mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, configured to: generate one or more pilot symbols based on a polyphase sequence; form a sequence of data symbols and to perform multiplexing of the sequence of data symbols and the one or more of pilot symbols; generate at least one single-carrier frequency division multiple access, SC-FDMA, symbol based on the multiplexed sequence of data symbols and the one or more pilot symbols, wherein each of the at least one SC-FDMA symbol includes a cyclic prefix, wherein the at least one SC-FDMA symbol is based on localized FDMA, LFDMA; and transmit the at least one SC-FDMA symbol using frequency resources assigned to the apparatus, wherein the apparatus is assigned different groups of subbands in different symbol periods, such that the groups of subbands hop across frequency in different time slots according to a frequency hopping pattern, wherein a time slot spans one symbol period and wherein the frequency resources comprise a group of adjacent subbands assigned to the apparatus. generate one or more pilot symbols based on a polyphase sequence; form a sequence of data symbols and to perform multiplexing of the sequence of data symbols and the one or more of pilot symbols; generate at least one single-carrier frequency division multiple access, SC-FDMA, symbol based on the multiplexed sequence of data symbols and the one or more pilot symbols, wherein each of the at least one SC-FDMA symbol includes a cyclic prefix, wherein the at least one SC-FDMA symbol is based on localized FDMA, LFDMA; and transmit the at least one SC-FDMA symbol using frequency resources assigned to the apparatus, wherein the apparatus is assigned different groups of subbands in different symbol periods, such that the groups of subbands hop across frequency in different time slots according to a frequency hopping pattern, wherein a time slot spans one symbol period and wherein the frequency resources comprise a group of adjacent subbands assigned to the apparatus.
An x-ray detector assembly (100, 301) for a transmission electron microscope, comprising: a mount; at least two x-ray detector subassemblies (100, 202, 303) supported by the mount, each x-ray detector sub-assembly including; an x-ray detector (102,202,303) a cold shield, at least partly surrounding the x-ray detector; and a heat source to maintain the x-ray detector at a higher temperature than the cold shield, characterized in that the mount is configured for being mounted onto a pole piece (346, 306) of a lens of a transmission electron microscope such that the pole piece supports the mount within the lens, the x-ray detectors are arranged to receive x-rays from at least two different directions from a sample, and the mount reduces transmission of vibration between the x-ray detectors and the pole piece. a mount; at least two x-ray detector subassemblies (100, 202, 303) supported by the mount, each x-ray detector sub-assembly including; an x-ray detector (102,202,303) a cold shield, at least partly surrounding the x-ray detector; and a heat source to maintain the x-ray detector at a higher temperature than the cold shield, an x-ray detector (102,202,303) a cold shield, at least partly surrounding the x-ray detector; and a heat source to maintain the x-ray detector at a higher temperature than the cold shield, characterized in that the mount is configured for being mounted onto a pole piece (346, 306) of a lens of a transmission electron microscope such that the pole piece supports the mount within the lens, the x-ray detectors are arranged to receive x-rays from at least two different directions from a sample, and the mount reduces transmission of vibration between the x-ray detectors and the pole piece.
A method for generating and maintaining a magnetic field with a field reversed configuration comprising generating a magnetic field with a magnetic system coupled to a confinement chamber, first and second diametrically opposed FRC formation sections coupled to the confinement chamber, and first and second divertors coupled to the first and second formation sections, wherein the magnetic system includes a plurality of quasi-dc coils (432, 434, 436, 444) axially spaced in positions along the confinement chamber, the first and second formation sections, and the first and second divertors first and second sets of quasi-dc mirror coils positioned between the ends of the confinement chamber and the first and second formation sections, and first and second mirror plugs being positioned between the first and second formation sections and the first and second diverters, gettering the confinement chamber and the first and second divertors with a layer of gettering material from a gettering system coupled to the confinement chamber and the first and second divertors, generating an FRC in each of the first and second formation sections and translating each FRC toward a midplane of the confinement chamber where the FRCs merge into a merged FRC, injecting neutral atom beams into the merged FRC from a plurality of neutral atom beam injectors coupled to the confinement chamber and oriented normal to the axis of the confinement chamber, injecting plasma into the merged FRC from first and second axial plasma guns operably coupled to the first and second divertors, the first and second formation sections and the confinement chamber, and electrically biasing open flux surfaces of the merged FRC with one or more biasing electrodes (900, 905, 910) being positioned within one or more of the confinement chamber, the first and second formation sections, and the first and second divertors.
