mhurhangee/ep-ind-claims huggingface dataset:
A turboshaft engine nacelle having a substantially tubular structure and comprising at least one outer fairing defining an outer aerodynamic surface and at least one inner fairing defining an internal aerodynamic flow surface through the turboshaft engine, said outer and inner surfaces being connected upstream by a leading edge wall forming an air inlet lip, said turboshaft engine nacelle comprising at least one heat exchanger between a first fluid to warm up and a second fluid to cool down, the exchanger being associated to at least one circulation conduit of the first fluid to warm up forming at least one recirculation loop through the exchanger, characterized in that said circulation conduit comprises at least one circulation area of the first fluid extending at least partially along the outer fairing in contact with at least one wall of said outer fairing distinct from the leading edge wall forming an air inlet lip, so as to enable heat exchange by conduction with the outside air of the nacelle, the circulation area of the first fluid at the level of the outer fairing being achieved via at least one double-wall of said outer fairing having an internal space capable of enabling the circulation of the first fluid.
Optical communications system for transmission of payload data, the optical communications system comprising: - a low earth orbit satellite comprising: - a communication subsystem with a satellite transceiver, - a payload data source making payload data available to the communication subsystem; - an optical ground terminal comprising: - a ground transceiver; - a point-acquisition-track subsystem, the low earth orbit satellite being connectable with the optical ground terminal via an optical downlink channel, and the optical ground terminal being connectable with the low earth orbit satellite via an uplink channel; wherein: - an acquisition and tracking beacon channel is provided by means of a ground beacon controlled by said point-acquisition-track subsystem, the ground beacon comprising a wide angle beam for acquisition and a guidance beam for tracking; - said satellite transceiver is adjustable so that it can be adjusted with respect to the spatial direction of the ground beacon; characterized in that: - said acquisition and tracking beacon channel is provided by the same uplink channel connecting the optical ground terminal with the low earth orbit satellite; - said ground beacon for the uplink channel is a pulse position modulated PPM channel; and - the optical communications system is configured for transmission of payload data from low earth orbit to earth. - a low earth orbit satellite comprising: - a communication subsystem with a satellite transceiver, - a payload data source making payload data available to the communication subsystem; - a communication subsystem with a satellite transceiver, - a payload data source making payload data available to the communication subsystem; - an optical ground terminal comprising: - a ground transceiver; - a point-acquisition-track subsystem, - a ground transceiver; - a point-acquisition-track subsystem, - an acquisition and tracking beacon channel is provided by means of a ground beacon controlled by said point-acquisition-track subsystem, the ground beacon comprising a wide angle beam for acquisition and a guidance beam for tracking; - said satellite transceiver is adjustable so that it can be adjusted with respect to the spatial direction of the ground beacon; - said acquisition and tracking beacon channel is provided by the same uplink channel connecting the optical ground terminal with the low earth orbit satellite; - said ground beacon for the uplink channel is a pulse position modulated PPM channel; and - the optical communications system is configured for transmission of payload data from low earth orbit to earth.
An assembly for a gas turbine engine comprising: a minidisk including an axial extension extending from a disc, the axial extension including an inner diameter surface; wherein the axial extension comprises a recess arranged radially opposite the inner diameter surface, the recess providing a radially outwardly extending flange, and a bumper extending radially inward from and proud of the inner diameter surface, characterized in that the recess is axially elongated compared to a radial depth of the recess.
A method for ultrasonically inspecting components with uneven surfaces, comprising: providing a fluid coupling of at least several ultrasonic wavelengths thick between a probe that contains a multi-element array ultrasonic transducer and a component by immersing the component in liquid and providing a space between the transducer and component that allows a relatively small radius of curvature of an uneven surface on the component without contact between the transducer and component; measuring the two dimensional surface profile of the component as a function of encoded ultrasonic probe position; firing each individual element of the ultrasonic transducer one at a time at the same time that the two dimensional surface profile of the component is measured; recording the reflected ultrasonic waveform for each individual element of the ultrasonic transducer; calculating signal processing parameters based on the measured surface profile, as a function of the encoded ultrasonic probe position, to eliminate ultrasonic beam distortion;_and processing the collected array of data from each individual transducer element using the newly calculated signal parameters to correct for surface irregularities in the component. providing a fluid coupling of at least several ultrasonic wavelengths thick between a probe that contains a multi-element array ultrasonic transducer and a component by immersing the component in liquid and providing a space between the transducer and component that allows a relatively small radius of curvature of an uneven surface on the component without contact between the transducer and component; measuring the two dimensional surface profile of the component as a function of encoded ultrasonic probe position; firing each individual element of the ultrasonic transducer one at a time at the same time that the two dimensional surface profile of the component is measured; recording the reflected ultrasonic waveform for each individual element of the ultrasonic transducer; calculating signal processing parameters based on the measured surface profile, as a function of the encoded ultrasonic probe position, to eliminate ultrasonic beam distortion;_and processing the collected array of data from each individual transducer element using the newly calculated signal parameters to correct for surface irregularities in the component.
