mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: separating ions in a drift chamber based on, respectively, said ions' ion mobility; fragmenting a portion of the ions, said ions in the portion of ions having substantially similar ion mobilities; separating fragments that are ionized, respectively, based on said fragments' ion mobility; selecting a group of other ions, that are not included in the portion of ions, based on their time of flight, and preventing the group of other ions from passing toward a detector by neutralising the group of other ions. separating ions in a drift chamber based on, respectively, said ions' ion mobility; fragmenting a portion of the ions, said ions in the portion of ions having substantially similar ion mobilities; separating fragments that are ionized, respectively, based on said fragments' ion mobility; selecting a group of other ions, that are not included in the portion of ions, based on their time of flight, and preventing the group of other ions from passing toward a detector by neutralising the group of other ions.
A method of configuring a mobile device for use with ambient noise for a user of the mobile device, the method comprising: receiving, from the user, a case identification of the ambient noise; receiving, from the user, a noise level for the ambient noise; receiving, from the user, a dialog boost level for the ambient noise at the noise level; receiving, from the user, a graphic equalizer setting for the ambient noise at the noise level; playing, from the mobile device, a sample audio for the user while the user sets the dialog boost level and the graphic equalizer setting; and storing on the mobile device the dialog boost level and graphic equalizer setting for the case identification at the noise level in a profile, wherein the device is configured to play audio media using the dialog boost level and graphic equalizer setting when the profile is selected by the user, the method further comprising: simulating the ambient noise at the noise level; and mixing the simulated ambient noise with the sample audio prior to the playing the sample audio. receiving, from the user, a case identification of the ambient noise; receiving, from the user, a noise level for the ambient noise; receiving, from the user, a dialog boost level for the ambient noise at the noise level; receiving, from the user, a graphic equalizer setting for the ambient noise at the noise level; playing, from the mobile device, a sample audio for the user while the user sets the dialog boost level and the graphic equalizer setting; and storing on the mobile device the dialog boost level and graphic equalizer setting for the case identification at the noise level in a profile, wherein the device is configured to play audio media using the dialog boost level and graphic equalizer setting when the profile is selected by the user, simulating the ambient noise at the noise level; and mixing the simulated ambient noise with the sample audio prior to the playing the sample audio.
Method for coating a component, a main body made of a first material being held at at least one point by means of a holding tool (4, 4') and coated with a second material, which is different from the first material, characterised in that a main body is used in which an insert consisting of the second material is inserted in at least one recess and comprises a free surface on which the holding tool (4, 4') holds the component during the coating by means of contacting abutment.
Use of pesticidal active carboxamide compound of formula: or the tautomers, enantiomers, diastereomers or salts thereof, wherein the active compound I of formula is combined and/or applied together with at least one other agriculturally active compound selected from the group of insecticides and/or fungicides consisting of acephate, tefluthrin, lambda-cyhalothrin, acetamiprid, sedaxane, fluopyram, penflufen, difenoconazole, prothioconazole, tebuconazole, thiabendazole, ethiprole, 1-(3-Chloro-2-pyridinyl)-N-[4-cyano-2-methyl-6-[(methylamino)carbonyl]phenyl]-3-[[5-(trifluoromethyl)-2H-tetrazol-2-yl]methyl]-1H-pyrazole-5-carboxamide; spirotetramat, spiromesifen, tioxazafen, teflubenzuron, lufenuron, 2-[4-(4-chlorophenoxy)-2-(trifluoromethyl)phenyl]-1-(1,2,4-triazol-1-yl)propan-2-ol,, for controlling and/or combating animal pests in soil application methods and seed treatment methods, wherein the active compound of formula is applied directly and/or indirectly to the plant and/or to plant propagation material by drenching the soil, by drip application onto the soil, by soil injection, by dipping or by treatment of seeds. or the tautomers, enantiomers, diastereomers or salts thereof, wherein the active compound I of formula is combined and/or applied together with at least one other agriculturally active compound selected from the group of insecticides and/or fungicides consisting of acephate, tefluthrin, lambda-cyhalothrin, acetamiprid, sedaxane, fluopyram, penflufen, difenoconazole, prothioconazole, tebuconazole, thiabendazole, ethiprole, 1-(3-Chloro-2-pyridinyl)-N-[4-cyano-2-methyl-6-[(methylamino)carbonyl]phenyl]-3-[[5-(trifluoromethyl)-2H-tetrazol-2-yl]methyl]-1H-pyrazole-5-carboxamide; spirotetramat, spiromesifen, tioxazafen, teflubenzuron, lufenuron, 2-[4-(4-chlorophenoxy)-2-(trifluoromethyl)phenyl]-1-(1,2,4-triazol-1-yl)propan-2-ol,, for controlling and/or combating animal pests in soil application methods and seed treatment methods, wherein the active compound of formula is applied directly and/or indirectly to the plant and/or to plant propagation material by drenching the soil, by drip application onto the soil, by soil injection, by dipping or by treatment of seeds.
