mhurhangee/ep-ind-claims huggingface dataset:
A battery charging control system, comprising: an alternator that operates utilizing kinetic energy of a motor or a wheel of a vehicle and has a variable generation voltage; a plurality of batteries (102, 103) having different charging voltages; characterized by first calculation means (20, S103) for calculating for each battery (102, 103) the maximum generation power defined as the highest generation power that said alternator can generate at a charging voltage suitable for said battery (102, 103), using the rotation speed of said alternator as a parameter; second calculation means (20, S104) for calculating for each battery (102, 103) the maximum charging power defined as the highest charging power that said battery (102, 103) can accept, using the state of charge of said battery (102, 103) as a parameter; obtaining means (20, S107) for obtaining for each battery (102, 103) the chargeable power defined as power that can be supplied to said battery (102, 103) from said alternator by comparing said maximum generation power and said maximum charging power of said battery (102, 103); selection means (20, S108) for selecting a battery (102, 103) for which the chargeable power obtained by said obtaining means (20, S107) is highest among said plurality of batteries (102, 103); and control means (20, S109, S110) for controlling said alternator in such a way that the battery (102, 103) selected by said selection means (20, S108) is charged. an alternator that operates utilizing kinetic energy of a motor or a wheel of a vehicle and has a variable generation voltage; a plurality of batteries (102, 103) having different charging voltages; characterized by first calculation means (20, S103) for calculating for each battery (102, 103) the maximum generation power defined as the highest generation power that said alternator can generate at a charging voltage suitable for said battery (102, 103), using the rotation speed of said alternator as a parameter; second calculation means (20, S104) for calculating for each battery (102, 103) the maximum charging power defined as the highest charging power that said battery (102, 103) can accept, using the state of charge of said battery (102, 103) as a parameter; obtaining means (20, S107) for obtaining for each battery (102, 103) the chargeable power defined as power that can be supplied to said battery (102, 103) from said alternator by comparing said maximum generation power and said maximum charging power of said battery (102, 103); selection means (20, S108) for selecting a battery (102, 103) for which the chargeable power obtained by said obtaining means (20, S107) is highest among said plurality of batteries (102, 103); and control means (20, S109, S110) for controlling said alternator in such a way that the battery (102, 103) selected by said selection means (20, S108) is charged.
An environmental control system of an aircraft comprising: a plurality of inlets (20, 22, 28) for receiving a plurality of mediums including a first medium and a second medium; an outlet for delivering a conditioned flow of the second medium to one or more loads of the aircraft; a ram air circuit including a ram air shell having at least one ram air heat exchanger (34, 36) positioned therein; a compressing device arranged in fluid communication with the ram air circuit and the outlet, the compressing device including a first compressor, a second compressor, and at least one turbine operably coupled via a shaft, the first compressor and the second compressor being arranged in parallel with respect to a flow of the second medium and wherein the first medium output from the compressing device is used as a heat sink by another component within the environmental control system; characterized in that the at least one turbine includes a first turbine and a second turbine arranged in series relative to a flow of the first medium; further in that the first medium output from the another component is exhausted overboard. a plurality of inlets (20, 22, 28) for receiving a plurality of mediums including a first medium and a second medium; an outlet for delivering a conditioned flow of the second medium to one or more loads of the aircraft; a ram air circuit including a ram air shell having at least one ram air heat exchanger (34, 36) positioned therein; a compressing device arranged in fluid communication with the ram air circuit and the outlet, the compressing device including a first compressor, a second compressor, and at least one turbine operably coupled via a shaft, the first compressor and the second compressor being arranged in parallel with respect to a flow of the second medium and wherein the first medium output from the compressing device is used as a heat sink by another component within the environmental control system; characterized in that the at least one turbine includes a first turbine and a second turbine arranged in series relative to a flow of the first medium; further in that the first medium output from the another component is exhausted overboard.
An apparatus for modulating a vagus nerve within a body of a patient, the apparatus comprising: - a source of energy configured for generating an electric field comprising bursts of 2-20 pulses with each pulse about 200-1000 microseconds in duration; - one or more electrodes coupled to the source of energy; and - an interface coupled to the one or more electrodes and configured to be positioned against an outer skin surface of a neck of the patient; - a conduction medium electrically coupling the one or more electrodes with the interface wherein the source of energy is configured to deliver one or more electrical impulses from the electrodes through the conductive medium, the interface and the outer skin surface to the vagus nerve. - a source of energy configured for generating an electric field comprising bursts of 2-20 pulses with each pulse about 200-1000 microseconds in duration; - one or more electrodes coupled to the source of energy; and - an interface coupled to the one or more electrodes and configured to be positioned against an outer skin surface of a neck of the patient; - a conduction medium electrically coupling the one or more electrodes with the interface wherein the source of energy is configured to deliver one or more electrical impulses from the electrodes through the conductive medium, the interface and the outer skin surface to the vagus nerve.
