mhurhangee/ep-ind-claims huggingface dataset:
A folded absorbent product having at least one fold in the transverse direction of the product, wherein the absorbent product comprises an absorption body, wherein the absorbent product is a sanitary napkin, a panty liner or a incontinence pad, characterised by that the absorption body comprises in its thickness direction a liquid-receiving, flexible foam layer and a liquid-absorbent fibrous layer, wherein the liquid-receiving flexible foam layer has a total surface in the plane extension of the product that at least covers the entire surface of the liquid-absorbent, fibrous layer in the plane extension, wherein the liquid-receiving, flexible foam layer consists of polyolefin-based foam, polystyrene-based foam, PVC foam, polyvinyl alcohol foam, acrylate foam, polyurethane foam, epoxy foam, latex foam, urea-formaldehyde foam, melamine-formaldehyde foam, silicone foam, viscose foam, carboxymethyl cellulose foam, starch foam, chitosan foam, alginate foam, polyactide foam, polyglycolide foam or polycaprolactone foam, and has a bending stiffness that is less than 0.30 newtons measured according to the modified Circular Bend Procedure method and that the liquid-absorbent, fibrous layer has a bending stiffness greater than 2.0 newtons measured according to the modified Circular Bend Procedure method, and wherein the liquid-receiving, flexible foam layer has an absorption capacity that is lower than 0.15 grams liquid/cm 3 of dry test material measured according to the method CRC material layer.
A powder mixture consisting of • Iron based powder A and iron based powder B in a ratio between 90:10 and 50:50, wherein powder A contains 1.5-2.3 wt% pre-alloyed Cr, 0-0.3 wt% pre-alloyed Mo, and inevitable impurities, the balance being Fe; and powder B contains 2.4-3.6 wt% pre alloyed Cr, 0.30-0.70 wt% pre-alloyed Mo and inevitable impurities, the balance being Fe; • 0.4-0.9 wt% carbon, • 0.1-1.2 wt% lubricant; • solid lubricant in an amount of 0.1 - 1.5 wt%, and • inevitable impurities. • Iron based powder A and iron based powder B in a ratio between 90:10 and 50:50, wherein powder A contains 1.5-2.3 wt% pre-alloyed Cr, 0-0.3 wt% pre-alloyed Mo, and inevitable impurities, the balance being Fe; and powder B contains 2.4-3.6 wt% pre alloyed Cr, 0.30-0.70 wt% pre-alloyed Mo and inevitable impurities, the balance being Fe; • 0.4-0.9 wt% carbon, • 0.1-1.2 wt% lubricant; • solid lubricant in an amount of 0.1 - 1.5 wt%, and • inevitable impurities.
A honeycomb structure having a honeycomb shape which is a columnar article having two end faces and an outer peripheral surface connecting the two end faces to each other and which includes a plurality of cells as through channels for a fluid formed in parallel between the two end faces and partitioned by partition walls of a porous material made of a silicon carbide (SiC) material or a silicon-silicon carbide based composite material formed by using silicon carbide (SiC) as an aggregate and silicon (Si) as a combining material, wherein as compared with partition walls of an end face side portion of an inlet of the fluid, partition walls of an end face side portion of an outlet of the fluid satisfy at least one of the following conditions to: a heat conductivity being relatively high; a heat capacity being relatively large; a bending strength being relatively high; and a porosity being relatively low; wherein the end face side portion of the outlet of the fluid is a portion of 1/n of the whole article from the end face of the outlet of the fluid in the central axis direction of the columnar article, and the end face side portion of an inlet of the fluid is a portion other than the portion of 1/n of the whole article from the end face of the outlet of the fluid in the central axis direction of the columnar article; wherein the value n is 2 or more and 10 or less; and wherein only the end face side portion of the outlet or a portion of the article comprising the end face side portion is coated with a modification slurry, the modification slurry including SiC particles having an average particle diameter that is 2% or more and 60% or less of the average pore diameter of the porous material of the partition walls. a heat conductivity being relatively high; a heat capacity being relatively large; a bending strength being relatively high; and a porosity being relatively low;
A manufacturing device for a multi-chamber container, the manufacturing device comprising: a first mold having a first accommodating space capable of accommodating a plurality of preforms, each preform having a mouth portion and a trunk portion; a first blowing unit configured to blow gas into the plurality of preforms arranged in the first accommodating space to inflate the plurality of preforms, thereby manufacturing an intermediate molded body having a connection portion formed by the trunk portions of the plurality of preforms welded to each other; characterized in that the device further comprises: a second mold having a second accommodating space larger than the first accommodating space; and a second blowing unit configured to blow gas into the intermediate molded body arranged in the second accommodating space to inflate the intermediate molded body, thereby forming an exterior shape of the multiple-chamber container. a first mold having a first accommodating space capable of accommodating a plurality of preforms, each preform having a mouth portion and a trunk portion; a first blowing unit configured to blow gas into the plurality of preforms arranged in the first accommodating space to inflate the plurality of preforms, thereby manufacturing an intermediate molded body having a connection portion formed by the trunk portions of the plurality of preforms welded to each other; characterized in that the device further comprises: a second mold having a second accommodating space larger than the first accommodating space; and a second blowing unit configured to blow gas into the intermediate molded body arranged in the second accommodating space to inflate the intermediate molded body, thereby forming an exterior shape of the multiple-chamber container.
