mhurhangee/ep-ind-claims huggingface dataset:
A high data integrity processing system, the high data integrity processing system comprising: a first processing device having a cache memory; and a triple-voted processing device in signal communication with the first processing device; wherein the first processing device includes a processor and a computer-readable medium having encoded thereon computer-executable instructions to cause the processor to: execute a periodic first integrity check on the first processing device producing a first integrity result, and transmit the first integrity result to the triple-voted processing device; wherein the triple-voted processing device includes firmware having encoded thereon machine instructions to cause the triple-voted processing device to: execute a second integrity check on the triple-voted processing device, simultaneously with the periodic first integrity check on the first processing device, producing a second integrity result, compare the first integrity result with the second integrity result, and power reset the first processing device if the first integrity result does not match the second integrity result. a first processing device having a cache memory; and a triple-voted processing device in signal communication with the first processing device; wherein the first processing device includes a processor and a computer-readable medium having encoded thereon computer-executable instructions to cause the processor to: execute a periodic first integrity check on the first processing device producing a first integrity result, and transmit the first integrity result to the triple-voted processing device; execute a periodic first integrity check on the first processing device producing a first integrity result, and transmit the first integrity result to the triple-voted processing device; wherein the triple-voted processing device includes firmware having encoded thereon machine instructions to cause the triple-voted processing device to: execute a second integrity check on the triple-voted processing device, simultaneously with the periodic first integrity check on the first processing device, producing a second integrity result, compare the first integrity result with the second integrity result, and power reset the first processing device if the first integrity result does not match the second integrity result. execute a second integrity check on the triple-voted processing device, simultaneously with the periodic first integrity check on the first processing device, producing a second integrity result, compare the first integrity result with the second integrity result, and power reset the first processing device if the first integrity result does not match the second integrity result.
Process for producing a non-oriented electrical steel strip or sheet as claimed in any of claims 6 to 11, comprising at least the following process steps: provision of a hot-rolled, hot strip annealed non-oriented electrical steel strip or sheet, preferably by means of the conventional manufacturing route via a continuous casting plant or by means of thin-slab manufacture, in a thickness of from 1.5 to 2.5 mm, cold rolling of the electrical steel strip or sheet from step to a thickness of from 0.255 to 0.31 mm in order to obtain a cold-rolled strip, final heat treatment of the cold-rolled strip from step in order to obtain the non-oriented electrical steel strip or sheet, and cooling of the finally heat-treated cold-rolled strip from step at a usual average cooling rate of from 1 K/s to 10 K/s in a nonoxidizing atmosphere, in particular containing relatively high hydrogen contents above 70%, to a lower limiting temperature of 500°C, characterized in that the cold-rolled strip from step is, in step, firstly heated at a heating rate of at least 40 K/s to a temperature of from 860 to 940°C, preferably from 880 to 920°C, and subsequently heated at a heating rate of from 3 to 20 K/s to a temperature of from 1050 to 1070°C. provision of a hot-rolled, hot strip annealed non-oriented electrical steel strip or sheet, preferably by means of the conventional manufacturing route via a continuous casting plant or by means of thin-slab manufacture, in a thickness of from 1.5 to 2.5 mm, cold rolling of the electrical steel strip or sheet from step to a thickness of from 0.255 to 0.31 mm in order to obtain a cold-rolled strip, final heat treatment of the cold-rolled strip from step in order to obtain the non-oriented electrical steel strip or sheet, and cooling of the finally heat-treated cold-rolled strip from step at a usual average cooling rate of from 1 K/s to 10 K/s in a nonoxidizing atmosphere, in particular containing relatively high hydrogen contents above 70%, to a lower limiting temperature of 500°C,
A method performed by a terminal (135, 301, 701) in a wireless communication system, the method comprising: receiving, from a base station (105, 110, 115, 120, 302, 702), a system information block, SIB, including first maximum power information and at least one second maximum power information; obtaining a first maximum transmission power level for a cell based on the first maximum power information and a second maximum transmission power level for the cell based on one from the at least one second maximum power information; calculating a compensation parameter, P compensation, associated with a cell selection reception level value, Srxlev, based on the first maximum transmission power level and the second maximum transmission power level; calculating the Srxlev for the cell based on the P compensation; and performing a cell selection for the cell based on the Srxlev, wherein the P compensation is calculated by: P compensation = max P EMAX 1 − P PowerClass, 0 − min P EMAX 2 P PowerClass − min P EMAX 1, P PowerClass, where the P EMAX1 is the first maximum transmission power level, P EMAX2 is the second maximum transmission power level, and the P Powerclass is a maximum radio frequency output power of the terminal (135, 301, 701). receiving, from a base station (105, 110, 115, 120, 302, 702), a system information block, SIB, including first maximum power information and at least one second maximum power information; obtaining a first maximum transmission power level for a cell based on the first maximum power information and a second maximum transmission power level for the cell based on one from the at least one second maximum power information; calculating a compensation parameter, P compensation, associated with a cell selection reception level value, Srxlev, based on the first maximum transmission power level and the second maximum transmission power level; calculating the Srxlev for the cell based on the P compensation; and performing a cell selection for the cell based on the Srxlev, wherein the P compensation is calculated by: P compensation = max P EMAX 1 − P PowerClass, 0 − min P EMAX 2 P PowerClass − min P EMAX 1, P PowerClass, where the P EMAX1 is the first maximum transmission power level, P EMAX2 is the second maximum transmission power level, and the P Powerclass is a maximum radio frequency output power of the terminal (135, 301, 701).