A multilayer ceramic substrate including a section in which a first ceramic layer and a second ceramic layer thinner in thickness than the first ceramic layer are stacked alternately, wherein the first ceramic layer and the second ceramic layer each comprise celsian (BaAl 2 Si 2 O 8), the abundance of celsian is lower in the first ceramic layer than in the second ceramic layer, and the first ceramic layer further includes fresnoite (Ba 2 TiSi 2 O 8), wherein said first ceramic layer includes SiO 2 -BaO-Al 2 O 3 -MnO-TiO 2 type ceramic material, wherein said first ceramic layer includes a main constituent ceramic material containing 20 to 40 weight% of Ba in terms of BaO, 5 to 20 weight% of Al in terms of Al 2 O 3, and 48 to 75 weight% of Si in terms of SiO 2, and includes an accessory constituent ceramic material containing 2 to 10 parts by weight of Mn in terms of MnO and 0.1 to 10 parts by weight of Ti in terms of TiO 2 with respect to 100 parts by weight of the main constituent ceramic material; and wherein said second ceramic layer includes SiO 2 -BaO-Al 2 O 3 -B 2 O 3 type ceramic material, wherein said second ceramic layer includes 40 to 75 weight% of Al 2 O 3 and 25 to 60 weight% of glass containing 10 to 30 weight% of Ba in terms of BaO, 2 to 10 weight% of Al in terms of Al 2 O 3, and 40 to 65 weight% of Si in terms of SiO 2, and 2 to 15 weight% of B in terms of B 2 O 3.
A stent graft for inserting into a blood vessel of a patient, having a hollow cylindrical body with a blood side and a vessel side, wherein the stent graft has the following: a first stent graft portion with a self-expanding stent composed of successive rings of meandering circumferential supports in its longitudinal direction, and with a first prosthesis material secured on the rings and connecting these on the vessel side of the hollow cylindrical body, characterized in that, on each of its rings, the first stent graft portion has two loop-shaped fixing elements (20, 21) which are attached via a common fixing area and which are attached to the supports of the rings in such a way that, due to the fact that they are guided in opposite directions around the hollow cylindrical body, the latter is compressible. a first stent graft portion with a self-expanding stent composed of successive rings of meandering circumferential supports in its longitudinal direction, and with a first prosthesis material secured on the rings and connecting these on the vessel side of the hollow cylindrical body, characterized in that, on each of its rings, the first stent graft portion has two loop-shaped fixing elements (20, 21) which are attached via a common fixing area and which are attached to the supports of the rings in such a way that, due to the fact that they are guided in opposite directions around the hollow cylindrical body, the latter is compressible.
A method of continuous processing of flexible glass ribbon having a thickness of no more than 0.35 mm using a glass processing apparatus, the method comprising: continuously feeding the flexible glass ribbon through the glass processing apparatus, the glass processing apparatus comprising at least three processing zones including a first processing zone, a second processing zone and a third processing zone; and controlling a feed rate of the flexible glass ribbon through each of the first processing zone, second processing zone and third processing zone; and wherein the second processing zone has a conveyance path for the flexible glass ribbon through a cutting zone having a radius of curvature, characterised in that the radius of curvature is from 2.54 metres (100 inches) to 10.16 metres (400 inches), and in that the feed rate is controlled using a global control device. continuously feeding the flexible glass ribbon through the glass processing apparatus, the glass processing apparatus comprising at least three processing zones including a first processing zone, a second processing zone and a third processing zone; and controlling a feed rate of the flexible glass ribbon through each of the first processing zone, second processing zone and third processing zone; and wherein the second processing zone has a conveyance path for the flexible glass ribbon through a cutting zone having a radius of curvature, characterised in that the radius of curvature is from 2.54 metres (100 inches) to 10.16 metres (400 inches), and in that the feed rate is controlled using a global control device.
A catalyst for conversion of carbon monoxide, the catalyst comprising: a plurality of highly dispersed metal particles having a dimension from 2 nm to 5 nm, a solid support, and a capping agent, wherein the metal particles and the capping agent are deposited on said solid support, wherein the metal particles are gold (Au); wherein the capping agent is an amino acid; and wherein the solid support is selected from the group consisting of Al 2 O 3, TiO 2, Fe 2 O 3, CeO 2, CuO, SiO 2 and zeolites.
