mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine, comprising: a shaft; a turbine coupled with the shaft for rotation with the shaft; a bearing stack comprising a bearing coupled with the shaft to facilitate rotation of the shaft; and characterised by a bearing nut forward of the turbine between the bearing stack and the turbine, wherein the turbine has a turbine load path and the bearing has a bearing load path, wherein in the operating position the bearing nut exerts a force on the bearing stack such that the bearing load path is offset from the shaft and in line with the bearing nut, and wherein the turbine load path is not aligned with the bearing load path relative to a central axis of the gas turbine engine, thereby separating the turbine load path and the bearing load path. a shaft; a turbine coupled with the shaft for rotation with the shaft; a bearing stack comprising a bearing coupled with the shaft to facilitate rotation of the shaft; and characterised by a bearing nut forward of the turbine between the bearing stack and the turbine, wherein the turbine has a turbine load path and the bearing has a bearing load path, wherein in the operating position the bearing nut exerts a force on the bearing stack such that the bearing load path is offset from the shaft and in line with the bearing nut, and wherein the turbine load path is not aligned with the bearing load path relative to a central axis of the gas turbine engine, thereby separating the turbine load path and the bearing load path.
A welding simulator comprising: a display; a welding tool (108a, 108b, 108c, 108d); a plurality of coupons representing a plurality of simulated workpieces; assembly position and orientation data for the plurality of simulated workpieces arranged into a simulated structure; and a housing holding logic comprising a memory storing machine-readable instructions and a processor for executing the instructions: characterized in that the welding tool is a mock welding tool, and in that the processor is arranged for executing the instructions to: generate a simulated virtual or augmented environment in which the plurality of simulated workpieces are arranged according to the position and orientation data; define a plurality of weld paths for a training exercise, wherein the weld paths are defined by the arrangement of the simulated workpieces; track a plurality of traversals of the mock welding tool (108a, 108b, 108c, 108d) corresponding to the plurality of weld paths; and display the simulated virtual or augmented environment, a plurality of simulated welds resulting from the plurality of traversals, and the simulated structure formed by the simulated plurality of simulated welds combined with the arrangement of the simulated workpieces. a display; a welding tool (108a, 108b, 108c, 108d); a plurality of coupons representing a plurality of simulated workpieces; assembly position and orientation data for the plurality of simulated workpieces arranged into a simulated structure; and a housing holding logic comprising a memory storing machine-readable instructions and a processor for executing the instructions: characterized in that the welding tool is a mock welding tool, and in that the processor is arranged for executing the instructions to: generate a simulated virtual or augmented environment in which the plurality of simulated workpieces are arranged according to the position and orientation data; define a plurality of weld paths for a training exercise, wherein the weld paths are defined by the arrangement of the simulated workpieces; track a plurality of traversals of the mock welding tool (108a, 108b, 108c, 108d) corresponding to the plurality of weld paths; and display the simulated virtual or augmented environment, a plurality of simulated welds resulting from the plurality of traversals, and the simulated structure formed by the simulated plurality of simulated welds combined with the arrangement of the simulated workpieces. generate a simulated virtual or augmented environment in which the plurality of simulated workpieces are arranged according to the position and orientation data; define a plurality of weld paths for a training exercise, wherein the weld paths are defined by the arrangement of the simulated workpieces; track a plurality of traversals of the mock welding tool (108a, 108b, 108c, 108d) corresponding to the plurality of weld paths; and display the simulated virtual or augmented environment, a plurality of simulated welds resulting from the plurality of traversals, and the simulated structure formed by the simulated plurality of simulated welds combined with the arrangement of the simulated workpieces.
