mhurhangee/ep-ind-claims huggingface dataset:
A coating composition comprising: (a) a polyacrylate oligomer of the following structure and (b) a fluorinated polyacrylate oligomer of the following structure wherein, U represents an isocyanate structure that had at least two -N=C=O functional groups before the reaction; A represents a diol or polyol structure before the reaction; F represents a fluorinated diol or polyol structure, or a perfluoropolyether structure that contained at least two hydroxyl groups before the reaction, or a mixture thereof; B represents a monomer structure that had at least one double bond and at least one hydroxyl group before the reaction; n 1, n 2, n 3 and n 4 are integers, the sum of n 1 and n 2 is ranging from 0 to 20, the sum of n 3 and n 4 is ranging from 1 to 20. (a) a polyacrylate oligomer of the following structure and (b) a fluorinated polyacrylate oligomer of the following structure
A method for depositing at least one layer on at least one substrate in a process chamber, wherein the layer consists of at least one component, wherein the at least one first metallic component is vaporized into a temperature-controlled carrier gas, in a vaporization chamber, by means of a discontinuous injection of a first starting material in the form of a liquid or a first starting material dissolved in a liquid, wherein the aerosol formed during spraying of the liquid into the vaporization chamber absorbs thermal energy from the carrier gas located in the vaporization chamber in order to be converted into the gaseous form, wherein at least a second component is supplied as a chemically reactive starting material, and the starting materials are introduced alternately into the process chamber.
A composition for treating debris in order to separate earth and sand from the debris containing the earth and sand adhered thereto, the composition comprising at least 0.1 to 10 mass parts of a polymer flocculant relative to 100 mass parts of gypsum, characterized in that the gypsum has a BSA specific surface area of 15000 cm 2 /g or less, and the polymer flocculant takes a form of a powder comprising 95% or more of particles having a particle diameter of 200 μm or less.
A harness connector comprising: a header assembly including a header housing extending between a plug end and a mounting end, the header housing holding header contacts; and a plug assembly received in the plug end of the header housing, the plug assembly including a plug housing holding receptacle terminals, the receptacle terminals extending along terminal axes between mating ends and terminating ends, the mating ends being mated with corresponding header contacts, the terminating ends having terminating contacts (288, 290) configured to receive, and be electrically connected to, corresponding wires, the wires extending from the terminating contacts (288, 290) along wire axes that are generally perpendicular to the terminal axes, characterized in that the terminating contacts (288, 290) are insulation displacement contacts and in that the harness connector further comprising a separate second plug assembly received in the plug end of the header housing in a staggered relationship with the second plug assembly being positioned further from the mounting end of the header housing than the other plug assembly, the wires extending from the second plug assembly extending over the other plug assembly, whereby the first plug assembly can be loaded into the header housing prior to the second plug assembly being loaded into the header housing. a header assembly including a header housing extending between a plug end and a mounting end, the header housing holding header contacts; and a plug assembly received in the plug end of the header housing, the plug assembly including a plug housing holding receptacle terminals, the receptacle terminals extending along terminal axes between mating ends and terminating ends, the mating ends being mated with corresponding header contacts, the terminating ends having terminating contacts (288, 290) configured to receive, and be electrically connected to, corresponding wires, the wires extending from the terminating contacts (288, 290) along wire axes that are generally perpendicular to the terminal axes, characterized in that the terminating contacts (288, 290) are insulation displacement contacts and in that the harness connector further comprising a separate second plug assembly received in the plug end of the header housing in a staggered relationship with the second plug assembly being positioned further from the mounting end of the header housing than the other plug assembly, the wires extending from the second plug assembly extending over the other plug assembly, whereby the first plug assembly can be loaded into the header housing prior to the second plug assembly being loaded into the header housing.
A piezoelectric actuator comprising: a fixed body; a movable body arranged to face the fixed body; and a plurality of piezoelectric elements arranged between the fixed body and the movable body and adapted to operate in a shearing mode, each piezoelectric element having one end fixed to the fixed body and another end contacting the movable body, wherein a direction of polarization of each of the plurality of piezoelectric elements is different from each other, characterized in that the piezoelectric actuator further comprises a displacement detector adapted to detect a displacement of the movable body in at least two directions, the displacement detector comprising a first electrode and a second electrode arranged on a surface of the fixed body and a third electrode and a fourth electrode arranged on a surface of the moveable body facing the surface of the fixed body, wherein the first, second, third and fourth electrodes are circularly arranged around a reference position, where the first electrode is arranged in a first quadrant, the second electrode is arranged in a third quadrant, the third electrode is arranged in a second quadrant and the fourth electrode is arranged in a fourth quadrant. a fixed body; a movable body arranged to face the fixed body; and a plurality of piezoelectric elements arranged between the fixed body and the movable body and adapted to operate in a shearing mode, each piezoelectric element having one end fixed to the fixed body and another end contacting the movable body, wherein a direction of polarization of each of the plurality of piezoelectric elements is different from each other, characterized in that the piezoelectric actuator further comprises a displacement detector adapted to detect a displacement of the movable body in at least two directions, the displacement detector comprising a first electrode and a second electrode arranged on a surface of the fixed body and a third electrode and a fourth electrode arranged on a surface of the moveable body facing the surface of the fixed body, wherein the first, second, third and fourth electrodes are circularly arranged around a reference position, where the first electrode is arranged in a first quadrant, the second electrode is arranged in a third quadrant, the third electrode is arranged in a second quadrant and the fourth electrode is arranged in a fourth quadrant.