A safety device for passage of pipes on boat deck and bulkheads of boats, comprising at least one static sealing member comprising at least one double flange for being fixed in a sleeve/passage tubes of any diameter suitable for the passage of pipes for boats, said double flange comprising at least two cylindrical-shaped flange sides (2a, 2b), which are coupled to one another, wherein said safety device comprises a gasket or a set of gaskets, wherein said flange sides (2a, 2b) are in turn divided into at least further two or more semi-flanges each (2a', 2a", 2b', 2b") of cylindrical sector shape, said semi-flanges (2a', 2a", 2b', 2b") comprising coupling zones to be coupled to form a first flange side and coupling zones to be coupled to form a second flange side, said flange sides being coupled facing between them to form the double flange, the safety device being modular and comprising several semi-flanges, adapted to be assembled directly on board of a boat in boat deck and/or bulkheads sleeves/tube passages of any type, being adaptable also to pre-existing tube passages, said semi-flanges of the first flange side being male semi-flanges comprising internal profiles (20aint), external profiles (20aout) and radial profiles all raised above the plane of the semi-flanges (2a', 2a"), and said semi-flanges of the second flange side being female semi-flanges comprising internal profiles (20bint), external profiles (20bout) and radial profiles lowered compared to the plane of the semi-flanges (2b', 2b"), said internal profiles (20bint), external profiles (20bout) and radial profiles of said semi-flanges (2b', 2b") of the second flange side forming housings (31, 33) to house said gasket or set of gaskets of said safety device, wherein the semi-flanges (2a', 2b') are made with circumference (Cint, Cout) internal and external in the shape of a circular crown, with external and internal edges or profiles (20aout, 20aint) of respective radius (r2, r1) that are raised with respect to the plane of the semi-flange of the first side (2a', 2a"), these profiles having preferably wedge-shaped section, wherein at least one flange of the second side and its semi-flanges (2b', 2b") are made with internal and external circumference of circular crown shape (Cint, Cout) with external and internal edges or profiles (20bout, 20bint) of respective radius (r1, r2) embossed and lowered, with a hollow or excavation compared to the rest of the plane of flange, in particular to the plane that faces to couple to the flange of the first side (2a', 2a") and/or its semi-flange (2a', 2a") constituting said flange.
