mhurhangee/ep-ind-claims huggingface dataset:
A method for application control in a mobile terminal, the method comprising: detecting connection of earphones having a non-powered sensor for sensing earphone wearing; sending, upon detection of the earphone connection, an interrogation signal comprising a preset reference wave to the sensor of the earphones; receiving a response signal comprising a reflected wave, corresponding to the interrogation signal, from the earphones; determining whether the earphones are worn by a user on the basis of comparing a reference value with a difference between the reference wave and the reflected wave; and controlling, when the earphones are not worn, an application being executed to stop output of an audio signal to the earphones. detecting connection of earphones having a non-powered sensor for sensing earphone wearing; sending, upon detection of the earphone connection, an interrogation signal comprising a preset reference wave to the sensor of the earphones; receiving a response signal comprising a reflected wave, corresponding to the interrogation signal, from the earphones; determining whether the earphones are worn by a user on the basis of comparing a reference value with a difference between the reference wave and the reflected wave; and controlling, when the earphones are not worn, an application being executed to stop output of an audio signal to the earphones.
Pump system with at least one pump, in particular a vacuum pump or a compressor, a controller connected to the at least one pump, wherein the controller comprises: a first processing unit directly connected to the at least one pump for providing low level services to the at least one pump, and a second processing unit connected to the first processing unit to provide high level services to the pump system, wherein the second processing unit is connectable to an external network, characterized in that the first processing unit is configured as deterministic processing unit, providing responses between 90ms and 110ms and the second processing unit is configured to provide one or more of data exchange with a cloud, an interface for controlling the pump system, security access, optimization calculation, update handling of the first processing unit as well as the second processing unit as high level services. a controller connected to the at least one pump, wherein the controller comprises: a first processing unit directly connected to the at least one pump for providing low level services to the at least one pump, and a second processing unit connected to the first processing unit to provide high level services to the pump system, wherein the second processing unit is connectable to an external network, characterized in that the first processing unit is configured as deterministic processing unit, providing responses between 90ms and 110ms and the second processing unit is configured to provide one or more of data exchange with a cloud, an interface for controlling the pump system, security access, optimization calculation, update handling of the first processing unit as well as the second processing unit as high level services.
A method for reducing nitrous oxide(s) (NOx) emissions in a combustion system having a diluent port, a fuel port and a fuel nozzle means for injecting a mixture of diluent and fuel into a combustor for combustion, the method comprising: (a) providing and operating: a diluent control valve receiving diluent from the diluent port and feeding diluent to a static mixer; a fuel control valve receiving fuel from the fuel port and feeding fuel into the static mixer; a diluent meter metering the flow of diluent from the diluent control valve into the static mixer; and a fuel meter metering the flow of fuel from the fuel control valve into the static mixer, wherein said static mixer mixes the diluent and fuel supplied thereto from the diluent and fuel control valves (101,100) into a gaseous mixture which is supplied to the fuel nozzle means, (b) operating computer controls using the diluent and fuel meters (105,106) as feedback to set the diluent and fuel control valves (101,100) to maintain the mixture ratio between diluent and fuel to mix the diluent and fuel in the static mixer, before they enter the fuel nozzle means, into a homogeneous gaseous mixture, (c) wherein said homogeneous mixture provides localized concentrations of the diluent and fuel entering the fuel nozzle means from the static mixer that deviate by no more than 10% from the average ratio of diluent and fuel by weight in the gaseous mixture, thereby reducing NOx emissions from combustion of said mixture. (a) providing and operating: a diluent control valve receiving diluent from the diluent port and feeding diluent to a static mixer; a fuel control valve receiving fuel from the fuel port and feeding fuel into the static mixer; a diluent meter metering the flow of diluent from the diluent control valve into the static mixer; and a fuel meter metering the flow of fuel from the fuel control valve into the static mixer, wherein said static mixer mixes the diluent and fuel supplied thereto from the diluent and fuel control valves (101,100) into a gaseous mixture which is supplied to the fuel nozzle means, (b) operating computer controls using the diluent and fuel meters (105,106) as feedback to set the diluent and fuel control valves (101,100) to maintain the mixture ratio between diluent and fuel to mix the diluent and fuel in the static mixer, before they enter the fuel nozzle means, into a homogeneous gaseous mixture, (c) wherein said homogeneous mixture provides localized concentrations of the diluent and fuel entering the fuel nozzle means from the static mixer that deviate by no more than 10% from the average ratio of diluent and fuel by weight in the gaseous mixture, thereby reducing NOx emissions from combustion of said mixture.
