mhurhangee/ep-ind-claims huggingface dataset:
A multilayer polyolefin film comprising at least 3 layers, the multilayer polyolefin film comprising: a first surface layer comprising: a first composition comprising at least one ethylene based polymer, wherein the first composition comprises a Molecular Weighted Comonomer Distribution Index (MWCDI) value greater than 0.9, and a melt index ratio (I 10 /I 2) that meets the following equation: I 10 /I 2 ≥ 7.0 - 1.2 x log (I 2); and a second composition comprising an ethylene based polymer having a density from 0.890 to 0.925 g/cc and a melt index (I 2) from 0.2 to 2.0 g/10 min; and a first intermediate layer comprising the first composition. a first surface layer comprising: a first composition comprising at least one ethylene based polymer, wherein the first composition comprises a Molecular Weighted Comonomer Distribution Index (MWCDI) value greater than 0.9, and a melt index ratio (I 10 /I 2) that meets the following equation: I 10 /I 2 ≥ 7.0 - 1.2 x log (I 2); and a second composition comprising an ethylene based polymer having a density from 0.890 to 0.925 g/cc and a melt index (I 2) from 0.2 to 2.0 g/10 min; and a first composition comprising at least one ethylene based polymer, wherein the first composition comprises a Molecular Weighted Comonomer Distribution Index (MWCDI) value greater than 0.9, and a melt index ratio (I 10 /I 2) that meets the following equation: I 10 /I 2 ≥ 7.0 - 1.2 x log (I 2); and a second composition comprising an ethylene based polymer having a density from 0.890 to 0.925 g/cc and a melt index (I 2) from 0.2 to 2.0 g/10 min; and a first intermediate layer comprising the first composition.
Window or glass door for stopping up a span present in a structure present in the facade of a ship, comprising: - a perimeter frame mountable within the span, - a first fixed panel, integral with the frame, to stop up the lower part of the span, - a second panel mounted on the frame for sliding vertically parallel to the first panel up to a position in which it stops up the top of the span and leaving said position and lowering, thereby arranging itself parallel and laterally to the first panel; - an expandable, inflatable gasket for joining two surfaces which are comprised, respectively, in the second panel and the frame and which are facing each other in said position, so that the second panel and the frame adhere to each other in a hermetically sealed manner thereby eliminating a perimetral air gap formed, between the second panel and the frame, as a result of the sliding of the first parallelly with respect to the second, wherein the frame comprises - a horizontal upper upright which comprises a cavity or a housing in which an electric motor is housed, and - two lateral uprights which comprise linear guides for the second panel, and - a filiform element which can be driven by the motor and has two free ends (P1; P2) connected to the second panel for pulling it in opposite directions. - a perimeter frame mountable within the span, - a first fixed panel, integral with the frame, to stop up the lower part of the span, - a second panel mounted on the frame for sliding vertically parallel to the first panel up to a position in which it stops up the top of the span and leaving said position and lowering, thereby arranging itself parallel and laterally to the first panel; sliding vertically parallel to the first panel up to a position in which it stops up the top of the span and leaving said position and lowering, thereby arranging itself parallel and laterally to the first panel; - an expandable, inflatable gasket for joining two surfaces which are comprised, respectively, in the second panel and the frame and which are facing each other in said position, so that the second panel and the frame adhere to each other in a hermetically sealed manner thereby eliminating a perimetral air gap formed, between the second panel and the frame, as a result of the sliding of the first parallelly with respect to the second, wherein the frame comprises - a horizontal upper upright which comprises a cavity or a housing in which an electric motor is housed, and - two lateral uprights which comprise linear guides for the second panel, and - a filiform element which can be driven by the motor and has two free ends (P1; P2) connected to the second panel for pulling it in opposite directions.
An ultrasonic horn comprising: a proximal flange; a first cylindrical portion having a first diameter and positioned distal to the proximal flange; a second cylindrical portion comprising a second diameter and a distal end, wherein the second cylindrical portion is at a position located distal to the first cylindrical portion and wherein the second diameter is smaller than the first diameter; a tapered portion disposed between the first cylindrical portion and the second cylindrical portion; and a first cylindrical mass disposed about the horn at a position located between the flange and the distal end of the second cylindrical portion, characterised in that the first cylindrical mass is disposed about the horn at the second cylindrical portion. a proximal flange; a first cylindrical portion having a first diameter and positioned distal to the proximal flange; a second cylindrical portion comprising a second diameter and a distal end, wherein the second cylindrical portion is at a position located distal to the first cylindrical portion and wherein the second diameter is smaller than the first diameter; a tapered portion disposed between the first cylindrical portion and the second cylindrical portion; and a first cylindrical mass disposed about the horn at a position located between the flange and the distal end of the second cylindrical portion, characterised in that the first cylindrical mass is disposed about the horn at the second cylindrical portion.
