mhurhangee/ep-ind-claims huggingface dataset:
A turbine blade of a turbomachine such as a turbojet, intended to be mounted around an axis of rotation on a rotor disc rotating around the axis of rotation, comprising a root for mounting it in a cell of the disc, and a hollow vane extending from the root in a radial spanwise direction ending in a tip forming a squealer, the vane comprising a lower surface wall and an upper surface wall, as well as a leading edge, a trailing edge and a tip wall delimiting a bottom of the squealer, and by which the lower surface wall is connected to the upper surface wall, this vane also comprising: - a middle circuit of the trombone type, including a first duct collecting air at the root and which is connected by a first elbow to a second duct which is connected by a second elbow to a third duct, these first, second and third ducts (41, 42, 43) being mainly radial, the second and third ducts (42, 43) being located between the first duct and the trailing edge; - a cavity under the squealer located on the side of the upper surface wall and the tip wall and which extends along the tip to the trailing edge; - a mainly radial central duct located between the upper surface wall and the second duct of the middle circuit, this central duct collecting air at the root and extending between at least two of the three ducts (41, 42, 43) of the middle circuit to directly supply the cavity under the squealer. - a middle circuit of the trombone type, including a first duct collecting air at the root and which is connected by a first elbow to a second duct which is connected by a second elbow to a third duct, these first, second and third ducts (41, 42, 43) being mainly radial, the second and third ducts (42, 43) being located between the first duct and the trailing edge; - a cavity under the squealer located on the side of the upper surface wall and the tip wall and which extends along the tip to the trailing edge; - a mainly radial central duct located between the upper surface wall and the second duct of the middle circuit, this central duct collecting air at the root and extending between at least two of the three ducts (41, 42, 43) of the middle circuit to directly supply the cavity under the squealer.
Abutment for a dental prosthesis, with - a substantially cylindrical abutment base having a ball head receptacle located at the coronal end with respect to the arrangement in the jaw, and - a substantially cylindrical fastening head for dental prostheses, the fastening head having a through bore coaxial with the longitudinal axis of the fastening head and a ball head at the end facing the ball head receptacle, - wherein the ball head comprised by the ball head receptacle, preferably at least half of the ball head, is clampable in the ball head receptacle by means of a clamping means, characterized in that the ball head has at least two slots intersecting the ball head forming ball head segments to the through bore, wherein at least one slot is arranged at an angle of 0° to 45°, preferably 0°, to the longitudinal axis of the through bore. - a substantially cylindrical abutment base having a ball head receptacle located at the coronal end with respect to the arrangement in the jaw, and - a substantially cylindrical fastening head for dental prostheses, the fastening head having a through bore coaxial with the longitudinal axis of the fastening head and a ball head at the end facing the ball head receptacle, - wherein the ball head comprised by the ball head receptacle, preferably at least half of the ball head, is clampable in the ball head receptacle by means of a clamping means,
A method of improving low-frequency audio response of speakers in a room, comprising: playing, from each speaker, a low frequency test signal to the other speakers, wherein each speaker has a microphone; synchronously measuring, in a measurement step, a resulting sound pressure in the room at all speakers by computing an impulse response of each speaker in a sound processor by measuring a transfer function from the speakers; computing, in a calibration step, a sound pressure level at each speaker position resulting from playing combinations of the speakers together; and minimizing a cost function of sound pressure variation across speaker positions versus spectral distortion at each speaker, wherein the cost function is minimized by modifying at least one parameter of each speaker to minimize variations of the transfer functions among the speakers, wherein the at least one parameter comprises one or more from the list of: gain, delay, equalization, and polarity of each speaker signal, and applying the modified parameters resulting in the minimized cost function to the speakers. playing, from each speaker, a low frequency test signal to the other speakers, wherein each speaker has a microphone; synchronously measuring, in a measurement step, a resulting sound pressure in the room at all speakers by computing an impulse response of each speaker in a sound processor by measuring a transfer function from the speakers; computing, in a calibration step, a sound pressure level at each speaker position resulting from playing combinations of the speakers together; and minimizing a cost function of sound pressure variation across speaker positions versus spectral distortion at each speaker, wherein the cost function is minimized by modifying at least one parameter of each speaker to minimize variations of the transfer functions among the speakers, wherein the at least one parameter comprises one or more from the list of: gain, delay, equalization, and polarity of each speaker signal, and applying the modified parameters resulting in the minimized cost function to the speakers.
