mhurhangee/patent-ind-claim-en huggingface dataset:
A processor-implemented method comprising: performing speech recognition of a speech signal; generating a plurality of first candidate sentences as a result of the performing of the speech recognition; identifying a respective named entity in each of the plurality of first candidate sentences; determining a standard expression corresponding to the identified respective named entity using phonemes of the corresponding named entity; determining whether to replace the identified named entity in each of the plurality of first candidate sentences with the determined standard expression based on a similarity between the named entity and the standard expression corresponding to the named entity and determining a plurality of second candidate sentences based on the determination result; and outputting a final sentence selected from the plurality of second candidate sentences wherein the determining of the standard expression is characterized by : determining a standard expression corresponding to each respective named entity identified in the identifying of the named entity based on an inverted index search performed using phonemes included in the corresponding named entity, wherein the inverted index search is a term frequency-inverse document frequency, TF-IDF, based search, wherein TF relates to the number of phonemes of the corresponding named entity included in each standard expression and IDF relates to an importance of each of the phonemes. performing speech recognition of a speech signal; generating a plurality of first candidate sentences as a result of the performing of the speech recognition; identifying a respective named entity in each of the plurality of first candidate sentences; determining a standard expression corresponding to the identified respective named entity using phonemes of the corresponding named entity; determining whether to replace the identified named entity in each of the plurality of first candidate sentences with the determined standard expression based on a similarity between the named entity and the standard expression corresponding to the named entity and determining a plurality of second candidate sentences based on the determination result; and outputting a final sentence selected from the plurality of second candidate sentences wherein the determining of the standard expression is characterized by : determining a standard expression corresponding to each respective named entity identified in the identifying of the named entity based on an inverted index search performed using phonemes included in the corresponding named entity, wherein the inverted index search is a term frequency-inverse document frequency, TF-IDF, based search, wherein TF relates to the number of phonemes of the corresponding named entity included in each standard expression and IDF relates to an importance of each of the phonemes.
A stabilized IgG4 antibody for use as a medicament, comprising a heavy chain and a light chain, wherein - said heavy chain comprises a human IgG4 constant region having a substitution of the Phe residue at position 405 to Ala or Leu, and optionally a substitution of the Arg residue at position 409 with Lys, Ala, Thr, Met or Leu, - the antibody comprises a CXPC or CPXC sequence in the hinge region, wherein X can be any amino acid except for proline, - the constant heavy chain region comprised by said antibody is a variant of the amino acid sequence of SEQ ID NO: 41, wherein the variant in addition to the substitution of the Phe residue at position 405 to Ala or Leu and the substitution of the Arg residue at position 409 with Lys, Ala, Thr, Met or Leu, has less than 3 substitutions compared to said amino acid sequence; the substitutions being selected from the group consisting of an Ala at position 234, a Glu at position 235, an Ala at position 236, an Ala at position 237, an Ala at position 297, an Ala or a Val at position 318, an Ala at position 320, and an Ala or a Gln at position 322, - said antibody has reduced ability to undergo Fab-arm exchange, and - the amino acid numbering is according to Eu index as outlined in Kabat et al. - said heavy chain comprises a human IgG4 constant region having a substitution of the Phe residue at position 405 to Ala or Leu, and optionally a substitution of the Arg residue at position 409 with Lys, Ala, Thr, Met or Leu, - the antibody comprises a CXPC or CPXC sequence in the hinge region, wherein X can be any amino acid except for proline, - the constant heavy chain region comprised by said antibody is a variant of the amino acid sequence of SEQ ID NO: 41, wherein the variant in addition to the substitution of the Phe residue at position 405 to Ala or Leu and the substitution of the Arg residue at position 409 with Lys, Ala, Thr, Met or Leu, has less than 3 substitutions compared to said amino acid sequence; the substitutions being selected from the group consisting of an Ala at position 234, a Glu at position 235, an Ala at position 236, an Ala at position 237, an Ala at position 297, an Ala or a Val at position 318, an Ala at position 320, and an Ala or a Gln at position 322, - said antibody has reduced ability to undergo Fab-arm exchange, and - the amino acid numbering is according to Eu index as outlined in Kabat et al.