Implantable medical device for stimulating a human or animal heart, comprising a processor, a memory unit, a His electrode having a first electrode pole configured to detect an electrical signal at a His bundle of a human or animal heart, at least one further electrode (3, 9) having at least one further electrode pole (30, 91, 92, 93, 94) configured to detect an electrical signal at a cardiac region (6, 10) of the same heart different from the His bundle, wherein the memory unit comprises a computer-readable program that causes the processor to perform the following steps when executed on the processor: measuring electric signals at a His bundle of a human or animal heart with the first electrode pole, measuring electric signals at a cardiac region (6, 10) of the same heart different from the His bundle with the at least one further electrode pole (30, 91, 92, 93, 94), and evaluating intracardiac electrogram signals and/or impedance signals measured between the first electrode pole and the at least one further electrode pole (30, 91, 92, 93, 94), with the provision that this evaluating does not only comprise a determination of an atrial-His bundle transition time, characterized in that the cardiac region different from the His bundle is a right ventricle or a left ventricle, and wherein the computer-readable program causes the processor to determine a relation between a signal detected by the first electrode and a signal detected by the at least one further electrode (3, 9), and wherein the relation is or comprises a time relation between two signals. measuring electric signals at a His bundle of a human or animal heart with the first electrode pole, measuring electric signals at a cardiac region (6, 10) of the same heart different from the His bundle with the at least one further electrode pole (30, 91, 92, 93, 94), and evaluating intracardiac electrogram signals and/or impedance signals measured between the first electrode pole and the at least one further electrode pole (30, 91, 92, 93, 94), with the provision that this evaluating does not only comprise a determination of an atrial-His bundle transition time, characterized in that the cardiac region different from the His bundle is a right ventricle or a left ventricle, and wherein the computer-readable program causes the processor to determine a relation between a signal detected by the first electrode and a signal detected by the at least one further electrode (3, 9), and wherein the relation is or comprises a time relation between two signals.
A non-transitory computer-readable storage medium including instructions that, when executed by one or more processors, configure the one or more processors to perform speech recognition performing the steps of: detecting an activation phrase within a first audio signal; based on the activation phrase, selecting an intelligent personal assistant, IPA, that is included in a group of candidate IPAs; extracting query content from the first audio signal; generating a second audio signal based on the query content; transmitting the second audio signal to the IPA; receiving a first response audio signal from the IPA; storing the first response audio signal; after storing the first response audio signal, receiving a second response audio signal from an additional IPA that is included in the group of candidate IPAs; and causing the second response audio signal to begin to play before causing the first response audio signal to begin to play. detecting an activation phrase within a first audio signal; based on the activation phrase, selecting an intelligent personal assistant, IPA, that is included in a group of candidate IPAs; extracting query content from the first audio signal; generating a second audio signal based on the query content; transmitting the second audio signal to the IPA; receiving a first response audio signal from the IPA; storing the first response audio signal; after storing the first response audio signal, receiving a second response audio signal from an additional IPA that is included in the group of candidate IPAs; and causing the second response audio signal to begin to play before causing the first response audio signal to begin to play.
A dual heterojunction multijunction solar cell, comprising: a substrate; a first subcell, coupled to the substrate, wherein the first subcell comprises a base region, coupled to the substrate, an emitter region, and a plurality of dual heterojunctions, coupled between the base region and the emitter region, wherein each of the dual heterojunctions have a lower bandgap than the emitter region; and a second subcell, coupled between the substrate and the first subcell, wherein each of the dual heterojunctions is at least 200 angstroms in thickness, wherein each of the dual heterojunctions is a pair of alternating low bandgap material (304, 306) and barrier material (305, 307), and wherein each of the dual heterojunctions is contained within a depletion region created by the emitter region and the base region, such that the dual heterojunction region is configured to generate additional current in the solar cell by absorbing incident light within the dual heterojunction region, wherein a material for the low bandgap material (304, 306) is one or any alloy combination, continuous or digital, of: GaAs, GaInAs, GaInAsN, GaInAsNSb, GaInP, GaPN, GaInPN, InPN, InN, InNAs, GaInPAsN, InP, AlGaInP, GaAsP, AlGaAs, GaInAsP, GaSb, InSb, InAs, Ge, SiGe, SiGeC, SiGeSn, ZnGeAs, ZnGeSiAs, CuAlGaInS, CuAlGaInSe, as long as the alloy is of lower band gap than the host surrounding barrier layers and/or base/emitter material(s), wherein a thickness of the low bandgap material (304, 306) is such that there is no quantum confinement of generated electrons