mhurhangee/ep-ind-claims huggingface dataset:
An engine nacelle inlet comprising: an outer barrel; an inner barrel; a forward bulkhead having an outer flange coupled to a surface of the outer barrel, an inner flange coupled to a surface of the inner barrel, a web connecting the outer flange to the inner flange, and at least one annular stiffener extending from the web and interposed between the inner flange and the outer flange; an aft bulkhead having an outer flange coupled to the surface of the outer barrel, an inner flange coupled to the surface of the inner barrel, a web connecting the outer flange to the inner flange, and at least one annular stiffener extending from the web and interposed between the outer flange and the inner flange; and wherein the forward bulkhead further comprises a plurality of radial stiffeners that are integrally formed with the web, wherein each of the plurality of radial stiffeners extends from the outer flange to the inner flange, and wherein each of the plurality of radial stiffeners intersects the at least one annular stiffener; and/or the aft bulkhead further comprises a plurality of radial stiffeners that are integrally formed with the web, wherein each of the plurality of radial stiffeners extends from the outer flange to the inner flange, and wherein each of the plurality of radial stiffeners intersects the at least one annular stiffener. an outer barrel; an inner barrel; a forward bulkhead having an outer flange coupled to a surface of the outer barrel, an inner flange coupled to a surface of the inner barrel, a web connecting the outer flange to the inner flange, and at least one annular stiffener extending from the web and interposed between the inner flange and the outer flange; an aft bulkhead having an outer flange coupled to the surface of the outer barrel, an inner flange coupled to the surface of the inner barrel, a web connecting the outer flange to the inner flange, and at least one annular stiffener extending from the web and interposed between the outer flange and the inner flange; and wherein the forward bulkhead further comprises a plurality of radial stiffeners that are integrally formed with the web, wherein each of the plurality of radial stiffeners extends from the outer flange to the inner flange, and wherein each of the plurality of radial stiffeners intersects the at least one annular stiffener; and/or the aft bulkhead further comprises a plurality of radial stiffeners that are integrally formed with the web, wherein each of the plurality of radial stiffeners extends from the outer flange to the inner flange, and wherein each of the plurality of radial stiffeners intersects the at least one annular stiffener.
A method for operating a mobile device having a touch sensitive display, characterized in that the method comprises: - dividing the touch sensitive display into an adjustable input portion and an adjustable output portion, areas of the adjustable input and output portions being adjustable with respect to each other, - displaying a plurality of keys within the adjustable input portion of the touch sensitive display, - detecting a first location of a tactile input on the adjustable input portion of the touch sensitive display displaying a plurality of keys, - zooming a view displayed on the adjustable input portion by displaying and linearly magnifying a certain area within which the tactile input was detected, - detecting a second location of a tactile input after magnifying said certain area, - highlighting a key on the location of the second detected tactile input and - activating a selected, highlighted key and identifying the key as an input. - dividing the touch sensitive display into an adjustable input portion and an adjustable output portion, areas of the adjustable input and output portions being adjustable with respect to each other, - displaying a plurality of keys within the adjustable input portion of the touch sensitive display, - detecting a first location of a tactile input on the adjustable input portion of the touch sensitive display displaying a plurality of keys, - zooming a view displayed on the adjustable input portion by displaying and linearly magnifying a certain area within which the tactile input was detected, - detecting a second location of a tactile input after magnifying said certain area, - highlighting a key on the location of the second detected tactile input and - activating a selected, highlighted key and identifying the key as an input.
A method for predicting the risk of having the chronic lung allograft dysfunction (CLAD) in a subject comprising the following steps: i) measuring the expression level of TCL1A in a biological sample obtained from said subject; ii) comparing the expression level of TCL1A with a predetermined reference value and; iii) concluding that the subject is at risk of having CLAD when the expression level of TCL1A is lower than the predetermined reference value or concluding that the subject is not at risk of having CLAD when the expression level of TCL1A is higher than the predetermined reference value; wherein the risk of having CLAD or not having CLAD is the risk of having bronchiolitis obliterans syndrome or not having BOS, respectively. i) measuring the expression level of TCL1A in a biological sample obtained from said subject; ii) comparing the expression level of TCL1A with a predetermined reference value and; iii) concluding that the subject is at risk of having CLAD when the expression level of TCL1A is lower than the predetermined reference value or concluding that the subject is not at risk of having CLAD when the expression level of TCL1A is higher than the predetermined reference value;
An article, comprising: a food or beverage can, or a portion thereof, comprising: a metal substrate; and a coating composition disposed on at least a portion of the metal substrate, the coating composition comprising: an aqueous dispersion of a polyurethane-urea polymer, and a vinyl polymer that are linked together by one or more covalent linkages. a food or beverage can, or a portion thereof, comprising: a metal substrate; and a coating composition disposed on at least a portion of the metal substrate, the coating composition comprising: an aqueous dispersion of a polyurethane-urea polymer, and a vinyl polymer that are linked together by one or more covalent linkages. a metal substrate; and a coating composition disposed on at least a portion of the metal substrate, the coating composition comprising: an aqueous dispersion of a polyurethane-urea polymer, and a vinyl polymer that are linked together by one or more covalent linkages. an aqueous dispersion of a polyurethane-urea polymer, and a vinyl polymer that are linked together by one or more covalent linkages.