A cermet comprising: hard phase particles containing Ti; and a binding phase containing at least one of Ni and Co, wherein 70% or more of the hard phase particles have a cored structure containing a core and a peripheral portion around the core, the core is composed mainly of at least one of Ti carbide, Ti nitride, and Ti carbonitride, the peripheral portion is composed mainly of a Ti composite compound containing Ti and at least one selected from W, Mo, Ta, Nb, and Cr, and the core has an average particle size α, the peripheral portion has an average particle size β, and α and β satisfy 1.3 ≤ β/α ≤ 1.5, the average particle size of all the hard phase particles is 0.3 to 0.7 μm, obtained by measuring the Feret's diameter in the horizontal direction and in the vertical direction in 200 or more hard phase particles; the average particle size α of the core and the average particle size β of the peripheral portion were measured with scanning electron microscopy, the cermet measured with energy dispersive x-ray spectroscopy has a Ti content in the range of 50% to 70% by mass, a W, Mo, Ta, Nb, and Cr content in the range of 15% to 30% by mass, and a Co and Ni content in the range of 15% to 20% by mass.
A method for manufacturing a through substrate via in a semiconductor chip, the method comprising - providing a substrate with a FEOL comprising at least one device of the chip provided to allow the chip to perform a function as desired, - forming a silicided area in the substrate, - providing a BEOL comprising a metal one layer, - providing a pre-metal dielectric between the substrate and the metal one layer of the BEOL, - providing at least one first contact between the BEOL and the at least one device of the FEOL, - providing a plurality of second contact plugs provided at a location where the through substrate via is to land, the plurality of second contact plugs being provided through the pre-metal dielectric and electrically contacting the metal one layer, and the silicided area, the method comprising providing a sacrificial diode not forming part of the FEOL devices provided to allow the chip to perform a function as desired, such that the diode comprises the silicided area, and thereafter providing a via hole through the substrate by removing substrate material including the diode, the via hole extending up to the silicided area and not extending up to the metal one layer of the BEOL, and thereafter filling the via hole with conductive material such that electrical contact with the metal one layer is realised via the plurality of second contact plugs in the pre-metal dielectric. - providing a substrate with a FEOL comprising at least one device of the chip provided to allow the chip to perform a function as desired, - forming a silicided area in the substrate, - providing a BEOL comprising a metal one layer, - providing a pre-metal dielectric between the substrate and the metal one layer of the BEOL, - providing at least one first contact between the BEOL and the at least one device of the FEOL, - providing a plurality of second contact plugs provided at a location where the through substrate via is to land, the plurality of second contact plugs being provided through the pre-metal dielectric and electrically contacting the metal one layer, and the silicided area, the method comprising providing a sacrificial diode not forming part of the FEOL devices provided to allow the chip to perform a function as desired, such that the diode comprises the silicided area, and thereafter providing a via hole through the substrate by removing substrate material including the diode, the via hole extending up to the silicided area and not extending up to the metal one layer of the BEOL, and thereafter filling the via hole with conductive material such that electrical contact with the metal one layer is realised via the plurality of second contact plugs in the pre-metal dielectric.
Door, in particular a sectional door, comprising: a door leaf which includes several interconnected panels (21, 22, 23), pairs of track rollers (31, 32, 33) which are connected with one of the several panels (21, 22, 23) and are designed to guide a respective panel (21, 22, 23) in guide rails (41 42, 43), wherein the door comprises an uppermost pair of track rollers, a bottommost pair of track rollers and at least one middle pair of track rollers, and the uppermost pair of track rollers, the bottommost pair of track rollers and the at least one middle pair of track rollers each run in separate guide rails (41, 42, 43), characterized in that the guide rails of the uppermost pair of track rollers have a course which in one portion has an essentially symmetrical, trough-like shape, which corresponds to a differentiable function, wherein the course of the respective guide rails with its trough-like shape preferably corresponds to a dent-shaped or a pan-shaped course that declines in a bend from a linear portion, thereby forms a first pan edge, with a further bend produces the pan bottom and with a last bend produces the second pan edge. a door leaf which includes several interconnected panels (21, 22, 23), pairs of track rollers (31, 32, 33) which are connected with one of the several panels (21, 22, 23) and are designed to guide a respective panel (21, 22, 23) in guide rails (41 42, 43), wherein the door comprises an uppermost pair of track rollers, a bottommost pair of track rollers and at least one middle pair of track rollers, and the uppermost pair of track rollers, the bottommost pair of track rollers and the at least one middle pair of track rollers each run in separate guide rails (41, 42, 43), characterized in that the guide rails of the uppermost pair of track rollers have a course which in one portion has an essentially symmetrical, trough-like shape, which corresponds to a differentiable function, wherein the course of the respective guide rails with its trough-like shape preferably corresponds to a dent-shaped or a pan-shaped course that declines in a bend from a linear portion, thereby forms a first pan edge, with a further bend produces the pan bottom and with a last bend produces the second pan edge.
