mhurhangee/ep-ind-claims huggingface dataset:
A method for generating power from biomass comprising a gasification process involving the gasification of biomass in the presence of compressed air to produce a combustible fuel gas and a power generation process involving combustion of said combustible fuel gas to produce a combustion exhaust gas which is fed to a power generator to generate power and a generator exhaust gas, wherein the method further comprises placing compressed air in thermal contact with said generator exhaust gas to facilitate heat transfer between said compressed air and said generator exhaust gas, and feeding a first portion of compressed air that has thermally contacted the generator exhaust gas to the gasification process to assist in gasification of further biomass, wherein said generator exhaust gas is placed in thermal contact with further combustible fuel gas produced in said gasification process to facilitate heat transfer between said generator exhaust gas and said further combustible fuel gas produced in said gasification process; and wherein said generator exhaust gas has a temperature that is higher than said further combustible fuel gas prior to said further combustible fuel gas being placed in thermal contact with said generator exhaust gas to facilitate heat transfer from said generator exhaust gas to said further combustible fuel gas.
Aqueous dispersion of supramolecular polyalkene polymer particles with a surfactant system chosen from: 1) at least one anionic surfactant optionally combined with at least one non-ionic surfactant, with the exclusion of the surfactant system containing only dodecyl sulfate and/or an alkali metal salt of dodecyl sulfate; 2) at least one cationic surfactant, optionally combined with at least one non-ionic surfactant; 3) at least one non-ionic surfactant having an HLB greater than 10 or a mixture of non-ionic surfactants, said mixture having an HLB greater than 10, without being combined with an ionic surfactant; being understood that the polyalkene supramolecular polymer is a polymer including in its structure at least one polyalkene portion and at least one portion including at least one group that can form at least three hydrogen bonds, preferably four hydrogen bonds. 1) at least one anionic surfactant optionally combined with at least one non-ionic surfactant, with the exclusion of the surfactant system containing only dodecyl sulfate and/or an alkali metal salt of dodecyl sulfate; 2) at least one cationic surfactant, optionally combined with at least one non-ionic surfactant; 3) at least one non-ionic surfactant having an HLB greater than 10 or a mixture of non-ionic surfactants, said mixture having an HLB greater than 10, without being combined with an ionic surfactant; being understood that the polyalkene supramolecular polymer is a polymer including in its structure at least one polyalkene portion and at least one portion including at least one group that can form at least three hydrogen bonds, preferably four hydrogen bonds.
A handheld milling machine, in particular for milling grooves in composite components, comprising a base body, which in particular comprises a base plate, and a machine part which comprises a driven milling tool, wherein the base body comprises a fixed-position housing for the milling tool; and wherein the machine part comprising the milling tool is movably supported at the base body to at least partly move the milling tool out of an opening of the housing for dipping into a workpiece, characterized in that the milling tool is arranged between a base plate of the base body and a support element which is provided outside the housing and which can be placed onto a workpiece surface, with the support element having a sliding surface which faces the workpiece and which is displaced to the front by an additional safety allowance with respect to a support surface of the base plate, viewed in a dipping direction.
A fire suppression system, comprising: a plurality of straps, wherein at least one of the plurality of straps is connected to several other of the plurality of straps; a plurality of attachment members, wherein each respective attachment member is connected to a different strap; and a plurality of fire suppression modules, wherein one or more of the plurality of fire suppression modules are connected to at least one of the plurality of straps, and wherein at least two of the fire suppressant modules respectively comprise: a base member configured to receive protrusions; a cap member connected to the base member, wherein the cap member defines a stress riser and defines the protrusions configured to be engaged into the base member, and wherein the base member and the cap member cooperate to form an enclosure; and a fire suppressant, wherein the fire suppressant comprises a fire retardant powder and is positioned within the enclosure. a plurality of straps, wherein at least one of the plurality of straps is connected to several other of the plurality of straps; a plurality of attachment members, wherein each respective attachment member is connected to a different strap; and a plurality of fire suppression modules, wherein one or more of the plurality of fire suppression modules are connected to at least one of the plurality of straps, and wherein at least two of the fire suppressant modules respectively comprise: a base member configured to receive protrusions; a cap member connected to the base member, wherein the cap member defines a stress riser and defines the protrusions configured to be engaged into the base member, and wherein the base member and the cap member cooperate to form an enclosure; and a fire suppressant, wherein the fire suppressant comprises a fire retardant powder and is positioned within the enclosure. a base member configured to receive protrusions; a cap member connected to the base member, wherein the cap member defines a stress riser and defines the protrusions configured to be engaged into the base member, and wherein the base member and the cap member cooperate to form an enclosure; and a fire suppressant, wherein the fire suppressant comprises a fire retardant powder and is positioned within the enclosure.