An integrated FET switch circuit (600, 900) including (a) a first wafer/die including a first set of groups of FET cells (602a-602e; 902a-902b) laid out in a sequence, each group of FET cells including a first side drain bus and a second side source bus; and (b) a second wafer/die joined to the first wafer/die through hybrid bonding interconnects (616, 916) and including a second set of groups of FET cells (604a-604f; 904a-904c) laid out in a sequence, each group of FET cells including a first side drain bus and a second side source bus, wherein the first side drain bus of each group in the first wafer/die is electrically connected through the hybrid bonding interconnects to the second side source bus of a first corresponding group in the second wafer/die; and wherein the second side source bus of each group in the first wafer/die is electrically connected through the hybrid bonding interconnects to the first side drain bus of a second corresponding group in the second wafer/die. (a) a first wafer/die including a first set of groups of FET cells (602a-602e; 902a-902b) laid out in a sequence, each group of FET cells including a first side drain bus and a second side source bus; and (b) a second wafer/die joined to the first wafer/die through hybrid bonding interconnects (616, 916) and including a second set of groups of FET cells (604a-604f; 904a-904c) laid out in a sequence, each group of FET cells including a first side drain bus and a second side source bus, wherein the first side drain bus of each group in the first wafer/die is electrically connected through the hybrid bonding interconnects to the second side source bus of a first corresponding group in the second wafer/die; and wherein the second side source bus of each group in the first wafer/die is electrically connected through the hybrid bonding interconnects to the first side drain bus of a second corresponding group in the second wafer/die. wherein the first side drain bus of each group in the first wafer/die is electrically connected through the hybrid bonding interconnects to the second side source bus of a first corresponding group in the second wafer/die; and wherein the second side source bus of each group in the first wafer/die is electrically connected through the hybrid bonding interconnects to the first side drain bus of a second corresponding group in the second wafer/die.
A catheter fixing device for fixing a tubular catheter comprising: a plate-shaped fixing device body having retaining parts and a pair of wing pieces that form a catheter retention slot, and a fixed member that can be fitted onto the fixing device body by being slid along a planar direction of the fixing device body, wherein the retaining parts are compressed by the fixed member when the fixed member is fitted onto the fixing device body so as to narrow the catheter retention slot.
A method for connecting a plurality of individual objects to a carrier structure, wherein connecting means are passed through an opening in an object and an opening in the carrier structure, respectively, wherein openings on the objects and/or openings on the carrier structure have different sizes, wherein blind rivet nuts are used having a rivet shaft and an internal thread and by activating a pulling device, which has a threaded spindle that is screwed into the internal thread of the respective blind rivet nut, a closing head is formed, whereby at least two blind rivet nuts (5a, 5b) have different external sizes and the external size of the blind rivet nut (5a, 5b) is selected according to the size of the respective openings, characterized in that the blind rivet nuts (5a, 5b) have internal threads of the same size, independently of their external size, and in that the blind rivet nuts (5a, 5b) have the same setting force or the same setting path, independently of their external size.
A method of managing an electric utility grid, the method comprising: geographically grouping a set of intelligent electricity usage meters as a set of fine sensors on a power grid, wherein each intelligent electricity usage meter in the set of fine sensors is capable of being remotely monitored, and wherein each intelligent electricity usage meter is coupled to a different customer facility selected from multiple customer facilities; remotely detecting an anomaly to power being read by at least one intelligent electricity usage meter from the set of fine sensors; and in response to remotely detecting the anomaly, taking a corrective action, the method further comprising: generating a digitized voltage profile of the anomaly; and transmitting the digitized voltage profile to an analytics server. geographically grouping a set of intelligent electricity usage meters as a set of fine sensors on a power grid, wherein each intelligent electricity usage meter in the set of fine sensors is capable of being remotely monitored, and wherein each intelligent electricity usage meter is coupled to a different customer facility selected from multiple customer facilities; remotely detecting an anomaly to power being read by at least one intelligent electricity usage meter from the set of fine sensors; and in response to remotely detecting the anomaly, taking a corrective action, the method further comprising: generating a digitized voltage profile of the anomaly; and transmitting the digitized voltage profile to an analytics server. generating a digitized voltage profile of the anomaly; and transmitting the digitized voltage profile to an analytics server.