Heat exchanger for gas, notably for the exhaust gases of an engine, comprising a housing intended for the circulation of the gases with exchange of heat with a fluid coolant, means (6, 11) of coupling to the coolant circuit and at least one component forming a gas reservoir (7, 7') coupled to one of the ends of the housing, the said component (7, 7') incorporating at least one fixing lug for fixing to the engine block and means of coupling to the gas circuit, characterized in that the said means (6, 11) of coupling to the coolant circuit are also incorporated into the said component that forms a gas reservoir (7, 7'), the path of the coolant passing through the fixing lug and along a bridge incorporated into the said component that forms a gas reservoir and coupled to the housing of the exchanger.
A liquid composition containing: a) from 0.5 to 5.6 mg/ml of bendamustine hydrochloride; b) a solubilizer comprising polyethylene glycol and propylene glycol, wherein the weight ratio of polyethylene glycol to propylene glycol is 90:10 to 85:15; c) an antioxidant; and d) about 50mL of a parenterally acceptable diluent; for use in a method of treating or preventing cancer or malignant disease in a subject, comprising parenterally administering said liquid composition over a substantially continuous period of less than or equal to about 10 minutes to a subject in need thereof, as part of an intravenous infusion, wherein: (i) the cancer or malignant disease is chronic lymphocytic leukemia and the amount of bendamustine administered to the subject is about 100 mg/m 2 body surface area; or (ii) the cancer or malignant disease is indolent B-cell non-Hodgkin's lymphoma and the amount of bendamustine administered to the subject is about 120 mg/m 2 body surface area. a) from 0.5 to 5.6 mg/ml of bendamustine hydrochloride; b) a solubilizer comprising polyethylene glycol and propylene glycol, wherein the weight ratio of polyethylene glycol to propylene glycol is 90:10 to 85:15; c) an antioxidant; and d) about 50mL of a parenterally acceptable diluent; (i) the cancer or malignant disease is chronic lymphocytic leukemia and the amount of bendamustine administered to the subject is about 100 mg/m 2 body surface area; or (ii) the cancer or malignant disease is indolent B-cell non-Hodgkin's lymphoma and the amount of bendamustine administered to the subject is about 120 mg/m 2 body surface area.
Fine metal particles of any one of Ag, Cu or Zn having a dispersing agent, a fatty acid and a glyceride that are coordinated on the surfaces thereof, wherein the dispersing agent has an acid value and an amine value which are both in a range of 0 to 20 mgKOH/g, and when either the acid value or the amine value is 0, the other one is not 0, the dispersing agent has a star polymer structure having, in a monomeric unit, at least either one or preferably both of an acid functional group and a basic functional group, and the fatty acid is myristic acid, stearic acid, oleic acid, palmitic acid or n-decanoic acid. the dispersing agent has an acid value and an amine value which are both in a range of 0 to 20 mgKOH/g, and when either the acid value or the amine value is 0, the other one is not 0, the dispersing agent has a star polymer structure having, in a monomeric unit, at least either one or preferably both of an acid functional group and a basic functional group, and the fatty acid is myristic acid, stearic acid, oleic acid, palmitic acid or n-decanoic acid.
Anti-counterfeit carrier having a series of optical security elements and having a metallized layer, into which in each case a non-individual motif with a diffractive surface is embossed for at least two of the optical security elements and in which in each case an individual motif is introduced by laser lithography, characterized in that the individual motif has cutouts that form at least a partial motif of the non-individual motif and are arranged in exact register with respect to the non-individual motif, and said at least two optical security elements have in each case an optical tilt effect between the individual motif and the non-individual motif.
