mhurhangee/ep-ind-claims huggingface dataset:
An intermediate-temperature solid oxide fuel cell (IT-SOFC) system comprising: (i) at least one fuel cell stack comprising at least one intermediate-temperature solid oxide fuel cell, and having an anode inlet, a cathode inlet, an anode off-gas outlet, a cathode off-gas outlet, and defining separate flow paths for flow of anode inlet gas, cathode inlet gas, anode off-gas and cathode off-gas; and (ii) a steam reformer for reforming a hydrocarbon fuel to a reformate, and comprising a reformer inlet for anode inlet gas, a reformer outlet for exhausting anode inlet gas, and a reformer heat exchanger; and defining: (a) an anode inlet gas fluid flow path from a fuel source to said steam reformer to said at least one fuel cell stack anode inlet; (b) an anode off-gas fluid flow path from said at least one fuel cell stack anode off-gas outlet to a fuel cell system exhaust; (c) a cathode inlet gas fluid flow path from an at least one oxidant inlet (140, 140', 140") to said reformer heat exchanger to said at least one fuel cell stack cathode inlet; and (d) a cathode off-gas fluid flow path from said at least one fuel cell stack cathode off-gas outlet to said fuel cell system exhaust; wherein said reformer heat exchanger is a parallel-flow heat exchanger in fluid flow communication with (i) said at least one oxidant inlet (140, 140', 140") and said at least one fuel cell stack cathode inlet, and (ii) said fuel source and said at least one fuel cell stack anode inlet, and is arranged for exchanging heat between said cathode inlet gas and said anode inlet gas. (i) at least one fuel cell stack comprising at least one intermediate-temperature solid oxide fuel cell, and having an anode inlet, a cathode inlet, an anode off-gas outlet, a cathode off-gas outlet, and defining separate flow paths for flow of anode inlet gas, cathode inlet gas, anode off-gas and cathode off-gas; and (ii) a steam reformer for reforming a hydrocarbon fuel to a reformate, and comprising a reformer inlet for anode inlet gas, a reformer outlet for exhausting anode inlet gas, and a reformer heat exchanger; (a) an anode inlet gas fluid flow path from a fuel source to said steam reformer to said at least one fuel cell stack anode inlet; (b) an anode off-gas fluid flow path from said at least one fuel cell stack anode off-gas outlet to a fuel cell system exhaust; (c) a cathode inlet gas fluid flow path from an at least one oxidant inlet (140, 140', 140") to said reformer heat exchanger to said at least one fuel cell stack cathode inlet; and (d) a cathode off-gas fluid flow path from said at least one fuel cell stack cathode off-gas outlet to said fuel cell system exhaust;
A method to register a device with a service provider accessible via an access point of a wireless local area network, WLAN, hotspot, the method comprising: receiving, by the access point, through a media access control, MAC, sub-layer network connection in a WLAN, a message from the device, wherein the message starts the method by which the device registers with the service provider; sending, by the access point, through the MAC sub-layer network connection via the WLAN, a response to the device in response to the message, the response including one or more subscription usage plans associated with registering the device with the service provider to obtain network access; and receiving, by the access point, through the MAC sub-layer network connection via the WLAN, registration information from the device, the registration information being associated with one of the one or more subscription usage plans selected by the device. receiving, by the access point, through a media access control, MAC, sub-layer network connection in a WLAN, a message from the device, wherein the message starts the method by which the device registers with the service provider; sending, by the access point, through the MAC sub-layer network connection via the WLAN, a response to the device in response to the message, the response including one or more subscription usage plans associated with registering the device with the service provider to obtain network access; and receiving, by the access point, through the MAC sub-layer network connection via the WLAN, registration information from the device, the registration information being associated with one of the one or more subscription usage plans selected by the device.