A method of treating a component for a gas turbine engine comprising: injecting a suspension stream into a plasma gas stream, the suspension stream including coating particles; moving the coating particles in the gas stream toward a component; placing the coating particles on the component at a coating location to form a top coat having a columnar microstructure such that a porosity of the columnar microstructure is between 4.0-7.0 percent, exclusive of intersegment gaps defined in the columnar microstructure extending between one or more elongated columns of the columnar microstructure; and characterised by placing a bond coat onto a substrate of the component, wherein the bond coat defines a plurality of ridges. injecting a suspension stream into a plasma gas stream, the suspension stream including coating particles; moving the coating particles in the gas stream toward a component; placing the coating particles on the component at a coating location to form a top coat having a columnar microstructure such that a porosity of the columnar microstructure is between 4.0-7.0 percent, exclusive of intersegment gaps defined in the columnar microstructure extending between one or more elongated columns of the columnar microstructure; and characterised by placing a bond coat onto a substrate of the component, wherein the bond coat defines a plurality of ridges.
An in vitro method of - prognosing acute myeloid leukaemia, - diagnosing AML, or - monitoring the minimal residual disease of AML by detecting mutant human nucleophosmin protein or oligonucleotide sequence encoding the mutant human NPM protein, the mutant human NPM protein characterized by having a cytoplasmic location and differing from wild-type human nucleophosmin by comprising mutated tryptophan residues 288 and 290 and a signal motif of nuclear export in the C-terminal region of the protein comprising an amino acid sequence selected from the group consisting of LxxxVxxVxL (SEQ ID No 1), LxxxLxxVxL (SEQ ID No 2), LxxxFxxVxL (SEQ ID No 3), LxxxMxxVxL (SEQ ID No 4), and LxxxCxxVxL (SEQ ID No 5). - prognosing acute myeloid leukaemia, - diagnosing AML, or - monitoring the minimal residual disease of AML
A rocket motor having a propellant chamber filled with a gel-type propellant and a conveying device for conveying the propellant from the propellant chamber to the combustion chamber, wherein the gel-type propellant consists of a propellant based on at least one hydrocarbon which is liquid at room temperature, contains at least one nitro group and is mixed with a gelling agent, and wherein the conveying device for the gel-type propellant consists of inert components, characterized in that the propellant chamber is formed by a bag which is flied with the propellant and arranged in a container charged with compressed gas.
A polyphosphazene comprising the structural unit according to general formula: where: each radical ZH is, independent of other radicals ZH, a group comprising an NCO-reactive hydrogen atom; each radical X is, independent of other radicals X, an organic rest; each radical R 1 is, independent of other radicals Ri, hydrogen or an organic radical; each radical R is, independent of other radicals R, halogen, an organic radical or the radical group NR 1 -X-ZH, n is a positive integer and wherein at least one radical X comprises one of the following groups: -B-CH 2 -CH 2 -, -Si-CH 2 -CH 2 - or -S-CH 2 -CH 2 -, wherein the -CH 2 -CH 2 - groups are located between the B, Si or S atoms and an N atom to which radicals R 1 are bond. each radical ZH is, independent of other radicals ZH, a group comprising an NCO-reactive hydrogen atom; each radical X is, independent of other radicals X, an organic rest; each radical R 1 is, independent of other radicals Ri, hydrogen or an organic radical; each radical R is, independent of other radicals R, halogen, an organic radical or the radical group NR 1 -X-ZH, n is a positive integer and wherein at least one radical X comprises one of the following groups: -B-CH 2 -CH 2 -, -Si-CH 2 -CH 2 - or -S-CH 2 -CH 2 -, wherein the -CH 2 -CH 2 - groups are located between the B, Si or S atoms and an N atom to which radicals R 1 are bond.
