mhurhangee/ep-ind-claims huggingface dataset:
A device for transmission by power line communication between two items of equipment (10, 20) on-board an aircraft, the device for transmission by power line communication including a transmission cable connecting the two items of equipment (10, 20), the transmission cable being configured to simultaneously transmit a supply current and a data signal and including two twisted pairs of conductors (34, 34a, 34b), characterized in that the device includes a data transmitter including a COFDM coupler configured to modulate a signal by carrier modulation in a COFDM mode, and a data receiver including a COFDM coupler configured to demodulate a modulated signal by carrier modulation in a COFDM mode, and in that - the data transmitter is configured to transmit a test signal by carrier modulation in a COFDM mode, - the data receiver is configured to detect signals corresponding to the transmitted test signals, and analyze the carriers of the detected signal in regard to the transmitted signal and deduce therefrom the state of the transmission cable. - the data transmitter is configured to transmit a test signal by carrier modulation in a COFDM mode, - the data receiver is configured to detect signals corresponding to the transmitted test signals, and analyze the carriers of the detected signal in regard to the transmitted signal and deduce therefrom the state of the transmission cable.
Motor/pump unit with a multi-part housing, which unit comprises an internal gear machine for reversing duty and an electric motor which is coupled with the internal gear machine by way of at least one shaft which is mounted rotatably about a shaft rotational axis in the housing, wherein the internal gear machine comprises a working chamber which is delimited by at least two housing parts (25.1, 25.2) of the housing, and in which an externally-toothed pinion which has pinion teeth and an internally-toothed ring gear which has ring-gear teeth and is mounted eccentrically relative to the pinion are arranged, wherein the ring-gear teeth mesh with the pinion teeth in a tooth engagement region, and wherein a sickle-shaped free space is formed between the pinion and the ring gear, in which space a multi-part filler piece is arranged which comprises a plurality of radial sealing elements (42; 43.1, 43.2), movable in the radial direction relative to one another, for radially sealing off a high-pressure region (44.1, 44.2) of the working chamber, a first radial sealing element of which forms a pinion segment which lies against the pinion teeth and a second radial sealing element of which forms a ring-gear segment which lies against the ring-gear teeth, and wherein a radial gap (75.1, 75.2) is formed between an inner face of the pinion segment, said inner face pointing radially outwards to the ring-gear segment, and an inner face (73.1, 73.2) of the ring-gear segment, said inner face (73.1, 73.2) located opposite said inner face and pointing radially inwards to the pinion segment, and wherein at least one axial sealing plate (58.1, 58.2), which is movable in the axial direction, for axially sealing off the high-pressure region (44.1, 44.2) of the working chamber is arranged between axial end faces (56.1, 57.1; 56.2, 57.2) of the gear wheels (26, 30) and at least one of the housing parts (25.1, 25.2), characterised in that the at least one axial sealing plate (58.1, 58.2) has at least one sealing-plate depression, open towards the end faces (56.1, 57.1; 56.2, 57.2) of the gear wheels (26, 30), in the form of a sealing-plate control channel (63.3.1, 63.3.2) which can be acted upon by pressure medium, which depression starts from a sealing-plate recess (62.1, 62.2), is open towards the radial gap (75.1, 75.2) and lies directly opposite the radial gap (75.1, 75.2), wherein two control grooves (63.1.1, 63.1.2; 63.2.1, 63.2.2) open into the sealing-plate recess (62.1, 62.2), which grooves are open towards the end faces (56.1, 56.2; 57.1, 57.2), wherein a first one of the control grooves (63.1.1, 63.1.2) is arranged lying directly opposite pinion tooth spaces which are formed between the pinion teeth, and a second one of the control grooves (63.2.1, 63.2.2) is arranged lying directly opposite ring-gear tooth spaces which are formed between the ring-gear teeth.
Antioxidant composition containing an active agent, said active agent comprising nicotinamide, spermidine and at least one further component selected from trehalose and lentztrehalose.
