mhurhangee/ep-ind-claims huggingface dataset:
A gas-turbine cooling system comprising: a gas turbine; an exhaust-heat recovery boiler having a first system arranged to generate first steam by means of heat exchange with exhaust heat from the gas turbine, a first drum arranged to supply water and steam to the first system, a second system arranged to generate second steam having lower pressure than the first steam by means of heat exchange with the exhaust heat from the gas turbine, and a second drum arranged to supply water and steam to the second system; a first flow channel that connects the second system and a cooling system of the gas turbine and that is arranged to supply the second steam from the second system to the cooling system; and a second flow channel that connects the first drum and the second drum and that is arranged to supply saturated steam in the first drum from the first drum to the second drum. a gas turbine; an exhaust-heat recovery boiler having a first system arranged to generate first steam by means of heat exchange with exhaust heat from the gas turbine, a first drum arranged to supply water and steam to the first system, a second system arranged to generate second steam having lower pressure than the first steam by means of heat exchange with the exhaust heat from the gas turbine, and a second drum arranged to supply water and steam to the second system; a first flow channel that connects the second system and a cooling system of the gas turbine and that is arranged to supply the second steam from the second system to the cooling system; and a second flow channel that connects the first drum and the second drum and that is arranged to supply saturated steam in the first drum from the first drum to the second drum.
Apparatus to produce semi-finished blade end products for wind power installation rotor blades with - a winding mandrel, which can be rotated for rolling up preferably ribbon-like fiber composite material, characterized by - an impregnating device that is movable along the winding mandrel to impregnate the fiber composite material before it is rolled up around the winding mandrel, - a magazine device 7 is movable, preferably synchronously with the impregnating device, along the winding mandrel to provide the fiber composite material, characterized in that the magazine device comprises a plurality of rotatably mounted roll mounts to accept fiber composite material rolls, wherein the magazine device comprises a revolver-like arrangement of the plurality of roll mounts. - a winding mandrel, which can be rotated for rolling up preferably ribbon-like fiber composite material, - an impregnating device that is movable along the winding mandrel to impregnate the fiber composite material before it is rolled up around the winding mandrel, - a magazine device 7 is movable, preferably synchronously with the impregnating device, along the winding mandrel to provide the fiber composite material,
A method of time of flight positron emission tomography comprising the steps of: estimating a position of a first positron annihilation event based on a first temporal resolution obtained from a memory; estimating a position of a second positron annihilation event based on a second temporal resolution obtained from the memory, wherein the second temporal resolution is different from the first temporal resolution; using the estimated positions to reconstruct image data indicative of the positron annihilation events; characterized in that the memory includes temporal resolution values for each of a plurality of locations on a pixelated scintillator. estimating a position of a first positron annihilation event based on a first temporal resolution obtained from a memory; estimating a position of a second positron annihilation event based on a second temporal resolution obtained from the memory, wherein the second temporal resolution is different from the first temporal resolution; using the estimated positions to reconstruct image data indicative of the positron annihilation events;
Refrigeration tower for cooling an aqueous fluid by means of air by direct contact, advantageously in counterflow, of said aqueous fluid with air in an enclosure, this tower comprising: * an enclosure; * an air supply in said enclosure; * an air outlet for said enclosure; * a heat exchanger located in the enclosure between the air supply and the air outlet ensuring a direct contact between the aqueous fluid to be cooled and air flowing in the exchanger; * a spraying device of the aqueous fluid to be cooled on at least a portion of the exchanger; and * a droplet separator located between the spraying device and the outlet, * at least one means for at least partially absorbing the noise generated in the enclosure formed by a noise absorbing element or a series of noise absorbing elements (21A, 21B), characterized in that the said at least one means comprises at least one part made of foam having an average height of at least 5cm, preferably from 25cm to 100cm, a thickness of at least 2cm, preferably from 10cm to 30cm, and a density of less than 100 kg/m 3, advantageously less than 50 kg/m 3, in particular from 15 to 30 kg/m 3, the absorbing element or said series of absorbing elements being arranged on the droplet separator or above it, optionally with the interposition of a support allowing the passage of air