mhurhangee/ep-ind-claims huggingface dataset:
A device for analyzing an audio signal to obtain an analysis representation of the audio signal, comprising: means for calculating a neural activity pattern over time resulting at nerve fibers of an ear model based on the audio signal; and means for processing the neural activity pattern in order to obtain a sequence of time information (t1, t2) as an analysis representation describing a temporal position of consecutive trajectories (740, 750), wherein a trajectory (740, 750) includes activity impulses on different nerve fibers (NF1, NF2, NF3, NF4, NF5) based on the same event in the audio signal; characterized in that the means for processing the neural activity pattern is implemented to gradually distort a two-dimensional representation of the neural activity pattern over time in order to obtain a distorted two-dimensional representation of the neural activity pattern over time, and to recognize when an approximately straight line is contained in the distorted two-dimensional representation of the neural activity pattern over time in order to recognize the approximately straight line as a trajectory in order to determine the temporal position of the trajectory and to provide the time information belonging to the trajectory as an analysis representation of the audio signal. means for calculating a neural activity pattern over time resulting at nerve fibers of an ear model based on the audio signal; and means for processing the neural activity pattern in order to obtain a sequence of time information (t1, t2) as an analysis representation describing a temporal position of consecutive trajectories (740, 750), wherein a trajectory (740, 750) includes activity impulses on different nerve fibers (NF1, NF2, NF3, NF4, NF5) based on the same event in the audio signal; characterized in that the means for processing the neural activity pattern is implemented to gradually distort a two-dimensional representation of the neural activity pattern over time in order to obtain a distorted two-dimensional representation of the neural activity pattern over time, and to recognize when an approximately straight line is contained in the distorted two-dimensional representation of the neural activity pattern over time in order to recognize the approximately straight line as a trajectory in order to determine the temporal position of the trajectory and to provide the time information belonging to the trajectory as an analysis representation of the audio signal.
A method to prepare CD106 high CD151 + Nestin + mesenchymal stem cells (MSCs), said method comprising culturing a population of undifferentiated MSCs in a culture medium comprising between 1 and 100 ng/ml of added Interleukin 1β and between 1 and 100 ng/ml of added Interleukin 4, for at least one day, preferably for two days.
A non-asbestos friction material composition, comprising: a binder; a fibrous base material; an inorganic filler; and an organic filler, and containing no copper or having a copper content of 0.5 mass% or less, wherein the inorganic filler comprises two γ-alumina powders of a first γ-alumina powder having a median diameter (D 50) of 0.8-60 μm, and a second γ-alumina powder having a median diameter (D 50) of 80-400 μm, wherein the median diameter (D 50) of the γ-alumina powders is measured by laser diffraction particle size distribution measurement.
A clothing hanger comprising: a vertical frame; a support frame including a center part connected to an upper end of the vertical frame and a pair of support parts (4A,4B), each support part (4A,4B) formed long from each side of the center part to support clothing; a moving bar provided in an inner portion of the vertical frame to be capable of elevating; an elevating body connected to an upper end of the moving bar and provided in the center part to be capable of elevating; wherein each support part (4A,4B) comprises a space formed therein, each space receiving: a multi-joint link rotatably connected to the elevating body, and the length of the multi-joint link varies according to the elevation of the elevating body; and an extension frame movable in the space and connected to the multi-joint link, and protruding outward from the support part (4A,4B); wherein when the moving bar and the elevating body lift, the length of the multi-joint link is shortened, and the multi-joint link pulls the extension frame such that the extension frame is inserted into the support part of the support frame, and wherein when the moving bar and the elevating body lower, the length of the multi-joint link increases, and the multi-joint link pushes the extension frame such that the extension frame protrudes from the support part of the support frame. a vertical frame; a support frame including a center part connected to an upper end of the vertical frame and a pair of support parts (4A,4B), each support part (4A,4B) formed long from each side of the center part to support clothing; a moving bar provided in an inner portion of the vertical frame to be capable of elevating; an elevating body connected to an upper end of the moving bar and provided in the center part to be capable of elevating; wherein each support part (4A,4B) comprises a space formed therein, each space receiving: a multi-joint link rotatably connected to the elevating body, and the length of the multi-joint link varies according to the elevation of the elevating body; and an extension frame movable in the space and connected to the multi-joint link, and protruding outward from the support part (4A,4B); wherein when the moving bar and the elevating body lift, the length of the multi-joint link is shortened, and the multi-joint link pulls the extension frame such that the extension frame is inserted into the support part of the support frame, and wherein when the moving bar and the elevating body lower, the length of the multi-joint link increases, and the multi-joint link pushes the extension frame such that the extension frame protrudes from the support part of the support frame.
