mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade for a gas turbine engine, said rotor blade comprising: a platform comprising a radially outer surface and a radially inner surface, said platform further comprising a leading edge sidewall and a trailing edge sidewall connected together by a convex-side wall and an opposite concave-side wall, at least a portion of said trailing edge sidewall is recessed between said platform radially outer and radially inner surfaces (152 and 144) to facilitate platform trailing edge cooling; an airfoil extending radially outward from said platform; a shank extending radially inward from said platform, said shank extending axially between a forward sidewall and an aft sidewall, at least a portion of said forward sidewall is recessed, said shank further comprising a leading edge seal pin cavity and a trailing edge seal pin cavity, each of said pin cavities (200, 202) defined therein adjacent to a convex sidewall of said shank and configured to facilitate sealing between adjacent said rotor blades and further comprising a radial seal pin positioned within said trailing edge seal pin cavity, said leading edge seal pin cavity being empty and configured to cooperate with the recessed portion of the forward sidewall to increase platform film cooling; a dovetail extending from said shank such that an internal cavity is defined at least partially by said airfoil, said platform, said shank, and said dovetail; and a cooling circuit extending through a portion of said shank for supplying cooling air from said cavity for impingement cooling of said platform radially inner surface. a platform comprising a radially outer surface and a radially inner surface, said platform further comprising a leading edge sidewall and a trailing edge sidewall connected together by a convex-side wall and an opposite concave-side wall, at least a portion of said trailing edge sidewall is recessed between said platform radially outer and radially inner surfaces (152 and 144) to facilitate platform trailing edge cooling; an airfoil extending radially outward from said platform; a shank extending radially inward from said platform, said shank extending axially between a forward sidewall and an aft sidewall, at least a portion of said forward sidewall is recessed, said shank further comprising a leading edge seal pin cavity and a trailing edge seal pin cavity, each of said pin cavities (200, 202) defined therein adjacent to a convex sidewall of said shank and configured to facilitate sealing between adjacent said rotor blades and further comprising a radial seal pin positioned within said trailing edge seal pin cavity, said leading edge seal pin cavity being empty and configured to cooperate with the recessed portion of the forward sidewall to increase platform film cooling; a dovetail extending from said shank such that an internal cavity is defined at least partially by said airfoil, said platform, said shank, and said dovetail; and a cooling circuit extending through a portion of said shank for supplying cooling air from said cavity for impingement cooling of said platform radially inner surface.
Coating material for producing an anti-corrosion and/or adhesion-promoting layer, which material comprises metal powder and a solution containing phosphate ions as a binder, characterized in that the metal powder is coated at least in part with Si or Si alloys, the metal powder having Al powder and Al powder coated with Si in proportions of 60% to 99% Al powder and 1% to 40% Al powder coated with Si, it being possible for the percentages in this case to relate to weight percent and to volume percent.
A vehicle windshield wiper cowl assembly comprising: a. a protective cowl panel adapted to be mounted on the bodywork of a vehicle at the lower end of the vehicle's windshield, the cowl panel having a shaft opening for the pivot shaft of a windshield wiper, the shaft opening having a circumferential border area with a front side and a back side, wherein the border area front side defines a circumferential bordering surface; and b. a hose connector having a front face, and a base plate, a front surface of the base plate being flush with the circumferential bordering surface defined by the border area front side and delimiting the extent of the hose connector front face, and a back face having an outer circumferential skirt surrounding the base plate, wherein the hose connector is set into the cowl panel's shaft opening so that the hose connector is bordered by the shaft opening's circumferential border area; wherein the front face of the hose connector is flush with the circumferential bordering surface defined by the border area front side, characterised in that the border area back side of the cowl panel shaft opening comprising a circumferential collar surrounding the outer circumferential skirt of the hose connector. a. a protective cowl panel adapted to be mounted on the bodywork of a vehicle at the lower end of the vehicle's windshield, the cowl panel having a shaft opening for the pivot shaft of a windshield wiper, the shaft opening having a circumferential border area with a front side and a back side, wherein the border area front side defines a circumferential bordering surface; and b. a hose connector having a front face, and a base plate, a front surface of the base plate being flush with the circumferential bordering surface defined by the border area front side and delimiting the extent of the hose connector front face, and a back face having an outer circumferential skirt surrounding the base plate, wherein the hose connector is set into the cowl panel's shaft opening so that the hose connector is bordered by the shaft opening's circumferential border area;
