mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a user interface apparatus for selecting a selectable object on a display screen, the display screen being arranged to display one or more selectable objects (108a-108f), the method comprising: obtaining first information regarding a first tracked position, the first tracked position being a position of the centre of a first hand of a user; obtaining second information regarding a second tracked position, the second tracked position being a position of the head or an eye of the user; determining one or more object positions of the one or more selectable objects (108a-108f) on the display screen; determining a first screen position based on a point of the display screen intersected by a straight line passing through both the first tracked position and the second tracked position; in response to a determination that a hand configuration of the first hand has changed from an open hand configuration to a closed hand configuration, determining, based on the first screen position and the one or more object positions, whether one of the one or more selectable objects (108a-108f) is located at the first screen position, in which case the first hand at least partly obscures the user's view of the one of the one or more selectable objects (108a-108f); and in the case of the determination that one of the one or more selectable objects (108a-108f) is located at the first screen position, determining that the selectable object located at the first screen position is selected. obtaining first information regarding a first tracked position, the first tracked position being a position of the centre of a first hand of a user; obtaining second information regarding a second tracked position, the second tracked position being a position of the head or an eye of the user; determining one or more object positions of the one or more selectable objects (108a-108f) on the display screen; determining a first screen position based on a point of the display screen intersected by a straight line passing through both the first tracked position and the second tracked position; in response to a determination that a hand configuration of the first hand has changed from an open hand configuration to a closed hand configuration, determining, based on the first screen position and the one or more object positions, whether one of the one or more selectable objects (108a-108f) is located at the first screen position, in which case the first hand at least partly obscures the user's view of the one of the one or more selectable objects (108a-108f); and in the case of the determination that one of the one or more selectable objects (108a-108f) is located at the first screen position, determining that the selectable object located at the first screen position is selected.
An electroluminescent device comprising a substrate, two electrodes, and a stack, the stack comprising at least two electroluminescent emission layers (1, 3) and at least one interlayer disposed between at least two adjacent electroluminescent emission layers having different emission colors, wherein the electroluminescent emission layers (1, 3) comprise electroluminescent molecules, and wherein the interlayer is an undoped interlayer and has a thickness of between ≥ 0.5 nm and ≤ 30 nm that allows the formation of an interface region comprising electroluminescent molecules present in each of the at least two electroluminescent emission layers (1, 3) separated by the interlayer, and the mobility of electrons within the interlayer being different from the mobility of the holes within the interlayer, and the field dependence of the mobility of the electrons within the interlayer being different from the field dependence of the mobility of the holes within the interlayer, the electroluminescent device further comprising a power and/or voltage source connected to the electrodes and adapted to provide a variable voltage and/or a pulsed driving scheme to the electroluminescent device for tuning the color of the electroluminescent device such that the electroluminescent device is color tuneable at a constant or a varying brightness level.
A drainage device useable for treating patients with a pulmonary air leak, said device comprising - at least one airtight collection chamber having a first connection for a drainage tube, and a second connection for evacuating air from the airtight collection chamber; - a pressure control unit connected to the second connection of the collection chamber for controlling an air pressure in the chamber; - a pressure sensor capable of sensing the air pressure in the collection chamber; - an air flow sensor capable of sensing the flow of air evacuated from the collection chamber; characterised in that said drainage device is provided with a three way valve means configured to switch between a first position where the collection chamber is connected to a suction source via the second connection and the collection chamber is disconnected from the atmosphere, and a second position where the collection chamber is connected to the atmosphere via the second connection and the collection chamber is disconnected from the suction source and in that said device further is provided with means for calculating, based on a pressure sensor signal from the pressure sensor, and a flow sensor signal from the flow sensor, when it is suitable to rotate the three way valve means to shift from connecting the collection chamber to the suction source to connecting the collection chamber to the atmosphere, or vice versa, wherein the drainage device further comprises a ball valve comprising a ball located and moveable between a first tube end and a second tube end, the tube ends are arranged to debouch in a common cavity (109, 210), and also being arranged substantially opposite each other, and being provided with seats (220, 232) such that when a suction pressure is applied to one of the tubes (215, 241) the ball makes contact to a seat (220, 232) and seals off that tube and leaves the other tube open to the cavity (109, 210), wherein the ball valve cavity is provided with a further opening to the atmosphere, and wherein the three way valve (125, 202) is arranged to connect suction pressure via first tube end to ball valve upper opening, or, simultaneously to ball valve lower opening and a common cavity to be connected to a patients pleural cavity. - at least one airtight collection chamber having a first connection for a drainage tube, and a second connection for evacuating air from the airtight collection chamber; - a pressure control unit connected to the second connection of the collection chamber for controlling an air pressure in the chamber; - a pressure sensor capable of sensing the air pressure in the collection chamber; - an air flow sensor capable of sensing the flow of air evacuated from the collection chamber;
