mhurhangee/ep-ind-claims huggingface dataset:
A skirt for a rotary projector of a coating product intended to project a jet of coating product on a surface to be covered, the skirt having a plurality of air ejection nozzles (40, 42, 44, 46) arranged in said skirt to eject jets of air forming a shaping air suitable for shaping the jet of coating product, the air ejection nozzles (40, 42, 44, 46) comprising at least three separate series of nozzles (41, 43, 45, 47), each series of nozzles (41, 43, 45, 47) consisting of a plurality of air ejection nozzles (40, 42, 44, 46) fluidly connected to a shared supply chamber (40A, 42A, 44A, 46A), specific to said series of nozzles (41, 43, 45, 47), characterized in that the air ejection nozzles (40, 42, 44, 46) comprise a first group of nozzles, consisting of at least a first series of nozzles (41, 43) from among the series of nozzles (41, 43, 45, 47), and a second group of nozzles, consisting of at least a second series of nozzles (45, 47) from among the series of nozzles (41, 43, 45, 47), the or each first series of nozzles (41, 43) being separate from the or each second series of nozzles (45, 47), the first group of nozzles being such that, when the or each first series of nozzles (41, 43) is supplied with air, the nozzles (40, 42) of the or each first series of nozzles (41, 43) eject first jets of air together forming a first shaping air suitable for shaping the jet of coating product in a narrow manner, and the second group of nozzles being such that, when the or each second series of nozzles (45, 47) is supplied with air, the nozzles of the or each second series of nozzles (45, 47) eject second jets of air together forming a second shaping air suitable for shaping the jet of coating product in a wide manner.
A phenyl triazole derivative which is 1-[6-[[5-(2-fluorophenyl)-3-methyl-triazol-4-yl]methoxy]-3-pyridyl]imidazole-4-carbonitrile; or a pharmaceutically acceptable salt, a polymorph, or a hydrate thereof. 1-[6-[[5-(2-fluorophenyl)-3-methyl-triazol-4-yl]methoxy]-3-pyridyl]imidazole-4-carbonitrile; or a pharmaceutically acceptable salt, a polymorph, or a hydrate thereof.
A silicone-treated powder comprising a powder coated on the surface thereof with a silicone compound, characterized in that the silicone-treated powder has no active functional groups absorbed on the surface thereof, wherein an amount of hydrogen generated by Si-H groups remained on the surface of the silicone-treated powder is not more than 0.2 ml/g of treated powder and a contact angle of water with the treated powder is at least 100°.
A plant for synthesis of urea with a carbon dioxide stripping process, comprising a natural-circulation synthesis loop, said loop including at least a urea reactor, a stripper and a condenser, said reactor, stripper and condenser operating substantially at the same elevated pressure, said loop comprising also a reactor effluent flow line, connecting said urea reactor to said stripper, characterized in that: the plant comprises means for directly or indirectly detecting the flow rate and/or the direction of the flow in said reactor effluent flow line. the plant comprises means for directly or indirectly detecting the flow rate and/or the direction of the flow in said reactor effluent flow line.
A heliport (100; 200; 300; 400; 500) comprising: a building having a ground level portion (102; 202; 302; 402; 502), a roof level portion, and a plurality of side portions that extend between the ground level portion and the roof level portion; wherein the heliport comprises at least one helipad platform (130; 216; 312; 418; 516); the at least one helipad platform including at least one set of helipad markings; characterized in that the at least one helipad platform extends outwardly from a side portion of the building at a vertical level between the ground level and roof level portions and is being positioned with respect to the building in a manner that allows the landing and take-off of vertical take-off and landing aircraft. a building having a ground level portion (102; 202; 302; 402; 502), a roof level portion, and a plurality of side portions that extend between the ground level portion and the roof level portion; wherein the heliport comprises at least one helipad platform (130; 216; 312; 418; 516); the at least one helipad platform including at least one set of helipad markings; characterized in that the at least one helipad platform extends outwardly from a side portion of the building at a vertical level between the ground level and roof level portions and is being positioned with respect to the building in a manner that allows the landing and take-off of vertical take-off and landing aircraft.
