mhurhangee/ep-ind-claims huggingface dataset:
Device for supplying electrical power to an aircraft on the ground, comprising two electric generators (216, 218) driven by an auxiliary power unit, the first generator being intended to supply an electric taxiing network that comprises electric motors for driving the wheels of the aircraft, and the second generator being intended to supply an electric aircraft network, characterised in that the first generator is connected by selective connection/disconnection means to the aircraft and taxiing networks, and is able to supply a first AC voltage Vac2 to the aircraft network when it is connected to this network, or a higher AC voltage Vac1 or a power P to the taxiing network when it is connected to this network, and in that the second generator is connected by selective connection/disconnection means to the aircraft and taxiing networks and is able to supply the first AC voltage Vac2 to the network to which it is connected.
A system comprising: an aircraft; a probe (12a-12n) that includes a heater comprising a resistive heating element routed through the probe, wherein an operational current is provided to the resistive heating element to provide heating for the probe; a first current sensor configured to sense a first current through the resistive heating element; a second current sensor configured to sense a second current through the resistive heating element; and the system characterised by comprising a control circuit (16, 32) configured to determine a leakage current based on the first and second currents, to normalize the leakage current based upon a probe temperature, to store a normalized leakage current, to monitor the leakage current over time by storing the normalized leakage current over a plurality of flights of the aircraft, to determine a remaining useful life of the probe based on the leakage current over time and to report the remaining useful life to facilitate replacement of the probe prior to probe failure. an aircraft; a probe (12a-12n) that includes a heater comprising a resistive heating element routed through the probe, wherein an operational current is provided to the resistive heating element to provide heating for the probe; a first current sensor configured to sense a first current through the resistive heating element; a second current sensor configured to sense a second current through the resistive heating element; and the system characterised by comprising a control circuit (16, 32) configured to determine a leakage current based on the first and second currents, to normalize the leakage current based upon a probe temperature, to store a normalized leakage current, to monitor the leakage current over time by storing the normalized leakage current over a plurality of flights of the aircraft, to determine a remaining useful life of the probe based on the leakage current over time and to report the remaining useful life to facilitate replacement of the probe prior to probe failure.
Method for chip-removing gear manufacturing machining of a workpiece (1; 16) by means of a tool, in which a rotation of the tool takes place in generating coupling with a rotation of the workpiece, in particular gear manufacturing machining of a workpiece by skiving, wherein the gear manufacturing machining is carried out in a plurality of machining steps (S1, S2, S3), wherein the center distance and a rotational angle between the workpiece and the tool superimposed on the generating coupling is/are changed between two machining steps, so that the tool will cut in the machining steps a respective contour that extends alternately closer to a first and a second flank of the target toothing of the workpiece, characterized in that for a plurality of machining steps which take place closer to a second flank, the tool machines the workpiece in a chip-removing manner over the entire tooth height that has already been generated. wherein the gear manufacturing machining is carried out in a plurality of machining steps (S1, S2, S3), wherein the center distance and a rotational angle between the workpiece and the tool superimposed on the generating coupling is/are changed between two machining steps, so that the tool will cut in the machining steps a respective contour that extends alternately closer to a first and a second flank of the target toothing of the workpiece, characterized in that for a plurality of machining steps which take place closer to a second flank, the tool machines the workpiece in a chip-removing manner over the entire tooth height that has already been generated.
A method for improving the uniformity of a tire using static balance measurements for a set of a plurality of tires, comprising: identifying at least one candidate process effect; obtaining a sequence of observed magnitudes for the set of tires, the sequence of observed magnitudes comprising a magnitude of static balance for each tire in the set of tires; obtaining a baseline magnitude pattern associated with the candidate process effect, the baseline magnitude pattern comprising a baseline magnitude of static balance for each tire in the set of tires; determining, with a computing device, a magnitude of a process harmonic associated with the candidate process effect based at least in part on the sequence of observed magnitudes and the baseline magnitude pattern; and modifying tire manufacture based at least in part on the magnitude of the process harmonic. identifying at least one candidate process effect; obtaining a sequence of observed magnitudes for the set of tires, the sequence of observed magnitudes comprising a magnitude of static balance for each tire in the set of tires; obtaining a baseline magnitude pattern associated with the candidate process effect, the baseline magnitude pattern comprising a baseline magnitude of static balance for each tire in the set of tires; determining, with a computing device, a magnitude of a process harmonic associated with the candidate process effect based at least in part on the sequence of observed magnitudes and the baseline magnitude pattern; and modifying tire manufacture based at least in part on the magnitude of the process harmonic.