A method for producing a temporary prosthesis, the method comprising the steps of: fabricating a prepared tooth model replicating an oral cavity including a prepared tooth arranged into a shape for receiving the temporary prosthesis; fabricating a prosthesis model having a shape that is identical to a shape of the temporary prosthesis to be formed on the prepared tooth model; using an impression material to take an impression of the prepared tooth model having the prosthesis model mounted thereon; applying a layer of dental composite resin material to a portion that is to become a crown within the impression that has been removed from the prepared tooth model and polymerizing the dental composite resin material; putting a powder-liquid mixture of a powder-liquid type room temperature polymerization resin into the impression; and refitting the prepared tooth model to the impression and curing the room temperature polymerization resin. fabricating a prepared tooth model replicating an oral cavity including a prepared tooth arranged into a shape for receiving the temporary prosthesis; fabricating a prosthesis model having a shape that is identical to a shape of the temporary prosthesis to be formed on the prepared tooth model; using an impression material to take an impression of the prepared tooth model having the prosthesis model mounted thereon; applying a layer of dental composite resin material to a portion that is to become a crown within the impression that has been removed from the prepared tooth model and polymerizing the dental composite resin material; putting a powder-liquid mixture of a powder-liquid type room temperature polymerization resin into the impression; and refitting the prepared tooth model to the impression and curing the room temperature polymerization resin.
A method of producing solid particles of a poorly water-soluble pharmaceutical compound, wherein the poorly water-soluble pharmaceutical compound shows solubility of less than 15000 ppm in water at 25°C, comprising (i) preparing nanobubble water or an aqueous nanobubble solution by a pressurized dissolution method wherein a gas is pressurized to be dissolved in water or in an aqueous solution at supersaturation, the solution is rapidly depressurized to allow generation of microbubbles having a diameter of 1-60 μm and nanobubbles having a diameter of less than 1 μm, and the microbubbles are floatation separated to leave nanobubbles in water or in an aqueous solution, in an amount of not less than 10 5 nanobubbles / ml, wherein bubble diameter and density are as measured by a tracking method utilizing laser beam scattering, (ii) mixing a solution of the poorly water-soluble pharmaceutical compound in a solvent in which the poorly soluble pharmaceutical compound shows a solubility of not less than 150,000 ppm or not less than 150 mg/ml at 25°C and the nanobubble water or the aqueous nanobubble solution obtained in (i) to precipitate solid particles of the poorly water-soluble pharmaceutical compound.
Belt retractor comprising - a belt reel, - a safety belt which can be wound thereon into a belt roll, and - at least a first assembly, - the first assembly being arranged coaxially to the rotational axis of the belt reel and in series with the belt reel characterized in that - the first assembly is a pyrotechnic belt tensioner which - comprises a tensioner drive tube having a pyrotechnically drivable drive device provided therein and a drive wheel which transmits the drive movement of the drive device to the belt reel, - the tensioner drive tube having a linear portion and a curved portion arranged at the end of the linear portion, and - the tensioner drive tube being arranged in such a way that the linear portion extends in parallel with the rotational axis of the belt reel and being directed with the curved portion tangentially in the circumferential direction toward the drive wheel, - the tensioner drive tube being arranged in such a way that the linear portion and the curved portion are arranged in a plane which extends in parallel with the rotational axis of the belt reel. - a belt reel, - a safety belt which can be wound thereon into a belt roll, and - at least a first assembly, - the first assembly being arranged coaxially to the rotational axis of the belt reel and in series with the belt reel - the first assembly is a pyrotechnic belt tensioner which - comprises a tensioner drive tube having a pyrotechnically drivable drive device provided therein and a drive wheel which transmits the drive movement of the drive device to the belt reel, - the tensioner drive tube having a linear portion and a curved portion arranged at the end of the linear portion, and - the tensioner drive tube being arranged in such a way that the linear portion extends in parallel with the rotational axis of the belt reel and being directed with the curved portion tangentially in the circumferential direction toward the drive wheel, - the tensioner drive tube being arranged in such a way that the linear portion and the curved portion are arranged in a plane which extends in parallel with the rotational axis of the belt reel.
