mhurhangee/ep-ind-claims huggingface dataset:
A method of identifying a fluid leak around a borehole by determining a location of an acoustic source outside of and around the borehole, the method comprising: receiving acoustic data signals from respective acoustic sensors (304, 1502, 1504, 1506, 1508, 1510, 1512, 1514, 1516, 1518, 1520) spaced along a tool (10, 302, 1500) lowered within the borehole; calculating, from the acoustic data signals, stacked energies for different radial distances (514, 516, 518, 520, 522, 524, 526, 528, 530 532) from the borehole, wherein the stacked energy for each different radial distance (514, 516, 518, 520, 522, 524, 526, 528, 530 532) from the borehole is computed by offsetting the acoustic data signals in time in accordance with a borehole model specifying acoustic delay to the respective acoustic sensor (304, 1502, 1504, 1506, 1508, 1510, 1512, 1514, 1516, 1518, 1520) as a function of the radial distance (514, 516, 518, 520, 522, 524, 526, 528, 530 532) from the borehole and an offset in the displacement along the borehole to the respective acoustic sensor (304, 1502, 1504, 1506, 1508, 1510, 1512, 1514, 1516, 1518, 1520), and summing the offset acoustic data signals to produce a stacked signal, and evaluating energy of the stacked signal over a time window; and translating at least one of the stacked energies to an indication of a radial distance (514, 516, 518, 520, 522, 524, 526, 528, 530 532) of the acoustic source from the borehole including comparing the stacked energies to a threshold and finding that said at least one of the stacked energies exceeds the threshold. receiving acoustic data signals from respective acoustic sensors (304, 1502, 1504, 1506, 1508, 1510, 1512, 1514, 1516, 1518, 1520) spaced along a tool (10, 302, 1500) lowered within the borehole; calculating, from the acoustic data signals, stacked energies for different radial distances (514, 516, 518, 520, 522, 524, 526, 528, 530 532) from the borehole, wherein the stacked energy for each different radial distance (514, 516, 518, 520, 522, 524, 526, 528, 530 532) from the borehole is computed by offsetting the acoustic data signals in time in accordance with a borehole model specifying acoustic delay to the respective acoustic sensor (304, 1502, 1504, 1506, 1508, 1510, 1512, 1514, 1516, 1518, 1520) as a function of the radial distance (514, 516, 518, 520, 522, 524, 526, 528, 530 532) from the borehole and an offset in the displacement along the borehole to the respective acoustic sensor (304, 1502, 1504, 1506, 1508, 1510, 1512, 1514, 1516, 1518, 1520), and summing the offset acoustic data signals to produce a stacked signal, and evaluating energy of the stacked signal over a time window; and translating at least one of the stacked energies to an indication of a radial distance (514, 516, 518, 520, 522, 524, 526, 528, 530 532) of the acoustic source from the borehole including comparing the stacked energies to a threshold and finding that said at least one of the stacked energies exceeds the threshold.
Composition comprising an effective amount of a mixture of natural active compounds, wherein said mixture comprises guajacol, turmeric, and thymol, for use in stabilising gut pH at a level > 6.3 in horses, and wherein thymol, turmeric and guajacol are used in amounts sufficient to provide a daily dosage of 0.25 mg to 1 mg thymol and turmeric and of 0.1 mg to 0.5 mg guajacol per kg body weight of the subject to which it is to be administered.
