portions; a light emitting layer on the first electrode; and a second electrode on the light emitting layer, wherein the light emitting layer is formed in a non-conformal shape with respect to the plurality of protruding portions, wherein each of the plurality of protruding portions includes a bottom portion, a top portion having a sharp structure, and a curved portion provided between the top portion and the bottom portion, wherein the curved portion of each of the plurality of protruding portions includes a first tangent slope at a half height of a total height from the bottom portion to the top portion and a second tangent slope at 4/5 of the total height, wherein the second tangent slope is greater than the first tangent slope, and wherein the light emitting layer includes a plurality of convex protruding portions (ELa) overlapping the top portion of each of the plurality of protruding portions, and curved portions (ELb) which overlap the first curved portions of each of the plurality of protruding portions, characterised in that the first electrode is formed in a conformal shape with respect to the plurality of protruding portions.
A composite sheet, comprising: a buffer sheet; and a heat dissipation sheet on one surface of the buffer sheet, wherein one surface of the heat dissipation sheet facing the one surface of the buffer sheet has a smaller area than the one surface of the buffer sheet characterized in that the heat dissipation sheet comprises a heat-radiating adhesive layer, a graphite layer, a protection layer, and a blocking layer, the heat-radiating adhesive layer is disposed between the buffer sheet and the graphite layer, the graphite layer is disposed between the heat-radiating adhesive layer and the protection layer, and the blocking layer is disposed on the buffer sheet to cover the heat-radiating adhesive layer, the graphite layer, and the protection layer on a plane, the blocking layer is disposed at both sides of the heat-radiating adhesive layer, the graphite layer, and the protection layer and seals the heat-radiating adhesive layer, the graphite layer, and the protection layer. a buffer sheet; and a heat dissipation sheet on one surface of the buffer sheet, wherein one surface of the heat dissipation sheet facing the one surface of the buffer sheet has a smaller area than the one surface of the buffer sheet the heat dissipation sheet comprises a heat-radiating adhesive layer, a graphite layer, a protection layer, and a blocking layer, the heat-radiating adhesive layer is disposed between the buffer sheet and the graphite layer, the graphite layer is disposed between the heat-radiating adhesive layer and the protection layer, and the blocking layer is disposed on the buffer sheet to cover the heat-radiating adhesive layer, the graphite layer, and the protection layer on a plane, the blocking layer is disposed at both sides of the heat-radiating adhesive layer, the graphite layer, and the protection layer and seals the heat-radiating adhesive layer, the graphite layer, and the protection layer.
A dispenser (10; 110) for dispensing cut lengths of material strip of the type capable of maintaining a crease, the dispenser comprising: a guide (18; 118) for guiding a strip of material through the dispenser; a cutter (22; 122) for cutting a strip of material to a desired length; a folder (24; 124) for folding an end of a strip of material; and a link between the cutter and the folder for causing movement of the cutter and folder when one of the cutter or folder is moved by a predetermined amount in one of a first or second direction to actuate cutting or folding, characterised in that the dispenser further comprises a drive mechanism for driving movement of the cutter and/or the folder, wherein the drive mechanism is configured for causing movement in two directions, such that movement in one of the first or second direction actuates cutting of the strip material and movement in the other of the first or second direction actuates folding. a guide (18; 118) for guiding a strip of material through the dispenser; a cutter (22; 122) for cutting a strip of material to a desired length; a folder (24; 124) for folding an end of a strip of material; and a link between the cutter and the folder for causing movement of the cutter and folder when one of the cutter or folder is moved by a predetermined amount in one of a first or second direction to actuate cutting or folding, characterised in that the dispenser further comprises a drive mechanism for driving movement of the cutter and/or the folder, wherein the drive mechanism is configured for causing movement in two directions, such that movement in one of the first or second direction actuates cutting of the strip material and movement in the other of the first or second direction actuates folding.
