mhurhangee/ep-ind-claims huggingface dataset:
Use of a deep eutectic solvent comprising at least: - one halogenated ammonium, phosphonium or sulfonium salt, and - one compound of formula R 1 R 2 R 3 N, with R 1 being a linear or branched C 1 to C 5 alkyl radical substituted by one or more hydroxyl groups, R 2 and R 3 being selected independently of one another from a hydrogen atom and a linear or branched C 1 to C 5 alkyl radical which may be substituted by one or more hydroxyl groups, for trapping at least one gaseous nitrogen oxide "NOx", in particular at least nitrogen dioxide (NO 2). - one halogenated ammonium, phosphonium or sulfonium salt, and - one compound of formula R 1 R 2 R 3 N, with R 1 being a linear or branched C 1 to C 5 alkyl radical substituted by one or more hydroxyl groups, R 2 and R 3 being selected independently of one another from a hydrogen atom and a linear or branched C 1 to C 5 alkyl radical which may be substituted by one or more hydroxyl groups, for trapping at least one gaseous nitrogen oxide "NOx", in particular at least nitrogen dioxide (NO 2).
A motor for providing periodic oscillating action for a personal care appliance, comprising: a stator portion; an armature portion which includes a central torsion spring shaft fixed at one end thereof, a magnet mounting member which is affixed to the spring shaft in the vicinity of the other end thereof, characterised in that the magnet mounting member is substantially U-shaped and includes two opposing mounting portions (41, 43), being opposed with respect to an axis of the spring shaft and extending along a substantial portion of the length of opposing sides of the spring shaft and spaced apart therefrom, and magnet assemblies (42, 44) located near the ends of the two mounting portions, aligned for operative motor interaction with the stator portion; and a driving assembly (24, 26) for driving the motor such that the armature oscillates through an angle within the range of 8°-26°. a stator portion; an armature portion which includes a central torsion spring shaft fixed at one end thereof, a magnet mounting member which is affixed to the spring shaft in the vicinity of the other end thereof, characterised in that the magnet mounting member is substantially U-shaped and includes two opposing mounting portions (41, 43), being opposed with respect to an axis of the spring shaft and extending along a substantial portion of the length of opposing sides of the spring shaft and spaced apart therefrom, and magnet assemblies (42, 44) located near the ends of the two mounting portions, aligned for operative motor interaction with the stator portion; and a driving assembly (24, 26) for driving the motor such that the armature oscillates through an angle within the range of 8°-26°.
Computer-implemented method comprising the steps of - receiving at least one first MRI image of an examination object, the at least one first MRI image showing a liver or a portion of a liver of the examination object, blood vessels (A, V) in the liver being depicted with contrast enhancement as a result of a hepatobiliary contrast agent, - receiving at least one second MRI image of the same examination object, the at least one second MRI image showing the same liver or the same portion of the liver in the hepatobiliary phase, healthy liver cells being depicted with contrast enhancement as a result of the hepatobiliary contrast agent, characterized in that the method further comprises the following steps: - generating at least one third MRI image by combining the at least one first MRI image with the at least one second MRI image and levelling out the difference in contrast between the blood vessels (A, V) depicted with contrast enhancement in the at least one first MRI image and the healthy liver cells depicted with contrast enhancement in the at least one second MRI image, - displaying and/or outputting the at least one third MRI image and/or storing the at least one third MRI image in a data memory. - receiving at least one first MRI image of an examination object, the at least one first MRI image showing a liver or a portion of a liver of the examination object, blood vessels (A, V) in the liver being depicted with contrast enhancement as a result of a hepatobiliary contrast agent, - receiving at least one second MRI image of the same examination object, the at least one second MRI image showing the same liver or the same portion of the liver in the hepatobiliary phase, healthy liver cells being depicted with contrast enhancement as a result of the hepatobiliary contrast agent, - generating at least one third MRI image by combining the at least one first MRI image with the at least one second MRI image and levelling out the difference in contrast between the blood vessels (A, V) depicted with contrast enhancement in the at least one first MRI image and the healthy liver cells depicted with contrast enhancement in the at least one second MRI image, - displaying and/or outputting the at least one third MRI image and/or storing the at least one third MRI image in a data memory.