A flatbed knitting machine having under its needle beds a set up equipment which is provided with: at least one set up bed (14, 18) on which set up needles capable of switching to hold or to release a set up part of a fabric are arranged in parallel in a knitting width direction; a longitudinal driving mechanism provided to move the set up bed (14, 18) in an elevation manner; and a hold release mechanism to drive switching to hold or to release the set up part with the set up needles, characterized in that the set up bed has at least one functioning plate part on which the set up needles are arranged in parallel and which is movable in the knitting width direction, and the set up equipment further is provided with at least one transversal driving mechanism to drive the at least one functioning plate part in the knitting width direction relatively to the set up bed in the same direction as a direction of said needle beds moved by racking. at least one set up bed (14, 18) on which set up needles capable of switching to hold or to release a set up part of a fabric are arranged in parallel in a knitting width direction; a longitudinal driving mechanism provided to move the set up bed (14, 18) in an elevation manner; and a hold release mechanism to drive switching to hold or to release the set up part with the set up needles, the set up bed has at least one functioning plate part on which the set up needles are arranged in parallel and which is movable in the knitting width direction, and the set up equipment further is provided with at least one transversal driving mechanism to drive the at least one functioning plate part in the knitting width direction relatively to the set up bed in the same direction as a direction of said needle beds moved by racking.
Method for the manufacturing of a coated panel, in particular a wall, ceiling or flooring panel for applications in outdoor areas, comprising the following steps: a) Providing a carrier plate of mineral wool and/or glass wool, having a major front surface and a rear surface; b) Applying a primer onto the major front surface of the carrier plate; wherein c) the primer comprises isocyanates, respectively consists of isocyanates; d) Thereafter, applying a liquid first oligomer in an amount of 30 to 150 g/m 2 onto the front major surface of the carrier plate; e) Thereafter, applying a second liquid oligomer, which is different from the first oligomer, in an amount of 30 to 180 g/m 2 onto the wet surface of the first oligomer layer applied in step d); and f) Thereafter, curing of the applied oligomers. a) Providing a carrier plate of mineral wool and/or glass wool, having a major front surface and a rear surface; b) Applying a primer onto the major front surface of the carrier plate; wherein c) the primer comprises isocyanates, respectively consists of isocyanates; d) Thereafter, applying a liquid first oligomer in an amount of 30 to 150 g/m 2 onto the front major surface of the carrier plate; e) Thereafter, applying a second liquid oligomer, which is different from the first oligomer, in an amount of 30 to 180 g/m 2 onto the wet surface of the first oligomer layer applied in step d); and f) Thereafter, curing of the applied oligomers.
A thermosensitive recording medium having a thermosensitive recording layer comprising a colorless or pale colored basic leuco dye and an electron accepting color developing agent, an intermediate layer and a gloss layer as an outermost layer in this order on a substrate, wherein the intermediate layer contains a carboxyl group-containing resin and the gloss layer contains a long chain alkyl group-containing resin and an emulsion type silicone copolymer resin, characterised in that the long chain alkyl group-containing resin is an acrylic resin containing long-chain alkyl group(s) and the number of carbon atoms of the long-chain alkyl group(s) is from 6 to 30, and the emulsion type silicone copolymer resin is obtained by copolymerizing a silicone compound and an organic resin other than a silicone compound, which is then emulsified.
