mhurhangee/patent-ind-claim-en huggingface dataset:
A metal forming member coated with a composite coating comprising: a metal forming member, a first layer disposed on said metal forming member, said first layer including chromium nitride doped with at least one dopant; and a second layer disposed atop said first layer, said second layer including a lubricious material, wherein said dopant is selected from the group consisting of one or more of W, V, Ti, Zr, Co, Mo, and Ta, and wherein said second layer comprises at least one material selected from the group of nitrides, carbonitrides, oxides, oxynitrides, carbon based coatings, molybdenum based solid film lubricant coatings, and combinations thereof. a metal forming member, a first layer disposed on said metal forming member, said first layer including chromium nitride doped with at least one dopant; and a second layer disposed atop said first layer, said second layer including a lubricious material, wherein said dopant is selected from the group consisting of one or more of W, V, Ti, Zr, Co, Mo, and Ta, and wherein said second layer comprises at least one material selected from the group of nitrides, carbonitrides, oxides, oxynitrides, carbon based coatings, molybdenum based solid film lubricant coatings, and combinations thereof. wherein said dopant is selected from the group consisting of one or more of W, V, Ti, Zr, Co, Mo, and Ta, and wherein said second layer comprises at least one material selected from the group of nitrides, carbonitrides, oxides, oxynitrides, carbon based coatings, molybdenum based solid film lubricant coatings, and combinations thereof.
A household appliance , which has a controller for controlling the preparation of a meal according to a sequence of prescribed steps, wherein the controller is designed and set up to output at least one control command for controlling at least one external device depending on the progress of the sequence of steps, characterized in that the control command contains an instruction for the external device to effect cleaning in the area where the household appliance is located.
An IC tag issuing method, comprising: pre-processing including: conveying an IC tag continuous body in a conveyance direction, IC tags being continuously aligned on the IC tag continuous body , and writing identification data to the IC tags of the IC tag continuous body ; and post-processing including: conveying the IC tag continuous body in the conveyance direction and reading and verifying the identification data written to the IC tags of the IC tag continuous body ; characterized in that in the pre-processing the IC tag continuous body is conveyed in the conveyance direction by suctioning the IC tag continuous body ; and in the post-processing the IC tag continuous body is conveyed by suctioning the IC tag continuous body in the conveyance direction. conveying the IC tag continuous body in the conveyance direction and reading and verifying the identification data written to the IC tags of the IC tag continuous body ; characterized in that in the pre-processing the IC tag continuous body is conveyed in the conveyance direction by suctioning the IC tag continuous body ; and in the post-processing the IC tag continuous body is conveyed by suctioning the IC tag continuous body in the conveyance direction.
A drug-holding microneedle array comprising: a microneedle array having a microneedle substrate and a plurality of microneedles, microneedles of the plurality of microneedles being positioned on the microneedle substrate and each of the microneedles having a step and a tip portion of the microneedle projecting via the step , wherein the tip portion means the entire portion projecting from the step towards a tip; and a drug held on the tip portion and the step of the microneedles, characterized in that a radial difference between a root portion at the step and the tip portion at the step is more than 10 μm and less than 100 μm, wherein the microneedles are cone-shaped, quadrangular pyramid or triangular pyramid. a microneedle array having a microneedle substrate and a plurality of microneedles, microneedles of the plurality of microneedles being positioned on the microneedle substrate and each of the microneedles having a step and a tip portion of the microneedle projecting via the step , wherein the tip portion means the entire portion projecting from the step towards a tip; and a drug held on the tip portion and the step of the microneedles, characterized in that a radial difference between a root portion at the step and the tip portion at the step is more than 10 μm and less than 100 μm, wherein the microneedles are cone-shaped, quadrangular pyramid or triangular pyramid.