A method of blowing and filling a container from a preform, the method comprising: - placing a preform within a mould, the preform assuming the shape of a cylindrical tube closed at its bottom end and open at its opposite end; - stretching the preform, - injecting a liquid into the preform after the stretching has started so as to cause expansion of the preform within the mould, thereby obtaining a blown and filled container, - capping the blown and filled container, characterized in that the capping is performed within a predetermined period of time after said blown and filled container is obtained so as to build up a pressure lying between 0.3 and 1.5 bar inside the capped container, in order for the capped container to better withstand external forces and loads, the capping being performed between 1 second and 2 minutes after obtaining the blown and filled container, whereby the rise in inner pressure is caused by shrinkage of the capped container. - placing a preform within a mould, the preform assuming the shape of a cylindrical tube closed at its bottom end and open at its opposite end; - stretching the preform, - injecting a liquid into the preform after the stretching has started so as to cause expansion of the preform within the mould, thereby obtaining a blown and filled container, - capping the blown and filled container,
A method for demulsifying an emulsified petroleum source having a predetermined resin-to-asphaltene ratio without substantial aggregation or precipitation of asphaltenes, the method comprising: adding a resin supplement to the emulsified petroleum source to form a resin-supplemented emulsion having a resin-to-asphaltene ratio above a predetermined critical value; adjusting an acidic-to-basic ratio of acidic functional groups to basic functional groups in the supplemented emulsion to be from about 0.25 to about 4.0; contacting the resin-supplemented emulsion with carbon dioxide to form an initial mixture, the initial mixture having an emulsified oil phase and an emulsified aqueous phase, the carbon dioxide being chosen from subcritical carbon dioxide or supercritical carbon dioxide; stabilizing the initial mixture to facilitate rupture of the resin-supplemented emulsion; forming a phase-separated mixture from the initial mixture, the phase-separated mixture comprising a separated aqueous phase and a separated oil phase; and removing the separated oil phase from the phase-separated mixture, wherein the resin-to-asphaltene ratio being above the predetermined critical value in the resin-supplemented emulsion maintains asphaltene suspension in the resin-supplemented emulsion, the initial mixture, the phase-separated mixture, and the separated oil phase removed from the phase-separated mixture. adding a resin supplement to the emulsified petroleum source to form a resin-supplemented emulsion having a resin-to-asphaltene ratio above a predetermined critical value; adjusting an acidic-to-basic ratio of acidic functional groups to basic functional groups in the supplemented emulsion to be from about 0.25 to about 4.0; contacting the resin-supplemented emulsion with carbon dioxide to form an initial mixture, the initial mixture having an emulsified oil phase and an emulsified aqueous phase, the carbon dioxide being chosen from subcritical carbon dioxide or supercritical carbon dioxide; stabilizing the initial mixture to facilitate rupture of the resin-supplemented emulsion; forming a phase-separated mixture from the initial mixture, the phase-separated mixture comprising a separated aqueous phase and a separated oil phase; and removing the separated oil phase from the phase-separated mixture,
A high-temperature lubricant for the hot processing of metals consisting of a mixture of fine-powder materials, wherein the mixture includes at least the following constituents: (a) a secondary and/or tertiary calcium phosphate compound selected from hydroxyapatite [Ca 5 (PO 4) 3 OH] and tricalcium phosphate [Ca 3 (PO 4) 2], (b) a fatty acid or a fatty acid salt, (c) boric acid, a boric acid salt (borate) and/or a mineral containing boric acid salt (borate), and (d) alkali polyphosphates and/or alkali pyrophosphates and/or alkali metaphosphates in an amount of 60 to 95 % by weight in the mixture, and wherein the constituents of the mixture have a mean grain size of ≤ 150 μm and the lubricant does not contain any addition of graphite. (a) a secondary and/or tertiary calcium phosphate compound selected from hydroxyapatite [Ca 5 (PO 4) 3 OH] and tricalcium phosphate [Ca 3 (PO 4) 2], (b) a fatty acid or a fatty acid salt, (c) boric acid, a boric acid salt (borate) and/or a mineral containing boric acid salt (borate), and (d) alkali polyphosphates and/or alkali pyrophosphates and/or alkali metaphosphates in an amount of 60 to 95 % by weight in the mixture, and wherein the constituents of the mixture have a mean grain size of ≤ 150 μm and the lubricant does not contain any addition of graphite.