A damper assembly (22; 22A) for an angle of attack sensor, the damper assembly (22; 22A) comprising: a rotor (32; 32A) including a conical portion (56; 56A); a damper housing (34; 34A) in which the rotor (32; 32A) is positioned, the damper housing (34; 34A) being axially adjustable with respect to the rotor (32; 32A) and including a tapered interior surface (58; 58A) that matches a profile of the conical portion (56; 56A) and interior housing threading (60; 60A) on the interior surface (58; 58A) of the damper housing (34; 34A); a body (30; 30A) having a portion positioned in the damper housing (34; 34A), the body (30; 30A) connected to the damper housing (34; 34A) to form a chamber (36; 36A) between the body (30; 30A) and the damper housing (34; 34A), wherein the rotor (32; 32A) is located within the chamber (36; 36A), wherein the damper housing and the rotor form a gap, wherein the gap is part of the chamber (36; 36A) and is between the rotor (32; 32A) and the damper housing (34; 34A) and wherein the body (30; 30A) includes exterior threading; and a locking mechanism adjacent the damper housing (34; 34A) to fix the damper housing (34; 34A) with respect to the rotor (32; 32A). a rotor (32; 32A) including a conical portion (56; 56A); a damper housing (34; 34A) in which the rotor (32; 32A) is positioned, the damper housing (34; 34A) being axially adjustable with respect to the rotor (32; 32A) and including a tapered interior surface (58; 58A) that matches a profile of the conical portion (56; 56A) and interior housing threading (60; 60A) on the interior surface (58; 58A) of the damper housing (34; 34A); a body (30; 30A) having a portion positioned in the damper housing (34; 34A), the body (30; 30A) connected to the damper housing (34; 34A) to form a chamber (36; 36A) between the body (30; 30A) and the damper housing (34; 34A), wherein the rotor (32; 32A) is located within the chamber (36; 36A), wherein the damper housing and the rotor form a gap, wherein the gap is part of the chamber (36; 36A) and is between the rotor (32; 32A) and the damper housing (34; 34A) and wherein the body (30; 30A) includes exterior threading; and a locking mechanism adjacent the damper housing (34; 34A) to fix the damper housing (34; 34A) with respect to the rotor (32; 32A).
A method for detecting and/or quantifying an analyte in a sample using mass spectrometry, said method comprising: a) extracting the analyte from the sample using solid phase extraction so as to obtain an SPE extract comprising the analyte, wherein the SPE extract comprises 50 vol% to 100 vol% of an organic solvent, wherein the analyte is a steroid, preferably selected from the group consisting of testosterone and estradiol; b) concentrating the analyte, said concentrating comprising partially evaporating the solvent from the SPE-extract obtained in a); wherein the volume of the SPE-extract subjected to the partial evaporation is reduced by 50% to 95%, preferably by 60% to 90%, more preferably by 70% to 80%; bl) diluting the concentrated analyte obtained from step b) with a dilution solvent to obtain a diluted analyte, wherein the diluted analyte comprises less than 50 vol% of the organic solvent or a further organic solvent prior to step c); and c) detecting and/or quantifying the analyte in the sample using mass spectrometry, wherein the mass spectrometry is mass spectrometry coupled to liquid chromatography (LC-MS). a) extracting the analyte from the sample using solid phase extraction so as to obtain an SPE extract comprising the analyte, wherein the SPE extract comprises 50 vol% to 100 vol% of an organic solvent, wherein the analyte is a steroid, preferably selected from the group consisting of testosterone and estradiol; b) concentrating the analyte, said concentrating comprising partially evaporating the solvent from the SPE-extract obtained in a); wherein the volume of the SPE-extract subjected to the partial evaporation is reduced by 50% to 95%, preferably by 60% to 90%, more preferably by 70% to 80%; bl) diluting the concentrated analyte obtained from step b) with a dilution solvent to obtain a diluted analyte, wherein the diluted analyte comprises less than 50 vol% of the organic solvent or a further organic solvent prior to step c); and c) detecting and/or quantifying the analyte in the sample using mass spectrometry, wherein the mass spectrometry is mass spectrometry coupled to liquid chromatography (LC-MS).
A method for conducting rate limiting on a hierarchical quality of service queue, wherein the method comprises: initializing a scheduling structure of a cascading port and establishing a multi-level scheduling structure; and setting a rate limit for a father node of two brother nodes required to limit rate according to the multi-level scheduling structure; wherein one of the two brother nodes corresponds to a unicast queue, and the other one of the two brother nodes corresponds to a multicast queue. initializing a scheduling structure of a cascading port and establishing a multi-level scheduling structure; and setting a rate limit for a father node of two brother nodes required to limit rate according to the multi-level scheduling structure; wherein one of the two brother nodes corresponds to a unicast queue, and the other one of the two brother nodes corresponds to a multicast queue.