In combination, a container and flexible bowl panels for holding and serving a product , the container comprising: a cylindrical sidewall having a top rim and a bottom rim ; a plastic overcap removably secured to the top rim ; an end cap secured to the bottom rim ; the cylindrical sidewall , overcap and end cap defining an interior for holding the product ; the bowl panels configured to lock together to form a bowl-shaped serving container , wherein: each bowl panel is formed from a flat blank and has a top edge , a bottom edge and side edges extending between the top edge and the bottom edge , a plurality of locking tabs extending outwardly from one side edge , slots 64 located near the other side edge 68 are configured to receive the locking tabs of a second bowl panel ; the bowl panels lock together to form a truncated cone shape having a circular bottom rim configured to mate with the overcap to form the bowl-shaped serving container ; whereby the product of the container can be served in the bowl-shaped serving container formed from the flexible bowl panels . a cylindrical sidewall having a top rim and a bottom rim ; a plastic overcap removably secured to the top rim ; an end cap secured to the bottom rim ; the cylindrical sidewall , overcap and end cap defining an interior for holding the product ; the bowl panels configured to lock together to form a bowl-shaped serving container , wherein: each bowl panel is formed from a flat blank and has a top edge , a bottom edge and side edges extending between the top edge and the bottom edge , a plurality of locking tabs extending outwardly from one side edge , slots 64 located near the other side edge 68 are configured to receive the locking tabs of a second bowl panel ; the bowl panels lock together to form a truncated cone shape having a circular bottom rim configured to mate with the overcap to form the bowl-shaped serving container ; whereby the product of the container can be served in the bowl-shaped serving container formed from the flexible bowl panels . each bowl panel is formed from a flat blank and has a top edge , a bottom edge and side edges extending between the top edge and the bottom edge , a plurality of locking tabs extending outwardly from one side edge , slots 64 located near the other side edge 68 are configured to receive the locking tabs of a second bowl panel ; the bowl panels lock together to form a truncated cone shape having a circular bottom rim configured to mate with the overcap to form the bowl-shaped serving container ; whereby the product of the container can be served in the bowl-shaped serving container formed from the flexible bowl panels .
Clawed securing means having a strap which has two halves which have at their ends respectively one clamping jaw , wherein oppositely-situated clamping jaws of the two halves are connected in each case via at least one clamping element , and wherein on a radially inner surface , on axial edges of the halves is arranged in each case at least one substantially semicircular claw insert which has several claws arranged next to one another in circumferential direction, wherein the claw inserts have at their ends in each case one end region which is angled radially to the outside, wherein the edge region is arranged adjacent to the respective clamping jaw of the same half, characterised in that the end region of the claw insert has an opening which is designed for the passage of the at least one clamping element .
Latching device for a hood of a motor vehicle, comprising a locking mechanism having a catch and at least one pawl for ratcheting the catch , comprising an electrical drive for moving components of the latching device, and comprising a control disk which can be rotated by the electrical drive and which can move a plurality of components by means of a rotational movement, characterized in that the control disk has a first control contour , which is provided to lower an ejector lever during latching by rotating the control disk , as a result of which the size of a gap between the hood and the adjacent body is reduced, a second control contour , which is provided to release the pawl for ratcheting the catch by continued rotation of the control disk when a predetermined gap size is reached, as a result of which the pawl ratchets the catch , and a third control contour , which is provided to further reduce the gap size by further rotating the control disk .
