mhurhangee/ep-ind-claims huggingface dataset:
A combined driver and pick-off sensor component (200, 300) for a vibrating meter, comprising: a magnet portion comprising at least a first magnet; a coil portion (204A, 304A) including: a coil bobbin; a driver wire wound around the coil bobbin; and a pick-off wire wound around the coil bobbin. a magnet portion comprising at least a first magnet; a coil portion (204A, 304A) including: a coil bobbin; a driver wire wound around the coil bobbin; and a pick-off wire wound around the coil bobbin. a coil bobbin; a driver wire wound around the coil bobbin; and a pick-off wire wound around the coil bobbin.
A flat-flame vault burner suitable for being installed in a vault which delimits the combustion chamber of a steel heating furnace, the burner comprising a main metallic hollow cylindrical body, a single duct for the conveyance of fuel gas concentric to the main body, a central internal nozzle for the injection of a fuel gas and a single air conveyance duct connected to the main metallic hollow cylindrical body, characterized in that it comprises - at least two outer nozzles outside said main body for the injection of fuel into the combustion chamber, - a first partializing device in the form of a partializing valve for regulating the central fuel gas flow-rate, - a gas distribution system consisting of a series of pipes, destined for feeding said at least two outer nozzles, - a second partializing device indicated as a second partializing valve for regulating the gas flow-rate of said at least two outer nozzles. - at least two outer nozzles outside said main body for the injection of fuel into the combustion chamber, - a first partializing device in the form of a partializing valve for regulating the central fuel gas flow-rate, - a gas distribution system consisting of a series of pipes, destined for feeding said at least two outer nozzles, - a second partializing device indicated as a second partializing valve for regulating the gas flow-rate of said at least two outer nozzles.
β-hydroxy-β-methylbutyrate for use in the treatment of asthma in an individual having asthma or for use in the prevention of asthma in an individual at risk for developing asthma, by administration to the individual of an effective amount of said β-hydroxy-β-methylbutyrate to modulate an imbalance in type 1 and type 2 cytokine production, wherein the ratio of type 1 to type 2 cytokine levels is increased by the administration of β-hydroxy-β-methylbutyrate.
An apparatus for facilitating the treatment of parasites on fish, comprising; a conduit having first and second open ends and an internal passage to accommodate a fish passing from the first end to the second end through the internal passage; a light source adapted to illuminate a section of the internal passage radially inwardly from substantially all sides simultaneously, such that a fish moving through said section is illuminated from substantially all sides when the light source is activated; a detecting means for detecting a fish moving through the conduit, characterised in that the light source remains activated while the detecting means continues to detect a fish and is deactivated once the detecting means no longer detects a fish; and in that a control means is configured to activate the light source in response to the detection of a fish by the detection means, the control means comprising a switch which immediately triggers the activation of the light source upon detection of a fish, the detecting means being positioned relative to the light source, and the control means being configured to activate the light source, only when the eyes of the fish are beyond the section illuminated by the light source; further characterised in that the light source is operable to illuminate a fish within said section with light having a wavelength suitable to kill or immobilise a proportion of parasites without causing substantial damage to the fish, and said wavelength is in the range of 300-500 nm or in the range of 800-1200nm. a conduit having first and second open ends and an internal passage to accommodate a fish passing from the first end to the second end through the internal passage; a light source adapted to illuminate a section of the internal passage radially inwardly from substantially all sides simultaneously, such that a fish moving through said section is illuminated from substantially all sides when the light source is activated; a detecting means for detecting a fish moving through the conduit, characterised in that the light source remains activated while the detecting means continues to detect a fish and is deactivated once the detecting means no longer detects a fish; and in that a control means is configured to activate the light source in response to the detection of a fish by the detection means, the control means comprising a switch which immediately triggers the activation of the light source upon detection of a fish, the detecting means being positioned relative to the light source, and the control means being configured to activate the light source, only when the eyes of the fish are beyond the section illuminated by the light source; further characterised in that the light source is operable to illuminate a fish within said section with light having a wavelength suitable to kill or immobilise a proportion of parasites without causing substantial damage to the fish, and said wavelength is in the range of 300-500 nm or in the range of 800-1200nm.