A turbine wheel that comprises a plurality of blades being formed in a scallop shape by cutting-out a back plate side of the blades between a suction surface of a blade and a pressure surface of the adjacent blade, wherein an extended part which is configured to limit exhaust-gas stream leaking-out to the back side of the turbine wheel is formed so that the thickness of the blades on the back side of the turbine wheel extends toward the circumferential direction along at least one of a suction surface side and pressure surface side of a tip end part of the scallop shape in the radial direction, characterized in that the extended width of the pressure surface side extended part (32, 42) or the suction surface side extended part (25, 44) is set in a range from 1/20 to 1/3 of the pitch which is a distance from a blade to the adjacent blade at the approximately 90% height of the scallop shape.
A method for the surface treatment of a metal product comprising the steps of: - providing a product made of metal; - treating a metal surface of said product for determining and/or increasing a micro-roughness on the surface; - applying a first layer directly on the metal surface by means of a process for physical vapour deposition, characterised in that the step of treating a metal surface comprises a step of immersing the product in an acid bath comprising a mixture of phosphoric acid, nitric acid and water, wherein the product is made of brass and wherein the step of immersing the product in an acid bath has a duration of between 30 seconds and 120 seconds, preferably between 60 seconds and 90 seconds. - providing a product made of metal; - treating a metal surface of said product for determining and/or increasing a micro-roughness on the surface; - applying a first layer directly on the metal surface by means of a process for physical vapour deposition, characterised in that the step of treating a metal surface comprises a step of immersing the product in an acid bath comprising a mixture of phosphoric acid, nitric acid and water, wherein the product is made of brass and wherein the step of immersing the product in an acid bath has a duration of between 30 seconds and 120 seconds, preferably between 60 seconds and 90 seconds.
An injection molding device that injection molds a preform which is subject to biaxial stretch blow molding and which includes at least one intermediate layer laminated between substrate layers, the injection molding device including a nozzle section (1, 311) through which a main resin used to form the substrate layers and an intermediate layer resin used to form the intermediate layer are injected, the nozzle section (1, 311) including at least three cylindrical layer-forming flow channels disposed coaxially, the three cylindrical layer-forming flow channels including an inner flow channel (15, 315) and an outer flow channel (17, 317), which are used to form the substrate layers each made of the main resin, and a middle flow channel (16, 316), which is located between the inner flow channel (15, 315) and the outer flow channel (17, 317) and is used to form the intermediate layer made of the intermediate layer resin, and the middle flow channel (16, 316) being segmented into a predetermined number of flow sub-channels by at least one vertical blocking rib piece (20, 316R) disposed transversely within the middle flow channel (16, 316) on a downstream side thereof, characterised in that (i) the vertical blocking rib piece has a pair of side walls located on both sides of the vertical blocking rib piece in a circumferential direction, and the pair of side walls each include a side wall's upstream portion located on an upstream side, the side wall's upstream portions being formed as angled surfaces whose distance from each other decreases from the downstream side to the upstream side, and/or (ii) an end portion of the vertical blocking rib piece that is located on the downstream side is tucked in at least one of the inner flow channel (15, 315) and the outer flow channel (17, 317). (i) the vertical blocking rib piece has a pair of side walls located on both sides of the vertical blocking rib piece in a circumferential direction, and the pair of side walls each include a side wall's upstream portion located on an upstream side, the side wall's upstream portions being formed as angled surfaces whose distance from each other decreases from the downstream side to the upstream side, and/or (ii) an end portion of the vertical blocking rib piece that is located on the downstream side is tucked in at least one of the inner flow channel (15, 315) and the outer flow channel (17, 317).
