mhurhangee/ep-ind-claims huggingface dataset:
A test apparatus for performing corrosion testing, the test apparatus comprising: a test chamber filled with a test solution; a test sample located within the test chamber; two or more iron saturation elements located within the test chamber to saturate the test solution with iron; at least one spacer separating at least one pair of iron saturation elements; and a support structure arranged to support at least two iron saturation elements and at least one spacer to form an iron saturation module; wherein the support structure is arranged to support a variable number of iron saturation elements and spacers so as to adjust the ratio of the volume of the test solution to the surface area of the iron saturation elements and the test sample exposed to the test solution; and wherein each iron saturation element is shaped such that it has a predetermined surface area such that the ratio of the volume of the test solution to the surface area of the iron saturation elements and the test sample exposed to the test solution can be calculated. a test chamber filled with a test solution; a test sample located within the test chamber; two or more iron saturation elements located within the test chamber to saturate the test solution with iron; at least one spacer separating at least one pair of iron saturation elements; and a support structure arranged to support at least two iron saturation elements and at least one spacer to form an iron saturation module; wherein the support structure is arranged to support a variable number of iron saturation elements and spacers so as to adjust the ratio of the volume of the test solution to the surface area of the iron saturation elements and the test sample exposed to the test solution; and wherein each iron saturation element is shaped such that it has a predetermined surface area such that the ratio of the volume of the test solution to the surface area of the iron saturation elements and the test sample exposed to the test solution can be calculated.
A nacelle assembly for a gas turbine engine comprising: a core cowl defined about an axis; a fan cowl mounted at least partially around said core cowl to define a fan bypass flow path; and a variable area fan nozzle for movement between a deflated position and an inflated position within said fan bypass flow path to selectively vary a fan nozzle exit area, comprising a bladder system with a multiple of bladders (52A...52D) within said core cowl; characterised in that each of said multiple of bladders (52A...52D) are independently moveable relative said core cowl, for providing an asymmetrical fan nozzle exit area. a core cowl defined about an axis; a fan cowl mounted at least partially around said core cowl to define a fan bypass flow path; and a variable area fan nozzle for movement between a deflated position and an inflated position within said fan bypass flow path to selectively vary a fan nozzle exit area, comprising a bladder system with a multiple of bladders (52A...52D) within said core cowl; characterised in that each of said multiple of bladders (52A...52D) are independently moveable relative said core cowl, for providing an asymmetrical fan nozzle exit area.
An agricultural machine intended for wrapping of round bales with stretch film, the agricultural machine being a wrapper and comprising at least one pre stretcher (3, 4) for the film, the pre stretcher being mounted on a wrap arm (5, 6) to be rotated by a drive unit, and, further at least two mainly horizontal support rollers of which at least one of them is driven to rotate the bale around a horizontal centre axis thereof, characterised thereby, that a pressure sensor mounted in a hydraulic system used to control the wrapper is arranged to register the load of the drive unit that is configured to stretch the film around the bale, and an electronic control unit is configured to determinate on the base of this information if film disturbances are on one or on several of the pre stretchers.
A heater assembly for use in an aerosol-generating system having a liquid storage portion for holding a liquid aerosol-forming substrate, the heater assembly comprising: an electric heater having at least one heating element for heating the liquid aerosol-forming substrate to form an aerosol; and an elongate capillary body for conveying the liquid aerosol-forming substrate from the liquid storage portion of the aerosol-generating system to the at least one heating element, wherein the at least one heating element is formed from an electrically conductive material deposited directly onto a porous end surface of the elongate capillary body, characterised in that the resistance of the at least one heating element decreases towards the centre of the porous end surface to vary the heating profile of the electric heater across the porous end surface. an electric heater having at least one heating element for heating the liquid aerosol-forming substrate to form an aerosol; and an elongate capillary body for conveying the liquid aerosol-forming substrate from the liquid storage portion of the aerosol-generating system to the at least one heating element, wherein the at least one heating element is formed from an electrically conductive material deposited directly onto a porous end surface of the elongate capillary body, characterised in that the resistance of the at least one heating element decreases towards the centre of the porous end surface to vary the heating profile of the electric heater across the porous end surface.