Operating method for a continuous casting installation, - liquid metal being poured into a continuous casting mould of the continuous casting installation, - the liquid metal solidifying on side walls of the continuous casting mould to form a strand shell, - the strand shell being drawn out of the continuous casting mould in a casting direction (x) at a casting velocity (vG) by means of a drawing-off device of the continuous casting installation, with or without a core that is still liquid, - the continuous casting mould being moved periodically in the casting direction (x) by means of an oscillating device of the continuous casting installation that is controlled by a control device of the continuous casting installation, characterized in that, in a first time segment of the period, the motion of the continuous casting mould is a harmonic oscillation, on which a velocity offset is superposed, and, in a second time segment of the period, the motion occurs with constant velocity. - liquid metal being poured into a continuous casting mould of the continuous casting installation, - the liquid metal solidifying on side walls of the continuous casting mould to form a strand shell, - the strand shell being drawn out of the continuous casting mould in a casting direction (x) at a casting velocity (vG) by means of a drawing-off device of the continuous casting installation, with or without a core that is still liquid, - the continuous casting mould being moved periodically in the casting direction (x) by means of an oscillating device of the continuous casting installation that is controlled by a control device of the continuous casting installation,
Intermediate turbine housing for a gas turbine, in particular an aircraft gas turbine, comprising a plurality of first components and a plurality of second components, which are alternatingly arranged next to one another in the circumferential direction and delimit a hotgas guiding flow channel in the radial direction, the first components each comprising two first overlapping portions and the second components each comprising two second overlapping portions such that in a particular region of the transition from a first component to a second component, or vice versa, the first overlapping portion and the second overlapping portion are arranged so as to overlap, the first components being identical to the second components or the first components differing from the second components, and comprising at least one centering element on which the first components and the second components are supported in the circumferential direction and in the radial direction such that the first components and the second components are arranged so as to be substantially centered relative to a central axis of the intermediate turbine housing, characterized in that the first components and the second components are made of a ceramic matrix composite and that at least one first support portion and at least one second support portion are provided on each first component and on each second component, the first support portion and the second support portion being designed such that they impinge on the centering element from different sides in the radial direction and the second support portion impinging on the centering element by means of a spacer element.
An RF front end for global navigation satellite systems comprising: a plurality M of RF chains with M being a natural number greater than one, each RF chain at least comprising: an antenna, a low-noise amplifier, and a frequency mixer; and a plurality N of local oscillators with N being a natural number greater than one; characterized in that the RF front end further comprises reconfiguration means (261-264,281-284) configured to connect each of the M frequency mixers to any of the N local oscillators, and to change at least one established connection between a frequency mixer and a local oscillator into a connection between the frequency mixer and a different local oscillator. a plurality M of RF chains with M being a natural number greater than one, each RF chain at least comprising: an antenna, a low-noise amplifier, and a frequency mixer; and a plurality N of local oscillators with N being a natural number greater than one; characterized in that the RF front end further comprises reconfiguration means (261-264,281-284) configured to connect each of the M frequency mixers to any of the N local oscillators, and to change at least one established connection between a frequency mixer and a local oscillator into a connection between the frequency mixer and a different local oscillator.
An assembly comprising: - an internal combustion engine, - a generator, the shaft of which is driven in rotation by the internal combustion engine, - one or more electric motors for evaporators of a vehicle cooling or air-conditioning system, the generator powering the evaporator electric motor(s) via at least one inverter, - one or more electric motors for the condenser of said cooling or air-conditioning system, said motor(s) comprising a four-pole rotor, the generator directly powering the condenser motor(s), the supply voltage of the condenser motor(s) being the generator output voltage, - a compressor which is driven mechanically by the internal combustion engine, and - an auxiliary electric motor for driving the compressor when the latter is not driven by the internal combustion engine. - an internal combustion engine, - a generator, the shaft of which is driven in rotation by the internal combustion engine, - one or more electric motors for evaporators of a vehicle cooling or air-conditioning system, the generator powering the evaporator electric motor(s) via at least one inverter, - one or more electric motors for the condenser of said cooling or air-conditioning system, said motor(s) comprising a four-pole rotor, the generator directly powering the condenser motor(s), the supply voltage of the condenser motor(s) being the generator output voltage, - a compressor which is driven mechanically by the internal combustion engine, and - an auxiliary electric motor for driving the compressor when the latter is not driven by the internal combustion engine.
