mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assaying a mixture for coagulation, comprising: A) initiating a coagulation reaction in a pipette tip or capillary containing a mixture comprising a quantity of an original biological sample, wherein the mixture: i) has a total volume of no greater than 200 microlitres, ii) contains no greater than 20 microlitres of the original biological sample, and iii) contains no greater than 80% by volume original biological sample; B) coating of the pipette tip or capillary in oil; C) illuminating the mixture and detecting an optical signal from the mixture, said detecting comprising 1) obtaining at least a first image and a second image of the mixture over a period of time and identifying a region of interest (ROI) of the images, wherein the region of interest of the images contains imaged information of the mixture and 2) detecting the intensity of the optical signal scattered by the mixture in the ROI over a period of time; and D) analyzing the mixture for coagulation based on an analysis of the optical signal from the mixture, wherein a coagulation time of the mixture is determined 1) based on an analysis comprising determining the difference in optical signal intensity of the first image and the second image or 2) based on determining a time when the intensity of the optical signal scattered by the mixture is increased by a selected amount as compared to a baseline intensity of the optical signal scattered by the mixture. A) initiating a coagulation reaction in a pipette tip or capillary containing a mixture comprising a quantity of an original biological sample, wherein the mixture: i) has a total volume of no greater than 200 microlitres, ii) contains no greater than 20 microlitres of the original biological sample, and iii) contains no greater than 80% by volume original biological sample; B) coating of the pipette tip or capillary in oil; C) illuminating the mixture and detecting an optical signal from the mixture, said detecting comprising 1) obtaining at least a first image and a second image of the mixture over a period of time and identifying a region of interest (ROI) of the images, wherein the region of interest of the images contains imaged information of the mixture and 2) detecting the intensity of the optical signal scattered by the mixture in the ROI over a period of time; and D) analyzing the mixture for coagulation based on an analysis of the optical signal from the mixture, wherein a coagulation time of the mixture is determined 1) based on an analysis comprising determining the difference in optical signal intensity of the first image and the second image or 2) based on determining a time when the intensity of the optical signal scattered by the mixture is increased by a selected amount as compared to a baseline intensity of the
Sucrose phosphorylase comprising an amino acid sequence which has an identity in relation to the amino acid sequence according to SEQ ID NO:1 of at least 80%; which, in comparison with SEQ ID NO:1, comprises an amino acid mutation in position H185 and an amino acid mutation in position 1295; and which, in comparison with the sucrose phosphorylase according to SEQ ID NO:1, has (i) an increased activity with respect to the conversion of sucrose and phosphate to glucose 1-phosphate and fructose in the presence of equimolar amounts of glucose 1-phosphate and fructose; and/or (ii) a lower inhibition by fructose with respect to the conversion of sucrose and phosphate to glucose 1-phosphate and fructose in the presence of equimolar amounts of glucose 1-phosphate and fructose; and/or (iii) a higher temperature stability after incubation at 58°C for 15 min. (i) an increased activity with respect to the conversion of sucrose and phosphate to glucose 1-phosphate and fructose in the presence of equimolar amounts of glucose 1-phosphate and fructose; and/or (ii) a lower inhibition by fructose with respect to the conversion of sucrose and phosphate to glucose 1-phosphate and fructose in the presence of equimolar amounts of glucose 1-phosphate and fructose; and/or (iii) a higher temperature stability after incubation at 58°C for 15 min.
A device for distillation decolorization and purification of alcohol in maltol production, is characterized in that , comprising a rectification column, an alkali hydrolysis kettle, and an alkali hydrolysis rectification column; an upper outlet of the rectification column is connected to an inlet of the alkali hydrolysis kettle, an outlet of the alkali hydrolysis kettle is connected to an inlet of the alkali hydrolysis rectification column, and an upper outlet of the alkali hydrolysis rectification column is connected to an inlet of a finished product tank.
