mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method of processing audio streams captured during a meeting by a plurality of distributed devices includes operations performed by one or more processors , the operations comprising: performing speech recognition on each audio stream by a corresponding speech recognition system to generate utterance-level posterior probabilities as hypotheses for each audio stream; aligning the hypotheses and formatting them as word confusion networks with associated word-level posterior probabilities; performing speaker recognition on each audio stream by a speaker identification algorithm that generates a stream of speaker-attributed word hypotheses; formatting speaker hypotheses with associated speaker label posterior probabilities and speaker-attributed hypotheses for each audio stream as a speaker confusion network; aligning the word and speaker confusion networks from all audio streams to each other to merge the word-level and speaker label posterior probabilities and align word and speaker labels; and creating a best speaker-attributed word transcript by reading off the sequence of word and speaker labels with the highest merged posterior probabilities performing speech recognition on each audio stream by a corresponding speech recognition system to generate utterance-level posterior probabilities as hypotheses for each audio stream; aligning the hypotheses and formatting them as word confusion networks with associated word-level posterior probabilities; performing speaker recognition on each audio stream by a speaker identification algorithm that generates a stream of speaker-attributed word hypotheses; formatting speaker hypotheses with associated speaker label posterior probabilities and speaker-attributed hypotheses for each audio stream as a speaker confusion network; aligning the word and speaker confusion networks from all audio streams to each other to merge the word-level and speaker label posterior probabilities and align word and speaker labels; and creating a best speaker-attributed word transcript by reading off the sequence of word and speaker labels with the highest merged posterior probabilities
An ultra-high strength steel sheet having excellent bendability, comprising: by wt%, 0.12 to 0.2% of C, 0.5% or less of Si, excluding 0%, 2.5 to 4.0% of Mn, 0.03% or less of P, excluding 0%, 0.015% or less of S, excluding 0%, 0.1% or less of Al, excluding 0%, 1.0% or less of Cr, excluding 0%, 0.01% or less of N, excluding 0%, and a balance of Fe and inevitable impurities, wherein the steel sheet further optionally comprises, by wt%, one or more of 0.005% or less of B, excluding 0%, 0.1% or less of Mo, excluding 0%, 0.1% or less of Ti, excluding 0%, 0.1% or less of Nb, excluding 0%, 0.1% or less of Zr, excluding 0%, and 0.1% or less of V, excluding 0%, wherein a microstructure of a surface layer region, a portion within 45 μm in a thickness direction from a surface, comprises ferrite of 50 to 70% by area fraction and residual martensite, and wherein a microstructure of a remaining region other than the surface layer region comprises martensite of 95% or higher and bainite and ferrite of 5% or less by area fraction, wherein the steel sheet has a bendability index, R/t, of 4 or lower, and wherein the steel sheet has tensile strength of 1200MPa or higher. by wt%, 0.12 to 0.2% of C, 0.5% or less of Si, excluding 0%, 2.5 to 4.0% of Mn, 0.03% or less of P, excluding 0%, 0.015% or less of S, excluding 0%, 0.1% or less of Al, excluding 0%, 1.0% or less of Cr, excluding 0%, 0.01% or less of N, excluding 0%, and a balance of Fe and inevitable impurities, wherein the steel sheet further optionally comprises, by wt%, one or more of 0.005% or less of B, excluding 0%, 0.1% or less of Mo, excluding 0%, 0.1% or less of Ti, excluding 0%, 0.1% or less of Nb, excluding 0%, 0.1% or less of Zr, excluding 0%, and 0.1% or less of V, excluding 0%, wherein a microstructure of a surface layer region, a portion within 45 μm in a thickness direction from a surface, comprises ferrite of 50 to 70% by area fraction and residual martensite, and wherein a microstructure of a remaining region other than the surface layer region comprises martensite of 95% or higher and bainite and ferrite of 5% or less by area fraction, wherein the steel sheet has a bendability index, R/t, of 4 or lower, and wherein the steel sheet has tensile strength of 1200MPa or higher.