An Ethernet passive optical network communication method, comprising: generating, by an optical network unit, ONU, a first control frame, wherein the first control frame comprises a first data field, and the first data field comprises a bandwidth requirement of at least one logical link identity, LLID; and sending, by the ONU, the first control frame to an optical line terminal, OLT; receiving, by the ONU, a second control frame sent by the OLT, wherein the second control frame comprises a second data field, and the second data field comprises grant information of the at least one LLID; wherein that the second data field comprises grant information of the at least one LLID comprises: the second data field comprises a bandwidth grant start time, Grant start time, and a bandwidth grant length, Grant length, of each of the at least one LLID; and wherein the second data field further comprises an LLID grant bitmap, and a force report bitmap, Force report bitmap, wherein one bit in the LLID grant bitmap is used to indicate whether one of the at least one LLID has a bandwidth grant, and one bit in the force report bitmap is used to indicate whether one of the at least one LLID is forced to send a bandwidth requirement in a corresponding grant time window. generating, by an optical network unit, ONU, a first control frame, wherein the first control frame comprises a first data field, and the first data field comprises a bandwidth requirement of at least one logical link identity, LLID; and sending, by the ONU, the first control frame to an optical line terminal, OLT; receiving, by the ONU, a second control frame sent by the OLT, wherein the second control frame comprises a second data field, and the second data field comprises grant information of the at least one LLID; wherein that the second data field comprises grant information of the at least one LLID comprises: the second data field comprises a bandwidth grant start time, Grant start time, and a bandwidth grant length, Grant length, of each of the at least one LLID; and wherein the second data field further comprises an LLID grant bitmap, and a force report bitmap, Force report bitmap, wherein one bit in the LLID grant bitmap is used to indicate whether one of the at least one LLID has a bandwidth grant, and one bit in the force report bitmap is used to indicate whether one of the at least one LLID is forced to send a bandwidth requirement in a corresponding grant time window.
Wiping device comprising a wiping cloth and a substantially rectangular main body having one longitudinal axis and two longitudinal sides and one transverse axis and two transverse sides on which the wiping cloth is releasably fastenable, wherein on the main body on at least one transverse side one pivotable fastening clamp is disposed so as to be pivotable about an articulation , and wherein the at least one fastening clamp is movable in a pivoting plane which is disposed so as to be substantially perpendicular to the longitudinal axis of the main body , characterized in that the wiping cloth on at least one transverse side has one fastening tab for fastening to the corresponding fastening clamp .
A system comprising: recording circuitry configured to receive electrical signals from a first set of electrodes implanted within a patient, the first set of electrodes being configured to receive electrical signals representing evoked compound action potentials generated by the patient in response to stimulation of an external location on the patient's body and to record the received electrical signals in a memory; stimulation circuitry configured to apply electrical signals using a second set of electrodes implanted within the patient to provide neuromodulation to the patient; and control circuitry configured to: receive electrical signals representing evoked compound action potentials received at the first set of electrodes and generated by the patient in response to the electrical signals applied by the stimulation circuitry using the second set of electrodes , and to adjust one or more electrical parameters of the electrical signals applied by the stimulation circuitry using the second set of electrodes to increase a correlation between the electrical signals received by the control circuitry and the electrical signals recorded by the recording circuity . recording circuitry configured to receive electrical signals from a first set of electrodes implanted within a patient, the first set of electrodes being configured to receive electrical signals representing evoked compound action potentials generated by the patient in response to stimulation of an external location on the patient's body and to record the received electrical signals in a memory; stimulation circuitry configured to apply electrical signals using a second set of electrodes implanted within the patient to provide neuromodulation to the patient; and control circuitry configured to: receive electrical signals representing evoked compound action potentials received at the first set of electrodes and generated by the patient in response to the electrical signals applied by the stimulation circuitry using the second set of electrodes , and to adjust one or more electrical parameters of the electrical signals applied by the stimulation circuitry using the second set of electrodes to increase a correlation between the electrical signals received by the control circuitry and the electrical signals recorded by the recording circuity .
Method for producing an OSB in which a mat which is scattered from a plurality of layers of glued strands is pressed in a hot press to form a board of a desired thickness, comprising the following steps: a) scanning the surface of an upper side of the mat or of the pressed board in order to determine uneven portions and/or defects, b) determining position data of the determined uneven portions and/or defects, c) determining the volumes of the individual uneven portions and/or defects, d) targeted filling in of the uneven portions and/or defects with a filler on the basis of the determined position data and volumes in that e) the filler is scattered on with a scattering device . a) scanning the surface of an upper side of the mat or of the pressed board in order to determine uneven portions and/or defects, b) determining position data of the determined uneven portions and/or defects, c) determining the volumes of the individual uneven portions and/or defects, d) targeted filling in of the uneven portions and/or defects with a filler on the basis of the determined position data and volumes in that e) the filler is scattered on with a scattering device .