Heater for an aerosol-generating device, the heater comprising: a flexible electrically insulating substrate, wherein the flexible electrically insulating substrate comprises a first portion and a second portion, control electronics, wherein the control electronics are provided on the first portion of the flexible electrically insulating substrate, and a heating element, wherein the heating element is provided on the second portion of the flexible electrically insulating substrate, wherein the heating element comprises an induction coil, wherein the flexible electrically insulating substrate is rolled into a tube, wherein the flexible electrically insulating substrate comprises a fourth portion, and wherein the heater further comprises a susceptor element Z Z arranged on the fourth portion of the flexible electrically insulating substrate. a flexible electrically insulating substrate, wherein the flexible electrically insulating substrate comprises a first portion and a second portion, control electronics, wherein the control electronics are provided on the first portion of the flexible electrically insulating substrate, and a heating element, wherein the heating element is provided on the second portion of the flexible electrically insulating substrate, wherein the heating element comprises an induction coil, wherein the flexible electrically insulating substrate is rolled into a tube, wherein the flexible electrically insulating substrate comprises a fourth portion, and wherein the heater further comprises a susceptor element Z Z arranged on the fourth portion of the flexible electrically insulating substrate.
Membrane Stirling engine having a working gas, a hot part and a cold part, the working gas of the Stirling Engine being located in membrane skins both in the hot part and in the cold part thereof, each of which skins has two ends, with one end hermetically closed and the other end being open, their open ends leading into the hot or cold space, respectively, of a regenerator chamber, with their open ends tightly sealed, characterized in that a displacement function of a heat and force-transmitting liquid is generated by sound waves, which are generated by piezoelectric transducers or loudspeaker membranes, which are embedded in the liquid.
A device for dissipating heat for a space-based satellite, comprising at least one dissipating panel (11, 12), the dissipating panel (11, 12) comprising at least one skin (211, 212), characterized in that the skin (211, 212) is produced in a composite structure comprising an organic resin and graphitised carbon fibres, and in that the organic resin is filled with carbon nanotubes.
A method for forming a magnetic tunnel junction, MTJ, device, comprising: providing a stack of layers, at least comprising, in a top-down direction, a first magnetic layer having a fixed magnetization direction a barrier layer, and a second magnetic layer being configured to switch its magnetization direction with respect to the fixed magnetization direction of said first magnetic layer, the second magnetic layer having an out-of-plane magnetic anisotropy, etching said stack of layers such that a pillar is formed and such that at least one trench is created in said second magnetic layer adjacent said pillar, and processing of at least one region of said second magnetic layer peripheral of said at least one trench with respect to said pillar, wherein said step of processing comprises at least one of an oxidation and an irradiation of said at least one region, such that said at least one region obtains an in-plane magnetic anisotropy. providing a stack of layers, at least comprising, in a top-down direction, a first magnetic layer having a fixed magnetization direction a barrier layer, and a second magnetic layer being configured to switch its magnetization direction with respect to the fixed magnetization direction of said first magnetic layer, the second magnetic layer having an out-of-plane magnetic anisotropy, etching said stack of layers such that a pillar is formed and such that at least one trench is created in said second magnetic layer adjacent said pillar, and processing of at least one region of said second magnetic layer peripheral of said at least one trench with respect to said pillar, wherein said step of processing comprises at least one of an oxidation and an irradiation of said at least one region, such that said at least one region obtains an in-plane magnetic anisotropy.
A method for checking uniformity of an ion implantation when ions are implanted over an entirety of one surface of a semiconductor wafer having an insulator film on the one surface, the method comprising checking whether the ions are implanted over the entirety of the one surface of the semiconductor wafer by directly observing light emitted when the one surface of the semiconductor wafer is irradiated with an ion beam of the implanted ions throughout the ion implantation, characterized in that a batch-type ion implantation apparatus is used to implant the ions and the emitted light is directly observed in such a manner that the surface of the semiconductor wafer is observed through an observation window provided on a chamber of the batch-type ion implantation apparatus while the surface is irradiated with the ion beam, and the observation of the surface of the semiconductor wafer through the observation window is performed at a position angularly spaced at an angle of 90° to 270° from the position of the semiconductor wafer irradiated with the ion beam during the ion implantation with respect to the center of the wheel on which the semiconductor wafer is placed.