Battery with at least two battery cells, which are connected to one another by means of at least one electric connecting element, and a superordinate control device, wherein each of the battery cells has at least one galvanic element, a battery cell housing for accommodating the galvanic element, at least one sensor device (7, 8, 9) for detecting a physical and/or chemical property of the battery cell and a communication device (10, 11) for communicating with the superordinate control device, wherein the superordinate control device is configured as a function of the physical and/or chemical properties of the battery cells to control an energy flow into at least one of the battery cells and/or from at least one of the battery cells, wherein the electric connecting element has at least one sensor device for detecting a state variable of the electric connecting element and a communication device for communicating with the superordinate control device, and the superordinate control device is configured to control the energy flow as a function of the detected state variable, and the at least one sensor device (7, 8, 9) of each of the battery cells is configured to detect a charging state of the respective battery cell, wherein the superordinate control device is configured to compare the charging states of the battery cells with one another and if a prespecified deviation of the charging states is exceeded to control the energy flow for adjusting the charging states and the at least two battery cells are connected in series by means of the electric connecting element and at least one side wall of a first of the battery cell housings and at least one side wall of a second of the battery cell housings comprise an electroconductive material, and the superordinate control device is configured, when the specified deviation is exceeded, to control a capacitive transfer of energy between the side walls of the battery cell housings for adjusting the charging states.
Foot for a household appliance having a thread which for directing the household appliance into a mating thread thereof can be screwed into and unscrewed therefrom, and having a base for supporting the household appliance on a floor, said base being non-rotatably connected to the thread and having a base body with a plurality of projections projecting from the base body, characterised in that the projections have a respective outer contour with coplanar lateral surfaces for engaging with a fork spanner for screwing and unscrewing the thread, and in that the coplanar lateral surfaces of a respective projection have a spacing in the range between 8 and 20 mm.
Device for heating or sterilising a baby item, comprising a steam-generating unit connected to a basin-shaped water receiving unit, the water receiving unit, in a first operating position, being connected to a carrier unit that has a first contact surface for the baby item, characterised in that, in a second operating position, the water receiving unit is alternatively connected to a cover plate that has a tubular steam outlet, the cover plate being connected, in the second operating position, to a sterilisation container for receiving the baby item, and the tubular steam outlet of the cover plate being connected to a steam inlet valve of the sterilisation container.
A method for monitoring production of a fluid film, wherein the fluid film is a printing ink film, comprising: a) activating a dispenser to deliver appropriate material from a storage duct to a metering system for even distribution of a fluid film; b) allowing the fluid film to pass a sample retrieving roller; c) measuring the fluid film on the sample retrieving roller using a data reading device to obtain film thickness data; d) transmitting the data to an analyzer to examine the data against a predetermined reference value; e) transmitting a comparison result in real time by the analyzer to a production equipment controlling console; f) controlling the storage duct to dispense material through the material metering system and adjusting the film thickness; g) repeating the above steps to make a film thickness within the reference range; and h) maintaining the thickness at the narrowest tolerance deviation, and continuously delivering the film onto a substrate for production, wherein the fluid film is produced using neutral Grey Balance production technology, a pre-determined "K" neutral black value is treated as the reference for a related primary and subsequent neutral grey component color printing units, based on the pre-determined "K" value, the analyzer calculates the accurate ink film thickness requirement value for each relevant color production unit to achieve the matching condition, conducts the even metering, adjusts the color film towards the evenness condition, and continuously delivers to the substrate for production. a) activating a dispenser to deliver appropriate material from a storage duct to a metering system for even distribution of a fluid film; b) allowing the fluid film to pass a sample retrieving roller; c) measuring the fluid film on the sample retrieving roller using a data reading device to obtain film thickness data; d) transmitting the data to an analyzer to examine the data against a predetermined reference value; e) transmitting a comparison result in real time by the analyzer to a production equipment controlling console; f) controlling the storage duct to dispense material through the material metering system and adjusting the film thickness; g) repeating the above steps to make a film thickness within the reference range; and h) maintaining the thickness at the narrowest tolerance deviation, and continuously delivering the film onto a substrate for production,
A salt of {8-fluoro-2-[4-(3-methoxyphenyl)piperazine-1-yl]-3-[2-methoxy-5-(trifluoromethyl) phenyl]-3,4-dihydroquinazoline-4-yl}acetic acid or a solvate thereof, selected from the group consisting of the crystalline besylate salts of {8-fluoro-2-[4-(3-methoxyphenyl)piperazine-1-yl]-3-[2-methoxy-5-(trifluoromethyl)phenyl]-3,4-dihydroquinazoline-4-yl}acetic acid, the crystalline tosylate salts of {8-fluoro-2-[4-(3-methoxyphenyl)piperazine-1-yl]-3-[2-methoxy-5-(trifluoromethyl)phenyl]-3,4-dihydroquinazoline-4-yl}acetic acid and solvates thereof.