Use of a composition having a pH of at least 8 at 25 °C containing based on the total weight of composition at least 50 wt.-% of water or a water containing solvent mixture wherein the solvent mixture contains at least 90 wt.-% of water, based on the total weight of; and 0.1 mol/m 3 to 10 mol/m 3 of at least one water soluble silicate, optionally at least one molybdate, optionally at least one phosphonate, optionally at least one azole, optionally at least one additional freezing point depressing salt, optionally at least one phosphate, and optionally at least one nitrate, wherein mol/m 3 are based on the total volume of the composition, as heat carrier medium for magnetocaloric materials selected from compounds of formula (A y B 1-y) 2+u C w D x E z where A is Mn, B is Fe, C Si or As, D is P, E may be same or different from C and D and is selected from P, B, Se, Ge, Ga, Si, Sn, N, As and Sb, u is a number in the range from -0.1 ≤ u ≤ 0.1, y is number in the range of 0 < y < 1, w, x are numbers in the range of 0 < w, x < 1, z is a number in the range of 0 ≤ z < 1, and w + x + z = 1 wherein composition is brought into direct contact with the magnetocaloric materials. based on the total weight of composition at least 50 wt.-% of water or a water containing solvent mixture wherein the solvent mixture contains at least 90 wt.-% of water, based on the total weight of; and 0.1 mol/m 3 to 10 mol/m 3 of at least one water soluble silicate, optionally at least one molybdate, optionally at least one phosphonate, optionally at least one azole, optionally at least one additional freezing point depressing salt, optionally at least one phosphate, and optionally at least one nitrate, A is Mn, B is Fe, C Si or As, D is P, E may be same or different from C and D and is selected from P, B, Se, Ge, Ga, Si, Sn, N, As and Sb, u is a number in the range from -0.1 ≤ u ≤ 0.1, y is number in the range of 0 < y < 1, w, x are numbers in the range of 0 < w, x < 1, z is a number in the range of 0 ≤ z < 1, and w + x + z = 1
A manufacturing method for a grain-oriented electrical steel sheet, comprising: hot rolling a material for a grain-oriented electrical steel sheet to obtain a hot rolled steel sheet; cold rolling the hot rolled steel sheet once, or twice or more with intermediate annealing, to obtain a cold rolled steel sheet of final sheet thickness; forming an exposed steel substrate portion having a continuous or discontinuous linear shape in a sheet transverse direction by applying a resist film containing a photosensitive resin onto at least one surface of the cold rolled steel sheet, patterning the resist film through localized photoexposure of the surface at which the resist film is applied, and developing the resist film; subjecting a steel sheet obtained after formation of the exposed steel substrate portion to electrolytic etching to form a groove having a continuous or discontinuous linear shape in the sheet transverse direction; and subjecting the steel sheet resulting from the electrolytic etching to primary recrystallization annealing and subsequent final annealing, wherein the electrolytic etching is performed at current density p of 7.5 A/cm 2 or more with respect to the exposed steel substrate portion, the current density p being defined as p = I / S, where I represents current supplied to an electrode and S represents surface area of the exposed steel substrate portion in a steel sheet surface of equal surface area to the electrode, and the resist film is formed from a chemically amplified resist. hot rolling a material for a grain-oriented electrical steel sheet to obtain a hot rolled steel sheet; cold rolling the hot rolled steel sheet once, or twice or more with intermediate annealing, to obtain a cold rolled steel sheet of final sheet thickness; forming an exposed steel substrate portion having a continuous or discontinuous linear shape in a sheet transverse direction by applying a resist film containing a photosensitive resin onto at least one surface of the cold rolled steel sheet, patterning the resist film through localized photoexposure of the surface at which the resist film is applied, and developing the resist film; subjecting a steel sheet obtained after formation of the exposed steel substrate portion to electrolytic etching to form a groove having a continuous or discontinuous linear shape in the sheet transverse direction; and subjecting the steel sheet resulting from the electrolytic etching to primary recrystallization annealing and subsequent final annealing, wherein the electrolytic etching is performed at current density p of 7.5 A/cm 2 or more with respect to the exposed steel substrate portion, the current density p being defined as p = I / S, where I represents current supplied to an electrode and S represents surface area of the exposed steel substrate portion in a steel sheet surface of equal surface area to the electrode, and the resist film is formed from a chemically amplified resist.
An implantable, biocompatible material (46, 56) for medical devices, characterised in that it comprises at least one metal surface (42, 52, 54) having a patterned array of geometric features, wherein the geometric features having at least one of chemical, physiochemical and electrochemical activity that is different from that of a metal surface of the material without the geometric features, wherein each of the geometric features has a thickness between 0μm and 20μm, a width of 10 to 75 μm, and a gap distance between each of the geometric features between about 10 to 75 μm to form the patterned array of geometric features, whereby endothelial cells preferentially bind to the geometric features and migrate across at least one metal surface having the patterned array of geometric features.
A valve arrangement for use in a rail brake system having wheel slide protection having an inlet port supplied from a distributor or load relay valve and an outlet port leading to at least one brake cylinder, characterised in that the arrangement comprises a hold diaphragm adapted to control air flow between the inlet port and the outlet port and a vent diaphragm adapted to control air flow between the outlet port and an exhaust, the hold diaphragm being controlled by a first solenoid, wherein the vent diaphragm is controlled via a further diaphragm, which further diaphragm is controlled by a further solenoid.