A machine for preparing a liquid food or beverage, in particular from a pre-portioned beverage or food ingredient, comprising an outermost housing that has a top part and downwardly extending sidewalls which cover and shield at least part of a liquid food or beverage module arranged for receiving an ingredient and feeding a liquid to the ingredient and a rear wall adjacent a liquid reservoir external to the outermost housing, characterised in that the downwardly extending sidewalls have a portion that forms together with a portion of the top part a hand grip arranged to be seizable by a human hand such that said machine can be carried and displaced single handed by seizure of the hand grip arrangement, a pair of generally facing and downwardly extending sidewalls having facing vertical or downwardly converging upper parts that are spaced apart by a distance in the range of 3 to 12 cm and that form the hand grip arrangement.
A vehicular lamp for irradiating light in front of an own vehicle comprising: a light source; a light collecting member for collecting and focusing light from the light source; a first polarizer which advances in a first direction a first component of the light from the light source collected by the light collecting member, and advances in a second direction which intersects the first direction a second component of the light from the light source; a liquid crystal element transmitting the first component of the light and being disposed on the light emitting side of the first polarizer on an optical axis in the first direction; a second polarizer disposed on the light emitting side of the liquid crystal element on the optical axis in the first direction; a projection lens disposed on the light emitting side of the second polarizer on the optical axis in the first direction and projecting the first component of the light transmitted through the liquid crystal element and the second polarizer to the front of the own vehicle; a reflecting member for reflecting the second component of the light generated by the first polarizer and advancing it to the front of the own vehicle; wherein the first component of the light is focused at a first focal point which is a predetermined position on the optical axis in the first direction, wherein the second component of the light is focused at a second focal point which is a predetermined position between the first polarizer and the reflecting member, and wherein the liquid crystal element is disposed corresponding to the position of the first focal point. a light source; a light collecting member for collecting and focusing light from the light source; a first polarizer which advances in a first direction a first component of the light from the light source collected by the light collecting member, and advances in a second direction which intersects the first direction a second component of the light from the light source; a liquid crystal element transmitting the first component of the light and being disposed on the light emitting side of the first polarizer on an optical axis in the first direction; a second polarizer disposed on the light emitting side of the liquid crystal element on the optical axis in the first direction; a projection lens disposed on the light emitting side of the second polarizer on the optical axis in the first direction and projecting the first component of the light transmitted through the liquid crystal element and the second polarizer to the front of the own vehicle; a reflecting member for reflecting the second component of the light generated by the first polarizer and advancing it to the front of the own vehicle; wherein the first component of the light is focused at a first focal point which is a predetermined position on the optical axis in the first direction, wherein the second component of the light is focused at a second focal point which is a predetermined position between the first polarizer and the reflecting member, and wherein the liquid crystal element is disposed corresponding to the position of the first focal point.
An isolated polynucleotide comprising a sequence encoding a polypeptide with at least 90% identity to the amino acid sequences of SEQ ID NO:1, wherein % identity is calculated over the whole length of the amino acid sequence, and wherein the polypeptide is a transcription factor capable of at least one of: i) up-regulating anthocyanin production in a plant; and ii) up-regulating the promoter of a gene in the anthocyanin biosynthetic pathway. i) up-regulating anthocyanin production in a plant; and ii) up-regulating the promoter of a gene in the anthocyanin biosynthetic pathway.