An electrode device, comprising: a substrate formed of a flexible material and configured to cover a target; electrodes disposed on a face of the substrate that is configured to be in contact with the target in a longitudinal direction of the substrate; an electrode router configured to connect the electrodes to a processor, a sensing circuit configured to detect an electrical signal from the electrodes through the electrode router; and characterized by the processor configured to allocate a positive channel (2411, 2511) of a sensing channel and a negative channel (2412, 2512) of the sensing channel to the electrodes based on a value of a common noise being included in the electrical signal detected from the electrodes. a substrate formed of a flexible material and configured to cover a target; electrodes disposed on a face of the substrate that is configured to be in contact with the target in a longitudinal direction of the substrate; an electrode router configured to connect the electrodes to a processor, a sensing circuit configured to detect an electrical signal from the electrodes through the electrode router; and characterized by the processor configured to allocate a positive channel (2411, 2511) of a sensing channel and a negative channel (2412, 2512) of the sensing channel to the electrodes based on a value of a common noise being included in the electrical signal detected from the electrodes.
A device for detecting a temperature increase in an EC motor, comprising an oscillator circuit with at least one coil and one device for measuring the resonant frequency ω of the oscillator circuit, wherein the device is designed to be connected to the terminals of the EC motor and the coil of the oscillator circuit is made of a shape memory material with at least two different temperature-dependent stable states (Z1, Z2), and wherein, when the temperature falls below or exceeds a specific value, the coil changes from one stable state to the other, thereby altering the resonant frequency ω of the oscillator circuit.
A process for shaping a frozen confectionery product comprising the steps of: a Heating the element of a shaping tool, the element comprising a void with an inner contour corresponding to the outer contour of the product to be shaped, the element comprising at least one shaping means with an extending surface, extending along the inner contour of the void, and the element comprises a heating means, wherein the heating means is an electrical heating means, comprising a heating block positioned on a side of the element other than the side comprising the shaping means; and wherein the side of the element, at which the electric heating block is positioned, follows the outer contours of the front of the element of the shaping means, b Impressing the element into the surface of a frozen confectionery product, and c Removing the element; wherein the frozen confectionery product comprises a core of a frozen confection and a shell of gel and the shaping tool melts a channel in the outer gel layer of the frozen confection product comprising a core of frozen confection and a shell of gel to provide a peelable frozen confectionery product. a Heating the element of a shaping tool, the element comprising a void with an inner contour corresponding to the outer contour of the product to be shaped, the element comprising at least one shaping means with an extending surface, extending along the inner contour of the void, and the element comprises a heating means, wherein the heating means is an electrical heating means, comprising a heating block positioned on a side of the element other than the side comprising the shaping means; and wherein the side of the element, at which the electric heating block is positioned, follows the outer contours of the front of the element of the shaping means, b Impressing the element into the surface of a frozen confectionery product, and c Removing the element;
Method for the production of an edible object, comprising providing an edible powder composition suitable for selective laser sintering and an edible liquid, and subjecting said composition to selective laser sintering to obtain the edible object, wherein the edible powder composition comprises a structural component, wherein the edible liquid is provided in the form of droplets on the edible powder composition before subjecting it to the laser irradiation step of the SLS procedure, wherein the droplets are produced by spraying or printing, wherein the edible liquid comprises water, wherein the structural component comprises starch, wherein the temperature during the laser irradiation step of the SLS procedure is in the range 100-200°C and the application time less than 1 sec, wherein the edible powder composition comprises at least 10 wt.% starch.
Transponder device comprising a transponder unit, which is arranged in a housing and has an antenna device and a chip, the housing forming a receiving space between a transparent front wall and a housing rear wall having arranged therein an optically readable information carrier, the housing rear wall having a fastening edge defining a fastening plane of the housing, characterized by a locating device for detecting a spatial separation of the locating device and the transponder unit being independent of the function of the transponder unit and being arranged in a recess formed by a recessed arrangement of the housing rear wall and covered by a fastening surface of an object to which the transponder device is mounted, so that the locating device is likely to get out of the recess when the transponder device becomes detached from an object.
