mhurhangee/ep-ind-claims huggingface dataset:
A bivalent sur-binding protein ("SBP") comprising: a VpreB sequence fused to a λ5 sequence; and a heavy chain variable region amino acid sequence that is paired with the VpreB sequence fused to the λ5 sequence to form a SBP, wherein the heavy chain variable region amino acid sequence comprises a heavy chain complementarity determining region 1 sequence of SEQ ID NO: 39, a CDR2 sequence of SEQ ID NO: 40, and a CDR3 sequence of SEQ ID NO: 41; and wherein said bivalent SBP selectively and bivalently binds to both DR4 and DR5 and acts as an agonist to activate DR4 and DR5 signaling. a VpreB sequence fused to a λ5 sequence; and a heavy chain variable region amino acid sequence that is paired with the VpreB sequence fused to the λ5 sequence to form a SBP, wherein the heavy chain variable region amino acid sequence comprises a heavy chain complementarity determining region 1 sequence of SEQ ID NO: 39, a CDR2 sequence of SEQ ID NO: 40, and a CDR3 sequence of SEQ ID NO: 41; and wherein said bivalent SBP selectively and bivalently binds to both DR4 and DR5 and acts as an agonist to activate DR4 and DR5 signaling.
A spatial diversity receiver for a MIMO system for wirelessly receiving a modulated RF signal, s ( t), via multiple wireless signal propagation paths from a spatial diversity transmitter transmitting the modulated RF signal, s ( t), said spatial diversity receiver having at least two antenna arrays, wherein each antenna array comprises at least two fixed beam antennas (121a+b) with distinct radiation patterns and each antenna array is connected to a respective antenna switching and/or combining means (121a', 121b') for selecting specific combinations of said fixed beam antennas from each antenna array for wireless receipt of the modulated RF signal, s ( t) characterized in that,; said spatial diversity receiver comprising an antenna beam selection control means adapted to control at least one antenna switching and/or combining means (121a'+b') in order to select a specific combination of fixed beam antennas (121a+b) from each antenna array; wherein the selection of said specific combinations of fixed beam antennas (121 a+b) is based on estimated values of the channel impulse responses, h l (τ /, t), of said wireless signal propagation paths P /; the antenna beam selection control means is adapted to estimate average signal-to-interference-plus-noise ratios, γ l of RF signals r l (τ l, t, φ l), received via said wireless signal propagation paths, P l, based on said estimated values of the channel impulse responses, h / (τ l, t), of said wireless signal propagation paths, P /, and estimate correlation coefficients, ρ r l 1 r l 2 ( t), being indicative of the correlation of different pairs of said RF signals, r l 1 (τ l 1, t, φ /1), r l 2 (τ l 2, t, φ l 2); and whereby the selection of said specific combinations of fixed beam antennas (121a+b) is based on the estimated average signal-to-interference-plus-noise ratios and correlation coefficients.
An optical metrology tool, comprising: a first modulatable illumination source and at least one additional modulatable illumination source (402b, 402c), the modulatable illumination sources (402a-402c) are configured to illuminate a surface of a sample disposed on a sample stage; a set of illumination optics configured to direct illumination from the modulated illumination sources (402a-402c) to the surface of the sample; a set of collection optics; a detector configured to detect at least a portion of illumination emanating from a surface of the sample, wherein the set of collection optics is configured to direct illumination from the surface of the sample to the detector; and a modulation control system communicatively coupled to the first modulatable illumination source, wherein the modulation control system is configured to modulate a drive current of the first modulatable illumination source at a selected modulation frequency suitable for generating a first illumination waveform of a first wavelength having a selected coherence feature; and the modulation control system is configured to modulate a drive current of the at least one additional illumination source (402b, 402c) in order to generate a second illumination waveform of a second wavelength, wherein pulses of the first illumination waveform are interleaved in time with at least pulses of the second illumination waveform, the first illumination waveform and the second illumination waveform having a selected waveform frequency. a first modulatable illumination source and at least one additional modulatable illumination source (402b, 402c), the modulatable illumination sources (402a-402c) are configured to illuminate a surface of a sample disposed on a sample stage; a set of illumination optics configured to direct illumination from the modulated illumination sources (402a-402c) to the surface of the sample; a set of collection optics; a detector configured to detect at least a portion of illumination emanating from a surface of the sample, wherein the set of collection optics is configured to direct illumination from the surface of the sample to the detector; and a modulation control system communicatively coupled to the first modulatable illumination source, wherein the modulation control system is configured to modulate a drive current of the first modulatable illumination source at a selected modulation frequency suitable for generating a first illumination waveform of a first wavelength having a selected coherence feature; and the modulation control system is configured to modulate a drive current of the at least one additional illumination source (402b, 402c) in order to generate a second illumination waveform of a second wavelength, wherein pulses of the first illumination waveform are interleaved in time with at least pulses of the second illumination waveform, the first illumination waveform and the second illumination waveform having a selected waveform frequency.
