mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: obtaining an audio input signal representing an utterance of a user ; determining that a shape of at least a portion of the audio input signal matches a shape of at least a portion of an audio trigger signal corresponding to a keyword; and based at least on determining that the shape of at least the portion of the audio input signal matches the shape of at least the portion of the audio trigger signal corresponding to the keyword, classifying the utterance as a trigger utterance that corresponds to the keyword based at least on: performing endpointing that identifies one or more potential individual words in the portion of the audio input signal ; generating a transcription of at least a portion of the utterance of the user from the endpointed portion of the audio input signal based on determining that the shape of at least the portion of the audio input signal matches the shape of at least the portion of an audio trigger signal corresponding to the keyword; determining the keyword appears in the transcription; and based on determining the keyword appears in the transcription, classifying the utterance as the trigger utterance that corresponds to the keyword. obtaining an audio input signal representing an utterance of a user ; determining that a shape of at least a portion of the audio input signal matches a shape of at least a portion of an audio trigger signal corresponding to a keyword; and based at least on determining that the shape of at least the portion of the audio input signal matches the shape of at least the portion of the audio trigger signal corresponding to the keyword, classifying the utterance as a trigger utterance that corresponds to the keyword based at least on: performing endpointing that identifies one or more potential individual words in the portion of the audio input signal ; generating a transcription of at least a portion of the utterance of the user from the endpointed portion of the audio input signal based on determining that the shape of at least the portion of the audio input signal matches the shape of at least the portion of an audio trigger signal corresponding to the keyword; determining the keyword appears in the transcription; and based on determining the keyword appears in the transcription, classifying the utterance as the trigger utterance that corresponds to the keyword. performing endpointing that identifies one or more potential individual words in the portion of the audio input signal ; generating a transcription of at least a portion of the utterance of the user from the endpointed portion of the audio input signal based on determining that the shape of at least the portion of the audio input signal matches the shape of at least the portion of an audio trigger signal corresponding to the keyword; determining the keyword appears in the transcription; and based on determining the keyword appears in the transcription, classifying the utterance as the trigger utterance that corresponds to the keyword.
Accelerometer configured to be attached on a base surface comprising: a decoupling structure for fixing the accelerometer on the base surface ; and a MEMS sensor chip for measuring an acceleration, wherein the MEMS sensor chip is supported by the decoupling structure and comprises a first sensor wafer layer of a semiconductor material; wherein the decoupling structure forms a bottom portion for fixing the decoupling structure on the base surface and a top portion fixed to the first sensor wafer layer so that the MEMS sensor chip is arranged above the decoupling structure ; wherein a width (w2) of the top portion in a first planar direction is smaller than a width (w1) of the bottom portion in the first planar direction ; wherein the top portion and the bottom portion are manufactured from the same wafer layer; wherein the centre point (C) of the top portion in the first planar direction is arranged in a central region (cr) of the bottom portion in the first planar direction ; characterized in that the decoupling structure is made out of the same semiconductor material as the first sensor wafer layer , and the MEMS sensor chip comprises a hermetically closed cavity which includes a seismic mass of the MEMS sensor chip . a decoupling structure for fixing the accelerometer on the base surface ; and a MEMS sensor chip for measuring an acceleration, wherein the MEMS sensor chip is supported by the decoupling structure and comprises a first sensor wafer layer of a semiconductor material; wherein the decoupling structure forms a bottom portion for fixing the decoupling structure on the base surface and a top portion fixed to the first sensor wafer layer so that the MEMS sensor chip is arranged above the decoupling structure ; wherein a width (w2) of the top portion in a first planar direction is smaller than a width (w1) of the bottom portion in the first planar direction ; wherein the top portion and the bottom portion are manufactured from the same wafer layer; wherein the centre point (C) of the top portion in the first planar direction is arranged in a central region (cr) of the bottom portion in the first planar direction ; characterized in that the decoupling structure is made out of the same semiconductor material as the first sensor wafer layer , and the MEMS sensor chip comprises a hermetically closed cavity which includes a seismic mass of the MEMS sensor chip .