Filter medium comprising three layers to, wherein layer comprises non-impregnated activated carbon, the layer comprises a solid base material impregnated with a permanganate salt, and the layer comprises basically impregnated activated carbon, wherein the layers and are disposed in such a way that a gas flowing through the filter medium flows through the layer before the layer, and the layer is disposed in such a way that a gas flowing through the filter medium flows through the layer before the layer or through the layer after the layer. layer comprises non-impregnated activated carbon, the layer comprises a solid base material impregnated with a permanganate salt, and the layer comprises basically impregnated activated carbon, wherein the layers and are disposed in such a way that a gas flowing through the filter medium flows through the layer before the layer, and the layer is disposed in such a way that a gas flowing through the filter medium flows through the layer before the layer or through the layer after the layer.
A system for producing at least one trench to improve film cooling in a sample comprising: at least one laser source outputting at least one pulsed laser beam comprising: a pulse duration less than about 50 μs; an energy per pulse less than about 0.1 Joule; and a repetition rate greater than about 1000 Hz; a control subsystem coupled to the laser source, the control subsystem configured to synchronize a position of the sample with the pulse duration and energy level in order to selectively remove at least one of a thermal barrier coating, a bondcoat and a substrate metal in the sample to form the at least one trench;a laser beam delivery system and a motion system coupled to the laser source and the control subsystem, the motion system configured to synchronize a relative location between firing of the laser beam and the sample, characterized in that it comprises a monitoring subsystem coupled to the control subsystem, the monitoring subsystem configured to detect location of the laser beam, to monitor progress of the laser machining, to collect the information, to communicate back and forth with the control subsystem, and in that the control subsystem is further configured to communicate with the laser source, the laser beam delivery system, and the motion system. a pulse duration less than about 50 μs; an energy per pulse less than about 0.1 Joule; and a repetition rate greater than about 1000 Hz; a control subsystem coupled to the laser source, the control subsystem configured to synchronize a position of the sample with the pulse duration and energy level in order to selectively remove at least one of a thermal barrier coating, a bondcoat and a substrate metal in the sample to form the at least one trench;a laser beam delivery system and a motion system coupled to the laser source and the control subsystem, the motion system configured to synchronize a relative location between firing of the laser beam and the sample, characterized in that it comprises a monitoring subsystem coupled to the control subsystem, the monitoring subsystem configured to detect location of the laser beam, to monitor progress of the laser machining, to collect the information, to communicate back and forth with the control subsystem, and in that the control subsystem is further configured to communicate with the laser source, the laser beam delivery system, and the motion system.
An unsupervised method for determining size or dimension of an object captured in an image, comprising: capturing, by a camera, a triggering image of a scene, identifying, by a computer processor, presence of an object in the triggering image, capturing, by the camera, a set of images, each image in the set of images is captured with the camera set at a different f-number and the set of images is captured in response to the identification of presence of the object in the image, wherein the method comprising furthermore identifying, by the computer processor, a given image in the set of images by identifying a subset of images from the set of images, where each image in the subset of images has a contrast metric with a value greater than a threshold, and selecting the given image from the subset of images, where the given image has lowest f-number amongst the images in the subset of images, calculating, by the computer processor, a hyperfocal distance using parameters of the camera when taking the given image, identifying, by the computer processor, the object in the triggering image, retrieving, by the computer processor, a three-dimensional model for the identified object, and quantifying, by the computer processor, three dimensions of the object using a function of the hyperfocal distance and the retrieved three-dimensional model. capturing, by a camera, a triggering image of a scene, identifying, by a computer processor, presence of an object in the triggering image, capturing, by the camera, a set of images, each image in the set of images is captured with the camera set at a different f-number and the set of images is captured in response to the identification of presence of the object in the image, wherein the method comprising furthermore identifying, by the computer processor, a given image in the set of images by identifying a subset of images from the set of images, where each image in the subset of images has a contrast metric with a value greater than a threshold, and selecting the given image from the subset of images, where the given image has lowest f-number amongst the images in the subset of images, calculating, by the computer processor, a hyperfocal distance using parameters of the camera when taking the given image, identifying, by the computer processor, the object in the triggering image, retrieving, by the computer processor, a three-dimensional model for the identified object, and quantifying, by the computer processor, three dimensions of the object using a function of the hyperfocal distance and the retrieved three-dimensional model.