An in vitro method for assessing the prognosis of a prostate cancer patient, comprising measuring the expression level of: miR-10b-5p and miR-374b-5p in a sample comprising prostate cells obtained from said patient, wherein a changed expression level of said miRs, as compared to a reference expression profile, is indicative of the prognosis of said patient.
A method of forming a gas turbine engine component comprising the steps of: (a) forming an intermediate portion from a plurality of ceramic matrix composite ("CMC") laminates, then performing a densification step on said intermediate portion; (b) then forming at least one cooling circuit into at least an outer layer of said intermediate portion, with said at least one cooling circuit not extending entirely through said intermediate portion; (c) then providing a covering layer of at least one CMC laminate over said formed at least one cooling circuit to close off said cooling circuit, such that there are CMC laminates on both a radially inner and a radially outer side of said cooling circuits, adding at least one inner layer inward of said intermediate portion, then performing a densification step on said covering layer; and (d) then forming an inlet and an outlet to said cooling circuits through said covering layer. (a) forming an intermediate portion from a plurality of ceramic matrix composite ("CMC") laminates, then performing a densification step on said intermediate portion; (b) then forming at least one cooling circuit into at least an outer layer of said intermediate portion, with said at least one cooling circuit not extending entirely through said intermediate portion; (c) then providing a covering layer of at least one CMC laminate over said formed at least one cooling circuit to close off said cooling circuit, such that there are CMC laminates on both a radially inner and a radially outer side of said cooling circuits, adding at least one inner layer inward of said intermediate portion, then performing a densification step on said covering layer; and (d) then forming an inlet and an outlet to said cooling circuits through said covering layer.
An airfoil, comprising: pressure and suction surfaces (221, 222); leading and trailing edges (223, 224) extending along the pressure and suction surfaces (221, 222); a tip shelf with a sweep configuration at an outboard airfoil end; and a wall (226, 310) extending radially outwardly from the tip shelf to delimit a periphery of a squealer pocket at the tip shelf, wherein the airfoil defines internal channels, the tip shelf defines obliquely-angled through-holes adjacent to the wall (226, 310), the wall (226, 310) comprises notched sections that curve around the obliquely-angled through-holes (301, 802), characterised in that the tip shelf defines additional holes within the squealer pocket to provide fluid communication between the internal channels and the squealer pocket, and the additional holes are arranged in a linear grouping becoming increasingly staggered with increasing distance from the trailing edge with at least one of the additional holes being located between the notched sections and with at least one of the additional holes proximate to the leading edge. pressure and suction surfaces (221, 222); leading and trailing edges (223, 224) extending along the pressure and suction surfaces (221, 222); a tip shelf with a sweep configuration at an outboard airfoil end; and a wall (226, 310) extending radially outwardly from the tip shelf to delimit a periphery of a squealer pocket at the tip shelf, wherein the airfoil defines internal channels, the tip shelf defines obliquely-angled through-holes adjacent to the wall (226, 310), the wall (226, 310) comprises notched sections that curve around the obliquely-angled through-holes (301, 802), characterised in that the tip shelf defines additional holes within the squealer pocket to provide fluid communication between the internal channels and the squealer pocket, and the additional holes are arranged in a linear grouping becoming increasingly staggered with increasing distance from the trailing edge with at least one of the additional holes being located between the notched sections and with at least one of the additional holes proximate to the leading edge.
A landing gear retraction/extension device for retracting/extending a landing gear of an aircraft, the landing gear retraction/extension device comprising: a hydraulic actuator; a hydraulic circuit which is capable of supplying operation oil to the hydraulic actuator to operate the hydraulic actuator; a hydraulic pump arranged on the hydraulic circuit and driven to supply operation oil to the hydraulic actuator; an electric motor configured to drive the hydraulic pump; and a driver configured to drive the electric motor, characterized in that the hydraulic circuit is a closed circuit provided between the hydraulic actuator and the hydraulic pump, and wherein part of the hydraulic circuit is configured such that heat is exchangeable between the operation oil of the hydraulic circuit and each of the electric motor and the driver. a hydraulic actuator; a hydraulic circuit which is capable of supplying operation oil to the hydraulic actuator to operate the hydraulic actuator; a hydraulic pump arranged on the hydraulic circuit and driven to supply operation oil to the hydraulic actuator; an electric motor configured to drive the hydraulic pump; and a driver configured to drive the electric motor, characterized in that the hydraulic circuit is a closed circuit provided between the hydraulic actuator and the hydraulic pump, and wherein part of the hydraulic circuit is configured such that heat is exchangeable between the operation oil of the hydraulic circuit and each of the electric motor and the driver.