An oil mist separator for separating oil from the crankcase ventilation gas of an internal combustion engine, comprising a rotor, which is arranged on a rotatably supported shaft and which separates oil from the gas by means of centrifugal forces, wherein, in an area of the shaft, which is axially spaced apart from the rotor, a rotary drive comprising at least one blowback nozzle is arranged at said shaft, wherein the rotor is arranged in a gas purification chamber of the separator, and the rotary drive is arranged in a drive chamber of the separator, wherein the shaft is supported between rotor and rotary drive in two bearings (33.1, 33.2), which are axially spaced apart from one another, in a carrier part, which separates the gas purification chamber and the drive chamber from one another, wherein provision is made in the carrier part for a pressure oil channel, to which pressurized lubricating oil can be fed, and which opens into hollow channel in the shaft, which leads to the at least one blowback nozzle of the rotary drive, wherein a raw gas channel, which feeds crankcase ventilation gas, opens into an inlet area of the gas purification chamber, wherein a clean gas channel branches out from an outlet area of the gas purification chamber, wherein an oil return channel branches out from an oil collection area of the gas purification chamber and wherein an oil drain channel for lubricating oil escaping from the blowback nozzle branches out from the drive chamber, characterized in that both bearings (33.1 and 33.2) of the shaft are sliding bearings, that in the carrier part, an annular channel (55.1, 55.2) surrounding the shaft leads from the pressure oil channel to each sliding bearing (33.1, 33.2) and that an oil return channel, which leads away from the rotor into the drive chamber and through which the lubricating oil, which flows through the rotor-side sliding bearing (33.1), can be fed back into the drive chamber, branches out from the side of the rotor-side sliding bearing (33.1), which faces the rotor.
A thermo-mechanically stable, heat sealable, polymer film (10a; 10b), suitable for liquid carton lamination and heat-seal packaging, comprising a core layer consisting of polyethylene and comprising more than 40 weight-% of a polyethylene selected from the group consisting of MDPE, HDPE, modified MDPE, modified HDPE, and blends of two or more thereof, modified meaning polymer grades that have been modified in the polymerisation process to include two components having different molecular weight characteristics, i.e. not a physical blend but a polymerised composition of two kinds of polymers, having a so-called bi-modal or multi-modal molecular weight distribution, which is achievable by a multistep polymerisation process, wherein the different steps are carried out under different reaction conditions, the film further having a heat sealing layer, comprising mainly low density ethylene polymers selected from the group consisting of LDPE, LLDPE, metallocene-catalysed LLDPE (m-LLDPE) and blends of two or more thereof, the heat sealing layer being contiguous to the core layer on a first side, the core layer further having a coating-receiving layer, applied in contiguous contact with its second, opposite, side, underneath a vapour deposition barrier coating of 5-200 nm thickness, the coating-receiving layer comprising in the majority a metallocene-catalysed ethylene polymer selected from the group consisting of m-LLDPE, m-HDPE and m-MDPE, and the polymer film having a total thickness of from 12 to 20 μm.
A process for upgrading whole crude oil, the process comprising the steps of: injecting into an injection well a pressurized recovery fluid, the recovery fluid being carbon dioxide, at a pressure between 13790kPa (2000psig) and 34474kPa (5000psig) such that the recovery fluid is operable to sweep an underground formation to enhance recovery of whole crude oil from a production well, the recovery fluid being intimately mixed with the whole crude oil upon recovery from the production well to create a high pressure stream, wherein the whole crude oil comprises a light fraction and a heavy fraction; depressurizing the high pressure stream to a pressure of between 3447kPa (500psig) and 13790kPa (2000psig) and at a temperature of between 0°C and 50°C, and separating the heavy fraction from the high pressure stream to form a light crude oil stream and a heavy fraction stream; lowering the pressure of the light crude oil stream to around atmospheric pressure so as to separate the recovery fluid from the light crude oil stream to form a light fraction stream; reforming the heavy fraction stream into a reformed heavy fraction by contacting the heavy fraction stream with a water feed stream under supercritical conditions, such that the reformed heavy fraction has reduced amounts of heavy fraction, asphaltene, sulfur, nitrogen or metal containing substances as compared to the whole crude oil. injecting into an injection well a pressurized recovery fluid, the recovery fluid being carbon dioxide, at a pressure between 13790kPa (2000psig) and 34474kPa (5000psig) such that the recovery fluid is operable to sweep an underground formation to enhance recovery of whole crude oil from a production well, the recovery fluid being intimately mixed with the whole crude oil upon recovery from the production well to create a high pressure stream, wherein the whole crude oil comprises a light fraction and a heavy fraction; depressurizing the high pressure stream to a pressure of between 3447kPa (500psig) and 13790kPa (2000psig) and at a temperature of between 0°C and 50°C, and separating the heavy fraction from the high pressure stream to form a light crude oil stream and a heavy fraction stream; lowering the pressure of the light crude oil stream to around atmospheric pressure so as to separate the recovery fluid from the light crude oil stream to form a light fraction stream; reforming the heavy fraction stream into a reformed heavy fraction by contacting the heavy fraction stream with a water feed stream under supercritical conditions, such that the reformed heavy fraction has reduced amounts of heavy fraction, asphaltene, sulfur, nitrogen or metal containing substances as compared to the whole crude oil.