A method of producing a protein with reduced glycosylation, the protein being an insulin molecule or a protein represented by formula I, X-B-Y-A wherein, X is an insulin leader peptide sequence, B is the amino acid sequence of the B chain of the insulin molecule, or of insulin glargine,Y is a linker peptide, wherein the linker peptide may either be a native insulin C-peptide, or a functional fragment thereof, or comprise at least one and up to 25 amino acids, A is the amino acid sequence of the A chain of the insulin molecule, or of insulin glargine, and the A and B chain can be modified by an amino acid substitution, a deletion and/or an addition; the method comprising allowing expression of the protein represented by formula I in a methylotrophic yeast, wherein in the methylotrophic yeast there is inactivated at least one of a PMT5 and a PMT6 gene, having a nucleotide sequence represented by SEQ ID Nos. 4 and 5 respectively, wherein the sequences encode the protein mannosyl transferase or a functional part thereof, and wherein the PMT5 and/or the PMT6 gene is inactivated by transformation of the methylotrophic yeast with a vector that includes the PMT5 gene, or the PMT6 gene, or a functional part thereof, having a nucleotide sequence represented by SEQ ID Nos. 4 and 5 respectively. X is an insulin leader peptide sequence, B is the amino acid sequence of the B chain of the insulin molecule, or of insulin glargine,Y is a linker peptide, wherein the linker peptide may either be a native insulin C-peptide, or a functional fragment thereof, or comprise at least one and up to 25 amino acids, A is the amino acid sequence of the A chain of the insulin molecule, or of insulin glargine, and the A and B chain can be modified by an amino acid substitution, a deletion and/or an addition; the method comprising allowing expression of the protein represented by formula I in a methylotrophic yeast, wherein in the methylotrophic yeast there is inactivated at least one of a PMT5 and a PMT6 gene, having a nucleotide sequence represented by SEQ ID Nos. 4 and 5 respectively, wherein the sequences encode the protein mannosyl transferase or a functional part thereof, and wherein the PMT5 and/or the PMT6 gene is inactivated by transformation of the methylotrophic yeast with a vector that includes the PMT5 gene, or the PMT6 gene, or a functional part thereof, having a nucleotide sequence represented by SEQ ID Nos. 4 and 5 respectively.
A peptide of 45 amino acids in length or less and comprising the sequence of SEQ ID NO: 1, 2, 4, 5, 6, 7, 8, 9 or 10, or a sequence having at least 90 % identity to SEQ ID NO: 1, 2, 4, 5, 6, 7, 8, 9 or 10, wherein the peptide selectively binds an antibody that recognizes and binds an Ehrlichia p120 or p140 protein for use in a method for diagnosing an Ehrlichia infection.
Device for the hygienic disposal of human excretions, having pants made from a gastight and liquid tight and elastic material with a waist band and leg bands, wherein the pants are provided with at least one extraction hose connectable with an extraction device or connectable with something similar, characterised in that the pants have an inner side coated with open-pore foam and/or with elastic nubs and a device allowing entry of liquid and wherein the waist band and the leg bands have inserts of open-pore foam on the inside.
Use of an aromatic kerosene fuel blending component comprising at least 90 wt.% amount of aromatics measured by ASTM D2425, less than 10 wt.% of indanes and tetralins and less than 1 wt.% of naphthalene to decrease the number-based nvPM emissions of a jet fuel while meeting Jet Fuel specification property.
A continuous stream ink jet print head comprising: a droplet generator for generating a continuous stream of ink droplets; a charging electrode for selectively charging the ink droplets; deflection electrodes for deflecting the charged ink droplets; and a catcher for collecting uncharged ink droplets, wherein an inlet to the print head is provided, characterized in that the print head is configured such that ink solvent can be supplied to the print head through the inlet so as to travel simultaneously (i) to the charging and deflection electrodes (40, 4) to dissolve ink deposits on these electrodes (40, 4), and (ii) via the nozzle of the droplet generator to the interior of the generator to reverse flush the nozzle.
