mhurhangee/ep-ind-claims huggingface dataset:
A symbol-power-tracking supply, comprising: a power converter, coupled to an output port of an input power source for power conversion, and having an output terminal coupled to a power terminal of an electronic element; a transition capacitor (Ctran), coupled to the power terminal of the electronic element through the output terminal of the power converter; an assisted charging and discharging circuit, coupled to the transition capacitor; and a multi-level array (210, 306), including a plurality of voltage-regulated capacitors (C1-C4) which are pre-charged to different fixed voltage levels during a power-on period and kept at the fixed voltage levels, wherein, a target capacitor is selected from among the plurality of voltage-regulated capacitors to be coupled to the power terminal; wherein: the assisted charging and discharging circuit charges or discharges the transition capacitor to a symbol-power-tracking level during a cyclic prefix section; and during a symbol section following the cyclic prefix section, a voltage-regulated capacitor kept at a fixed voltage level which is the same as the symbol power-tracking level is selected as the target capacitor to be coupled to the power terminal of the electronic element. a power converter, coupled to an output port of an input power source for power conversion, and having an output terminal coupled to a power terminal of an electronic element; a transition capacitor (Ctran), coupled to the power terminal of the electronic element through the output terminal of the power converter; an assisted charging and discharging circuit, coupled to the transition capacitor; and a multi-level array (210, 306), including a plurality of voltage-regulated capacitors (C1-C4) which are pre-charged to different fixed voltage levels during a power-on period and kept at the fixed voltage levels, wherein, a target capacitor is selected from among the plurality of voltage-regulated capacitors to be coupled to the power terminal; wherein: the assisted charging and discharging circuit charges or discharges the transition capacitor to a symbol-power-tracking level during a cyclic prefix section; and during a symbol section following the cyclic prefix section, a voltage-regulated capacitor kept at a fixed voltage level which is the same as the symbol power-tracking level is selected as the target capacitor to be coupled to the power terminal of the electronic element. the assisted charging and discharging circuit charges or discharges the transition capacitor to a symbol-power-tracking level during a cyclic prefix section; and during a symbol section following the cyclic prefix section, a voltage-regulated capacitor kept at a fixed voltage level which is the same as the symbol power-tracking level is selected as the target capacitor to be coupled to the power terminal of the electronic element.
A compound of Formula, or a salt thereof: C[CH 2 O(CH 2 CH 2 O) m CH 2 CO-R 1 -R 2] 4 wherein R 1 represents a single bond; R 2 represents a group of Formula (a): wherein (a) is 2'-cyano-2'-deoxy-β-D-arabinofuranosylcytosine (R 6 represents a cyano group; and R 7, R 8, R 9 and R 10 each represent a hydrogen atom); m represents a number of from 10 to 1,000; and an arrow represents a bonding site. R 2 represents a group of Formula (a): wherein (a) is 2'-cyano-2'-deoxy-β-D-arabinofuranosylcytosine (R 6 represents a cyano group; and R 7, R 8, R 9 and R 10 each represent a hydrogen atom); m represents a number of from 10 to 1,000; and an arrow represents a bonding site.
A process of supplying film sheets to a packaging assembly of a packaging apparatus, wherein the packaging assembly includes a lower tool and an upper tool with the upper and lower tools (21, 22) cooperating to define a packaging chamber and wherein - in a first operating condition of the packaging assembly - the upper and lower tools (21,22) are space apart and the packaging chamber is open and - in a second operating condition of the packaging assembly - the packaging chamber is closed, preferably hermetically closed, with respect to an atmosphere outside the apparatus; the process comprising the following steps: - unrolling a continuous film from roll of a film supply assembly and positioning it in correspondence of a film cutting assembly, - transversely cutting an unrolled portion of continuous film and preparing one or more cut film sheets, characterized in that the cutting assembly cuts the continuous film into the cut film sheet outside the packaging chamber defined by the packaging assembly and before moving said cut film sheet inside the packaging chamber, and in that the process comprises the step of moving the one or more cut film sheets inside the packaging chamber; wherein the step of moving the one or more cut film sheets inside the packaging chamber is carried out by a transfer device including: a backing structure having a flat holding surface receiving the at least one or more cut film sheets and a mechanism active on the backing structure and relatively moving the backing structure with respect to the packaging assembly between a first position, where the backing structure is positioned by the cutting assembly, and at least a second position, where the backing structure is positioned inside the packaging chamber. - unrolling a continuous film from roll of a film supply assembly and positioning it in correspondence of a film cutting assembly, - transversely cutting an unrolled portion of continuous film and preparing one or more cut film sheets, a backing structure having a flat holding surface receiving the at least one or more cut film sheets and a mechanism active on the backing structure and relatively moving the backing structure with respect to the packaging assembly between a first position, where the backing structure is positioned by the cutting assembly, and at least a second position, where the backing structure is positioned inside the packaging chamber.