A motor-vehicle frame, comprising: - a pair of longitudinal members; - a plurality of cross members that join said longitudinal members to one another; - a resting surface, which is supported by said longitudinal members and cross members and defines the surface of the floor of the passenger compartment of said motor vehicle; - a pair of front uprights; and - a front-seat assembly; said frame being characterized in that it comprises: - a platform structure having a portion raised with respect to said resting surface, mounted on which is said seat assembly, and two opposite foot formations that support said raised portion and that rest on said resting surface and/or on at least one of said longitudinal members, wherein provided underneath said raised portion is a space sufficient for receiving the feet of a passenger sitting on a rear-seat assembly of said motor vehicle; and - at least one additional upright carried by a longitudinal member of said pair of longitudinal members, and an additional longitudinal element that is set on top of said one longitudinal member of said pair and that joins said additional upright to one upright of said pair of front uprights, wherein said structure comprises at least one lateral support that joins said raised portion and said additional longitudinal element. - a pair of longitudinal members; - a plurality of cross members that join said longitudinal members to one another; - a resting surface, which is supported by said longitudinal members and cross members and defines the surface of the floor of the passenger compartment of said motor vehicle; - a pair of front uprights; and - a front-seat assembly; - a platform structure having a portion raised with respect to said resting surface, mounted on which is said seat assembly, and two opposite foot formations that support said raised portion and that rest on said resting surface and/or on at least one of said longitudinal members, wherein provided underneath said raised portion is a space sufficient for receiving the feet of a passenger sitting on a rear-seat assembly of said motor vehicle; and - at least one additional upright carried by a longitudinal member of said pair of longitudinal members, and an additional longitudinal element that is set on top of said one longitudinal member of said pair and that joins said additional upright to one upright of said pair of front uprights,
A semiconductive seamless belt comprising a conductive filler and a polyimide resin obtained from a polyamide acid solution containing a tertiary amine selected from the group consisting of imidazole, 2-ethyl-4-imidazole, 2-phenylimidazole, and N-methylimidazole, wherein the polyamide acid solution comprises at least one of: a copolymer comprising a repetition of a component A in which a fully aromatic skeleton which is a tetracarboxylic acid residue and a p-phenylene skeleton which is a diamine residue are bound by an imide bond, and a component B in which a fully aromatic skeleton which is a tetracarboxylic acid residue and a diphenyl ether skeleton which is a diamine residue are bound by an imide bond; and a blend of: a polymer comprising the component A as a repeating unit, and a polymer comprising the component B as a repeating unit, and wherein the polyamide acid solution comprises 30 to 70% by weight of a constitutional unit of the component A and 70 to 30% by weight of a constitutional unit of the component B. a copolymer comprising a repetition of a component A in which a fully aromatic skeleton which is a tetracarboxylic acid residue and a p-phenylene skeleton which is a diamine residue are bound by an imide bond, and a component B in which a fully aromatic skeleton which is a tetracarboxylic acid residue and a diphenyl ether skeleton which is a diamine residue are bound by an imide bond; and a blend of: a polymer comprising the component A as a repeating unit, and a polymer comprising the component B as a repeating unit, and wherein the polyamide acid solution comprises 30 to 70% by weight of a constitutional unit of the component A and 70 to 30% by weight of a constitutional unit of the component B.
An on-vehicle battery pack comprising: a battery module comprising: a unit cell, and a module case in which the unit cell is housed, the module case including a plane being set as a gas release plane from which to release a gas discharged from the unit cell; a pack case including a sidewall portion, wherein the battery module is housed in the pack case with the gas release plane facing an inner surface of the sidewall portion with a space therebetween; and a restriction plate configured to keep the gas released from the gas release plane from rising directly to an upper portion of inside of the pack case, the restriction plate comprising a first plate portion fixed to an upper surface of the module case and protruding toward the sidewall portion of the pack case at a height position higher than at least an upper edge of the gas release plane, and a second plate portion extending downwards in the space continuously from a front edge of the first plate portion in a direction in which the first plate portion protrudes. a battery module comprising: a unit cell, and a module case in which the unit cell is housed, the module case including a plane being set as a gas release plane from which to release a gas discharged from the unit cell; a unit cell, and a module case in which the unit cell is housed, the module case including a plane being set as a gas release plane from which to release a gas discharged from the unit cell; a pack case including a sidewall portion, wherein the battery module is housed in the pack case with the gas release plane facing an inner surface of the sidewall portion with a space therebetween; and a restriction plate configured to keep the gas released from the gas release plane from rising directly to an upper portion of inside of the pack case, the restriction plate comprising a first plate portion fixed to an upper surface of the module case and protruding toward the sidewall portion of the pack case at a height position higher than at least an upper edge of the gas release plane, and a second plate portion extending downwards in the space continuously from a front edge of the first plate portion in a direction in which the first plate portion protrudes.
A wireless communication system for a ground based vehicle, said wireless communication system comprising: a router connected to a plurality of antennas (5a-n), wherein the router is configured to transmit and receive wireless data communication to and from a stationary communication server outside said vehicle through at least one base station (8a-d) of an exterior mobile network via said antennas; wherein said antennas (5a-n) are directional antennas arranged on planes of the vehicle functioning as ground planes, isolating planes or absorbing planes, each plane extending in a height direction and length direction of said vehicle, wherein at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a first side of the vehicle, and at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a second side of the vehicle, the second side being opposite to the first side, characterized in that the planes are provided on sides of a longitudinal beam extending in a length direction of the ground based vehicle and arranged in the middle of the roof of said ground based vehicle. a router connected to a plurality of antennas (5a-n), wherein the router is configured to transmit and receive wireless data communication to and from a stationary communication server outside said vehicle through at least one base station (8a-d) of an exterior mobile network via said antennas; wherein said antennas (5a-n) are directional antennas arranged on planes of the vehicle functioning as ground planes, isolating planes or absorbing planes, each plane extending in a height direction and length direction of said vehicle, wherein at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a first side of the vehicle, and at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a second side of the vehicle, the second side being opposite to the first side, characterized in that the planes are provided on sides of a longitudinal beam extending in a length direction of the ground based vehicle and arranged in the middle of the roof of said ground based vehicle.