A method of de-mapping a point in a constellation diagram into a bit sequence, wherein the de-mapping provides, for each bit of the bit sequence, extrinsic probability information in the form of an output value with a sign of the output value indicating a bit value and a magnitude of the output value indicating probability information in the form of a distance to a decision boundary in the constellation diagram, the method comprising: receiving a signal indicative of a constellation point, wherein the constellation point represents a bit sequence having a most significant bit and at least one next significant bit; deriving a first output value (L 0) for the most significant bit; receiving a priori information (L 0 a priori) for the most significant bit; and deriving a second output value (L 1) for the next significant bit based on the first output value (L 0), the a priori information (L 0 a priori), and a decision boundary, wherein deriving the second output value (L 1) comprises modifying at least one of the first output value (L 0) and the decision boundary based on the a priori information (L 0 a priori), and wherein deriving the second output value (L 1) comprises one of a comparison of the modified first output value with the decision boundary and a comparison of the first output value (L 0) with the modified decision boundary. receiving a signal indicative of a constellation point, wherein the constellation point represents a bit sequence having a most significant bit and at least one next significant bit; deriving a first output value (L 0) for the most significant bit; receiving a priori information (L 0 a priori) for the most significant bit; and deriving a second output value (L 1) for the next significant bit based on the first output value (L 0), the a priori information (L 0 a priori), and a decision boundary, wherein deriving the second output value (L 1) comprises modifying at least one of the first output value (L 0) and the decision boundary based on the a priori information (L 0 a priori), and wherein deriving the second output value (L 1) comprises one of a comparison of the modified first output value with the decision boundary and a comparison of the first output value (L 0) with the modified decision boundary.
An absorbent article (10, 20, 300, 500, 600) comprising an absorbent core (101, 501, 601) sandwiched between a liquid permeable topsheet (520, 620) and a liquid impermeable backsheet (521, 621), and an acquisition distribution layer (201, 522, 622) positioned between said topsheet (520, 620) and said absorbent core (101, 501, 601), wherein the absorbent core (101, 501, 601) comprises absorbent material selected from the group consisting of cellulose fibers, superabsorbent polymers and combinations thereof, wherein said absorbent core (101, 501, 601) comprises at least one core wrap substrate enclosing said absorbent material, and wherein a top layer of said core wrap is adhered to a bottom layer of said core wrap to form one or more channels substantially free of said absorbent material, wherein said channels have a length extending along a longitudinal axis and the absorbent core (101, 501, 601) has a length extending along said longitudinal axis and wherein the length of said channels is from 10% to 95% of the length of said absorbent core (101, 501, 601) and wherein said channels each follow a substantially continuous path such as from a first end of a channel to a second end of the same channel characterized in that the acquisition distribution layer (522, 622) is a spunbond or carded thermobonded nonwoven and is free of air-through-bonded, airlaid and/or meltblone nonwoven layers, and comprising synthetic fibers, wherein said synthetic fibers are comprised at a level of greater than 80%wt by weight of said acquisition distribution layer (522, 622), and wherein said acquisition distribution layer (522, 622) has a basis weight of from 18 to 40 g/m 2 and in that the acquisition distribution layer (522, 622) is positioned at a body-facing side of the absorbent core (101, 501, 601), and in contact with the body-facing side of the absorbent core (101, 501, 601), wherein said channels comprise: top and bottom layers of the core wrap bonded together by one or more adhesives; and/or top layer of said core wrap adhered to the bottom layer of said core wrap, along said channels, at a plurality of discrete joining areas, wherein said joining areas form a pattern consisting of elongated oblique members having an angle α from the longitudinal axis, wherein said angle α is greater than 0° and less than 90°.