A program executed by an information processing device, the program causing the information processing device to execute: a registration step of registering a communication device, wherein, in the registration step, a search for communication devices connected to a communication network is executed, and a communication device selected by a user among the plurality of communication devices detected in the search is registered; a determination step of determining whether a communication device is registered in the information processing device in the registration step on the basis of advertise information transmitted from the communication device; a checking step of checking with a user whether to execute pairing in a case where the communication device is determined not to be registered in the determination step; and an execution step of executing a predetermined process for pairing of communication with the communication device in a case where the execution of the pairing is directed by the user in the checking step or in a case where the communication device is determined to be registered in the determination step, wherein the search is executed using a second communication system different from a first communication system in which a connection is established using the pairing. a registration step of registering a communication device, wherein, in the registration step, a search for communication devices connected to a communication network is executed, and a communication device selected by a user among the plurality of communication devices detected in the search is registered; a determination step of determining whether a communication device is registered in the information processing device in the registration step on the basis of advertise information transmitted from the communication device; a checking step of checking with a user whether to execute pairing in a case where the communication device is determined not to be registered in the determination step; and an execution step of executing a predetermined process for pairing of communication with the communication device in a case where the execution of the pairing is directed by the user in the checking step or in a case where the communication device is determined to be registered in the determination step, wherein the search is executed using a second communication system different from a first communication system in which a connection is established using the pairing.
Filter element, consisting of at least two end caps (3, 5), between which a filter material extends, wherein the end caps (3, 5) have connection geometries (11, 13) which differ from each other for connecting to third components (47, 49), wherein the respective end cap (3, 5) has an inner edge (11, 13) and an outer edge, wherein the filter material engages between the edges with one of its free end faces, and wherein at least one part of the edges (9, 11, 13) of the one end cap differs from the correspondingly arranged edges (9, 11) of the other end cap, characterised in that one of the end caps - viewed from the respective end face - is formed with its inner and/or outer edge non-circular, i.e. as a polygon or in the manner of a curve of constant width or Reuleaux polygon.
A foam generating surfactant formulation comprising: a betaine; an alpha-olefin sulfonate; and a nanofluid, wherein the nanofluid comprises: an emulsifying surfactant; a solvent, a co-solvent; and water. a betaine; an alpha-olefin sulfonate; and a nanofluid, wherein the nanofluid comprises: an emulsifying surfactant; a solvent, a co-solvent; and water. an emulsifying surfactant; a solvent, a co-solvent; and water.
A lubricant composition comprising a base oil of lubricating viscosity; nitrogen provided by a dispersant system and an antioxidant system; the dispersant system consisting of at least one hydrocarbyl substituted succinimide dispersant obtainable by reacting a hydrocarbyl substituted acylating agent with a nitrogen source; the antioxidant system consisting of at least one aminic antioxidant selected from an aromatic amine, an alkylated diphenylamine, a phenyl-α-napthylamine, alkylated phenyl-α-naphthylamines, hindered non-aromatic amines, or combinations thereof and, optionally, further antioxidant selected from a phenolic antioxidant, a sulfurized olefin, aminic antioxidants, or combinations thereof; a weight ratio of nitrogen provided by the dispersant system to total nitrogen in the lubricant composition of 0.6:1 to 0.85:1; and at least 75% of the nitrogen provided by the dispersant system is a primary or secondary nitrogen and not post-reacted. a base oil of lubricating viscosity; nitrogen provided by a dispersant system and an antioxidant system; the dispersant system consisting of at least one hydrocarbyl substituted succinimide dispersant obtainable by reacting a hydrocarbyl substituted acylating agent with a nitrogen source; the antioxidant system consisting of at least one aminic antioxidant selected from an aromatic amine, an alkylated diphenylamine, a phenyl-α-napthylamine, alkylated phenyl-α-naphthylamines, hindered non-aromatic amines, or combinations thereof and, optionally, further antioxidant selected from a phenolic antioxidant, a sulfurized olefin, aminic antioxidants, or combinations thereof; a weight ratio of nitrogen provided by the dispersant system to total nitrogen in the lubricant composition of 0.6:1 to 0.85:1; and