mhurhangee/patent-ind-claim-en huggingface dataset:
Lampholder , in particular for cooking appliance lights , such as a G9 lampholder, - having a holder body , - having a base receiver for the base of a lamp formed on the upper side of the holder body , - having connection contacts for external connecting leads of the voltage supply on the underside of the holder body , - having a holding clip by means of which the base of a lamp can be anchored in the mount receiver , - having two spring arms of the holding clip that form a receiving gap for the lamp base between them, which each have one free end of the spring arm and one end of the spring arm connected to a holding arm and are held in the base receiver , wherein - the holding arm is arranged on the upper side of the holder body , - the free ends of the spring arms are held in the base receiver , facing in the direction of the underside of the holder body , - on its upper side, the holder body forms a fastening contour for the holding arm that defines the spring arms on the holder body and - every spring arm is connected to a holding arm, characterised in that the fastening contour is a holding slot built in on the upper side in the direction of the underside of the holder body and the holding slot is arranged next to the base receiver . - having a holder body , - having a base receiver for the base of a lamp formed on the upper side of the holder body , - having connection contacts for external connecting leads of the voltage supply on the underside of the holder body , - having a holding clip by means of which the base of a lamp can be anchored in the mount receiver , - having two spring arms of the holding clip that form a receiving gap for the lamp base between them, which each have one free end of the spring arm and one end of the spring arm connected to a holding arm and are held in the base receiver , wherein - the holding arm is arranged on the upper side of the holder body , - the free ends of the spring arms are held in the base receiver , facing in the direction of the underside of the holder body , - on its upper side, the holder body forms a fastening contour for the holding arm that defines the spring arms on the holder body and - every spring arm is connected to a holding arm, characterised in that the fastening contour is a holding slot built in on the upper side in the direction of the underside of the holder body and the holding slot is arranged next to the base receiver .
A method for generating an image, wherein the image is a spotlight synthetic aperture radar, SAR, image , characterized by the steps of: directing a beam of transmitted pulses at areas of a set of two or more areas using a steerable array of antennas, the areas of the set of two or more areas , which are illuminated by the pulses, being selected randomly with equal probability such that for each area a spotlight SAR system can be modeled; and applying independently a reconstruction procedure to received signals from each area due to reflecting the transmitted pulses to generate the image corresponding to the set of areas . directing a beam of transmitted pulses at areas of a set of two or more areas using a steerable array of antennas, the areas of the set of two or more areas , which are illuminated by the pulses, being selected randomly with equal probability such that for each area a spotlight SAR system can be modeled; and applying independently a reconstruction procedure to received signals from each area due to reflecting the transmitted pulses to generate the image corresponding to the set of areas .
A data synchronization method for a distributed control system of a nuclear power plant, the method comprising: after failure recovery of any one of the control stations, locking an output of a faulted control station in the distributed control system of the nuclear power plant to enable the faulted control station to be in a bypass state, wherein the distributed control system of the nuclear power plant comprises a plurality of control stations configured for parallel redundancy (S110); and the method being characterized in further comprising: comparing a variable of the faulted control station with a variable of a selected normally functioning control station to determine data to be synchronized (S 120); and establishing a data transmission channel with the faulted control station, and performing data synchronization on data to be synchronized based on the established data transmission channel (S 130); comparing the variable of the faulted control station with the variable of the selected normally functioning control station to determine data to be synchronized comprises: acquiring an online value of a first variable of at least one variable of the normally functioning control station and an online value of a second variable of a corresponding variable of the faulted control station; and determining the data to be synchronized by comparing the online value of a first variable of the each at least one variable of the normally functioning control station with the online value of a second variable of a corresponding variable of the faulted control station. comparing a variable of the faulted control station with a variable of a selected normally functioning control station to determine data to be synchronized (S 120); and establishing a data transmission channel with the faulted control station, and performing data synchronization on data to be synchronized based on the established data transmission channel (S 130); comparing the variable of the faulted control station with the variable of the selected normally functioning control station to determine data to be synchronized comprises: acquiring an online value of a first variable of at least one variable of the normally functioning control station and an online value of a second variable of a corresponding variable of the faulted control station; and determining the data to be synchronized by comparing the online value of a first variable of the each at least one variable of the normally functioning control station with the online value of a second variable of a corresponding variable of the faulted control station. acquiring an online value of a first variable of at least one variable of the normally functioning control station and an online value of a second variable of a corresponding variable of the faulted control station; and determining the data to be synchronized by comparing the online value of a first variable of the each at least one variable of the normally functioning control station with the online value of a second variable of a corresponding variable of the faulted control station.