Method for starting a steam turbine installation, which has at least one steam turbine (20a, 20b, 20c) and at least one steam generating installation (30b, 30, 44, 46, 52, 50) for generating steam which drives the steam turbine (20a, 20b, 20c), wherein the steam turbine installation has at least one reference component which at a starting time point has an initial temperature of more than 250°C, wherein the temperature of the steam and of the reference component is continuously measured, wherein the reference component of the steam turbine installation is impacted by steam from the starting time point onwards, characterized in that the starting temperature of the steam is lower than the temperature of the reference component and the temperature of the steam is increased with a start transient and the starting temperature and the start transient are selected in such a way that the temperature change per time unit of the reference component is below a predetermined limiting value, wherein the temperature of the reference component first of all becomes lower until a minimum is reached, and then becomes higher.
A process for preparing a black leaf tea product comprising the steps of: a) comminuting fresh tea leaf thereby producing dhool; and, b) fermenting the dhool whilst exposing it to radiation having a wavelength of from 0.3 to 100 μm and an intensity of from 0.4 to 50 kW/m 2 for 10 minutes to 3 hours at a temperature of 15-45 °C. a) comminuting fresh tea leaf thereby producing dhool; and, b) fermenting the dhool whilst exposing it to radiation having a wavelength of from 0.3 to 100 μm and an intensity of from 0.4 to 50 kW/m 2 for 10 minutes to 3 hours at a temperature of 15-45 °C.
A method for designing beam patterns to increase aggregate capacity within a satellite communications system, comprising: determining a first beam pattern of a plurality of user spot beams of a first satellite serving a first geographic area, wherein determining a first beam pattern comprises identifying the location of a plurality of user spot beams of the first satellite; identifying a plurality of regions of interest within the first geographic area covered by the first beam pattern; determining the user spot beams of the first beam pattern covering each of the plurality of regions of interest; determining a normalized distance metric for each of the user spot beams of the first beam pattern covering each of the plurality of regions of interest, the normalized distance metric based on a distance from the center of the user spot beam to a region of interest; determining a second beam pattern of a second satellite such that at least one of a plurality of user spot beams of the second beam pattern has a lower normalized distance metric for at least one of the plurality of regions of interest relative to the normalized distance metrics of the user spot beams of the first beam pattern covering each of the plurality of regions of interest; and assigning one or more terminals within the plurality of regions of interest to at least one of the plurality of user spot beams of the second beam pattern. determining a first beam pattern of a plurality of user spot beams of a first satellite serving a first geographic area, wherein determining a first beam pattern comprises identifying the location of a plurality of user spot beams of the first satellite; identifying a plurality of regions of interest within the first geographic area covered by the first beam pattern; determining the user spot beams of the first beam pattern covering each of the plurality of regions of interest; determining a normalized distance metric for each of the user spot beams of the first beam pattern covering each of the plurality of regions of interest, the normalized distance metric based on a distance from the center of the user spot beam to a region of interest; determining a second beam pattern of a second satellite such that at least one of a plurality of user spot beams of the second beam pattern has a lower normalized distance metric for at least one of the plurality of regions of interest relative to the normalized distance metrics of the user spot beams of the first beam pattern covering each of the plurality of regions of interest; and assigning one or more terminals within the plurality of regions of interest to at least one of the plurality of user spot beams of the second beam pattern.
A bone implant for treatment of skeletal abnormalities in an individual, the bone implant comprised of: a staple having an outer periphery and a central pocket, the central pocket including threads; a bone screw receivable through the central pocket; and a locking screw having threads adapted and configured for locking to the threads of the central pocket, characterised in that the staple has a domed upper surface extending from the outer periphery to the central pocket, wherein the staple has a domed lower surface, and wherein the domed upper surface of the staple includes a first cut-out adapted and configured to accommodate therein the placement of a tether cord. a staple having an outer periphery and a central pocket, the central pocket including threads; a bone screw receivable through the central pocket; and a locking screw having threads adapted and configured for locking to the threads of the central pocket, characterised in that the staple has a domed upper surface extending from the outer periphery to the central pocket, wherein the staple has a domed lower surface, and wherein the domed upper surface of the staple includes a first cut-out adapted and configured to accommodate therein the placement of a tether cord.