A process of manufacturing a moisture-curable adhesive composition, wherein the process comprises the steps of: a) providing a multi-screw extruder comprising a reaction chamber; b) providing reactants and reagents comprising: i. at least one isocyanate; ii. at least one amine; and iii. optionally, at least one plasticizer; c) incorporating the reactants and reagents into the reaction chamber of the multi-screw extruder, thereby forming a reaction product comprising a urea derivative; and d) incorporating at least one moisture-curable prepolymer into the reaction product resulting from step c), thereby forming a moisture-curable adhesive composition or a precursor thereof. a) providing a multi-screw extruder comprising a reaction chamber; b) providing reactants and reagents comprising: i. at least one isocyanate; ii. at least one amine; and iii. optionally, at least one plasticizer; i. at least one isocyanate; ii. at least one amine; and iii. optionally, at least one plasticizer; c) incorporating the reactants and reagents into the reaction chamber of the multi-screw extruder, thereby forming a reaction product comprising a urea derivative; and d) incorporating at least one moisture-curable prepolymer into the reaction product resulting from step c), thereby forming a moisture-curable adhesive composition or a precursor thereof.
A package for sliced cheese consisting of a tray-like container, hermetically applied on the rim of which is a removable lid, wherein the lid is lowered with respect to the rim of the tray-like container so as to define a receptacle configured for insertion of the tray-like container of an identical contiguous package, and wherein walls of the tray-like container and walls of said receptacle have elongated formations (4, 5, 6) for forced fit with identical contiguous packages in a packed configuration, characterized in that the package has in plan view an isosceles trapezium shape, with minor base considerably shorter than the major base, in that said forced-fit formations (4, 5, 6) are provided along each side of the package, and in that the major base constitutes a resting surface in said packed configuration in which said package is stably coupled with identical contiguous packages in a vertical position.
A bituminous underlay structure for non-continuous coverings, characterized in that it has an overall basis weight of 500-1500 g/m 2 and is constituted by a membrane with a basis weight of 30-100 g/m 2, made of polyester or fiberglass or polypropylene or synthetic, natural or composite fabrics or non-woven fabrics, embedded between two first layers (3a, 3b) which are obtained by saturation/covering with elastomeric bituminous mixture with a high content of SBS or other elastomers or polymers of synthetic or natural origin, virgin or recycled, the whole in turn embedded between at least two second layers (4a, 4b) which are obtained by spreading/covering with elastoplastomeric bituminous mixture with polymers of synthetic or natural origin, virgin or recycled, the whole in turn covered by two third layers (5a, 5b) of finishing with non-woven fabric or talc, sand or polyethylene film.
A system comprising: a cylinder head for a multi-cylinder internal combustion engine wherein the cylinder head comprises, per cylinder, a first exhaust valve and a corresponding first exhaust port (220, 230) and a second exhaust valve and a corresponding second exhaust port (220, 230); an exhaust manifold with separate flow paths wherein the flow paths comprise a first manifold path to collect exhaust from the first exhaust ports (220, 230) and to direct the collected exhaust to a first exhaust turbine operatively coupled to a first compressor; a second manifold path to collect exhaust from the second exhaust ports (220, 230) and to direct the collected exhaust to a second exhaust turbine operatively coupled to a second compressor; and characterized in that the exhaust manifold is cast from as a single unit and that the system further comprises a controller to individually control at least one of the two exhaust valves of each cylinder to preheat the second manifold path of the exhaust manifold via exhaust flow to the first manifold path for a period of time while such control causes no exhaust to flow to the second manifold path for that period of time wherein preheating of the second manifold path increases responsiveness of the second exhaust turbine when a control decision is made to direct exhaust to the second manifold path and on to the second exhaust turbine. a cylinder head for a multi-cylinder internal combustion engine wherein the cylinder head comprises, per cylinder, a first exhaust valve and a corresponding first exhaust port (220, 230) and a second exhaust valve and a corresponding second exhaust port (220, 230); an exhaust manifold with separate flow paths wherein the flow paths comprise a first manifold path to collect exhaust from the first exhaust ports (220, 230) and to direct the collected exhaust to a first exhaust turbine operatively coupled to a first compressor; a second manifold path to collect exhaust from the second exhaust ports (220, 230) and to direct the collected exhaust to a second exhaust turbine operatively coupled to a second compressor; and a first manifold path to collect exhaust from the first exhaust ports (220, 230) and to direct the collected exhaust to a first exhaust turbine operatively coupled to a first compressor; a second manifold path to collect exhaust from the second exhaust ports (220, 230) and to direct the collected exhaust to a second exhaust turbine operatively coupled to a second compressor; and characterized in that the exhaust manifold is cast from as a single unit and that the system further comprises a controller to individually control at least one of the two exhaust valves of each cylinder to preheat the second manifold path of the exhaust manifold via exhaust flow to the first manifold path for a period of time while such control causes no exhaust to flow to the second manifold path for that period of time wherein preheating of the second manifold path increases responsiveness of the second exhaust turbine when a control decision is made to direct exhaust to the second manifold path and on to the second exhaust turbine.