mhurhangee/ep-ind-claims huggingface dataset:
A method for producing electricity, the method comprising: introducing a recycled anode exhaust fuel stream, a low energy content fuel stream, and an O 2 -containing stream into a combustion zone, the recycled anode exhaust fuel stream comprising H 2, the low energy content fuel stream comprising at least 30 vol% of one or more inert gasses; performing a combustion reaction in the combustion zone to generate a combustion exhaust; introducing an anode fuel stream comprising a reformable fuel into an anode of a molten carbonate fuel cell, an internal reforming element associated with the anode of the molten carbonate fuel cell, or a combination thereof; introducing a cathode inlet stream comprising CO 2 and O 2 into a cathode of the molten carbonate fuel cell; generating electricity within the molten carbonate fuel cell; generating an anode exhaust comprising H 2 from an anode outlet of the molten carbonate fuel cell; and separating at least a portion of the anode exhaust to form the recycled anode exhaust fuel stream, wherein a cathode exhaust stream has a CO 2 content of 2.0 vol% or less. introducing a recycled anode exhaust fuel stream, a low energy content fuel stream, and an O 2 -containing stream into a combustion zone, the recycled anode exhaust fuel stream comprising H 2, the low energy content fuel stream comprising at least 30 vol% of one or more inert gasses; performing a combustion reaction in the combustion zone to generate a combustion exhaust; introducing an anode fuel stream comprising a reformable fuel into an anode of a molten carbonate fuel cell, an internal reforming element associated with the anode of the molten carbonate fuel cell, or a combination thereof; introducing a cathode inlet stream comprising CO 2 and O 2 into a cathode of the molten carbonate fuel cell; generating electricity within the molten carbonate fuel cell; generating an anode exhaust comprising H 2 from an anode outlet of the molten carbonate fuel cell; and separating at least a portion of the anode exhaust to form the recycled anode exhaust fuel stream, wherein a cathode exhaust stream has a CO 2 content of 2.0 vol% or less.
A method of reading with a reader device a marking comprising a physical unclonable function, PUF, comprising the following steps: a stimulation step, wherein a physical challenge according to a predetermined challenge-response authentication scheme corresponding to the PUF is created and applied to a PUF; a detection step, wherein a response generated by the PUF in accordance with the challenge-response authentication scheme in reaction to the challenge is detected and a digital signal representing the response is generated; a processing step, wherein the digital signal is processed in order to generate a hash value of the response by application of a predetermined cryptographic hash function to the digital signal, and an output step, wherein data representing the generated hash value as a first reading result is output and wherein the output step further comprises outputting at least a part of a reading result in the form of a one-dimensional or a multi-dimensional barcode, wherein detecting the response in the detection step comprises detecting at least one property of electromagnetic radiation emitted by the PUF as a response in reaction to the challenge, detecting a characteristic lifetime of a luminescence effect occurring in the response as a property of electromagnetic radiation emitted by the PUF and the digital signal is generated such that it represents this response. a stimulation step, wherein a physical challenge according to a predetermined challenge-response authentication scheme corresponding to the PUF is created and applied to a PUF; a detection step, wherein a response generated by the PUF in accordance with the challenge-response authentication scheme in reaction to the challenge is detected and a digital signal representing the response is generated; a processing step, wherein the digital signal is processed in order to generate a hash value of the response by application of a predetermined cryptographic hash function to the digital signal, and an output step, wherein data representing the generated hash value as a first reading result is output and wherein the output step further comprises outputting at least a part of a reading result in the form of a one-dimensional or a multi-dimensional barcode, wherein detecting the response in the detection step comprises detecting at least one property of electromagnetic radiation emitted by the PUF as a response in reaction to the challenge, detecting a characteristic lifetime of a luminescence effect occurring in the response as a property of electromagnetic radiation emitted by the PUF and the digital signal is generated such that it represents this response.