Data technical system for organizing workflows in which the collaboration of humans and machines is intralogistically controlled with optimal protective effect for the involved humans, with the following features: a) An intralogistically relevant work area is divided into production or storage areas , which are accessible without obstacles via transport areas for the humans and machines involved in the work process, wherein the transport areas are seamlessly data-technically accessible via appropriately distributed radio participants as transmitters and receivers , and an intralogistic process manager system takes over the overall control, b) Numerous driverless transport systems of various designs and manufacturer-specific control subsystems can be used for handling the transport tasks, c) Robots of various designs and manufacturer-specific control subsystems are used for performing the tasks, characterized in that for handling the transport tasks transport drones are used, for performing the tasks humans equipped with radios are also used, wherein the localization of involved humans and machines, whose position within the intralogistically relevant work area is not yet known, is carried out decentrally and in relation to network participants, who have already determined their exact position, using the signal propagation times of electromagnetic waves, without the need for extra surveyed access points, and with the help of the position of individual driverless transport vehicles , from whose own localization systems a separate radio localization is carried out. a) An intralogistically relevant work area is divided into production or storage areas , which are accessible without obstacles via transport areas for the humans and machines involved in the work process, wherein the transport areas are seamlessly data-technically accessible via appropriately distributed radio participants as transmitters and receivers , and an intralogistic process manager system takes over the overall control, b) Numerous driverless transport systems of various designs and manufacturer-specific control subsystems can be used for handling the transport tasks, c) Robots of various designs and manufacturer-specific control subsystems are used for performing the tasks, for handling the transport tasks transport drones are used, for performing the tasks humans equipped with radios are also used, wherein the localization of involved humans and machines, whose position within the intralogistically relevant work area is not yet known, is carried out decentrally and in relation to network participants, who have already determined their exact position, using the signal propagation times of electromagnetic waves, without the need for extra surveyed access points, and with the help of the position of individual driverless transport vehicles , from whose own localization systems a separate radio localization is carried out.
Spring clamp designed as a direct plug-in terminal, in particular for connecting a stranded wire conductor, a. which has a housing and a conductor rail arranged therein for contacting an electrical conductor , and b. a clamping spring acting as a compression spring for fixing the electrical conductor in the spring clamp , c. wherein the clamping spring has a clamping leg which can be pivoted about a pivot axis in a pivoting direction , d. which can be adjusted from a latching state (R), in which it is latched to a retaining means , by displacement of the electrical conductor into a clamping state (K), in which it is unlatched from the retaining means and presses the electrical conductor against the conductor rail , e. wherein the retaining means is arranged on a retaining spring , characterized in that f. the spring clamp has a sliding sleeve which serves as an insertion aid for the conductor, g. the sliding sleeve with a sliding section is guided displaceably in an insertion opening of the housing , and h. the sliding sleeve has, in extension of the sliding section , an actuating projection which extends as far as the retaining spring and which is coupled at its end to the retaining spring directly or in the region of a transverse web . a. which has a housing and a conductor rail arranged therein for contacting an electrical conductor , and b. a clamping spring acting as a compression spring for fixing the electrical conductor in the spring clamp , c. wherein the clamping spring has a clamping leg which can be pivoted about a pivot axis in a pivoting direction , d. which can be adjusted from a latching state (R), in which it is latched to a retaining means , by displacement of the electrical conductor into a clamping state (K), in which it is unlatched from the retaining means and presses the electrical conductor against the conductor rail , e. wherein the retaining means is arranged on a retaining spring , characterized in that f. the spring clamp has a sliding sleeve which serves as an insertion aid for the conductor, g. the sliding sleeve with a sliding section is guided displaceably in an insertion opening of the housing , and h. the sliding sleeve has, in extension of the sliding section , an actuating projection which extends as far as the retaining spring and which is coupled at its end to the retaining spring directly or in the region of a transverse web .