A method of recovering oil from a subterranean formation comprising the step of injecting into said formation an aqueous composition that contains 0.05% to 5% by weight based on the total amount of the aqueous surfactant formulation of an alkyl or alkenyl oligoglycoside (ether) carboxylate according to formula R 1 -O-[ p n](-R 2 -COOX) q wherein R 1 is a linear or branched alkyl and/or alkenyl group having from 8 to 22 carbon atoms; R 2 is a linking group selected from the group of R 2 a: hydrocarbon groups comprising 1 to 6 carbon atoms, R 2b: ester groups -C -O-R 3 -, wherein R 3 is a hydrocarbon group comprising 1 to 6 carbon atoms; X is hydrogen or an alkaline cation; AO is one or more groups selected from the group of ethylene oxide, propylene oxide and/or butylene oxide groups; G is a sugar unit having 5 or 6 carbon atoms; n is a number from 0 to 50; p is a number from 1 to 10; and q is a number from 1 to 4. through at least one injection borehole and withdrawing crude oil from the subterranean formation through at least one production borehole, wherein the aqueous composition additionally comprises a base and the pH is from more than 7 to 13. R 1 is a linear or branched alkyl and/or alkenyl group having from 8 to 22 carbon atoms; R 2 is a linking group selected from the group of R 2 a: hydrocarbon groups comprising 1 to 6 carbon atoms, R 2b: ester groups -C -O-R 3 -, wherein R 3 is a hydrocarbon group comprising 1 to 6 carbon atoms; R 2 a: hydrocarbon groups comprising 1 to 6 carbon atoms, R 2b: ester groups -C -O-R 3 -, wherein R 3 is a hydrocarbon group comprising 1 to 6 carbon atoms; X is hydrogen or an alkaline cation; AO is one or more groups selected from the group of ethylene oxide, propylene oxide and/or butylene oxide groups; G is a sugar unit having 5 or 6 carbon atoms; n is a number from 0 to 50; p is a number from 1 to 10; and q is a number from 1 to 4.
A method for manufacturing a sound-absorbing element, in particular for a motor vehicle, wherein the said sound-absorbing element comprises a sheet having an area density between 1 and 8 kg/m 2, and a density 2000 kg/m 3, called heavy layer, assembled with foam, and at least one through aperture, wherein the method comprises: - a step of providing a first mould part, comprising a reception area for receiving the heavy layer, said reception area having at least one recess whose lateral dimensions are wider than lateral dimensions of said through aperture, - a step of arranging a first face of the heavy layer onto said reception area, so that an aperture area corresponding to the through aperture, the aperture area having the same area as the through aperture when this through aperture is not cut yet, is arranged in front of the recess, - a step of providing a second mould part, and assembling the second mould part with the first mould part so as to delimit a shut mould cavity between them, said second mould part being provided with at least one conduit leading to the mould cavity, - a step of making at least one through hole in the heavy layer, near the area corresponding to the through aperture, so that each through hole leads to the recess, - a step of injecting the foam through the conduit towards the mould cavity, so that the foam adheres to a second face of the heavy layer, while a part of the foam flows through the through hole so as to fill the recess, and so that this part of foam filling the recess adheres to the first face of the heavy layer. - a step of providing a first mould part, comprising a reception area for receiving the heavy layer, said reception area having at least one recess whose lateral dimensions are wider than lateral dimensions of said through aperture, - a step of arranging a first face of the heavy layer onto said reception area, so that an aperture area corresponding to the through aperture, the aperture area having the same area as the through aperture when this through aperture is not cut yet, is arranged in front of the recess, - a step of providing a second mould part, and assembling the second mould part with the first mould part so as to delimit a shut mould cavity between them, said second mould part being provided with at least one conduit leading to the mould cavity, - a step of making at least one through hole in the heavy layer, near the area corresponding to the through aperture, so that each through hole leads to the recess, - a step of injecting the foam through the conduit towards the mould cavity, so that the foam adheres to a second face of the heavy layer, while a part of the foam flows through the through hole so as to fill the recess, and so that this part of foam filling the recess adheres to the first face of the heavy layer.