A method of maintaining a sterile environment of a working chamber that contains a resin component, comprising: a step (a) of introducing hydrogen peroxide into the working chamber; a step (b) of introducing air into the working chamber through a filter after completion of the step (a); a step (c) of introducing the ozone into the working chamber, wherein the ozone is generated by irradiating the air with ultraviolet having a peak wavelength of from 160 nm to less than 200 nm either upstream of the filter or inside the working chamber; and a step (d) of decomposing the ozone introduced into the working chamber into oxygen radicals, wherein step (d) includes a step of emitting visible light of a wavelength of 450 nm to 800 nm into the working chamber. a step (a) of introducing hydrogen peroxide into the working chamber; a step (b) of introducing air into the working chamber through a filter after completion of the step (a); a step (c) of introducing the ozone into the working chamber, wherein the ozone is generated by irradiating the air with ultraviolet having a peak wavelength of from 160 nm to less than 200 nm either upstream of the filter or inside the working chamber; and having a peak wavelength of from 160 nm to less than 200 nm either upstream of the filter or inside the working chamber; and a step (d) of decomposing the ozone introduced into the working chamber into oxygen radicals, wherein step (d) includes a step of emitting visible light of a wavelength of 450 nm to 800 nm into the working chamber.
An inhaler comprising: an atomizing unit comprising a piezoelectric element substrate having a first interdigital transducer IDT consisting of a pair of interlocking comb-shaped electrodes, wherein the atomizing unit is configured to atomize liquid by a surface acoustic wave generated by applying a high-frequency voltage to the pair of interlocking comb-shaped electrodes; characterized by a controller configured to monitor a resonant frequency of the pair of interlocking comb-shaped electrodes; and apply a voltage to the pair of interlocking comb-shaped electrodes at a frequency determined based on the monitored resonant frequency, wherein the controller is configured to, when monitoring the resonant frequency, apply a voltage to the pair of interlocking comb-shaped electrodes at a frequency selected from multiple different frequencies and determine as the resonant frequency, a frequency of a voltage applied to the pair of interlocking comb-shaped electrodes when power reflected from the pair of interlocking comb-shaped electrodes is the lowest. an atomizing unit comprising a piezoelectric element substrate having a first interdigital transducer IDT consisting of a pair of interlocking comb-shaped electrodes, wherein the atomizing unit is configured to atomize liquid by a surface acoustic wave generated by applying a high-frequency voltage to the pair of interlocking comb-shaped electrodes; characterized by a controller configured to monitor a resonant frequency of the pair of interlocking comb-shaped electrodes; and apply a voltage to the pair of interlocking comb-shaped electrodes at a frequency determined based on the monitored resonant frequency, monitor a resonant frequency of the pair of interlocking comb-shaped electrodes; and apply a voltage to the pair of interlocking comb-shaped electrodes at a frequency determined based on the monitored resonant frequency, wherein the controller is configured to, when monitoring the resonant frequency, apply a voltage to the pair of interlocking comb-shaped electrodes at a frequency selected from multiple different frequencies and determine as the resonant frequency, a frequency of a voltage applied to the pair of interlocking comb-shaped electrodes when power reflected from the pair of interlocking comb-shaped electrodes is the lowest.
A method for providing an anti-malware service based on a server, the method comprising: managing, by at least one server, local malware information associated with a predetermined region; if a device is located in the region, generating, by the server, malware component information for the device based on the local malware information; and transmitting, by the server, the malware component information to the device. managing, by at least one server, local malware information associated with a predetermined region; if a device is located in the region, generating, by the server, malware component information for the device based on the local malware information; and transmitting, by the server, the malware component information to the device.
An annuloplasty system comprising an adjustable annuloplasty ring assembly for a native valve, said annuloplasty ring assembly having an interface adapted to establish an operative connection with a manipulator for manipulating the shape and/or size of said annuloplasty ring assembly, at least one sensor configured to detect a regurgitation of the native valve and an external monitor or prompting device adapted to provide information based on said detected regurgitation, characterized in that said sensor is connected to, configured to be connected to, or part of the annuloplasty ring assembly; or characterized in that the system additionally comprises a delivery device connected to, or configured to be connected to said interface, wherein the delivery device is adapted to deliver said manipulator, wherein said delivery device includes said sensor. an adjustable annuloplasty ring assembly for a native valve, said annuloplasty ring assembly having an interface adapted to establish an operative connection with a manipulator for manipulating the shape and/or size of said annuloplasty ring assembly, at least one sensor configured to detect a regurgitation of the native valve and an external monitor or prompting device adapted to provide information based on said detected regurgitation, characterized in that said sensor is connected to, configured to be connected to, or part of the annuloplasty ring assembly; or characterized in that the system additionally comprises a delivery device connected to, or configured to be connected to said interface, wherein the delivery device is adapted to deliver said manipulator, wherein said delivery device includes said sensor.