An imager comprising: a lens defining a viewing angle ; a lens holder operably coupled with the lens ; a printed circuit board including an imager board that is fastened to the lens holder and a connector board ; a wire harness , a flex connector operably coupled with the wire harness that extends in a direction generally orthogonal to a principal axis of the viewing angle of the lens , wherein the imager board and the connector board are coupled by the flex connector ; a housing including a rear opening; and a wire harness cover operably coupled with the rear opening and directing the wire harness in a direction generally orthogonal to the viewing angle characterized in that the connector board is unfastened within the lens holder . a lens defining a viewing angle ; a lens holder operably coupled with the lens ; a printed circuit board including an imager board that is fastened to the lens holder and a connector board ; a wire harness , a flex connector operably coupled with the wire harness that extends in a direction generally orthogonal to a principal axis of the viewing angle of the lens , wherein the imager board and the connector board are coupled by the flex connector ; a housing including a rear opening; and a wire harness cover operably coupled with the rear opening and directing the wire harness in a direction generally orthogonal to the viewing angle characterized in that the connector board is unfastened within the lens holder .
High-strength, hot-rolled flat steel product having a high resistance to edge cracks and made of a steel having an Rp0.2 proof stress of from 660 to 820 MPa, a BH2 value of over 30 MPa and a hole expansion ratio of over 30% measured according to ISO 16630, said steel having a microstructure consisting of two main components, wherein a first main component of the microstructure has a proportion of at least 50% and consists of one or more individual components of ferrite, tempered bainite and tempered martensite, each having less than 5% carbides, and wherein a second main component of the microstructure has a proportion of 5% to 50% and consists of one or more individual components of martensite, retained austenite, bainite or pearlite, the steel having the following chemical composition, in wt.%: C: 0.04 to 0.12 Si: 0.03 to 0.8 Mn: 1 to 2.5 P: max. 0.08 S: max. 0.01 N: max. 0.01 Al: up to 0.1 Ni+Mo: up to 0.5 Nb: up to 0.08 Ti: up to 0.2 Nb+Ti: min. 0.03 Cr: up to 0.6, the remainder being iron, including elements inevitably present in steel. C: 0.04 to 0.12 Si: 0.03 to 0.8 Mn: 1 to 2.5 P: max. 0.08 S: max. 0.01 N: max. 0.01 Al: up to 0.1 Ni+Mo: up to 0.5 Nb: up to 0.08 Ti: up to 0.2 Nb+Ti: min. 0.03 Cr: up to 0.6,
A foreign matter removal device comprising: a cylinder in which air is introduced; a piston movably supported to the cylinder and configured to deliver the air introduced into the cylinder as high-pressure air; a nozzle configured to inject the high-pressure air delivered by the piston towards an object to be washed; an urging spring configured to urge the piston, and a moving mechanism (8A; 8B; 8C) configured to move the piston to a predetermined position by applying a moving force to the piston, wherein regarding a moving direction of the piston , a direction in which the high-pressure air is to be delivered is a delivery direction and an opposite direction to the delivery direction is a force accumulation direction, wherein the piston is configured to move in the force accumulation direction by the moving mechanism and to move in the delivery direction by an urging force of the urging spring in response to release of the moving force applied by the moving mechanism at the predetermined position, wherein the cylinder is provided with a piston support part configured to movably support the piston and a coupling protrusion having a delivery path which continues to the piston support part and is configured to deliver the high-pressure air towards the nozzle, wherein an inner surface of an end portion of the piston support part in the delivery direction is formed as a closed surface, and wherein the delivery path is located further towards the force accumulation direction than the closed surface. a cylinder in which air is introduced; a piston movably supported to the cylinder and configured to deliver the air introduced into the cylinder as high-pressure air; a nozzle configured to inject the high-pressure air delivered by the piston towards an object to be washed; an urging spring configured to urge the piston, and a moving mechanism (8A; 8B; 8C) configured to move the piston to a predetermined position by applying a moving force to the piston, wherein regarding a moving direction of the piston , a direction in which the high-pressure air is to be delivered is a delivery direction and an opposite direction to the delivery direction is a force accumulation direction, wherein the piston is configured to move in the force accumulation direction by the moving mechanism and to move in the delivery direction by an urging force of the urging spring in response to release of the moving force applied by the moving mechanism at the predetermined position, wherein the cylinder is provided with a piston support part configured to movably support the piston and a coupling protrusion having a delivery path which continues to the piston support part and is configured to deliver the high-pressure air towards the nozzle, wherein an inner surface of an end portion of the piston support part in the delivery direction is formed as a closed surface, and wherein the delivery path is located further towards the force accumulation direction than the closed surface.
