mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for determining whether the brain is fatigued, comprising: collecting (S1) electroencephalogram signals of a testee; quantifying (S2) the electroencephalogram signals utilizing a sample entropy algorithm to obtain a final sample entropy value of the electroencephalogram signals; determining (S3) whether the brain of the testee is fatigued according to the final sample entropy value, wherein it is determined that the brain of the testee is in a fatigue state when the final sample entropy value is within a predetermined range of [0, 0.8]; and generating (S4) reminding information in response to the determination that the brain of the testee is in the fatigue state, wherein the reminding information comprises first reminding information and second reminding information, characterized in that : the generating step (S4) comprises: generating the first reminding information when the final sample entropy value is in a range of [0, 0.5], and generating the second reminding information when the final sample entropy value is in a range of (0.5, 0.8]. collecting (S1) electroencephalogram signals of a testee; quantifying (S2) the electroencephalogram signals utilizing a sample entropy algorithm to obtain a final sample entropy value of the electroencephalogram signals; determining (S3) whether the brain of the testee is fatigued according to the final sample entropy value, wherein it is determined that the brain of the testee is in a fatigue state when the final sample entropy value is within a predetermined range of [0, 0.8]; and generating (S4) reminding information in response to the determination that the brain of the testee is in the fatigue state, wherein the reminding information comprises first reminding information and second reminding information, characterized in that : the generating step (S4) comprises: generating the first reminding information when the final sample entropy value is in a range of [0, 0.5], and generating the second reminding information when the final sample entropy value is in a range of (0.5, 0.8].
An optical fiber assembly comprising: a first optical fiber and a second optical fiber each including a pre-coated section and a stripped section ; a fusion splice including a splice joint joining an end of the stripped section of the first optical fiber with an end of the stripped section of the second optical fiber to form a fusion spliced optical fiber having a longitudinal axis; and a splice protector surrounding the splice joint , the splice protector including at least one wall arranged in a tubular shape having a central axis extending in a longitudinal direction, wherein the splice protector is bend-resistant, the at least one wall bounds an inner cavity extending in the longitudinal direction, and a longitudinal opening extends through an entire thickness of the at least one wall to permit passage of the pre-coated section of the first optical fiber or the pre-coated section of the second optical fiber into the inner cavity ; and characterised in that the splice protector has a length in the longitudinal direction of between about 3 mm and about 5 mm. a first optical fiber and a second optical fiber each including a pre-coated section and a stripped section ; a fusion splice including a splice joint joining an end of the stripped section of the first optical fiber with an end of the stripped section of the second optical fiber to form a fusion spliced optical fiber having a longitudinal axis; and a splice protector surrounding the splice joint , the splice protector including at least one wall arranged in a tubular shape having a central axis extending in a longitudinal direction, wherein the splice protector is bend-resistant, the at least one wall bounds an inner cavity extending in the longitudinal direction, and a longitudinal opening extends through an entire thickness of the at least one wall to permit passage of the pre-coated section of the first optical fiber or the pre-coated section of the second optical fiber into the inner cavity ; and
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the processor, cause the apparatus to at least: provide for a determination of an orientation of each of a plurality of segments of a multi-segment wearable accessory , the segments having different relative orientations; and provide for an association of a selected one of the plurality of segments with a peripheral device based at least in part on a determination that the orientation of said segment at least approximates with an orientation of the peripheral device. provide for a determination of an orientation of each of a plurality of segments of a multi-segment wearable accessory , the segments having different relative orientations; and provide for an association of a selected one of the plurality of segments with a peripheral device based at least in part on a determination that the orientation of said segment at least approximates with an orientation of the peripheral device.
A method of providing in-line Raman amplification in an optical fiber sensing system , comprising the procedures of: generating a probe light having a probe wavelength; transmitting said probe light into an optical fiber ; generating at least one Raman pump light at a respective pump wavelength and pump power, wherein said respective pump wavelength is shorter than said probe wavelength; generating at least one Raman seed light at a respective seed wavelength and seed power, said respective seed wavelength being between said respective pump wavelength and said probe wavelength; transmitting said at least one Raman pump light into said optical fiber; transmitting said at least one Raman seed light into said optical fiber; and propagating said at least one Raman pump light, said at least one Raman seed light and said probe light along said optical fiber to achieve distributed Raman amplification of signal light produced by said probe light as it propagates along said optical fiber, wherein each one of said probe light, said at least one Raman pump light and said at least one Raman seed light is laser light. generating a probe light having a probe wavelength; transmitting said probe light into an optical fiber ; generating at least one Raman pump light at a respective pump wavelength and pump power, wherein said respective pump wavelength is shorter than said probe wavelength; generating at least one Raman seed light at a respective seed wavelength and seed power, said respective seed wavelength being between said respective pump wavelength and said probe wavelength; transmitting said at least one Raman pump light into said optical fiber; transmitting said at least one Raman seed light into said optical fiber; and propagating said at least one Raman pump light, said at least one Raman seed light and said probe light along said optical fiber to achieve distributed Raman amplification of signal light produced by said probe light as it propagates along said optical fiber, wherein each one of said probe light, said at least one Raman pump light and said at least one Raman seed light is laser light.