A method for producing a hydrogenated conjugated diene polymer latex comprising: a hydrogenation step of dissolving or dispersing a hydrogenation catalyst containing a platinum group element in a latex of a conjugated diene polymer to hydrogenate a carbon-carbon unsaturated bond in the conjugated diene polymer; an insoluble complex formation step of complexing the platinum group element with a complexing agent to form an insoluble complex; and an insoluble complex removing step of continuously feeding the latex which has undergone the insoluble complex formation step to a centrifuge machine and continuously performing a centrifugation operation to continuously remove the insoluble complex from the latex and continuously discharge the insoluble complex out of the centrifuge machine; wherein in the insoluble complex removal step the feed rate of the latex to the centrifuge machine is adjusted to 0.5 to 15 m 3 /hour, and the centrifugal force in the centrifugation operation is adjusted to 200 to 10,000 G. a hydrogenation step of dissolving or dispersing a hydrogenation catalyst containing a platinum group element in a latex of a conjugated diene polymer to hydrogenate a carbon-carbon unsaturated bond in the conjugated diene polymer; an insoluble complex formation step of complexing the platinum group element with a complexing agent to form an insoluble complex; and an insoluble complex removing step of continuously feeding the latex which has undergone the insoluble complex formation step to a centrifuge machine and continuously performing a centrifugation operation to continuously remove the insoluble complex from the latex and continuously discharge the insoluble complex out of the centrifuge machine; wherein in the insoluble complex removal step the feed rate of the latex to the centrifuge machine is adjusted to 0.5 to 15 m 3 /hour, and the centrifugal force in the centrifugation operation is adjusted to 200 to 10,000 G.
Molecular sensing system including: - a sensing device comprising at least one support layer , and an active layer of a semi-conducting material mounted on said support layer and having at least one nano-pore configured for translocation of a molecular analyte therethrough; - an electrically conducting liquid in contact with the active layer in a region around said nano-pore; and - a signal processing circuit comprising an ionic current circuit configured to generate an ionic current ( Ii ) in the electrically conducting liquid influenced by the translocation of the molecular analyte through the nano-pore, wherein said conducting liquid comprises a first conducting liquid on a first side of the active layer and a second conducting liquid on a second side of the active layer, the first conducting liquid having a viscosity (cP1) greater than a viscosity (cP2) of the second conducting liquid, wherein the first conducting liquid is selected from a group consisting of an essentially pure room temperature ionic liquid (RTIL), a room temperature ionic liquid (RTIL) mixed with at least one organic solvent, a water-miscible room temperature ionic liquid (RTIL) mixed with water whereby the water content is less than 50 wt%, wherein (cP1) at room temperature is from about 100 cP to about 500 cP and the second conducting liquid is an aqueous liquid comprising an electrolyte. - a sensing device comprising at least one support layer , and an active layer of a semi-conducting material mounted on said support layer and having at least one nano-pore configured for translocation of a molecular analyte therethrough; - an electrically conducting liquid in contact with the active layer in a region around said nano-pore; and - a signal processing circuit comprising an ionic current circuit configured to generate an ionic current ( Ii ) in the electrically conducting liquid influenced by the translocation of the molecular analyte through the nano-pore,
A method for transmitting a wireless signal , comprising: mapping a plurality of data bits to generate a quadrature amplitude modulation, QAM, signal in a delay-Doppler domain ; determining a perturbation signal to minimize expected interference and noise ; perturbing the QAM signal with the perturbation signal to produce a first perturbed signal ; transforming, using a two-dimensional, 2D, Fourier transform, the first perturbed signal into a second perturbed signal from the delay-Doppler domain to a time-frequency domain; generating a pre-coded signal by pre-coding, using a linear pre-coder, the second perturbed signal ; and transmitting the pre-coded signal using an orthogonal time frequency space, OTFS, modulation signal scheme . mapping a plurality of data bits to generate a quadrature amplitude modulation, QAM, signal in a delay-Doppler domain ; determining a perturbation signal to minimize expected interference and noise ; perturbing the QAM signal with the perturbation signal to produce a first perturbed signal ; transforming, using a two-dimensional, 2D, Fourier transform, the first perturbed signal into a second perturbed signal from the delay-Doppler domain to a time-frequency domain; generating a pre-coded signal by pre-coding, using a linear pre-coder, the second perturbed signal ; and transmitting the pre-coded signal using an orthogonal time frequency space, OTFS, modulation signal scheme .