A method performed in an apparatus, the method comprising: creating a backup user context for a terminal device served currently by a relay base station relaying a radio connection, for which communication parameters are defined by a primary user context, between the terminal device and fixed cellular network infrastructure through a fixed base station of the fixed cellular network infrastructure, the fixed base station communicating with the relay base station, wherein the backup user context is prepared for use in case of a radio link failure; upon detection of a radio link failure of said radio connection and before the terminal device enters an idle state as a result of the radio link failure, resuming communication directly with the fixed base station by applying the backup user context between the terminal device and the fixed base station, the primary user context being released when the backup user context has been established between the terminal device and the fixed base station. creating a backup user context for a terminal device served currently by a relay base station relaying a radio connection, for which communication parameters are defined by a primary user context, between the terminal device and fixed cellular network infrastructure through a fixed base station of the fixed cellular network infrastructure, the fixed base station communicating with the relay base station, wherein the backup user context is prepared for use in case of a radio link failure; upon detection of a radio link failure of said radio connection and before the terminal device enters an idle state as a result of the radio link failure, resuming communication directly with the fixed base station by applying the backup user context between the terminal device and the fixed base station, the primary user context being released when the backup user context has been established between the terminal device and the fixed base station.
A process of preparing (((3a R,6a S)-5-(4,6-dimethylpyrimidin-2-yl)hexahydropyrrolo[3,4-c]pyrrol-2(1 H)-yl)(2-fluoro-6-(2 H -1,2,3-triazol-2-yl)phenyl)methanone said process comprising step described below: a) Oxazolidination of (4,6-dimethylpyrimidin-2-yl)glycine, wherein said oxazolidination is characterized by the use of formaldehyde or paraformaldehyde to obtain 3-(4,6-dimethylpyrimidin-2-yl)oxazolidin-5-one a) Oxazolidination of (4,6-dimethylpyrimidin-2-yl)glycine, wherein said oxazolidination is characterized by the use of formaldehyde or paraformaldehyde to obtain 3-(4,6-dimethylpyrimidin-2-yl)oxazolidin-5-one
A method for controlling network device auto-provisioning, comprising: acquiring, by a network management device, network topology information that is in a live network and of a network device in the live network, wherein the network topology information comprises an interface and an Internet Protocol, IP, address of an uplink device directly connected to the network device; characterized in that, detecting whether the network topology information in the live network matches preset network topology information; and if the network topology information in the live network matches the preset network topology information, sending, by the network management device to the network device, information about enabling Trivial File Transfer Protocol, TFTP, or File Transfer Protocol, FTP, and an identifier of an operating system file and/or an identifier of a configuration file, wherein the operating system file and/or the configuration file are/is required for provisioning, so that the network device establishes a TFTP connection or an FTP connection with a TFTP server or an FTP server respectively, and acquires the operating system file and/or the configuration file from the TFTP server or the FTP server; wherein the interface comprises one or a combination of a physical interface and a virtual local area network, VLAN, interface to which the physical interface belongs, and the IP address is a fixed IP address of the uplink device in the live network. acquiring, by a network management device, network topology information that is in a live network and of a network device in the live network, wherein the network topology information comprises an interface and an Internet Protocol, IP, address of an uplink device directly connected to the network device; characterized in that, detecting whether the network topology information in the live network matches preset network topology information; and if the network topology information in the live network matches the preset network topology information, sending, by the network management device to the network device, information about enabling Trivial File Transfer Protocol, TFTP, or File Transfer Protocol, FTP, and an identifier of an operating system file and/or an identifier of a configuration file, wherein the operating system file and/or the configuration file are/is required for provisioning, so that the network device establishes a TFTP connection or an FTP connection with a TFTP server or an FTP server respectively, and acquires the operating system file and/or the configuration file from the TFTP server or the FTP server; wherein the interface comprises one or a combination of a physical interface and a virtual local area network, VLAN, interface to which the physical interface belongs, and the IP address is a fixed IP address of the uplink device in the live network.