An electric motor integrated hydraulic motor, comprising: a casing filled with oil; a swash plate type hydraulic motor including a driving shaft, the driving shaft extending from a front end portion of the casing up to a rear end portion thereof and being supported at the front and rear end portions in the casing; an electric motor including a rotor provided at an outer peripheral portion of the swash plate type hydraulic motor; and a stator provided at an inner side portion of the casing; and a circulating mechanism configured to rotate integrally with the rotor of the electric motor, characterized in that: a cooling passage is formed at the stator of the electric motor so as to penetrate the stator in an axial direction of the driving shaft; an oil passage is formed between the swash plate type hydraulic motor and the rotor of the electric motor so as to extend in the axial direction of the driving shaft; and the casing includes an oil discharge port through which operating fluid having been circulated in the casing by the circulating mechanism is discharged to an outside of the casing. a casing filled with oil; a swash plate type hydraulic motor including a driving shaft, the driving shaft extending from a front end portion of the casing up to a rear end portion thereof and being supported at the front and rear end portions in the casing; an electric motor including a rotor provided at an outer peripheral portion of the swash plate type hydraulic motor; and a stator provided at an inner side portion of the casing; and a rotor provided at an outer peripheral portion of the swash plate type hydraulic motor; and a stator provided at an inner side portion of the casing; and a circulating mechanism configured to rotate integrally with the rotor of the electric motor, characterized in that: a cooling passage is formed at the stator of the electric motor so as to penetrate the stator in an axial direction of the driving shaft; an oil passage is formed between the swash plate type hydraulic motor and the rotor of the electric motor so as to extend in the axial direction of the driving shaft; and the casing includes an oil discharge port through which operating fluid having been circulated in the casing by the circulating mechanism is discharged to an outside of the casing. a cooling passage is formed at the stator of the electric motor so as to penetrate the stator in an axial direction of the driving shaft; an oil passage is formed between the swash plate type hydraulic motor and the rotor of the electric motor so as to extend in the axial direction of the driving shaft; and the casing includes an oil discharge port through which operating fluid having been circulated in the casing by the circulating mechanism is discharged to an outside of the casing.
A method for producing flakes of a resin thin film comprising: a step of forming a resin thin film on a substrate film to obtain a multilayer film; a step of pressing the multilayer film by a member (110, 115, 160, 210, 310) having a concavo-convex shape to form cracks in the resin thin film; and a step of stripping the resin thin film from the substrate film to obtain flakes. a step of forming a resin thin film on a substrate film to obtain a multilayer film; a step of pressing the multilayer film by a member (110, 115, 160, 210, 310) having a concavo-convex shape to form cracks in the resin thin film; and a step of stripping the resin thin film from the substrate film to obtain flakes.
A display method of a mobile terminal, the method comprising: displaying at least one 3-dimensional, 3D, object on a display, selecting a specific 3D object from the display according to a touch input; displaying, to surround the selected 3D object along the selected 3D object's edge, a 3D manipulation portion having a form corresponding to a form of the selected 3D object; detecting a touch input on the displayed 3D manipulation portion; and adjusting a rotation, enlargement/reduction, shape and a depth value of the 3D object based on a touch location and a touch type of the touch input detected on the displayed 3D manipulation portion, wherein the shape and depth value of the displayed 3D manipulation portion are automatically changed to match the changed shape and the changed depth value of the 3D object when the shape and depth value of the 3D object is changed, and wherein the selected 3D object is automatically enlarged and displayed together with the 3D manipulation portion when the number of 3D objects is greater than a predetermined value. displaying at least one 3-dimensional, 3D, object on a display, selecting a specific 3D object from the display according to a touch input; displaying, to surround the selected 3D object along the selected 3D object's edge, a 3D manipulation portion having a form corresponding to a form of the selected 3D object; detecting a touch input on the displayed 3D manipulation portion; and adjusting a rotation, enlargement/reduction, shape and a depth value of the 3D object based on a touch location and a touch type of the touch input detected on the displayed 3D manipulation portion, wherein the shape and depth value of the displayed 3D manipulation portion are automatically changed to match the changed shape and the changed depth value of the 3D object when the shape and depth value of the 3D object is changed, and wherein the selected 3D object is automatically enlarged and displayed together with the 3D manipulation portion when the number of 3D objects is greater than a predetermined value.
