mhurhangee/patent-ind-claim-en huggingface dataset:
A component (68; 68A; 68B) for a gas turbine engine comprising: a radially outer platform (84; 84A; 84B) having a gas path side and a non-gas path side; at least one airfoil (80; 80A; 80B) extending from the gas path side of the platform (84; 84A; 84B), wherein the at least one airfoil (80; 80A; 80B) includes an internal cavity (98; 98A; 98B) having an inlet (981; 98IA; 98IB) on the non-gas path side of the platform (84; 84A; 84B); and a planar cover plate located adjacent the non-gas path side of the platform (84; 84A; 84B), the cover plate including: a first plurality of fluid openings extending through the cover plate ; and at least one bulge at least partially aligned with the inlet (981; 98IA; 98IB) and extending radially outward from a base surface of the planar cover plate , wherein a perimeter of the cover plate is attached to a land (110; 110A; 110B) on the non-gas path side of the platform (84; 84A; 84B) and the at least one bulge is spaced inward from a perimeter of the cover plate ; characterised in that : each bulge is circumferentially and axially aligned with the inlet (981; 98IA; 98IB) and spaced radially outward therefrom to enclose the inlet (981; 98IA; 98IB) and define a fluid passageway therebetween. a radially outer platform (84; 84A; 84B) having a gas path side and a non-gas path side; at least one airfoil (80; 80A; 80B) extending from the gas path side of the platform (84; 84A; 84B), wherein the at least one airfoil (80; 80A; 80B) includes an internal cavity (98; 98A; 98B) having an inlet (981; 98IA; 98IB) on the non-gas path side of the platform (84; 84A; 84B); and a planar cover plate located adjacent the non-gas path side of the platform (84; 84A; 84B), the cover plate including: a first plurality of fluid openings extending through the cover plate ; and at least one bulge at least partially aligned with the inlet (981; 98IA; 98IB) and extending radially outward from a base surface of the planar cover plate , wherein a perimeter of the cover plate is attached to a land (110; 110A; 110B) on the non-gas path side of the platform (84; 84A; 84B) and the at least one bulge is spaced inward from a perimeter of the cover plate ; a first plurality of fluid openings extending through the cover plate ; and at least one bulge at least partially aligned with the inlet (981; 98IA; 98IB) and extending radially outward from a base surface of the planar cover plate , wherein a perimeter of the cover plate is attached to a land (110; 110A; 110B) on the non-gas path side of the platform (84; 84A; 84B) and the at least one bulge is spaced inward from a perimeter of the cover plate ;
Use of comb polymers having a carbon backbone which bears polyether groups of the formula A *-U-(C(O)) k -X-(Alk-O) n -W A where * indicates the bonding position to the carbon backbone of the comb polymer, U is a chemical bond or an alkylene group having from 1 to 8 carbon atoms, X is oxygen or an NR group, k is 0, n is an integer having an average value, based on the comb polymer, in the range from 5 to 300, Alk is C 2 -C 4 -alkylene, where the Alk moieties within the group (Alk-O) n can be identical or different, W is a hydrogen radical, a C 1 -C 6 -alkyl radical or an aryl radical or is the group Y-Z, where Y is a linear or branched alkylene group which has from 2 to 8 carbon atoms and can bear a phenyl ring, Z is a 5-10-membered nitrogen heterocycle which is bound via nitrogen and can have, as ring members, 1, 2 or 3 additional heteroatoms selected from among oxygen, nitrogen and sulfur in addition to the nitrogen atom and in addition to carbon atoms, where the nitrogen ring members can bear an R' group and 1 or 2 carbon ring members can be present as a carbonyl group, R is hydrogen, C 1 -C 4 -alkyl or benzyl and R' is hydrogen, C 1 -C 4 -alkyl or benzyl; and also functional groups B which at pH>12 are present in the form of anionic groups, and salts thereof as grinding aid in cement-containing preparations. * indicates the bonding position to the carbon backbone of the comb polymer, U is a chemical bond or an alkylene group having from 1 to 8 carbon atoms, X is oxygen or an NR group, k is 0, n is an integer having an average value, based on the comb polymer, in the range from 5 to 300, Alk is C 2 -C 4 -alkylene, where the Alk moieties within the group (Alk-O) n can be identical or different, W is a hydrogen radical, a C 1 -C 6 -alkyl radical or an aryl radical or is the group Y-Z, where Y is a linear or branched alkylene group which has from 2 to 8 carbon atoms and can bear a phenyl ring, Z is a 5-10-membered nitrogen heterocycle which is bound via nitrogen and can have, as ring members, 1, 2 or 3 additional heteroatoms selected from among oxygen, nitrogen and sulfur in addition to the nitrogen atom and in addition to carbon atoms, where the nitrogen ring members can bear an R' group and 1 or 2 carbon ring members can be present as a carbonyl group, R is hydrogen, C 1 -C 4 -alkyl or benzyl and R' is hydrogen, C 1 -C 4 -alkyl or benzyl; and also functional groups B which at pH>12 are present in the form of anionic groups, and salts thereof as grinding aid in cement-containing preparations.