A method for isolating non-tumoral uterine cervical mesenchymal stem cells comprising: (a) Preparing a cell suspension from uterine cervix tissue obtained by exfoliation of the uterine cervix, (b) Recovering the cells from said cell suspension, (c) Incubating said cells in a suitable cell culture medium and under conditions which allow cells to proliferate, and (d) Selecting the non-tumoral uterine cervical mesenchymal stem cells; wherein the uterine cervical mesenchymal stem cells express CD29, CD44, CD73, CD105 and CD90, and do not express CD117, CD133, HLA-DR, TRA1-81, CD45, CD34 and CD31 cell markers. (a) Preparing a cell suspension from uterine cervix tissue obtained by exfoliation of the uterine cervix, (b) Recovering the cells from said cell suspension, (c) Incubating said cells in a suitable cell culture medium and under conditions which allow cells to proliferate, and (d) Selecting the non-tumoral uterine cervical mesenchymal stem cells;
A control device of a vehicle in which power of a drive source is transmitted to a drive wheel via an automatic transmission, the control device having a vehicle speed detector that detects vehicle speed of the vehicle, a rotation speed detector that detects rotation speed of the drive source, an acceleration operation amount detector (44, 46) that detects an acceleration operation amount, a slope estimator that estimates a slope (sinθ) of a road surface on which the vehicle travels on the basis of the vehicle speed, the rotation speed, the acceleration operation amount, and a transmission gear ratio of the automatic transmission, a hill ascent angle estimator that estimates a hill ascent angle (θ, θf) on the basis of the slope (sinθ), a brake detector that detects whether operation to a brake of the vehicle is present or absent, and a shift controller that controls the automatic transmission on the basis of the hill ascent angle (θ, θf) estimated by the hill ascent angle estimator and operation of the brake detected by the brake detector, the control device comprising: a deceleration determiner that determines that the vehicle is in a deceleration state when the acceleration operation amount is equal to or smaller than a threshold; and characterized in that a hill ascent angle update determiner that prohibits update processing of the hill ascent angle (θ, θf) in an increase direction by the hill ascent angle estimator if the slope estimator estimates that the road surface has an upward slope and the deceleration determiner determines that the vehicle is in the deceleration state.
A method for detecting an analyte selected from nucleic acids in a sample comprising the steps: (i) providing a sample; (ii) contacting the sample with a functionalized compound comprising at least one handle group selected from azide and alkyne groups being a first reaction partner for a Click reaction, said Click reaction being a (3+2)cycloaddition reaction between azide and alkyne groups forming a 1,2,3 triazole ring, under conditions wherein said compound forms an association product with the analyte to be detected; (iii) reacting the handle group with a second reaction partner for said Click reaction comprising the complementary alkyne or azide group and further comprising an aldehyde group, a protected aldehyde group or an aldehyde precursor group selected from carboxylic acids, nitriles and primary alcohols under conditions wherein a Click reaction between the first and the second reaction partner occurs, (iv) if necessary, converting protected aldehyde groups and aldehyde precursor groups to aldehyde groups, (v) contacting said association product having aldehyde groups with a marker reagent under conditions wherein marker groups are formed around aldehyde groups in said association product, and (vi) detecting said marker groups, wherein said functionalized compound is selected from: (i) a functionalized nucleic acid or nucleic acid analogue building block and/or (ii) a functionalized nucleic acid or nucleic acid analogue. (i) providing a sample; (ii) contacting the sample with a functionalized compound comprising at least one handle group selected from azide and alkyne groups being a first reaction partner for a Click reaction, said Click reaction being a (3+2)cycloaddition reaction between azide and alkyne groups forming a 1,2,3 triazole ring, under conditions wherein said compound forms an association product with the analyte to be detected; (iii) reacting the handle group with a second reaction partner for said Click reaction comprising the complementary alkyne or azide group and further comprising an aldehyde group, a protected aldehyde group or an aldehyde precursor group selected from carboxylic acids, nitriles and primary alcohols under conditions wherein a Click reaction between the first and the second reaction partner occurs, (iv) if necessary, converting protected aldehyde groups and aldehyde precursor groups to aldehyde groups, (v) contacting said association product having aldehyde groups with a marker reagent under conditions wherein marker groups are formed around aldehyde groups in said association product, and (vi) detecting said marker groups, wherein said functionalized compound is selected from: (i) a functionalized nucleic acid or nucleic acid analogue building block and/or (ii) a functionalized nucleic acid or nucleic acid analogue. (i) a functionalized nucleic acid or nucleic acid analogue building block and/or (ii) a functionalized nucleic acid or nucleic acid analogue.