A display device mounted on a train, the display device comprising: a display capable of displaying display data by a plurality of display methods with different orientations; a detector to detect an installation state of the display; and a controller to acquire train information from which it is possible to determine whether the train is currently stopped, and determine whether the train is currently stopped using the train information, wherein when the train is currently stopped, the controller determines a display method for the display data in the display on the basis of a result of detection performed by the detector, and when the train is not currently stopped, the controller does not determine the display method in the display. a display capable of displaying display data by a plurality of display methods with different orientations; a detector to detect an installation state of the display; and a controller to acquire train information from which it is possible to determine whether the train is currently stopped, and determine whether the train is currently stopped using the train information, wherein when the train is currently stopped, the controller determines a display method for the display data in the display on the basis of a result of detection performed by the detector, and when the train is not currently stopped, the controller does not determine the display method in the display.
Device for the thermochemical carbonization and gasification of wet, especially water-containing, and/or dry biomass for producing an energy carrier and/or raw-material carrier by means of a heatable carbonization reactor having a closable inlet, in which the biomass is converted into a solid, pourable or gaseous energy carrier and/or raw-material carrier and is discharged via a closable outlet to a cooling vessel connected to the carbonization reactor for interim storage of the energy carrier and/or raw-material carrier, which is connected to a downstream gasification reactor, in which gas and waste substances, such as ash, are separated from the biomass, characterized by the following features: a) external thermal energy can be supplied to the carbonization reactor, which is connected operatively to a heating element, in particular is surrounded by a heating jacket, and further thermal energy can be supplied at least from the gasification reactor via a further line connecting the gasification reactor and the carbonization reactor, b) cooling energy from the cooling vessel can be supplied to the gasification reactor via a line connecting the gasification reactor and the cooling vessel, c) moisture, especially water, can be supplied to the cooling vessel via a further line, to ensure an almost continuous process, d) from the carbonization reactor and/or the cooling vessel, reaction gas can be supplied to a gas storage tank via a line (28, 30) connecting the carbonization reactor and the gas storage tank, wherein the reaction gas can be recycled to the gasification reactor via a line connecting the gasification reactor and the gas storage tank. a) external thermal energy can be supplied to the carbonization reactor, which is connected operatively to a heating element, in particular is surrounded by a heating jacket, and further thermal energy can be supplied at least from the gasification reactor via a further line connecting the gasification reactor and the carbonization reactor, b) cooling energy from the cooling vessel can be supplied to the gasification reactor via a line connecting the gasification reactor and the cooling vessel, c) moisture, especially water, can be supplied to the cooling vessel via a further line, to ensure an almost continuous process, d) from the carbonization reactor and/or the cooling vessel, reaction gas can be supplied to a gas storage tank via a line (28, 30) connecting the carbonization reactor and the gas storage tank, wherein the reaction gas can be recycled to the gasification reactor via a line connecting the gasification reactor and the gas storage tank.
A manual control device for a household appliance, the control device being associated with a control axis, an action of movement on the control device causing a movement of said control axis, said control device including: - a movable part and a support part of the movable part, the movable part being movable relative to the support part, the movable part and the support part including connecting means (12, 23) intended to connect the movable part and the support part to each other, said support part including means for cooperating and positioning the support part relative to a support plate; and - a transmission element mounted between said movable part and the associated control axis, said transmission element transmitting a movement of the movable part relative to the support part, to the control axis, characterized in that the support part also includes at least one notch shaped to house a tab of a support plate so that a base of the support part bears on the support plate and so that the support part is immobilized in directions parallel to the plane in which the support plate extends. - a movable part and a support part of the movable part, the movable part being movable relative to the support part, the movable part and the support part including connecting means (12, 23) intended to connect the movable part and the support part to each other, said support part including means for cooperating and positioning the support part relative to a support plate; and - a transmission element mounted between said movable part and the associated control axis, said transmission element transmitting a movement of the movable part relative to the support part, to the control axis,
Sheathing arrangement for an exhaust system of an internal combustion engine, comprising at least one sheathing element with a sheathing element shell and on an inner side of the sheathing element shell, insulation material overlapping the inner side in at least some areas, which inner side is to be positioned facing toward a component to be sheathed of an exhaust system, wherein the insulation material is fixed to the sheathing element shell by means of at least one fastening element passing through the sheathing element shell and the insulation material, wherein at least one fastening element has a U-shaped configuration, wherein the two U-legs (42, 44) traverse the sheathing element shell and the insulation material and are bent, toward one another, in their sections (48, 50) protruding on an inner side of the insulation material, which inner side is to be positioned facing toward a component to be sheathed, such that at least one of the sections (48, 50) abuts the inner side of the insulation material, and wherein a connection web connecting the two U-legs (42, 44) abuts an outer side of the sheathing element shell, which outer side is to be positioned facing away from the component to be sheathed, characterised in that the bent-over portion of one of the U-legs abuts the inner side of the insulation material and the bent-over portion of the other U-leg engages over the bent-over portion of the one U-leg on its side facing away from the insulation material in such a way that essentially only the bent-over portion of the one U-leg touches the insulation material.