A method of filling containers comprising the steps of: providing the container to be filled with a fluid composition , the container having an opening ; providing a container filling assembly , the container filling assembly comprising a mixing chamber ; introducing two or more materials , into the mixing chamber, where the materials are combined to form the fluid composition ; characterized in that the mixing chamber is in fluid communication with a temporary storage chamber , and the container filling assembly further comprises a dispensing chamber in fluid communication with the temporary storage chamber , and a dispensing nozzle , the dispensing nozzle adjacent the opening of the container; and wherein the method further comprises the steps of: transferring the fluid composition to the temporary storage chamber at a first rate of flow; transferring the fluid composition from the temporary storage chamber into the dispensing chamber and dispensing the fluid composition through the dispensing nozzle at a second rate of flow, wherein the second rate of flow is independently variable of the first rate of flow. providing the container to be filled with a fluid composition , the container having an opening ; providing a container filling assembly , the container filling assembly comprising a mixing chamber ; introducing two or more materials , into the mixing chamber, where the materials are combined to form the fluid composition ; characterized in that the mixing chamber is in fluid communication with a temporary storage chamber , and the container filling assembly further comprises a dispensing chamber in fluid communication with the temporary storage chamber , and a dispensing nozzle , the dispensing nozzle adjacent the opening of the container; and wherein the method further comprises the steps of: transferring the fluid composition to the temporary storage chamber at a first rate of flow; transferring the fluid composition from the temporary storage chamber into the dispensing chamber and dispensing the fluid composition through the dispensing nozzle at a second rate of flow, wherein the second rate of flow is independently variable of the first rate of flow. transferring the fluid composition to the temporary storage chamber at a first rate of flow; transferring the fluid composition from the temporary storage chamber into the dispensing chamber and dispensing the fluid composition through the dispensing nozzle at a second rate of flow, wherein the second rate of flow is independently variable of the first rate of flow.
A method comprising: initiating at an electronic device a transition from an operating mode to a sleep mode, wherein the electronic device comprises a volatile memory device having a first size and a non-volatile memory device having a second size that is greater than or equal to the first size, the volatile memory device including higher-priority volatile memory associated with critical data and lower-priority volatile memory associated with multimedia data, wherein the higher-priority volatile memory is configured to remain enabled during the sleep mode and the lower-priority volatile memory is configured to be disabled during the sleep mode; in response to the initiating, copying the entire data from the lower-priority volatile memory of the volatile memory device to the non-volatile memory device ; and disabling the lower-priority volatile memory of the volatile memory device during the sleep mode; maintaining the critical data in the higher-priority volatile memory so that the electronic device is responsive to user input when initiating another transition from the sleep mode to the operating mode. initiating at an electronic device a transition from an operating mode to a sleep mode, wherein the electronic device comprises a volatile memory device having a first size and a non-volatile memory device having a second size that is greater than or equal to the first size, the volatile memory device including higher-priority volatile memory associated with critical data and lower-priority volatile memory associated with multimedia data, wherein the higher-priority volatile memory is configured to remain enabled during the sleep mode and the lower-priority volatile memory is configured to be disabled during the sleep mode; in response to the initiating, copying the entire data from the lower-priority volatile memory of the volatile memory device to the non-volatile memory device ; and disabling the lower-priority volatile memory of the volatile memory device during the sleep mode; maintaining the critical data in the higher-priority volatile memory so that the electronic device is responsive to user input when initiating another transition from the sleep mode to the operating mode.
A portable hand-held smoking device comprising a case, a heater and an insulator , wherein the heater is fitted into the case with the insulator, whereby the insulator comprises a partially hollow shell that contains a sealed vacuum to minimize thermal transfer from the heater to the case of the portable hand-held smoking device.
A pharmaceutical or cosmetic composition comprising a peptide, wherein said peptide consists of the amino acid sequence of SEQ ID NO: 3 corresponding to Arg-Lys-Lys-Arg-Arg-Gln-Arg-Arg-Arg-Gly-(Lys) n -Gly-Arg-Lys-Lys-Arg-Arg-Gln-Arg-Arg-Arg, where n is from 10 to 20; and a pharmaceutically or cosmetically acceptable carrier and/or diluent.