A pump system, comprising: a vibration actuator which can be electromagnetically driven by applying an alternating-current voltage thereto; a sealed chamber connected to a suction port and a discharge port; a movable wall for changing a volume of the sealed chamber; a cuff to be attached to a measurement target part of a user; a pressure sensor for detecting pressure in the cuff; and a control device for controlling drive of the vibration actuator based on the pressure in the cuff detected by the pressure sensor, wherein the movable wall is displaced due to the drive of the vibration actuator to supply fluid in the sealed chamber into the cuff, wherein the control device is configured to calculate a target effective value of the alternating-current voltage for allowing an amplitude of the vibration actuator to be a target amplitude (Yt) based on the pressure in the cuff detected by the pressure sensor and control the alternating-current voltage so that an effective value of the alternating-current voltage coincides with the target effective value. a vibration actuator which can be electromagnetically driven by applying an alternating-current voltage thereto; a sealed chamber connected to a suction port and a discharge port; a movable wall for changing a volume of the sealed chamber; a cuff to be attached to a measurement target part of a user; a pressure sensor for detecting pressure in the cuff; and a control device for controlling drive of the vibration actuator based on the pressure in the cuff detected by the pressure sensor, wherein the movable wall is displaced due to the drive of the vibration actuator to supply fluid in the sealed chamber into the cuff, wherein the control device is configured to calculate a target effective value of the alternating-current voltage for allowing an amplitude of the vibration actuator to be a target amplitude (Yt) based on the pressure in the cuff detected by the pressure sensor and control the alternating-current voltage so that an effective value of the alternating-current voltage coincides with the target effective value.
An overcurrent protection system for an inverter circuit, comprising: an inductor current detection circuit, configured to detect an inductor current passing an inductor in the inverter circuit, to obtain an inductor current detection value; a pulse-by-pulse current limit enable signal generation circuit, connected to the inductor current detection circuit, and configured to: reduce a current limit threshold according to an instant-feeding load impact signal; compare a current limit threshold obtained after reduction processing with a voltage value corresponding to the inductor current detection value; and output a pulse-by-pulse current limit enable signal when the voltage value corresponding to the inductor current detection value reaches the current limit threshold; a control circuit, connected to the pulse-by-pulse current limit enable signal generation circuit, and configured to perform turn-off control on a switching transistor in the inverter circuit according to the pulse-by-pulse current limit enable signal; characterized by: a first instant-feeding load impact signal generation circuit, connected to the pulse-by-pulse current limit enable signal generation circuit, and configured to: detect an inductor voltage between two ends of the inductor in the inverter circuit, to obtain an inductor voltage detection value; and generate the instant-feeding load impact signal when the inductor voltage detection value reaches a preset voltage threshold. an inductor current detection circuit, configured to detect an inductor current passing an inductor in the inverter circuit, to obtain an inductor current detection value; a pulse-by-pulse current limit enable signal generation circuit, connected to the inductor current detection circuit, and configured to: reduce a current limit threshold according to an instant-feeding load impact signal; compare a current limit threshold obtained after reduction processing with a voltage value corresponding to the inductor current detection value; and output a pulse-by-pulse current limit enable signal when the voltage value corresponding to the inductor current detection value reaches the current limit threshold; a control circuit, connected to the pulse-by-pulse current limit enable signal generation circuit, and configured to perform turn-off control on a switching transistor in the inverter circuit according to the pulse-by-pulse current limit enable signal; characterized by: a first instant-feeding load impact signal generation circuit, connected to the pulse-by-pulse current limit enable signal generation circuit, and configured to: detect an inductor voltage between two ends of the inductor in the inverter circuit, to obtain an inductor voltage detection value; and generate the instant-feeding load impact signal when the inductor voltage detection value reaches a preset voltage threshold.
A levomilnacipran/dextromilnacipran mixture containing dextromilnacipran in a proportion not exceeding 5% by weight of said mixture for use as medicinal product for recovery and functional rehabilitation after an acute neurological event and recurrences thereof.