Polyclonal IgG for use in a method of treating a trauma-induced demyelinating peripheral neuropathy by promoting myelination of a peripheral nerve cell by a Schwann cell, the method comprising administering a therapeutically effective amount of the polyclonal IgG to a mammal diagnosed with said neuropathy.
A method of determining a temperature by means of an IR sensor system integrated in a vacuum pump, in particular in a turbomolecular pump, in which a first temperature T obs,1 is measured at a measurement location; a reference temperature T ref is generated by a heat source at a reference location; a second temperature T obs,2 is measured at the reference location; the second temperature T obs,2 is compared with an expected temperature T exp resulting from the reference temperature T ref; and, on a deviation of the second temperature T obs,2 from the expected temperature T exp, the first temperature T obs,1 is corrected on the basis of the deviation. a first temperature T obs,1 is measured at a measurement location; a reference temperature T ref is generated by a heat source at a reference location; a second temperature T obs,2 is measured at the reference location; the second temperature T obs,2 is compared with an expected temperature T exp resulting from the reference temperature T ref; and, on a deviation of the second temperature T obs,2 from the expected temperature T exp, the first temperature T obs,1 is corrected on the basis of the deviation.
Flow restriction device, preferably sanitary flow restriction device, comprising - a restrictor body composed of a plurality of web planes (12 1, 12 2,...) disposed successively in an axial direction and filling a passage cross-section of the restrictor body perpendicular to the axial direction, - wherein each web plane is composed of a plurality of webs extending mutually in parallel and perpendicular to the axial direction, the webs being spaced from each other thereby leaving web intermediate gaps, and wherein the webs of two directly adjoining web planes extend non-parallel to each other, characterized in that - the webs of at least a first web plane (12 1) and a second web plane (12 2) directly adjoining the first web plane are produced in one piece and converge. - a restrictor body composed of a plurality of web planes (12 1, 12 2,...) disposed successively in an axial direction and filling a passage cross-section of the restrictor body perpendicular to the axial direction, - wherein each web plane is composed of a plurality of webs extending mutually in parallel and perpendicular to the axial direction, the webs being spaced from each other thereby leaving web intermediate gaps, and wherein the webs of two directly adjoining web planes extend non-parallel to each other, - the webs of at least a first web plane (12 1) and a second web plane (12 2) directly adjoining the first web plane are produced in one piece and converge.
A method for establishing a dial-up connection by using a data card, corresponding to a mobile terminal, characterized by comprising: when the mobile terminal initiates the dial-up connection from a computer, performing both after receiving a dial-up message a process of initiating a wireless connection establishment through a Unified Messaging, Um, port and a process of initiating a Dynamic Host Configuration Protocol, DHCP, server through a Remote Messaging, Rm, port at the same time (203, 204); after the DHCP server is initiated, detecting, by the Rm port, a DHCP discover message from the computer and an UP message from the Um port synchronously; after both messages are received, initiating a DHCP negotiation between the computer and the mobile terminal to finish the dial-up connection establishment. when the mobile terminal initiates the dial-up connection from a computer, performing both after receiving a dial-up message a process of initiating a wireless connection establishment through a Unified Messaging, Um, port and a process of initiating a Dynamic Host Configuration Protocol, DHCP, server through a Remote Messaging, Rm, port at the same time (203, 204); after the DHCP server is initiated, detecting, by the Rm port, a DHCP discover message from the computer and an UP message from the Um port synchronously; after both messages are received, initiating a DHCP negotiation between the computer and the mobile terminal to finish the dial-up connection establishment.