A method for extracting a pool cleaning robot from a pool, the method comprises: assisting, by a docking system that is mechanically coupled to the pool cleaning robot, an extraction of the pool cleaning robot from the pool, the docking system being positioned in a space formed in a pool deck, the docking system comprising a docking station and wherein a bottom of the docking station is positioned below an edge of the pool; wherein the space is covered by a cover ; and facilitating a propagation of the pool cleaning robot towards the docking station.
An optical emission spectrometer comprising a plasma stand to establish a light emitting plasma from sample material, and an optical system to measure the spectrum of the light (L) emitted by the plasma being characteristic to the sample material, where the optical system comprises at least one light entrance aperture , at least one diffraction grating to diffract the light (L) coming from the plasma (A) into a spectrum, and one or more detectors to measure the spectrum of the light (L), wherein the plasma stand and the optical system are directly and fixedly mounted on respectively a plasma stand flange and an optical system flange which are directly and fixedly connected to each other, wherein the optical emission spectrometer further comprises an analyzing unit with an analyzing software installed and executed on the analyzing unit adapted to analyze the measured spectrum and to compensate for a drift of the spectrum relative to the detector potentially caused by heat transferred from the plasma stand to the optical system considering the thermal expansion of the optical system , whereby the drift of emission lines is continuously compensated by the analyzing software during the warming up of the optical system resulting in the thermal expansion of the optical system .
Method for welding components together, comprising the following steps: • providing a first component and a second component , • placing the two components side by side, • welding the two components together by means of a laser beam , wherein • in the first component, a slit extending through the first component is produced, the laser beam is directed into the region of the slit during welding, characterized in that • at least one of the two components is a body component of a vehicle body to be produced, • by repeatedly switching the laser beam on and off, a multiplicity of welding pulses, which are interrupted in each case by weld-free pause intervals in which the laser beam is switched off, are generated, • a local weld area (11-22) is produced by each welding pulse, in which material of the two components is melted in a locally delimited manner and fused, wherein • individual ones of the weld areas (11-22) which are produced by the welding pulses overlap one another, wherein • the laser beam remains stationary relative to the components during the individual welding pulses, as a result of which the respective weld area (11-22) is permanently exposed to laser light during a welding pulse, and wherein • a weld area which is currently being produced and overlaps with a weld area which has already been produced is produced only when the weld area that has already been produced has already solidified or substantially solidified. • providing a first component and a second component , • placing the two components side by side, • welding the two components together by means of a laser beam , wherein • in the first component, a slit extending through the first component is produced, • at least one of the two components is a body component of a vehicle body to be produced, • by repeatedly switching the laser beam on and off, a multiplicity of welding pulses, which are interrupted in each case by weld-free pause intervals in which the laser beam is switched off, are generated, • a local weld area (11-22) is produced by each welding pulse, in which material of the two components is melted in a locally delimited manner and fused, wherein • individual ones of the weld areas (11-22) which are produced by the welding pulses overlap one another, wherein • the laser beam remains stationary relative to the components during the individual welding pulses, as a result of which the respective weld area (11-22) is permanently exposed to laser light during a welding pulse, and wherein • a weld area which is currently being produced and overlaps with a weld area which has already been produced is produced only when the weld area that has already been produced has already solidified or substantially solidified.
A phototherapeutic system for treating dermatological disorders, the phototherapeutic system comprising: a substrate ; an array of LEDs affixed to the substrate and configured to emit light within a treatment area, wherein the LEDs emit light at wavelengths between 295 nm and 310 nm; a lens positioned over at least two LEDs of the array and disposed between said at least two LEDs of the array and the treatment area, wherein the lens is configured to spread light emitted by the at least two LEDs of the array at least substantially evenly across a surface area; a controller operably connected to the LEDs and configured to determine a dosage for a phototherapy session, wherein the dosage is equivalent to a product of an intensity of the array of LEDs and an exposure time of the array of LEDs , wherein the dosage has an upper bound less than 1 minimal erythema dose (MED), and wherein delivery of the dosage to the treatment area via the LEDs stimulates production of calcitriol and vitamin D 3 ; and a proximity sensor operably coupled to the controller , the sensor configured to determine proximity of the LEDs to a user's skin. a substrate ; an array of LEDs affixed to the substrate and configured to emit light within a treatment area, wherein the LEDs emit light at wavelengths between 295 nm and 310 nm; a lens positioned over at least two LEDs of the array and disposed between said at least two LEDs of the array and the treatment area, wherein the lens is configured to spread light emitted by the at least two LEDs of the array at least substantially evenly across a surface area; a controller operably connected to the LEDs and configured to determine a dosage for a phototherapy session, wherein the dosage is equivalent to a product of an intensity of the array of LEDs and an exposure time of the array of LEDs , wherein the dosage has an upper bound less than 1 minimal erythema dose (MED), and wherein delivery of the dosage to the treatment area via the LEDs stimulates production of calcitriol and vitamin D 3 ; and a proximity sensor operably coupled to the controller , the sensor configured to determine proximity of the LEDs to a user's skin.