A beehive comprising a disseminator device, wherein said disseminator device comprises a dispenser chamber for holding a substance to be disseminated, said dispenser chamber comprising an entrance and an exit, characterized in that the beehive comprises a beehive covering top grid and in that the disseminator device is an integrated part of the beehive top grid.
A cocrystal comprising: a) (1R,3S)-3-(5-cyano-4-phenyl-1,3-thiazol-2-ylcarbamoyl)cyclopentane carboxylic acid, and b) a cocrystal forming compound selected from the group consisting of gentisic acid, urea and nicotinamide. a) (1R,3S)-3-(5-cyano-4-phenyl-1,3-thiazol-2-ylcarbamoyl)cyclopentane carboxylic acid, and b) a cocrystal forming compound selected from the group consisting of gentisic acid, urea and nicotinamide.
A device for measuring a concentration of a component in a target sample, the device comprising: a flow chamber comprising a first channel configured to receive a reference sample having a known concentration of the component and a second channel configured to receive the target sample having an unknown concentration of the component; at least one pump configured to pump the reference sample and the target sample, at a same volume flow rate, through the first and second channels (132, 134), respectively; at least a first thermal mass flowmeter configured to measure a thermal conductivity of the reference sample and a thermal conductivity of the target sample; and a processing unit configured to calculate the concentration of the component in the target sample based on an integrated analysis of the thermal conductivity of the reference sample and the thermal conductivity of the target sample. a flow chamber comprising a first channel configured to receive a reference sample having a known concentration of the component and a second channel configured to receive the target sample having an unknown concentration of the component; at least one pump configured to pump the reference sample and the target sample, at a same volume flow rate, through the first and second channels (132, 134), respectively; at least a first thermal mass flowmeter configured to measure a thermal conductivity of the reference sample and a thermal conductivity of the target sample; and a processing unit configured to calculate the concentration of the component in the target sample based on an integrated analysis of the thermal conductivity of the reference sample and the thermal conductivity of the target sample.
A method of operating a content node to provide a digital media caching environment, the method comprising: receiving a request transferred by an end user device for digital media content; responsive to the request, retrieving at least a header portion from an origin server, wherein said header portion comprises information associated to the digital media content, in order to identify a correlation between time portions of the content requested by the end user device; processing the header portion to determine a content subset of the digital media content that is associated with the request; retrieving the content subset from the origin server and transmuxing the content subset of the digital media content from an origin format into a stream format suitable for streaming to the end user device; and streaming the content subset in the stream format for delivery to the end user device. receiving a request transferred by an end user device for digital media content; responsive to the request, retrieving at least a header portion from an origin server, wherein said header portion comprises information associated to the digital media content, in order to identify a correlation between time portions of the content requested by the end user device; processing the header portion to determine a content subset of the digital media content that is associated with the request; retrieving the content subset from the origin server and transmuxing the content subset of the digital media content from an origin format into a stream format suitable for streaming to the end user device; and streaming the content subset in the stream format for delivery to the end user device.
A microbubble washing method for washing a human body or an animal, the method comprising washing a human body or an animal using microbubbles and a microbubble washing composition comprising at least one protease and at least one lipase and at least one alkali metal salt selected from the group consisting of an alkali metal carbonate, an alkali metal hydrogen carbonate, an alkali metal sulfate, an alkali halide, and an alkali metal salt of boron and, optionally, a silica-based desiccant, wherein the microbubbles have a diameter of 50 microns or less.