A screw connection having a device for securing the screw connection against loosening, wherein the device has: a disc-shaped body having a front side , a rear side and a, preferably central, through bore which connects the front side and the rear side ; wherein the front side and the rear side have in each case an inner annular face which is flat, and an outer annular face which is profiled; wherein the screw connection furthermore has: a screw having a screw head which has a profiled lower side that is configured for indenting the inner annular face of the front side or of the rear side of the disc-shaped body , or that is indented in the inner annular face of the front side or of the rear side of the disc-shaped body ; or a nut having a profiled lower side that is configured for indenting the inner annular face of the front side or of the rear side of the disc-shaped body , or that is indented in the inner annular face of the front side or of the rear side of the disc-shaped body . a disc-shaped body having a front side , a rear side and a, preferably central, through bore which connects the front side and the rear side ; wherein the front side and the rear side have in each case an inner annular face which is flat, and an outer annular face which is profiled; wherein the screw connection furthermore has: a screw having a screw head which has a profiled lower side that is configured for indenting the inner annular face of the front side or of the rear side of the disc-shaped body , or that is indented in the inner annular face of the front side or of the rear side of the disc-shaped body ; or a nut having a profiled lower side that is configured for indenting the inner annular face of the front side or of the rear side of the disc-shaped body , or that is indented in the inner annular face of the front side or of the rear side of the disc-shaped body . a screw having a screw head which has a profiled lower side that is configured for indenting the inner annular face of the front side or of the rear side of the disc-shaped body , or that is indented in the inner annular face of the front side or of the rear side of the disc-shaped body ; or a nut having a profiled lower side that is configured for indenting the inner annular face of the front side or of the rear side of the disc-shaped body , or that is indented in the inner annular face of the front side or of the rear side of the disc-shaped body .
A laminate comprising: (i) a fluoroelastomer layer (A) formed from a fluoroelastomer composition containing - a fluoroelastomer, - a compound that contains in one molecule (i) two or more functional groups which may be the same or different and exhibit basicity and (ii) at least two N-atoms having a N-N interatomic distance of ≥ 5.70 Angstroms, calculated by the method mentioned in the description, and - 0.01-120 parts by mass (pbm), per 100 pbm of the fluoroelastomer, of a compound (a) comprising a phosphorus compound (a2) and optionally a fluororesin (a1), the phosphorus compound (a2) being a phosphine compound PR 3 , wherein R each independently is halogen or an organic group; and, stacked on the fluoroelastomer layer (A), (ii) a fluororesin layer (B) formed from a fluororesin (b1) having a fuel permeability coefficient of ≤ 2.0 g·mm/m 2 /day, calculated from the mass change determined by the method defined in the present description. (i) a fluoroelastomer layer (A) formed from a fluoroelastomer composition containing - a fluoroelastomer, - a compound that contains in one molecule (i) two or more functional groups which may be the same or different and exhibit basicity and (ii) at least two N-atoms having a N-N interatomic distance of ≥ 5.70 Angstroms, calculated by the method mentioned in the description, and - 0.01-120 parts by mass (pbm), per 100 pbm of the fluoroelastomer, of a compound (a) comprising a phosphorus compound (a2) and optionally a fluororesin (a1), the phosphorus compound (a2) being a phosphine compound PR 3 , wherein R each independently is halogen or an organic group; and, stacked on the fluoroelastomer layer (A), - a fluoroelastomer, - a compound that contains in one molecule (i) two or more functional groups which may be the same or different and exhibit basicity and (ii) at least two N-atoms having a N-N interatomic distance of ≥ 5.70 Angstroms, calculated by the method mentioned in the description, and - 0.01-120 parts by mass (pbm), per 100 pbm of the fluoroelastomer, of a compound (a) comprising a phosphorus compound (a2) and optionally a fluororesin (a1), the phosphorus compound (a2) being a phosphine compound PR 3 , wherein R each independently is halogen or an organic group; (ii) a fluororesin layer (B) formed from a fluororesin (b1) having a fuel permeability coefficient of ≤ 2.0 g·mm/m 2 /day, calculated from the mass change determined by the method defined in the present description.
A carbon nanotube dispersion, comprising: carbon nanotubes (CNT), a polymer dispersant containing an amine, a phenolic compound comprising two or more aromatic rings, and an aqueous solvent, wherein the polymer dispersant and the phenolic compound comprising two or more aromatic rings are comprised in a weight ratio of 100:10 to 100:80; the polymer dispersant is one or more selected from the group consisting of polyvinylpyrrolidone, polyacrylic acid hydrazide, poly-N-vinyl-5-methoxazolidon, N-alkyl polyimine, N-acetyl polyimine, polyacrylamide, poly-L-lysine hydrobromide, benzyl-dodecyl-dimethylammonium chloride, and polyethylenimine; and the phenolic compound comprising two or more aromatic rings comprises in one or more of the aromatic rings, one or more structures selected from the group consisting of a phenol structure, a catechol structure, a gallol structure and a naphthol structure. carbon nanotubes (CNT), a polymer dispersant containing an amine, a phenolic compound comprising two or more aromatic rings, and an aqueous solvent, wherein the polymer dispersant and the phenolic compound comprising two or more aromatic rings are comprised in a weight ratio of 100:10 to 100:80; the polymer dispersant is one or more selected from the group consisting of polyvinylpyrrolidone, polyacrylic acid hydrazide, poly-N-vinyl-5-methoxazolidon, N-alkyl polyimine, N-acetyl polyimine, polyacrylamide, poly-L-lysine hydrobromide, benzyl-dodecyl-dimethylammonium chloride, and polyethylenimine; and the phenolic compound comprising two or more aromatic rings comprises in one or more of the aromatic rings, one or more structures selected from the group consisting of a phenol structure, a catechol structure, a gallol structure and a naphthol structure.
