mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising: a polymeric hydrogel scaffold coupled to an adjuvant peptide comprising at least one D amino acid; and an immunogenic peptide comprising a viral, bacterial or cancer immunogen recognized by human immune cells, wherein: the adjuvant peptide and the immunogenic peptide are disposed in the polymeric hydrogel scaffold such that an in vivo immune reaction observed in human immune cells exposed to the immunogenic peptide is greater than an immune reaction observed in response to an equivalent polymeric hydrogel scaffold composition having peptides formed only from L amino acids, wherein the adjuvant peptide is a Matrix Metallo-protease (MMP) peptide comprising an amino acid sequence as set out in SEQ ID NO: 6, wherein the SEQ ID: 6 is Gly Cys Arg Asp Gly Pro d-Gin Gly d-Ile d-Trp Gly Gln Asp Arg Cys Gly, and wherein the polymeric hydrogel scaffold surrounds and encapsulates the immunogenic peptide. a polymeric hydrogel scaffold coupled to an adjuvant peptide comprising at least one D amino acid; and an immunogenic peptide comprising a viral, bacterial or cancer immunogen recognized by human immune cells, wherein: the adjuvant peptide and the immunogenic peptide are disposed in the polymeric hydrogel scaffold such that an in vivo immune reaction observed in human immune cells exposed to the immunogenic peptide is greater than an immune reaction observed in response to an equivalent polymeric hydrogel scaffold composition having peptides formed only from L amino acids, wherein the adjuvant peptide is a Matrix Metallo-protease (MMP) peptide comprising an amino acid sequence as set out in SEQ ID NO: 6, wherein the SEQ ID: 6 is Gly Cys Arg Asp Gly Pro d-Gin Gly d-Ile d-Trp Gly Gln Asp Arg Cys Gly, and wherein the polymeric hydrogel scaffold surrounds and encapsulates the immunogenic peptide. the adjuvant peptide and the immunogenic peptide are disposed in the polymeric hydrogel scaffold such that an in vivo immune reaction observed in human immune cells exposed to the immunogenic peptide is greater than an immune reaction observed in response to an equivalent polymeric hydrogel scaffold composition having peptides formed only from L amino acids, wherein the adjuvant peptide is a Matrix Metallo-protease (MMP) peptide comprising an amino acid sequence as set out in SEQ ID NO: 6, wherein the SEQ ID: 6 is Gly Cys Arg Asp Gly Pro d-Gin Gly d-Ile d-Trp Gly Gln Asp Arg Cys Gly, and wherein the polymeric hydrogel scaffold surrounds and encapsulates the immunogenic peptide.
A call processing method in a Push-to-Talk over Cellular, PoC, network in which a session is established in advance between a receiving PoC client and a receiving PoC server, and an automatic response mode is established in the receiving PoC server, the method comprising the steps of: receiving, by the receiving PoC server, a call request message transmitted from a sending PoC server; transmitting, by the receiving PoC server, a response signal corresponding to the call request message; and transmitting, by the receiving PoC server, information to the receiving PoC client, the information including an address and a name of a sending PoC client and an automatic response indication which indicates whether an answer mode associated with the sending PoC client is an automatic answer mode or a manual answer mode; receiving, by the receiving PoC server, an error occurrence signal from the receiving PoC client, when the automatic response indication in the information is identified not to match an answer mode set in the receiving PoC client; and preventing, by the receiving PoC server, a media stream from the sending PoC client, in response to receiving the error occurrence signal. receiving, by the receiving PoC server, a call request message transmitted from a sending PoC server; transmitting, by the receiving PoC server, a response signal corresponding to the call request message; and transmitting, by the receiving PoC server, information to the receiving PoC client, the information including an address and a name of a sending PoC client and an automatic response indication which indicates whether an answer mode associated with the sending PoC client is an automatic answer mode or a manual answer mode; receiving, by the receiving PoC server, an error occurrence signal from the receiving PoC client, when the automatic response indication in the information is identified not to match an answer mode set in the receiving PoC client; and preventing, by the receiving PoC server, a media stream from the sending PoC client, in response to receiving the error occurrence signal.