A control circuit to control a training device, wherein the training device has a drive, configured to advance the training device, the control circuit having • an interface configured to receive a physiological parameter of a user of the control circuit; • wherein the control circuit is configured to specify a speed of the drive on the basis of the physiological parameter received, wherein the control circuit is also configured to specify the speed such that the physiological parameter lies in a specified range, wherein the specified range is variable with a continuing training time and/or is variable with a training distance covered. • an interface configured to receive a physiological parameter of a user of the control circuit; • wherein the control circuit is configured to specify a speed of the drive on the basis of the physiological parameter received,
A tracking unit (100; 200) comprising: positioning means for determining a location of the tracking unit; a transceiver unit for communicating at least position data of the tracking unit; a power supplying circuitry for supplying power to the tracking unit; the tracking unit being configured to be paired with a host apparatus, the host apparatus being entitled, in response to said pairing, to send location update requests of the tracking unit to a network address of a positioning application; switch from a first power saving state to an active state after a first predetermined period; send a request to a network address of a positioning application for checking if a location update request has been given by the host apparatus to the tracking unit; in response to a location update request being given, determine the location of the tracking unit and send the position data of the tracking unit to the network address at repeated intervals for a predetermined alarm state period; and in response to the location update request not being given or the expiration of said predetermined alarm state period, switch back to the first power saving state. positioning means for determining a location of the tracking unit; a transceiver unit for communicating at least position data of the tracking unit; a power supplying circuitry for supplying power to the tracking unit; the tracking unit being configured to be paired with a host apparatus, the host apparatus being entitled, in response to said pairing, to send location update requests of the tracking unit to a network address of a positioning application; switch from a first power saving state to an active state after a first predetermined period; send a request to a network address of a positioning application for checking if a location update request has been given by the host apparatus to the tracking unit; in response to a location update request being given, determine the location of the tracking unit and send the position data of the tracking unit to the network address at repeated intervals for a predetermined alarm state period; and in response to the location update request not being given or the expiration of said predetermined alarm state period, switch back to the first power saving state.
A flow battery, comprising: a first electrode and a second electrode, a membrane and a solution having a reversible redox couple reactant, wherein the solution wets the membrane, said membrane: having an area specific resistance of less than four hundred twenty five milliohms - square centimeter across the membrane; being operable to transfer ionic current between the first electrode and the second electrode at a current density greater than one hundred milliamps per square centimetre; having a thickness of less than one hundred twenty five micrometers; and wherein the membrane is an ion exchange membrane constructed from a single layer of perfluoroalkyl sulfonimide ionomer. a first electrode and a second electrode, a membrane and a solution having a reversible redox couple reactant, wherein the solution wets the membrane, said membrane: having an area specific resistance of less than four hundred twenty five milliohms - square centimeter across the membrane; being operable to transfer ionic current between the first electrode and the second electrode at a current density greater than one hundred milliamps per square centimetre; having a thickness of less than one hundred twenty five micrometers; and having an area specific resistance of less than four hundred twenty five milliohms - square centimeter across the membrane; being operable to transfer ionic current between the first electrode and the second electrode at a current density greater than one hundred milliamps per square centimetre; having a thickness of less than one hundred twenty five micrometers; and wherein the membrane is an ion exchange membrane constructed from a single layer of perfluoroalkyl sulfonimide ionomer.
A molded snowshoe with terrain adaptation, comprising: a molded snowshoe body in at least two sections (12, 14), the snowshoe body having a large opening in a forward portion of the snowshoe body with a crampon/boot binding assembly for a user's boot supported in the opening, the at least two sections (12, 14) including a forward section extending through a nose region of the snowshoe, and an aft section connected to the forward section, the two sections (12, 14) being connected together at left and right narrow rims on either side of the large central opening of the snowshoe body, in a pair of joints that provide for torsional, warping flexibility of the snowshoe body between the forward and aft sections (12, 14); and a left elongated metal traction rail secured to the aft section of the snowshoe body and secured to the forward section of the snowshoe body such that the left metal rail extends across a left one of the pair of joints in the left narrow rim and a right elongated metal traction rail secured to the aft section of the snowshoe body and secured to the forward section of the snowshoe body such that the right metal rail extends across a right one of the pair of joints in the right narrow rim, said elongated traction rails are secured to the bottom of the snowshoe body. a molded snowshoe body in at least two sections (12, 14), the snowshoe body having a large opening in a forward portion of the snowshoe body with a crampon/boot binding assembly for a user's boot supported in the opening, the at least two sections (12, 14) including a forward section extending through a nose region of the snowshoe, and an aft section connected to the forward section, the two sections (12, 14) being connected together at left and right narrow rims on either side of the large central opening of the snowshoe body, in a pair of joints that provide for torsional, warping flexibility of the snowshoe body between the forward and aft sections (12, 14); and a left elongated metal traction rail secured to the aft section of the snowshoe body and secured to the forward section of the snowshoe body such that the left metal rail extends across a left one of the pair of joints in the left narrow rim and a right elongated metal traction rail secured to the aft section of the snowshoe body and secured to the forward section of the snowshoe body such that the right metal rail extends across a right one of the pair of joints in the right narrow rim, said elongated traction rails are secured to the bottom of the snowshoe body.
