mhurhangee/ep-ind-claims huggingface dataset:
Method of preparing and dispensing a beverage with a dispensing device, the device comprising: - a housing comprising a beverage unit with a liquid line having a liquid inlet at one end and a beverage outlet at an opposite end; a pressure controller controlling the pressure in the liquid line; and an ingredient container receiving means for receiving an ingredient container such that when correctly installed, the content of the ingredient container is in fluid communication with the liquid line for mixing the content of the ingredient container with a base liquid in the liquid line; - an ingredient container identification unit - a processor coupled to the identification unit and to the pressure controller for controlling said pressure controller in function of the container identification; the method comprising the steps of: - providing the container in the device; - identifying the container; - providing a base liquid; - mixing the content of the container with the base liquid to prepare the beverage to be dispensed; - dispensing the thus prepared beverage; characterized in that the pressure in the liquid line changes from a first pressure level higher than ambient pressure level to a second pressure level higher than the ambient level by said pressure controller during mixing and dispensing of the beverage, the first pressure level being different than the second pressure level and in that beverage dispensed is a fermented beverage having a gas pressure of at least 1,5 bar at a temperature of 2°C. - a housing comprising a beverage unit with a liquid line having a liquid inlet at one end and a beverage outlet at an opposite end; a pressure controller controlling the pressure in the liquid line; and an ingredient container receiving means for receiving an ingredient container such that when correctly installed, the content of the ingredient container is in fluid communication with the liquid line for mixing the content of the ingredient container with a base liquid in the liquid line; - an ingredient container identification unit - a processor coupled to the identification unit and to the pressure controller for controlling said pressure controller in function of the container identification; - providing the container in the device; - identifying the container; - providing a base liquid; - mixing the content of the container with the base liquid to prepare the beverage to be dispensed; - dispensing the thus prepared beverage;
An opening device for a container, said opening device comprising: - a pouring spout defining a pouring opening by which to pour in use the content of the container; - a closing element closing said pouring opening, formed in one piece with said pouring spout and connected to said pouring spout by breakable connecting means; and - a closure fitted to said pouring spout in a removable manner to close said pouring opening at a region thereof different from that closed by said closing element; characterized in that said closing element is formed in one piece with a protruding portion, said protruding portion extends through said pouring opening between said closing element and said closure and is welded to said closure far away from said closing element. - a pouring spout defining a pouring opening by which to pour in use the content of the container; - a closing element closing said pouring opening, formed in one piece with said pouring spout and connected to said pouring spout by breakable connecting means; and - a closure fitted to said pouring spout in a removable manner to close said pouring opening at a region thereof different from that closed by said closing element;
A device comprising: a handle having an electrical port for receiving a voltage or a current and communicating the voltage or the current to a surgical tip (102, 302); a first grip (122, 200, 210, 300, 310) mechanically coupled to the handle and having a first internal metal frame (220, 230) and a first insulating overmold over the first internal metal frame (220, 230), the first internal metal frame (220, 230) comprising a first internal metal portion (222, 224) and a second internal metal portion (222, 224) electrically isolated from the first internal metal portion (222, 224) and mechanically coupled to the first internal metal portion (222, 224) by the first insulating overmold; and a second grip (122, 200, 210, 300, 310) mechanically coupled to the handle and having a second internal metal frame (220, 230) and a second insulating overmold over the second internal metal frame (220, 230), wherein the handle is coupleable to the surgical tip (102, 302) to transfer motion from at least one of the first grip (122, 200, 210, 300, 310) and the second grip (122, 200, 210, 300, 310) to actuate the surgical tip (102, 302), and wherein one or more of the first internal metal portion (222, 224) or the second internal metal frame (220, 230) are electrically coupled to the electrical port. a handle having an electrical port for receiving a voltage or a current and communicating the voltage or the current to a surgical tip (102, 302); a first grip (122, 200, 210, 300, 310) mechanically coupled to the handle and having a first internal metal frame (220, 230) and a first insulating overmold over the first internal metal frame (220, 230), the first internal metal frame (220, 230) comprising a first internal metal portion (222, 224) and a second internal metal portion (222, 224) electrically isolated from the first internal metal portion (222, 224) and mechanically coupled to the first internal metal portion (222, 224) by the first insulating overmold; and a second grip (122, 200, 210, 300, 310) mechanically coupled to the handle and having a second internal metal frame (220, 230) and a second insulating overmold over the second internal metal frame (220, 230), wherein the handle is coupleable to the surgical tip (102, 302) to transfer motion from at least one of the first grip (122, 200, 210, 300, 310) and the second grip (122, 200, 210, 300, 310) to actuate the surgical tip (102, 302), and wherein one or more of the first internal metal portion (222, 224) or the second internal metal frame (220, 230) are electrically coupled to the electrical port.