A method of radio network temporary identifier, RNTI, allocation to enable a dual connectivity of a communication device with a first and a second base station in a wireless communication system, comprising: the communication device connecting to the first base station of the wireless communication system; the communication device receiving a first RNTI assigned by the first base station for communication with the first base station; the communication device receiving a radio resource control, RRC, message including a second RNTI for configuring communication with the second base station of the wireless communication system from the first base station, wherein the second RNTI is assigned by the second base station; the communication device performing communication with the first base station with the first RNTI and performing communication with the second base station with the second RNTI, in dual connectivity; the communication device transmitting a fifth RRC message indicating a radio link failure to the first base station, after the radio link failure is detected in communication with the second base station, thereby the first base station transmits a cell remove request message to the second base station when receiving the fifth RRC message; and the communication device receiving a sixth RRC message in response to the fifth RRC message to indicate the communication device to release a configuration associated to the second base station, from the first base station. the communication device connecting to the first base station of the wireless communication system; the communication device receiving a first RNTI assigned by the first base station for communication with the first base station; the communication device receiving a radio resource control, RRC, message including a second RNTI for configuring communication with the second base station of the wireless communication system from the first base station, wherein the second RNTI is assigned by the second base station; the communication device performing communication with the first base station with the first RNTI and performing communication with the second base station with the second RNTI, in dual connectivity; the communication device transmitting a fifth RRC message indicating a radio link failure to the first base station, after the radio link failure is detected in communication with the second base station, thereby the first base station transmits a cell remove request message to the second base station when receiving the fifth RRC message; and the communication device receiving a sixth RRC message in response to the fifth RRC message to indicate the communication device to release a configuration associated to the second base station, from the first base station.
A method of converting exhaust waste of combustion engines to carbon nanotubes within an exhaust system in fluid communication with the combustion engine, comprising: generating combustion engine exhaust through combustion of a fuel 18; heating at least one filter to at least 200 degrees Celsius; and passing combustion engine exhaust past the at least one filter positioned within the exhaust system of the combustion engine, wherein carbon nanotubes form on an exposed surface of the at least one filter, characterized in that the fuel includes a metal salt and generating combustion engine exhaust through combustion of a fuel comprises generating combustion engine exhaust through combustion of a diesel fuel including an iron salt having a concentration of between one mg of metal salt/ml of fuel and four mg of metal salt/ml of fuel, wherein the diesel fuel is formed from a mixture of algal biodiesel fuel and fossil diesel fuel. generating combustion engine exhaust through combustion of a fuel 18; heating at least one filter to at least 200 degrees Celsius; and passing combustion engine exhaust past the at least one filter positioned within the exhaust system of the combustion engine, wherein carbon nanotubes form on an exposed surface of the at least one filter, characterized in that the fuel includes a metal salt and generating combustion engine exhaust through combustion of a fuel comprises generating combustion engine exhaust through combustion of a diesel fuel including an iron salt having a concentration of between one mg of metal salt/ml of fuel and four mg of metal salt/ml of fuel, wherein the diesel fuel is formed from a mixture of algal biodiesel fuel and fossil diesel fuel.
A drug delivery device comprising - an outer body adapted to receive a cartridge with a needle, - a needle cap assembly adapted to be coupled to the outer body and to cover the needle and - a control mechanism for activating the drug delivery device, characterized in that the control mechanism comprises a control element (7.1) that is received within the outer body and axially and/or rotationally movable relative to the outer body between an initial position, a first activating position and a second activating position, wherein the control element (7.1) is coupled to the needle cap assembly and to the cartridge, wherein the control element (7.1) comprises one activating element (7.1.2) that is operable from an outside of the outer body due to protruding to the outside of the outer body, wherein the activating element (7.1.2) is adapted to move the control element (7.1) relative to the outer body in order to subsequently release the cap assembly from the outer body to expose the needle, wherein the needle cap assembly is retained on the outer body when the control element (7.1) is in the initial position, wherein the needle cap assembly is released from the outer body and the needle is covered by the outer body due to a movement of the control element (7.1) from the initial position into the first activating position, and wherein the needle is exposed due to a movement of the control element (7.1) from the first activating position in the second activating position. - an outer body adapted to receive a cartridge with a needle, - a needle cap assembly adapted to be coupled to the outer body and to cover the needle and - a control mechanism for activating the drug delivery device, wherein the control element (7.1) is coupled to the needle cap assembly and to the cartridge, wherein the control element (7.1) comprises one activating element (7.1.2) that is operable from an outside of the outer body due to protruding to the outside of the outer body, wherein the activating element (7.1.2) is adapted to move the control element (7.1) relative to the outer body in order to subsequently release the cap assembly from the outer body to expose the needle, wherein the needle cap assembly is retained on the outer body when the control element (7.1) is in the initial position, wherein the needle cap assembly is released from the outer body and the needle is covered by the outer body due to a movement of the control element (7.1) from the initial position into the first activating position, and wherein the needle is exposed due to a movement of the control element (7.1) from the first activating position in the second activating position.