A rotor blade (22,100,200,300) for use with a wind turbine, the rotor blade comprising: a blade sidewall (110,304) comprising a first blade section and a second blade section the blade sidewall (110,304) at least partially defining a cavity (114,147,160,210,312) extending from a blade root (24,102,218) towards a blade tip (26,104,220) of said rotor blade, said blade sidewall having a leading edge and a trailing edge; a structural support assembly (124,324) at least partially positioned within the cavity and extending from said blade root towards said blade tip, said structural support assembly comprising an inner surface (144,158) and an outer surface (136,162), said inner surface (144,158) defining further said cavity (114...312), a root end (126,204) and an opposing tip end (128,206); and a plurality of support members (134,148,150,172,174,212,326,328) coupled between said blade sidewall and said structural support assembly, said plurality of support members (134...328) being spaced circumferentially about said outer surface and comprising a first support member (148,172) and a second support member (150,174), said first support member (148,172) coupled between said first blade section and said second blade section, and said second support member (150,174) coupled between said first support member (148,172) and said structural support assembly (124,324). a blade sidewall (110,304) comprising a first blade section and a second blade section the blade sidewall (110,304) at least partially defining a cavity (114,147,160,210,312) extending from a blade root (24,102,218) towards a blade tip (26,104,220) of said rotor blade, said blade sidewall having a leading edge and a trailing edge; a structural support assembly (124,324) at least partially positioned within the cavity and extending from said blade root towards said blade tip, said structural support assembly comprising an inner surface (144,158) and an outer surface (136,162), said inner surface (144,158) defining further said cavity (114...312), a root end (126,204) and an opposing tip end (128,206); and a plurality of support members (134,148,150,172,174,212,326,328) coupled between said blade sidewall and said structural support assembly, said plurality of support members (134...328) being spaced circumferentially about said outer surface and comprising a first support member (148,172) and a second support member (150,174), said first support member (148,172) coupled between said first blade section and said second blade section, and said second support member (150,174) coupled between said first support member (148,172) and said structural support assembly (124,324).
Road milling machine having a chassis and a rotatably drivable milling drum for processing an underground or road surface located, when viewed in the milling direction, in front of the milling drum, wherein the milling drum is at least partially enclosed by a milling drum housing and the milling drum is assigned at least one means for generating an optical reference signal for the milling process and an optical reference signal is able to be generated with the at least one means directly in front of or laterally with respect to the milling drum, wherein the reference signal is coupled to the driving movement of the road milling drum, characterized in that an undercarriage of the road milling machine is assigned at least one sensor that is readable by a control unit and with which a colour and/or intensity of the optical reference signal on the underground or on the road surface is determinable, wherein a signal is able to be generated by the control unit if a change in colour and/or intensity of the reference signal is ascertained by the at least one sensor.
A tubular heat treatment apparatus comprising a number of tubes, wherein said number of tubes is arranged in a number of groups, wherein each of said number of groups are arranged to process product within a pre-determined temperature interval, characterised in that at least one of said number of groups are swept by a sheet, such that heat transfer to or from said at least one of said groups is reduced.
In the production of a device, a method includes disposing a layer of photosensitive material over a substrate, the method further utilising (i) a first exposure tool having a first maximum expose field smaller than a size of the device, (ii) a second exposure tool having a second maximum expose field at least the size of the device, (iii) a first mask, and (iv) a second mask, the method comprising: utilizing the first exposure tool, exposing an abutting field pattern in the layer of photosensitive material through the first mask in a plurality of different locations such that the abutting field pattern includes unit cells stitched in the photosensitive material; utilizing the second exposure tool, exposing photosensitive material through the second mask to form a periphery pattern in the layer of photosensitive material surrounding the abutting field pattern; using developer solution to develop the layer of photosensitive material and to wash away either the exposed or the unexposed portions of the photosensitive material by the developer solution; and thereafter, utilising unremoved portions of the layer of photosensitive material as a mask for a semiconductor process. utilizing the first exposure tool, exposing an abutting field pattern in the layer of photosensitive material through the first mask in a plurality of different locations such that the abutting field pattern includes unit cells stitched in the photosensitive material; utilizing the second exposure tool, exposing photosensitive material through the second mask to form a periphery pattern in the layer of photosensitive material surrounding the abutting field pattern; using developer solution to develop the layer of photosensitive material and to wash away either the exposed or the unexposed portions of the photosensitive material by the developer solution; and thereafter, utilising unremoved portions of the layer of photosensitive material as a mask for a semiconductor process.