Overmoulding metal insert for locally reinforcing a moulded part of an aircraft engine, this insert having symmetry of revolution around an axis (A) and comprising an axial bore for an attachment element to pass, characterised in that it comprises: - at one of the axial ends thereof, a first outer annular rim , said first rim comprising at least one frustoconical surface (18ba; 18bb) intended to cooperate with said attachment element or said part ; - at another of the axial ends thereof, a second outer annular rim such that said first and second outer annular rims define between them an outer annular groove for receiving a portion of said part; and in that said first rim comprises a first outer frustoconical surface covering said portion of the part. - at one of the axial ends thereof, a first outer annular rim , said first rim comprising at least one frustoconical surface (18ba; 18bb) intended to cooperate with said attachment element or said part ; - at another of the axial ends thereof, a second outer annular rim such that said first and second outer annular rims define between them an outer annular groove for receiving a portion of said part;
A data transmission method, comprising: receiving scheduling signaling sent by a base station on a target bandwidth part, wherein the scheduling signaling carries frequency-domain resource indication information and parameter indication information, and the target bandwidth part is a bandwidth part capable of transmitting the scheduling signaling in a plurality of bandwidth parts, wherein the frequency-domain resource indication information comprises indication information of a frequency-domain transmission unit and the frequency-domain transmission unit comprises one or more physical resource blocks PRBs, wherein the frequency-domain resource indication further comprises bandwidth number indication information; wherein the bandwidth number indication information is configured to indicate a bandwidth number of a to-be-scheduled bandwidth part in a case where the PRBs of the plurality of bandwidth parts have the same number; upon determining, based on the frequency-domain resource indication information and pre-stored configuration information, that the target bandwidth part is not a to-be-scheduled bandwidth part, determining the to-be-scheduled bandwidth part from the plurality of bandwidth parts based on the frequency-domain resource indication information and the configuration information; and transmitting data through the to-be-scheduled bandwidth part according to a configuration parameter associated with the parameter indication information. receiving scheduling signaling sent by a base station on a target bandwidth part, wherein the scheduling signaling carries frequency-domain resource indication information and parameter indication information, and the target bandwidth part is a bandwidth part capable of transmitting the scheduling signaling in a plurality of bandwidth parts, wherein the frequency-domain resource indication information comprises indication information of a frequency-domain transmission unit and the frequency-domain transmission unit comprises one or more physical resource blocks PRBs, wherein the frequency-domain resource indication further comprises bandwidth number indication information; wherein the bandwidth number indication information is configured to indicate a bandwidth number of a to-be-scheduled bandwidth part in a case where the PRBs of the plurality of bandwidth parts have the same number; upon determining, based on the frequency-domain resource indication information and pre-stored configuration information, that the target bandwidth part is not a to-be-scheduled bandwidth part, determining the to-be-scheduled bandwidth part from the plurality of bandwidth parts based on the frequency-domain resource indication information and the configuration information; and transmitting data through the to-be-scheduled bandwidth part according to a configuration parameter associated with the parameter indication information.
A hearing aid configured to be worn by a wearer having a mouth and an ear with an ear canal, comprising: a first microphone (MIC 1) configured to be worn about the ear of the wearer at a first location and to produce a first microphone signal; a second microphone (MIC 2) configured to be worn about the ear canal of the wearer at a second location and to produce a second microphone signal, wherein the second location is closer to the mouth than the first microphone to provide a time difference for sound from the wearer's voice to reach the first and second microphones; a voice detector including an adaptive filter configured to model a relative transfer function between the first microphone and the second microphone, the voice detector configured to analyze an impulse response of the adaptive filter, detect the voice of the wearer based on an amplitude of the impulse response, and produce an indication of detection in response to the voice of the wearer being detected; a sound processor configured to produce an output signal using the first microphone signal, the second microphone signal, and the indication of detection; and a receiver configured to produce an audible signal using the output signal. a first microphone (MIC 1) configured to be worn about the ear of the wearer at a first location and to produce a first microphone signal; a second microphone (MIC 2) configured to be worn about the ear canal of the wearer at a second location and to produce a second microphone signal, wherein the second location is closer to the mouth than the first microphone to provide a time difference for sound from the wearer's voice to reach the first and second microphones; a voice detector including an adaptive filter configured to model a relative transfer function between the first microphone and the second microphone, the voice detector configured to analyze an impulse response of the adaptive filter, detect the voice of the wearer based on an amplitude of the impulse response, and produce an indication of detection in response to the voice of the wearer being detected; a sound processor configured to produce an output signal using the first microphone signal, the second microphone signal, and the indication of detection; and a receiver configured to produce an audible signal using the output signal.