A method (200, 300, 400) of at least partly removing at least one micropollutant from wastewater comprising carbogenous compounds and at least one micropollutant, the method comprising the steps of: (a) dividing the wastewater into a main stream and a side stream; (b) treating main stream with bacteria to reduce the content of carbogenous compounds to provide depleted wastewater comprising at least one micropollutant; (c) treating the depleted wastewater with a second portion of microorganisms, having the ability of degrading the at least one micropollutant, to, at least partly, remove the at least one micropollutant thereby providing treated water, wherein the second portion of microorganisms have been enriched by feeding the side stream to it before using the second portion of microorganisms in treating the depleted wastewater; (d) feeding a first portion of microorganisms, having the ability of degrading the at least one micropollutant, with the side stream, to enrich them for subsequent use in treating the depleted wastewater to at least partly remove the at least one micropollutant; and wherein the biochemical oxygen demand of the side stream wastewater is higher than 100 gO 2 /m 3 /5d and the depleted wastewater has a biochemical oxygen demand of 0 to 50 gO 2 /m 3 /5d. (a) dividing the wastewater into a main stream and a side stream; (b) treating main stream with bacteria to reduce the content of carbogenous compounds to provide depleted wastewater comprising at least one micropollutant; (c) treating the depleted wastewater with a second portion of microorganisms, having the ability of degrading the at least one micropollutant, to, at least partly, remove the at least one micropollutant thereby providing treated water, wherein the second portion of microorganisms have been enriched by feeding the side stream to it before using the second portion of microorganisms in treating the depleted wastewater; (d) feeding a first portion of microorganisms, having the ability of degrading the at least one micropollutant, with the side stream, to enrich them for subsequent use in treating the depleted wastewater to at least partly remove the at least one micropollutant; and wherein the biochemical oxygen demand of the side stream wastewater is higher than 100 gO 2 /m 3 /5d and the depleted wastewater has a biochemical oxygen demand of 0 to 50 gO 2 /m 3 /5d.
A process for obtaining a microbial oil comprising one or more polyunsaturated fatty acids from one or more microbial cells, wherein the process comprises: (a) lysing the cells comprising the microbial oil to form a lysed cell composition; (b) treating the lysed cell composition to form an oil-containing emulsion; (c) separating the oil-containing emulsion from the lysed cell composition; (d) demulsifying the oil-containing emulsion; and (e) recovering the oil; wherein (d) further comprises adding an acid which comprises citric acid and further comprises adding a base. (a) lysing the cells comprising the microbial oil to form a lysed cell composition; (b) treating the lysed cell composition to form an oil-containing emulsion; (c) separating the oil-containing emulsion from the lysed cell composition; (d) demulsifying the oil-containing emulsion; and (e) recovering the oil;
A method of determining sensitivity to cancer treatment in a patient suffering from hepatocellular carcinoma, the method comprising the steps of: determining the presence of overexpression of MYC in a biological sample from the patient, wherein the presence of overexpression of MYC indicates a sensitivity to a treatment by a CDK9 inhibitor.
A use of a reagent comprising at least one inorganic zirconium salt and at least one solvent, said at least one solvent being a water-linear or branched (C1-C5) alcohol mixture, for determining the antioxidant power of biological and vegetal fluids.
An inflator assembly for producing inflation gas from a propellant comprising: a housing for storing the propellant; a diffuser for attachment to the inflator housing, the diffuser having one or more open passages for passing inflation gas upon ignition of the propellant and a plurality of sealed passages oriented opposite to the one or more open passages; a sealing member covering the sealed passages, the sealing member being consumed when exposed to an open flame thereby opening the sealed passages to vent inflation gases opposite the opposed one or more open passages to create a thrust neutral exhaust upon an inadvertent ignition of the propellant due to exposure to fire, characterized in that said diffuser has a cylindrical discharge portion along a 180 degree opposite orientation to said plurality of sealed passages, said discharge portion has an opening or passageway which is orthogonal to an axis of the inflator. a housing for storing the propellant; a diffuser for attachment to the inflator housing, the diffuser having one or more open passages for passing inflation gas upon ignition of the propellant and a plurality of sealed passages oriented opposite to the one or more open passages; a sealing member covering the sealed passages, the sealing member being consumed when exposed to an open flame thereby opening the sealed passages to vent inflation gases opposite the opposed one or more open passages to create a thrust neutral exhaust upon an inadvertent ignition of the propellant due to exposure to fire, characterized in that said diffuser has a cylindrical discharge portion along a 180 degree opposite orientation to said plurality of sealed passages, said discharge portion has an opening or passageway which is orthogonal to an axis of the inflator.