A semiconductor optical modulation element of a Mach-Zehnder type that performs modulation of light using a refractive index modulation region where a refractive index of the light guided to an optical waveguide is modulated and an input and output region where multiplexing/demultiplexing of the light split in the refractive index modulation region is performed, in the refractive index modulation region, the optical waveguide, is formed of a semiconductor multilayer structure including at least an n-type clad layer, an i core layer, a p-type clad layer, and an n-type clad layer successively on a substrate surface equivalent to a plane of a sphalerite-type semi-insulating semiconductor crystal substrate from a top layer toward the substrate surface, the n-type clad layer is subjected to etching in a direction equivalent to a plane direction in a Mach-Zehnder waveguide shape, and thus is formed so as to have a ridge shape in the inverted mesa direction, a capacity loaded electrode (10, 17) is provided on the n-type clad layer, and characterized in that said p-type clad layer is in a slab shape which is wider than the ridge shape.
An aqueous micro-emulsion comprising i) an odoriferous oil phase ii) at least one non-ionic surfactant iii) at least one co -solvent selected from isosorbide, solketal, and ethers thereof, or mixtures thereof, and iv) optionally, a solubilizer selected from glycerol derivatives and diols, and mixtures thereof, characterized in that the micro-emulsion comprises up to 15 weight % of the odoriferous oil phase, and 65%wt to 74%wt of water. i) an odoriferous oil phase ii) at least one non-ionic surfactant iii) at least one co -solvent selected from isosorbide, solketal, and ethers thereof, or mixtures thereof, and iv) optionally, a solubilizer selected from glycerol derivatives and diols, and mixtures thereof,
A cooled electro-magnetic device, comprising: a core comprising magnetically permeable material, an electrically conductive winding arranged at the core, and a cooling arrangement; wherein the cooling arrangement comprises: a thermosyphon (9, 21, 23), and a blower that is arranged at a gas inlet of the electro-magnetic device; wherein the thermosyphon (9, 21, 23) comprises an evaporator, a condenser, and connection piping connecting the evaporator and the condenser; wherein the thermosyphon (9, 21, 23) and the blower are arranged such that the evaporator is in thermal conductive contact with a first side surface of a stack of sheet components forming the core, and the condenser and the electrically conductive winding are arranged in relation to the blower in series such that cooling gas of a gas flow (19, 25) generated by the blower in an operating state of the electro-magnetic device cools both the condenser and the electrically conductive winding before leaving the electro-magnetic device through a gas outlet of the electro-magnetic device. a core comprising magnetically permeable material, an electrically conductive winding arranged at the core, and a cooling arrangement; wherein the cooling arrangement comprises: a thermosyphon (9, 21, 23), and a blower that is arranged at a gas inlet of the electro-magnetic device; a thermosyphon (9, 21, 23), and a blower that is arranged at a gas inlet of the electro-magnetic device; wherein the thermosyphon (9, 21, 23) comprises an evaporator, a condenser, and connection piping connecting the evaporator and the condenser; wherein the thermosyphon (9, 21, 23) and the blower are arranged such that the evaporator is in thermal conductive contact with a first side surface of a stack of sheet components forming the core, and the condenser and the electrically conductive winding are arranged in relation to the blower in series such that cooling gas of a gas flow (19, 25) generated by the blower in an operating state of the electro-magnetic device cools both the condenser and the electrically conductive winding before leaving the electro-magnetic device through a gas outlet of the electro-magnetic device.
A method of sealing a slag drain in a direct smelting vessel for containing a molten bath of slag and molten metal, the direct smelting vessel comprising at least one solids injection lance extending downwardly and inwardly through a refractory-lined side wall of the vessel for injecting metalliferous material and/or carbonaceous material, the slag drain comprising a slag drain channel extending from an inlet end at an inner surface of the refractory-lined side wall in the direct smelting vessel, the inlet end being exposed to the molten bath, to a location at or near an exterior of the direct smelting vessel, the method comprising locating a pre-formed refractory material at the inlet end of the channel so that it is exposed to the molten bath and sealing the channel with sealing material downstream of the pre-formed refractory material, wherein the sealing material introduced downstream of the pre-formed refractory material includes an alumina-based plugging material and wherein the pre-formed refractory material is a solid chrome-based refractory material.