coming from the droplet separator, the absorbing element or said series of absorbing elements being arranged or adapted to define a network of distinct open passages for the air exiting the droplet separator towards the outlet, said passages each having an open section between 200 cm 2 and 2000 cm 2, preferably between 400 cm 2 and 900 cm 2, more particularly from 500 cm 2 to 700 cm 2, and a height of 5 to 100 cm, in particular of 10 to 50 cm, for example 20 to 30 cm, and in that the tower comprises a means limiting the relative movements of said absorbing element or of said absorbing elements forming said network with respect to the separator dropper in a direction perpendicular to the plane of the upper surface of the droplet separator, preferably substantially avoiding any relative movements of said absorbing element or said absorbing elements forming said network of passages with respect to the droplet separator. * an enclosure; * an air supply in said enclosure; * an air outlet for said enclosure; * a heat exchanger located in the enclosure between the air supply and the air outlet ensuring a direct contact between the aqueous fluid to be cooled and air flowing in the exchanger; * a spraying device of the aqueous fluid to be cooled on at least a portion of the exchanger; and * a droplet separator located between the spraying device and the outlet, * at least one means for at least partially absorbing the noise generated in the enclosure formed by a noise absorbing element or a series of noise absorbing elements (21A, 21B),
A system comprising: a sound processor configured to divide an audio signal into a plurality of analysis channels, and generate a plurality of tonality indices each corresponding to a particular analysis channel included within the plurality of analysis channels, wherein the tonality indices are determined as a ratio of a maximum spectral energy level to a median spectral energy level contained within the particular analysis channel; and an implantable cochlear stimulator communicatively coupled to said sound processor and configured to generate one or more stimulation pulses configured to represent said audio signal in accordance with one or more stimulation parameters, and adjust at least one of said one or more stimulation parameters based on at least one of said tonality indices. a sound processor configured to divide an audio signal into a plurality of analysis channels, and generate a plurality of tonality indices each corresponding to a particular analysis channel included within the plurality of analysis channels, wherein the tonality indices are determined as a ratio of a maximum spectral energy level to a median spectral energy level contained within the particular analysis channel; and an implantable cochlear stimulator communicatively coupled to said sound processor and configured to generate one or more stimulation pulses configured to represent said audio signal in accordance with one or more stimulation parameters, and adjust at least one of said one or more stimulation parameters based on at least one of said tonality indices.
A method of lubricating a marine diesel engine, comprising supplying to said engine a marine diesel cylinder lubricant composition at a feed rate of 0.6 g/kW hr to 0.9 g/kW hr, wherein said lubricant composition has a ratio of Σ(wt % overbased detergent) / Σ (wt % of boron from antiwear additives + wt % of phosphorus-containing antiwear additives) in the range of 17.5 to 3000.
Method of manufacturing a trough mirror for a solar trough mirror power station comprising the steps: - providing a coil of a strip comprising a substrate which is coated or laminated at least on one side with a reflection film for reflecting sunlight, - providing a first and a second slide (4, 5) which both extend perpendicular to the longitudinal direction of the solar trough mirror having substantially the shape of the cross-section of the solar trough mirror and which are arranged to guide the opposite edges (6, 7) of one coated sheet, - uncoiling the strip from the coil and cutting the strip subsequently into sheet, - guiding the strip during uncoiling or guiding the sheets subsequently to cutting the strip into sheets with their opposite edges into the first and second slide in that the coated sheet get the shape of at least a section of the trough mirror and - fixing said sheet in the slides with fixing means (4c, 5c, 14) so that at least one sheet is carried by a pair of slides. - providing a coil of a strip comprising a substrate which is coated or laminated at least on one side with a reflection film for reflecting sunlight, - providing a first and a second slide (4, 5) which both extend perpendicular to the longitudinal direction of the solar trough mirror having substantially the shape of the cross-section of the solar trough mirror and which are arranged to guide the opposite edges (6, 7) of one coated sheet, - uncoiling the strip from the coil and cutting the strip subsequently into sheet, - guiding the strip during uncoiling or guiding the sheets subsequently to cutting the strip into sheets with their opposite edges into the first and second slide in that the coated sheet get the shape of at least a section of the trough mirror and - fixing said sheet in the slides with fixing means (4c, 5c, 14) so that at least one sheet is carried by a pair of slides.