A fusion protein comprising (a) a complement inhibiting domain, a VEGF inhibiting domain, and a half-life prolonging domain, or (b) from the N-terminal to C-terminal, a VEGF inhibiting domain, an immunoglobulin Fc region, and a complement inhibiting domain, wherein in each case the fusion protein inhibits complement activation and VEGF activity. (a) a complement inhibiting domain, a VEGF inhibiting domain, and a half-life prolonging domain, or (b) from the N-terminal to C-terminal, a VEGF inhibiting domain, an immunoglobulin Fc region, and a complement inhibiting domain,
A system for monitoring the gait of an individual to detect a medical condition associated with the individual, said system comprising: a. a pair of glasses comprising one or more sensors for assessing the gait of the individual; b. a computer system comprising a processor, the processor operatively coupled to a power source, the computer system being configured for: c. receiving data from the one or more sensors d. assessing, via a gait monitoring module, a gait of the individual based on the data from the one or more sensors e. analyzing the assessed gait to determine the magnitude and phase of one or more relative peaks in a linear acceleration of the individual's head as the individual ambulates and based on the one or more relative peaks in linear acceleration during ambulation identify a gait abnormality and based on the gait abnormality determine whether the assessed gait includes one or more gait patterns that are consistent with a particular medical condition of an individual wearing the pair of glasses; and f. in response to determining that the assessed gait includes the one or more gait patterns, generating an alert that communicates the particular medical condition. a. a pair of glasses comprising one or more sensors for assessing the gait of the individual; b. a computer system comprising a processor, the processor operatively coupled to a power source, the computer system being configured for: c. receiving data from the one or more sensors d. assessing, via a gait monitoring module, a gait of the individual based on the data from the one or more sensors e. analyzing the assessed gait to determine the magnitude and phase of one or more relative peaks in a linear acceleration of the individual's head as the individual ambulates and based on the one or more relative peaks in linear acceleration during ambulation identify a gait abnormality and based on the gait abnormality determine whether the assessed gait includes one or more gait patterns that are consistent with a particular medical condition of an individual wearing the pair of glasses; and f. in response to determining that the assessed gait includes the one or more gait patterns, generating an alert that communicates the particular medical condition.
A wireless automatic inspection meter being a gas meter, the wireless automatic inspection meter including a battery, and a meter portion and a wireless communication portion that are driven by the battery, the wireless automatic inspection meter comprising: a flow rate sensor configured to measure a flow rate of gas; a gas shutoff device configured to shut off the gas; an arithmetic portion configured to calculate a power consumption value of the wireless communication portion on the basis of a communication state parameter in the wireless communication portion; a determination portion configured to perform determination by comparing the power consumption value calculated by the arithmetic portion with a settings threshold value; and a control portion configured to control a communication function of the wireless communication portion, wherein the meter portion is configured to control the actions of the flow rate sensor and the gas shutoff device, and wherein the control portion is configured to control the communication function in the wireless communication portion on the basis of a determination result of the determination portion, characterized in that the control portion is configured to send an alarm to a management center in a case in which it is determined by the determination portion that the power consumption value is the settings threshold value or more, wherein a number of failures after carrier sensing of wireless communication is used as the communication state parameter. a flow rate sensor configured to measure a flow rate of gas; a gas shutoff device configured to shut off the gas; an arithmetic portion configured to calculate a power consumption value of the wireless communication portion on the basis of a communication state parameter in the wireless communication portion; a determination portion configured to perform determination by comparing the power consumption value calculated by the arithmetic portion with a settings threshold value; and a control portion configured to control a communication function of the wireless communication portion, wherein the meter portion is configured to control the actions of the flow rate sensor and the gas shutoff device, and wherein the control portion is configured to control the communication function in the wireless communication portion on the basis of a determination result of the determination portion, characterized in that the control portion is configured to send an alarm to a management center in a case in which it is determined by the determination portion that the power consumption value is the settings threshold value or more, wherein a number of failures after carrier sensing of wireless communication is used as the communication state parameter.
A compound comprising: A. a fluoroelastomer comprising copolymerized units of: one or more unsaturated fluorinated olefins; one or more co-monomer different from 1) selected from the group consisting of fluorovinyl ethers, unsaturated fluorinated olefins, unsaturated olefins, and mixtures of these; and one or more cure site monomers selected from the group consisting of nitrile-containing fluorinated olefins and nitrile-containing fluorinated vinyl ethers; and B. 0.1 to 10 parts by weight of at least one curing agent B, based on 100 parts of fluoroelastomer A, wherein the curing agent B is selected from the group consisting of amidinoamidine HCl; phenyloxoaminoamidine, 3-(5-phenyl-4H-1,2,4-triazolyl)amidine, 1H-pyrrolylamidine, benzimidazolylamidine, aminothioxoamidine; aminocarbonylmethylamidine HCl, N-aminoamidine bicarbonate, 2-pyridylamidine HCl, sulfinoamidine, and mixtures of these. A. a fluoroelastomer comprising copolymerized units of: one or more unsaturated fluorinated olefins; one or more co-monomer different from 1) selected from the group consisting of fluorovinyl ethers, unsaturated fluorinated olefins, unsaturated olefins, and mixtures of these; and one or more cure site monomers selected from the group consisting of nitrile-containing fluorinated olefins and nitrile-containing fluorinated vinyl ethers; and one or more unsaturated fluorinated olefins; one or more co-monomer different from 1) selected from the group consisting of fluorovinyl ethers, unsaturated fluorinated olefins, unsaturated olefins, and mixtures of these; and one or more cure site monomers selected from the group consisting of nitrile-containing fluorinated olefins and nitrile-containing fluorinated vinyl ethers; and B. 0.1 to 10 parts by weight of at least one curing agent B, based on 100 parts of fluoroelastomer A, wherein the curing agent B is selected from the group consisting of amidinoamidine HCl; phenyloxoaminoamidine, 3-(5-phenyl-4H-1,2,4-triazolyl)amidine, 1H-pyrrolylamidine, benzimidazolylamidine, aminothioxoamidine; aminocarbonylmethylamidine HCl, N-aminoamidine bicarbonate, 2-pyridylamidine HCl, sulfinoamidine, and mixtures of these.
