mhurhangee/ep-ind-claims huggingface dataset:
A process for purifying -perillyl alcohol comprising the steps of: (a) derivatizing a mixture comprising -perillyl alcohol to form a perillyl alcohol derivative selected from an ester, an alcohol, an aldehyde or a ketone, wherein the perillyl alcohol derivative has at least one property that allows it to be separated from the mixture; (b) separating the perillyl alcohol derivative from the mixture using the property for separation; (c) releasing the -perillyl alcohol from the perillyl alcohol derivative from step (b); and, (d) isolating the -perillyl alcohol from step (c), wherein the -perillyl alcohol from step (d) has a purity greater than about 98.5% (w/w). (a) derivatizing a mixture comprising -perillyl alcohol to form a perillyl alcohol derivative selected from an ester, an alcohol, an aldehyde or a ketone, wherein the perillyl alcohol derivative has at least one property that allows it to be separated from the mixture; (b) separating the perillyl alcohol derivative from the mixture using the property for separation; (c) releasing the -perillyl alcohol from the perillyl alcohol derivative from step (b); and, (d) isolating the -perillyl alcohol from step (c),
An apparatus comprising: an aircraft power plant having a first work producing device and a second work producing device; a first unducted air moving device in serial flow communication with a second unducted air moving device, the first unducted air moving device powered by the first work producing device and the second unducted air moving device powered by the second work producing device; characterised in having a controller configured to command the first unducted air moving device to rotate at a different speed with respect to the second unducted air moving device, wherein the controller includes a module configured to provide the command based upon a function of airspeed. an aircraft power plant having a first work producing device and a second work producing device; a first unducted air moving device in serial flow communication with a second unducted air moving device, the first unducted air moving device powered by the first work producing device and the second unducted air moving device powered by the second work producing device; characterised in having a controller configured to command the first unducted air moving device to rotate at a different speed with respect to the second unducted air moving device, wherein the controller includes a module configured to provide the command based upon a function of airspeed.
A production method of a framed soap, comprising the steps: (a) providing a high-temperature molten soap having entrained air bubbles, and (b) pumping the high-temperature molten soap having entrained air bubbles into a cylindrical cooling frame, characterized in that the method further comprises breaking down and homogenizing the air bubbles entrained in the high-temperature molten soap by a mill which is arranged in the vicinity of a pumping pipe spout and upstream of the cylindrical cooling frame, wherein the mill is equipped with a cylindrical stator of about the same diameter as the pipe and a rotor that has a gap of 0.4 mm or less to the stator, rotates around the same axis as the flow channel, and has blades on its outer periphery. (a) providing a high-temperature molten soap having entrained air bubbles, and (b) pumping the high-temperature molten soap having entrained air bubbles into a cylindrical cooling frame,
A method for the reduction or elimination of one or more components from a blood product from a container or a blood bag, wherein it comprises continuous addition of the blood product to a filter containing an inlet for the blood product, an outlet for the blood product in which said one or more components have been reduced or eliminated, hollow fiber membranes having pores through which said one or more components and blood plasma may pass outwardly, a space between the hollow fiber membranes, a blood plasma outlet, a blood plasma inlet, and a loop connected between said blood plasma outlet and said blood plasma inlet, wherein said space between the hollow fibers in the filter and the loop contains an adsorbent which specifically binds said one or more components, wherein the pores of the hollow fibers do not allow passage of the adsorbent into the hollow fiber membranes, wherein the blood plasma and the adsorbent is continuously recirculated via the loop back to the filter and to the space between the hollow fiber membranes, and wherein when the concentration of said one or more components in the blood product which exits the filter via the blood product outlet reaches a pre-determined value, the addition of blood product is stopped and characterized in that said adsorbent comprises at least one matrix having at least one covalently bound ligand thereto, wherein said matrix is beaded cross-linked agarose with an average bead size in the range 70-100 micrometer.