A method for managing devices in a device management system, whereby the method comprises: sending (S101, S102), by a server, target device condition information and management information for a target device to a gateway, wherein the target device condition information comprises a path of nodes to be matched and node values of the nodes to be matched, the devices including the nodes for which both the path and the node values are consistent, are determined as the target devices, or wherein the target device condition information comprises the path of the nodes to be matched, the devices including the nodes for which the path is consistent, are determined as the target devices; and triggering (S103, S104), by the server, the gateway to determine the target device according to the target device condition information and send the management information to the target device. sending (S101, S102), by a server, target device condition information and management information for a target device to a gateway, wherein the target device condition information comprises a path of nodes to be matched and node values of the nodes to be matched, the devices including the nodes for which both the path and the node values are consistent, are determined as the target devices, or wherein the target device condition information comprises the path of the nodes to be matched, the devices including the nodes for which the path is consistent, are determined as the target devices; and triggering (S103, S104), by the server, the gateway to determine the target device according to the target device condition information and send the management information to the target device.
Method for processing attenuation of pre-echo in a digital audio signal decoded according to a transform decoding, characterized in that it comprises the following steps: - decomposition of the decoded signal into at least two sub-signals according to a predetermined decomposition criterion; - computation of attenuation factors per sub-signal and per sample of a previously determined pre-echo zone; - attenuation of pre-echo in the pre-echo zone of each of the sub-signals by application of the attenuation factors to the sub-signals; and - obtaining of the attenuated signal by combination of the attenuated sub-signals. - decomposition of the decoded signal into at least two sub-signals according to a predetermined decomposition criterion; - computation of attenuation factors per sub-signal and per sample of a previously determined pre-echo zone; - attenuation of pre-echo in the pre-echo zone of each of the sub-signals by application of the attenuation factors to the sub-signals; and - obtaining of the attenuated signal by combination of the attenuated sub-signals.
A method implemented in a computing device, the method comprising: obtaining a master key associated with the computing device; identifying a current boot configuration of the computing device; obtaining an encrypted boot configuration specific key associated with the current boot configuration; using the master key to decrypt the encrypted boot configuration specific key; and using the decrypted boot configuration specific key to decrypt data associated with a current operating system of the computing device running from the current boot configuration, the master key and the encrypted data associated with the current operating system being maintained in a reset resistant store of the computing device that persists across operating system re-installs and operating system resets. obtaining a master key associated with the computing device; identifying a current boot configuration of the computing device; obtaining an encrypted boot configuration specific key associated with the current boot configuration; using the master key to decrypt the encrypted boot configuration specific key; and using the decrypted boot configuration specific key to decrypt data associated with a current operating system of the computing device running from the current boot configuration, the master key and the encrypted data associated with the current operating system being maintained in a reset resistant store of the computing device that persists across operating system re-installs and operating system resets.
Use of an iron salen compound as a contrast medium for magnetic resonance imaging, which comprises: guiding the administered iron salen compound to and concentrating at a target affected part or tissue of an individual body by use of the magnetism of the iron salen compound itself; and detecting changes in concentration of the iron salen compound through an image. guiding the administered iron salen compound to and concentrating at a target affected part or tissue of an individual body by use of the magnetism of the iron salen compound itself; and detecting changes in concentration of the iron salen compound through an image.
A lipopeptide TLR2 ligand that comprises modifications to the acyl chains and the peptide sequence of the lipopeptide TLR2 ligand to yield an anti-inflammatory modified lipopeptide TLR2 ligand, wherein the anti-inflammatory modified lipopeptide TLR2 ligand comprises: (a) a fatty acid di- or tri-linoleate and (b) a GM1-binding peptide, wherein said GM1-binding peptide comprises the sequence VWRLLAPPFSNRLLP (SEQ ID NO: 1), WRLLAPPFSNRLLP (SEQ ID NO: 2) or (W/F)RXL(X/P)(P/X)XFXX(R/X)(X/R)XP (SEQ ID NO: 3), where X can be any amino acid. (a) a fatty acid di- or tri-linoleate and (b) a GM1-binding peptide, wherein said GM1-binding peptide comprises the sequence VWRLLAPPFSNRLLP (SEQ ID NO: 1), WRLLAPPFSNRLLP (SEQ ID NO: 2) or (W/F)RXL(X/P)(P/X)XFXX(R/X)(X/R)XP (SEQ ID NO: 3), where X can be any amino acid.
Method for operating a switchboard of an electric switchboard plant, the switchboard comprising a plurality of electric components, particularly power switches, disconnecting/grounding switches or the like, and wherein sensors for measuring operating parameters are provided, particularly for measuring currents, voltages, temperatures, time periods or the like, wherein, before operating the switchboard, a simulation model of the thermal behavior of the switchboard is determined, characterized in that depending on the simulation model a transfer function is determined before operating the switchboard, which function puts at least two operating parameters of the switchboard in relation to each other, that, during the operation of the switchboard, the switchboard is monitored by means of the transfer function, wherein a value for one of the operating parameters is predetermined, and wherein for one or more other operating parameters a future-oriented value is determined by the transfer function, that calculating the transfer function is performed in real time, that the transfer function is calculated with a value of the predetermined operating parameters occurring during operation of the switchboard, and that, depending on the value of one or more other operating parameters which have been determined by means of the transfer function, the switchboard is affected in such a way that damage will be avoided.