A fire and overheat detection system, comprising: at least one sensor element attached to a support tube (302, 502); and a mounting support assembly comprising: a support tube connector having a first portion and a second portion. wherein the first portion is arranged parallel to the second portion and joined by a connector, wherein a captive space is defined between the first portion and the second portion; a fastener arranged at least partially within the captive space and passing through the first portion of the support tube connector; and a biasing element arranged about the fastener and positioned between an end of the fastener and the first portion of the support tube connector within the captive space, the biasing element biasing the fastener in a direction toward the second portion; wherein the support tube connector is arranged at an end of the support tube (302, 502), and the fastener is configured to attach the support tube connector to a bracket of a vehicle. at least one sensor element attached to a support tube (302, 502); and a mounting support assembly comprising: a support tube connector having a first portion and a second portion. wherein the first portion is arranged parallel to the second portion and joined by a connector, wherein a captive space is defined between the first portion and the second portion; a fastener arranged at least partially within the captive space and passing through the first portion of the support tube connector; and a biasing element arranged about the fastener and positioned between an end of the fastener and the first portion of the support tube connector within the captive space, the biasing element biasing the fastener in a direction toward the second portion; wherein the support tube connector is arranged at an end of the support tube (302, 502), and the fastener is configured to attach the support tube connector to a bracket of a vehicle. a support tube connector having a first portion and a second portion. wherein the first portion is arranged parallel to the second portion and joined by a connector, wherein a captive space is defined between the first portion and the second portion; a fastener arranged at least partially within the captive space and passing through the first portion of the support tube connector; and a biasing element arranged about the fastener and positioned between an end of the fastener and the first portion of the support tube connector within the captive space, the biasing element biasing the fastener in a direction toward the second portion; wherein the support tube connector is arranged at an end of the support tube (302, 502), and the fastener is configured to attach the support tube connector to a bracket of a vehicle.
An article of footwear including a forefoot region, a heel region opposite the forefoot region, a midfoot region disposed between forefoot region and heel region, and a longitudinal axis extending between a medial side and a lateral side of the article of footwear, the article of footwear comprising: a lasting board including a ground side surface, a foot side surface opposite the ground side surface, an outer peripheral edge, and an inner peripheral edge defining an opening; a sole plate having a ground side surface and a foot side surface opposite the ground side surface, wherein the sole plate covers the lasting board such that the ground side surface of the sole plate is a ground-engaging surface; and an upper that is stretched such that a lower portion of the upper is pulled down around a peripheral area of the lasting board, wherein the lasting board is sized and shaped to extend from a medial edge of the article of footwear across the midfoot region of the article of footwear to a lateral edge of the article of footwear and from a forefoot edge of the article of footwear to a point disposed in the midfoot region of the article of footwear, and the lasting board is configured to terminate at the point disposed in the midfoot region, characterized in that the inner peripheral edge of the lasting board comprises an inner forward edge spaced from an inner rearward edge by the opening, and the inner peripheral edge comprises an inner medial edge spaced from an inner lateral edge by the opening. a lasting board including a ground side surface, a foot side surface opposite the ground side surface, an outer peripheral edge, and an inner peripheral edge defining an opening; a sole plate having a ground side surface and a foot side surface opposite the ground side surface, wherein the sole plate covers the lasting board such that the ground side surface of the sole plate is a ground-engaging surface; and an upper that is stretched such that a lower portion of the upper is pulled down around a peripheral area of the lasting board, wherein the lasting board is sized and shaped to extend from a medial edge of the article of footwear across the midfoot region of the article of footwear to a lateral edge of the article of footwear and from a forefoot edge of the article of footwear to a point disposed in the midfoot region of the article of footwear, and the lasting board is configured to terminate at the point disposed in the midfoot region, characterized in that the inner peripheral edge of the lasting board comprises an inner forward edge spaced from an inner rearward edge by the opening, and the inner peripheral edge comprises an inner medial edge spaced from an inner lateral edge by the opening.
Alcoholic extract of the aerial parts of Anthyllis vulneraria, able to be obtained by a method comprising the following steps: a) extracting the aerial parts of Anthyllis vulneraria, with at least one alcoholic solvent; b) decanting of the mixture obtained in a) for at least 10 h; c) filtering of the decanted mixture obtained in b); and d) removing the solvent from the filtrate obtained, then final diluting in another alcoholic solvent. a) extracting the aerial parts of Anthyllis vulneraria, with at least one alcoholic solvent; b) decanting of the mixture obtained in a) for at least 10 h; c) filtering of the decanted mixture obtained in b); and d) removing the solvent from the filtrate obtained, then final diluting in another alcoholic solvent.