Method for quantitatively determining the amount of acetaminophen in a sample, characterized in that a reaction mixture is produced by hydrolyzing acetaminophen with formula (I) and reacting the resulting p-aminophenol with formula (II) with a compound of general formula (III) in the presence of an oxidant to form a compound of general formula (IV) wherein, in formulae (III) and (IV), - R1 and R2, independently of one another, are selected from H, -CH 3 , and -OCH 3 , - R3 is -C 2 H 5 and - R4 is a substituted C 1-4 alkyl moiety with a terminal sulfonate group, with the proviso that at least one of R1 and R2 is -OCH 3 and/or R4 additionally has at least one OH substituent, and then the amount of the compound of general formula (IV) in the reaction mixture is photometrically determined. - R1 and R2, independently of one another, are selected from H, -CH 3 , and -OCH 3 , - R3 is -C 2 H 5 and - R4 is a substituted C 1-4 alkyl moiety with a terminal sulfonate group, with the proviso that at least one of R1 and R2 is -OCH 3 and/or R4 additionally has at least one OH substituent,
A switchable heteropolymer, comprising: an acrylamide monomer comprising an attachment group to react with a functional group attached to a primer; and a monomer comprising a stimuli-responsive functional group, wherein the monomer comprising the stimuli-responsive functional group is selected from the group consisting of an acrylamide, acrylate, or vinyl monomer including a terminal saccharide-responsive functional group, wherein the terminal saccharide-responsive functional group comprises a boronic acid group; and an acrylamide, acrylate, or vinyl monomer including a terminal salt-responsive functional group, wherein the salt-responsive functional group is a zwitterionic functional group exhibiting antipolyelectrolyte behavior; and further wherein the term switchable heteropolymer is defined as a heteropolymer which can transition from a starting state to a second, switched state upon exposure to a stimulus. an acrylamide monomer comprising an attachment group to react with a functional group attached to a primer; and a monomer comprising a stimuli-responsive functional group, wherein the monomer comprising the stimuli-responsive functional group is selected from the group consisting of an acrylamide, acrylate, or vinyl monomer including a terminal saccharide-responsive functional group, wherein the terminal saccharide-responsive functional group comprises a boronic acid group; and an acrylamide, acrylate, or vinyl monomer including a terminal salt-responsive functional group, wherein the salt-responsive functional group is a zwitterionic functional group exhibiting antipolyelectrolyte behavior; and further wherein the term switchable heteropolymer is defined as a heteropolymer which can transition from a starting state to a second, switched state upon exposure to a stimulus.
A method of processing an audio signal comprising: obtaining a predetermined number of target gains for a first portion of the audio signal by analyzing the first portion of the audio signal, each of the target gains corresponding to a subband of the audio signal; and determining filter coefficients for a time-domain filter for filtering the first portion of the audio signal so as to approximate a frequency response given by the obtained target gains, the filter coefficients being determined by iteratively: selecting at least one target gain from the target gains, and updating the filter coefficients once for each audio sample or for each group of consecutive audio samples, based on the filter coefficients of the previous iteration and the selected at least one target gain, and filtering the first portion of the audio signal in time domain based on the filter coefficients. obtaining a predetermined number of target gains for a first portion of the audio signal by analyzing the first portion of the audio signal, each of the target gains corresponding to a subband of the audio signal; and determining filter coefficients for a time-domain filter for filtering the first portion of the audio signal so as to approximate a frequency response given by the obtained target gains, the filter coefficients being determined by iteratively: selecting at least one target gain from the target gains, and updating the filter coefficients once for each audio sample or for each group of consecutive audio samples, based on the filter coefficients of the previous iteration and the selected at least one target gain, and selecting at least one target gain from the target gains, and updating the filter coefficients once for each audio sample or for each group of consecutive audio samples, based on the filter coefficients of the previous iteration and the selected at least one target gain, and filtering the first portion of the audio signal in time domain based on the filter coefficients.