A rare earth sintered magnet comprising a group of main phase grains each composed of an R-T-B-based rare earth magnet comprising a core and a shell covering the core, wherein a thickness of the shell is 500 nm or less, R includes a light rare earth element and a heavy rare earth element, and a Zr compound is present in a grain boundary phase of the group of main phase grains and/or the shell, and wherein the rare earth sintered magnet has a composition comprising R: 29.0 to 33.0 mass%; B: 0.85 to 0.98 mass%; Al: 0.03 to 0.25 mass%; Cu: 0.01 to 0.15 mass%; Zr: 0.03 to 0.25 mass%; Co: 3 mass% or less, but not including 0 mass%; Ga: 0 to 0.35 mass%; O: 2500 ppm or less; C: 500 ppm to 1500 ppm; and Fe: the balance. wherein a thickness of the shell is 500 nm or less, R includes a light rare earth element and a heavy rare earth element, and a Zr compound is present in a grain boundary phase of the group of main phase grains and/or the shell, and
A chip module, comprising a plurality of first ports and a first control module, wherein at least some of the plurality of first ports are first selection ports, and each first selection port acts as a read port or a write port; and the first control module is configured to control, based on a transmit/receive requirement of the chip module, the first selection port to be switched to a read port or a write port, to match the transmit/receive requirement of the chip module; characterized in that: the first control module is further configured to: obtain a required ratio of write ports to read ports as a target ratio based on the transmit/receive requirement of the chip module, and to determine a current ratio of write ports to read ports in the current chip module; and when the current ratio is different from the target ratio, the first control module is configured to control, based on a result of comparison between the target ratio and the current ratio, the first selection port to be switched to a read port or a write port, until the ratio of read ports to write ports of the chip module is consistent with the target ratio. at least some of the plurality of first ports are first selection ports, and each first selection port acts as a read port or a write port; and the first control module is configured to control, based on a transmit/receive requirement of the chip module, the first selection port to be switched to a read port or a write port, to match the transmit/receive requirement of the chip module; characterized in that: the first control module is further configured to: obtain a required ratio of write ports to read ports as a target ratio based on the transmit/receive requirement of the chip module, and to determine a current ratio of write ports to read ports in the current chip module; and when the current ratio is different from the target ratio, the first control module is configured to control, based on a result of comparison between the target ratio and the current ratio, the first selection port to be switched to a read port or a write port, until the ratio of read ports to write ports of the chip module is consistent with the target ratio. the first control module is further configured to: obtain a required ratio of write ports to read ports as a target ratio based on the transmit/receive requirement of the chip module, and to determine a current ratio of write ports to read ports in the current chip module; and when the current ratio is different from the target ratio, the first control module is configured to control, based on a result of comparison between the target ratio and the current ratio, the first selection port to be switched to a read port or a write port, until the ratio of read ports to write ports of the chip module is consistent with the target ratio.
A method of determining whether a target nucleic acid is present in a biological sample on a solid surface, comprising the steps of: a) contacting the sample on the solid surface with a dry fibrous matrix, wherein labeled nucleic acid probes for detecting the target nucleic acid are embedded in or sorbed to the matrix, and wherein the labeled nucleic acid probes comprise nucleotide sequences that are substantially complementary to one or more different nucleotide sequences in the target nucleic acid; b) hydrating the matrix to release the probes from the matrix; c) incubating the sample with the probes under stringent conditions sufficient to permit specific hybridization of the probes to the target nucleic acid if present in the sample; d) washing the sample to remove unhybridized and non-specifically hybridized probes; and e) determining whether the target nucleic acid is present in the sample by determining whether the labeled nucleic acid probes have hybridized to the sample. a) contacting the sample on the solid surface with a dry fibrous matrix, wherein labeled nucleic acid probes for detecting the target nucleic acid are embedded in or sorbed to the matrix, and wherein the labeled nucleic acid probes comprise nucleotide sequences that are substantially complementary to one or more different nucleotide sequences in the target nucleic acid; b) hydrating the matrix to release the probes from the matrix; c) incubating the sample with the probes under stringent conditions sufficient to permit specific hybridization of the probes to the target nucleic acid if present in the sample; d) washing the sample to remove unhybridized and non-specifically hybridized probes; and e) determining whether the target nucleic acid is present in the sample by determining whether the labeled nucleic acid probes have hybridized to the sample.
A circuit module comprising: a module board; a plurality of circuit chips arranged on the module board; a main bus having a plurality of lines, branching into a plurality of sub-buses having a plurality of lines, each of the sub-busses being connected to one of the plurality of circuit chips; wherein each circuit chip comprises an indication signal generating unit for providing an indication signal based on a combination of the signals received on the plurality of lines of the sub-bus connected to the respective circuit chip, and an indication signal output for outputting the indication signal; characterized in that the indication signal generating unit calculates a check sum of the bits of the sub-bus as the indication signal which is suitable to be compared by a memory controller with a pre-calculated check-sum to detect an error. a module board; a plurality of circuit chips arranged on the module board; a main bus having a plurality of lines, branching into a plurality of sub-buses having a plurality of lines, each of the sub-busses being connected to one of the plurality of circuit chips; wherein each circuit chip comprises an indication signal generating unit for providing an indication signal based on a combination of the signals received on the plurality of lines of the sub-bus connected to the respective circuit chip, and an indication signal output for outputting the indication signal; characterized in that the indication signal generating unit calculates a check sum of the bits of the sub-bus as the indication signal which is suitable to be compared by a memory controller with a pre-calculated check-sum to detect an error.