Method for measuring the temperature of a susceptor of an inductive heating arrangement configured to heat an aerosol-forming substrate , the inductive heating arrangement comprising: - a cavity for receiving the aerosol-forming substrate heatable by the inductive heating arrangement ; - at least one inductor coil configured to generate a varying magnetic field when a varying electric current flows through the at least one inductor coil ; - at least one susceptor arranged relative to the at least one inductor coil in such a way that the at least one susceptor is heatable by penetration of the varying magnetic field, the at least one susceptor being configured to heat the aerosol-forming substrate ; - at least one temperature sensor ; the method comprising: - providing the at least one temperature sensor in thermal contact with the at least one susceptor ; - measuring the temperature of the at least one susceptor when the varying electric current does not flow through the at least one inductor coil . - a cavity for receiving the aerosol-forming substrate heatable by the inductive heating arrangement ; - at least one inductor coil configured to generate a varying magnetic field when a varying electric current flows through the at least one inductor coil ; - at least one susceptor arranged relative to the at least one inductor coil in such a way that the at least one susceptor is heatable by penetration of the varying magnetic field, the at least one susceptor being configured to heat the aerosol-forming substrate ; - at least one temperature sensor ; - providing the at least one temperature sensor in thermal contact with the at least one susceptor ; - measuring the temperature of the at least one susceptor when the varying electric current does not flow through the at least one inductor coil .
A method of measuring a signal, the method comprising: generating pixel data representing a fingerprint image of a finger by detecting light scattered or reflected from the finger; acquiring a fingerprint image of the finger based on the pixel data; and acquiring a pulse wave signal based on the acquired fingerprint image and the pixel data, characterised in that the acquiring the pulse wave signal comprises setting a region of interest, ROI, on the fingerprint image, acquiring the pulse wave signal based on intensities of pixels in the ROI among the pixel data, extracting a feature point from the fingerprint image, and the setting of the ROI comprises setting the ROI based on at least one of a position and an orientation of the feature point, and wherein the feature point comprises a fingerprint core point. generating pixel data representing a fingerprint image of a finger by detecting light scattered or reflected from the finger; acquiring a fingerprint image of the finger based on the pixel data; and acquiring a pulse wave signal based on the acquired fingerprint image and the pixel data, characterised in that the acquiring the pulse wave signal comprises setting a region of interest, ROI, on the fingerprint image, acquiring the pulse wave signal based on intensities of pixels in the ROI among the pixel data, extracting a feature point from the fingerprint image, and the setting of the ROI comprises setting the ROI based on at least one of a position and an orientation of the feature point, and wherein the feature point comprises a fingerprint core point.
A modular luminaire comprising:- at least one non-lighting module configured for providing non-lighting functionality; at least one controller ; and a supporting pole ; wherein at least one non-lighting module comprises at least one sensor unit operable for sensing environmental parameters in the locality of the luminaire ; wherein the least one sensor unit is operable for generating at least one event signal in response to the sensing of an abnormal occurrence, each event signal being transmitted to said at least one controller ; the modular luminaire comprises at least one lighting module configured for providing lighting to a locality in which the luminaire is located; the at least one controller is for controlling said at least one lighting module ; and the supporting pole is configured for supporting said at least one lighting module and said at least one non-lighting module mounted thereon, each lighting module and non-lighting module effectively forming part of the supporting pole when mounted thereon and connected to at least one of: an adjacent lighting module , an adjacent non-lighting module and the supporting pole ; characterised in that it further comprises module connectors for joining the adjacent luminaire modules together and to the supporting pole. at least one non-lighting module configured for providing non-lighting functionality; at least one controller ; and a supporting pole ; wherein at least one non-lighting module comprises at least one sensor unit operable for sensing environmental parameters in the locality of the luminaire ; wherein the least one sensor unit is operable for generating at least one event signal in response to the sensing of an abnormal occurrence, each event signal being transmitted to said at least one controller ; the modular luminaire comprises at least one lighting module configured for providing lighting to a locality in which the luminaire is located; the at least one controller is for controlling said at least one lighting module ; and the supporting pole is configured for supporting said at least one lighting module and said at least one non-lighting module mounted thereon, each lighting module and non-lighting module effectively forming part of the supporting pole when mounted thereon and connected to at least one of: an adjacent lighting module , an adjacent non-lighting module and the supporting pole ; characterised in that it further comprises module connectors for joining the adjacent luminaire modules together and to the supporting pole.
