mhurhangee/ep-ind-claims huggingface dataset:
Rotary drive for pivoting two boom arms (10, 10') which are connected to one another in an articulated manner, in particular of a concrete distribution boom of a mobile or stationary concrete pump, having a drive in the form of a translational piston movement and having a gear mechanism for converting the translational piston movement of the drive into a rotary movement for pivoting the boom arms, wherein the gear mechanism comprises an output gear with a peripheral coupling toothing and two hydraulically or electrically driven coupling elements (26, 27), wherein the coupling elements (26, 27) are each connected to the drive via a coupling rod (28, 29) and at least one coupling element (26, 27) is in engagement with the coupling toothing of the output gear, and, during operation of the rotary drive, the coupling elements (26, 27) are alternately in engagement with the output gear, and wherein the translational piston movement occurs perpendicularly to an axis of rotation of the output gear.
Deep-drawing packaging machine comprising a machine frame, a forming station for deep-drawing packaging troughs in a web, a filling station for filling products into the packaging troughs, a sealing station for sealing the troughs, and a chain guide for guiding a transportation chain, which is configured for gripping the web, in order to transport the web in a production direction along the deep-drawing packaging machine, wherein the deep-drawing packaging machine 1 comprises a folding unit for forming a multi-layered edge region to be gripped by means of the transportation chain the folding unit being positioned in the production direction upstream of an infeed of the chain guide, and wherein the folding unit comprises a deflection unit, which is configured for deflecting at least one lateral edge of the web being fed thereto in the production direction into a transportation direction being directed increasingly deviated, inwards the machine frame with respect to the production direction, in order to fold the lateral edge for forming the multi-layered edge trim, characterized in that the deflection unit comprises a deflection ramp for deflecting the lateral edge inwards the machine frame, as well as a down guide, which is configured for guiding down the by means of the deflection ramp inwards deflected lateral edge onto the web.
A method for monitoring fan blades for a gas turbine engine, comprising: receiving, by a controller, a signal from a pressure sensor (192, 193), the pressure sensor (192, 193) located downstream from the fan blades; calculating, by the controller, a first bandpass signal based on the signal; calculating, by the controller, a second bandpass signal based on the signal; performing, by the controller, a time frequency analysis on the first bandpass signal and the second bandpass signal to calculate a first power level of the first bandpass signal and a second power level of the second bandpass signal; and determining, by the controller, a change in at least one of a magnitude of the first power level and a magnitude of the second power level, characterized in that: the second bandpass signal comprises a higher frequency than the first bandpass signal. receiving, by a controller, a signal from a pressure sensor (192, 193), the pressure sensor (192, 193) located downstream from the fan blades; calculating, by the controller, a first bandpass signal based on the signal; calculating, by the controller, a second bandpass signal based on the signal; performing, by the controller, a time frequency analysis on the first bandpass signal and the second bandpass signal to calculate a first power level of the first bandpass signal and a second power level of the second bandpass signal; and determining, by the controller, a change in at least one of a magnitude of the first power level and a magnitude of the second power level,
Machine suitable for the thermal processing of unpackaged products, in particular food products, comprising a vat with lateral walls (3;5,22) for containing the product; a heat exchanger, coupled to the vat and supported by said lateral walls (3;5,22), with at least one heat exchange surface (3;5,22) for product contact; scraping means, coupled to and moveable with respect to said heat exchange surface (3;5,22), said scraping means having a planar shape with at least one straight scraping edge; springing means capable of coming said at least one straight scraping edge into elastically sprung contact with at least one such heat exchange surface (3;5,22); and characterised in that said scraping means and said springing means are incorporated one another into a one-body single planar shape which has said scraping edges and at least one oblong shaped slit that is placed close to the scraping edges for cushioning the latter against the heat exchange surface (3;5,22) by modulating the elasticity of the planar shape as a whole. a vat with lateral walls (3;5,22) for containing the product; a heat exchanger, coupled to the vat and supported by said lateral walls (3;5,22), with at least one heat exchange surface (3;5,22) for product contact; scraping means, coupled to and moveable with respect to said heat exchange surface (3;5,22), said scraping means having a planar shape with at least one straight scraping edge; springing means capable of coming said at least one straight scraping edge into elastically sprung contact with at least one such heat exchange surface (3;5,22); and characterised in that said scraping means and said springing means are incorporated one another into a one-body single planar shape which has said scraping edges and at least one oblong shaped slit that is placed close to the scraping edges for cushioning the latter against the heat exchange surface (3;5,22) by modulating the elasticity of the planar shape as a whole.