in specific energy states in the low bandgap material (304, 306). a substrate; a first subcell, coupled to the substrate, wherein the first subcell comprises a base region, coupled to the substrate, an emitter region, and a plurality of dual heterojunctions, coupled between the base region and the emitter region, wherein each of the dual heterojunctions have a lower bandgap than the emitter region; and a second subcell, coupled between the substrate and the first subcell, wherein each of the dual heterojunctions is at least 200 angstroms in thickness, wherein each of the dual heterojunctions is a pair of alternating low bandgap material (304, 306) and barrier material (305, 307), and wherein each of the dual heterojunctions is contained within a depletion region created by the emitter region and the base region, such that the dual heterojunction region is configured to generate additional current in the solar cell by absorbing incident light within the dual heterojunction region, wherein a material for the low bandgap material (304, 306) is one or any alloy combination, continuous or digital, of: GaAs, GaInAs, GaInAsN, GaInAsNSb, GaInP, GaPN, GaInPN, InPN, InN, InNAs, GaInPAsN, InP, AlGaInP, GaAsP, AlGaAs, GaInAsP, GaSb, InSb, InAs, Ge, SiGe, SiGeC, SiGeSn, ZnGeAs, ZnGeSiAs, CuAlGaInS, CuAlGaInSe, as long as the alloy is of lower band gap than the host surrounding barrier layers and/or base/emitter material(s), wherein a thickness of the low bandgap material (304, 306) is such that there is no quantum confinement of generated electrons in specific energy states in the low bandgap material (304, 306).
A seat structure for an aircraft passenger seat, the seat structure comprising: a frame structure intended to be mounted to a cabin floor of an aircraft; a first seat pan (200, 502, 702, 902) for mounting to the frame structure; and a second seat pan (202, 504, 704, 904) for disposing above the first seat pan (200, 502, 702, 902) such that the second seat pan (202, 504, 704, 904) is moveable relative to the first seat pan (200, 502, 702, 902) in forward and backward directions with reference to the frame structure, wherein the first seat pan (200, 502, 702, 902) or a guiding structure of the seat structure is configured for guiding the movement of the second seat pan (202, 504, 704, 904) on a curved trajectory along the forward and backward directions such that a forward end of the second seat pan (202, 504, 704, 904) is raised upwards and a rear end of the second seat pan (202, 504, 704, 904) is lowered downwards when the second seat pan (202, 504, 704, 904) is moved along the forward direction. a frame structure intended to be mounted to a cabin floor of an aircraft; a first seat pan (200, 502, 702, 902) for mounting to the frame structure; and a second seat pan (202, 504, 704, 904) for disposing above the first seat pan (200, 502, 702, 902) such that the second seat pan (202, 504, 704, 904) is moveable relative to the first seat pan (200, 502, 702, 902) in forward and backward directions with reference to the frame structure, wherein the first seat pan (200, 502, 702, 902) or a guiding structure of the seat structure is configured for guiding the movement of the second seat pan (202, 504, 704, 904) on a curved trajectory along the forward and backward directions such that a forward end of the second seat pan (202, 504, 704, 904) is raised upwards and a rear end of the second seat pan (202, 504, 704, 904) is lowered downwards when the second seat pan (202, 504, 704, 904) is moved along the forward direction.
A method for separating water from a saline solution using a directional solvent, the method comprising: providing the directional solvent and the saline solution comprising water and at least one salt, wherein the directional solvent includes a carboxylic acid with a carbon chain length from 6 to 13 carbon atoms; making an emulsion of the saline solution in the directional solvent; heating the directional solvent before or after contact with the saline solution to produce a first phase that includes the directional solvent and water from the saline solution dissolved in the directional solvent, and a second phase that includes a highly concentrated remainder of the saline solution; allowing the first phase to separate from the second phase; extracting the first phase including the directional solvent and the dissolved water from the highly concentrated remainder of the saline solution or extracting the highly concentrated remainder of the saline solution from the first phase; cooling the first phase after extraction to precipitate the water from the directional solvent; and removing the precipitated water from the directional solvent. providing the directional solvent and the saline solution comprising water and at least one salt, wherein the directional solvent includes a carboxylic acid with a carbon chain length from 6 to 13 carbon atoms; making an emulsion of the saline solution in the directional solvent; heating the directional solvent before or after contact with the saline solution to produce a first phase that includes the directional solvent and water from the saline solution dissolved in the directional solvent, and a second phase that includes a highly concentrated remainder of the saline solution; allowing the first phase to separate from the second phase; extracting the first phase including the directional solvent and the dissolved water from the highly concentrated remainder of the saline solution or extracting the highly concentrated remainder of the saline solution from the first phase; cooling the first phase after extraction to precipitate the water from the directional solvent; and removing the precipitated water from the directional solvent.