Method for carrier aggregation of at least two Orthogonal Frequency Division Multiplexing, OFDM, carriers in a radio communication system, each of said at least two OFDM carriers comprising subcarriers being spaced in accordance with a same subcarrier spacing of said radio communication system, respectively, the method being performed by a transmitter in the radio communication system comprising the steps of: - allocating frequencies for subcarriers in a spectrum, wherein the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing and of a same carrier frequency raster, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier comprising: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, wherein said at least one additional subcarrier is added to at least one group of frequencies of said legacy carrier, wherein said at least one group of frequencies otherwise being used as a guard band in said legacy radio communication system, is used for transmission of data. the method being performed by a transmitter in the radio communication system comprising the steps of: - allocating frequencies for subcarriers in a spectrum, wherein the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing and of a same carrier frequency raster, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier comprising: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, - allocating frequencies for subcarriers in a spectrum, wherein the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing and of a same carrier frequency raster, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier comprising: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, wherein said at least one additional subcarrier is added to at least one group of frequencies of said legacy carrier, wherein said at least one group of frequencies otherwise being used as a guard band in said legacy radio communication system, is used for transmission of data.
A controller for an electrically heated aerosol-generating device comprising a heating element and a rechargeable power supply for powering the heating element , wherein the controller is configured to control a supply of power from the power supply to the heating element in dependence on an ambient temperature adjacent the device, and prevent power being supplied to the heating element when the ambient temperature adjacent the device is below a pre-determined lower temperature threshold.
Method of displaying, on a video display , subset of data selected from a set of data , each datum in the set of data representing a three-dimensional object, the method comprising: assigning at least one meaning to at least one datum in the set of data, the collection of all assigned meanings forming an ontology; in a computer process: a) determining a first subset of the set of data, each datum in the first subset having a given first meaning in the ontology, b) determining a second subset of the set of data, each datum in the second subset having a given second meaning in the ontology, and c) forming a third subset of the set of data, the third subset comprising each datum in the first subset that satisfies a given geometric relationship with at least one datum in the second subset; and forwarding a signal toward the video display to cause the video display to graphically highlight the three-dimensional objects represented by the third subset. assigning at least one meaning to at least one datum in the set of data, the collection of all assigned meanings forming an ontology; in a computer process: a) determining a first subset of the set of data, each datum in the first subset having a given first meaning in the ontology, b) determining a second subset of the set of data, each datum in the second subset having a given second meaning in the ontology, and c) forming a third subset of the set of data, the third subset comprising each datum in the first subset that satisfies a given geometric relationship with at least one datum in the second subset; and a) determining a first subset of the set of data, each datum in the first subset having a given first meaning in the ontology, b) determining a second subset of the set of data, each datum in the second subset having a given second meaning in the ontology, and c) forming a third subset of the set of data, the third subset comprising each datum in the first subset that satisfies a given geometric relationship with at least one datum in the second subset; and forwarding a signal toward the video display to cause the video display to graphically highlight the three-dimensional objects represented by the third subset.
Rubber composition based on at least: • one reinforcing filler comprising a reinforcing inorganic filler, • one plasticizing system composed of at least one plasticizing hydrocarbon resin and one liquid plasticizer, • one elastomer which is a copolymer at least of isoprene and styrene bearing at least one SiOR functional group, R being hydrogen or a C 1 -C 10 alkyl, C 5 -C 18 cycloalkyl, C 6 -C 18 aryl or C 7 -C 18 aralkyl radical, • and one coupling agent for bonding the inorganic filler to the elastomer. • one reinforcing filler comprising a reinforcing inorganic filler, • one plasticizing system composed of at least one plasticizing hydrocarbon resin and one liquid plasticizer, • one elastomer which is a copolymer at least of isoprene and styrene bearing at least one SiOR functional group, R being hydrogen or a C 1 -C 10 alkyl, C 5 -C 18 cycloalkyl, C 6 -C 18 aryl or C 7 -C 18 aralkyl radical, • and one coupling agent for bonding the inorganic filler to the elastomer.