A method of manufacturing a kink-resistant sheath, comprising: coating a mandrel with a first layer of plastic material to form an inner layer; placing a braid over the inner layer; placing a spring reinforcement over the braid; and placing a second layer of plastic material over the spring reinforcement to form an outer layer of a spring-reinforced sheath. coating a mandrel with a first layer of plastic material to form an inner layer; placing a braid over the inner layer; placing a spring reinforcement over the braid; and placing a second layer of plastic material over the spring reinforcement to form an outer layer of a spring-reinforced sheath.
A process of production of 4-acetoxy-2-methyl-butanal which comprises the hydrogenation of 4-acetoxy-2-methyl-2-butenal in a polar solvent, wherein the hydrogenation is carried out by using a non-acid catalytic system.
An apparatus comprising: a casing configured to enable a plurality of memory cards to be removably inserted into the casing; contact pads located within the casing configured to enable an electrical connection to be established between the contact pads and at least one memory card when the plurality of memory cards are inserted within the casing; at least one mounting portion configured to enable the apparatus to be mounted on a circuit board such that a first portion of the apparatus is positioned above the circuit board and a second portion of the apparatus is positioned below the circuit board wherein the mounting portion is provided on an outer side of the casing; wherein the casing is configured to receive a memory card holder wherein the memory card holder is configured to hold the plurality of memory cards; and wherein the memory card holder forms part of the outer casing of a device when the memory card holder is inserted fully into the apparatus. a casing configured to enable a plurality of memory cards to be removably inserted into the casing; contact pads located within the casing configured to enable an electrical connection to be established between the contact pads and at least one memory card when the plurality of memory cards are inserted within the casing; at least one mounting portion configured to enable the apparatus to be mounted on a circuit board such that a first portion of the apparatus is positioned above the circuit board and a second portion of the apparatus is positioned below the circuit board wherein the mounting portion is provided on an outer side of the casing; wherein the casing is configured to receive a memory card holder wherein the memory card holder is configured to hold the plurality of memory cards; and wherein the memory card holder forms part of the outer casing of a device when the memory card holder is inserted fully into the apparatus.
Process to manufacture edible aerated water-in-oil emulsion comprising: • from 0.5 to 50 wt. % of micronized fat powder comprising hardstock fat; • from 10 to 85 wt. % of liquid oil; • from 10 to 85 wt. % of water-phase; • from 2 to 100 vol. % of gas-phase; ∘ wherein the gas has an average solubility in water at 20 degrees Celsius and at 1 bar of pressure of at most 0.75 gram gas per kg water; and ∘ wherein the gas has an average solubility in sunflower oil at 20 degrees Celsius and at 1 bar of pressure of at most 0.75 gram gas per kg oil; wherein the liquid oil, the water-phase and the gas-phase are pre-emulsified; and the micronized fat powder is added during or after said emulsification, wherein the micronized fat powder is not subjected to temperatures at which the hardstock substantially melts; to provide the edible aerated water-in-oil emulsion; wherein neither hydrophobins nor sugar fatty esters are present. • from 0.5 to 50 wt. % of micronized fat powder comprising hardstock fat; • from 10 to 85 wt. % of liquid oil; • from 10 to 85 wt. % of water-phase; • from 2 to 100 vol. % of gas-phase; ∘ wherein the gas has an average solubility in water at 20 degrees Celsius and at 1 bar of pressure of at most 0.75 gram gas per kg water; and ∘ wherein the gas has an average solubility in sunflower oil at 20 degrees Celsius and at 1 bar of pressure of at most 0.75 gram gas per kg oil; wherein the liquid oil, the water-phase and the gas-phase are pre-emulsified; and the micronized fat powder is added during or after said emulsification, wherein the micronized fat powder is not subjected to temperatures at which the hardstock substantially melts; ∘ wherein the gas has an average solubility in water at 20 degrees Celsius and at 1 bar of pressure of at most 0.75 gram gas per kg water; and ∘ wherein the gas has an average solubility in sunflower oil at 20 degrees Celsius and at 1 bar of pressure of at most 0.75 gram gas per kg oil; to provide the edible aerated water-in-oil emulsion; wherein neither hydrophobins nor sugar fatty esters are present.