A multiple-view display system, comprising: a multiple-view touchscreen adapted to display different video contents simultaneously in accordance with a viewing angle of a first user and a second user and allow the users to provide a touch event by touching the multiple-view touchscreen; a seat sensor for sensing whether a seat is occupied by the second user; a sensor for detecting a proximity of the first user or the second user to the multiple-view touchscreen; and a controller coupled to the multiple-view touchscreen, the seat sensor and the sensor, and adapted to enable a determination process to identify whether the touch event is given by the first user or the second user through the proximity information transmitted by the sensor; characterized in that the sensor is located on a right side, or left side, or lower right side, or lower left side of the multiple-view touchscreen, and the determination process is disabled when the seat is not occupied by the second user and the first user is predetermined as a default user in the system; the determination process starts when the seat is occupied by the second user, and the default user is the one who is on the opposite side of the sensor being always in control of the multiple-view touchscreen except that a non default user passes the sensor and is so detected as a current user. a multiple-view touchscreen adapted to display different video contents simultaneously in accordance with a viewing angle of a first user and a second user and allow the users to provide a touch event by touching the multiple-view touchscreen; a seat sensor for sensing whether a seat is occupied by the second user; a sensor for detecting a proximity of the first user or the second user to the multiple-view touchscreen; and a controller coupled to the multiple-view touchscreen, the seat sensor and the sensor, and adapted to enable a determination process to identify whether the touch event is given by the first user or the second user through the proximity information transmitted by the sensor; characterized in that the sensor is located on a right side, or left side, or lower right side, or lower left side of the multiple-view touchscreen, and the determination process is disabled when the seat is not occupied by the second user and the first user is predetermined as a default user in the system; the determination process starts when the seat is occupied by the second user, and the default user is the one who is on the opposite side of the sensor being always in control of the multiple-view touchscreen except that a non default user passes the sensor and is so detected as a current user.
A method for secure path discovery at a destination device of a mesh network and comprising the steps of: receiving a path discovery request from an originator device; selecting a path selection in response to the path discovery request; transmitting the path selection to the originator device; the method characterized by further comprising the steps of: receiving a random seed from a provisioner device; generating an authentication code based on the random seed; transmitting an authentication code message including the authentication code to the originator device; and receiving communications from the originator device only if the originator device receives a verification response message from the provisioner device which confirms that the destination device has been verified. receiving a path discovery request from an originator device; selecting a path selection in response to the path discovery request; transmitting the path selection to the originator device; receiving a random seed from a provisioner device; generating an authentication code based on the random seed; transmitting an authentication code message including the authentication code to the originator device; and receiving communications from the originator device only if the originator device receives a verification response message from the provisioner device which confirms that the destination device has been verified.
Textile fabric comprising a reinforcing mesh and at least one web layer located in a two-dimensional manner on at least one surface of the reinforcing mesh, characterised in that the textile fabric has a mass per unit area of from 40 to 140 g/m 2, the web layer consists predominantly of carbon fibres, the carbon fibres in the textile fabric make up from 60 to 97 % of the mass per unit area, the reinforcing mesh has a proportional mass per unit area of from 2.5 to 12.5 g/m 2, and the textile fabric is bonded, wherein the reinforcing mesh being located between two successive web layers.
A computer-implemented method comprising: receiving (232, 234) data identifying approximate locations of individual teeth within a three-dimensional digital dental model representing an impressioned position of a patient's dentition; generating component models corresponding to individual teeth for each of the identified approximate locations, the component models being disposed at initial positions based on the impressioned position of the patient's dentition, wherein generating component models corresponding to individual teeth comprises: identifying candidate vertices for a first component model based on determining an on-mesh geodesic distance between the vertices and the identified approximate location; mapping the identified candidate vertices to a two-dimensional Cartesian space; and identifying at least some of the identified candidate vertices as belonging to the first component model based on the mapping to the two-dimensional Cartesian space; determining target positions for the generated component models; generating a tooth-positioning appliance design based on the determined target positions for the component models; and causing a tooth-positioning appliance to be fabricated based on the tooth-positioning appliance design. receiving (232, 234) data identifying approximate locations of individual teeth within a three-dimensional digital dental model representing an impressioned position of a patient's dentition; generating component models corresponding to individual teeth for each of the identified approximate locations, the component models being disposed at initial positions based on the impressioned position of the patient's dentition, wherein generating component models corresponding to individual teeth comprises: identifying candidate vertices for a first component model based on determining an on-mesh geodesic distance between the vertices and the identified approximate location; mapping the identified candidate vertices to a two-dimensional Cartesian space; and identifying at least some of the identified candidate vertices as belonging to the first component model based on the mapping to the two-dimensional Cartesian space; mapping the identified candidate vertices to a two-dimensional Cartesian space; and identifying at least some of the identified candidate vertices as belonging to the first component model based on the mapping to the two-dimensional Cartesian space; determining target positions for the generated component models; generating a tooth-positioning appliance design based on the determined target positions for the component models; and causing a tooth-positioning appliance to be fabricated based on the tooth-positioning appliance design.