A method of combining together multiple simultaneous source signals thought to contain a common physiological signal, the method comprising the steps of: acquiring (100, 102) a plurality of successive signal segments of each of said multiple simultaneous source signals, each segment comprising a plurality of successive signal sample values; bandpass filtering the multiple simultaneous source signals; determining the strength of a periodic physiological component in contemporaneous segments of the bandpass filtered signals (106, 110); characterized by: forming (112, 114) as an output signal segment a weighted combination of the unfiltered contemporaneous signal segments of said multiple simultaneous source signals with the weight of each segment being in accordance with the strength of the periodic physiological component in the bandpass filtered version of segment. acquiring (100, 102) a plurality of successive signal segments of each of said multiple simultaneous source signals, each segment comprising a plurality of successive signal sample values; bandpass filtering the multiple simultaneous source signals; determining the strength of a periodic physiological component in contemporaneous segments of the bandpass filtered signals (106, 110);
Soil processing machine, in particular a soil compactor, comprising a control cabin having at least one control cabin door/window unit pivotably supported on a door/window frame between a closed position and an open position, wherein a handle formation for pivoting the control cabin door/window unit between the closed position and the open position is provided on at least one control cabin door/window unit on a door/window inside facing a control cabin interior in the closed position, further comprising a fixing arrangement for fixing the control cabin door/window unit in the open position, characterized in that the fixing arrangement is operable by means of the handle formation for releasing the control cabin door/window unit fixed in the open position.
A computer-implemented method of determining rotation and scale of an auxiliary data signal embedded in a host image and decoding the auxiliary data signal, the method comprising: convolving the host image with differential kernels corresponding to a sparse differential pattern at plural different rotations and scales to obtain feature vectors, the sparse differential pattern comprising a two-dimensional square matrix having interleaved embedding locations of different data signal elements, each data signal element having plural embedding locations (602, 604, 606, 608), comprising: elements at non-adjacent embedding locations (602, 604, 606, 608) spaced apart by neighboring elements and comprising elements in the non-adjacent embedding locations (602, 604, 606, 608) that have opposite polarity; obtaining rotation and scale parameters from the feature vectors by correlating the feature vectors with pre-computed feature vectors and determining a rotation and scale based on correlation between a feature vector obtained from the host image and a pre-computed feature vector; applying an extraction filter at an orientation of the rotation and scale parameters to extract estimates of variable data elements of the auxiliary data signal (702, 706); and error correction decoding a variable message from the estimates. elements at non-adjacent embedding locations (602, 604, 606, 608) spaced apart by neighboring elements and comprising elements in the non-adjacent embedding locations (602, 604, 606, 608) that have opposite polarity; obtaining rotation and scale parameters from the feature vectors by correlating the feature vectors with pre-computed feature vectors and determining a rotation and scale based on correlation between a feature vector obtained from the host image and a pre-computed feature vector; applying an extraction filter at an orientation of the rotation and scale parameters to extract estimates of variable data elements of the auxiliary data signal (702, 706); and error correction decoding a variable message from the estimates.
An association of resveratrol and/or salts and carboxymethylglucan, wherein resveratrol and carboxymethylglucan are present in a weight ratio comprised between 20:1 and 1:100.
An implant assembly comprising: an implant positioning device including a head and an implant positioning component, wherein the implant positioning component includes a main trunk extending in a longitudinal direction and a plurality of flexible appendages extending away from the main trunk, wherein the plurality of appendages includes multiple sets of appendages extending away from the main trunk along the length of the main trunk; an implant, including a first face and a second face, the implant being at least partially disposed around the implant positioning component; and a sheath disposed around the implant positioning device and the implant; wherein the implant positioning component is configured to elastically deform within the sheath. an implant positioning device including a head and an implant positioning component, wherein the implant positioning component includes a main trunk extending in a longitudinal direction and a plurality of flexible appendages extending away from the main trunk, wherein the plurality of appendages includes multiple sets of appendages extending away from the main trunk along the length of the main trunk; an implant, including a first face and a second face, the implant being at least partially disposed around the implant positioning component; and a sheath disposed around the implant positioning device and the implant; wherein the implant positioning component is configured to elastically deform within the sheath.
A tag attachable to an animal, the tag comprising: a battery connected to a radio transceiver that consumes power from the battery during transmissions and receptions of signals to and from one or more proximate tags attachable to one or more other animals to generate paired tag readings; and a controller configured to operate the radio transceiver for a predetermined duration and frequency of transmissions, and a predetermined duration and frequency of receptions; characterized in that the predetermined duration and frequency of transmissions and the predetermined duration and frequency of receptions are based on power consumptions of the radio transceiver during transmissions and receptions, and a targeted number of paired tag readings of the tag. a battery connected to a radio transceiver that consumes power from the battery during transmissions and receptions of signals to and from one or more proximate tags attachable to one or more other animals to generate paired tag readings; and a controller configured to operate the radio transceiver for a predetermined duration and frequency of transmissions, and a predetermined duration and frequency of receptions; characterized in that the predetermined duration and frequency of transmissions and the predetermined duration and frequency of receptions are based on power consumptions of the radio transceiver during transmissions and receptions, and a targeted number of paired tag readings of the tag.