Underwater turbine having a watertight housing in which there is arranged a generator, having a shaft that connects the generator to a turbine rotor, wherein the shaft is arranged at an angle with respect to the horizontal and the shaft exits the bottom of the housing through a shaft opening such that ingress of water into the housing is prevented by a compressed gas volume in the housing, and having a gas supply by means of which a gas volume in the housing can be topped up, characterized in that the gas supply is formed by a gas supply line that is connected to a gas reservoir at constant pressure, in particular ambient air, wherein the opening of this gas supply line is arranged in the lower region of the housing above the shaft opening.
A dentifrice composition comprising: a. an orally acceptable vehicle; b. a zinc salt of an organic acid as a source of zinc ions, wherein the zinc salt is present in an amount of from 1 to 2.5 wt % based on the weight of the composition; c. a polysaccharide thickening agent, wherein the polysaccharide thickening agent consists of xanthan gum, and the xanthan gum is present in an amount of from 0.5 to 1.5 wt % based on the weight of the composition; d. triclosan as an antibacterial agent, and e. a methyl vinyl ether/maleic anhydride copolymer as an enhancing agent for the anti-bacterial agent. a. an orally acceptable vehicle; b. a zinc salt of an organic acid as a source of zinc ions, wherein the zinc salt is present in an amount of from 1 to 2.5 wt % based on the weight of the composition; c. a polysaccharide thickening agent, wherein the polysaccharide thickening agent consists of xanthan gum, and the xanthan gum is present in an amount of from 0.5 to 1.5 wt % based on the weight of the composition; d. triclosan as an antibacterial agent, and e. a methyl vinyl ether/maleic anhydride copolymer as an enhancing agent for the anti-bacterial agent.
A method for manufacturing a bonded substrate, at least comprising: forming at least one layer of amorphous film on all of the faces of a sintered-body substrate by deposition, such as chemical vapour deposition and physical vapour deposition, by immersion into a solution of organic metal precursor including metal, or by coating with a an organic metallic precursor followed by heating to remove organic substances, wherein the amorphous film has a thickness exceeding 0.1 μm and less than 10 μm; and bonding the sintered-body substrate and a single-crystal semiconductor substrate via the at least one layer of amorphous film, wherein on a surface of the at least one layer of amorphous film to be bonded with the single-crystal semiconductor substrate, the concentration of each of Al, Fe and Ca by ICP-MS method is less than 5.0×10 11 atoms/cm 2, and surface roughness Rms of the surface of the amorphous film is 0.2 nm or less. bonding the sintered-body substrate and a single-crystal semiconductor substrate via the at least one layer of amorphous film, wherein on a surface of the at least one layer of amorphous film to be bonded with the single-crystal semiconductor substrate, the concentration of each of Al, Fe and Ca by ICP-MS method is less than 5.0×10 11 atoms/cm 2, and surface roughness Rms of the surface of the amorphous film is 0.2 nm or less.
A method for forming an article, the method comprising: providing a workpiece, the workpiece consisting of the following elements, in weight percent: at least 40% nickel, from 1.5% to 8% titanium, and from 1.5% to 4.5% aluminum, wherein a weight ratio of titanium to aluminum is in the range from about 1 to about 4, from 2% to 8% tantalum, from 11.5% to 15% chromium, from 15% to 30% cobalt, from 0.02% to 0.2% carbon, from 0.01% to 0.05% boron, from 0.02% to 0.1% zirconium, up to 7% molybdenum; up to about 2% niobium and up to about 1% hafnium and wherein the workpiece further comprises a plurality of A3-structured ordered eta phase precipitates distributed within the matrix phase at a concentration in the range from 1% to 25% by volume; wherein the plurality of eta phase precipitates have a mean aspect ratio less than 30; wherein the solvus temperature of the eta phase is higher than a solvus temperature of the gamma-prime phase; mechanically working the workpiece at a temperature below a solvus temperature of the eta phase, wherein mechanically working comprises introducing a total true strain into the workpiece of at least 225%; and heat treating the workpiece at a temperature sufficiently high to dissolve any gamma prime phase present in the workpiece but below the solvus temperature of the eta phase. providing a workpiece, the workpiece consisting of the following elements, in weight percent: at least 40% nickel, from 1.5% to 8% titanium, and from 1.5% to 4.5% aluminum, wherein a weight ratio of titanium to aluminum is in the range from about 1 to about 4, from 2% to 8% tantalum, from 11.5% to 15% chromium, from 15% to 30% cobalt, from 0.02% to 0.2% carbon, from 0.01% to 0.05% boron, from 0.02% to 0.1% zirconium, up to 7% molybdenum; up to about 2% niobium and up to about 1% hafnium and wherein the workpiece further comprises a plurality of A3-structured ordered eta phase precipitates distributed within the matrix phase at a concentration in the range from 1% to 25% by volume; wherein the plurality of eta phase precipitates have a mean aspect ratio less than 30; wherein the solvus temperature of the eta phase is higher than a solvus temperature of the gamma-prime phase; at least 40% nickel, from 1.5% to 8% titanium, and from 1.5% to 4.5% aluminum, from 2% to 8% tantalum, from 11.5% to 15% chromium, from 15% to 30% cobalt, from 0.02% to 0.2% carbon, from 0.01% to 0.05% boron, from 0.02% to 0.1% zirconium, up to 7% molybdenum; up to about 2% niobium and up to about 1% hafnium mechanically working the workpiece at a temperature below a solvus temperature of the eta phase, wherein mechanically working comprises introducing a total true strain into the workpiece of at least 225%; and heat treating the workpiece at a temperature sufficiently high to dissolve any gamma prime phase present in the workpiece but below the solvus temperature of the eta phase.