A method for synthesizing a compound of Formula F wherein K 1 and K 2 are independently CH 3, CF 3, CHF 2, CH 2 CF 3, OCH 3, Cl, Br, F, CN or SCH 3, and R 2 is CF 3, Cl or Br, comprising Step 1 - conducting an aldol addition of an ester of Formula B with a compound for Formula C in the presence of a first base in a hydrocarbon or ethereal organic solvent at a first reduced temperature, wherein the first base is a metal alkoxide or metal amide base, to form Intermediate D, and optionally isolating Intermediate D Step 2 - reacting Intermediate D with an organic acid anhydride or sulfonyl chloride in the presence of a second base, wherein the second base is a tertiary amine base, at a second reduced temperature in a hydrocarbon or ethereal organic solvent, which solvent can be the same or different as that in Step 1, to form Intermediate E, and optionally isolating Intermediate E Step 3 - cyclizing Intermediate E in the presence of a nitrogen source having formula NH 3+n X n, wherein X n = a non-coordinating counteranion and n = 0 or 1, at a first elevated temperature in a mixture of alcohol and organic solvent to make the compound of Formula F. Step 1 - conducting an aldol addition of an ester of Formula B with a compound for Formula C in the presence of a first base in a hydrocarbon or ethereal organic solvent at a first reduced temperature, wherein the first base is a metal alkoxide or metal amide base, to form Intermediate D, and optionally isolating Intermediate D Step 2 - reacting Intermediate D with an organic acid anhydride or sulfonyl chloride in the presence of a second base, wherein the second base is a tertiary amine base, at a second reduced temperature in a hydrocarbon or ethereal organic solvent, which solvent can be the same or different as that in Step 1, to form Intermediate E, and optionally isolating Intermediate E Step 3 - cyclizing Intermediate E in the presence of a nitrogen source having formula NH 3+n X n, wherein X n = a non-coordinating counteranion and n = 0 or 1, at a first elevated temperature in a mixture of alcohol and organic solvent to make the compound of Formula F.
A transverse flux induction heating device which allows an alternating magnetic field to intersect a sheet face of a conductive sheet which is conveyed in one direction, thereby inductively heating the conductive sheet, the transverse flux induction heating device comprising: a heating coil (24, 28) disposed such that a coil face faces the sheet face of the conductive sheet; a core (23, 27) around which the heating coil (24, 28) is coiled; and a shielding plate (31, 101) formed of a conductor and disposed between the core (23, 27) and a side end portion in a direction perpendicular to a conveyance direction of the conductive sheet, the shielding plate facing the side end portion, characterised in that the shielding plate (31, 101) includes: a depressed portion (51, 104) which is formed in a surface of the shielding plate (31, 101) and faces the side end portion, the surface facing the conductive sheet; and a protruded portion which is formed on a side surface of the depressed portion or at an upper end of the side surface or at an edge portion of the side surface, along a circumferential direction of the side surface of the depressed portion (51, 104), and a heating coil (24, 28) disposed such that a coil face faces the sheet face of the conductive sheet; a core (23, 27) around which the heating coil (24, 28) is coiled; and a shielding plate (31, 101) formed of a conductor and disposed between the core (23, 27) and a side end portion in a direction perpendicular to a conveyance direction of the conductive sheet, the shielding plate facing the side end portion, characterised in that the shielding plate (31, 101) includes: a depressed portion (51, 104) which is formed in a surface of the shielding plate (31, 101) and faces the side end portion, the surface facing the conductive sheet; and a protruded portion which is formed on a side surface of the depressed portion or at an upper end of the side surface or at an edge portion of the side surface, along a circumferential direction of the side surface of the depressed portion (51, 104), and a depressed portion (51, 104) which is formed in a surface of the shielding plate (31, 101) and faces the side end portion, the surface facing the conductive sheet; and a protruded portion which is formed on a side surface of the depressed portion or at an upper end of the side surface or at an edge portion of the side surface, along a circumferential direction of the side surface of the depressed portion (51, 104), and