An electric pump system, comprising: an oil pump that supplies hydraulic fluid to a hydraulically-actuated device through an oil passage ( Lb) as a motor is driven; and a control unit that executes drive control on the motor, characterized in that the control unit executes the drive control on the motor based on a hydraulic pressure of the hydraulic fluid in the oil passage ( Lb), wherein the control unit estimates a hydraulic pressure value of the hydraulic fluid based on a driving current for the motor and a rotation speed of the motor, and corrects the estimated hydraulic pressure value based on a power supply voltage of the motor. an oil pump that supplies hydraulic fluid to a hydraulically-actuated device through an oil passage ( Lb) as a motor is driven; and a control unit that executes drive control on the motor, characterized in that the control unit executes the drive control on the motor based on a hydraulic pressure of the hydraulic fluid in the oil passage ( Lb), wherein the control unit estimates a hydraulic pressure value of the hydraulic fluid based on a driving current for the motor and a rotation speed of the motor, and corrects the estimated hydraulic pressure value based on a power supply voltage of the motor.
A coupler structure for transcontinental railroad cars, the coupler structure comprising: a head unit having two different coupler forms integrated into a single body; and a shank unit connectable to a railroad car body while being coupled to the head unit, wherein the shank unit comprises a U-shaped head connector part and a securing part, the head unit being inserted into and hinged to the U-shaped head connector part, and the securing part extending from a rear end of the head connector part and fixedly mountable on the car body, characterized in that supporting parts are projected from upper and lower surfaces of a rear end of the head unit, and supporting grooves, into which the supporting parts are inserted, are formed on an inner surface of the head connector part. a head unit having two different coupler forms integrated into a single body; and a shank unit connectable to a railroad car body while being coupled to the head unit, wherein the shank unit comprises a U-shaped head connector part and a securing part, the head unit being inserted into and hinged to the U-shaped head connector part, and the securing part extending from a rear end of the head connector part and fixedly mountable on the car body, characterized in that supporting parts are projected from upper and lower surfaces of a rear end of the head unit, and supporting grooves, into which the supporting parts are inserted, are formed on an inner surface of the head connector part.
Conduction carrier body having devices for feeding in a medium, having a flat foamed metallic core, which comprises two flat sides and at least one front side, wherein at least one respective flat side cover layer (3, 3') is arranged on each of the flat sides (6, 6') and at least one front side cover layer (4, 4', 4", 4"') is arranged on the at least one front side and is connected in a firmly bonded manner fluid-tight to the foamed metallic core, and wherein the flat side cover layers (3, 3') and the at least one front side cover layer (4, 4', 4", 4"') enclose the foamed metallic core on all sides, wherein the foamed metallic core comprises closed cells and stamped recesses that form fluid channels at least on one flat side (6, 6') as means for conducting the medium, wherein the recesses are occluded outwardly by the flat side cover layer (3, 3') that overlaps the flat side (6, 6') of the foamed metallic core, characterised in that the foamed metallic core comprises cells at the bottom of the recesses having a compressed structure with a higher level of mechanical stability compared to the cells on the side walls of the recesses.
A catheter for in vivo imaging comprising an optical train coupled to a rotary drive shaft at least partially disposed within a sheath body, wherein the sheath body defining a central lumen and a distal tip, the central lumen terminating at the distal tip and the distal tip having a guidewire lumen formed therein, and characterized by: the sheath body being monolithic; the optical train being positioned within the central lumen and further comprising an optical fiber, a gradient index lens, a prism, a housing concentrically engaged about the optical fiber, the gradient index lens, and the prism; and the rotary drive shaft comprising a proximal metal hypotube coupled to a distal stranded hollow core, wherein the proximal metal hypotube comprises variable stiffness along a longitudinal axis of the hypotube, and the distal stranded hollow core of the rotary drive shaft is coupled to a proximal end of the housing. the sheath body being monolithic; the optical train being positioned within the central lumen and further comprising an optical fiber, a gradient index lens, a prism, a housing concentrically engaged about the optical fiber, the gradient index lens, and the prism; and the rotary drive shaft comprising a proximal metal hypotube coupled to a distal stranded hollow core, wherein the proximal metal hypotube comprises variable stiffness along a longitudinal axis of the hypotube, and the distal stranded hollow core of the rotary drive shaft is coupled to a proximal end of the housing.