A coated product with controlled release, in water or in the soil, of soluble active ingredients of agronomic and agricultural interest, characterized in that it comprises a core consisting of or containing one or more active ingredients, said core being coated with at least one outer layer for control of release of the active ingredient or ingredients and a number "n" of additional coating layers, where "n" may be 0, 1, 2, 3, 4, or 5, and where at least one layer comprises one or more canalizing agents that determine the rate of release of the active ingredient or ingredients; wherein said canalizing agents are protein hydrolysates; and wherein said layer for control of release comprises a non-water-soluble or water-repellent low-melting material chosen from waxes.
A wireless LAN service system for storing data of a mobile terminal into a web storage using a wireless LAN service, the system comprising: a mobile terminal capable of using a wireless LAN service; a wireless connection device for setting a wireless LAN service area; and a web server providing a web storage service for storing data of the mobile terminal, wherein the mobile terminal is capable of transmitting data of the mobile terminal to the web server, and further capable of setting synchronization with the web server, wherein the mobile terminal is adapted to set a user ID and password to be used in the web server, and the web server is further adapted to execute member authentication by the user ID and password set in the mobile terminal, and further wherein the mobile terminal is further adapted to: be operated by a user to set specific data stored in a storage unit of the mobile terminal to be stored into a web storage of the web server; sense whether the mobile terminal enters the wireless LAN service area; and transmit said specific data, set by the user, to the web server in response to the mobile terminal entering the wireless LAN service area. a mobile terminal capable of using a wireless LAN service; a wireless connection device for setting a wireless LAN service area; and a web server providing a web storage service for storing data of the mobile terminal, wherein the mobile terminal is capable of transmitting data of the mobile terminal to the web server, and further capable of setting synchronization with the web server, wherein the mobile terminal is adapted to set a user ID and password to be used in the web server, and the web server is further adapted to execute member authentication by the user ID and password set in the mobile terminal, and further wherein the mobile terminal is further adapted to: be operated by a user to set specific data stored in a storage unit of the mobile terminal to be stored into a web storage of the web server; sense whether the mobile terminal enters the wireless LAN service area; and transmit said specific data, set by the user, to the web server in response to the mobile terminal entering the wireless LAN service area. be operated by a user to set specific data stored in a storage unit of the mobile terminal to be stored into a web storage of the web server; sense whether the mobile terminal enters the wireless LAN service area; and transmit said specific data, set by the user, to the web server in response to the mobile terminal entering the wireless LAN service area.