A smart tray for measuring food intake and a change in body weight, comprising: a weight sensor to sense a weight of each item placed on a top surface of the weight sensor and generate weight information of the each item ('item weight information'); an input unit to input current body weight information of a person who consumes food ('eater'); a control unit which controls a camera unit consisting of a pop-up camera which is being in pop-up status when a weight is sensed by the weight sensor, takes an image of an eater and generates image information of the eater; and said control unit further controls the weight sensor to generate weight deduction information, which is a value subtracted from the item weight information in a predetermined time, as food intake information and generates estimated body weight information, which was changed, using the food intake information, wherein the control unit analyzes the weight deduction information and, when the weight deduction information is equal to or greater than a predetermined value in a predetermined time, determines that the weight deduction information is not the food intake information. a weight sensor to sense a weight of each item placed on a top surface of the weight sensor and generate weight information of the each item ('item weight information'); an input unit to input current body weight information of a person who consumes food ('eater'); a control unit which controls a camera unit consisting of a pop-up camera which is being in pop-up status when a weight is sensed by the weight sensor, takes an image of an eater and generates image information of the eater; and said control unit further controls the weight sensor to generate weight deduction information, which is a value subtracted from the item weight information in a predetermined time, as food intake information and generates estimated body weight information, which was changed, using the food intake information, wherein the control unit analyzes the weight deduction information and, when the weight deduction information is equal to or greater than a predetermined value in a predetermined time, determines that the weight deduction information is not the food intake information.
Use of a detergent composition for eliminating hydrophobic residues, optionally containing pigments, from manufacturing equipment, packaging or any other material used for manufacturing or packaging cosmetic or pharmaceutical preparations, said detergent composition comprising alcohols - a non-aromatic cosurfactant chosen from amine oxides, alkyl sulfates and alkyl sulfonates, and - an organic alkaline agent chosen from amino alcohols, excluding monoethanolamine, the nonionic surfactant being a mixture of alkoxylated fatty alcohols containing ethoxylated, propoxylated and butoxylated fatty alcohols, and the non-aromatic cosurfactant content being contained in the detergent composition in a quantity of from 1% to 15% by weight with respect to the total weight of the composition. - a non-aromatic cosurfactant chosen from amine oxides, alkyl sulfates and alkyl sulfonates, and - an organic alkaline agent chosen from amino alcohols, excluding monoethanolamine,
A theater, comprising: an auditorium having a screen, seating, and an entrance; a corridor connecting said auditorium to said entrance; wherein said corridor is curved whereby a patron entering the auditorium traverses a curved path from said entrance to said auditorium, and wherein said corridor includes at least one smoothly, convexly curved wall and a similarly curved screen for displaying video images, the curved screen being set out from the smoothly curved wall. an auditorium having a screen, seating, and an entrance; a corridor connecting said auditorium to said entrance; wherein said corridor is curved whereby a patron entering the auditorium traverses a curved path from said entrance to said auditorium, and wherein said corridor includes at least one smoothly, convexly curved wall and a similarly curved screen for displaying video images, the curved screen being set out from the smoothly curved wall.
Adapter for a suction device comprising an electric motor that drives an impeller and further comprising a volute that houses said electric motor and said impeller, said adapter comprising a substantially rectangular first shaped end configured to engage with said electric motor, and further comprising a substantially circular second shaped end configured to mate with said volute, wherein said adapter further comprises a plurality of through holes for allowing the passage of fasteners for fastening said electric motor to said volute, wherein said first end is configured to engage with said electric motor having a substantially parallelepiped shape, characterised in that said second end is configured to allow the assembly of said parallelepiped shaped electric motor in a volute, which in itself would be adapted to house a second substantially cylindrically shaped electric motor.
Head-up display for a vehicle, comprising: - a picture generating unit for generating an image; - a two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) for expanding an exit pupil; and - a windscreen that reflects light coming from the two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) in the direction of an eye of an observer; characterized in that the head-up display furthermore comprises: - a measuring device for determining the position of an eye of an observer; - means (111, 741, 742) for adapting the position of an eyebox of the head-up display, wherein the means (11, 741, 742) for adapting the position of the eyebox comprise at least one drive (741, 742) for moving at least the two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) relative to the windscreen or for moving the picture generating unit relative to the two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) or a display controller for adapting a position of an image content represented by a display element of the picture generating unit; and - a control unit for controlling the means (111, 741, 742) for adapting the position of the eyebox depending on the position of the eye of the observer. - a picture generating unit for generating an image; - a two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) for expanding an exit pupil; and - a windscreen that reflects light coming from the two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) in the direction of an eye of an observer; - a measuring device for determining the position of an eye of an observer; - means (111, 741, 742) for adapting the position of an eyebox of the head-up display, wherein the means (11, 741, 742) for adapting the position of the eyebox comprise at least one drive (741, 742) for moving at least the two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) relative to the windscreen or for moving the picture generating unit relative to the two-dimensionally multiplying optical waveguide (5, 5R, 5G, 5B) or a display controller for adapting a position of an image content represented by a display element of the picture generating unit; and - a control unit for controlling the means (111, 741, 742) for adapting the position of the eyebox depending on the position of the eye of the observer.