An apparatus for preparing food comprising a housing and a food preparation chamber arranged in the housing and having an outer wall the apparatus further comprising an air cooling system comprising: - a fan; - a first air inlet (5A, 5B) arranged at an upper part of the housing; - a second air inlet (6A, 6B) arranged at a lower part of the housing; - an air outlet; - a first air channel formed between said housing and said outer wall for fluidly connecting said first air inlet (5A, 5B) and said fan; - a second air channel formed between said housing and said outer wall for fluidly connecting said second air inlet (6A, 6B) and said fan; characterized in that the apparatus further comprises: - a third air channel for fluidly connecting said fan and said air outlet, wherein said fan is arranged to convey air through said first air channel between said first air inlet (5A, 5B) and said fan, to convey air through said second air channel between said second air inlet (6A, 6B) and said fan, and to convey air through said third air channel between said fan and said air outlet, wherein said third air channel is arranged such that air passing through said third air channel is directed onto said outer wall of the food preparation chamber before being vented from said air outlet. - a fan; - a first air inlet (5A, 5B) arranged at an upper part of the housing; - a second air inlet (6A, 6B) arranged at a lower part of the housing; - an air outlet; - a first air channel formed between said housing and said outer wall for fluidly connecting said first air inlet (5A, 5B) and said fan; - a second air channel formed between said housing and said outer wall for fluidly connecting said second air inlet (6A, 6B) and said fan; - a third air channel for fluidly connecting said fan and said air outlet,
A pen-like dosing dispenser for putting out an in particular pasty or viscous material, such as cosmetic creams, adhesives and the like, having a container for receiving the material, which container is received in a dispenser housing, and a pump unit that is arranged in front of the container and with an applicator applied at the pump unit for the dosed material output, with the dispenser housing being configured as a guide sleeve for the container which corresponds with the inner contour of the dispenser housing, and with the dispenser housing having an actuation member in an opening in the dispenser housing, through which the container that is moveably arranged in the dispenser housing can be moved relative to the pump unit, such that the pump unit can be activated by the container for suctioning and dispensing the material, characterized in that the opening in the dispenser housing is arranged in the forward third of the dispenser housing, with respect to the applicator, that the actuation member is formed by the opening in the dispenser housing which allows manual access to the container supported in the dispenser housing in order to move the container or that the actuation member is inserted into the opening of the dispenser housing in form of a slider element which is translatorically moveable and coupled with the container in the opening so that the container is moveable back and forth caused by the sliding movement of the slider element of the containers in order to activate the pump unit.
A method for detecting fault modes of a first sensor of a wind turbine generator blade, which senses blade bending moment, the method comprising: comparing (520, 530) data output by the first sensor with reference data indicating what is expected to be output by the first sensor to produce a first comparison result; comparing data output by the first sensor with data output by a second sensor to produce a second comparison result, where said second sensor senses one of: a bending moment experienced by a second blade of the WTG, a rotation speed of a generator of the WTG, an acceleration of a nacelle of the WTG, an acceleration of the first blade of the WTG, a thrust force of wind on the WTG, a rotation speed of a rotor of the WTG, and a pitch angle of at least one of the blades of the WTG, or one of: a wind speed, a wind direction, a density of air surrounding the WTG, and a temperature of air surrounding the WTG; and determining whether the first sensor has entered a fault mode based at least in part on the first and second comparison results. comparing (520, 530) data output by the first sensor with reference data indicating what is expected to be output by the first sensor to produce a first comparison result; comparing data output by the first sensor with data output by a second sensor to produce a second comparison result, where said second sensor senses one of: a bending moment experienced by a second blade of the WTG, a rotation speed of a generator of the WTG, an acceleration of a nacelle of the WTG, an acceleration of the first blade of the WTG, a thrust force of wind on the WTG, a rotation speed of a rotor of the WTG, and a pitch angle of at least one of the blades of the WTG, or one of: a wind speed, a wind direction, a density of air surrounding the WTG, and a temperature of air surrounding the WTG; and determining whether the first sensor has entered a fault mode based at least in part on the first and second comparison results.
Wiper intended to equip a storage container containing a product, in particular a cosmetic product, comprising a tubular coupling body, a wiping member (14; 52) that is supported by the coupling body and defines a wiping orifice with a passage section smaller than that of the coupling body, and at least one retaining bulge protruding towards the outside from the coupling body, the coupling body comprising axially, between a frontal end face of the wiper that is situated axially on the side of said retaining bulge and a bearing face of said retaining bulge that is oriented axially towards the wiping member (14; 52), at least one end portion having a thickness that decreases in the direction of the frontal end face, characterized in that said retaining bulge has an outside diameter greater than or equal to the axial distance between the wiping orifice of the wiping member and the frontal end face of the wiper, said retaining bulge being disposed axially at a distance from the frontal end face, the frontal end face being set back transversely towards the inside with respect to said retaining bulge.
Modular laminated prefabricated element for flooring, comprising a rigid base provided on its periphery with attachment means to identical elements, which comprises an upper layer made of vinyl fabric, characterized in that the vinyl fabric comprises yarns made of a PVC outer layer and a core of polyester or fiberglass multifilament.