Injection nozzle adjustment device for positioning at least one injection nozzle in relation to a strand in a strand guide of a continuous slab casting machine, having - a displacement device, comprising a drive body and an adjustment cylinder, for moving the adjustment cylinder in relation to the fixed drive body; and - an injection nozzle holder for holding at least one injection nozzle, wherein the injection nozzle is embodied for spraying coolant onto the strand and the injection nozzle holder is connected to the adjustment cylinder; characterised in that, at least one telescopic telescope tube (7a, 7b) is provided, comprising a stationary tube and at least one displaceable tube, wherein the stationary tube is connected to the drive body, for conveying the coolant to the injection nozzle holder, so that the injection nozzle is connected rotationally rigidly to the drive body; and the longitudinal axes of the adjustment cylinder and of the telescope tube (7a, 7b) are aligned in parallel. - a displacement device, comprising a drive body and an adjustment cylinder, for moving the adjustment cylinder in relation to the fixed drive body; and - an injection nozzle holder for holding at least one injection nozzle, wherein the injection nozzle is embodied for spraying coolant onto the strand and the injection nozzle holder is connected to the adjustment cylinder; characterised in that, at least one telescopic telescope tube (7a, 7b) is provided, comprising a stationary tube and at least one displaceable tube, wherein the stationary tube is connected to the drive body, for conveying the coolant to the injection nozzle holder, so that the injection nozzle is connected rotationally rigidly to the drive body; and the longitudinal axes of the adjustment cylinder and of the telescope tube (7a, 7b) are aligned in parallel.
A material for a nuclear fusion reactor, the material consisting essentially of an alloy including at least one beryllium intermetallic compound phase and a base phase, characterized in that the base phase of the alloy consists of one or more metals selected from the group of Be, Zr, Ti and V.
Turbomachine for supplying air to a fuel cell system, comprising at least one compressor wheel connected to a shaft for conjoint rotation therewith, and an electric motor for driving the shaft, wherein the compressor wheel is connected via a hub portion to a preferably hollow-cylinder-shaped shaft portion of the shaft for conjoint rotation therewith, wherein at least one air channel (7, 8) is formed in the hub portion, by means of which air channel a compressor inlet is connected to an annular space on the side of the compressor wheel facing away from the compressor inlet, characterized in that the annular space is connected to at least one bearing (14, 15) of the shaft on the side of the compressor wheel facing away from the compressor inlet via at least one further air channel (12, 13), wherein the at least one further air channel is routed via an annular gap between the shaft and a winding, surrounding the shaft, of the electric motor.
A composition comprising deoxyadenosine, deoxyguanosine, deoxycytidine, and deoxythymidine for use in the treatment of a mitochondrial DNA depletion and/or deletion syndrome, wherein the syndrome is due to a defect in the DNA polymerase subunit gamma-1 (POLG1) protein.
Method for manufacturing a substrate for surface-enhanced Raman spectography, with the method comprising the following steps: - (a) depositing of a multilayer on an upper surface of a support, with the multilayer comprising at least two metal layers separated from each other by an intermediate layer, the intermediate layer able to be selectively etched with respect to the metal layers; - (b) etching of the multilayer in such a way as to form at least one trench through the multilayer, with the trench being delimited by ends (7, 8) of each one of the layers (4, 5) of the multilayer; - (c) selective etching of a portion of each end of each intermediate layer in such a way as to form a cavity between the ends of two successive metal layers in such a way that the ends of two successive metal layers form metal pins separated by a cavity; - (d) forming of a reflective optical system in each trench, with the reflective optical system being arranged to direct inside the cavities an incident light arriving according to an angle α with respect to the upper surface of the support and to not produce any surface-enhanced Raman spectography, the step of forming the reflective optical system comprising a step of forming a microstructured pattern protruding from the upper surface of the support. - (a) depositing of a multilayer on an upper surface of a support, with the multilayer comprising at least two metal layers separated from each other by an intermediate layer, the intermediate layer able to be selectively etched with respect to the metal layers; - (b) etching of the multilayer in such a way as to form at least one trench through the multilayer, with the trench being delimited by ends (7, 8) of each one of the layers (4, 5) of the multilayer; - (c) selective etching of a portion of each end of each intermediate layer in such a way as to form a cavity between the ends of two successive metal layers in such a way that the ends of two successive metal layers form metal pins separated by a cavity; - (d) forming of a reflective optical system in each trench, with the reflective optical system being arranged to direct inside the cavities an incident light arriving according to an angle α with respect to the upper surface of the support and to not produce any surface-enhanced Raman spectography, the step of forming the reflective optical system comprising a step of forming a microstructured pattern protruding from the upper surface of the support.