An internal combustion engine resonance start detection system for detecting a start of resonance in an internal combustion engine, from which output is transmitted to a driving system of a vehicle via a dual mass flywheel, the internal combustion engine resonance start detection system comprising: crankshaft rotation speed variation detection means for detecting a magnitude (co) of variation of a crankshaft rotation speed of the internal combustion engine; operation state detection means for detecting an operation state that reflects an intention of a driver of the vehicle to accelerate or decelerate and includes whether or not an operation is being performed; and determination threshold setting means for setting a determination threshold (A1, A2, A3; B1, B2; C1); and resonance start determination means that determines that the start of resonance is detected, provided that the magnitude (ω) of variation detected by the crankshaft rotation speed variation detection means becomes greater than the determination threshold (A1, A2, A3; B1, B2; C1) that is set by the determination threshold setting means; characterised in that: the determination threshold setting means is configured to set the determination threshold (A1, A2, A3; B1, B2; C1) variably according to the operation state detected by the operation state detection means. crankshaft rotation speed variation detection means for detecting a magnitude (co) of variation of a crankshaft rotation speed of the internal combustion engine; operation state detection means for detecting an operation state that reflects an intention of a driver of the vehicle to accelerate or decelerate and includes whether or not an operation is being performed; and determination threshold setting means for setting a determination threshold (A1, A2, A3; B1, B2; C1); and resonance start determination means that determines that the start of resonance is detected, provided that the magnitude (ω) of variation detected by the crankshaft rotation speed variation detection means becomes greater than the determination threshold (A1, A2, A3; B1, B2; C1) that is set by the determination threshold setting means; characterised in that: the determination threshold setting means is configured to set the determination threshold (A1, A2, A3; B1, B2; C1) variably according to the operation state detected by the operation state detection means. the determination threshold setting means is configured to set the determination threshold (A1, A2, A3; B1, B2; C1) variably according to the operation state detected by the operation state detection means.
A method for treating a stain caused by sunscreen lotion on a textile, the method comprising: (a) preparing a use solution having a pH of less than 7 by mixing one or more surfactant, one or more chelating agent, and one or more acid with an aqueous solvent; (b) applying the use solution to the textile; and (c) rinsing the textile; wherein the surfactant, chelating agent, and acid are dosed as a solid composition, wherein the surfactants comprise a combination of anionic surfactants and nonionic surfactants; and wherein the composition comprises 20-30 wt-% nonionic surfactants, 2-10 wt-% anionic surfactants, 7-13 wt-% chelating agents, 30-40 wt-% acid, 15-35 wt-% solidification agent, and up to 5 % of other functional ingredients. (a) preparing a use solution having a pH of less than 7 by mixing one or more surfactant, one or more chelating agent, and one or more acid with an aqueous solvent; (b) applying the use solution to the textile; and (c) rinsing the textile;
A recombinant meganuclease monomer having altered affinity for dimer formation with a reference meganuclease monomer, comprising: a polypeptide having at least 85% sequence similarity to residues 2-153 of the I-CreI meganuclease monomer of SEQ ID NO: 1; wherein affinity for dimer formation has been altered by at least one modification corresponding to a substitution selected from the group consisting of: (a) substitution of K7, K57 or K96 with D or E; or (b) substitution of E8 or E61 with K or R. a polypeptide having at least 85% sequence similarity to residues 2-153 of the I-CreI meganuclease monomer of SEQ ID NO: 1; wherein affinity for dimer formation has been altered by at least one modification corresponding to a substitution selected from the group consisting of: (a) substitution of K7, K57 or K96 with D or E; or (b) substitution of E8 or E61 with K or R. (a) substitution of K7, K57 or K96 with D or E; or (b) substitution of E8 or E61 with K or R.
An apparatus for compressed-air storage for a utility vehicle, having: a compressed-air container with a first outer side, preferably a top side, and with a second outer side, preferably a bottom side, which is oriented oppositely in relation to the first outer side, characterized in that the compressed-air container is formed in the shape of a frame, preferably in the shape of a rectangular frame, with a central through-opening, wherein the central through-opening extends between the first outer side and the second outer side. a compressed-air container with a first outer side, preferably a top side, and with a second outer side, preferably a bottom side, which is oriented oppositely in relation to the first outer side, characterized in that the compressed-air container is formed in the shape of a frame, preferably in the shape of a rectangular frame, with a central through-opening, wherein the central through-opening extends between the first outer side and the second outer side.
A safety lock of the type with deadlock plates, in particular for armored doors, comprising a keyhole in which a first operating key for a plurality of locks can be inserted, means for disabling said first key, operated by a second key that can be inserted in said keyhole and is operative only on said lock, and means for actuating at least one element for closing said lock irrespective of said deadlock plates, characterized in that it comprises at least one third key designed to activate said disabling means, and in that said first key is a work-site key, said second key is a master key, and said third key is a supplementary service key, said master key being designed to exclude definitively and in an automatic way said worksite key and temporarily and in an automatic way said service key after a pre-set number of turns or throws, said actuation means comprising at least one cam activated by said first key and acting on said closing element.
