mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining information on von Willebrand factor size, comprising the following steps: denaturing, with urea, VWF contained in a biological sample; fluorescently labeling the denatured VWF using a capturing agent that comprises a fluorescent substance and binds to the denatured VWF; and obtaining information on the size of the fluorescently-labeled VWF by fluorescence correlation spectroscopy or fluorescence cross-correlation spectroscopy; wherein when the information is obtained by fluorescence correlation spectroscopy, the capturing agent comprises a polyclonal antibody, or a plurality of monoclonal antibodies or aptamers that bind to epitopes different from each other; and wherein when the information is obtained by fluorescence cross-correlation spectroscopy, the capturing agent comprises a first capturing agent that comprises a first fluorescent substance and binds to the denatured VWF, and a second capturing agent that comprises a second fluorescent substance and binds to the denatured VWF, wherein the second fluorescent substance is a fluorescent substance having a maximum fluorescence emission in a wavelength range different from that of the first fluorescent substance, and wherein the first capturing agent that comprises the first fluorescent substance and binds to the denatured VWF is a polyclonal antibody that comprises the first fluorescent substance, or a plurality of monoclonal antibodies or aptamers that each comprise the first fluorescent substance and bind to epitopes different from each other. denaturing, with urea, VWF contained in a biological sample; fluorescently labeling the denatured VWF using a capturing agent that comprises a fluorescent substance and binds to the denatured VWF; and obtaining information on the size of the fluorescently-labeled VWF by fluorescence correlation spectroscopy or fluorescence cross-correlation spectroscopy; wherein when the information is obtained by fluorescence correlation spectroscopy, the capturing agent comprises a polyclonal antibody, or a plurality of monoclonal antibodies or aptamers that bind to epitopes different from each other; and wherein when the information is obtained by fluorescence cross-correlation spectroscopy, the capturing agent comprises a first capturing agent that comprises a first fluorescent substance and binds to the denatured VWF, and a second capturing agent that comprises a second fluorescent substance and binds to the denatured VWF, wherein the second fluorescent substance is a fluorescent substance having a maximum fluorescence emission in a wavelength range different from that of the first fluorescent substance, and wherein the first capturing agent that comprises the first fluorescent substance and binds to the denatured VWF is a polyclonal antibody that comprises the first fluorescent substance, or a plurality of monoclonal antibodies or aptamers that each comprise the first fluorescent substance and bind to epitopes different from each other.
A method for executing a non-maskable interrupt, comprising: obtaining a secure interrupt request in a non-secure mode, and interrupting an operation of an operating system, OS, wherein the secure interrupt request cannot be masked; entering a secure mode by using the secure interrupt request, and saving, in the secure mode, an interrupt context of an OS status when the operation of the OS is interrupted; returning to the non-secure mode to execute user-defined processing; after the user-defined processing is completed, entering the secure mode again, and resuming the OS status in the secure mode according to the interrupt context; and returning to the non-secure mode again, and continuing to execute an operation of the OS. obtaining a secure interrupt request in a non-secure mode, and interrupting an operation of an operating system, OS, wherein the secure interrupt request cannot be masked; entering a secure mode by using the secure interrupt request, and saving, in the secure mode, an interrupt context of an OS status when the operation of the OS is interrupted; returning to the non-secure mode to execute user-defined processing; after the user-defined processing is completed, entering the secure mode again, and resuming the OS status in the secure mode according to the interrupt context; and returning to the non-secure mode again, and continuing to execute an operation of the OS.
An aqueous solution consisting essentially of chlorhexidine gluconate at a concentration of less than 0.1 % for use in the reduction of biofilm formation in surgical implants, stents, catheters, or other indwelling medical devices at a site of infection in a subject, and wherein the site is selected from a) the sinuses, b) an intra-articular site, c) a cerebrospinal site, d) a urogenital tract, e) a respiratory tract, f) the colon, g) an intraperitoneal site, h) blood, and i) a mediastinal site. a) the sinuses, b) an intra-articular site, c) a cerebrospinal site, d) a urogenital tract, e) a respiratory tract, f) the colon, g) an intraperitoneal site, h) blood,
Fastening system for fastening a housing to a structural element, comprising a metal collar for receiving a fastening screw through a fastening orifice in the structural element, which comprises a cylindrical portion inserted into a vibration-damping buffer housed inside the housing, characterized in that the cylindrical portion of the housing is extended radially at its base by a planar portion for bearing on the structural element up to a finger for indexing on the structural element, integrated at its end.