Apparatus (100; 200) for recording a depth profile of a biological tissue, in particular a frontal eye section of a human eye, according to the principle of optical coherence tomography, comprising: a light source adapted to generate a bundle of light rays comprising wavelengths in a predetermined wavelength range having a predetermined bandwidth (Δλ) and comprising an operating wavelength (λ 0), wherein the light source is a gallium nitride (GaN)-semiconductor-LED and the wavelength in the predetermined wavelength range is 405 nm according to the emission wavelength of the LED, an interferometer arrangement comprising a beam splitter device, adapted to spatially separate the bundle of light rays generated by the light source into a reference beam (104; 204) and a measurement beam directed towards the tissue, a reference beam deflection device (130; 230) adapted to deflect the reference beam (104; 204), a beam superpositioning device adapted to spatially superimpose the deflected reference beam (104; 204) onto the measurement beam deflected by the tissue to a superpositioned beam (108; 208), and a detector arrangement (160, 170; 270) for detecting information in the superpositioned beam (108; 208) associated with the difference of the optical path length of the reference beam (104; 204) and the measurement beam. a light source adapted to generate a bundle of light rays comprising wavelengths in a predetermined wavelength range having a predetermined bandwidth (Δλ) and comprising an operating wavelength (λ 0), wherein the light source is a gallium nitride (GaN)-semiconductor-LED and the wavelength in the predetermined wavelength range is 405 nm according to the emission wavelength of the LED, an interferometer arrangement comprising a beam splitter device, adapted to spatially separate the bundle of light rays generated by the light source into a reference beam (104; 204) and a measurement beam directed towards the tissue, a reference beam deflection device (130; 230) adapted to deflect the reference beam (104; 204), a beam superpositioning device adapted to spatially superimpose the deflected reference beam (104; 204) onto the measurement beam deflected by the tissue to a superpositioned beam (108; 208), and a detector arrangement (160, 170; 270) for detecting information in the superpositioned beam (108; 208) associated with the difference of the optical path length of the reference beam (104; 204) and the measurement beam.
Medical device for protecting a cutaneous zone, such as a dressing, comprising: - a composite material (1, 8, 8') comprising an open knitted textile support (2, 2') provided with a network of stitches (4, 4'), the said textile support (2, 2') exhibiting at least one zone devoid of stitches (5, 5' and/or 6') or in which the density of stitches is at least 5 times lower than the rest of the support, and a silicone impregnating the said support, and - an absorbent mass disposed in the zone devoid of stitches (5, 5' and/or 6') or in which the density of stitches is at least 5 times lower than the rest of the textile support. - a composite material (1, 8, 8') comprising an open knitted textile support (2, 2') provided with a network of stitches (4, 4'), the said textile support (2, 2') exhibiting at least one zone devoid of stitches (5, 5' and/or 6') or in which the density of stitches is at least 5 times lower than the rest of the support, and a silicone impregnating the said support, and - an absorbent mass disposed in the zone devoid of stitches (5, 5' and/or 6') or in which the density of stitches is at least 5 times lower than the rest of the textile support.
An optical time-domain reflectometer (OTDR), the OTDR comprising: a pulse generator; a multi-wavelength detector which comprises a plurality of detectors, each detector corresponding to a different wavelength of light; a coupler adapted to simultaneously couple the plurality of detectors of the multi-wavelength detector to a fiber under test at a single optical port; a controller which controls an operation of the pulse generator and the multi-wavelength detector, and characterized in that the coupler is further adapted to simultaneously couple the plurality of detectors of the multi-wavelength detector and a plurality of passive optical power detectors to the fiber at the single optical port, each passive optical power detector corresponding to a different wavelength of light; and the OTDR comprises a splitter coupling the multi-wavelength detector and the plurality of passive optical power detectors to the coupler and splitting light from the coupler between the multi-wavelength detector and the plurality of passive optical power detectors. a pulse generator; a multi-wavelength detector which comprises a plurality of detectors, each detector corresponding to a different wavelength of light; a coupler adapted to simultaneously couple the plurality of detectors of the multi-wavelength detector to a fiber under test at a single optical port; a controller which controls an operation of the pulse generator and the multi-wavelength detector, and characterized in that the coupler is further adapted to simultaneously couple the plurality of detectors of the multi-wavelength detector and a plurality of passive optical power detectors to the fiber at the single optical port, each passive optical power detector corresponding to a different wavelength of light; and the OTDR comprises a splitter coupling the multi-wavelength detector and the plurality of passive optical power detectors to the coupler and splitting light from the coupler between the multi-wavelength detector and the plurality of passive optical power detectors.