A combustor of a liquid propellent motor; the combustor comprising an elongated hollow tubular casing having its own axis and comprising an inner wall, delimiting a combustion chamber for the liquid propellent and an outlet nozzle for the combustion products, and an outer wall, both being coaxial to said axis; the outer and inner walls being spaced apart from each other in radial direction and delimiting at least one sealed guiding conduit for a cooling fluid therebetween in a feeding direction, and turbulence generating means being accommodated in said conduit and intercepted by said cooling fluid; characterized in that said turbulence generating means comprise a plurality of bar-shaped elongated elements extending transversely to said direction; said turbulence generating means having their own end portions which are integrally connected to said inner wall and to said outer wall, thus forming part of a reinforcement of said inner wall; said inner and outer walls and said bar-shaped elongated elements form parts of a monolithic body, characterized by that it has been made in one piece and of the same metal material by means of the technique of Additive Layer Manufacturing, and that the thickness of said inner wall is less than 0.8 millimeters.
Device for determining a liquid level in a steam generator of a steam cooker, having a container for the liquid and an electrode arrangement, which has a first electrode and a second electrode arranged at a distance therefrom, wherein the electrodes (9, 10) extend into the container, wherein viewed in the vertical direction the electrodes (9, 10) are arranged one above the other and at a distance from one another or are arranged horizontally adjacent to one another and are located with their lowest point at the same height level and having an evaluation unit, which is embodied for detecting an electrical actual resistance value which is dependent on an actual liquid level between the electrodes (9, 10), characterised in that the device is embodied so that a first electrical reference resistance value is stored which depends on the composition of the liquid and characterises an upper liquid level in the container, in which the liquid wets both electrodes (9, 10), wherein a second reference resistance value is formed by the sum of the first reference resistance value and a resistance change value, wherein the device is embodied so that a change, by value, in the resistance value between the first reference resistance value and a second reference resistance value characterising a lower liquid level in the container is stored as the resistance change value, and the device is embodied so that the actual liquid level is determined as a function of a comparison of the stored change in the resistance value with an actual change in the actual resistance value.
A composition, comprising: a continuous water phase, a discontinuous oil phase dispersed in said continuous water phase, about 10 percent or more by weight of an organic UV-filter, a water-insoluble, C 2 -C 8, liquid silicone, a branched fatty acid ester of a polyprotic carboxylic acid; 2 to 10 percent by weight of a mineral particulate comprising a starch coating applied to the surface thereof, said mineral particulate comprising a mineral portion that includes silica; and a dispersed alkyl-modified silicone polymer including a C 12 -C 22 alkyl group; wherein the branched fatty acid ester of a polyprotic carboxylic acid is an octyldodecyl citrate polyester; wherein the water-insoluble, C 2 -C 8, liquid silicone comprises ethyl methicone. a continuous water phase, a discontinuous oil phase dispersed in said continuous water phase, about 10 percent or more by weight of an organic UV-filter, a water-insoluble, C 2 -C 8, liquid silicone, a branched fatty acid ester of a polyprotic carboxylic acid; 2 to 10 percent by weight of a mineral particulate comprising a starch coating applied to the surface thereof, said mineral particulate comprising a mineral portion that includes silica; and a dispersed alkyl-modified silicone polymer including a C 12 -C 22 alkyl group; wherein the branched fatty acid ester of a polyprotic carboxylic acid is an octyldodecyl citrate polyester; wherein the water-insoluble, C 2 -C 8, liquid silicone comprises ethyl methicone.