A device for treating particulate solid materials , wherein the device comprises: - at least one reactor into which the particulate solid materials can be introduced, wherein the reactor comprises o a first grating and o a second grating , which delimit a reaction chamber and retain in the reaction chamber the particulate solid materials that have been introduced into the reaction chamber , and - at least one closeable or closed receiving space into which the reactor can be introduced, - a supply line for supplying a process fluid into the receiving space , - at least one conveyor unit for conveying the process fluid and a reaction mixture made up of the process fluid and the particulate solid materials through the receiving space , wherein the receiving space is configured such that, when the conveyor unit is activated, the process fluid and the reaction mixture flow through the first grating , the reaction chamber , and the second grating when the reactor is introduced into the receiving space . - at least one reactor into which the particulate solid materials can be introduced, wherein the reactor comprises o a first grating and o a second grating , which delimit a reaction chamber and retain in the reaction chamber the particulate solid materials that have been introduced into the reaction chamber , and o a first grating and o a second grating , which delimit a reaction chamber and retain in the reaction chamber the particulate solid materials that have been introduced into the reaction chamber , and - at least one closeable or closed receiving space into which the reactor can be introduced, - a supply line for supplying a process fluid into the receiving space , - at least one conveyor unit for conveying the process fluid and a reaction mixture made up of the process fluid and the particulate solid materials through the receiving space , wherein the receiving space is configured such that, when the conveyor unit is activated, the process fluid and the reaction mixture flow through the first grating , the reaction chamber , and the second grating when the reactor is introduced into the receiving space .
Thread delivery device for a twisting or cabling machine , for feeding a thread via a traversing thread guide to a take-up package , the thread delivery device comprising a first deflection roller for deflecting a thread, a driven godet , which is arranged downstream of the first deflection roller in the thread transport direction, a separator roller , which is arranged relative to the godet in such a way that a thread can be laid several times around the separator roller and the godet , said thread being wrapped around the separator roller and the godet jointly, and a nodding lever , which has a second deflection roller arranged downstream of the godet in the thread transport direction, for deflecting the thread again, characterised by a cantilever , which has a third deflection roller , which, in the thread transport direction, is arranged downstream of the second deflection roller and upstream of the traversing thread guide for feeding the thread onto a take-up package , the second deflection roller being arranged on a different side of a vertical plane extending through the axis of rotation of the separator roller from the third deflection roller in order to receive the thread from the separator roller or the godet and to deflect the thread toward the third deflection roller .
Superstructure support as part of a prosthetic tooth replacement between an implant body and a superstructure, with a hollow implant post , a hollow implant pin and an implant flange disposed therebetween, wherein cavity zones of the implant post and the implant pin transition into each other to enable the passage and accommodation of a screw that connects the superstructure support and the implant body , - wherein the upper and lower cavity zones each have a centre line , which lines intersect in a middle cavity zone , - wherein a screw head seat surface , which widens to form the implant flange , adjoins the lower cavity zone of the implant pin , - wherein a middle cavity zone exists between the upper cavity zone and the screw head seat surface , the middle cavity zone having the form of a curved recess in which the upper cavity zone as a cylindrical borehole and the screw head seat surface as an internal cone adjoin one another with seamless tangential transitions, - wherein at least regions of the implant flange form a supporting enveloping surface which is orientated toward the implant post and whose outer edge spans a reference plane which is intersected perpendicularly by the centre line of the lower post-side cavity zone , and - wherein the two centre lines intersect or cross each other below the reference plane . - wherein the upper and lower cavity zones each have a centre line , which lines intersect in a middle cavity zone , - wherein a screw head seat surface , which widens to form the implant flange , adjoins the lower cavity zone of the implant pin , - wherein a middle cavity zone exists between the upper cavity zone and the screw head seat surface , the middle cavity zone having the form of a curved recess in which the upper cavity zone as a cylindrical borehole and the screw head seat surface as an internal cone adjoin one another with seamless tangential transitions, - wherein at least regions of the implant flange form a supporting enveloping surface which is orientated toward the implant post and whose outer edge spans a reference plane which is intersected perpendicularly by the centre line of the lower post-side cavity zone , and - wherein the two centre lines intersect or cross each other below the reference plane .
A method of producing a workpiece by 3D printing, the method comprising: (a) extruding a filament containing an unsolidified printing material on a substrate; (b) emitting an attractive field to attract a backing article so as to compress the filament between the substrate and a pressing surface ; (c) solidifying the unsolidified printing material to create a solid printing material; and (d) advancing a 3D printing head relative to the filament . (a) extruding a filament containing an unsolidified printing material on a substrate; (b) emitting an attractive field to attract a backing article so as to compress the filament between the substrate and a pressing surface ; (c) solidifying the unsolidified printing material to create a solid printing material; and (d) advancing a 3D printing head relative to the filament .