A liposomal topical formulation base, comprising: a plurality of liposomes; an aqueous gel matrix in which the plurality of liposomes are dispersed, wherein the aqueous gel matrix comprises a gelling agent, a water-soluble silicone compound that is a PEG-X silicone wherein X is an integer of 6-20 or a PPG-X-silicone wherein X is an integer of 8-20, a film forming agent that is a polysilsesquioxane compound at a concentration of 1-20% by weight of the total composition, and water. a plurality of liposomes; an aqueous gel matrix in which the plurality of liposomes are dispersed, wherein the aqueous gel matrix comprises a gelling agent, a water-soluble silicone compound that is a PEG-X silicone wherein X is an integer of 6-20 or a PPG-X-silicone wherein X is an integer of 8-20, a film forming agent that is a polysilsesquioxane compound at a concentration of 1-20% by weight of the total composition, and water.
A gas turbine engine, comprising a compressor, a compressor plenum, a combustor arrangement and a turbine, the combustor arrangement comprising at least one combustion chamber, a connection duct forming an air plenum, at least one mixer arrangement for admixing an air or gas portions to the hot gas flow leaving the combustion chamber, wherein the mixer arrangement is adapted to guide combustion gases in a hot gas flow path extending downstream of the combustion chamber, wherein the mixer comprises a fuel injector at the outlet of the mixer arrangement and a plurality of injection pipes pointing inwards from the side walls of the mixer arrangement for admixing air portions to cool at least the hot gas flow leaving combustion chamber, wherein the mixer arrangement (200, 222) receives at least one portion of dilution air flowing from the compressor plenum and at least one portion of cooling air flowing from the air plenum, wherein a first part of said cooling air is injected via the injection pipes (114 b-d) and a second part of said cooling air is injected as effusion air into the mixer arrangement via injection holes disposed along the whole extension of the mixer arrangement, wherein the injection pipes include an injection pipe group, wherein a first portion of the dilution air from the compressor plenum is supplied in the hot gas flow path through the injection pipe group, characterized in that, a second portion of the dilution air is supplied through the fuel injector, whereby the fuel injector is cooled by the second portion of the dilution air.
A disk brake system comprising a friction disk comprising a friction core; an inner spline and an outer spline located adjacent the friction disk core; said friction disk core having an inner diameter edge, an outer diameter edge, and a first surface with multiple mortises extending radially across the first surface; and a first wear liner having two wear liner segments each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon of each wear liner segment being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner, wherein radial movement of the two wear liner segments is restricted by at least one of said outer and inner splines. a friction disk comprising a friction core; an inner spline and an outer spline located adjacent the friction disk core; said friction disk core having an inner diameter edge, an outer diameter edge, and a first surface with multiple mortises extending radially across the first surface; and a first wear liner having two wear liner segments each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon of each wear liner segment being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner, wherein radial movement of the two wear liner segments is restricted by at least one of said outer and inner splines.
An apparatus for fastening a gas generator in an oscillating manner as a vibration damping mass inside an airbag module, a fastening ring being provided for fastening the gas generator, wherein the fastening ring has at least one elastic section and at least one reinforcement insert for reinforcing the fastening ring and securing the fastening ring to the gas generator, wherein a surface of the reinforcement insert is at least partially made of plastic.
A method comprising: selecting a total tone count N SD for modulating a data payload in an orthogonal frequency division multiplexing, OFDM, system adapted to operate at 80 MHz; and interleaving two or more codewords in the data payload before transmitting on a channel, wherein: the total tone count N SD is 234; and interleaving includes a column dimension N COL of 26 and row dimension N ROW of 9* number of code bits per symbol N CBPS. selecting a total tone count N SD for modulating a data payload in an orthogonal frequency division multiplexing, OFDM, system adapted to operate at 80 MHz; and interleaving two or more codewords in the data payload before transmitting on a channel, wherein: the total tone count N SD is 234; and interleaving includes a column dimension N COL of 26 and row dimension N ROW of 9* number of code bits per symbol N CBPS. the total tone count N SD is 234; and interleaving includes a column dimension N COL of 26 and row dimension N ROW of 9* number of code bits per symbol N CBPS.
A method for identifying a lung cancer status in a subject comprising: 1) detecting methylation levels of biomarker genes in a biological sample from the subject, wherein the biomarker genes comprise BCAT1, DCLK1, HOXA9, RASSF1A, and SHOX2; and 2) comparing the methylation levels detected in step 1) with normal methylation levels of the corresponding biomarker genes in a population to determine the lung cancer status in the subject. 1) detecting methylation levels of biomarker genes in a biological sample from the subject, wherein the biomarker genes comprise BCAT1, DCLK1, HOXA9, RASSF1A, and SHOX2; and 2) comparing the methylation levels detected in step 1) with normal methylation levels of the corresponding biomarker genes in a population to determine the lung cancer status in the subject.