A track structure for supporting movement of a load handling device above stacks of storage bins arranged in a grid within a storage structure, the track structure comprising a plurality of track sections arranged to form a grid pattern of tracks or rails, the grid pattern being defined by a first set of parallel tracks or rails and a second set of parallel tracks or rails extending transverse to the first set in a substantially horizontal plane; characterised in that each track section comprises a substantially cross-shaped planar portion and the track sections are configured to interlock each other.
A voltage sensor peptide construct comprising: a transmembrane domain adapted to integrate into a membrane of a human cell; voltage sensing domain sensitive to Na + , H + , or K + concentration, comprising a sequence at least 80% identical to: ; and, a fluorescent reporter domain, wherein the fluorescent reporter is adapted to fluoresce at wavelengths in the range from 500 nm to 1400 nm; wherein the fluorescent reporter domain is adapted to change fluorescent emissions characteristics in response to conformational changes in the voltage sensing domain. a transmembrane domain adapted to integrate into a membrane of a human cell; voltage sensing domain sensitive to Na + , H + , or K + concentration, comprising a sequence at least 80% identical to: ; and, a fluorescent reporter domain, wherein the fluorescent reporter is adapted to fluoresce at wavelengths in the range from 500 nm to 1400 nm; wherein the fluorescent reporter domain is adapted to change fluorescent emissions characteristics in response to conformational changes in the voltage sensing domain.
A method of drafting garment patterns for a subject, comprising: a) taking photographs of the subject's body; b) generating a body outline in software from the photographs, the body outline having scaled dimensions corresponding to the body and upon which measurements can be made; c) acquiring access to a style drawing, said style drawing being a line representation of at least a portion of a garment and having boundary lines defined by parametric constraints; d) aligning said style drawing relative to the body outline; e) adjusting the boundary lines of the style drawing relative to the body outline; f) providing a pattern associated with the style drawing; and g) automatically drafting a garment pattern from the associated pattern to fit the subject corresponding at least in part to the adjustments to the boundary lines of the style drawing, the garment pattern printed or printable on flexible sheet material and including instructions for the cuts required for making a garment that corresponds to the style drawing and which fits the subject. a) taking photographs of the subject's body; b) generating a body outline in software from the photographs, the body outline having scaled dimensions corresponding to the body and upon which measurements can be made; c) acquiring access to a style drawing, said style drawing being a line representation of at least a portion of a garment and having boundary lines defined by parametric constraints; d) aligning said style drawing relative to the body outline; e) adjusting the boundary lines of the style drawing relative to the body outline; f) providing a pattern associated with the style drawing; and g) automatically drafting a garment pattern from the associated pattern to fit the subject corresponding at least in part to the adjustments to the boundary lines of the style drawing, the garment pattern printed or printable on flexible sheet material and including instructions for the cuts required for making a garment that corresponds to the style drawing and which fits the subject.
A cluster system comprising: an active-system server device configured to provide a predetermined service to a client device through a network; and a standby-system server device configured to provide the predetermined service to the client device in place of the active-system server device when an abnormality occurs in the active-system server device, wherein the standby-system server device comprises first monitoring means for accessing the predetermined service provided by the active-system server device through the network and performing monitoring processing in accordance with a protocol of the predetermined service provided by the server in the active system to monitor whether the predetermined service is normally accessible, and the active-system server device comprises cluster controlling means for performing a failover when the first monitoring means of the standby-system server device determines that the predetermined service provided by the active-system server device is not normally accessible. an active-system server device configured to provide a predetermined service to a client device through a network; and a standby-system server device configured to provide the predetermined service to the client device in place of the active-system server device when an abnormality occurs in the active-system server device, wherein the standby-system server device comprises first monitoring means for accessing the predetermined service provided by the active-system server device through the network and performing monitoring processing in accordance with a protocol of the predetermined service provided by the server in the active system to monitor whether the predetermined service is normally accessible, and the active-system server device comprises cluster controlling means for performing a failover when the first monitoring means of the standby-system server device determines that the predetermined service provided by the active-system server device is not normally accessible.