mhurhangee/ep-ind-claims huggingface dataset:
Power supply control module of an electric motor comprising a rotor/stator assembly, the power supply control module comprising a printed circuit board drilled with a plurality of through-holes respectively associated with an electrical contact pad borne by said board in the vicinity of each of these through-holes, the electrical contact pads being configured to be secured to motor connector elements secured to the stator and extending parallel to the axis of rotation of the rotor about the stator, wherein the electrical contact pads are positioned on a face of the printed circuit board in such a way that a virtual circle can be defined that passes substantially through each of the contact pads, said pads being concentrated on a part of the printed circuit board so as to form a circular arc of a length smaller than half the circumference of said virtual circle, the printed circuit board comprising a plurality of electronic devices (40, 46, 48) and at least one electrical track configured to link the electronic devices to one another as well as to electrical power supply means and to said electrical contact pads characterized in that the electrical track or tracks are arranged at the periphery of the printed circuit board, around said through-holes and the associated electrical contact pads.
A device for detecting an analyte in a liquid sample, comprising: a cartridge having: a microfluidic channel including a capillary inlet having a matrix covering at least a sub-section of the cross-sectional area of the capillary inlet and not filling the entire length of the capillary structure and allowing a flow through of liquid sample, wherein said matrix is at least partially dissolvable in the sample and is a lyophilisate comprising an anti-CD4+-antibody labelled with a first fluorescent dye and an anti-CD3+-antibody labelled with a second fluorescent dye, wherein said matrix comprises means for lysing red blood cells, and a lyoprotectant, and wherein the liquid sample is a bodily fluid of a human or another animal; a detection region in fluid communication with the capillary inlet; and a microfluidic flow path having an at least partially deformable wall and in fluid communication with the detection region of the channel. a microfluidic channel including a capillary inlet having a matrix covering at least a sub-section of the cross-sectional area of the capillary inlet and not filling the entire length of the capillary structure and allowing a flow through of liquid sample, wherein said matrix is at least partially dissolvable in the sample and is a lyophilisate comprising an anti-CD4+-antibody labelled with a first fluorescent dye and an anti-CD3+-antibody labelled with a second fluorescent dye, wherein said matrix comprises means for lysing red blood cells, and a lyoprotectant, and wherein the liquid sample is a bodily fluid of a human or another animal; a detection region in fluid communication with the capillary inlet; and a microfluidic flow path having an at least partially deformable wall and in fluid communication with the detection region of the channel.
A process of manufacturing a structural component with an end fitting made from an organic matrix composite involving the production of a fiber structure that forms a preform by braiding rovings of a fibrous material onto a mandrel comprising a reinforcement (5, 7) in its axial extension, impregnating the preform with an organic resin, and curing the latter, said reinforcement forming said end fitting comprising a bore (5', 7') the axis of which is perpendicular to the axis to house a connecting member, characterized in that incorporated into the reinforcement (5, 7) over at least part of the surface thereof that lies on each side of said bore (5', 7') are pins part of which projects, braiding being performed around the pins such that the rovings crisscross one another at least partially around these pins.
Method of calibrating an inkjet printer that comprises a fluid circuit, a print head connected to the fluid circuit through an umbilical, this method comprising at least the following functions: - calculate a difference between the viscosity of the ink used in the circuit, and a theoretical viscosity of this ink, - as a function of this difference, correct data representative of a 1 st characteristic reference curve that relates the pressure at a point referred to as the reference point in the fluid circuit or the print head, the ink density, the ink viscosity, the operating temperature and a velocity referred to as the nominal velocity of the ink jet generated by the print head, to form corrected data for said characteristic curve, thus forming a 2nd characteristic reference curve. - calculate a difference between the viscosity of the ink used in the circuit, and a theoretical viscosity of this ink, - as a function of this difference, correct data representative of a 1 st characteristic reference curve that relates the pressure at a point referred to as the reference point in the fluid circuit or the print head, the ink density, the ink viscosity, the operating temperature and a velocity referred to as the nominal velocity of the ink jet generated by the print head, to form corrected data for said characteristic curve, thus forming a 2nd characteristic reference curve.