Tag intended to equip an animal housed in confined conditions, in an facility for tracking the activity of animals in confined conditions, the facility comprising at least one cage , a plurality of antennas arranged under the at least one cage, a reader to which the plurality of antennas is connected, and computer means capable of controlling the transmission and reception of the reader, the tag comprising an antenna and a chip encapsulated in a gelatinous capsule, and the reader being connected to the antenna , and computer means capable of controlling the transmission and reception of the reader, the tag comprising an antenna and a chip encapsulated in a capsule made of biocompatible material , characterized in that the antenna has, in the developed mode, a central plate extending longitudinally and surrounded by an open loop provided with two angled tabs .
Serum glucocorticoid induced kinase 1 (SGK1) inhibitor for use in a method of reducing cerebrospinal fluid (CSF) production in a subject having hydrocephalus, wherein the SGK1 inhibitor is SI-113. for use in a method of reducing cerebrospinal fluid (CSF) production in a subject having hydrocephalus, wherein the SGK1 inhibitor is SI-113.
A food-processing device configured to process a food in a line that manufactures the food, the food-processing device comprising: an X-ray inspection device , a processor configured to perform, using the X-ray inspection device , at least a sensitivity adjustment process for adjusting sensitivity for determining acceptability of the food; an imaging device configured to capture an image of an eye of a user of the food-processing device; an authentication part configured to authenticate the user on the basis of the image of the user's eye captured by the imaging device; and a management part configured to make the process performed by the processor executable for the user authenticated by the authentication part, characterized in that the authentication part is configured to authenticate the user on the basis of information of the user's iris included in the image of the user's eye, only when the authentication part authenticates the user, the management part is configured to control the X-ray inspection device so that the authenticated user is able to start the sensitivity adjustment process performed by the processor . an X-ray inspection device , a processor configured to perform, using the X-ray inspection device , at least a sensitivity adjustment process for adjusting sensitivity for determining acceptability of the food; an imaging device configured to capture an image of an eye of a user of the food-processing device; an authentication part configured to authenticate the user on the basis of the image of the user's eye captured by the imaging device; and a management part configured to make the process performed by the processor executable for the user authenticated by the authentication part, characterized in that the authentication part is configured to authenticate the user on the basis of information of the user's iris included in the image of the user's eye, only when the authentication part authenticates the user, the management part is configured to control the X-ray inspection device so that the authenticated user is able to start the sensitivity adjustment process performed by the processor .
A sound processing apparatus (D) comprising: a plurality of microphones configured to simultaneously acquire an audible sound having a frequency in an audible range and an inaudible sound having a frequency in an inaudible range, to convert an acquired sound into electric signals, and to output the electric signals; a plurality of first band-pass filters each configured to receive the electrical signals outputted from a respective microphone and remove components of the electrical signals that are outside the audible range; an audio signal processor to apply predetermined signal processing to the electric signals that have passed through the respective first band-pass filters ; a plurality of Fourier transformers each configured to receive the electrical signals outputted from a respective microphone and perform a frequency analysis on the received electric signals so as to obtain frequency components of the electric signals, the obtained frequency components including frequency components in the inaudible range; and a plurality of signal level determiners to perform a first determination as to whether the respective frequency components in the inaudible range have a signal level being equal to or greater than a threshold value, characterised in that the microphones are disposed at different distances from a loudspeaker capable of emitting inaudible sounds, and the respective threshold values for the signal level determiners differ from one another according to the respective distances from the corresponding microphones to the loudspeaker . a plurality of microphones configured to simultaneously acquire an audible sound having a frequency in an audible range and an inaudible sound having a frequency in an inaudible range, to convert an acquired sound into electric signals, and to output the electric signals; a plurality of first band-pass filters each configured to receive the electrical signals outputted from a respective microphone and remove components of the electrical signals that are outside the audible range; an audio signal processor to apply predetermined signal processing to the electric signals that have passed through the respective first band-pass filters ; a plurality of Fourier transformers each configured to receive the electrical signals outputted from a respective microphone and perform a frequency analysis on the received electric signals so as to obtain frequency components of the electric signals, the obtained frequency components including frequency components in the inaudible range; and a plurality of signal level determiners to perform a first determination as to whether the respective frequency components in the inaudible range have a signal level being equal to or greater than a threshold value, characterised in that the microphones are disposed at different distances from a loudspeaker capable of emitting inaudible sounds, and the respective threshold values for the signal level determiners differ from one another according to the respective distances from the corresponding microphones to the loudspeaker .