A population of cells enriched for tissue non-specific alkaline phosphatase (TNAP +) multipotential cells for use in treating or preventing a rheumatic disease in a subject by systemic administration of a therapeutically effective amount of the population of cells.
A semimolten or semisolid molding method for casting a molded article, which comprises a flat plate portion and a projected portion that projects from one surface of the flat plate portion, with a semimolten or semisolid metal, comprising the step of: filling a cavity, which is a casting space of the molded article formed inside a forming mold, with the semimolten or semisolid metal in plate thickness directions of the flat plate portion starting from an other surface on the opposite side of the flat plate portion to a one surface wherefrom the projected portion projects, characterized by inserting a slide mold, which is separate from the forming mold, between the cavity and a runner, which is a passageway for filling the cavity with the semimolten or semisolid metal, from a direction different from the directions in which the runner extends, the slide mold being comprised of two parts; and subsequently filling the forming mold with the semimolten or semisolid metal. filling a cavity, which is a casting space of the molded article formed inside a forming mold, with the semimolten or semisolid metal in plate thickness directions of the flat plate portion starting from an other surface on the opposite side of the flat plate portion to a one surface wherefrom the projected portion projects, characterized by inserting a slide mold, which is separate from the forming mold, between the cavity and a runner, which is a passageway for filling the cavity with the semimolten or semisolid metal, from a direction different from the directions in which the runner extends, the slide mold being comprised of two parts; and subsequently filling the forming mold with the semimolten or semisolid metal.
An apparatus comprising: a first drill collar section having an outer surface; an MWD tool for interaction with an earth formation coupled to said first drill collar section, said MWD tool comprising a formation fluid line (218, 242), a hydraulic fluid line (232, 238) and a first electrical conduit; a second drill collar section; and an interconnect assembly coupling said second drill collar section to said first drill collar section, characterised by said interconnect assembly comprising a fluid line connection coupled to said formation fluid line (218, 242) and said hydraulic fluid line (232, 238), and an electrical connection coupled to said first electrical conduit; wherein said fluid line connection and said electrical connection are rotatable with respect to said first drill collar section. a first drill collar section having an outer surface; an MWD tool for interaction with an earth formation coupled to said first drill collar section, said MWD tool comprising a formation fluid line (218, 242), a hydraulic fluid line (232, 238) and a first electrical conduit; a second drill collar section; and an interconnect assembly coupling said second drill collar section to said first drill collar section, characterised by said interconnect assembly comprising a fluid line connection coupled to said formation fluid line (218, 242) and said hydraulic fluid line (232, 238), and an electrical connection coupled to said first electrical conduit; wherein said fluid line connection and said electrical connection are rotatable with respect to said first drill collar section.
A data transmission system, comprising: a plurality of terminal devices arranged in a communication network and configured to transmit or receive content data, at least one terminal device configured to receive content data transmitted from another terminal device and output an output signal corresponding to the content data to its own output device, among the plurality of terminal devices, including: a reception priority management unit configured to manage priority of two or more content data addressed to the own terminal device, and a data reception control unit configured to, based on an output time interval of output signals corresponding to content data whose priority managed by the reception priority management unit is high among two or more content data being received, perform control to stop reception of content data having priority lower than the content data whose priority is high, characterized in that the data transmission system further comprises a last time outputting unit configured to store a last output time that is the time when an output signal corresponding to the received data is last output to the corresponding output device; and the data reception control unit performs a process of forcibly stopping the reception of data with low priority, when degradation of output quality of data with high priority is detected in advance, as a result of monitoring the output time interval of the output signals. a reception priority management unit configured to manage priority of two or more content data addressed to the own terminal device, and a data reception control unit configured to, based on an output time interval of output signals corresponding to content data whose priority managed by the reception priority management unit is high among two or more content data being received, perform control to stop reception of content data having priority lower than the content data whose priority is high, characterized in that the data transmission system further comprises a last time outputting unit configured to store a last output time that is the time when an output signal corresponding to the received data is last output to the corresponding output device; and the data reception control unit performs a process of forcibly stopping the reception of data with low priority, when degradation of output quality of data with high priority is detected in advance, as a result of monitoring the output time interval of the output signals.