A method for providing a hypoallergenic nutritional composition for infants who are at risk of developing cow's milk allergy, comprising the steps of: (i) providing a partial hydrolysate of the milk protein(s), obtained by subjecting a starting composition comprising one or more bovine milk protein(s) in an aqueous medium to an enzymatic treatment, said partial hydrolysate having a degree of hydrolysis, as determined by formol titration, in the range of from 5 to 20% (ii) clearing the partial hydrolysate from one or more components capable of binding to the receptor for advanced glycation products (RAGE-binding components) and/or having a basophil degranulation inducing capacity; (iii) optionally concentrating the cleared partial hydrolysate; and (iv) formulating the optionally concentrated cleared partial hydrolysate into a nutritional composition for infants who are at risk of developing CMA; wherein the clearing step (ii) comprises filtration of the partial hydrolysate using a membrane having a molecular cut-off in the range of 10-100 kDa and recovering the filtrate comprising a cleared partial hydrolysate; or wherein the clearing step (ii) comprises size exclusion chromatography of the partial hydrolysate wherein components having a molecular weight of 100 kDa or higher are removed, and recovering the filtrate comprising a cleared partial hydrolysate. (i) providing a partial hydrolysate of the milk protein(s), obtained by subjecting a starting composition comprising one or more bovine milk protein(s) in an aqueous medium to an enzymatic treatment, said partial hydrolysate having a degree of hydrolysis, as determined by formol titration, in the range of from 5 to 20% (ii) clearing the partial hydrolysate from one or more components capable of binding to the receptor for advanced glycation products (RAGE-binding components) and/or having a basophil degranulation inducing capacity; (iii) optionally concentrating the cleared partial hydrolysate; and (iv) formulating the optionally concentrated cleared partial hydrolysate into a nutritional composition for infants who are at risk of developing CMA;
A locking spacer, which is fitted in a dovetail slot provided on an outer circumferential surface of a disk put on a rotor shaft, the locking spacer comprising: a pair of first blocks each provided with a dovetail joint having a shape corresponding to a shape of a dovetail surface provided on each of axial opposite sides of the dovetail slot, and a stepped seating surface with a first bolt hole provided in an upper surface of the first block, and configured to have a size occupying a portion of an internal space of the dovetail slot; a second block having a size to be inserted into a remaining portion of the internal space of the dovetail slot, without said remaining portion being occupied by the pair of first blocks, and having a height corresponding to the seating surfaces of the first blocks; a fixing plate seated on both the seating surfaces of the first blocks and an upper surface of the second block, and provided with second bolt holes corresponding to the first bolt holes; and a bolt screwed into the first bolt hole through an associated second bolt hole. a pair of first blocks each provided with a dovetail joint having a shape corresponding to a shape of a dovetail surface provided on each of axial opposite sides of the dovetail slot, and a stepped seating surface with a first bolt hole provided in an upper surface of the first block, and configured to have a size occupying a portion of an internal space of the dovetail slot; a second block having a size to be inserted into a remaining portion of the internal space of the dovetail slot, without said remaining portion being occupied by the pair of first blocks, and having a height corresponding to the seating surfaces of the first blocks; a fixing plate seated on both the seating surfaces of the first blocks and an upper surface of the second block, and provided with second bolt holes corresponding to the first bolt holes; and a bolt screwed into the first bolt hole through an associated second bolt hole.
Core configured for the manufacturing of a turbine engine blade by lost-wax casting, the core comprising a first convex curved outer face and a second concave curved outer face, characterised in that the first and second faces (20, 21) comprise a plurality of recesses (24a, 24b), each recess (24a, 24b) comprising a spherical portion, wherein each recess (24a, 24b) is defined at least partially by an axis of symmetry, the axes of symmetry of the spherical portions of the first face being parallel to a first direction, wherein said first direction is defined, in a transversal plane, by the bisector of the angle formed by the intersection of a first tangent to the first face at the first point of junction between the first face and a first connection between the first and second faces (20, 21), and a second tangent to the first face at the second point of junction between the first face and a second connection between the first and second faces (20, 21), the first and second tangents (28, 29) being defined in the transversal plane, and the first and second points of junction (J1, J2) being opposite one another. wherein each recess (24a, 24b) is defined at least partially by an axis of symmetry, the axes of symmetry of the spherical portions of the first face being parallel to a first direction, wherein said first direction is defined, in a transversal plane, by the bisector of the angle formed by the intersection of a first tangent to the first face at the first point of junction between the first face and a first connection between the first and second faces (20, 21), and a second tangent to the first face at the second point of junction between the first face and a second connection between the first and second faces (20, 21), the first and second tangents (28, 29) being defined in the transversal plane, and the first and second points of junction (J1, J2) being opposite one another.