A method for aggregating ports, comprising: when creating a static link aggregation group, LAG, if determining that a port receives an aggregation packet from an opposite end, which indicates that the static LAG is created at the opposite end, setting the state of the port according to the Link Aggregation Control Protocol, LACP; if determining that no port receives an aggregation packet from the opposite end, which indicates that no static LAG is created at the opposite end, maintaining the state of the port carrying services. when creating a static link aggregation group, LAG, if determining that a port receives an aggregation packet from an opposite end, which indicates that the static LAG is created at the opposite end, setting the state of the port according to the Link Aggregation Control Protocol, LACP; if determining that no port receives an aggregation packet from the opposite end, which indicates that no static LAG is created at the opposite end, maintaining the state of the port carrying services.
Use of a reagent for extracting at least one metal from at least one metal sulfide in an ore in an acidic sulfate leach comprising ferric ions, wherein the reagent is: a reagent having a thiocarbonyl functional group at a concentration of 0.2 mM to 30 mM; or formamidine disulfide, wherein the at least one metal includes: copper, wherein the at least one metal sulfide includes chalcopyrite, covellite, bornite, enargite, a copper sulfide of the formula Cu x S y wherein the x:y ratio is between 1 and 2, or a combination thereof; cadmium, wherein the at least one metal sulfide is greenockite; nickel, wherein the at least one metal sulfide is pentlandite, violarite, or a combination thereof; or a combination thereof. a reagent having a thiocarbonyl functional group at a concentration of 0.2 mM to 30 mM; or formamidine disulfide, wherein the at least one metal includes: copper, wherein the at least one metal sulfide includes chalcopyrite, covellite, bornite, enargite, a copper sulfide of the formula Cu x S y wherein the x:y ratio is between 1 and 2, or a combination thereof; cadmium, wherein the at least one metal sulfide is greenockite; nickel, wherein the at least one metal sulfide is pentlandite, violarite, or a combination thereof; or a combination thereof. copper, wherein the at least one metal sulfide includes chalcopyrite, covellite, bornite, enargite, a copper sulfide of the formula Cu x S y wherein the x:y ratio is between 1 and 2, or a combination thereof; cadmium, wherein the at least one metal sulfide is greenockite; nickel, wherein the at least one metal sulfide is pentlandite, violarite, or a combination thereof; or a combination thereof.
A method for producing a material cartridge for preserving a material mixture that is susceptible to corrosion by air, comprising the following steps: - providing a container with a support structure forming an inner chamber, wherein the inner chamber is configured to receive a molten metal with a temperature of up to 3500 degrees Celsius, and with an opening for receiving the material mixture and with a container lid for closing the opening in a gas-tight manner, - filling the material mixture in the form of molten metal, in particular with the exclusion of air, through the opening into the container, - closing the opening of the container in a gas-tight manner, wherein the container is flushed with a shielding gas before the material mixture is filled into the container, wherein shielding gas is introduced into the container after the material mixture has been filled, in order to displace air contained in the container, wherein the molten metal is cooled in the container, so that it is solidified therein in solid form. - providing a container with a support structure forming an inner chamber, wherein the inner chamber is configured to receive a molten metal with a temperature of up to 3500 degrees Celsius, and with an opening for receiving the material mixture and with a container lid for closing the opening in a gas-tight manner, - filling the material mixture in the form of molten metal, in particular with the exclusion of air, through the opening into the container, - closing the opening of the container in a gas-tight manner, wherein the container is flushed with a shielding gas before the material mixture is filled into the container, wherein shielding gas is introduced into the container after the material mixture has been filled, in order to displace air contained in the container, wherein the molten metal is cooled in the container, so that it is solidified therein in solid form.