Functional optical coherent imaging (fOCI) platform comprising a. at least one active camera unit comprising a coherent and/or a partially coherent light source, and means for spectral filtering and imaging a signal of interest at a selected body area of interest; b. an image processing unit for pre-processing data received from an ACU; c. at least one stimulation unit transmitting a time dependent pattern to a subject; d. at least one body function reference measurement unit (BFMU) that detects and measures a time course of body functions that are physiological processes that happen without an internal or external stimulus; e. a central clock and processing unit, with interconnections to the ACU, the IPU, the STU, and the BFMU for collecting and merging pre-processed data from the IPU, stimuli pattern from the STU and body function reference data from the BFMU in a timely synchronized manner; f. a post-processing unit (statistical analysis unit, SAU) suitable for statistical analysis of received synchronized data from the CCU, the SAU being configured to remove signals related to the reference data received from the BFMU from the signal of interest received from the ACU, and being configured to generating results in a form of a functional optical coherent imaging (fOCI) map pertaining to the signal of interest at the body area of interest; and g. an operator interface. a. at least one active camera unit comprising a coherent and/or a partially coherent light source, and means for spectral filtering and imaging a signal of interest at a selected body area of interest; b. an image processing unit for pre-processing data received from an ACU; c. at least one stimulation unit transmitting a time dependent pattern to a subject; d. at least one body function reference measurement unit (BFMU) that detects and measures a time course of body functions that are physiological processes that happen without an internal or external stimulus; e. a central clock and processing unit, with interconnections to the ACU, the IPU, the STU, and the BFMU for collecting and merging pre-processed data from the IPU, stimuli pattern from the STU and body function reference data from the BFMU in a timely synchronized manner; f. a post-processing unit (statistical analysis unit, SAU) suitable for statistical analysis of received synchronized data from the CCU, the SAU being configured to remove signals related to the reference data received from the BFMU from the signal of interest received from the ACU, and being configured to generating results in a form of a functional optical coherent imaging (fOCI) map pertaining to the signal of interest at the body area of interest; and g. an operator interface.
A needleless injection device comprising a gas generator, a reservoir consisting of a glass tube closed by an upstream stopper and a downstream stopper between which a liquid active principle is housed, and an injection nozzle provided with a receptacle and at least one peripheral injection conduit, said tube having, at one of its ends, a collar through which it is in contact with said nozzle, the tube having an inner channel including an upstream portion having the same inner diameter as that of the reservoir and being extended by a downstream portion, said downstream portion being surrounded by said collar and opening into the receptacle, characterized in that the upstream portion has a diameter smaller than the upstream portion.
Robotic arm having a plurality of links and a plurality of joints which connect the links so that they can be adjusted relative to one another, with at least one downstream link being rotatably mounted on an upstream link by means of a main bearing arrangement. a gear housing of a respective gear is coupled to the upstream link in the relevant joint and a joint torque sensor is connected to an output shaft of the gear. is connected, which is designed to detect a torque on the output side, the joint torque sensor having an input flange (10.1), an output flange (10.3) and a measuring section (10.2) connecting the input flange (10.1) to the output flange (10.3), on which at least one torque sensor measuring element is arranged, characterized by a counter surface on the transmission output side, on which a dynamic bearing sealing the transmission housing in a lubricant-tight manner contact seal is seated, with a gap determined by the main bearing arrangement between the upstream member and the downstream member to which the output flange (10.3) of the joint torque sensor is coupled, is sealed by means of a further dynamic seal.