Method for producing a transmission belt in the form of a continuous ring in a running direction, with a radially outer cover layer (9, 109) of a first material, a tensile strand layer, with tensile strands (10, 110) aligned in the running direction, and a substructure (17, 117), which consists of a second material, which is an elastomer, and is designed for bearing against matching pulleys of a drive, wherein first the tensile strands (10, 110) are applied to the first material and then the substructure (17, 117) is formed from the second material in an injection mould (11, 111) and crosslinked, wherein a core (1, 101) is connected to a transporting device, the cover layer (9, 109) and the tensile strands (10, 110) of the tensile strand layer are applied to the core (1, 101), the core (1, 101) is transported by the transporting device step by step into at least two processing stations, one of the processing stations is the injection mould (11, 111), which is formed by two semicircular, cylindrical mould halves (12, 13; 112, 113), which are positioned on both sides of the inserted core (1, 101) and have semi-annular sealing surfaces (15, 115) provided at their axial ends, the sealing surfaces (5, 115) are applied in a sealing manner by the closing of the injection mould (11, 111) to corresponding sealing surfaces of the core (1, 101) so as to seal them off, whereby a cavity for forming the substructure (17, 117) is formed, a coil (18, 118) comprising the substructure (17, 117) is produced by injection-moulding of the second material in the cavity and the coil (18, 118) is subjected to a finishing process to form the transmission belt.
A pharmaceutical composition or kit of parts comprising at least one compound, wherein said compound is a 5-HT1 D, 5-HT1 B and 5-HT1 F receptor agonist, or a pharmaceutically acceptable derivative thereof, wherein said compound is a triptan, or a pharmaceutically acceptable derivative thereof, and wherein said composition or kit of parts further comprises a 5-HT1 A receptor agonist, or a pharmaceutically acceptable derivative thereof, for use in the treatment, prevention or alleviation of movement disorders.
A method for operating a flow power plant, comprising 1.1 a rotor, to which a horizontal rotational axis, a vertical axis and a horizontal transverse axis are assigned, which stand perpendicularly to each other, wherein the rotor, driven by an inflow, generates a driving torque about the rotational axis, a thrust force in the direction of the rotational axis and a tilting moment about the transverse axis; 1.2 an electric generator which is connected at least indirectly to the rotor, so that the electric generator produces a generator torque during operation which brakes the rotor; characterized in that 1.3 upon reaching a thrust-force threshold value (F L) for the thrust force and/or a tilting-moment threshold value (M L) for the tilting moment the rotor is guided to load-limited operation (B L) by setting the generator torque, for which the rotor revolves at a tip speed ratio (λ) which is higher than a power-optimal tip speed ratio (X opt) and higher than a power-limited tip speed ratio (λ R); 1.4 the thrust force or the tilting moment is kept constant in load-limited operation (B L). 1.1 a rotor, to which a horizontal rotational axis, a vertical axis and a horizontal transverse axis are assigned, which stand perpendicularly to each other, wherein the rotor, driven by an inflow, generates a driving torque about the rotational axis, a thrust force in the direction of the rotational axis and a tilting moment about the transverse axis; 1.2 an electric generator which is connected at least indirectly to the rotor, so that the electric generator produces a generator torque during operation which brakes the rotor; characterized in that 1.3 upon reaching a thrust-force threshold value (F L) for the thrust force and/or a tilting-moment threshold value (M L) for the tilting moment the rotor is guided to load-limited operation (B L) by setting the generator torque, for which the rotor revolves at a tip speed ratio (λ) which is higher than a power-optimal tip speed ratio (X opt) and higher than a power-limited tip speed ratio (λ R); 1.4 the thrust force or the tilting moment is kept constant in load-limited operation (B L).