A composition comprising: a cell, wherein the cell has a membrane comprising a functional group that is native to the cell membrane, wherein the native functional group comprises an amino acid selected from the group consisting of lysine, cysteine, tyrosine, threonine, serine, aspartic acid, glutamic acid and tryptophan, and wherein the cell has no cell wall; and a nucleic acid moiety comprising a member selected from the group consisting of an oligonucleotide, deoxyribonucleic acid (DNA), ribonucleic acid (RNA), peptide nucleic acid (PNA) and an aptamer, wherein the activated nucleic acid moiety comprises a N-hydroxysuccinimide (NHS) ester, wherein the nucleic acid moiety is covalently linked to the native functional group.
A method for bonding an integrated circuit (IC) chip onto a flexible display body , comprising: providing a substrate having a flexible display body thereon; aligning a first stiffening component with the flexible display body having an IC bonding region, wherein the first stiffening component includes, before aligning the first stiffening component with the flexible display body , an opening region, a main stiffening region , side stiffening portions surrounding the opening region of the first stiffening component for exposing the IC bonding region, the main stiffening region vertically corresponds to a display region of the flexible display body , and edges of the first stiffening component are aligned with edges of the flexible display body ; attaching the first stiffening component onto a front surface of the flexible display body ; separating the substrate from the first stiffening component and the flexible display body to expose a back surface of the flexible display body ; and bonding an IC chip onto the IC bonding region. providing a substrate having a flexible display body thereon; aligning a first stiffening component with the flexible display body having an IC bonding region, wherein the first stiffening component includes, before aligning the first stiffening component with the flexible display body , an opening region, a main stiffening region , side stiffening portions surrounding the opening region of the first stiffening component for exposing the IC bonding region, the main stiffening region vertically corresponds to a display region of the flexible display body , and edges of the first stiffening component are aligned with edges of the flexible display body ; attaching the first stiffening component onto a front surface of the flexible display body ; separating the substrate from the first stiffening component and the flexible display body to expose a back surface of the flexible display body ; and bonding an IC chip onto the IC bonding region.
A method for efficient control signaling over shared satellite communication channels, the method comprising: determining a plurality of modcodes, wherein each modcode represents at least a modulation, a code rate, a spreading factor, or a frame size; determining a plurality of code words, wherein each respective code word is associated with a respective modcode from the plurality of modcodes; modulating a first code word from the plurality of code words with a first pattern to form a modulated first code word, wherein the first pattern depends upon a first signal to noise ratio associated with a first modcode; modulating a second code word from the plurality of code words with a second pattern to form a modulated second code word, wherein the second pattern depends upon a second signal to noise ratio associated with a second modcode, wherein the modulated second code word is longer than the modulated first code word; and transmitting the modulated first code word and modulated second code word over a wireless channel. determining a plurality of modcodes, wherein each modcode represents at least a modulation, a code rate, a spreading factor, or a frame size; determining a plurality of code words, wherein each respective code word is associated with a respective modcode from the plurality of modcodes; modulating a first code word from the plurality of code words with a first pattern to form a modulated first code word, wherein the first pattern depends upon a first signal to noise ratio associated with a first modcode; modulating a second code word from the plurality of code words with a second pattern to form a modulated second code word, wherein the second pattern depends upon a second signal to noise ratio associated with a second modcode, wherein the modulated second code word is longer than the modulated first code word; and transmitting the modulated first code word and modulated second code word over a wireless channel.
A heterogeneous catalyst comprising a support and gold, wherein: (i) said support comprises silica and 0.1 to 90 wt% titanium, (ii) said catalyst comprises: from 0.1 to 5 wt% of gold, and from 0.1 to 10 wt.% of magnesium, and from 0.1 to 10 wt.% of at least one of cobalt or zinc, and (iii) particles of the catalyst have an average diameter from 200 microns to 30 mm; wherein weight percentages are based on weight of the catalyst, and wherein the average diameter is the arithmetic mean of all possible diameters.
Veto unit for an ACC device of a motor vehicle , comprising: - an input interface for receiving input data comprising information on an environment of the motor vehicle ; - an analysis unit designed to analyze the input data; - an output interface for transmitting a veto, characterized in that: - the analysis unit is designed to determine, based on the input data, whether an additional road user used by the ACC device as a control object is rejected as a control object for the ACC device and to generate a veto if the additional road user is rejected as a control object for the ACC device , the veto being configured so that the ACC device receiving the veto rejects the additional road user as a control object; and - the output interface is designed to transmit the veto if the analysis unit determines that the additional road user is rejected as a control object for the ACC device . - an input interface for receiving input data comprising information on an environment of the motor vehicle ; - an analysis unit designed to analyze the input data; - an output interface for transmitting a veto, - the analysis unit is designed to determine, based on the input data, whether an additional road user used by the ACC device as a control object is rejected as a control object for the ACC device and to generate a veto if the additional road user is rejected as a control object for the ACC device , the veto being configured so that the ACC device receiving the veto rejects the additional road user as a control object; and - the output interface is designed to transmit the veto if the analysis unit determines that the additional road user is rejected as a control object for the ACC device .