Roof system for a passenger motor vehicle which, in the assembled state, is fitted into a roof cutout in a roof region of the passenger vehicle and is connected fixedly to corresponding portions of a vehicle body in the roof region, with a support frame which supports at least one roof element (4a, 5a) and with a drainage system which has at least one water gutter, wherein the water gutter is provided at least over part of its length with a plurality of anti-surge bodies (9a, 9c) which are spaced apart from one another in the longitudinal direction of the water gutter (7a, 7c), are each extended over a partial region of a width and/or a height of the water gutter (7a, 7c) and leave free at least a partial portion of a base (10a, 13) of the water gutter (7a, 7c), characterized in that the anti-surge bodies are designed as cylindrical flow posts which protrude upward from a base of the water gutter.
A steering engagement mechanism for a vehicle comprising at least one wheel having a steering axis and the vehicle comprising a steering input for steering the vehicle, the steering engagement mechanism comprising a steering engaged configuration for enabling the at least one wheel to be steered and a steering disengaged configuration for enabling the at least one wheel to castor, the steering engagement mechanism being configured to be convertible between the steering engaged configuration and the steering disengaged configuration and wherein the steering engagement mechanism is configured such that, when the steering engagement mechanism is converted from the steering disengaged configuration to the steering engaged configuration, the at least one wheel is caused to rotate about the steering axis of the at least one wheel so as to align with the steering input; characterised in that the steering engagement mechanism is configured to be converted from the steering disengaged configuration to the steering engaged configuration upon deployment, such as by rotation, of a steering tiller.
An automotive glass product, comprising: a glazing comprising first and second glass substrates (110,112) bonded together by at least one interlayer; a first obscuration providing a first image; and a second obscuration providing a second image separated in space from the first image, wherein the first image and the second image are at least partially aligned at an angle through the glass product, and wherein the first image and the second image provide a three-dimensional pictograph from at least one viewing angle. a glazing comprising first and second glass substrates (110,112) bonded together by at least one interlayer; a first obscuration providing a first image; and a second obscuration providing a second image separated in space from the first image, wherein the first image and the second image are at least partially aligned at an angle through the glass product, and wherein the first image and the second image provide a three-dimensional pictograph from at least one viewing angle.
A method in a base station for determining an integrity of an air interface between the base station and a user equipment, which base station and which user equipment are comprised in a packet switched network, the method comprising: - configuring (201, 41, 51, 601) in the base station an internet protocol host with a first internet protocol address in the same domain as a second internet protocol address of the user equipment, - defining (202, 42, 51, 602) a data radio bearer between the base station and the user equipment, which data radio bearer is limited to the air interface between the base station and the user equipment, - sending (204, 53, 54, 43, 44, 603) a test data to the user equipment in the defined data radio bearer, wherein the test data is sent on an internet protocol level from the first internet protocol address to the second internet protocol address, - receiving (206, 46, 47, 56, 57, 604) a response associated with the test data from the user equipment, and - determining (207, 47, 57, 605) an integrity of the air interface based on the response. - configuring (201, 41, 51, 601) in the base station an internet protocol host with a first internet protocol address in the same domain as a second internet protocol address of the user equipment, - defining (202, 42, 51, 602) a data radio bearer between the base station and the user equipment, which data radio bearer is limited to the air interface between the base station and the user equipment, - sending (204, 53, 54, 43, 44, 603) a test data to the user equipment in the defined data radio bearer, wherein the test data is sent on an internet protocol level from the first internet protocol address to the second internet protocol address, - receiving (206, 46, 47, 56, 57, 604) a response associated with the test data from the user equipment, and - determining (207, 47, 57, 605) an integrity of the air interface based on the response.
Steam cleaning apparatus floor nozzle for a steam cleaning apparatus, the steam cleaning apparatus comprising a storage tank for a liquid, a steam generating device in fluid communication with the storage tank, for generating a liquid steam, and a connecting conduit in fluid communication with the steam generating device, which steam cleaning apparatus floor nozzle comprises a nozzle body having at least one steam outlet opening and comprises a connection element coupled, in particular articulately coupled, to the nozzle body and defining a connection element channel and having a coupling section, said coupling section being temporarily coupleable or permanently coupled to the in particular hose-like or tube-like connecting conduit in fluid communication with the steam generating device, which steam cleaning apparatus floor nozzle further comprises a rotary joint defining an axis of rotation for rotating the coupling section and the nozzle body relative to each other about the axis of rotation, a tilt joint defining a tilt axis transverse to the axis of rotation for pivoting the coupling section and the nozzle body relative to each other about the tilt axis, and a brake device that interacts with the tilt joint for applying a braking force or a braking torque to the tilt joint against the action of which the coupling section and the nozzle body are pivotable relative to each other about the tilt axis, wherein the connection element comprises a tilt joint section which is coupled to the nozzle body for pivotal movement about the tilt axis to form the tilt joint, characterized in that the tilt joint section and the coupling section are coupled to each other for rotational movement relative to one another about the axis of rotation.