An apparatus for configuring dispersing equipment for applying liquid solutions to vegetation, comprising: a plurality of nozzles (12; 30; 40; 41) for dispersing liquid in the form of liquid droplets; the plurality of nozzles (12; 30; 40; 41) comprising at least one reversible nozzle (40; 41) comprising a tubular magnet for applying a magnetic field to said liquid, said tubular magnet forming a tubing material part of said at least one reversible nozzle (40; 41) such that the tubing material defines a tubular conduit in said at least one nozzle (40; 41), wherein the polar orientation of said tubular magnet in the at least one reversible nozzle (40; 41) produces either a north or south pole-orientation effect in the at least one reversible nozzle (40; 41); a plurality of additional magnets, each of the tubular magnet and plurality of additional magnets having a magnetic remanence of at least 0.9 M r; wherein said nozzles (12; 30; 40; 41) are configured to produce liquid droplets sized less than 400 microns; wherein said plurality of additional magnets are moveably mountable on said dispersing equipment to vary the field strength and polar orientation to adapt for application conditions and purposes; wherein said liquid includes at least water. a plurality of nozzles (12; 30; 40; 41) for dispersing liquid in the form of liquid droplets; the plurality of nozzles (12; 30; 40; 41) comprising at least one reversible nozzle (40; 41) comprising a tubular magnet for applying a magnetic field to said liquid, said tubular magnet forming a tubing material part of said at least one reversible nozzle (40; 41) such that the tubing material defines a tubular conduit in said at least one nozzle (40; 41), wherein the polar orientation of said tubular magnet in the at least one reversible nozzle (40; 41) produces either a north or south pole-orientation effect in the at least one reversible nozzle (40; 41); a plurality of additional magnets, each of the tubular magnet and plurality of additional magnets having a magnetic remanence of at least 0.9 M r; wherein said nozzles (12; 30; 40; 41) are configured to produce liquid droplets sized less than 400 microns; wherein said plurality of additional magnets are moveably mountable on said dispersing equipment to vary the field strength and polar orientation to adapt for application conditions and purposes; wherein said liquid includes at least water.
Resin-extended elastomer, the elastomer of which is a synthetic diene elastomer with a number-average molar mass in a range extending from 250 000 g/mol to 450 000 g/mol and the resin of which is a plasticizing hydrocarbon-based resin, and the content of plasticizing hydrocarbon-based resin is in a range extending from 30 to 100 phr, the resin-extended elastomer being obtained by mixing the synthetic diene elastomer in solution in an organic solvent and the plasticizing hydrocarbon-based resin in the liquid state and the resin-extended elastomer having a Mooney viscosity index of greater than or equal to 40 MU.
A method for cold cutting a lamp that has an inner pressure lower than atmospheric pressure, an envelope, at least one connector secured to the envelope, and contains a pollutant, the method comprising the following steps: - Maintaining the lamp in a predetermined cutting position, and - Cutting the envelope into at least one cut point (26A, 26B) and creating a first piece and a second piece on either side of each cut point, - Prior to the cutting step, immersing the cut point (26A, 26B) in a liquid or pasty composition, - Maintaining the cut point immersed in the liquid or pasty composition during the cutting step, - Suctioning part of the liquid or pasty composition in each piece (211, 212, 213), characterised in that: - the liquid or pasty composition is a shear-thickening composition for which the temperature prior to the cutting step is higher than or equal to its pour point, and characterised in that it further comprises a step consisting of: - Subsequent to the cutting step, decreasing the temperature of the shear-thickening composition in step to a temperature lower thant its pour point, so as to increase its viscosity and to create a sealed stopper to the pollutant - Maintaining the lamp in a predetermined cutting position, and - Cutting the envelope into at least one cut point (26A, 26B) and creating a first piece and a second piece on either side of each cut point, - Prior to the cutting step, immersing the cut point (26A, 26B) in a liquid or pasty composition, - Maintaining the cut point immersed in the liquid or pasty composition during the cutting step, - Suctioning part of the liquid or pasty composition in each piece (211, 212, 213), - the liquid or pasty composition is a shear-thickening composition for which the temperature prior to the cutting step is higher than or equal to its pour point, - Subsequent to the cutting step, decreasing the temperature of the shear-thickening composition in step to a temperature lower thant its pour point, so as to increase its viscosity and to create a sealed stopper to the pollutant