An aminomethyl tryptanthrin derivative, which is characterized in that said derivative has the general structure as shown in Formula 1 below: where R 1 = H or F where the substituent R 1 corresponds to hydrogen or fluorine.
A power conversion device (100_1) included in a self-excited DC power transmission system connected to an AC system , the AC system being further connected to a separately-excited converter, the power conversion device (100_1) comprising: a self-excited converter (6_1) to perform power conversion between the AC system and a DC system ; and a control device (5_1) to control operation of the self-excited converter (6_1), wherein the control device (5_1) includes a vibration detector to detect a vibration component of an AC voltage of the AC system , characterized in that the control device (5_1) includes a storage to store first vibration information and a first control parameter of the self-excited converter in association with each other for each of a plurality of pieces of first vibration information, the first vibration information includes a first vibration component included in the AC voltage of the AC system , the first control parameter associated with the first vibration information is a parameter for preventing the first vibration component of the AC voltage of the AC system , and the control device (5_1) includes a determination unit to determine whether first similar vibration information similar to first detected vibration information including the vibration component of the AC voltage of the detected AC system exists in the plurality of pieces of first vibration information stored in the storage , and a setting unit to set the first control parameter associated with the first similar vibration information as a new control parameter of the self-excited converter (6_1) when the first similar vibration information exists. a self-excited converter (6_1) to perform power conversion between the AC system and a DC system ; and a control device (5_1) to control operation of the self-excited converter (6_1), wherein the control device (5_1) includes a vibration detector to detect a vibration component of an AC voltage of the AC system , characterized in that the control device (5_1) includes a storage to store first vibration information and a first control parameter of the self-excited converter in association with each other for each of a plurality of pieces of first vibration information, the first vibration information includes a first vibration component included in the AC voltage of the AC system , the first control parameter associated with the first vibration information is a parameter for preventing the first vibration component of the AC voltage of the AC system , and the control device (5_1) includes a determination unit to determine whether first similar vibration information similar to first detected vibration information including the vibration component of the AC voltage of the detected AC system exists in the plurality of pieces of first vibration information stored in the storage , and a setting unit to set the first control parameter associated with the first similar vibration information as a new control parameter of the self-excited converter (6_1) when the first similar vibration information exists.
A device for sealing a recess in an object , having - a deformation body configured to be inserted into the recess ; - a pressure disk having a contact surface for the deformation body ; and - a clamping device extending through the deformation body , wherein the contact surface of the pressure disk can be pressed against the deformation body by means of a clamping body of the clamping device , wherein the pressure disk is formed in such a way that the pressure disk can be inserted between the deformation body and the clamping body during the assembly process of the device , characterized in that the pressure disk has a slot-shaped recess that extends from an outer edge of the pressure disk preferably into a central region of the pressure disk . - a deformation body configured to be inserted into the recess ; - a pressure disk having a contact surface for the deformation body ; and - a clamping device extending through the deformation body , wherein the contact surface of the pressure disk can be pressed against the deformation body by means of a clamping body of the clamping device , wherein the pressure disk is formed in such a way that the pressure disk can be inserted between the deformation body and the clamping body during the assembly process of the device , characterized in that the pressure disk has a slot-shaped recess that extends from an outer edge of the pressure disk preferably into a central region of the pressure disk .
A human serum albumin (HSA) fragment comprising the amino acid sequence of SEQ ID NO: 81 for use in the treatment of an inflammatory condition, wherein said HSA fragment is 10-50 amino acids in length.