Space flight body, in particular a satellite, with a drive unit which is operated with hydrogen and oxygen and serves for a manoeuvring of the space flight body, and with a propellant-generating device, with at least one electrolyser which is configured for an iterative production of hydrogen and oxygen and comprises at least one electrolysis cell having at least one alkaline electrolyte, wherein the propellant-generating device comprises at least one first storage tank for a storage of the produced hydrogen and at least one second storage tank for a storage of the produced oxygen, wherein if required the drive unit retrieves gas for at least one jet nozzle from the two storage tanks (24, 26) via a duct, characterised in that the at least one electrolyser comprises at least one water reservoir, which is configured for an interim storage of water for an electrolysis process cycle, the water reservoir being configured for an interim storage of precisely the quantity of water which is required for an electrolysis process cycle, wherein the propellant-generating device comprises at least one first pressure compensation valve which is connected to the water reservoir and to a hydrogen conduit via a duct and which is configured for a pressure compensation between water and hydrogen.
A wireless power transmission system comprising: a pair of antennas configured to transmit power wirelessly by resonant magnetic coupling at a frequency f0, one of the pair of antennas being a series resonant circuit, and the other of the pair of antennas being a parallel resonant circuit; and a control section configured to control a transmission frequency according to the magnitude of the power being transmitted between the antennas, characterized in that if the power is greater than a reference value P1, the control section sets the transmission frequency to be a value that falls within a first level range that is higher than the frequency f0, and if the power is smaller than the reference value P1, the control section sets the transmission frequency to be a value that falls within a second level range that is lower than the first level range. a pair of antennas configured to transmit power wirelessly by resonant magnetic coupling at a frequency f0, one of the pair of antennas being a series resonant circuit, and the other of the pair of antennas being a parallel resonant circuit; and a control section configured to control a transmission frequency according to the magnitude of the power being transmitted between the antennas, characterized in that if the power is greater than a reference value P1, the control section sets the transmission frequency to be a value that falls within a first level range that is higher than the frequency f0, and if the power is smaller than the reference value P1, the control section sets the transmission frequency to be a value that falls within a second level range that is lower than the first level range.
A flow field plate for an electrochemical fuel cell comprising: a first flow field surface; an opposing second flow field surface; and at least one flow channel formed in the first flow field surface, the at least one flow channel comprising: a first side and an opposing second side separated by an open-faced top and a bottom surface having a depth (D f) relative thereto, wherein a cross-sectional width of the at least one flow channel decreases in a direction away from the open-faced top and towards the bottom surface; and a first side channel formed in a portion of the open-faced top and in a portion of the first side along a continuous length of the at least one flow channel, the first side channel comprising a first side wall and a first bottom wall having a depth (D s) relative to an open-faced top of the first side channel; wherein the first side wall of the first side channel and the first bottom wall of the first side channel form an obtuse angle; and the depth of the bottom surface of the at least one flow channel (D f) is greater than the depth of the first bottom wall of the first side channel (D s). a first flow field surface; an opposing second flow field surface; and at least one flow channel formed in the first flow field surface, the at least one flow channel comprising: a first side and an opposing second side separated by an open-faced top and a bottom surface having a depth (D f) relative thereto, wherein a cross-sectional width of the at least one flow channel decreases in a direction away from the open-faced top and towards the bottom surface; and a first side channel formed in a portion of the open-faced top and in a portion of the first side along a continuous length of the at least one flow channel, the first side channel comprising a first side wall and a first bottom wall having a depth (D s) relative to an open-faced top of the first side channel; wherein a first side and an opposing second side separated by an open-faced top and a bottom surface having a depth (D f) relative thereto, wherein a cross-sectional width of the at least one flow channel decreases in a direction away from the open-faced top and towards the bottom surface; and a first side channel formed in a portion of the open-faced top and in a portion of the first side along a continuous length of the at least one flow channel, the first side channel comprising a first side wall and a first bottom wall having a depth (D s) relative to an open-faced top of the first side channel; wherein the first side wall of the first side channel and the first bottom wall of the first side channel form an obtuse angle; and the depth of the bottom surface of the at least one flow channel (D f) is greater than the depth of the first bottom wall of the first side channel (D s).