Apparatus for producing regenerative methanol based on methane gas containing carbon dioxide, wherein the apparatus comprises: - a CO 2 reformer, which is feedable with the carbon-dioxide-containing methane gas, wherein the CO 2 reformer has an output region in which a first synthesis gas is provided, wherein the CO 2 reformer comprises a reaction chamber, designed to operate in the atmospheric pressure range, and wherein the CO 2 reformer comprises means for providing a temperature for catalytic conversion of the carbon-dioxide-containing methane gas in the range between 350°C and 900°C, - a first methanol synthesis reactor, which is feedable with a feed gas corresponding to or recovered from the first synthesis gas, wherein the methanol synthesis reactor is adapted for exothermic catalytic synthesis (106.1, 106.2) of regenerative methanol, wherein digester gas (1.1), sewage gas (1.2), sump gas (1.3), fermentation gas (1.4) or acid natural gas or a mixture of at least two of these gases (1.1, 1.2, 1.3, 1.4, 2) is used as carbon-dioxide-containing methane gas, and wherein the apparatus has a mixing plant for obtaining from the carbon-dioxide-containing methane gas or gases a model gas which contains at least 50 vol.% methane and at least 30 vol.% CO 2. - a CO 2 reformer, which is feedable with the carbon-dioxide-containing methane gas, wherein the CO 2 reformer has an output region in which a first synthesis gas is provided, wherein the CO 2 reformer comprises a reaction chamber, designed to operate in the atmospheric pressure range, and wherein the CO 2 reformer comprises means for providing a temperature for catalytic conversion of the carbon-dioxide-containing methane gas in the range between 350°C and 900°C, - a first methanol synthesis reactor, which is feedable with a feed gas corresponding to or recovered from the first synthesis gas, wherein the methanol synthesis reactor is adapted for exothermic catalytic synthesis (106.1, 106.2) of regenerative methanol, wherein digester gas (1.1), sewage gas (1.2), sump gas (1.3), fermentation gas (1.4) or acid natural gas or a mixture of at least two of these gases (1.1, 1.2, 1.3, 1.4, 2) is used as carbon-dioxide-containing methane gas, and wherein the apparatus has a mixing plant for obtaining from the carbon-dioxide-containing methane gas or gases a model gas which contains at least 50 vol.% methane and at least 30 vol.% CO 2.
Closed-loop and/or open-loop control system for an agricultural machine comprising a distributor boom for spreading material, such as fertilizers, plant protectants or seeds, which control system is pivotable about an axis of rotation which is arranged centrally relative to the distributor boom and extends in the direction of travel, comprising at least one sensor device for determining the ground distance and/or plant distance from the distributor boom and a data processing device for processing the sensor signals, the data processing device being configured for an automatic mode in each case for adjusting the height and/or inclination of the distributor boom, characterized in that the data processing device is configured for an override mode, in particular a manual override mode, in each case for adjusting the height and/or inclination of the distributor boom, the data processing device adjusting the total height and/or the total inclination of the distributor boom in the automatic mode and overriding, in particular manually overriding, at least one control parameter of the automatic mode in the override mode, the automatic mode being active in the override mode.