A method for producing expandable polystyrene-based resin particles, the method comprising the steps of: a) producing polystyrene-based resin particles from the copolymerization of a styrene-based monomer and a polysiloxane-containing macro monomer, wherein an initiator, which is capable of generating an alkoxy radical and/or a carbonate radical, is added simultaneously with the addition of the polysiloxane-containing macro monomer, when a rate of conversion of the styrene-based monomer into a polymer is not less than 60% and not more than 99%, wherein the polysiloxane-containing macro monomer has a functional group which is copolymerizable with the styrene-based monomer; and b) producing the expandable polystyrene-based resin particles by impregnating an expanding agent into the polystyrene-based resin particles. a) producing polystyrene-based resin particles from the copolymerization of a styrene-based monomer and a polysiloxane-containing macro monomer, wherein an initiator, which is capable of generating an alkoxy radical and/or a carbonate radical, is added simultaneously with the addition of the polysiloxane-containing macro monomer, when a rate of conversion of the styrene-based monomer into a polymer is not less than 60% and not more than 99%, wherein the polysiloxane-containing macro monomer has a functional group which is copolymerizable with the styrene-based monomer; and b) producing the expandable polystyrene-based resin particles by impregnating an expanding agent into the polystyrene-based resin particles.
A polyvinyl alcohol having a number-average molecular weight (Mn) from 4,400 to 440,000, a molecular weight distribution (Mw/Mn) from 1.05 to 1.70, a degree of saponification from 80 to 99.99 mol%, wherein the polyvinyl alcohol contains an end group represented by a formula (I) below, and a molar ratio (X) of the end group based on total monomer units and the number-average molecular weight (Mn) satisfy a formula below, in the formula, R 1 denotes an optionally substituted aromatic group having a carbon number from 6 to 20, and R 2 denotes a hydrogen atom, an alkyl group having a carbon number from 1 to 20, or an optionally substituted aromatic group having a carbon number from 6 to 20, X · Mn/44 ≥ 0 .5 and wherein Mw/Mn, X and Mn are determined as described in the description. the polyvinyl alcohol contains an end group represented by a formula (I) below, and a molar ratio (X) of the end group based on total monomer units and the number-average molecular weight (Mn) satisfy a formula below, in the formula, R 1 denotes an optionally substituted aromatic group having a carbon number from 6 to 20, and R 2 denotes a hydrogen atom, an alkyl group having a carbon number from 1 to 20, or an optionally substituted aromatic group having a carbon number from 6 to 20, X · Mn/44 ≥ 0 .5 and wherein Mw/Mn, X and Mn are determined as described in the description.
A pharmaceutical composition comprising fingolimod or a pharmaceutically acceptable salt or ester thereof, tripotassium citrate and, optionally, a lubricant wherein the weight ratio of tripotassium citrate to fingolimod or a salt or ester thereof is from 99.5:0.5 to 80:20, calculated as fingolimod free base.
A composition comprising a bovine adrenal medulla peptide 8-22 (BAM8-22) peptide having a PEG-8 linker with a KGG spacer, and a palmitic acid membrane anchor, wherein: the BAM8-22 peptide comprises the amino acid sequence of SEQ ID NO: 1; or the BAM8-22 peptide comprises at least one amino acid modification at position 15 of SEQ ID NO: 1 and is a M to A substitution (M15A), or at position 17 of SEQ ID NO: 1 and is a Y to W substitution (Y17W); the KGG spacer is located at the C-terminus of the BAM8-22 peptide; and the PEG-8 linker and the palmitic acid membrane anchor are coupled to the amino side chain group of the C-terminal lysine in the KGG spacer of the BAM8-22 peptide. the BAM8-22 peptide comprises the amino acid sequence of SEQ ID NO: 1; or the BAM8-22 peptide comprises at least one amino acid modification at position 15 of SEQ ID NO: 1 and is a M to A substitution (M15A), or at position 17 of SEQ ID NO: 1 and is a Y to W substitution (Y17W); the KGG spacer is located at the C-terminus of the BAM8-22 peptide; and the PEG-8 linker and the palmitic acid membrane anchor are coupled to the amino side chain group of the C-terminal lysine in the KGG spacer of the BAM8-22 peptide.