A transcranial electrostimulator , comprising: a first current source configured to provide transcranial direct current stimulation (tDCS), and a second current source configured to provide theta burst stimulation (TBS); wherein the tDCS is configured to be delivered with an adjustable direct current in a range of about 0 to about 5 mA and the TBS is configured to be delivered with an alternating current with amplitude ranging from 0 to 5 mA and multiple bursts each having 2 to 5 pulses, each pulse having a pulse width of about 0.1 to about 3 ms and an interpulse interval or gap of about 5 ms to 30 ms and repeating every 150 ms to 500 ms, wherein the bursts are configured to be continuous to provide continuous TBS (cTBS) or intermittent to provide intermittent TBS (iTBS). a first current source configured to provide transcranial direct current stimulation (tDCS), and a second current source configured to provide theta burst stimulation (TBS); wherein the tDCS is configured to be delivered with an adjustable direct current in a range of about 0 to about 5 mA and the TBS is configured to be delivered with an alternating current with amplitude ranging from 0 to 5 mA and multiple bursts each having 2 to 5 pulses, each pulse having a pulse width of about 0.1 to about 3 ms and an interpulse interval or gap of about 5 ms to 30 ms and repeating every 150 ms to 500 ms, wherein the bursts are configured to be continuous to provide continuous TBS (cTBS) or intermittent to provide intermittent TBS (iTBS).
A system for determining gravity toolface and inclination, comprising: a downhole tool comprising an internal bore through which a drilling fluid passes during a drilling operation in a bore hole, the downhole tool further comprising: a sensor assembly disposed at a single radially offset location within the downhole tool relative to a longitudinal axis of the downhole tool, wherein the sensor assembly comprises a three-axis accelerometer package and an angular rate sensing device, wherein the three-axis accelerometer package comprises three accelerometers, and wherein the angular rate sensing device is configured to sense an angular velocity of the downhole tool; a processor in communication with the sensor assembly, wherein the processor is coupled to at least one memory device containing a set of instructions that, when executed by the processor, cause the processor to receive an output from the sensor assembly; determine at least one of a centripetal acceleration and a tangential acceleration of the downhole tool based, at least in part, on the output; and determine at least one of a gravity toolface and inclination of the downhole tool using at least one of the centripetal acceleration and the tangential acceleration. a sensor assembly disposed at a single radially offset location within the downhole tool relative to a longitudinal axis of the downhole tool, wherein the sensor assembly comprises a three-axis accelerometer package and an angular rate sensing device, wherein the three-axis accelerometer package comprises three accelerometers, and wherein the angular rate sensing device is configured to sense an angular velocity of the downhole tool; a processor in communication with the sensor assembly, wherein the processor is coupled to at least one memory device containing a set of instructions that, when executed by the processor, cause the processor to receive an output from the sensor assembly; determine at least one of a centripetal acceleration and a tangential acceleration of the downhole tool based, at least in part, on the output; and determine at least one of a gravity toolface and inclination of the downhole tool using at least one of the centripetal acceleration and the tangential acceleration. determine at least one of a centripetal acceleration and a tangential acceleration of the downhole tool based, at least in part, on the output; and determine at least one of a gravity toolface and inclination of the downhole tool using at least one of the centripetal acceleration and the tangential acceleration.
A light source apparatus comprising: a first light source configured to output light having a first wavelength included in a first wavelength region; a second light source configured to output light having a second wavelength that is included in the first wavelength region, and is shorter than the first wavelength; a fluorescent substance configured to be excited, when the light having the first wavelength and the light having the second wavelength are incident on the fluorescent substance , by the light having the first wavelength and the light having the second wavelength to emit light in a second wavelength region, and to output the light having the first wavelength, the light having the second wavelength and the light in the second wavelength region as light from the fluorescent substance ; and a wavelength selection member provided to face the fluorescent substance , and configured to reflect the light having the second wavelength among the light output from the fluorescent substance and to transmit the light having the first wavelength and the light in the second wavelength region among the light output from the fluorescent substance . a first light source configured to output light having a first wavelength included in a first wavelength region; a second light source configured to output light having a second wavelength that is included in the first wavelength region, and is shorter than the first wavelength; a fluorescent substance configured to be excited, when the light having the first wavelength and the light having the second wavelength are incident on the fluorescent substance , by the light having the first wavelength and the light having the second wavelength to emit light in a second wavelength region, and to output the light having the first wavelength, the light having the second wavelength and the light in the second wavelength region as light from the fluorescent substance ; and a wavelength selection member provided to face the fluorescent substance , and configured to reflect the light having the second wavelength among the light output from the fluorescent substance and to transmit the light having the first wavelength and the light in the second wavelength region among the light output from the fluorescent substance .