A quick hitch for mounting an implement on a machine, the quick hitch including at least one mounting means (6a, 6b, 6c) for connection to a machine and a securing means for securing the quick hitch to an implement, the securing means including an over-centre mechanism and a locking member, the over-centre mechanism including a first link and a first pivotable member, wherein the first pivotable member is pivotal at a first axis D relative to a chassis of the quick hitch, a first end of the first link is pivotal at a second axis E relative to a first arm of the first pivotable member, and a second end of the first link is pivotal at a third axis F relative to the locking member, such that with the securing means in a first position, in which the quick hitch is secured to an implement, axis E lies on a first side of a straight line drawn between axes D and F and with the securing means in a second position, in which the quick hitch is not secured to an implement, axis E lies on a second side of a straight line drawn between axes D and F, characterised in that the quick hitch further includes a second pivotable member and the securing means includes a second link, wherein a first end of the second pivotable member is pivotal at a fourth axis C relative to the chassis of the quick hitch, a first end of the second link is pivotal at a fifth axis B relative to the second pivotable member, and a second end of the second link is pivotal at a sixth axis A relative to the first pivotable member, such that with the securing means in the first position, axis B lies on a first side of a straight line drawn between axes A and C and with the securing means in the second position, axis B lies on a second side of a straight line drawn between axes A and C, and wherein the first link and/or the second link is a resilient link.
A method for receiving data in a wireless communication system, the method comprising: receiving, by a wireless device, expansion subframe information indicating at least one expansion subframe in which expansion modulation scheme is supported among a plurality of subframes; receiving, by the wireless device, downlink control information that includes a modulation and coding scheme, MCS, field indicating the expansion modulation scheme on a downlink control channel, in the at least one expansion subframe; and receiving, by the wireless device, downlink data on a downlink shared channel according to the downlink control information, wherein the expansion subframe supports the expansion modulation scheme that has modulation order of 8, and non-expansion subframe, which is not the expansion subframe among the plurality of subframes, has a modulation order of less than 8, wherein the expansion modulation scheme includes 256-quadrature amplitude modulation, QAM. receiving, by a wireless device, expansion subframe information indicating at least one expansion subframe in which expansion modulation scheme is supported among a plurality of subframes; receiving, by the wireless device, downlink control information that includes a modulation and coding scheme, MCS, field indicating the expansion modulation scheme on a downlink control channel, in the at least one expansion subframe; and receiving, by the wireless device, downlink data on a downlink shared channel according to the downlink control information, wherein the expansion subframe supports the expansion modulation scheme that has modulation order of 8, and non-expansion subframe, which is not the expansion subframe among the plurality of subframes, has a modulation order of less than 8, wherein the expansion modulation scheme includes 256-quadrature amplitude modulation, QAM.
A vehicle seat armrest assembly, comprising: an armrest having a top, a bottom, an inboard side, an outboard side, and spaced first and second guide tracks (114a, 114b) provided along the outboard side; first and second guides (118a, 118b) slidably engaged in the respective first and second guide tracks (114a, 114b); and an arm pad attached to the first and second guides (118a, 118b), the arm pad having contiguous first and second sides (128, 130), wherein the arm pad is repositionable relative to the armrest between a first position in which the first side is positioned on the top of the armrest and the second side is positioned alongside the outboard side of the armrest, and a second position in which the first side is positioned alongside the inboard side of the armrest and the second side is positioned on the top of the armrest. an armrest having a top, a bottom, an inboard side, an outboard side, and spaced first and second guide tracks (114a, 114b) provided along the outboard side; first and second guides (118a, 118b) slidably engaged in the respective first and second guide tracks (114a, 114b); and an arm pad attached to the first and second guides (118a, 118b), the arm pad having contiguous first and second sides (128, 130), wherein the arm pad is repositionable relative to the armrest between a first position in which the first side is positioned on the top of the armrest and the second side is positioned alongside the outboard side of the armrest, and a second position in which the first side is positioned alongside the inboard side of the armrest and the second side is positioned on the top of the armrest.