An apparatus for manufacturing a value document substrate, wherein the apparatus is suitable for manufacturing a value document substrate with a first foil element on the front side and a second foil element on the back side, wherein the substrate has an opening within the substrate layer and within the first foil element, said opening being closed by the further, second foil element, wherein the apparatus has the following configuration in the transport direction of the substrate: a device for making available a substrate, in particular a paper substrate; a printing unit; a first foil application device for applying a first foil element to a first substrate side; a cutting device for producing an opening within the substrate supplied with the first foil element; a second foil application device for applying a second foil element to a second substrate side; wherein the first foil application device and the second foil application device are arranged within the apparatus such that the first foil element and the second foil element are applied to the opposite sides of the substrate without turning the substrate. a device for making available a substrate, in particular a paper substrate; a printing unit; a first foil application device for applying a first foil element to a first substrate side; a cutting device for producing an opening within the substrate supplied with the first foil element; a second foil application device for applying a second foil element to a second substrate side; wherein the first foil application device and the second foil application device are arranged within the apparatus such that the first foil element and the second foil element are applied to the opposite sides of the substrate without turning the substrate.
An analysis chip (10, 210) comprising: a substrate (20, 220, 230) formed into a substantially disc shape; an injection port (22, 222) formed at the center of the substrate and through which target liquid as a measurement target is injected; a flow path (23, 255) that allows introduction of the target liquid into the flow path through the injection port (22, 222) by means of capillary action, wherein multiple types of reactants capable of selectively reacting with a component in the target liquid are fixed to the flow path, wherein the reactants fixed to the flow path each have a shape like a thin film having a substantially flat upper surface; a liquid trapping space, the target liquid being discharged from the flow path (23, 255) to the liquid trapping space, in a space inside the analysis chip (10, 210); and an absorber (15, 215) arranged in the liquid trapping space and formed of a member having moisture-retaining properties, the target liquid being absorbed by the absorber (15, 215), characterized in that the liquid trapping space is ring-like and formed outside an outer edge of the substrate (20, 220, 230), in that the absorber is ring-like, and in that the reactants are fixed in the form of circular spots to the flow path (23. 255). a substrate (20, 220, 230) formed into a substantially disc shape; an injection port (22, 222) formed at the center of the substrate and through which target liquid as a measurement target is injected; a flow path (23, 255) that allows introduction of the target liquid into the flow path through the injection port (22, 222) by means of capillary action, wherein multiple types of reactants capable of selectively reacting with a component in the target liquid are fixed to the flow path, wherein the reactants fixed to the flow path each have a shape like a thin film having a substantially flat upper surface; a liquid trapping space, the target liquid being discharged from the flow path (23, 255) to the liquid trapping space, in a space inside the analysis chip (10, 210); and an absorber (15, 215) arranged in the liquid trapping space and formed of a member having moisture-retaining properties, the target liquid being absorbed by the absorber (15, 215), characterized in that the liquid trapping space is ring-like and formed outside an outer edge of the substrate (20, 220, 230), in that the absorber is ring-like, and in that the reactants are fixed in the form of circular spots to the flow path (23. 255).
A computer-implemented method with instructions which, when executed on a computer, perform a design method of a progressive addition lens (1a, 1b), the method characterized by comprising: a first main line of sight calculation step of calculating a first main line of sight, where accommodative convergence caused by use of a accommodative power margin of an eye which is a difference between the maximum accommodative power and the necessary minimum accommodative power is considered, based on lens design information including at least information of accommodative power of the eye of a wearer; characterized by a second main line of sight calculation step of calculating a second main line of sight, where the accommodative power margin is not considered, based on the lens design information; a final main line of sight determination step of determining a final main line of sight (2a, 2b) of a lens existing between the first main line of sight and the second main line of sight from the first main line of sight and the second main line of sight, wherein the final main line of sight (2a, 2b) is determined by performing weighting on the first main line of sight and the second main line of sight and synthesizing the first main line of sight and the second main line of sight, wherein the weighting is performed based on variations of refractive power of the lens on the second main line of sight. a first main line of sight calculation step of calculating a first main line of sight, where accommodative convergence caused by use of a accommodative power margin of an eye which is a difference between the maximum accommodative power and the necessary minimum accommodative power is considered, based on lens design information including at least information of accommodative power of the eye of a wearer; characterized by a second main line of sight calculation step of calculating a second main line of sight, where the accommodative power margin is not considered, based on the lens design information; a final main line of sight determination step of determining a final main line of sight (2a, 2b) of a lens existing between the first main line of sight and the second main line of sight from the first main line of sight and the second main line of sight, wherein the final main line of sight (2a, 2b) is determined by performing weighting on the first main line of sight and the second main line of sight and synthesizing the first main line of sight and the second main line of sight, wherein the weighting is performed based on variations of refractive power of the lens on the second main line of sight.