A power source apparatus comprising: a power source module which is formed of a plurality of power source elements; a case (10, 12) which houses the power source module and a cooling liquid; and a fan which is placed in the case (10, 12) in a state in which the fan is immersed in the cooling liquid together with the power source module, the fan forming a laminar flow of the cooling liquid, the laminar flow having a width at least substantially the same as a length of the power source element in a length direction of the power source element; characterized in that the power source apparatus further comprising a first plate member for directing the cooling liquid flowing out of the fan to a space between the power source module and the case (10, 12), and a second plate member for directing the cooling liquid directed to the space between the power source module and the case (10, 12) to an inlet side of the fan. a power source module which is formed of a plurality of power source elements; a case (10, 12) which houses the power source module and a cooling liquid; and a fan which is placed in the case (10, 12) in a state in which the fan is immersed in the cooling liquid together with the power source module, the fan forming a laminar flow of the cooling liquid, the laminar flow having a width at least substantially the same as a length of the power source element in a length direction of the power source element; characterized in that the power source apparatus further comprising a first plate member for directing the cooling liquid flowing out of the fan to a space between the power source module and the case (10, 12), and a second plate member for directing the cooling liquid directed to the space between the power source module and the case (10, 12) to an inlet side of the fan.
A diatomaceous earth composition, comprising an agglomerated mixture of calcined diatomaceous earth particles, water and at least one inorganic salt, wherein the mass ratio of the calcined diatomaceous earth particles and water is in the range of 1:1.0 to 1:2.0, and wherein the content of the at least one inorganic salt is equal to or more than 0.25 parts by mass based on 100 parts by mass of water.
A kit, in particular for vehicles for transporting persons in regional and long-distance public transport, having at least one rod comprising a cross-cut tube segment (1a, 1b), wherein arranged on at least one end segment of the tube segment (1a, b) or of one of the tube segments (1a, 1b) is a connecting element for a tube-tube connection or for a connection to a connecting piece arranged on a wall, top, and/or bottom side of a structure, in particular a vehicle structure, wherein - the at least one tube segment (1a, 1b) has a metal tube (1.1) and a reinforcing element (1.2) made of a fiber composite that is applied, at least in sections, to an inner wall of the metal tube (1.1), - the connecting element has a threaded sleeve (2.1), a threaded bushing (2.2), and a spacer ring (2.3), wherein the threaded sleeve (2.1) and the threaded bushing (2.2) are embodied with corresponding threads for mutually connecting the tube segments (1a, 1b) or for attaching the tube segment (1a, 1b) on the wall, top, and/or bottom side to the connecting piece. - the at least one tube segment (1a, 1b) has a metal tube (1.1) and a reinforcing element (1.2) made of a fiber composite that is applied, at least in sections, to an inner wall of the metal tube (1.1), - the connecting element has a threaded sleeve (2.1), a threaded bushing (2.2), and a spacer ring (2.3), wherein the threaded sleeve (2.1) and the threaded bushing (2.2) are embodied with corresponding threads for mutually connecting the tube segments (1a, 1b) or for attaching the tube segment (1a, 1b) on the wall, top, and/or bottom side to the connecting piece.
A method, comprising: by a user equipment device, UE, establishing a connection with a base station; transmitting information to the base station indicating a preference for a set of communication parameters for an upcoming communication between the UE and the base station, wherein the information is based on increased power savings at the UE, wherein the information specifies a preferred value of a K0 parameter or a preferred value of a K2 parameter, wherein the K0 parameter is used to determine a slot offset of a physical downlink shared channel, PDSCH, transmission relative to a scheduling downlink control information, DCI, for the PDSCH transmission, and wherein the K2 parameter is used to determine a slot offset of a physical uplink shared channel, PUSCH, transmission relative to a scheduling DCI for the PUSCH transmission; receiving second information from the base station indicating a communication parameter; and communicating with the base station according to the communication parameter based at least in part in response to transmitting the information. establishing a connection with a base station; transmitting information to the base station indicating a preference for a set of communication parameters for an upcoming communication between the UE and the base station, wherein the information is based on increased power savings at the UE, wherein the information specifies a preferred value of a K0 parameter or a preferred value of a K2 parameter, wherein the K0 parameter is used to determine a slot offset of a physical downlink shared channel, PDSCH, transmission relative to a scheduling downlink control information, DCI, for the PDSCH transmission, and wherein the K2 parameter is used to determine a slot offset of a physical uplink shared channel, PUSCH, transmission relative to a scheduling DCI for the PUSCH transmission; receiving second information from the base station indicating a communication parameter; and communicating with the base station according to the communication parameter based at least in part in response to transmitting the information.