A drug delivery device, comprising: a needle assembly including a needle carrier, a needle hub moveable relative to the needle carrier, and a needle coupled to the needle hub; a drug device having a container with a septum disposed at a container end opening and a carrier drive element, the needle carrier removably coupleable to the drug device; and a deployment trigger configured to activate the carrier drive element to move the needle hub distally from a retracted needle hub position to an extended needle hub position and to move the needle distally relative to the septum from a retracted needle position to an extended needle position. a needle assembly including a needle carrier, a needle hub moveable relative to the needle carrier, and a needle coupled to the needle hub; a drug device having a container with a septum disposed at a container end opening and a carrier drive element, the needle carrier removably coupleable to the drug device; and a deployment trigger configured to activate the carrier drive element to move the needle hub distally from a retracted needle hub position to an extended needle hub position and to move the needle distally relative to the septum from a retracted needle position to an extended needle position.
Powder for use in a layer-by-layer process for producing mouldings by selectively melting regions of the respective powder layer through introduction of electromagnetic energy, comprising composite particles which are produced from core particles completely or partially coated with a precipitated polymer, where the d 50 median diameter of the core particles is 1 μm or greater and the ratio of the d 50 median diameter of the composite particles to the d 50 median diameter of the core particles, determined by means of laser scattering, is 1.15 or greater, where the core particles are selected from metal, metal oxides, excluding titanium dioxide, metal nitrides and semimetal nitrides and the precipitatable polymer is selected from polyolefin, polyethylene, polypropylene, polyvinyl chloride, polyacetal, polystyrene, polyimide, polysulphone, poly(N-methylmethacrylimide) (PMMI), polymethyl methacrylate (PMMA), polyvinylidene fluoride (PVDF), ionomer, polyether ketone, polyaryl ether ketone, polyamide, copolyamide and mixtures thereof, in particular a mixture of homo- and copolyamide; preferably polyamide, particularly preferably nylon-11, nylon-12 and polyamides having more than 12 aliphatically bonded carbon atoms per carbonamide group.
An assembly comprising a clip for grounding, a grounding processing object, a nonconductive attachment object and a reference potential member, wherein the clip for grounding comprises: a grommet member made of a conductive resin, electrically connected to the grounding processing object, and fitted into an attachment hole formed in the nonconductive attachment object so as to link the grounding processing object to the attachment object; and a contact member made of metal, assembled with the grommet member, and including an elastic contact portion relative to the reference potential member positioned on a fitting tip side (Fw) of the grommet member, characterized in that the grounding processing object is a cap of a fuel filling aperture of an automobile and a conductive tether connected to the cap, the attachment object is a fuel-filling-aperture forming member wherein an inside thereof is an insertion space for a fueling gun, and the reference potential member is a body panel of the automobile. a grommet member made of a conductive resin, electrically connected to the grounding processing object, and fitted into an attachment hole formed in the nonconductive attachment object so as to link the grounding processing object to the attachment object; and a contact member made of metal, assembled with the grommet member, and including an elastic contact portion relative to the reference potential member positioned on a fitting tip side (Fw) of the grommet member, characterized in that the grounding processing object is a cap of a fuel filling aperture of an automobile and a conductive tether connected to the cap, the attachment object is a fuel-filling-aperture forming member wherein an inside thereof is an insertion space for a fueling gun, and the reference potential member is a body panel of the automobile.
A feederhouse for an agricultural combine, comprising: drive wheels located at the rear of the feederhouse, a front conveyor drum having a longitudinal axis, the front conveyor drum being elongate and hollow and configured to rotate around the longitudinal axis, and an endless belt conveyor with two endless and spaced-apart elastomer embedded fabric belts that are driven by the drive wheels and extend around the front conveyor drum in spaced-apart relation, wherein the front conveyor drum comprises belt retainers fixed to the drum to maintain the belts in a proper operating position on the drum and a plurality of cogs coupled to the front conveyor drum, the cogs configured to engage and be driven by mating cogs extending inwardly from an inner surface of the belts, characterized in that the cogs are semicircular in a cross-section that is taken perpendicular to the longitudinal axis and fixed to the surface of the drum. drive wheels located at the rear of the feederhouse, a front conveyor drum having a longitudinal axis, the front conveyor drum being elongate and hollow and configured to rotate around the longitudinal axis, and an endless belt conveyor with two endless and spaced-apart elastomer embedded fabric belts that are driven by the drive wheels and extend around the front conveyor drum in spaced-apart relation, wherein the front conveyor drum comprises belt retainers fixed to the drum to maintain the belts in a proper operating position on the drum and a plurality of cogs coupled to the front conveyor drum, the cogs configured to engage and be driven by mating cogs extending inwardly from an inner surface of the belts, characterized in that the cogs are semicircular in a cross-section that is taken perpendicular to the longitudinal axis and fixed to the surface of the drum.