Method for generating image data of an object by means of a particle beam, the method comprising the following steps: - arranging at least one marking in the object or in a support material in which the object is embedded; - determining at least one examination region of the object using beams, wherein the object and/or the support material is/are embodied in a manner transparent to the beams, wherein the examination region of the object is determined relative to the marking ; - exposing the examination region by removing material of the object and/or of the support material ; - guiding a first particle beam over the exposed examination region ; and - acquiring image data of the exposed examination region using at least one detector by detecting interaction particles and/or interaction radiation due to an interaction of the first particle beam with the exposed examination region , characterized in that the examination region is determined using light beams in the visible range and/or using x-ray beams. - arranging at least one marking in the object or in a support material in which the object is embedded; - determining at least one examination region of the object using beams, wherein the object and/or the support material is/are embodied in a manner transparent to the beams, wherein the examination region of the object is determined relative to the marking ; - exposing the examination region by removing material of the object and/or of the support material ; - guiding a first particle beam over the exposed examination region ; and - acquiring image data of the exposed examination region using at least one detector by detecting interaction particles and/or interaction radiation due to an interaction of the first particle beam with the exposed examination region ,
A method of wireless communication at a source access node, AN, of a local area network, LAN, comprising: receiving from a wireless device, over a first connection, a set of fast transition, FT, parameters pertaining to authentication; transmitting to the wireless device, over the first connection, a configuration to determine an AN for handover; receiving from the wireless device, via the first connection, a measurement report including information pertaining to a target AN, the information pertaining to the target AN based at least in part on the configuration; caching the set of FT parameters for forwarding during handover; transmitting the set of FT parameters to the target AN of the LAN during handover; receiving , from the target AN, a set of security parameters associated with secure communication between the wireless device and the target AN, the set of security parameters based at least in part on the set of FT parameters; and transmitting to the wireless device, over the first connection, a command to perform a handover to the target AN, the command including the set of security parameters. receiving from a wireless device, over a first connection, a set of fast transition, FT, parameters pertaining to authentication; transmitting to the wireless device, over the first connection, a configuration to determine an AN for handover; receiving from the wireless device, via the first connection, a measurement report including information pertaining to a target AN, the information pertaining to the target AN based at least in part on the configuration; caching the set of FT parameters for forwarding during handover; transmitting the set of FT parameters to the target AN of the LAN during handover; receiving , from the target AN, a set of security parameters associated with secure communication between the wireless device and the target AN, the set of security parameters based at least in part on the set of FT parameters; and transmitting to the wireless device, over the first connection, a command to perform a handover to the target AN, the command including the set of security parameters.
A fishing line reel provided with a fishing signal device, comprising a fishing line reel body, a winding reel, a transmission gear and a rotor; wherein said fishing line reel body comprises a fishing rod mounting base part , a frame part and a cover body part ; wherein said fishing signal device comprises: an electric control part, an alarm switch part and an alarm initiation part, and said alarm initiation part comprises: a mute ring lining and a mute ring , featuring that, the said alarm initiation part further comprises: a reaction bird piece , a bird piece reset seat and a reset seat spring , wherein said reaction bird piece is a long body, comprising a mounting hole , a limiting hole , a mute ring clamping protrusion and a spring catch , said mounting hole is a waist-type hole, located in the middle of said reaction bird piece ; said mute ring clamping protrusion and spring catch are respectively located at both ends of the reaction bird piece ; said limiting hole is a waist-type hole, located between said mounting hole and the said spring catch , said reaction bird piece , mounting hole , limiting hole , mute ring clamping protrusion and spring catch are made into one piece by molding; wherein one side of said bird piece reset seat is a reset seat arc-shaped groove, while the other side is opened with a spring emplacement hole, and the side where the said bird piece reset seat is connected with said reaction bird piece is arranged with a spacing clip; said reset seat spring is a compression spring, one end of said reset seat spring is inserted in said spring emplacement hole, while the other end of said reset seat spring protruding from said spring emplacement hole is connected with said spring catch , said alarm switch part comprises: an alarm switch dial ring , an alarm switch tension spring and an alarm switch copper sheet part , wherein said alarm switch dial ring comprises a ring holding part and a ring dialing part , said ring holding part is connected with said mute ring lining , and said ring dialing part is connected with said alarm switch copper sheet part flexibly; said alarm switch tension spring is an extension spring, one end of said alarm switch tension spring is connected with said ring dialing part , while the other end is connected with the said fishing line reel body; and said alarm switch copper sheet part is a combination of two copper sheets, assembled to said fishing line reel body, one end of the said alarm switch copper sheet part is connected with the ring dialing part of said alarm switch dial ring flexibly, and the other end is connected with the said electric control part.