An aircraft passenger seat, comprising: a seat frame pivotably coupled to a seatback, the seat frame and seatback collectively configured to accommodate at least one passenger; a deployable leg rest configured to accommodate at least one leg of the passenger when not in an undeployed configuration; at least one tubular member extending between a left side and a right side of the passenger seat, the tubular member operatively coupled to the seatback by at least one seatback linkage configured for articulation by a reclining motion of the seatback; at least one path follower operatively coupled to the at least one seatback linkage; characterized in that the at least one seatback linkage is configured to drive the at least one path follower through an arcuate path between a rear endpoint associated with the undeployed configuration of the leg rest and a forward endpoint associated with a fully deployed configuration of the leg rest when the at least one seatback linkage is articulated; and in that at least one forward mechanism link is operatively coupled to the at least one path follower and to the leg rest, the at least one forward mechanism link is configured to be driven by the at least one path follower to deploy the leg rest at a variable rate corresponding to the arcuate path. a seat frame pivotably coupled to a seatback, the seat frame and seatback collectively configured to accommodate at least one passenger; a deployable leg rest configured to accommodate at least one leg of the passenger when not in an undeployed configuration; at least one tubular member extending between a left side and a right side of the passenger seat, the tubular member operatively coupled to the seatback by at least one seatback linkage configured for articulation by a reclining motion of the seatback; at least one path follower operatively coupled to the at least one seatback linkage; characterized in that the at least one seatback linkage is configured to drive the at least one path follower through an arcuate path between a rear endpoint associated with the undeployed configuration of the leg rest and a forward endpoint associated with a fully deployed configuration of the leg rest when the at least one seatback linkage is articulated; and in that at least one forward mechanism link is operatively coupled to the at least one path follower and to the leg rest, the at least one forward mechanism link is configured to be driven by the at least one path follower to deploy the leg rest at a variable rate corresponding to the arcuate path.
A method for transmitting a signaling message by a sending entity, the method comprising: identifying a signaling message including signaling information for a package of multimedia contents; and transmitting the signaling message, wherein the signaling message comprises: a signaling message payload including a plurality of tables, identification information of the signaling message, length information of the signaling message, version information of the signaling message, and extension information including information indicating a number of the plurality of tables, wherein the plurality of tables comprise a first table providing information for at least two additional tables included in the plurality of tables, the at least two additional tables being related to the package, wherein the first table comprises location information providing an address for obtaining a table of the at least two additional tables and flag information indicating whether alternative location information providing an alternative address for obtaining the table of the at least two additional tables is included in the first table, and wherein the at least two additional tables comprise: a second table providing information for at least one asset included in the package, and a third table providing device capability information required for consumption of the package. identifying a signaling message including signaling information for a package of multimedia contents; and transmitting the signaling message, wherein the signaling message comprises: a signaling message payload including a plurality of tables, identification information of the signaling message, length information of the signaling message, version information of the signaling message, and extension information including information indicating a number of the plurality of tables, a signaling message payload including a plurality of tables, identification information of the signaling message, length information of the signaling message, version information of the signaling message, and extension information including information indicating a number of the plurality of tables, wherein the plurality of tables comprise a first table providing information for at least two additional tables included in the plurality of tables, the at least two additional tables being related to the package, wherein the first table comprises location information providing an address for obtaining a table of the at least two additional tables and flag information indicating whether alternative location information providing an alternative address for obtaining the table of the at least two additional tables is included in the first table, and wherein the at least two additional tables comprise: a second table providing information for at least one asset included in the package, and a third table providing device capability information required for consumption of the package. a second table providing information for at least one asset included in the package, and a third table providing device capability information required for consumption of the package.