A compound having Notch signalling pathway inhibition properties, salts, solvates, tautomers, stereoisomers thereof, for use in the treatment and/or prevention of a Notch dependent cancer, wherein said compound having Notch signalling pathway inhibition properties is a compound selected from the group consisting in 4-(4-(tert-pentyl)phenoxy)aniline, 6-(4-(2-Methylpentan-2-yl)phenoxy)pyridin-3-amine, 4-(4-( tert -butyl)phenoxy)aniline, 4-(4-isopropylphenoxy)aniline, 6-(4-(2,4,4-trimethylpentan-2-yl)phenoxy)pyridin-3-amine, and 4-(4-((3r,5r,7r)-Adamantan-1-yl)phenoxy)-3-fluoroaniline.
Housing assembly for at least one electronic component, the housing assembly comprising: a base portion having at least one holding element; a cover portion having at least one actuation element; and a carrier element for carrying the at least one electronic component, wherein the at least one holding element holds the carrier element by engaging with the at least one actuation element; wherein the at least one actuation element applies a contact force on the at least one holding element; and wherein the at least one actuation element is adjustable with respect to the at least one holding element in at least one direction, such that the at least one actuation element is deformed by engaging with the at least one holding element, when the at least one holding element is engaged with the at least one actuation element; and wherein the base portion has at least one support element, which is arranged separated from the at least one holding element, and wherein the contact force applied by the at least one actuation element forces the at least one holding element to press the carrier element against the at least one support element. a base portion having at least one holding element; a cover portion having at least one actuation element; and a carrier element for carrying the at least one electronic component, wherein the at least one holding element holds the carrier element by engaging with the at least one actuation element; wherein the at least one actuation element applies a contact force on the at least one holding element; and wherein the at least one actuation element is adjustable with respect to the at least one holding element in at least one direction, such that the at least one actuation element is deformed by engaging with the at least one holding element, when the at least one holding element is engaged with the at least one actuation element; and wherein the base portion has at least one support element, which is arranged separated from the at least one holding element, and wherein the contact force applied by the at least one actuation element forces the at least one holding element to press the carrier element against the at least one support element.
An engrave system comprising a support plate and an engrave unit for engraving a front side (121, 131) and backside (122, 132) of at least one page (12, 13) of a value document, wherein the at least one page (12, 13) is connected to a spine of a cover of the value document, wherein the engrave unit comprises: a page flip mechanism for turning the at least one page (12, 13) from the front side (121, 131) to the backside (122, 132) thereof and vice versa, a carrier for supporting the value document, and an engraver, preferably a laser engraver, configured to engrave the at least one page (12, 13), wherein the page flip mechanism and the carrier are arranged to be moveable with respect to the support plate and at least one of the carrier is arranged to be moveable with respect to the page flip mechanism or the page flip mechanism is arranged to be moveable with respect to the carrier such that a position of the engraver for engraving the front side (121, 131) and the backside (122, 132) of the at least one page (12, 13) remains unchanged. a page flip mechanism for turning the at least one page (12, 13) from the front side (121, 131) to the backside (122, 132) thereof and vice versa, a carrier for supporting the value document, and an engraver, preferably a laser engraver, configured to engrave the at least one page (12, 13), wherein the page flip mechanism and the carrier are arranged to be moveable with respect to the support plate and at least one of the carrier is arranged to be moveable with respect to the page flip mechanism or the page flip mechanism is arranged to be moveable with respect to the carrier such that a position of the engraver for engraving the front side (121, 131) and the backside (122, 132) of the at least one page (12, 13) remains unchanged.