A piezoelectric composition comprising a plurality of crystal particles, wherein the piezoelectric composition includes bismuth, iron, barium, titanium, and oxygen; characterised in that a number of crystal particles include a core and a shell covering the core; an average value of contents of bismuth in the cores is expressed as C CORE % by mass, an average value of contents of bismuth in the shells is expressed as C SHELL % by mass, and the C CORE is lower than the C SHELL; and a number of all particles comprised in the piezoelectric composition is expressed as N, said number of the crystal particles including the core and the shell is expressed as n, and n/N is 0.10 to 1.00.
Method for operating a metering valve for introducing a urea/water solution into an exhaust gas section of an internal combustion engine, the method comprising: - determining of a metering valve temperature of the metering valve, and - feeding of a coolant to the metering valve in a manner which is dependent on the metering valve temperature, characterized in that, furthermore, the internal combustion engine comprises an intercooler which is fed the coolant for cooling charge air, the coolant being fed to the metering valve and the intercooler by means of a common adjustable coolant pump. - determining of a metering valve temperature of the metering valve, and - feeding of a coolant to the metering valve in a manner which is dependent on the metering valve temperature, characterized in that, furthermore, the internal combustion engine comprises an intercooler which is fed the coolant for cooling charge air, the coolant being fed to the metering valve and the intercooler by means of a common adjustable coolant pump.
A verification apparatus comprising: an acquisition unit configured to acquire each of control data that causes artificial intelligence to function in an apparatus and learning data of the control data; and a verification unit configured to verify the acquired control data on a basis of the control data obtained as a result of performing learning with use of the acquired learning data, and on a basis of the acquired control data. an acquisition unit configured to acquire each of control data that causes artificial intelligence to function in an apparatus and learning data of the control data; and a verification unit configured to verify the acquired control data on a basis of the control data obtained as a result of performing learning with use of the acquired learning data, and on a basis of the acquired control data.
A method of authenticating a subscriber of a mobile device at a foreign zone, by its home telecom carrier, to use a foreign wallet application installed on the mobile device and supported by a foreign wallet server and a foreign authentication server, the method comprising: a) establishing a data transmission connection between the mobile device and the home telecom carrier; b) identifying, by the foreign wallet application, the foreign wallet server or a foreign authentication server, the home telecom carrier; and c) after the home telecom carrier is identified and the subscriber of the mobile device is authenticated by the home telecom carrier, receiving, by the foreign wallet application through the the foreign wallet server, a subscriber authentication token from the home telecom carrier. a) establishing a data transmission connection between the mobile device and the home telecom carrier; b) identifying, by the foreign wallet application, the foreign wallet server or a foreign authentication server, the home telecom carrier; and c) after the home telecom carrier is identified and the subscriber of the mobile device is authenticated by the home telecom carrier, receiving, by the foreign wallet application through the the foreign wallet server, a subscriber authentication token from the home telecom carrier.
A method for load control in a power supply system supplied by an energy company via which private households are supplied with power, wherein electrical appliances connected to the power supply system are assigned to the households, characterized in that information on the subsequent time at which the electrical appliance will be switched on is conveyed to the energy supplier in advance via a data line, wherein the information flows into a load forecast of the energy company, wherein the information is conveyed from an electrical appliance once the switch-on time has been set on said electrical appliance by a user, wherein the electrical appliance automatically starts at the switch-on time, wherein the subsequent time is more than one hour after the time at which the information is conveyed and wherein the energy company bases its capacities on the load forecast which it determines.
An apparatus, comprising: means configured to adjust an amplification band of an amplifier from a first low frequency band to a second high frequency band, the means configured to adjust selectively connected between an output terminal of the amplifier and a circuit ground; means configured to set the amplification band of the amplifier to the first low frequency band, the means configured to set includes means configured to provide a variable capacitance connected directly between the output terminal and the circuit ground, wherein the means configured to adjust and the means configured to set are connected in parallel; and wherein the means configured to adjust comprises means configured to reduce 2 nd harmonic frequencies in the first low frequency band when the amplification band is set to the first low frequency band, the means configured to adjust and the means configured to reduce share a common inductor. means configured to adjust an amplification band of an amplifier from a first low frequency band to a second high frequency band, the means configured to adjust selectively connected between an output terminal of the amplifier and a circuit ground; means configured to set the amplification band of the amplifier to the first low frequency band, the means configured to set includes means configured to provide a variable capacitance connected directly between the output terminal and the circuit ground, wherein the means configured to adjust and the means configured to set are connected in parallel; and wherein the means configured to adjust comprises means configured to reduce 2 nd harmonic frequencies in the first low frequency band when the amplification band is set to the first low frequency band, the means configured to adjust and the means configured to reduce share a common inductor.