Method for simultaneous injection of a combustion gas and an oxygen-rich gas into a unit, preferably into a metallurgical smelting unit, by means of a burner comprising a primary nozzle, which is configured as an ultrasonic nozzle, for injection of the oxygen-rich gas and a coaxial nozzle, which is configured as an ultrasonic nozzle and arranged coaxially with respect to the primary nozzle, with an annular outlet opening for injection of the combustion gas, wherein the primary nozzle has a convergent section and a divergent section which adjoin one another at a radius of the narrowest cross-section and wherein the annular outlet opening is arranged at an end face of the burner, wherein the combustion gas is injected in the form of hydrogen or in the form of a combustion gas mixture of hydrogen and a gas containing hydrocarbon, particularly natural gas, at a fixed entry pressure and fixed entry volume flow rate referred to a designed thermal performance of the burner, whereagainst the entry pressure and entry volume flow rate of the oxygen-rich gas are varied according to the respective application.
A mobile station in a wireless network, comprising: a de-rate matching module, the de-rate matching module being configured to de-rate match soft decisions received in a sequence, each soft decision being part of at least a first type of data stream or a second type of data stream; the de-rate matching module comprising: a bit collection module configured to determine a stream tag for each soft decision in the sequence; the stream tag indicating which type of data stream the soft decision is a part of; a pattern generator configured to determine a de-rate matching command for each soft decision in the sequence; and one or more logical blocks (508, 512) configured to sequentially process each soft decision in the sequence using the stream tag (522, 322) and the derate matching command for the soft decision. a de-rate matching module, the de-rate matching module being configured to de-rate match soft decisions received in a sequence, each soft decision being part of at least a first type of data stream or a second type of data stream; the de-rate matching module comprising: a bit collection module configured to determine a stream tag for each soft decision in the sequence; the stream tag indicating which type of data stream the soft decision is a part of; a pattern generator configured to determine a de-rate matching command for each soft decision in the sequence; and one or more logical blocks (508, 512) configured to sequentially process each soft decision in the sequence using the stream tag (522, 322) and the derate matching command for the soft decision. a bit collection module configured to determine a stream tag for each soft decision in the sequence; the stream tag indicating which type of data stream the soft decision is a part of; a pattern generator configured to determine a de-rate matching command for each soft decision in the sequence; and one or more logical blocks (508, 512) configured to sequentially process each soft decision in the sequence using the stream tag (522, 322) and the derate matching command for the soft decision.
A method of providing a filled product bag (28, 100, 150) of sterile fluid, the method comprising: providing a bag unit having multiple bladders (102, 152), a stem (104, 156) fluidly connected to the multiple bladders (102, 152), and a filter (106, 155) disposed in-line with the stem (104, 156); at least partially filling the multiple bladders (102, 152) with a fluid, wherein at least partially filling the multiple bladders (102, 152) includes passing the fluid through the filter (106, 155) and into the multiple bladders (102, 152); after filling, sealing the multiple bladders (102, 152) at a location between the multiple bladders (102, 152) and the filter (106, 155); performing an integrity test on the filter (106, 155) after sealing the multiple bladders (102, 152); and correlating an integrity of the contents of the filled multiple bladders (102, 152) to an integrity of the filter (106, 155) based on an outcome of the integrity test. providing a bag unit having multiple bladders (102, 152), a stem (104, 156) fluidly connected to the multiple bladders (102, 152), and a filter (106, 155) disposed in-line with the stem (104, 156); at least partially filling the multiple bladders (102, 152) with a fluid, wherein at least partially filling the multiple bladders (102, 152) includes passing the fluid through the filter (106, 155) and into the multiple bladders (102, 152); after filling, sealing the multiple bladders (102, 152) at a location between the multiple bladders (102, 152) and the filter (106, 155); performing an integrity test on the filter (106, 155) after sealing the multiple bladders (102, 152); and correlating an integrity of the contents of the filled multiple bladders (102, 152) to an integrity of the filter (106, 155) based on an outcome of the integrity test.