Method for predicting consumption of supply material for a plurality of print jobs in a printing system, each print job intended to consume supply material from at least one supply material container from a plurality of supply material containers in the printing system, the method comprising the steps of a) scheduling the plurality of print jobs in time, b) scheduling maintenance actions in time, c) for each supply material container establishing a supply material level in the supply material container before printing the plurality of print jobs, d) for each supply material container calculating a job consumption of supply material from the supply material container for each scheduled print job, e) for each supply material container calculating a maintenance consumption of supply material from the supply material container for each scheduled maintenance action, and f) for each supply material container calculating at which print job the supply material level of the supply material container reaches a zero supply material level in the supply material container taking into account a sum over the plurality of print jobs of the calculated job consumption of the supply material in the supply material container and the calculated maintenance consumption of the supply material in the supply material container, wherein the method comprises the step of establishing the actual contents of each supply material container of the plurality of supply material containers after a print job has been printed and/or after a maintenance job has been performed and adjusting the calculation in step f) accordingly, and wherein the method comprises the step of for at least one supply material container of the plurality of supply material containers displaying on a time line the plurality of print jobs and an indicative item at the print job at which the supply material level in the at least one supply material container reaches the zero supply material level. a) scheduling the plurality of print jobs in time, b) scheduling maintenance actions in time, c) for each supply material container establishing a supply material level in the supply material container before printing the plurality of print jobs, d) for each supply material container calculating a job consumption of supply material from the supply material container for each scheduled print job, e) for each supply material container calculating a maintenance consumption of supply material from the supply material container for each scheduled maintenance action, and f) for each supply material container calculating at which print job the supply material level of the supply material container reaches a zero supply material level in the supply material container taking into account a sum over the plurality of print jobs of the calculated job consumption of the supply material in the supply material container and the calculated maintenance consumption of the supply material in the supply material container,
Apparatus for activating an electronic device, in particular a control device in a vehicle, which can be transferred from an idle state to an operating state, in which the device is supplied with power by an energy store, wherein the activation is effected depending on a switching contact connected to the energy store, having a first trigger circuit, which is designed to emit a first trigger signal in the case of a switching signal with a positive edge present at a switching input, an output circuit, which is designed to generate a wake signal depending on the first trigger signal, said wake signal being provided by the energy store, a self-latching circuit, which is designed to latch the wake signal, a reset circuit, which is designed to disconnect the wake signal, characterized by a second trigger circuit, which is designed to emit a second trigger signal in the case of a switching signal with a negative edge, wherein the first trigger circuit is designed to also provide a first trigger signal depending on the second trigger signal.
An N-vinyl lactam polymer comprising a structural unit derived from an N-vinyl lactam monomer, wherein the proportion of the structural unit derived from an N-vinyl lactam monomer is 100 % by mass relative to 100% by mass of the structural units derived from all the monomers in the N-vinyl lactam polymer, the N-vinyl lactam polymer including a structural unit that has at least one of a hypophosphorous group and a group of hypophosphorous acid metal salt at a main chain terminal, the proportion of the structural unit including at least one of a hypophosphorous group and a group of hypophosphorous acid metal salt being 0.3% by mass or more relative to 100% by mass of the total weight of the N-vinyl lactam polymer.
A solid oxide cell assembly comprising: - a housing, wherein the housing comprises a bottom plate, a cover and side walls; - solid oxide cell stacks, wherein the solid oxide cell stacks are located on the bottom plate; characterised in that - at least one radiant heating element is arranged inside the housing and radiating heat onto the solid oxide cell stacks, and - the radiant heating element is designed as a heating tube or as a heating plate, and - the radiant heating element consists of a plurality of separately controllable segments with separate power connections for the respective radiant heating segments and that the solid oxide cell arrangement is designed as a high-temperature electrolytic cell arrangement (SOEC). - a housing, wherein the housing comprises a bottom plate, a cover and side walls; - solid oxide cell stacks, wherein the solid oxide cell stacks are located on the bottom plate; - at least one radiant heating element is arranged inside the housing and radiating heat onto the solid oxide cell stacks, and - the radiant heating element is designed as a heating tube or as a heating plate, and - the radiant heating element consists of a plurality of separately controllable segments with separate power connections for the respective radiant heating segments and that the solid oxide cell arrangement is designed as a high-temperature electrolytic cell arrangement (SOEC).