A ribbed high efficiency belt, comprising: a backing layer; a rib material layer disposed on the backing layer; a plurality of cords embedded within the rib material; and a plurality of ribs formed on a face of the belt opposite the backing layer; wherein the coefficient of friction of the high efficiency belt is greater than or equal to 0.03 mm/N times the bending stiffness of the high efficiency belt; wherein the thickness of the high efficiency belt is less than about 3.8 mm; characterized in that the material of the rib material layer comprises: about 30 wt.% to about 70 wt.% rubber stock; about 5 wt.% to about 30 wt.% reinforcement material; and about 5 wt.% to about 45 wt.% filler; wherein the reinforcement material comprises elongated segments and the elongated segments are aligned in parallel with one another within the rib material; wherein the parallel aligned reinforcement material is aligned transverse to the direction of rotation of the high efficiency belt; wherein the high efficiency belt has an anisotropic modulus of elasticity; and wherein the ratio of the modulus of elasticity in the direction in which the reinforcement material is aligned to the modulus of elasticity in the direction transverse to the direction in which the reinforcement material is aligned is in the range of from 1.1 and 5.0. a backing layer; a rib material layer disposed on the backing layer; a plurality of cords embedded within the rib material; and a plurality of ribs formed on a face of the belt opposite the backing layer; wherein the coefficient of friction of the high efficiency belt is greater than or equal to 0.03 mm/N times the bending stiffness of the high efficiency belt; wherein the thickness of the high efficiency belt is less than about 3.8 mm; characterized in that the material of the rib material layer comprises: about 30 wt.% to about 70 wt.% rubber stock; about 5 wt.% to about 30 wt.% reinforcement material; and about 5 wt.% to about 45 wt.% filler; about 30 wt.% to about 70 wt.% rubber stock; about 5 wt.% to about 30 wt.% reinforcement material; and about 5 wt.% to about 45 wt.% filler; wherein the reinforcement material comprises elongated segments and the elongated segments are aligned in parallel with one another within the rib material; wherein the parallel aligned reinforcement material is aligned transverse to the direction of rotation of the high efficiency belt; wherein the high efficiency belt has an anisotropic modulus of elasticity; and wherein the ratio of the modulus of elasticity in the direction in which the reinforcement material is aligned to the modulus of elasticity in the direction transverse to the direction in which the reinforcement material is aligned is in the range of from 1.1 and 5.0.
Apparatus for color decoration of articles, in particular ceramic articles, comprising: - a digital color printer, in particular of the laser type; - a separating bath; and - a baking furnace, wherein said digital color printer is configured to print a colored decoration or image of ceramic toner (C, M, Y, K) on a printing support sheet by using a plurality of colored ceramic toners (C, M, Y, K) contained in corresponding printing cartridges (C1, C2, C3, C4) in turn housed in respective printing units (11-1, 11-2, 11-3, 11-4) of the digital color printer; wherein said separating bath is provided for receiving the printing support sheet, as printed by said digital color printer, and to be used to separate from said printing support sheet a decal comprising the colored decoration or image ceramic toner (C, M, Y, K,) printed on the printing support sheet; and wherein said baking furnace is provided for baking an article, in particular of ceramic material, on which said decal has been applied, so as to stably fix said colored decoration or image of ceramic toner (C, M, Y, K) on the surface of the article and therefore obtain the final decorated article, the apparatus being characterized in that said digital color printer is also specifically configured to apply a layer of ceramic fondant, consisting of a glass-based transparent fondant or white ceramic, on the colored decoration or image of ceramic toner (C, M, Y, K) printed on the printing support sheet by the same digital color printer, wherein the ceramic fondant used to make said layer is contained in a special printing cartridge housed in a respective printing unit of the digital color printer. - a digital color printer, in particular of the laser type; - a separating bath; and - a baking furnace,
A user interface providing method for a mobile terminal, comprising: displaying on a touchscreen of the mobile terminal, when an edit function is initiated from a home screen containing a plurality of items displayed on one or more pages, a three-dimensional user interface screen, 3D UI screen, having a first region comprising an item display region for displaying items of the home screen and a second region for item management; and managing by a controller at least one item displayed in the second region, wherein the method further comprises moving an item displayed in the item display region to the second region in response to a touch input to the item, wherein the 3D UI screen is displayed in a 3D shape, the first region corresponding to a display of a first side, face or surface, or part thereof, of the 3D shape, and the second region corresponding to a display of a second side, face or surface, or part thereof, of the 3D shape, and wherein managing by the controller further comprises: stacking by the controller moved items into a pile for display in the second region; and changing a display of the items stacked in a pile to a display in a spread form, in response to a touch input on the second region. displaying on a touchscreen of the mobile terminal, when an edit function is initiated from a home screen containing a plurality of items displayed on one or more pages, a three-dimensional user interface screen, 3D UI screen, having a first region comprising an item display region for displaying items of the home screen and a second region for item management; and managing by a controller at least one item displayed in the second region, wherein the method further comprises moving an item displayed in the item display region to the second region in response to a touch input to the item, wherein the 3D UI screen is displayed in a 3D shape, the first region corresponding to a display of a first side, face or surface, or part thereof, of the 3D shape, and the second region corresponding to a display of a second side, face or surface, or part thereof, of the 3D shape, and wherein managing by the controller further comprises: stacking by the controller moved items into a pile for display in the second region; and changing a display of the items stacked in a pile to a display in a spread form, in response to a touch input on the second region. stacking by the controller moved items into a pile for display in the second region; and changing a display of the items stacked in a pile to a display in a spread form, in response to a touch input on the second region.