A core assembly for a heat exchanger comprising: at least one core plate defining internal features of a heat exchanger plate portion (12; 52), the core plate including passage defining features disposed between gaps defining at least one internal wall between at least two internal passages extending between an inlet side and an outlet side ; and a plurality of crossover features between the passage defining features for defining a plurality of crossover passages through the internal wall providing fluid communication between the at least two internal passages ; and characterised in that the plurality of crossover features are configured such that the plurality of passages are distributed in a non-uniform matter with a greater number of crossover passages closer to the inlet side than the outlet side . at least one core plate defining internal features of a heat exchanger plate portion (12; 52), the core plate including passage defining features disposed between gaps defining at least one internal wall between at least two internal passages extending between an inlet side and an outlet side ; and a plurality of crossover features between the passage defining features for defining a plurality of crossover passages through the internal wall providing fluid communication between the at least two internal passages ; and characterised in that the plurality of crossover features are configured such that the plurality of passages are distributed in a non-uniform matter with a greater number of crossover passages closer to the inlet side than the outlet side .
A composition containing vitamin E acetate in a vehicle comprising a lipophilic solvent, wherein said lipophilic solvent is a volatile siloxane having a viscosity of less than 5·10 -5 m 2 /s (50 centistokes) measured at 25 °C selected from pentamer cyclomethicone, tetramer cyclomethicone, hexamer cyclomethicone, hexamethyldisiloxane, dodecamethylpentasiloxane, dodecamethylcyclohexasiloxane and mixtures thereof, for use in treating crusts and inflammation resulting from hair transplantation.
A controller for magnetic levitation equipment comprising: - a plurality of current source modules for connecting to at least one power supply for direct current, DC, and said current source modules comprising current channels for actuating coils of the magnetic levitation equipment; - a controller device connected to the current source modules by a control connection for controlling switching of electric current by the current source modules to the current channels ; characterized in that each of the current source modules comprises switching equipment for a 3-phase electric current and the switching equipment is connected to two current channels by three ports, and one of the ports is configured to connect to both of the current channels , when the current channels are connected to the coils. - a plurality of current source modules for connecting to at least one power supply for direct current, DC, and said current source modules comprising current channels for actuating coils of the magnetic levitation equipment; - a controller device connected to the current source modules by a control connection for controlling switching of electric current by the current source modules to the current channels ; characterized in that each of the current source modules comprises switching equipment for a 3-phase electric current and the switching equipment is connected to two current channels by three ports, and one of the ports is configured to connect to both of the current channels , when the current channels are connected to the coils.
A method of purifying biomass-based lipid material, comprising the steps of (a) providing a feed of biomass-based lipid material; (c) drying the feed of biomass-based lipid material; (d) removing oxygen from the feed of biomass-based lipid material under reduced pressure; (e) heat treating the feed of biomass-based lipid material at 180 to 300°C under reduced pressure to solidify at least part of phosphorous and/or metal containing impurities comprised in the biomass-based lipid material, simultaneously distilling off at least part of free fatty acids and low molecular weight nitrogen compounds comprised in the biomass-based lipid material, to obtain at least a fraction comprising free fatty acids and low molecular weight nitrogen compounds, and heat treated biomass-based lipid material comprising degraded phosphorous and/or metal containing impurities in solid form; and f) removing the solid degraded phosphorous and/or metal containing impurities from the second fraction; to obtain purified biomass-based lipid material. (a) providing a feed of biomass-based lipid material; (c) drying the feed of biomass-based lipid material; (d) removing oxygen from the feed of biomass-based lipid material under reduced pressure; (e) heat treating the feed of biomass-based lipid material at 180 to 300°C under reduced pressure to solidify at least part of phosphorous and/or metal containing impurities comprised in the biomass-based lipid material, simultaneously distilling off at least part of free fatty acids and low molecular weight nitrogen compounds comprised in the biomass-based lipid material, to obtain at least a fraction comprising free fatty acids and low molecular weight nitrogen compounds, and heat treated biomass-based lipid material comprising degraded phosphorous and/or metal containing impurities in solid form; and to obtain at least a fraction comprising free fatty acids and low molecular weight nitrogen compounds, and heat treated biomass-based lipid material comprising degraded phosphorous and/or metal containing impurities in solid form; and f) removing the solid degraded phosphorous and/or metal containing impurities from the second fraction; to obtain purified biomass-based lipid material.