A first computer system comprising at least one memory and at least one associated microprocessor configured to perform, externally from a potential domain generation algorithm malware host, the following steps: intercept an original answer to a first external access request, wherein the first external access request is sent by the potential DGA malware host to an external site; determine according to an address included in the first external access request whether the external site is a time server; in response, when the external site is a time server, send a modified answer to the potential DGA malware host, the modified answer being generated from the original answer by replacing a real time included in the original answer with an accelerated real time subsequent to the original real time, wherein the real time returned by the time server indicates a present time of the original answer; intercept, in response to a second external access request sent by the potential DGA malware host, an answer indicating that the second access request was not successful, wherein the second external access request is sent after the first external access request is sent; and in response to intercepting the answer indicating that the second access request was not successful, determine that the potential DGA malware host includes malware executing a domain generation algorithm. intercept an original answer to a first external access request, wherein the first external access request is sent by the potential DGA malware host to an external site; determine according to an address included in the first external access request whether the external site is a time server; in response, when the external site is a time server, send a modified answer to the potential DGA malware host, the modified answer being generated from the original answer by replacing a real time included in the original answer with an accelerated real time subsequent to the original real time, wherein the real time returned by the time server indicates a present time of the original answer; intercept, in response to a second external access request sent by the potential DGA malware host, an answer indicating that the second access request was not successful, wherein the second external access request is sent after the first external access request is sent; and in response to intercepting the answer indicating that the second access request was not successful, determine that the potential DGA malware host includes malware executing a domain generation algorithm.
A crystalline form of -7-amino-12-fluoro-2,10,16-trimethyl-15-oxo-10,15,16,17-tetrahydro-2 H -8,4-(metheno)pyrazolo[4,3- h][2,5,11]benzoxadiazacyclotetradecine-3-carbonitrile (lorlatinib) free base hydrate, having a powder X-ray diffraction (PXRD) pattern comprising peaks at 2θ values of: 8.8, 9.7, 17.6 and 18.8 °2θ ± 0.2 °2θ.
A regulation device configured to regulate a mixing ratio (x) of a gas mixture comprising a first gas and second gas, wherein the first gas is air or a mixture of air and exhaust gas, and wherein the second gas is a fuel gas, or wherein the first gas is natural air, air enriched with oxygen, any other mixture of oxygen with one or more inert gases, or pure oxygen gas, and wherein the second gas is a medical gas, the device comprising: a first conduit for carrying a flow of the first gas; a second conduit for carrying a flow of the second gas, the first and second conduits (1, 2) opening out into a common conduit in a mixing region to form the gas mixture; an adjusting device for adjusting the mixing ratio (x) of the gas mixture; a control device configured to derive control signals for the adjusting device; and a first sensor configured to determine at least one thermal parameter of the gas mixture downstream from the mixing region, wherein the control device is configured to receive, from the first sensor, sensor signals indicative of the at least one thermal parameter of the gas mixture and to derive control signals for the adjusting device based on the at least one thermal parameter. wherein the first gas is air or a mixture of air and exhaust gas, and wherein the second gas is a fuel gas, or wherein the first gas is natural air, air enriched with oxygen, any other mixture of oxygen with one or more inert gases, or pure oxygen gas, and wherein the second gas is a medical gas, a first conduit for carrying a flow of the first gas; a second conduit for carrying a flow of the second gas, the first and second conduits (1, 2) opening out into a common conduit in a mixing region to form the gas mixture; an adjusting device for adjusting the mixing ratio (x) of the gas mixture; a control device configured to derive control signals for the adjusting device; and a first sensor configured to determine at least one thermal parameter of the gas mixture downstream from the mixing region, wherein the control device is configured to receive, from the first sensor, sensor signals indicative of the at least one thermal parameter of the gas mixture and to derive control signals for the adjusting device based on the at least one thermal parameter.