A relay station apparatus that is wirelessly connectable to an upper radio station, comprising: a lower radio link communication unit configured to perform radio communication with at least one lower radio station; an upper radio link communication unit configured to perform radio communication with at least one upper radio station; and a control unit configured to attach, when an attaching to a first upper radio station included in attaching configuration information indicating an upper radio station to which the relay station apparatus should attach is unsuccessful, to a second upper radio station different from the first upper radio station, and to notify a network of notification information indicating that the attaching to the first upper radio station is unsuccessful. a lower radio link communication unit configured to perform radio communication with at least one lower radio station; an upper radio link communication unit configured to perform radio communication with at least one upper radio station; and a control unit configured to attach, when an attaching to a first upper radio station included in attaching configuration information indicating an upper radio station to which the relay station apparatus should attach is unsuccessful, to a second upper radio station different from the first upper radio station, and to notify a network of notification information indicating that the attaching to the first upper radio station is unsuccessful.
Furnace for producing calcium oxide, comprising a container which internally has a baking chamber provided with a central axis and with a calcination zone for the calcareous material, provided with a first group of burners positioned, with the respective outlets, substantially at a same first distance from said central axis, a second group of burners positioned, with the respective outlets, substantially at a same second distance from said axis, said first group of burners being overlapped to said second group of burners relative to the dropping direction of the calcareous material, and a third group of burners, positioned underneath said second group of burners, placed at a same third distance from said axis, said burners of said first group, said burners of said second group and said burners of said third group being coplanar to one another respectively in a first plane, a second plane and a third plane, the burners of said first group being inclined by a first predetermined angle (α) relative to said first plane, the burners of said second group being inclined by a second predetermined angle (β) relative to said second plane, characterised in that the number of burners of said second group is at least half the number of burners of said first group and wherein the number of burners of said third group is at least half the number of burners of said second group, the burners of said third group being inclined by a third predetermined angle (γ) relative to said third plane, said second distance being smaller than said first distance, said third distance being smaller than said second distance.
A method of performing a vehicle-to-X, V2X, communication based on a short transmission time interval, S-TTI, compared to a legacy TTI, L-TTI, in a wireless communication system, the method performed by a user equipment, UE, comprising: generating a demodulation reference signal, DMRS, sequence; and performing the V2X communication on the S-TTI based on generating the DMRS sequence, wherein the L-TTI corresponds to a plurality of S-TTIs, wherein the DMRS sequence is generated based on DMRS sequence information, wherein the DMRS sequence information is determined in unit of the S-TTI, wherein, based on the DMRS sequence information being determined in unit of the S-TTI, the DMRS sequence information has a different value for each of the plurality of S-TTIs, wherein the different value sequentially increases in one frame, wherein the DMRS sequence information follows the equation below, the DMRS sequence information = (N*K+Q-1), wherein the N is a value of an index of the L-TTI in the one frame, wherein the N is equal to or greater than 0 and is equal to or smaller than 9, wherein the K is a value of a number of the plurality of S-TTIs included in the L-TTI, wherein the K is a positive integer, wherein the Q is a value of an index of the S-TTI in the L-TTI, and wherein the Q has a value equal to or smaller than the K. generating a demodulation reference signal, DMRS, sequence; and performing the V2X communication on the S-TTI based on generating the DMRS sequence, wherein the L-TTI corresponds to a plurality of S-TTIs, wherein the DMRS sequence is generated based on DMRS sequence information, wherein the DMRS sequence information is determined in unit of the S-TTI, wherein, based on the DMRS sequence information being determined in unit of the S-TTI, the DMRS sequence information has a different value for each of the plurality of S-TTIs, wherein the different value sequentially increases in one frame, wherein the DMRS sequence information follows the equation below, the DMRS sequence information = (N*K+Q-1), wherein the N is a value of an index of the L-TTI in the one frame, wherein the N is equal to or greater than 0 and is equal to or smaller than 9, wherein the K is a value of a number of the plurality of S-TTIs included in the L-TTI, wherein the K is a positive integer, wherein the Q is a value of an index of the S-TTI in the L-TTI, and wherein the Q has a value equal to or smaller than the K.