A sound reproducing apparatus comprising: an amplifier configured to amplify an acoustic signal of one channel; a plurality of electroacoustic transducers configured to output sound in accordance with the acoustic signal output from the amplifier , the electroacoustic transducers having characteristics of a capacitive load; a switching unit coupled between the amplifier and the plurality of electroacoustic transducers and configured to switch connections of the electroacoustic transducers to the amplifier to connect one or more electroacoustic transducers among the plurality of electroacoustic transducers to the amplifier ; an instruction unit that outputs instruction information for controlling directivity of the sound output from the plurality of electroacoustic transducers , wherein the switching unit switches connections of the one or more electroacoustic transducers to the amplifier in accordance with the instruction information; and an electroacoustic transduction unit formed with a plurality of subunits overlapping one another, each of the subunits being formed with a plurality of the electroacoustic transducers aligned, wherein the switching unit is configured to switch connections of the electroacoustic transduction unit to connect one or more electroacoustic transducers among the electroacoustic transducers constituting the electroacoustic transduction unit to the amplifier . an amplifier configured to amplify an acoustic signal of one channel; a plurality of electroacoustic transducers configured to output sound in accordance with the acoustic signal output from the amplifier , the electroacoustic transducers having characteristics of a capacitive load; a switching unit coupled between the amplifier and the plurality of electroacoustic transducers and configured to switch connections of the electroacoustic transducers to the amplifier to connect one or more electroacoustic transducers among the plurality of electroacoustic transducers to the amplifier ; an instruction unit that outputs instruction information for controlling directivity of the sound output from the plurality of electroacoustic transducers , wherein the switching unit switches connections of the one or more electroacoustic transducers to the amplifier in accordance with the instruction information; and an electroacoustic transduction unit formed with a plurality of subunits overlapping one another, each of the subunits being formed with a plurality of the electroacoustic transducers aligned, wherein the switching unit is configured to switch connections of the electroacoustic transduction unit to connect one or more electroacoustic transducers among the electroacoustic transducers constituting the electroacoustic transduction unit to the amplifier .
A hydroelectric power plant comprising a closing member and an electric drive system connected to the closing member , wherein the drive system comprises a threaded spindle , a gearbox and an electric motor defining a drive train, and wherein the drive system further comprises an inverter for feeding the electric motor , a control unit for controlling the inverter , and an AC power supply having a power frequency, wherein the drive system comprises a monitoring unit for monitoring the functional state of the inverter and a switch , wherein the monitoring unit and the switch are designed such that the electric motor can be operated by means of a direct electrical connection between the electric motor and the AC mains connection when the monitoring unit detects a malfunction of the inverter , and wherein the electric motor , the gear and the threaded spindle are designed in such a way that a positioning speed of the drive system , which results when the electric motor is operated at the mains frequency, is below a maximum permissible closing speed of the closing member .
An apparatus for use in a master evolved node B, MeNB , wherein the apparatus is configured to: select one or more discontinuous reception, DRX, parameters for a cell of the MeNB to at least partially align DRX operations of a dually-connected user equipment, UE , in the cell of the MeNB with DRX operations of the dually-connected UE in a cell of a secondary evolved node B, SeNB ; and generate a radio resource control, RRC, message for transmission to the dually-connected UE , wherein the RRC message identifies the selected one or more DRX parameters for the cell of the MeNB ; characterized in that the apparatus is further configured to determine, based on a received message, a system frame number, SFN, and a subframe number, the SFN and the subframe number associated with a system timing of the SeNB for the dually-connected UE ; wherein the selection of the one or more DRX parameters for the cell of the MeNB is based on the SFN and the subframe number. select one or more discontinuous reception, DRX, parameters for a cell of the MeNB to at least partially align DRX operations of a dually-connected user equipment, UE , in the cell of the MeNB with DRX operations of the dually-connected UE in a cell of a secondary evolved node B, SeNB ; and generate a radio resource control, RRC, message for transmission to the dually-connected UE , wherein the RRC message identifies the selected one or more DRX parameters for the cell of the MeNB ; characterized in that the apparatus is further configured to determine, based on a received message, a system frame number, SFN, and a subframe number, the SFN and the subframe number associated with a system timing of the SeNB for the dually-connected UE ; wherein the selection of the one or more DRX parameters for the cell of the MeNB is based on the SFN and the subframe number.
A device for producing a perforation in a security document , in particular in a book-type identification document such as, e.g., in a passport, including at least one system for creating a laser beam for introducing the perforation or including at least one connection device for the purpose of connecting at least one system for creating a laser beam, wherein the device comprises at least one first matrix which is designed to be placed against a security document for the purpose of positioning and/or fixation the security document , wherein the matrix has at least one cutout for a laser beam to pass through, and comprises a second matrix , wherein the device is designed to position and/or to fix a security document between the first matrix and the second matrix , wherein at least one matrix is movable such that a security document positioned between the two matrices is subjected to a compressive force applied to the security document by at least one matrix , characterized in that at least one matrix is pneumatically driven or drivable to be placed against the security document .