Tyre for a rolling assembly comprising a rim and a tyre, said tyre having at least one carcass reinforcement surmounted radially on the outside by a crown reinforcement, itself radially on the inside of a tread having two axially outermost ends, said crown reinforcement being made up of at least one layer of reinforcing elements, said tread being connected to two beads by way of two sidewalls, said beads being intended to come into contact with a rim having rim flange tops, each bead having at least one circumferential reinforcing element, said sidewalls having, on their outer surface, a set of protuberances alternating with voids, the protuberances being disposed at the surface of the sidewall in a regular or irregular manner, characterized in that each protuberance extends continuously at least between a point A and a point D, where: - said point A corresponds to the limit point of the tread positioned at an axially outermost end that does not touch the ground when the tyre is compressed under nominal load and pressure conditions; - said point D is positioned on the sidewall at a radius Rd such that Rd = Rc - 0.2 ∗ (Ra-Rc), where Ra corresponds to the radius at the point A and Rc corresponds to the radius at a point C, the point C being positioned on the sidewall where the distance between the two sidewalls of the tyre is greatest when the tyre is inflated; and in that each protuberance comprises at least one cut positioned between the point A and the point D, the at least one cut being formed transversely with respect to the protuberance in a region where the extension stress of the material of said protuberance is at a maximum under nominal load and pressure conditions. - said point A corresponds to the limit point of the tread positioned at an axially outermost end that does not touch the ground when the tyre is compressed under nominal load and pressure conditions; - said point D is positioned on the sidewall at a radius Rd such that Rd = Rc - 0.2 ∗ (Ra-Rc), where Ra corresponds to the radius at the point A and Rc corresponds to the radius at a point C, the point C being positioned on the sidewall where the distance between the two sidewalls of the tyre is greatest when the tyre is inflated;
A method of classifying barcode tag conditions on sample tubes held in a tube tray which has an array of rows and columns of slots in which sample tubes may be held, the method comprising: acquiring, by an image capture system comprised of at least one camera, top view image sequences of the tube tray; and analyzing, by one or more processors in communication with the image capture system, the top view image sequences, the analyzing comprising, for each sample tube: rectifying a region of interest from each input image of the top view image sequences; extracting features from the rectified ROI; and inputting the extracted features from the rectified ROI into a classifier to determine the barcode tag condition, the barcode tag condition based upon a barcode tag condition category stored in the classifier, characterized in that the image capture system captures an image each time a row of the tube tray is moved into a center position or a position substantially centered under the one or more cameras and in that the classifier comprises a pixel-based classifier trained to localize and segment the ROI with visible deformation. acquiring, by an image capture system comprised of at least one camera, top view image sequences of the tube tray; and analyzing, by one or more processors in communication with the image capture system, the top view image sequences, the analyzing comprising, for each sample tube: rectifying a region of interest from each input image of the top view image sequences; extracting features from the rectified ROI; and inputting the extracted features from the rectified ROI into a classifier to determine the barcode tag condition, the barcode tag condition based upon a barcode tag condition category stored in the classifier, characterized in that the image capture system captures an image each time a row of the tube tray is moved into a center position or a position substantially centered under the one or more cameras and in that the classifier comprises a pixel-based classifier trained to localize and segment the ROI with visible deformation. rectifying a region of interest from each input image of the top view image sequences; extracting features from the rectified ROI; and inputting the extracted features from the rectified ROI into a classifier to determine the barcode tag condition, the barcode tag condition based upon a barcode tag condition category stored in the classifier, characterized in that the image capture system captures an image each time a row of the tube tray is moved into a center position or a position substantially centered under the one or more cameras and in that the classifier comprises a pixel-based classifier trained to localize and segment the ROI with visible deformation.