A method performed by a base station for a cellular communications network, comprising: obtaining device-to-device capability information for a plurality of wireless devices that indicates that the plurality of wireless devices are physically capable of device-to-device communication; receiving a device-to-device request from a first wireless device; determining that a device-to-device initialization procedure is to be performed; and in response to determining that the device-to-device initialization procedure is to be performed, transmitting a positive device-to-device decision to the first wireless device that comprises information that enables the first wireless device to establish device-to-device device communication with a second wireless device, the second wireless device being one of the plurality of wireless devices, wherein the plurality of wireless devices that are physically capable of device-to-device communication comprises a first plurality of wireless devices that are physically capable of device-to-device communication and located within a cell served by the base station, and a second plurality of wireless devices that are physically capable of device-to-device communication and located within one or more neighboring cells adjacent to the cell served by the base station, and wherein obtaining the device-to-device capability information comprises, for each wireless device of at least some of the second plurality of wireless devices, receiving device-to-device capability information for the wireless device from a corresponding base station that serves a corresponding neighboring cell. obtaining device-to-device capability information for a plurality of wireless devices that indicates that the plurality of wireless devices are physically capable of device-to-device communication; receiving a device-to-device request from a first wireless device; determining that a device-to-device initialization procedure is to be performed; and in response to determining that the device-to-device initialization procedure is to be performed, transmitting a positive device-to-device decision to the first wireless device that comprises information that enables the first wireless device to establish device-to-device device communication with a second wireless device, the second wireless device being one of the plurality of wireless devices, wherein the plurality of wireless devices that are physically capable of device-to-device communication comprises a first plurality of wireless devices that are physically capable of device-to-device communication and located within a cell served by the base station, and a second plurality of wireless devices that are physically capable of device-to-device communication and located within one or more neighboring cells adjacent to the cell served by the base station, and wherein obtaining the device-to-device capability information comprises, for each wireless device of at least some of the second plurality of wireless devices, receiving device-to-device capability information for the wireless device from a corresponding base station that serves a corresponding neighboring cell.
Method for the production of a security document, wherein the security document is provided in an oversize format, wherein the security document is trimmed in at least one edge region, wherein the trimming is carried out along a trimming trajectory, wherein the trimming is performed continuously in time and space along the trimming trajectory, characterized in that an evaluation device is used to determine a document-related spatial position of at least one document feature in an untrimmed state of the security document in a document-fixed coordinate system of the untrimmed security document in oversize format, with the evaluation device used to determine a spatial position of the trimming trajectory as a function of this document-related spatial position of the at least one document feature in such a way that a relative position between at least one document edge of the trimmed security document and the document feature in the trimmed state of the security document does not deviate by more than a predetermined amount from a desired relative position, wherein the trimming trajectory defines a spatial position of the document edge and the document-related spatial position of the document feature in the trimmed state in a document-fixed coordinate system of the trimmed security document is determined by calculation as a function of the spatial position of the trimming trajectory.
A method for manufacturing a 3D item using a fused deposition modeling 3D printer, the 3D item comprising an electrically conductive coil of at least part of an electrically conductive wire, wherein the method comprises the step of: printing, during a printing stage, 3D printable material to provide the 3D item comprising the electrically conductive coil, wherein the 3D printable material comprises the electrically conductive wire and an electronic component in electrically conductive contact with the electrically conductive wire. printing, during a printing stage, 3D printable material to provide the 3D item comprising the electrically conductive coil, wherein the 3D printable material comprises the electrically conductive wire and an electronic component in electrically conductive contact with the electrically conductive wire.
An abnormality detection device comprising: an acquisition unit, which acquires a plurality of opening degree data indicating an opening degree of a valve included in a vehicle, the opening degree being measured during a certain period; an integration unit, which calculates an integrated value of a plurality of differences by integrating the plurality of differences between a plurality of opening degree actual measurement values indicated by the plurality of opening degree data acquired by the acquisition unit and an opening degree target value of the valve; and a determination unit, which determines that there is an abnormality in the vehicle, characterized in that the integration unit calculates a normalized integrated value by normalizing the integrated value based on an actual number of times that the opening degree actual measurement values are changed by a certain amount during the certain period, and the determination unit determines that there is an abnormality in the vehicle when the normalized integrated value integrated by the integration unit is higher than a certain value. an acquisition unit, which acquires a plurality of opening degree data indicating an opening degree of a valve included in a vehicle, the opening degree being measured during a certain period; an integration unit, which calculates an integrated value of a plurality of differences by integrating the plurality of differences between a plurality of opening degree actual measurement values indicated by the plurality of opening degree data acquired by the acquisition unit and an opening degree target value of the valve; and a determination unit, which determines that there is an abnormality in the vehicle, characterized in that the integration unit calculates a normalized integrated value by normalizing the integrated value based on an actual number of times that the opening degree actual measurement values are changed by a certain amount during the certain period, and the determination unit determines that there is an abnormality in the vehicle when the normalized integrated value integrated by the integration unit is higher than a certain value.