An interdental device comprising: an interdental cleaning element comprising a spinal member extending along an elongate axis; and a flexible neck extending along the elongate axis and into which an end of the spinal member is received, wherein the flexible neck comprises a plurality of hinges, the plurality of hinges comprising: a first hinge configured to enable bending of the flexible neck in a first direction perpendicular to the elongate axis; and a second hinge axially displaced from the first hinge and configured to enable bending of the flexible neck in a second direction perpendicular to the elongate axis; wherein the spinal member extends into the flexible neck to an extent such that it extends beyond at least half of the plurality of hinges. an interdental cleaning element comprising a spinal member extending along an elongate axis; and a flexible neck extending along the elongate axis and into which an end of the spinal member is received, wherein the flexible neck comprises a plurality of hinges, the plurality of hinges comprising: a first hinge configured to enable bending of the flexible neck in a first direction perpendicular to the elongate axis; and a second hinge axially displaced from the first hinge and configured to enable bending of the flexible neck in a second direction perpendicular to the elongate axis; wherein the spinal member extends into the flexible neck to an extent such that it extends beyond at least half of the plurality of hinges. a first hinge configured to enable bending of the flexible neck in a first direction perpendicular to the elongate axis; and a second hinge axially displaced from the first hinge and configured to enable bending of the flexible neck in a second direction perpendicular to the elongate axis; wherein the spinal member extends into the flexible neck to an extent such that it extends beyond at least half of the plurality of hinges.
A method comprising, at a first wireless transceiver device: transmitting a fine timing measurement request message to a second wireless transceiver device, the fine timing measurement request message comprising at least one field specifying one or more timing aspects for transmission of a plurality of fine timing measurement messages in a burst of fine timing measurement messages requested for transmission from the second wireless transceiver in response to receipt of the fine timing measurement request message at the second wireless transceiver device, wherein a field of the at least one field specifies a minimum time duration between transmission of consecutive fine timing measurement messages of the plurality of fine timing measurement messages in said burst of fine timing measurement messages.
A rearview mirror assembly for a vehicle comprising: a housing ; a display element ; a mirror element supported by the housing ; and a processor disposed on a printed circuit board and at least partially enclosed within the housing ; wherein the processor is configured to be in communication with and to receive inputs from at least one imager ; wherein at least a portion of the display element is configured to selectively display images captured by the at least one imager ; wherein the at least one imager is disposed in a vehicle; wherein at least one imager is configured to capture images from the exterior of the vehicle; wherein the rearview mirror assembly further comprises a memory disposed on the printed circuit board and configured to be in communication with the processor ; wherein the housing defines an opening at a distance from the processor ; wherein the opening is configured to accept a removable media storage card capable of storing data from the captured images; wherein the opening defined by the housing is disposed toward a first side of the housing ; wherein the processor is disposed within the housing toward a second side of the housing ; wherein the processor is disposed on a first end of the printed circuit board ; and wherein the memory is disposed on a second end of the circuit board in a spaced-apart relationship with the processor . a housing ; a display element ; a mirror element supported by the housing ; and a processor disposed on a printed circuit board and at least partially enclosed within the housing ; wherein the processor is configured to be in communication with and to receive inputs from at least one imager ; wherein at least a portion of the display element is configured to selectively display images captured by the at least one imager ; wherein the at least one imager is disposed in a vehicle; wherein at least one imager is configured to capture images from the exterior of the vehicle; wherein the rearview mirror assembly further comprises a memory disposed on the printed circuit board and configured to be in communication with the processor ; wherein the housing defines an opening at a distance from the processor ; wherein the opening is configured to accept a removable media storage card capable of storing data from the captured images; wherein the opening defined by the housing is disposed toward a first side of the housing ; wherein the processor is disposed within the housing toward a second side of the housing ; wherein the processor is disposed on a first end of the printed circuit board ; and wherein the memory is disposed on a second end of the circuit board in a spaced-apart relationship with the processor .