An ultrasound diagnostic apparatus, comprising: an elongated probe; a radial scanning transducer group provided at the distal end portion of the probe and configured by a plurality of radial scanning transducers arranged in a circumferential form and which perform radial scanning in a surface perpendicular to a probe shaft of the probe in a circular form; and a convex scanning transducer group provided at the distal end portion of the probe and configured by a plurality of convex scanning transducers which perform scanning in a sector form within a surface parallel to the probe shaft and are arranged in an arc r form; characterized in that the convex scanning transducer group has the pitch and the same radius of curvature as the radial scanning transducer group; and in that the ultrasound diagnostic apparatus comprises a common sound ray synthesis table storing control data of the radial scanning transducer group and the convex scanning transducer group. an elongated probe; a radial scanning transducer group provided at the distal end portion of the probe and configured by a plurality of radial scanning transducers arranged in a circumferential form and which perform radial scanning in a surface perpendicular to a probe shaft of the probe in a circular form; and a convex scanning transducer group provided at the distal end portion of the probe and configured by a plurality of convex scanning transducers which perform scanning in a sector form within a surface parallel to the probe shaft and are arranged in an arc r form; characterized in that the convex scanning transducer group has the pitch and the same radius of curvature as the radial scanning transducer group; and in that the ultrasound diagnostic apparatus comprises a common sound ray synthesis table storing control data of the radial scanning transducer group and the convex scanning transducer group.
A method of video coding, the method comprising: dividing image data into transform units; in the case of a non-square transform unit, splitting the non-square transform unit into square blocks prior to applying a spatial frequency transform, in which the splitting step comprises applying a Haar transform; and applying a spatial frequency transform to the square blocks to generate corresponding sets of spatial frequency coefficients. dividing image data into transform units; in the case of a non-square transform unit, splitting the non-square transform unit into square blocks prior to applying a spatial frequency transform, in which the splitting step comprises applying a Haar transform; and applying a spatial frequency transform to the square blocks to generate corresponding sets of spatial frequency coefficients.
A polyurethane that is a reaction product of reaction components, the reaction components comprising: (a) a polyol; (b) a polyisocyanate selected from an aromatic, alicyclic or aliphatic polyisocyanate or combinations thereof; (c) a mixture of chain extenders that includes (i) a chain extender having a sulfur bridge in an amount of between 1 and 30 weight percent of the total mixture of chain extenders and (ii) a main chain extender, wherein the chain extender having a sulfur bridge is characterized as R 1 -A-S x -B-R 2 wherein R1 and R2 are selected from an OH, an NH 2 or combinations thereof, wherein A and B are selected from a divalent aliphatic, alicyclic or aromatic organic group or combinations thereof, wherein A and B may be the same or different and wherein x is an integer of between 2 and 10; and (d) free sulfur. (a) a polyol; (b) a polyisocyanate selected from an aromatic, alicyclic or aliphatic polyisocyanate or combinations thereof; (c) a mixture of chain extenders that includes (i) a chain extender having a sulfur bridge in an amount of between 1 and 30 weight percent of the total mixture of chain extenders and (ii) a main chain extender, wherein the chain extender having a sulfur bridge is characterized as R 1 -A-S x -B-R 2 wherein R1 and R2 are selected from an OH, an NH 2 or combinations thereof, wherein A and B are selected from a divalent aliphatic, alicyclic or aromatic organic group or combinations thereof, wherein A and B may be the same or different and wherein x is an integer of between 2 and 10; and (d) free sulfur.
A method of managing a digital subscriber line in a telecommunications network, comprising: measuring a signal to noise ratio parameter associated with the digital subscriber line; identifying variations in the signal to noise ratio parameter; measuring a plurality of weather parameters associated with the digital subscriber line; comparing the signal to noise ratio parameter with one or more predetermined conditions, wherein the predetermined conditions are based on signal to noise ratio parameter characteristics associated with a population of lines operating without a fault; and if one or more of the predetermined conditions are not met, then determining a correlation between the variations in the signal to noise ratio parameter and each of the plurality of weather parameters; generating a fault classification for the line in dependence on the correlation; allocating specific testing to the line in dependence on the fault classification. measuring a signal to noise ratio parameter associated with the digital subscriber line; identifying variations in the signal to noise ratio parameter; measuring a plurality of weather parameters associated with the digital subscriber line; comparing the signal to noise ratio parameter with one or more predetermined conditions, wherein the predetermined conditions are based on signal to noise ratio parameter characteristics associated with a population of lines operating without a fault; and if one or more of the predetermined conditions are not met, then determining a correlation between the variations in the signal to noise ratio parameter and each of the plurality of weather parameters; generating a fault classification for the line in dependence on the correlation; allocating specific testing to the line in dependence on the fault classification.