An audio processing system for a multi-speaker system having a speaker and a further speaker coupled to the output of an amplifier, each of the speaker and the further speaker having a respective amplifier-output-voltage-to-current transfer function comprising at least one speaker passband, the audio processing system comprising: a temperature calculation module configured to determine a first voice coil temperature value (T1) of the speaker and a second voice coil temperature value (T2) of the further speaker using a thermal loudspeaker model; an audio processor having a first input configured to receive an audio signal (s1), a second input coupled to the temperature calculation module and an output configured to output a processed audio signal (s2) to the amplifier; wherein the audio processor is configured to process the audio signal by selectively altering the amplitude of one or more frequencies of the audio signal within frequency regions corresponding to the speaker passbands of the speaker and the further speaker in dependence of the determined respective voice coil temperature value (T1,T2) of the speaker and the further speaker to produce the processed audio signal on the audio processor output . a temperature calculation module configured to determine a first voice coil temperature value (T1) of the speaker and a second voice coil temperature value (T2) of the further speaker using a thermal loudspeaker model; an audio processor having a first input configured to receive an audio signal (s1), a second input coupled to the temperature calculation module and an output configured to output a processed audio signal (s2) to the amplifier; wherein the audio processor is configured to process the audio signal by selectively altering the amplitude of one or more frequencies of the audio signal within frequency regions corresponding to the speaker passbands of the speaker and the further speaker in dependence of the determined respective voice coil temperature value (T1,T2) of the speaker and the further speaker to produce the processed audio signal on the audio processor output .
A base station that configures, to a user equipment , a discontinuous reception, DRX, cycle having an On duration in which a downlink signal transmitted from the radio base station is to be monitored and an Off duration other than the On duration in a radio resource control, RRC, connected state where a RRC connection is established between the user equipment and the radio base station , the base station comprising: means for receiving, from the user equipment , information indicating that the user equipment prefers optimized configurations for power saving of the user equipment , when the user equipment prefers the optimized configurations for the power saving in the RRC connected state; and means for using the received information to set parameters for RRC connected state to the user equipment , wherein the optimized configurations for the power saving comprise a configuration in which the DRX cycle for RRC connected state is extended. means for receiving, from the user equipment , information indicating that the user equipment prefers optimized configurations for power saving of the user equipment , when the user equipment prefers the optimized configurations for the power saving in the RRC connected state; and means for using the received information to set parameters for RRC connected state to the user equipment , wherein the optimized configurations for the power saving comprise a configuration in which the DRX cycle for RRC connected state is extended.
An organic light-emitting diode (OLED) display , comprising: an organic light-emitting element on a substrate ; a first inorganic layer on the organic light-emitting element made of 90 wt % or more hydrogenated silicon nitride (SiN x :H); an organic layer on a portion of the first inorganic layer ; and a second inorganic layer on and completely covering the organic layer , wherein: edges of the second inorganic layer contact with the first inorganic layer ; and the first inorganic layer and the second inorganic layer have substantially the same composition; and characterized in that : a ratio of a number of oxygen atoms to silicon atoms contained in the first inorganic layer ranges from 0.14 to 0.16, and a ratio of a number of nitrogen atoms to silicon atoms contained in the first inorganic layer ranges from 1.1 to 1.3. an organic light-emitting element on a substrate ; a first inorganic layer on the organic light-emitting element made of 90 wt % or more hydrogenated silicon nitride (SiN x :H); an organic layer on a portion of the first inorganic layer ; and a second inorganic layer on and completely covering the organic layer , wherein: edges of the second inorganic layer contact with the first inorganic layer ; and the first inorganic layer and the second inorganic layer have substantially the same composition; and characterized in that : a ratio of a number of oxygen atoms to silicon atoms contained in the first inorganic layer ranges from 0.14 to 0.16, and a ratio of a number of nitrogen atoms to silicon atoms contained in the first inorganic layer ranges from 1.1 to 1.3. edges of the second inorganic layer contact with the first inorganic layer ; and the first inorganic layer and the second inorganic layer have substantially the same composition; and characterized in that : a ratio of a number of oxygen atoms to silicon atoms contained in the first inorganic layer ranges from 0.14 to 0.16, and a ratio of a number of nitrogen atoms to silicon atoms contained in the first inorganic layer ranges from 1.1 to 1.3.