A turbocharger (10;50) for compressing combustion air for an internal combustion engine and forcibly feeding high-density air into a combustion chamber of the internal combustion engine, comprising an inner casing and an outer casing between which a space is formed that is configured to serve as a first exhaust gas channel for guiding exhaust gas discharged from the internal combustion engine to an outer periphery side of a turbine nozzle; a second exhaust gas channel formed at an inner periphery side of the inner casing for guiding exhaust gas that branches at an intermediate portion in the first exhaust gas channel to an inner periphery side of the turbine nozzle; and an exhaust gas pipe communicating the intermediate portion of the first exhaust gas channel and a gas inlet of the second exhaust gas channel, wherein the periphery of the inner casing is provided with a flange for connecting the exhaust gas pipe, and wherein the exhaust gas pipe is connected to an on/off valve.
A computer-implemented method of generating a digital polymerase chain reaction (dPCR) result, the method comprising: detecting a first set of emission data from a plurality of samples, each included in a sample region of a plurality of sample regions, at a first time during an amplification period; determining a positive or negative amplification determination for each sample of the plurality of samples based in part on the first set of emission data; and generating a dPCR result based on the positive or negative amplification determinations for the plurality of samples, wherein the determining the positive or negative amplification determination for each sample of the plurality of samples comprises: determining a quantification cycle for each of the plurality of samples; binning the plurality of determined quantification cycles; and displaying a histogram of the binned quantification cycles for the plurality of samples, wherein a quantification cycle within a predetermined range is determined to be a valid testing of the sample. detecting a first set of emission data from a plurality of samples, each included in a sample region of a plurality of sample regions, at a first time during an amplification period; determining a positive or negative amplification determination for each sample of the plurality of samples based in part on the first set of emission data; and generating a dPCR result based on the positive or negative amplification determinations for the plurality of samples, wherein the determining the positive or negative amplification determination for each sample of the plurality of samples comprises: determining a quantification cycle for each of the plurality of samples; binning the plurality of determined quantification cycles; and displaying a histogram of the binned quantification cycles for the plurality of samples, wherein a quantification cycle within a predetermined range is determined to be a valid testing of the sample. determining a quantification cycle for each of the plurality of samples; binning the plurality of determined quantification cycles; and displaying a histogram of the binned quantification cycles for the plurality of samples, wherein a quantification cycle within a predetermined range is determined to be a valid testing of the sample.
A shaft structure to be installed in a shaft capable of making a power-transmission, the shaft structure comprising: a metallic male component having a plurality of male splines formed on an outer peripheral part thereof; a metallic female component having a plurality of female splines formed on an inner peripheral part thereof, the inner peripheral part configured to allow the outer peripheral part of the male component to be engaged therein so that the male component and the female component can be slidably fitted with respect to each other in an axial direction thereby making up said shaft structure; and a cylindrically-shaped member having an inner surface substantially the same in shape as the outer peripheral part of the male component and an outer surface substantially the same in shape as the inner peripheral part of the female component, the cylindrically-shaped member comprising a fabric impregnated with rubber or resin interposed between the outer peripheral part of the male component and the inner peripheral part of the female component. a metallic male component having a plurality of male splines formed on an outer peripheral part thereof; a metallic female component having a plurality of female splines formed on an inner peripheral part thereof, the inner peripheral part configured to allow the outer peripheral part of the male component to be engaged therein so that the male component and the female component can be slidably fitted with respect to each other in an axial direction thereby making up said shaft structure; and a cylindrically-shaped member having an inner surface substantially the same in shape as the outer peripheral part of the male component and an outer surface substantially the same in shape as the inner peripheral part of the female component, the cylindrically-shaped member comprising a fabric impregnated with rubber or resin interposed between the outer peripheral part of the male component and the inner peripheral part of the female component.
A combustion nailer, comprising: a combustion-powered power source; at least one fan associated with said power source; at least one temperature sensor (60, 60') in operational proximity to said power source for sensing power source temperature; and a control system operationally associated with said power source and said at least one temperature sensor (60, 60') for disabling said power source by disabling at least one main tool function upon the sensing of a predetermined temperature threshold sensed by said at least one temperature sensor (60, 60') characterized in that said at least one disabled main tool function includes at least one of fuel injection metering operation disabled directly from said control system and optic switch modulation. a combustion-powered power source; at least one fan associated with said power source; at least one temperature sensor (60, 60') in operational proximity to said power source for sensing power source temperature; and a control system operationally associated with said power source and said at least one temperature sensor (60, 60') for disabling said power source by disabling at least one main tool function upon the sensing of a predetermined temperature threshold sensed by said at least one temperature sensor (60, 60') characterized in that said at least one disabled main tool function includes at least one of fuel injection metering operation disabled directly from said control system and optic switch modulation.