A computed tomography apparatus arranged to employ a beam of hadrons to acquire hadron projection images of a subject at a plurality of respective beam angles with respect to the subject, the apparatus comprising: a particle beamline for passage of charged particles of radiation therealong; a first beam tracker structure comprising at least one position-sensitive detector for determining a location with respect to a cross-sectional area of the beam at which particles pass through the PSD; energy discrimination apparatus for determining an energy of particles that have passed through the first beam tracker structure; and support means for supporting a subject in a path of a particle along the beamline between the first beam tracker structure and the energy discrimination apparatus, the CT apparatus being configured to be operated in a selected one of a first mode and a second mode, the CT apparatus being configured, in the first mode of operation, to control an energy of the beam of hadrons passing through the first beam tracker structure such that a Bragg peak of hadron absorption is locatable within the subject and to provide an output indicative of a position of the beam passing through the first beam tracker structure in dependence at least in part on an output provided by the first beam tracker structure, and in the second mode of operation, to control an energy of the beam of hadrons passing through the first beam tracker structure such that a Bragg peak of hadron absorption is locatable within the energy discrimination apparatus. a particle beamline for passage of charged particles of radiation therealong; a first beam tracker structure comprising at least one position-sensitive detector for determining a location with respect to a cross-sectional area of the beam at which particles pass through the PSD; energy discrimination apparatus for determining an energy of particles that have passed through the first beam tracker structure; and support means for supporting a subject in a path of a particle along the beamline between the first beam tracker structure and the energy discrimination apparatus, the CT apparatus being configured to be operated in a selected one of a first mode and a second mode, the CT apparatus being configured, in the first mode of operation, to control an energy of the beam of hadrons passing through the first beam tracker structure such that a Bragg peak of hadron absorption is locatable within the subject and to provide an output indicative of a position of the beam passing through the first beam tracker structure in dependence at least in part on an output provided by the first beam tracker structure, and in the second mode of operation, to control an energy of the beam of hadrons passing through the first beam tracker structure such that a Bragg peak of hadron absorption is locatable within the energy discrimination apparatus.
An immunochromatographic device for detecting a detection target in an analyte which comprises a sample droplet-receiving member, a labeling substance-holding member having a labeling substance-containing part, a chromatography medium member having a detection part and an absorption member and which contains a nitrous acid compound that generates nitrous acid by reacting with an acid and an organic acid or an organic acid derivative, wherein the sample droplet-receiving member, the labeling substance-holding member, the chromatography medium member and the absorption member are arranged in a manner that a sample develops in this order, the immunochromatographic device has a part containing the nitrous acid compound and a part containing the organic acid or the organic acid derivative at upstream positions from the labeling substance-containing part, and the length in the direction of sample development of the area of the contact between the part containing the nitrous acid compound and the part containing the organic acid or the organic acid derivative in the direction perpendicular to the direction of sample development is 0.5 mm or less, wherein the organic acid or the organic acid derivative is a nitrogen-containing heterocyclic compound represented by the following formula, wherein in the formula, R 1 and R 2 each independently represents a hydrogen atom, a carbonyl group or an alkyl group which may have a substituent, wherein alkyl groups may bind to each other to form a ring and form an alicyclic hydrocarbon ring or an aromatic hydrocarbon ring, A represents a single bond or a double bond, X represents -C(=O)- or -(CH 2) n -, Y represents a carbon atom or a nitrogen atom, n is 1 or 2, and Z represents a hydrogen atom, a hydroxyl group, an alkyl group which may have a substituent, -C(=O)R 3 or -O-C(=O)R 3, wherein R 3 represents an alkyl group which may have a substituent or an alkoxy group. wherein in the formula, R 1 and R 2 each independently represents a hydrogen atom, a carbonyl group or an alkyl group which may have a substituent, wherein alkyl groups may bind to each other to form a ring and form an alicyclic hydrocarbon ring or an aromatic hydrocarbon ring, A represents a single bond or a double bond, X represents -C(=O)- or -(CH 2) n -, Y represents a carbon atom or a nitrogen atom, n is 1 or 2, and Z represents a hydrogen atom, a hydroxyl group, an alkyl group which may have a substituent, -C(=O)R 3 or -O-C(=O)R 3, wherein R 3 represents an alkyl group which may have a substituent or an alkoxy group.