Patch radiofrequency identification device (1A, 1B, 2, 3) for tires, designed to be applied to an inner liner of a tire before or after tire vulcanization/curing and comprising a flexible multilayer planar structure including: • a substrate (12A,12B,22,32); • a first insulating layer (13A,13B,23,33) covering a first portion of the substrate (12A,12B,22,32), thereby leaving exposed a second portion thereof extending around said first portion; • a radiofrequency identification chip (14A,14B,24,34) and a first antenna (15A,15B,25,35) that are connected to each other and arranged on the first insulating layer (13A,13B,23,33); • a second antenna (11A,11B,21,31A-31B) that is electromagnetically coupled with the first antenna (15A,15B,25,35) and that extends, at least partially, on the first insulating layer (13A,13B,23,33); wherein the radiofrequency identification chip (14A,14B,24,34), the first antenna (15A,15B,25,35) and the second antenna (11A,11B,21,31A-31B) lie on one and the same plane; and • a second insulating layer covering the first insulating layer (13A,13B,23,33), the radiofrequency identification chip (14A,14B,24,34), the first antenna (15A,15B,25,35) and, at least partially, the second antenna (11A,11B,21,31A-31B); characterized in that the second antenna (11A,11B,21,31A-31B) is a parasitic radiator. • a substrate (12A,12B,22,32); • a first insulating layer (13A,13B,23,33) covering a first portion of the substrate (12A,12B,22,32), thereby leaving exposed a second portion thereof extending around said first portion; • a radiofrequency identification chip (14A,14B,24,34) and a first antenna (15A,15B,25,35) that are connected to each other and arranged on the first insulating layer (13A,13B,23,33); • a second antenna (11A,11B,21,31A-31B) that is electromagnetically coupled with the first antenna (15A,15B,25,35) and that extends, at least partially, on the first insulating layer (13A,13B,23,33); wherein the radiofrequency identification chip (14A,14B,24,34), the first antenna (15A,15B,25,35) and the second antenna (11A,11B,21,31A-31B) lie on one and the same plane; and • a second insulating layer covering the first insulating layer (13A,13B,23,33), the radiofrequency identification chip (14A,14B,24,34), the first antenna (15A,15B,25,35) and, at least partially, the second antenna (11A,11B,21,31A-31B);
Sliding door drive for a motor vehicle, comprising an electric drive having a drive unit and a transmission connected downstream of the drive, it being possible for a winding drum arranged on an axle to be driven by means of the drive unit, a mechanical brake being provided for the drive unit, and it being possible for the brake to be manually disengaged from the drive unit, characterized in that the brake can be driven by means of a transmission, in particular a worm gear, the means for manual actuation of the brake being designed as part of the transmission of the drive of the brake, the means for manual actuation extending through a housing cover.
An optical element for a lighting system, the optical element, comprising: a) a flat annular bottom surface; b) an entry surface (104, 404) comprising at least three subsurfaces (120, 123, 124, 550, 552, 556) including an inverted conic subsurface and a spherical subsurface that joins the flat, annular bottom surface at a normal angle at a first corner, wherein each subsurface is disposed to receive light rays from a light source in a different direction; c) an exit surface (106, 406) opposite the entry surface; d) a Fresnel concentrator lens disposed in or on the exit surface to cause light rays near the center of the exit surface to be bent to be substantially parallel with the normal; e) a parabolic outer surface (108, 408, 508) disposed between the exit surface and the flat, annular bottom surface that joins the flat annular bottom surface at a second corner; f) wherein each of the three subsurfaces is shaped and positioned to direct light rays through the optical element so that many light rays exit the optic at a normal angle relative to the exit surface. a) a flat annular bottom surface; b) an entry surface (104, 404) comprising at least three subsurfaces (120, 123, 124, 550, 552, 556) including an inverted conic subsurface and a spherical subsurface that joins the flat, annular bottom surface at a normal angle at a first corner, wherein each subsurface is disposed to receive light rays from a light source in a different direction; c) an exit surface (106, 406) opposite the entry surface; d) a Fresnel concentrator lens disposed in or on the exit surface to cause light rays near the center of the exit surface to be bent to be substantially parallel with the normal; e) a parabolic outer surface (108, 408, 508) disposed between the exit surface and the flat, annular bottom surface that joins the flat annular bottom surface at a second corner; f) wherein each of the three subsurfaces is shaped and positioned to direct light rays through the optical element so that many light rays exit the optic at a normal angle relative to the exit surface.