A method for using a growth substrate comprising a growth medium, an assembly layer and, arranged on the assembly layer, a first group of crystalline semi-conductor islands having a first lattice parameter and a second group of crystalline semi-conductor islands having a second lattice parameter different from the first lattice parameter, in order to collectively manufacture a plurality of optoelectronic devices comprising active layers of different compositions, the method comprising the following steps: - providing the growth substrate; - exposing the growth substrate to an atmosphere comprising an initial concentration of an atomic element in order to form, on the islands of the first group, a first active layer incorporating the atomic element in a first concentration and to form, on the islands of the second group, a second active layer incorporating the atomic element in a second concentration different from the first concentration. - providing the growth substrate; - exposing the growth substrate to an atmosphere comprising an initial concentration of an atomic element in order to form, on the islands of the first group, a first active layer incorporating the atomic element in a first concentration and to form, on the islands of the second group, a second active layer incorporating the atomic element in a second concentration different from the first concentration.
A computer-implemented method comprising: identifying, by a computer system, a keyword included in a data loss prevention, DLP, policy, the keyword comprising a plurality of characters; generating, by the computer system and in response to the identifying, a plurality of permutations of the characters of the keyword, wherein the generating includes: receiving user input specifying a maximum number of characters to be used to permute the keyword, the specified maximum number of characters being fewer than the number of characters in the keyword to limit the number of permutations generated for the keyword; and limiting the number of characters to be permuted to the specified maximum number of characters when generating the plurality of permutations of the keyword; adding, by the computer system, the plurality of permutations to the DLP policy; and causing information content to be searched for the keyword and the plurality of permutations to detect a violation of the DLP policy in the information content. identifying, by a computer system, a keyword included in a data loss prevention, DLP, policy, the keyword comprising a plurality of characters; generating, by the computer system and in response to the identifying, a plurality of permutations of the characters of the keyword, wherein the generating includes: receiving user input specifying a maximum number of characters to be used to permute the keyword, the specified maximum number of characters being fewer than the number of characters in the keyword to limit the number of permutations generated for the keyword; and limiting the number of characters to be permuted to the specified maximum number of characters when generating the plurality of permutations of the keyword; receiving user input specifying a maximum number of characters to be used to permute the keyword, the specified maximum number of characters being fewer than the number of characters in the keyword to limit the number of permutations generated for the keyword; and limiting the number of characters to be permuted to the specified maximum number of characters when generating the plurality of permutations of the keyword; adding, by the computer system, the plurality of permutations to the DLP policy; and causing information content to be searched for the keyword and the plurality of permutations to detect a violation of the DLP policy in the information content.
A machine for making and dispensing liquid and/or semi-liquid food products, in particular for pasteurising liquid and/or semi-liquid food products, comprising: - at least a containment tank for the product to be processed and dispensed, the tank comprising an outlet for discharging the product to be dispensed; - at least one dispensing tap mounted on the discharging outlet of the tank and in turn comprising a duct connected to the discharging outlet and a piston slidable in a sealed fashion inside the duct; the machine being characterised in that the duct comprises a first stretch, extending between a first longitudinal end of the duct and a branch of the duct from which there extends a dispensing outlet of the tap, and a second stretch, extending between the branch of the duct and a second longitudinal end of the duct; the first longitudinal end being connected in a sealed fashion to the discharging outlet of the tank and the second longitudinal end being closed by a plug; the piston being movable between a first end of stroke position, in which the piston is contained in a sealed fashion in the discharging outlet of the tank, prevents dispensing of the product and allows washing of the duct, and a second end of stroke position, in which the piston is contained in a sealed fashion in the second stretch of the duct and allows dispensing of the product, the machine being characterised in that the plug is removable from the duct and in that the plug is composed of two half-shells which can be coupled to and uncoupled from one another. - at least a containment tank for the product to be processed and dispensed, the tank comprising an outlet for discharging the product to be dispensed; - at least one dispensing tap mounted on the discharging outlet of the tank and in turn comprising a duct connected to the discharging outlet and a piston slidable in a sealed fashion inside the duct;