A wireless communication method, comprising: sending, by a terminal device, first data to a network device on transmission resources of an uplink configured grant when there is sidelink data to be transmitted, wherein the first data is used for requesting the network device to allocate a sidelink configured grant for the terminal device, wherein the sidelink configured grant comprises transmission resources and/or transmission parameters of sidelink channels; and receiving, by the terminal device, first configuration information and/or second configuration information sent by the network device, wherein the first configuration information and/or the second configuration information is used for configuring the sidelink configured grant, wherein the sidelink channels comprise a sidelink feedback channel, wherein transmission resources and transmission parameters of the sidelink feedback channel comprise time domain resource information of the sidelink feedback channel and frequency domain resource information of the sidelink feedback channel; wherein the time domain resource information of the sidelink feedback channel comprises period information of the sidelink feedback channel, wherein the period information is N, indicating that transmission resources for transmitting the sidelink feedback channel are included in one slot of every N slots. sending, by a terminal device, first data to a network device on transmission resources of an uplink configured grant when there is sidelink data to be transmitted, wherein the first data is used for requesting the network device to allocate a sidelink configured grant for the terminal device, wherein the sidelink configured grant comprises transmission resources and/or transmission parameters of sidelink channels; and receiving, by the terminal device, first configuration information and/or second configuration information sent by the network device, wherein the first configuration information and/or the second configuration information is used for configuring the sidelink configured grant, wherein the sidelink channels comprise a sidelink feedback channel, wherein transmission resources and transmission parameters of the sidelink feedback channel comprise time domain resource information of the sidelink feedback channel and frequency domain resource information of the sidelink feedback channel; wherein the time domain resource information of the sidelink feedback channel comprises period information of the sidelink feedback channel, wherein the period information is N, indicating that transmission resources for transmitting the sidelink feedback channel are included in one slot of every N slots.
A device for measuring a flow of a fluid, comprising - a sensing element which has a pipeline for the fluid having a pipe wall, - at least one phased array ultrasonic transducer unit which can emit ultrasonic signals into different emission angles (γ) and can receive ultrasonic signals from different reception angles (φ), - a control and evaluation unit which is configured for controlling the ultrasonic transducer unit for emitting the ultrasonic signals along a measurement path (34, 432, 434, 436, 64) and for evaluating the received ultrasonic signals and determining a flow using transit times of the ultrasonic signals, - wherein the sensing element has at least one reflector (30, 430, 50) which is configured to reflect the ultrasonic signals emitted by the ultrasonic transducer unit back to the same ultrasonic transducer unit, wherein the ultrasonic signals pass through the measurement path (34, 432, 434, 436, 64) from the ultrasonic transducer unit to the reflector (30, 50) and back to the ultrasonic transducer unit on at least three different path sections (34a-c, 432a-c, 434a-c, 436a-c, 64a-c), characterized in that the measurement path (34, 432, 434, 436, 64) is a secant path which does not extend diametrically through a center axis of the pipeline. - a sensing element which has a pipeline for the fluid having a pipe wall, - at least one phased array ultrasonic transducer unit which can emit ultrasonic signals into different emission angles (γ) and can receive ultrasonic signals from different reception angles (φ), - a control and evaluation unit which is configured for controlling the ultrasonic transducer unit for emitting the ultrasonic signals along a measurement path (34, 432, 434, 436, 64) and for evaluating the received ultrasonic signals and determining a flow using transit times of the ultrasonic signals, - wherein the sensing element has at least one reflector (30, 430, 50) which is configured to reflect the ultrasonic signals emitted by the ultrasonic transducer unit back to the same ultrasonic transducer unit, wherein the ultrasonic signals pass through the measurement path (34, 432, 434, 436, 64) from the ultrasonic transducer unit to the reflector (30, 50) and back to the ultrasonic transducer unit on at least three different path sections (34a-c, 432a-c, 434a-c, 436a-c, 64a-c),
Base paper for heat exchange, comprising at least one layer of a first layer containing greater than or equal to 90% by mass of cellulose pulp with a Canadian standard freeness specified in JIS P8121 of 10 to 100 ml and at least one layer of a second layer having a fibrous substance comprising cellulose pulp with a Canadian standard freeness specified in JIS P8121 of 400 to 700 ml, and having a stacked structure thereof, wherein the first layer has a basis weight of 15 to 40 g/m 2, the second layer has a basis weight of 5 to 20 g/m 2, and the second layer includes nanofibers of a thermoplastic polymer in an amount of 30 to 80% by mass based on the second layer.
Valve comprising an annular body, a butterfly which is mounted therein in a manner rotating at 90°, and an annular metal gasket which is interposed between them while being accommodated in a housing belonging to one of them, whereas the other of them forms a seat which is inclined in relation to the axis of the gasket and with which the free lateral face of a dynamic-sealing element of the gasket is in contact when the valve is in a closed position, said dynamic-sealing element being connected by a metal sheet to a spring static-sealing element which is clamped in the housing, characterised in that: - the metal sheet is flexible; and - the dynamic-sealing element has a first part, on the same side as the static-sealing element, which is in contact with the housing, and a second part (32"), on the same side as the seat, wherein there is a clearance between the housing and the main faces of the dynamic-sealing element, when the said dynamic-sealing element is at a distance from the seat, the flexible metal sheet comprises two side-pieces and a ring is interposed between the two side-pieces with clearance between it and each of the side-pieces when the gasket is not subjected to a compressive force in the direction of its axis. - the metal sheet is flexible; and - the dynamic-sealing element has a first part, on the same side as the static-sealing element, which is in contact with the housing, and a second part (32"), on the same side as the seat, wherein there is a clearance between the housing and the main faces of the dynamic-sealing element, when the said dynamic-sealing element is at a distance from the seat, the flexible metal sheet comprises two side-pieces and a ring is interposed between the two side-pieces with clearance between it and each of the side-pieces when the gasket is not subjected to a compressive force in the direction of its axis.