A method comprising: receiving a first configuration indicating a plurality of bandwidth parts on a first serving cell and configuration information corresponding to the plurality of bandwidth parts, wherein the configuration information comprises an open-loop power control configuration, and wherein the open-loop power control configuration comprises pathloss estimation reference signal information corresponding to each bandwidth part of the plurality of bandwidth parts; receiving scheduling information for a first uplink transmission on a first bandwidth part of the plurality of bandwidth parts; determining a first transmission power for the first uplink transmission based on the configuration information and the scheduling information; and performing the first uplink transmission with the first transmission power; wherein the pathloss estimation reference signal information comprises a first set of pathloss estimation reference signals for at least one spatial transmission filter corresponding to a synchronization signal block or physical broadcast channel. receiving a first configuration indicating a plurality of bandwidth parts on a first serving cell and configuration information corresponding to the plurality of bandwidth parts, wherein the configuration information comprises an open-loop power control configuration, and wherein the open-loop power control configuration comprises pathloss estimation reference signal information corresponding to each bandwidth part of the plurality of bandwidth parts; receiving scheduling information for a first uplink transmission on a first bandwidth part of the plurality of bandwidth parts; determining a first transmission power for the first uplink transmission based on the configuration information and the scheduling information; and performing the first uplink transmission with the first transmission power; wherein the pathloss estimation reference signal information comprises a first set of pathloss estimation reference signals for at least one spatial transmission filter corresponding to a synchronization signal block or physical broadcast channel.
A combined welding method with a filler wire using both a YAG laser and an induced arc, comprising: directing a laser irradiation position of a YAG laser on base materials (31, 32) for welding by a filler wire; connecting a power source for applying voltage for the filler wire between the filler wire and the base materials (31, 32) for welding; irradiating the YAG laser on the base materials (31, 32) for welding, whereby a keyhole is generated at an irradiated portion of the base materials (31, 32), and a plasma-activated gas and a metal vapor are generated; feeding the filler wire to a welding portion of the base materials (31, 32) for welding; and welding using both the YAG laser and the induced arc while holding the plasma-activated gas and metal vapor in the keyhole, characterized in that the induced arc is induced to the filler wire by a function of the plasma-activated gas and the metal vapor by feeding the filler wire in a vicinity of the generated plasma-activated gas and the metal vapor, and the feed rate Vf of the filler wire is controlled in such a manner that the ratio Vf/V of the feed rate Vf to a welding speed V of the filler wire is less than 1. directing a laser irradiation position of a YAG laser on base materials (31, 32) for welding by a filler wire; connecting a power source for applying voltage for the filler wire between the filler wire and the base materials (31, 32) for welding; irradiating the YAG laser on the base materials (31, 32) for welding, whereby a keyhole is generated at an irradiated portion of the base materials (31, 32), and a plasma-activated gas and a metal vapor are generated; feeding the filler wire to a welding portion of the base materials (31, 32) for welding; and welding using both the YAG laser and the induced arc while holding the plasma-activated gas and metal vapor in the keyhole, characterized in that the induced arc is induced to the filler wire by a function of the plasma-activated gas and the metal vapor by feeding the filler wire in a vicinity of the generated plasma-activated gas and the metal vapor, and the feed rate Vf of the filler wire is controlled in such a manner that the ratio Vf/V of the feed rate Vf to a welding speed V of the filler wire is less than 1.
An image element, comprising: a base sheet having a front side (101 B) and a back side, wherein at least a first portion of the base sheet comprises a transparent substrate capable of being coated with a thermally sensitive ink, and wherein at least the back side of the first portion comprises a thermally sensitive ink coating adapted to be reverse imaged with first label information; and a first patch having a front side and a back side, wherein the back side of the first patch is integrated onto the front side of the first portion of the base sheet, and at least a first portion of the front side of the first patch comprises a thermally sensitive ink coating adapted to be imaged with second label information, and wherein at least the first portion of the first patch is adapted to be removed from the first portion of the base sheet to reveal the first label information. a base sheet having a front side (101 B) and a back side, wherein at least a first portion of the base sheet comprises a transparent substrate capable of being coated with a thermally sensitive ink, and wherein at least the back side of the first portion comprises a thermally sensitive ink coating adapted to be reverse imaged with first label information; and a first patch having a front side and a back side, wherein the back side of the first patch is integrated onto the front side of the first portion of the base sheet, and at least a first portion of the front side of the first patch comprises a thermally sensitive ink coating adapted to be imaged with second label information, and wherein at least the first portion of the first patch is adapted to be removed from the first portion of the base sheet to reveal the first label information.