A soft capsule comprising: a) a soft capsule shell, wherein the soft capsule shell comprises: - 40 to 80 wt% of gelatin, - 10 to 30 wt% of the plasticizer glycerol, and - 5 to 15 wt % of the plasticizer sorbitol, the amounts by weight being expressed with respect to the total weight of the soft capsule shell; and b) a pharmaceutical composition comprising: - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof; wherein the soft capsule shell encapsulates the pharmaceutical composition and wherein said pharmaceutical composition is devoid of waxes, wherein waxes are a class of chemical compounds that are plastic near room temperatures, melting above 45 °C to give a low viscosity liquid. a) a soft capsule shell, wherein the soft capsule shell comprises: - 40 to 80 wt% of gelatin, - 10 to 30 wt% of the plasticizer glycerol, and - 5 to 15 wt % of the plasticizer sorbitol, the amounts by weight being expressed with respect to the total weight of the soft capsule shell; and - 40 to 80 wt% of gelatin, - 10 to 30 wt% of the plasticizer glycerol, and - 5 to 15 wt % of the plasticizer sorbitol, b) a pharmaceutical composition comprising: - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof; - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof;
Method for flushing of debris from a valve assembly arranged in a fluid line, wherein the valve assembly comprises at least two flow regulating units (1a', 1b', 1c', 21a', 21b') arranged in series between an inlet and an outlet of the valve assembly, wherein the inlet pressure is larger than the outlet pressure, and each flow regulating unit (1a', 1b', 1c', 21a', 21b') has a spring element (5a, 5b, 5c, 25a, 25b) for regulating an opening (4a, 4b, 4c, 24a, 24b) of the flow regulating unit in response to a pressure difference over the flow regulating unit (1a', 1b', 1c', 21a', 21b'), wherein the flow regulating unit (1a', 1b', 1c', 21a', 21b') comprises a body (1a, 1b, 1c, 21a, 21b) which is biased towards a position in which the flow regulating unit displays a minimum opening, thereby allowing fluid to pass from one side of the each of the flow regulating units (1a', 1b', 1c', 21a', 21b') to the other side of the flow regulating unit (1a', 1b', 1c', 21a', 21b'), characterised in that the method comprises the following steps in the case when at least one of the openings (4a, 4b, 4c, 24a, 24b) clogs: - equalizing the pressure over the other flow regulating unit(s) (1a', 1b', 1c', 21a', 21b') downstream and upstream to the flow regulating unit with clogged opening thereby - providing a pressure difference across the flow regulating unit where clogging occurs, which pressure difference exceeds the spring force of the spring element (5a, 5b, 5c, 25a, 25b) and increases the opening (4a, 4b, 4c, 24a, 24b) for flushing the debris. - equalizing the pressure over the other flow regulating unit(s) (1a', 1b', 1c', 21a', 21b') downstream and upstream to the flow regulating unit with clogged opening thereby - providing a pressure difference across the flow regulating unit where clogging occurs, which pressure difference exceeds the spring force of the spring element (5a, 5b, 5c, 25a, 25b) and increases the opening (4a, 4b, 4c, 24a, 24b) for flushing the debris.
A solar energy collection apparatus for increasing a quantum of solar radiation incident on a collector of solar energy during a solar cycle compared with a quantum of solar energy incident on the collector alone, said apparatus comprising: a collector of solar energy comprising a top surface and an underside surface; wherein the top and underside surfaces (14, 16) are configured to collect solar energy; two or more reflectors in a location proximate to and at a distance from the collector, and at an angle or angles other than at a right angle to the collector, the two or more reflectors each having a reflective surface area; the collector adapted to receive solar radiation on the top surface of the collector directly from the sun and wherein each of the two or more reflectors are mounted in a fixed position and a fixed orientation relative to the collector such that reflected solar radiation is caused to be, depending on the height of the sun in the sky, either: (a) not reflected from any of the two or more reflectors to the underside surface of the collector; or (b) reflected from at least one of the two or more reflectors to the underside surface of the collector; or (c) reflected from one of the two or more reflectors to another one of the two or more reflectors and then onto the underside surface of the collector. a collector of solar energy comprising a top surface and an underside surface; wherein the top and underside surfaces (14, 16) are configured to collect solar energy; two or more reflectors in a location proximate to and at a distance from the collector, and at an angle or angles other than at a right angle to the collector, the two or more reflectors each having a reflective surface area; the collector adapted to receive solar radiation on the top surface of the collector directly from the sun and wherein each of the two or more reflectors are mounted in a fixed position and a fixed orientation relative to the collector such that reflected solar radiation is caused to be, depending on the height of the sun in the sky, either: (a) not reflected from any of the two or more reflectors to the underside surface of the collector; or (b) reflected from at least one of the two or more reflectors to the underside surface of the collector; or (c) reflected from one of the two or more reflectors to another one of the two or more reflectors and then onto the underside surface of the collector. (a) not reflected from any of the two or more reflectors to the underside surface of the collector; or (b) reflected from at least one of the two or more reflectors to the underside surface of the collector; or (c) reflected from one of the two or more reflectors to another one of the two or more reflectors and then onto the underside surface of the collector.