A method for analyzing a sample, comprising: (a) determining a set of pure spectra for components in the sample, wherein each component corresponds to a chemical dye, a fluorescent label, or another chemical moiety, and wherein each component has a different absorption and/or emission spectrum from the other components in the sample; (b) obtaining a set of spectral images of the sample in which the components contribute to the set of spectral images; (c) decomposing the set of spectral images of the sample into an unmixed image set of spectral eigenstates, wherein each member of the unmixed image set corresponds to a spectral contribution from a different one of the components in the sample; (d) forming a selected image set comprising multiple images of the sample, wherein the multiple images in the selected image set comprise: a subset of the unmixed image set, wherein an unmixed image of the subset of the unmixed image set corresponds to a first one of the components in the sample; and a composite image corresponding to an additive combination of two or more of the unmixed images of the unmixed image set; (e) classifying different regions of the sample based on all of the images in the selected image set into one of multiple classes, wherein each one of the classes corresponds to a different state within the sample. (a) determining a set of pure spectra for components in the sample, wherein each component corresponds to a chemical dye, a fluorescent label, or another chemical moiety, and wherein each component has a different absorption and/or emission spectrum from the other components in the sample; (b) obtaining a set of spectral images of the sample in which the components contribute to the set of spectral images; (c) decomposing the set of spectral images of the sample into an unmixed image set of spectral eigenstates, wherein each member of the unmixed image set corresponds to a spectral contribution from a different one of the components in the sample; (d) forming a selected image set comprising multiple images of the sample, wherein the multiple images in the selected image set comprise: a subset of the unmixed image set, wherein an unmixed image of the subset of the unmixed image set corresponds to a first one of the components in the sample; and a composite image corresponding to an additive combination of two or more of the unmixed images of the unmixed image set; a subset of the unmixed image set, wherein an unmixed image of the subset of the unmixed image set corresponds to a first one of the components in the sample; and a composite image corresponding to an additive combination of two or more of the unmixed images of the unmixed image set; (e) classifying different regions of the sample based on all of the images in the selected image set into one of multiple classes, wherein each one of the classes corresponds to a different state within the sample.
An electrical apparatus, comprising a first electrical drive system, a second electrical drive system, a first electrical machine, a second electrical machine and a battery, said first electrical drive system configured for driving the first electrical machine, said second electrical drive system configured for driving the second electrical machine, wherein each electrical machine comprises a rotor, a first set of multi-phase stator windings and a second set of multi-phase stator windings electrically separated from the first set of multi-phase stator windings, where the first electrical drive system comprises a first multi-phase bridge inverter connected to the first set of multi-phase stator windings of the first electrical machine, and a second multi-phase bridge inverter connected to the second set of multi-phase stator windings of the first electrical machine, and where the second electrical drive system comprises a first multi-phase bridge inverter connected to the first set of multi-phase stator windings of the second electrical machine and to the battery, and a second multi-phase bridge inverter connected to the second set of multi-phase stator windings of the second electrical machine, wherein, when the apparatus is in a charging mode when charging the battery, the first multi-phase bridge inverter of the first electrical drive system is connected to a line voltage supply, and that the first multi-phase bridge inverter of the first electrical drive system is connected to the second multi-phase bridge inverter of the second electrical drive system.
An absorbent article having a longitudinal axis extending in a longitudinal direction of the article, the article having a length L as measured along the longitudinal axis between its front end and back end, the absorbent article comprising: a liquid permeable topsheet, a liquid impermeable backsheet, an absorbent core comprising a core wrap (16, 16') enclosing an absorbent material, the absorbent material comprising at least 80% of superabsorbent polymers by weight of the absorbent material, and an acquisition-distribution system at least partially disposed between the absorbent core and the topsheet and comprising one, two or more layers, wherein the periphery of the area of the absorbent material within the core wrap defines an absorbent material deposition area, and the acquisition-distribution system does not extend beyond any of the edges of the absorbent material deposition area; characterized in that the acquisition-distribution system extends in the longitudinal direction of the absorbent article at least from a point A1 disposed at a distance D from the front edge to a point A2 disposed at a distance D from the back edge of the article, D being equal to 32% of the length L of the article, wherein if the acquisition-distribution system comprises more than one layer then all the layers extend at least between A1 and A2, and in that the acquisition-distribution system has a basis weight at least 20% lower at the point A2 than at the point A1. a liquid permeable topsheet, a liquid impermeable backsheet, an absorbent core comprising a core wrap (16, 16') enclosing an absorbent material, the absorbent material comprising at least 80% of superabsorbent polymers by weight of the absorbent material, and an acquisition-distribution system at least partially disposed between the absorbent core and the topsheet and comprising one, two or more layers, wherein the periphery of the area of the absorbent material within the core wrap defines an absorbent material deposition area, and the acquisition-distribution system does not extend beyond any of the edges of the absorbent material deposition area; characterized in that the acquisition-distribution system extends in the longitudinal direction of the absorbent article at least from a point A1 disposed at a distance D from the front edge to a point A2 disposed at a distance D from the back edge of the article, D being equal to 32% of the length L of the article, wherein if the acquisition-distribution system comprises more than one layer then all the layers extend at least between A1 and A2, and in that the acquisition-distribution system has a basis weight at least 20% lower at the point A2 than at the point A1.