A swallowable soft capsule composed of a gelatin-based shell that contains a filling consisting of inositol and excipients or a filling consisting of inositol, excipients and at least one further active principle; wherein said further active principle is selected in the group consisting of folic acid, cocoa polyphenols, genistein, L-arginine, vitamin E, selenium, N-acetylcysteine, and melatonin; wherein said filling is in a liquid or semi-liquid vehicle, together with supplementary excipients as necessary; said vehicle comprising gelatin, glycerol or mixture thereof.
Expanded polyethylene resin particles which have a low temperature side melting peak and a high temperature side melting peak on a differential scanning calorie curve that is obtained by differential scanning calorimetry in which a temperature is increased from 20°C to 220°C at a heating rate of 10°C/min, wherein: said expanded polyethylene resin particles are obtainable by expanding polyethylene resin particles which (i) contain an antistatic agent and an amount of an aliphatic alcohol which amount is 0.001 to 2 parts by weight relative to 100 parts by weight of a polyethylene resin as a base resin of the expanded polyethylene resin particles, (ii) have a storage modulus of elasticity of 900 Pa or more and 5000 Pa or less at an angular frequency of 1 rad/sec in dynamic viscoelastic behavior measurement at 190°C and (iii) have a storage modulus of elasticity of 100000 Pa or less at an angular frequency of 100 rad/sec in dynamic viscoelastic behavior measurement at 190°C; wherein the storage moduli of elasticity are measured as described in the description; wherein the base resin of the polyethylene resin particles is a mixed resin of not less than 60% by weight and not more than 97% by weight of a polyethylene resin whose melt index is 1.2 g/10 min or more and 10 g/10 min or less and not less than 3% by weight and not more than 40% by weight of a polyethylene resin whose melt index is 0.01 g/10 min or more and 0.3 g/10 min or less, a total of and being 100% by weight, the melt index being measured in conformity with JIS K7210 at a temperature of 190°C and with a load of 2.16 kg. said expanded polyethylene resin particles are obtainable by expanding polyethylene resin particles which (i) contain an antistatic agent and an amount of an aliphatic alcohol which amount is 0.001 to 2 parts by weight relative to 100 parts by weight of a polyethylene resin as a base resin of the expanded polyethylene resin particles, (ii) have a storage modulus of elasticity of 900 Pa or more and 5000 Pa or less at an angular frequency of 1 rad/sec in dynamic viscoelastic behavior measurement at 190°C and (iii) have a storage modulus of elasticity of 100000 Pa or less at an angular frequency of 100 rad/sec in dynamic viscoelastic behavior measurement at 190°C; wherein the storage moduli of elasticity are measured as described in the description; wherein the base resin of the polyethylene resin particles is a mixed resin of not less than 60% by weight and not more than 97% by weight of a polyethylene resin whose melt index is 1.2 g/10 min or more and 10 g/10 min or less and not less than 3% by weight and not more than 40% by weight of a polyethylene resin whose melt index is 0.01 g/10 min or more and 0.3 g/10 min or less, a total of and being 100% by weight, the melt index being measured in conformity with JIS K7210 at a temperature of 190°C and with a load of 2.16 kg.
A system for controlling the operation of electric energy storage means of hybrid propulsion means for a motor vehicle, of the type including means for determining the charge status of the electric energy storage means, the system including - means for comparison of the charge status of the electric energy storage means to at least one predetermined range of charge statuses; and - means for limiting the electric power exchanged by the electric energy storage means when their charge status is comprised in the at least one predetermined range of charge statuses, characterized in that - the comparison means are adapted to compare the charge status of the electric energy storage means to a predetermined range of high charge statuses (P+), the upper limit (β) of which coincides with the upper limit of a nominal predetermined range of charge status for which the wear undergone by said storage means is minimal, said range delimited by a lower value and an upper value; and - in that the limitation means include charge limitation means adapted to limit the charge power of the electric energy storage means when the charge status thereof is comprised in said range of high charge statuses. - means for comparison of the charge status of the electric energy storage means to at least one predetermined range of charge statuses; and - means for limiting the electric power exchanged by the electric energy storage means when their charge status is comprised in the at least one predetermined range of charge statuses, characterized in that - the comparison means are adapted to compare the charge status of the electric energy storage means to a predetermined range of high charge statuses (P+), the upper limit (β) of which coincides with the upper limit of a nominal predetermined range of charge status for which the wear undergone by said storage means is minimal, said range delimited by a lower value and an upper value; and - in that the limitation means include charge limitation means adapted to limit the charge power of the electric energy storage means when the charge status thereof is comprised in said range of high charge statuses.