A tablet holder, comprising: (a) a frame configured to hold a tablet, wherein the frame is configured to cover the corners and a majority portion of a backside of a tablet, when installed within the frame, without obstructing the screen of the tablet; (b) a barrel defined in the frame and opening through one side of the frame, wherein the barrel is positioned rearward of a backside of a tablet when installed within the frame; (c) a mounting post pivotally and retractably received within the barrel; and (d) a locking mechanism for locking the mounting post against movement relative to the frame, wherein the locking mechanism includes a locking lever mounted on the backside of the frame for pivotal movement transverse to the mounting post and wherein the locking mechanism, when locked, prevents the mounting post from pivoting and retracting relative to the barrel and frame. (a) a frame configured to hold a tablet, wherein the frame is configured to cover the corners and a majority portion of a backside of a tablet, when installed within the frame, without obstructing the screen of the tablet; (b) a barrel defined in the frame and opening through one side of the frame, wherein the barrel is positioned rearward of a backside of a tablet when installed within the frame; (c) a mounting post pivotally and retractably received within the barrel; and (d) a locking mechanism for locking the mounting post against movement relative to the frame, wherein the locking mechanism includes a locking lever mounted on the backside of the frame for pivotal movement transverse to the mounting post and wherein the locking mechanism, when locked, prevents the mounting post from pivoting and retracting relative to the barrel and frame.
A compound or a pharmaceutically acceptable salt thereof, for use in a method of treating corneal nociception in a patient, wherein a therapeutically effective amount of said compound is administered to at least one eye of the patient in a topical ophthalmic formulation having a concentration from 0.01% (w/v%) to 10% (w/v).
A handle of a medical device, the handle comprising: an actuator; a lock movable relative to the actuator and having a feature movable relative to the actuator; and a rack having is a plurality of teeth separated from one another by a plurality of gaps, wherein the lock is configured to move the feature from (a) a first configuration, in which the feature is disposed in a first gap of the plurality of gaps, between two teeth of the plurality of teeth, such that the two teeth inhibit the actuator from rotating; to (b) a second configuration, in which the feature is disposed outside of the first gap, such that the actuator is rotatable, and wherein, in the second configuration, the two teeth are disposed between the feature and the actuator, wherein the lock includes a button, characterized in that the lock further comprises a shaft (367, 368), wherein the shaft extends radially inward, relative to a housing of the handle, from the button to the feature, wherein a distal portion of the shaft includes grooves in its sides to travel along a track of the actuator such that the shaft translates along the track of the actuator. an actuator; a lock movable relative to the actuator and having a feature movable relative to the actuator; and a rack having is a plurality of teeth separated from one another by a plurality of gaps, wherein the lock is configured to move the feature from (a) a first configuration, in which the feature is disposed in a first gap of the plurality of gaps, between two teeth of the plurality of teeth, such that the two teeth inhibit the actuator from rotating; to (b) a second configuration, in which the feature is disposed outside of the first gap, such that the actuator is rotatable, and wherein, in the second configuration, the two teeth are disposed between the feature and the actuator, wherein the lock includes a button, characterized in that the lock further comprises a shaft (367, 368), wherein the shaft extends radially inward, relative to a housing of the handle, from the button to the feature, wherein a distal portion of the shaft includes grooves in its sides to travel along a track of the actuator such that the shaft translates along the track of the actuator.