A method (300; 400) of estimating fetal electrocardiogram, FECG, signals and distinguishing from a mother's electrocardiogram, MECG, signals, based on a plurality of abdominal ECG signals measured by electrodes configured to be located on a mother's abdomen, the method being implemented by a processor and comprising: defining (306; 404) an MECG dictionary of symbols, wherein defining the MECG dictionary of symbols includes utilizing a plurality of chest ECG signals representative of the MECG signal to learn the MECG dictionary of symbols; projecting (308; 406, 408) the plurality of abdominal ECG signals onto the MECG dictionary of symbols to estimate MECG signals within the plurality of abdominal ECG signals; subtracting (310; 410) the estimated MECG signals from the plurality of abdominal ECG signals to generate a plurality of estimated FECG signals; and combining (312; 412 - 416; 500) the plurality of estimated FECG signals to generate a representation of the estimated FECG signal. defining (306; 404) an MECG dictionary of symbols, wherein defining the MECG dictionary of symbols includes utilizing a plurality of chest ECG signals representative of the MECG signal to learn the MECG dictionary of symbols; projecting (308; 406, 408) the plurality of abdominal ECG signals onto the MECG dictionary of symbols to estimate MECG signals within the plurality of abdominal ECG signals; subtracting (310; 410) the estimated MECG signals from the plurality of abdominal ECG signals to generate a plurality of estimated FECG signals; and combining (312; 412 - 416; 500) the plurality of estimated FECG signals to generate a representation of the estimated FECG signal.
Trolley , such as an airplane trolley or a railway trolley, comprising a substantially box-shaped main body defining an interior space in which beverages, food, merchandise and/or other items can be stored, said substantially box-shaped main body having a top side provided with a recess which defines a peripheral wall at least partly circumscribing the top side , wherein the trolley is provided with a collapsible top unit arranged for releasable placement on top of the trolley's main body , wherein said collapsible top unit further is arranged to be collapsible from an upright state , in which a base part of the collapsible top unit is received at least partly within the recess and multiple side walls of the collapsible top unit are extending upwards away from said base part and said side walls have a height of at least 15 cm and define a storage compartment therebetween for temporarily providing additional storage space, into a storage state , in which the collapsible top unit is collapsed, such that parts of the collapsible top unit defining the multiple upward extending side walls in the upright state are substantially parallel with the base part when the collapsible top unit is collapsed, wherein the width of the storage compartment substantially corresponds with the width of the interior of the substantially box-shaped main body of the trolley , such that in said upright state of the collapsible top unit said storage compartment is arranged to receive therein a tray or drawer dimensioned to be stored within the interior of the substantially box-shaped main body of the trolley . wherein the trolley is provided with a collapsible top unit arranged for releasable placement on top of the trolley's main body , wherein said collapsible top unit further is arranged to be collapsible from an upright state , in which a base part of the collapsible top unit is received at least partly within the recess and multiple side walls of the collapsible top unit are extending upwards away from said base part and said side walls have a height of at least 15 cm and define a storage compartment therebetween for temporarily providing additional storage space, into a storage state , in which the collapsible top unit is collapsed, such that parts of the collapsible top unit defining the multiple upward extending side walls in the upright state are substantially parallel with the base part when the collapsible top unit is collapsed, wherein the width of the storage compartment substantially corresponds with the width of the interior of the substantially box-shaped main body of the trolley , such that in said upright state of the collapsible top unit said storage compartment is arranged to receive therein a tray or drawer dimensioned to be stored within the interior of the substantially box-shaped main body of the trolley .
A heating element for an atomizer of an electronic cigarette, the atomizer defining an atomizing chamber and a liquid storing chamber for e-liquid refilling, wherein the heating element comprises a heater , a liquid absorbent and a solid-state protective layer , the solid-state protective layer is placed between the heater and the liquid absorbent , the heater heats and melts the solid-state protective layer such that the solid-state protective layer be absorbed by the liquid absorbent under current drive.