A process for producing a compound of formula, wherein a compound of formula is reacted with HBr, HCl, BF 3, methanesulfonic acid or thionyl chloride in a solvent selected from formic acid, acetic acid and propionic acid: wherein R 1, R 1 ' each independently are H or COOX, with X being alkyl or optionally substituted benzyl or phenyl; and R 2, R 2 ' each independently are H, alkyl, diphenylmethyl or optionally substituted benzyl or phenyl; with the proviso that a method wherein a compound of formula wherein R 1 is ethoxycarbonyl and R 2 is ethyl is reacted with HBr in acetic acid as a solvent is excluded. R 1, R 1 ' each independently are H or COOX, with X being alkyl or optionally substituted benzyl or phenyl; and R 2, R 2 ' each independently are H, alkyl, diphenylmethyl or optionally substituted benzyl or phenyl;
Swivel joint for adjusting a functional part, in particular a head part, a foot part or an armrest, of a piece of furniture, in particular seating furniture and/or upholstered furniture, with a mounting lever for mounting the swivel joint on the piece of furniture and a swivel lever for holding and adjusting the functional part, wherein the swivel joint is adjustable from an adjustment position into a reset position and back, wherein in the adjustment position the mounting lever and the swivel lever are pivotably connected to one another from a starting position into an end position about a joint pivot axis in an adjustment direction, wherein, in the adjustment position, the swivel lever is locked in a plurality of locking positions provided between the starting position and the end position by a blocking positive engagement of a locking device with respect to pivoting in the return direction opposite to the setting direction, wherein the locking device comprises at least one locking cam and at least one gear rim pivotable with respect to the locking cam and wherein, in the adjustment position, the locking cam is spring-loaded for positive engagement of the locking device in direction of the gear rim in such a way that and the locking cam is held movably on a guide in such a way that the locking cam and the gear rim slide against each other when the swivel joint is adjusted relative to the mounting lever in the setting position and engage with each other in a positive locking manner stepwise in a reset direction, characterized in that a lubricating grease is provided between the gear rim and the locking cam and/or between the locking cam and the guide, and in that the lubricating grease has an oxidation resistance according to DIN 51808 of less than 950 hPa, a consistency or NLGI class according to DIN 51818 of at least 1 and a lubricating oil content of less than 80 %.
A conjugate for use in treating a disease being selected from kidney disease and sepsis, wherein the conjugate is comprised of: a) at least one peptide containing an amino acid segment with the sequence of SEQ ID NOs: 1-8, 12, 16-28, and 31-33; and b) a moiety linked to the peptide of a). a) at least one peptide containing an amino acid segment with the sequence of SEQ ID NOs: 1-8, 12, 16-28, and 31-33; and b) a moiety linked to the peptide of a).
Laminated rotor core for a rotor of an electromagnetic machine, which laminated rotor core is formed by a plurality of laminates which are layered in the axial direction, in which laminated rotor core a plurality of laminates is formed in each case substantially by individual flat pieces which are arranged in the circumferential direction and are spaced apart from one another by cutouts in each case, wherein, at each cutout, the respective adjoining individual flat pieces are connected radially at one end side by means of a web which runs substantially in the circumferential direction, and each laminate is rotationally symmetrical, characterized in that, in a third subset of the plurality of laminates, each two webs, which adjoin the same individual flat piece, are arranged at respectively radially different ends (24, 26) of the corresponding cutouts.
An exhaust gas measuring device including an exhaust gas measuring case and a coupling device for mounting said exhaust gas measuring case to a motor vehicle, comprising - an adapter configured to be coupled to a receptacle, wherein said receptacle is adapted to be connected to said exhaust gas measuring case, and - a connecting element (5, 6.7, 24, 37) connected to said adapter, and - a locking means adapted to establish a releasable connection between said receptacle and said adapter, wherein said connecting element (5, 6, 7, 24) is adapted to be connected to said motor vehicle. - an adapter configured to be coupled to a receptacle, wherein said receptacle is adapted to be connected to said exhaust gas measuring case, and - a connecting element (5, 6.7, 24, 37) connected to said adapter, and - a locking means adapted to establish a releasable connection between said receptacle and said adapter, wherein said connecting element (5, 6, 7, 24) is adapted to be connected to said motor vehicle.
A method for screening skin treatment regimens, ingredients and/or compositions, comprising: (a) measuring the level of one or more small molecule metabolites on an area of skin prior to application of the skin treatment regimen, ingredient and/or composition; (b) after having applied the skin treatment regimen, ingredient and/or composition to the area of skin for a period of time, measuring the level of one or more small molecule metabolites on the area of skin; wherein the skin treatment regimen, ingredient and/or composition is beneficial to the skin if the level of the one or more small molecule metabolites is at least 10% different vs. the no treatment control; wherein the one or more small molecule metabolites are one or more γ-glutamyl amino acids.