A fastening tool comprising: a pair of substrates on which piercing needles for penetrating a surface material, such as a material cloth or the like , are formed; pierce catches that are formed so as to correspond to the paired substrates , and sandwich the piercing needle ; characterized by detachable means that includes a first detachable member formed on the outer periphery of the pierce catch corresponding to one of the substrates , a second detachable member having such a shape as to surround the pierce catch , which is formed on the other substrate ; wherein the first detachable member and the second detachable member are configured by a combination of mutual magnets or a magnet and a magnetic member; or the detachable means is configured by a male hook formed on one of the first detachable member and the second detachable member and a female hook formed on the other detachable member. a pair of substrates on which piercing needles for penetrating a surface material, such as a material cloth or the like , are formed; pierce catches that are formed so as to correspond to the paired substrates , and sandwich the piercing needle ; characterized by detachable means that includes a first detachable member formed on the outer periphery of the pierce catch corresponding to one of the substrates , a second detachable member having such a shape as to surround the pierce catch , which is formed on the other substrate ; wherein the first detachable member and the second detachable member are configured by a combination of mutual magnets or a magnet and a magnetic member; or the detachable means is configured by a male hook formed on one of the first detachable member and the second detachable member and a female hook formed on the other detachable member.
A vent structure comprising: a housing provided with an opening having a tapered surface whose diameter increases from an interior space of the housing toward an exterior space thereof; a vent member including: a support body fitted into the opening and having a vent passage opening into the interior space ; a waterproof gas-permeable membrane that closes the vent passage ; and a cover that covers the waterproof gas-permeable membrane ; and a seal member that seals a gap between the housing and the support body around the vent passage , wherein the support body is provided with a through-hole constituting the vent passage , and has: a base portion to which the waterproof gas-permeable membrane is bonded; a tubular stem portion fitted with the seal member and extending from the base portion so as to be engaged with an inside surface of the housing ; and a pressing portion that presses the seal member against the tapered surface in the opening , and characterized in that the pressing portion is arranged at a corner formed by the base portion and the stem portion without being in contact with the tapered surface , the pressing portion has a ring shape surrounding the base of the stem portion , comprising a bottom horizontal surface and a vertical flange surface, the bottom horizontal surface being located closer to the interior space than a surface of the housing , and the top of the sealing member is in contact with said bottom horizontal surface of the pressing portion . a housing provided with an opening having a tapered surface whose diameter increases from an interior space of the housing toward an exterior space thereof; a vent member including: a support body fitted into the opening and having a vent passage opening into the interior space ; a waterproof gas-permeable membrane that closes the vent passage ; and a cover that covers the waterproof gas-permeable membrane ; and a seal member that seals a gap between the housing and the support body around the vent passage , wherein the support body is provided with a through-hole constituting the vent passage , and has: a base portion to which the waterproof gas-permeable membrane is bonded; a tubular stem portion fitted with the seal member and extending from the base portion so as to be engaged with an inside surface of the housing ; and a pressing portion that presses the seal member against the tapered surface in the opening , and characterized in that the pressing portion is arranged at a corner formed by the base portion and the stem portion without being in contact with the tapered surface , the pressing portion has a ring shape surrounding the base of the stem portion , comprising a bottom horizontal surface and a vertical flange surface, the bottom horizontal surface being located closer to the interior space than a surface of the housing , and the top of the sealing member is in contact with said bottom horizontal surface of the pressing portion .
A method for triggering an exothermic reaction of an exothermic reaction component, the method characterized by the steps of: mixing the exothermic reaction component in an aqueous solution to achieve a pre-selected solution pH wherein the pre-selected solution pH is between 10 and 14, wherein the exothermic reaction component in the aqueous solution having the pre-selected solution pH does not react upon reaching a pre-determined temperature of a hydrocarbon-bearing formation, wherein the exothermic reaction component comprises an ammonium containing compound and a nitrite containing compound; disposing the exothermic reaction component within the hydrocarbon-bearing formation; applying microwaves to the exothermic reaction component, where the microwaves trigger the exothermic reaction of the exothermic reaction component; and generating heat and gas in situ by the exothermic reaction to increase pressure and temperature of the hydrocarbon-bearing formation proximate the exothermic reaction component. mixing the exothermic reaction component in an aqueous solution to achieve a pre-selected solution pH wherein the pre-selected solution pH is between 10 and 14, wherein the exothermic reaction component in the aqueous solution having the pre-selected solution pH does not react upon reaching a pre-determined temperature of a hydrocarbon-bearing formation, wherein the exothermic reaction component comprises an ammonium containing compound and a nitrite containing compound; disposing the exothermic reaction component within the hydrocarbon-bearing formation; applying microwaves to the exothermic reaction component, where the microwaves trigger the exothermic reaction of the exothermic reaction component; and generating heat and gas in situ by the exothermic reaction to increase pressure and temperature of the hydrocarbon-bearing formation proximate the exothermic reaction component.