Interchangeable nozzle tip for a dental powder jet device and for the subgingival treatment of a tooth, having an elongate body divided into a first and a second longitudinal portion, the first longitudinal portion including a connection interface for detachable attachment to the powder jet device and the second longitudinal portion including an inner channel for a powder-air mixture and an outer lateral surface, the second longitudinal portion having a circular cross-section, and a single outlet opening for the powder-air mixture on the outer lateral surface of the second longitudinal portion, into which the inner channel opens, characterized in that at least one water guide element extending in the longitudinal direction is provided on the outer lateral surface of the second longitudinal portion, and the first longitudinal portion includes at least one opening for water in its region facing the second longitudinal portion, wherein the at least one opening opens into the at least one water guide element. an elongate body divided into a first and a second longitudinal portion, the first longitudinal portion including a connection interface for detachable attachment to the powder jet device and the second longitudinal portion including an inner channel for a powder-air mixture and an outer lateral surface, the second longitudinal portion having a circular cross-section, and a single outlet opening for the powder-air mixture on the outer lateral surface of the second longitudinal portion, into which the inner channel opens, characterized in that at least one water guide element extending in the longitudinal direction is provided on the outer lateral surface of the second longitudinal portion, and the first longitudinal portion includes at least one opening for water in its region facing the second longitudinal portion, wherein the at least one opening opens into the at least one water guide element.
A compressor (1, 101), comprising: a casing for storing lubricating oil in a bottom part; a compression mechanism accommodated in an interior of the casing; an oil separator for separating out the lubricating oil from high-pressure refrigerant discharged from the compression mechanism, the oil separator being installed on an exterior of the casing; an oil return passage (96, 196) through which the lubricating oil separated out by the oil separator flows, the oil return passage communicating with a high-pressure space which is formed in the interior of the casing and into which the high-pressure refrigerant flows; and an ejector mechanism (91, 191) formed in the high-pressure space; the ejector mechanism having: a refrigerant-accelerating flow path (95a, 195a) in which the high-pressure refrigerant flows via a narrowed part (94, 194), whereby a flow rate of the high-pressure refrigerant is increased; and an oil suction flow path (95b, 195b) communicating with the oil return passage and merging with the refrigerant-accelerating flow path, the lubricating oil being sucked from the oil return passage into the oil suction flow path. a casing for storing lubricating oil in a bottom part; a compression mechanism accommodated in an interior of the casing; an oil separator for separating out the lubricating oil from high-pressure refrigerant discharged from the compression mechanism, the oil separator being installed on an exterior of the casing; an oil return passage (96, 196) through which the lubricating oil separated out by the oil separator flows, the oil return passage communicating with a high-pressure space which is formed in the interior of the casing and into which the high-pressure refrigerant flows; and an ejector mechanism (91, 191) formed in the high-pressure space; the ejector mechanism having: a refrigerant-accelerating flow path (95a, 195a) in which the high-pressure refrigerant flows via a narrowed part (94, 194), whereby a flow rate of the high-pressure refrigerant is increased; and an oil suction flow path (95b, 195b) communicating with the oil return passage and merging with the refrigerant-accelerating flow path, the lubricating oil being sucked from the oil return passage into the oil suction flow path.
A gas turbine combustor assembly comprising: a casing defining an external boundary of the combustor assembly; a plurality fuel nozzles disposed in the casing and coupled with a fuel supply; a liner receiving fuel and air from the fuel nozzles, the liner defining a combustion zone; a flow sleeve disposed between the liner and the casing, the flow sleeve distributing compressor discharge air to a head end of the combustor assembly and cooling the liner; a transition piece coupled with the liner and delivering products of combustion to a turbine; a resonator disposed adjacent the flow sleeve upstream of the transition piece, the resonator attenuating combustion dynamics; and characterised in that the gas turbine combustor assembly further comprises an annular passage between the flow sleeve and the casing, wherein the resonator is disposed in the annular passage. a casing defining an external boundary of the combustor assembly; a plurality fuel nozzles disposed in the casing and coupled with a fuel supply; a liner receiving fuel and air from the fuel nozzles, the liner defining a combustion zone; a flow sleeve disposed between the liner and the casing, the flow sleeve distributing compressor discharge air to a head end of the combustor assembly and cooling the liner; a transition piece coupled with the liner and delivering products of combustion to a turbine; a resonator disposed adjacent the flow sleeve upstream of the transition piece, the resonator attenuating combustion dynamics; and characterised in that the gas turbine combustor assembly further comprises an annular passage between the flow sleeve and the casing, wherein the resonator is disposed in the annular passage.