A digital camera system for super resolution image processing, comprising: a resolution enhancement module configured to receive at least a portion of an image, to smooth at least one edge of the portion by shortening the transitions between color and/or brightness changes by reducing the amount of transition pixels, to increase the resolution of the smoothed portion via interpolation, and to output a resolution enhanced image; an edge enhancement module configured to receive the resolution enhanced image and comprising an edge extraction module configured to receive the resolution enhanced image, to extract at least one edge of the resolution enhanced image, and to output the extracted at least one edge of the resolution enhanced image; and wherein the edge enhancement module is configured to combine the extracted at least one edge with the resolution enhanced image. a resolution enhancement module configured to receive at least a portion of an image, to smooth at least one edge of the portion by shortening the transitions between color and/or brightness changes by reducing the amount of transition pixels, to increase the resolution of the smoothed portion via interpolation, and to output a resolution enhanced image; an edge enhancement module configured to receive the resolution enhanced image and comprising an edge extraction module configured to receive the resolution enhanced image, to extract at least one edge of the resolution enhanced image, and to output the extracted at least one edge of the resolution enhanced image; and wherein the edge enhancement module is configured to combine the extracted at least one edge with the resolution enhanced image.
A yarn feeding arrangement suitable for feeding weft yarn to a weaving machine having at least one rapier wherein the weft yarn fed to the weaving machine has a controlled yarn tension, the yarn feeding arrangement comprising a motor driven bobbin and a motor driven loop buffer device, the yarn feeding arrangement further comprising a controller for controlling the motor of the motor driven bobbin and the motor driven loop buffer device, wherein the controller is adapted to - drive the motor of the motor driven bobbin at a speed to feed a determined essentially average amount of weft yarn to be consumed by the weaving machine wherein said determined essentially average amount of weft yarn deviates less than a pre-set amount from an actual average amount consumed by the weaving machine. - drive the motor of the motor driven loop buffer device based on the difference between the output speed of yarn from the motor driven bobbin and a model of weft yarn insertion speed in the weaving machine, and - adjust the drive of the motor of the motor driven loop buffer device based on a signal representing the actual weft yarn tension or a signal representing the length of weft yarn actually inserted in the weaving machine. - drive the motor of the motor driven bobbin at a speed to feed a determined essentially average amount of weft yarn to be consumed by the weaving machine wherein said determined essentially average amount of weft yarn deviates less than a pre-set amount from an actual average amount consumed by the weaving machine. - drive the motor of the motor driven loop buffer device based on the difference between the output speed of yarn from the motor driven bobbin and a model of weft yarn insertion speed in the weaving machine, and - adjust the drive of the motor of the motor driven loop buffer device based on a signal representing the actual weft yarn tension or a signal representing the length of weft yarn actually inserted in the weaving machine.
A medical device comprising: a base layer; and a lubrication layer supported on at least a part of the base layer, wherein the lubrication layer contains a block copolymer and a polymer, the block copolymer being composed of a constituting unit derived from a reactive monomer that has an epoxy group and a constituting unit derived from at least one hydrophilic monomer selected from the group consisting of acrylamide and an acrylamide derivative, and the polymer being composed of a constituting unit derived from one hydrophilic monomer selected from the group consisting of acrylamide and an acrylamide derivative, the block copolymer is contained in a proportion of 20 to 80% by weight relative to the total weight of the block copolymer and the polymer, and the block copolymer is crosslinked or polymerized to form a mesh structure. a base layer; and a lubrication layer supported on at least a part of the base layer, wherein the lubrication layer contains a block copolymer and a polymer, the block copolymer being composed of a constituting unit derived from a reactive monomer that has an epoxy group and a constituting unit derived from at least one hydrophilic monomer selected from the group consisting of acrylamide and an acrylamide derivative, and the polymer being composed of a constituting unit derived from one hydrophilic monomer selected from the group consisting of acrylamide and an acrylamide derivative, the block copolymer is contained in a proportion of 20 to 80% by weight relative to the total weight of the block copolymer and the polymer, and the block copolymer is crosslinked or polymerized to form a mesh structure.