A method for transmitting data in a multiple-input multiple-output, MIMO, communication system, comprising: coding data in accordance with one or more coding schemes to provide coded data for a plurality of transmission channels in a MIMO channel; modulating the coded data in accordance with one or more modulation schemes to provide a plurality of streams of modulation symbols; deriving a pulse-shaping matrix based in part on a first sequence of matrices of eigen-vectors and a second sequence of matrices of singular values corresponding to an estimated channel response matrix of the MIMO channel; preconditioning the plurality of modulation symbol streams based on the pulse-shaping matrix to derive a plurality of preconditioned signals; and transmitting the plurality of preconditioned signals over the MIMO channel. coding data in accordance with one or more coding schemes to provide coded data for a plurality of transmission channels in a MIMO channel; modulating the coded data in accordance with one or more modulation schemes to provide a plurality of streams of modulation symbols; deriving a pulse-shaping matrix based in part on a first sequence of matrices of eigen-vectors and a second sequence of matrices of singular values corresponding to an estimated channel response matrix of the MIMO channel; preconditioning the plurality of modulation symbol streams based on the pulse-shaping matrix to derive a plurality of preconditioned signals; and transmitting the plurality of preconditioned signals over the MIMO channel.
A method in a user equipment, UE, for performing a random access procedure in an unlicensed spectrum, the method comprising: selecting, by processing hardware and based on a first channel state information reference signal, CSI-RS, or a first synchronization signal block, SSB, a first random access, RA, preamble and a first occasion for transmitting the first RA preamble to a base station; performing, by the processing hardware, a first channel access, CA, procedure including transmitting the first RA preamble during the first occasion, to determine whether a channel to which the first occasion corresponds is idle; in response to detecting a failure related to the first CA procedure, selecting a second RA preamble different from the first RA preamble and a second occasion for transmitting the second RA preamble to the base station, the second occasion different from the first occasion, based on a second CSI-RS different from the first CSI-RS or a second SSB different from the first SSB; and performing, by the processing hardware, a second CA procedure including transmitting the second RA preamble during the second occasion, to determine whether a channel to which the second occasion corresponds is idle. selecting, by processing hardware and based on a first channel state information reference signal, CSI-RS, or a first synchronization signal block, SSB, a first random access, RA, preamble and a first occasion for transmitting the first RA preamble to a base station; performing, by the processing hardware, a first channel access, CA, procedure including transmitting the first RA preamble during the first occasion, to determine whether a channel to which the first occasion corresponds is idle; in response to detecting a failure related to the first CA procedure, selecting a second RA preamble different from the first RA preamble and a second occasion for transmitting the second RA preamble to the base station, the second occasion different from the first occasion, based on a second CSI-RS different from the first CSI-RS or a second SSB different from the first SSB; and performing, by the processing hardware, a second CA procedure including transmitting the second RA preamble during the second occasion, to determine whether a channel to which the second occasion corresponds is idle.
A method for transmitting data, comprising: transmitting, by a terminal device, first data to a network device multiple times by adopting different MIMO transmission modes; receiving, by the terminal device, first indication information transmitted by the network device, wherein the first indication information is used for indicating one transmission in the multiple transmissions of the first data by adopting the different MIMO transmission modes; determining, by the terminal device, a transmission parameter of second data according to the first indication information; and transmitting, by the terminal device, the second data to the network device by adopting the transmission parameter of the second data. transmitting, by a terminal device, first data to a network device multiple times by adopting different MIMO transmission modes; receiving, by the terminal device, first indication information transmitted by the network device, wherein the first indication information is used for indicating one transmission in the multiple transmissions of the first data by adopting the different MIMO transmission modes; determining, by the terminal device, a transmission parameter of second data according to the first indication information; and transmitting, by the terminal device, the second data to the network device by adopting the transmission parameter of the second data.