A light emitting semiconductor device, comprising: a bipolar transistor with emitter, base, collector, base-collector junction and base-emitter junction, the light being emitted by the bipolar transistor, a collector-to-base breakdown voltage, a quenching component (R, Q) electrically connected with the base or the collector, and a switching circuitry (S1, S2, S3) configured to apply a forward bias to the base-emitter junction, the bipolar transistor being configured for operation at a reverse collector-to-base voltage (V CB) above the breakdown voltage characterised in that the switching circuitry is configured to enable an electric connection of the emitter alternatively with a ground potential and with a further voltage, which is provided for triggering an avalanche breakdown. a bipolar transistor with emitter, base, collector, base-collector junction and base-emitter junction, the light being emitted by the bipolar transistor, a collector-to-base breakdown voltage, a quenching component (R, Q) electrically connected with the base or the collector, and a switching circuitry (S1, S2, S3) configured to apply a forward bias to the base-emitter junction, the bipolar transistor being configured for operation at a reverse collector-to-base voltage (V CB) above the breakdown voltage characterised in that the switching circuitry is configured to enable an electric connection of the emitter alternatively with a ground potential and with a further voltage, which is provided for triggering an avalanche breakdown.
A laser system, comprising: a laser device configured to emit a coherent electromagnetic radiation beam at a lasing wavelength; and at least one optical device positioned in a pathway of the electromagnetic radiation beam; the at least one optical device comprising: a glass material; and a dopant comprising at least one of a transition metal element, an actinide element, and a lanthanide element dispersed within the glass material, wherein the doped glass does not significantly absorb the lasing wavelength of the electromagnetic radiation beam, and wherein the dopant does not emit radiation at the lasing wavelength of the coherent electromagnetic radiation beam when pumped with another wavelength of electromagnetic radiation, wherein the at least one optical device exhibits a lower electronic population in higher energy states after inputting energy from the coherent electromagnetic radiation beam into the at least one optical device, relative to an optical device comprising the glass material without the dopant. a laser device configured to emit a coherent electromagnetic radiation beam at a lasing wavelength; and at least one optical device positioned in a pathway of the electromagnetic radiation beam; the at least one optical device comprising: a glass material; and a dopant comprising at least one of a transition metal element, an actinide element, and a lanthanide element dispersed within the glass material, wherein the doped glass does not significantly absorb the lasing wavelength of the electromagnetic radiation beam, and wherein the dopant does not emit radiation at the lasing wavelength of the coherent electromagnetic radiation beam when pumped with another wavelength of electromagnetic radiation, wherein the at least one optical device exhibits a lower electronic population in higher energy states after inputting energy from the coherent electromagnetic radiation beam into the at least one optical device, relative to an optical device comprising the glass material without the dopant. a glass material; and a dopant comprising at least one of a transition metal element, an actinide element, and a lanthanide element dispersed within the glass material, wherein the doped glass does not significantly absorb the lasing wavelength of the electromagnetic radiation beam, and wherein the dopant does not emit radiation at the lasing wavelength of the coherent electromagnetic radiation beam when pumped with another wavelength of electromagnetic radiation, wherein the at least one optical device exhibits a lower electronic population in higher energy states after inputting energy from the coherent electromagnetic radiation beam into the at least one optical device, relative to an optical device comprising the glass material without the dopant.
A semiconductor device for detection of x-rays or gamma-rays, comprising: - a substrate of semiconductor material having a main surface, - an integrated circuit in the substrate, - a dielectric layer arranged on the main surface of the substrate, - a nanomaterial film arranged above the dielectric layer, at least part of the nanomaterial film having a scintillating property, - a semiconductor layer between the dielectric layer and the nanomaterial film, and - a photodetector element or array of photodetector elements arranged in the semiconductor layer, the photodetector element or array of photodetector elements being configured to detect electromagnetic radiation transformed by the nanomaterial film. - a substrate of semiconductor material having a main surface, - an integrated circuit in the substrate, - a dielectric layer arranged on the main surface of the substrate, - a nanomaterial film arranged above the dielectric layer, at least part of the nanomaterial film having a scintillating property, - a semiconductor layer between the dielectric layer and the nanomaterial film, and - a photodetector element or array of photodetector elements arranged in the semiconductor layer, the photodetector element or array of photodetector elements being configured to detect electromagnetic radiation transformed by the nanomaterial film.
A method of obtaining predicted navigation data corresponding to global positioning satellites, the method comprising: sending a request for predicted data from a requesting entity to a predicting entity that receives satellite subframe data, the request including an indication of a time interval for which prediction of future navigation data is requested; receiving a response to the request that includes the predicted data, the predicted data comprising a future navigation data set, of information transmitted by a space vehicle, for the time interval for which prediction is requested; and. using the future navigation set to process GPS signals in the time interval. sending a request for predicted data from a requesting entity to a predicting entity that receives satellite subframe data, the request including an indication of a time interval for which prediction of future navigation data is requested; receiving a response to the request that includes the predicted data, the predicted data comprising a future navigation data set, of information transmitted by a space vehicle, for the time interval for which prediction is requested; and. using the future navigation set to process GPS signals in the time interval.