A method of glass article laser printing of photo image, comprising steps of: i. coating a layer of composition on a treated glass article surface; ii. ageing said glass article surface from step i; iii. laser-printing said glass article surface with at least a laser printing means; and iv. surface finishing said glass article surface in step iii by a heating process; wherein said composition comprises ink/color pigment, thinner, catalyst, wetting agent, solvent, binder, flow agent, defoamer, resin, or a combination thereof; and said glass article surface finishing further comprises ultra-violet light irradiation, washing with fluid, lamination, or a combination thereof in step iv; and the ageing of said glass article surface from step i occurs at room or ambient temperature. i. coating a layer of composition on a treated glass article surface; ii. ageing said glass article surface from step i; iii. laser-printing said glass article surface with at least a laser printing means; and iv. surface finishing said glass article surface in step iii by a heating process; wherein said composition comprises ink/color pigment, thinner, catalyst, wetting agent, solvent, binder, flow agent, defoamer, resin, or a combination thereof; and said glass article surface finishing further comprises ultra-violet light irradiation, washing with fluid, lamination, or a combination thereof in step iv; and the ageing of said glass article surface from step i occurs at room or ambient temperature.
Method for producing an electric heating device, in which initially a partition wall separating a connection chamber from a heating chamber for emitting heat is provided, which comprises at least one opening for the electrical connection of a PTC element in the connection chamber, characterized in that a housing wall projecting from the partition wall and limiting the connection chamber and/or the heating chamber and/or a heating assembly housing accommodating the PTC element and strip conductors electrically conductively connected thereto for energizing the PTC element with different polarity is or are inductively soldered to the partition wall.
A container for consumer goods, comprising: a housing comprising a box and a lid hingedly attached to the box, wherein the box comprises a front wall, a rear wall and the lid comprises a bottom edge; an inner package disposed within the housing and at least partially defining an interior volume for housing consumer goods, the inner package comprising an access opening and a sealing flap, the inner package configured to open and close when the lid of the housing is opened and closed, the sealing flap comprising a tab, the tab comprising a bottom edge, wherein the bottom edge of the tab is positioned below the bottom edge of the lid and below the upper edge of the front wall when the lid is closed, and an information carrier coupled to the bottom edge of the tab. a housing comprising a box and a lid hingedly attached to the box, wherein the box comprises a front wall, a rear wall and the lid comprises a bottom edge; an inner package disposed within the housing and at least partially defining an interior volume for housing consumer goods, the inner package comprising an access opening and a sealing flap, the inner package configured to open and close when the lid of the housing is opened and closed, the sealing flap comprising a tab, the tab comprising a bottom edge, wherein the bottom edge of the tab is positioned below the bottom edge of the lid and below the upper edge of the front wall when the lid is closed, and an information carrier coupled to the bottom edge of the tab.
A controller for a gas turbine engine, comprising: a cold plate; at least one electronic component (40, 42) mounted to the cold plate by an intermediate thermoelectric cooler (44, 46); at least one electronic component (36, 38) directly mounted to the cold plate without an intermediate thermoelectric cooler; wherein the at least one electronic component (40, 42) mounted to the cold plate by the thermoelectric cooler (44, 46) has a lower maximum operating temperature rating than the at least one electronic component (36, 38) directly mounted to the cold plate; wherein the cold plate includes a cutout between the at least one electronic component (40, 42) mounted to the cold plate by the thermoelectric cooler (44, 46) and the at least one electronic component (36, 38) directly mounted to the cold plate (28; and wherein the cold plate includes at least one fluid passageway, the at least one fluid passageway having an inlet configured for being in communication with a source of cooling fluid when in use. a cold plate; at least one electronic component (40, 42) mounted to the cold plate by an intermediate thermoelectric cooler (44, 46); at least one electronic component (36, 38) directly mounted to the cold plate without an intermediate thermoelectric cooler; wherein the at least one electronic component (40, 42) mounted to the cold plate by the thermoelectric cooler (44, 46) has a lower maximum operating temperature rating than the at least one electronic component (36, 38) directly mounted to the cold plate; wherein the cold plate includes a cutout between the at least one electronic component (40, 42) mounted to the cold plate by the thermoelectric cooler (44, 46) and the at least one electronic component (36, 38) directly mounted to the cold plate (28; and wherein the cold plate includes at least one fluid passageway, the at least one fluid passageway having an inlet configured for being in communication with a source of cooling fluid when in use.