A shelving system comprising a mounting surface and at least one shelf unit , the mounting surface comprising a plurality of mounting holes and one or more elongate power supply rails , the at least one shelf unit comprising, a top face defined on a top wall of the shelf unit , a bottom face defined on a bottom wall of the shelf unit , and a back face defined on a back wall of the shelf unit , the back face comprising at least two mounting hole connectors configured for mounting the shelf unit on the mounting surface , the at least two mounting hole connectors comprising thru holes through the back wall with the back face , and the at least one shelf unit comprising power fittings , wherein the shelving system comprises a first power supply bracket and at least one flexible power cable comprising a first and a second end, where the at least one flexible power cable is at the first end electrically connected to the first power supply bracket (33, and the second end of the at least one flexible power cable is electrically connected to the power fittings of the at least one shelf unit , and the first power supply bracket is configured to electrically connect the first end of the at least one flexible power cable and one of the one or more elongate power supply rails , and where the shelving system is configured to supply power from the elongate power supply rails to electronics connected to the power fittings at or inside the at least one shelf unit , characterized in that the at least one shelf unit comprises a front face , an oblong opening arranged at the front face , a detachable front portion configured to be positioned juxtaposed the front face to cover the front face and to thereby cover the front face and the front face oblong opening, and an inner volume , the oblong opening providing access to the inner volume and the at least two thru holes , where the detachable front portion is arranged at the front face , and is configured to cover the oblong opening , and where the front portion comprises an elongate fitting horizontally arranged on a back face of the front portion , and configured to rest on a side face of the oblong opening .
A pressure vessel comprising: a cylinder portion defining an accumulator chamber therein; a screwable portion arranged inside of both end portions of the cylinder portion , an outer peripheral portion of the screwable portion being screw-threaded into an inner peripheral portion of the cylinder portion ; a lid portion arranged at a position closer to the accumulator chamber than the screwable portion and comprising a pressure receiving surface facing the accumulator chamber ; characterized by a reinforcing ring fitted to an outer peripheral surface of the cylinder portion at each of the both end portions of the cylinder portion , wherein the reinforcing ring covers a portion of the outer peripheral surface corresponding to the whole of a screw-threaded portion of the cylinder portion and the screwable portion along an axial direction of the cylinder portion and wherein the reinforcing ring is fitted to the cylinder portion in a state of exerting a compressive stress so as to tighten the cylinder portion . a cylinder portion defining an accumulator chamber therein; a screwable portion arranged inside of both end portions of the cylinder portion , an outer peripheral portion of the screwable portion being screw-threaded into an inner peripheral portion of the cylinder portion ; a lid portion arranged at a position closer to the accumulator chamber than the screwable portion and comprising a pressure receiving surface facing the accumulator chamber ; characterized by a reinforcing ring fitted to an outer peripheral surface of the cylinder portion at each of the both end portions of the cylinder portion , wherein the reinforcing ring covers a portion of the outer peripheral surface corresponding to the whole of a screw-threaded portion of the cylinder portion and the screwable portion along an axial direction of the cylinder portion and wherein the reinforcing ring is fitted to the cylinder portion in a state of exerting a compressive stress so as to tighten the cylinder portion .
A steeping unit for steeping of grain, comprising a base section and a lid , wherein the capacity of the steeping unit can be adjusted in a stepwise manner by inserting or removing at least one intermediate ring in an intermediate section between the base section and the lid .
Base station for a mobile structure of a mobile radio communication system with a multi-sector antenna system, said base station comprising: - at least a first antenna and a second antenna for transmitting/receiving radio frequency signals, which antennas form said multi-sector antenna system , adapted to cover at least a first angular sector and a second angular sector, respectively, in which antennas the base station can establish radio communication links comprising cellular communication links with mobile communication terminals of the mobile structure and/or backhaul type data transport links with dedicated user equipment of at least one other mobile structure , located in the first angular sector or in the second angular sector of said base station, and - a control entity configured to dynamically modify at least one frequency band used by at least one antenna of the base station in response to a modification of the spatial configuration of the radio communication links of said base station. - at least a first antenna and a second antenna for transmitting/receiving radio frequency signals, which antennas form said multi-sector antenna system , adapted to cover at least a first angular sector and a second angular sector, respectively, in which antennas the base station can establish radio communication links comprising cellular communication links with mobile communication terminals of the mobile structure and/or backhaul type data transport links with dedicated user equipment of at least one other mobile structure , located in the first angular sector or in the second angular sector of said base station, and - a control entity configured to dynamically modify at least one frequency band used by at least one antenna of the base station in response to a modification of the spatial configuration of the radio communication links of said base station.