A method of controlling 2,4-D resistant AAD-12 volunteer soybean plants comprising event pDAB4468-0416 as available under ATCC deposit number PTA-10442 and comprising SEQ ID NO: 1 in a field comprising monocot plants, wherein said volunteer plants are grown from seed comprising an event DAS-68416-4 as available under ATCC deposit number PTA-10442 and comprising SEQ ID NO: 1, wherein said method comprises applying a herbicide to said volunteer plants, wherein said volunteer plants are susceptible to said herbicide, and said monocot plants are tolerant to said herbicide.
A mass spectrometry method using a mass spectrometer, said mass spectrometer receiving ions produced at an ion source, and including: quadrupole rods which have an inlet and an outlet for said ions and to which a radio-frequency voltage is applied, a trap lens of wire-shape and shaped in a straight line perpendicular to the central axis of the quadrupole rods, and a lens (12, 15) for generating an extraction field in the axial direction, said mass spectrometry method, comprising the steps of: 1) trapping at least part of said ions by using a trap potential, said trap potential being generated by a quadrupole field caused by said quadrupole rods and a potential caused by said trap lens, 2) oscillating part of said trapped ions in a radial direction perpendicular to the trap lens, 3) ejecting said oscillated ions in a direction of the central axis of said quadrupole rods by using said extraction field, and 4) introducing said ions into a detection process, said ions being ejected from said outlet. 1) trapping at least part of said ions by using a trap potential, said trap potential being generated by a quadrupole field caused by said quadrupole rods and a potential caused by said trap lens, 2) oscillating part of said trapped ions in a radial direction perpendicular to the trap lens, 3) ejecting said oscillated ions in a direction of the central axis of said quadrupole rods by using said extraction field, and 4) introducing said ions into a detection process, said ions being ejected from said outlet.
A system for powering a subsea rotating machine, comprising: an electrical power supply located at a surface facility and configured to supply multi-phase high-voltage low-frequency alternating-current electrical power; a power transmission cable electrically communicating with said power supply and configured to carry the low-frequency electrical power to a subsea location; a subsea motor located at the subsea location, in electrical communication with the power transmission cable and configured to convert the low-frequency electrical power into torque on a motor output element thereby causing the motor output element to rotate at a drive rotational frequency; characterized in that the system comprises: a subsea magnetic gear module located at the subsea location, comprising: a first rotating element mechanically coupled to the motor output element; and a second rotating element mechanically coupled to an output shaft, the first and second rotating elements being magnetically coupled to each other such that torque from the motor output element rotating at the drive rotational frequency is converted to torque on the output shaft rotating at a working rotational frequency; and a subsea rotating machine located at the subsea location, mechanically coupled to the output shaft and configured to use the torque on the output shaft at the working rotational frequency to operate the rotating machine wherein the subsea magnetic gear module is liquid filled. an electrical power supply located at a surface facility and configured to supply multi-phase high-voltage low-frequency alternating-current electrical power; a power transmission cable electrically communicating with said power supply and configured to carry the low-frequency electrical power to a subsea location; a subsea motor located at the subsea location, in electrical communication with the power transmission cable and configured to convert the low-frequency electrical power into torque on a motor output element thereby causing the motor output element to rotate at a drive rotational frequency; a first rotating element mechanically coupled to the motor output element; and a second rotating element mechanically coupled to an output shaft, the first and second rotating elements being magnetically coupled to each other such that torque from the motor output element rotating at the drive rotational frequency is converted to torque on the output shaft rotating at a working rotational frequency; and a subsea rotating machine located at the subsea location, mechanically coupled to the output shaft and configured to use the torque on the output shaft at the working rotational frequency to operate the rotating machine wherein the subsea magnetic gear module is liquid filled.
Method for preparing a content for watermarking, wherein said content is available in different versions (101, 102, 103, 104) on a server for at least a client and wherein said different versions of the content are subdivided into temporally aligned chunks, the method being characterized in that it comprises: • obtaining for each version of the content candidate locations for watermarking; • determining a watermark payload bit insertion rate according to a minimum path, wherein said minimum path comprises, for all sets of temporally aligned chunks, the chunks with the smallest number of candidate locations; and • generating, for each version of the content, metadata for watermark embedding such that watermark payload bit insertion rate for each content version is equal to the watermark payload bit insertion rate according to said minimum path. • obtaining for each version of the content candidate locations for watermarking; • determining a watermark payload bit insertion rate according to a minimum path, wherein said minimum path comprises, for all sets of temporally aligned chunks, the chunks with the smallest number of candidate locations; and • generating, for each version of the content, metadata for watermark embedding such that watermark payload bit insertion rate for each content version is equal to the watermark payload bit insertion rate according to said minimum path.