A three-degree-of-freedom resonance system-based sonic mixing device, comprising: a machine frame comprising a lower machine frame plate and an upper machine frame plate fixedly connected with the lower machine frame plate; a reaction unit comprising an upper reaction plate and a lower reaction plate fixedly connected with the upper reaction plate; the reaction unit being supported in the upper machine frame plate and lower machine frame plate of the machine frame through a plurality of second upper springs arranged on an upper surface of the upper reaction plate and a plurality of second lower springs arranged on a lower surface of the lower reaction plate; a vibration excitation unit comprising a fixed plate which is supported between the upper reaction plate and the lower reaction plate through a plurality of first upper springs arranged on its upper surface and a plurality of first lower springs on its lower surface; and a loading unit comprising an upper loading plate and a lower loading plate fixedly connected with the upper loading plate; the lower loading plate being arranged between the upper reaction plate and lower reaction plate of the reaction unit, wherein the lower loading plate is supported between the upper reaction plate and the lower reaction plate of the reaction unit through a plurality of fourth upper springs and a plurality of fourth lower springs. a machine frame comprising a lower machine frame plate and an upper machine frame plate fixedly connected with the lower machine frame plate; a reaction unit comprising an upper reaction plate and a lower reaction plate fixedly connected with the upper reaction plate; the reaction unit being supported in the upper machine frame plate and lower machine frame plate of the machine frame through a plurality of second upper springs arranged on an upper surface of the upper reaction plate and a plurality of second lower springs arranged on a lower surface of the lower reaction plate; a vibration excitation unit comprising a fixed plate which is supported between the upper reaction plate and the lower reaction plate through a plurality of first upper springs arranged on its upper surface and a plurality of first lower springs on its lower surface; and a loading unit comprising an upper loading plate and a lower loading plate fixedly connected with the upper loading plate; the lower loading plate being arranged between the upper reaction plate and lower reaction plate of the reaction unit, wherein the lower loading plate is supported between the upper reaction plate and the lower reaction plate of the reaction unit through a plurality of fourth upper springs and a plurality of fourth lower springs.
Assembly system for attaching objects, in particular accessories such as hand towel holders, shelves, lights, or the like, to an assembly face, having a base element, wherein the base element is disposable directly on the assembly face, and wherein an adapter that is in at least two parts is disposed on that side of the base element that faces away from the assembly face, by means of which adapter an accessory by means of a clamping force is connectable directly or indirectly to the base element, characterized in that the adapter is composed of a spring element and a plate, wherein the spring element engages in slots of the plate, wherein a collar by means of which the adapter is connectable to the accessory is disposable between the adapter and the accessory.
Butterfly valve, comprising a tubular valve body inside which a disc shutter is rotationally connected, movable between an open position in which the plane defined by said disc lies parallel to the longitudinal axis of said tubular valve body, and a closed position in which said disc lies orthogonally to the same axis and its perimetral edge engages with the inner perimetral face of a toroidal gasket of elastomeric material, housed in a corresponding sealing seat circumferentially defined on the internal surface of said valve body, said gasket being deformable under the action exerted on its outer perimetral face by the distal portions of a plurality of pressers slidingly coupled along the corresponding housings defined in the thickness of said valve body, said pressers being movable towards said longitudinal axis of said valve body by virtue of a thrust action exerted on their proximal portions by suitable motion transmission means and reversibly movable in the opposite direction by at least the elastic contrast action exerted by said toroidal gasket; said butterfly valve being characterized in that the said valve body comprises a lower tubular half-body and an upper tubular half-body, coaxial to each other and longitudinally separated by a plurality of an-gular spacers which form said housings along which said pressers slide.
An applicator for applying a product to the eyelashes and/or eyebrows, having a molded applicator member, this applicator member having: - a core having a longitudinal axis, - teeth that each extend outward from the core in the direction of a free end of the tooth, at least one tooth (20; 20a, 20b), better still a row of teeth, even better still all of the teeth having, in front view, an asymmetrical shape and a convex edge, said tooth or teeth (20; 20a, 20b) becoming thinner both upward over at least a part of their height and toward the convex edge, the convex edge defining, in cross-section of the tooth, a ridge extending over the entire height of the tooth. - a core having a longitudinal axis, - teeth that each extend outward from the core in the direction of a free end of the tooth, at least one tooth (20; 20a, 20b), better still a row of teeth, even better still all of the teeth having, in front view, an asymmetrical shape and a convex edge, said tooth or teeth (20; 20a, 20b) becoming thinner both upward over at least a part of their height and toward the convex edge, the convex edge defining, in cross-section of the tooth, a ridge extending over the entire height of the tooth.
A method of mechanized sowing of seeds on risk farming areas including black earth, gray, brown forest and chestnut soils, the method including forming furrows for sowing the seeds with a width of more than 12 cm and a depth of seeding of 0,5 to 15 cm, characterized in that the mechanized sowing of agricultural crops to the soil is carried out in a period when an absolute humidity of the soil is more than 2% and up to 100% higher than an upper limit of humidity of a physical soil maturity at which the soil has an absolute humidity of 35%, at a temperature above zero, and by using a ground vehicle, which has the means to move along the ground with said absolute humidity with a velocity from 6 to 80 km/h and exerts a pressure of less than 60 kPa.