A process for the preparation of antimicrobial polyurea-based core-shell microcapsules comprising the following steps: a) dissolving at least one polyisocyanate in a perfume to form an oil phase; b) dispersing the oil phase into an aqueous solution comprising an anionic emulsifier to form an oil-in-water emulsion; c) adding to the oil-in-water emulsion a polyamine, a silver salt and a reducing agent provided that the reducing agent is added after the silver salt; to form microcapsules with polyurea-based walls comprising silver particles in or on the walls. a) dissolving at least one polyisocyanate in a perfume to form an oil phase; b) dispersing the oil phase into an aqueous solution comprising an anionic emulsifier to form an oil-in-water emulsion; c) adding to the oil-in-water emulsion a polyamine, a silver salt and a reducing agent provided that the reducing agent is added after the silver salt; to form microcapsules with polyurea-based walls comprising silver particles in or on the walls.
Method for determining a near visual point, comprising: recording a front image and a first side image of the head of a person while the person wears a spectacle frame and gazes at a near vision target (40; 60), wherein the near vision target (40; 60) is movable, determining a position and orientation of the near vision target (40; 60), and determining a relative position of the spectacle frame on the basis of the front image and the first side image, determining a viewing direction of the person when gazing at the near vision target and determining the near visual point of the spectacle frame on the basis of the viewing direction and the relative position of the spectacle frame, characterized in that determining the viewing direction comprises: generating a second side image of the head on the basis of a 3D model of the head, determining the position of a pupil and/or a cornea of an eye of the person on the basis of the first side image and the second side image, calculating the viewing direction as the difference between the position of the near vision target (40; 60) and the position of the pupil or the cornea. recording a front image and a first side image of the head of a person while the person wears a spectacle frame and gazes at a near vision target (40; 60), wherein the near vision target (40; 60) is movable, determining a position and orientation of the near vision target (40; 60), and determining a relative position of the spectacle frame on the basis of the front image and the first side image, determining a viewing direction of the person when gazing at the near vision target and determining the near visual point of the spectacle frame on the basis of the viewing direction and the relative position of the spectacle frame, characterized in that determining the viewing direction comprises: generating a second side image of the head on the basis of a 3D model of the head, determining the position of a pupil and/or a cornea of an eye of the person on the basis of the first side image and the second side image, calculating the viewing direction as the difference between the position of the near vision target (40; 60) and the position of the pupil or the cornea. generating a second side image of the head on the basis of a 3D model of the head, determining the position of a pupil and/or a cornea of an eye of the person on the basis of the first side image and the second side image, calculating the viewing direction as the difference between the position of the near vision target (40; 60) and the position of the pupil or the cornea.
Sealing arrangement for sealing between a first medium chamber filled with a first medium and a second medium chamber filled with a second medium, in the region of a movable component which is displaceable along a longitudinal axis of the movable component and/or is rotatably guided or guidable through the sealing arrangement along the longitudinal axis, wherein the sealing arrangement comprises a sealing element which comprises at least one dynamic sealing portion which is placed or placeable on the movable component, wherein the at least one dynamic sealing portion comprises at least two sealing lips between which a leakage reservoir is formed, wherein the leakage reservoir is partially delimited by two boundary surfaces of the sealing lips arranged facing one another, wherein the leakage reservoir is formed at least partially by a concave recess in at least one or between the at least two boundary surfaces of the sealing lips, characterised in that the sealing element comprises two dynamic sealing portions, wherein both dynamic sealing portions each have at least two sealing lips.
A method of transmitting time division duplex, TDD, configuration information for a base station in a wireless communication system, the method comprising: identifying a specific radio network temporary identifier, RNTI, for the TDD configuration information; generating downlink control information, DCI, comprising the TDD configuration information, said TDD configuration information indicating a radio frame structure configured with downlink subframe, uplink subframe and special subframe; attaching a cyclic redundancy check, CRC, sequence scrambled with the specific RNTI to the DCI; and transmitting control information generated based on the DCI via a common control channel, CCCH. identifying a specific radio network temporary identifier, RNTI, for the TDD configuration information; generating downlink control information, DCI, comprising the TDD configuration information, said TDD configuration information indicating a radio frame structure configured with downlink subframe, uplink subframe and special subframe; attaching a cyclic redundancy check, CRC, sequence scrambled with the specific RNTI to the DCI; and transmitting control information generated based on the DCI via a common control channel, CCCH.
A sample handling device comprising at least one magnetic positioning device configured for magnetically holding a carrier configured for carrying at least one vessel in the sample handling device, wherein the sample handling device further comprises at least two rotors (168, 170) for rotating the carrier within the sample handling device, wherein the magnetic positioning device is configured to pull the carrier onto the rotors (168, 170) by magnetic force, wherein the magnetic positioning device is at least partially located in between the at least two rotors (168, 170).