mhurhangee/ep-ind-claims huggingface dataset:
Exhaust gas flap device for an internal combustion engine having a flap housing in which an exhaust gas duct through which exhaust gas flows is formed, wherein an exhaust gas flap is provided which is rotatably arranged in the exhaust gas duct and is supported in the flap housing, wherein an electric motor arranged in a motor housing is provided for the direct or indirect drive of the exhaust gas flap, wherein a Teflon bushing is arranged in the flap housing which bushing at least partially forms the exhaust gas duct, characterized in that on an outwardly directed side, the Teflon bushing has a positioning surface which is enlarged in diameter, wherein the Teflon bushing has a sealing lip or bead (34, 36) at least on an axially outwardly directed side.
A stiffened panel comprising: a composite panel; a stiffener including a base flange on the composite panel, the base flange being tapered towards the composite panel; and a composite overwrap layer, which composite overwrap layer is only on a tapered surface of the base flange and an adjacent portion of the composite panel. a composite panel; a stiffener including a base flange on the composite panel, the base flange being tapered towards the composite panel; and a composite overwrap layer, which composite overwrap layer is only on a tapered surface of the base flange and an adjacent portion of the composite panel.
A process for the preparation of precipitated silica comprising the reaction of a silicate with an acidifying agent in order to obtain a suspension of precipitated silica, followed by a separation step in order to obtain a cake, by a step of disintegrating said cake in order to obtain a suspension of precipitated silica, and by a step of drying this suspension, in which process the disintegrating step is carried out at a temperature of between 50 and 120°C.
A method of immobilizing an active agent on a substrate, comprising the steps of: providing a substrate with a surface, the substrate surface comprising a surface of a medical device or medical device component, and the substrate is metal or selected from the group consisting of polysulfone, polyisoprene, and polycarbonate; contacting the substrate with a solution of a compound including a trihydroxyphenyl group thereby coupling the trihydroxyphenyl group to the substrate surface to provide a trihydroxyphenyl-treated substrate; and contacting the trihydroxyphenyl-treated substrate with an active agent selected from the group consisting of antimicrobial agents, antifouling agents, anti-inflammatory agents, antithrombogenic agents, and combinations thereof, thereby coupling the active agent to the compound including a trihydroxyphenyl group and immobilizing the active agent on the substrate, wherein the compound including a trihydroxyphenyl group is selected from the group consisting of gallic acid, phloroglucinol carboxylic acid, gallamide, 5-methyl-benzene-1,2,3-triol, 3,4,5-trihydroxybenzaldehyde, 2,3,4-trihydroxybenzaldehyde, gallacetophenone, 3,4,5-trihydroxybenzamide, 2,3,4-trihydroxybenzoic acid, 5-hydroxydopamine hydrochloride, methyl gallate, pyrogallol, salts of the foregoing, and combinations thereof. providing a substrate with a surface, the substrate surface comprising a surface of a medical device or medical device component, and the substrate is metal or selected from the group consisting of polysulfone, polyisoprene, and polycarbonate; contacting the substrate with a solution of a compound including a trihydroxyphenyl group thereby coupling the trihydroxyphenyl group to the substrate surface to provide a trihydroxyphenyl-treated substrate; and contacting the trihydroxyphenyl-treated substrate with an active agent selected from the group consisting of antimicrobial agents, antifouling agents, anti-inflammatory agents, antithrombogenic agents, and combinations thereof, thereby coupling the active agent to the compound including a trihydroxyphenyl group and immobilizing the active agent on the substrate, wherein the compound including a trihydroxyphenyl group is selected from the group consisting of gallic acid, phloroglucinol carboxylic acid, gallamide, 5-methyl-benzene-1,2,3-triol, 3,4,5-trihydroxybenzaldehyde, 2,3,4-trihydroxybenzaldehyde, gallacetophenone, 3,4,5-trihydroxybenzamide, 2,3,4-trihydroxybenzoic acid, 5-hydroxydopamine hydrochloride, methyl gallate, pyrogallol, salts of the foregoing, and combinations thereof.
A pump comprising: a molded stator including a board on which a magnetic-pole-position detection element is mounted; and a rotor including a rotor portion that is rotatably accommodated in a cup-shaped partition wall component, the rotor portion opposing the magnetic-pole-position detection element at one end and having an impeller attachment portion for attaching an impeller at other end, wherein, in the rotor portion, a ring-shaped resin magnet and a sleeve bearing disposed inside the ring-shaped resin magnet are integrally assembled together by using a thermoplastic resin, and the impeller attachment portion is formed of the thermoplastic resin, characterized in that the ring-shaped resin magnet has a plurality of groove portions in an outer peripheral portion thereof between magnetic poles formed in the rotor, the groove portions are formed so as to open in both end surfaces of the rotor and extending in an axial direction, and wherein the groove portions are embedded in the thermoplastic resin. a molded stator including a board on which a magnetic-pole-position detection element is mounted; and a rotor including a rotor portion that is rotatably accommodated in a cup-shaped partition wall component, the rotor portion opposing the magnetic-pole-position detection element at one end and having an impeller attachment portion for attaching an impeller at other end, wherein, in the rotor portion, a ring-shaped resin magnet and a sleeve bearing disposed inside the ring-shaped resin magnet are integrally assembled together by using a thermoplastic resin, and the impeller attachment portion is formed of the thermoplastic resin, characterized in that the ring-shaped resin magnet has a plurality of groove portions in an outer peripheral portion thereof between magnetic poles formed in the rotor, the groove portions are formed so as to open in both end surfaces of the rotor and extending in an axial direction, and wherein the groove portions are embedded in the thermoplastic resin.
A method comprising: receiving, by a decoder system, an image to be verified; performing feature recognition on the received image to determine a plurality of determined features of the received image; generating a first output defining values representing the determined features of the received image; decoding the received image, by a message decoding neural network of the decoder system, to extract a signature embedded in the received image, the signature representing recovered features of the received image; generating a second output defining values representing the recovered features of the received image; providing the first output and the second output to a manipulation detection neural network of the decoder system; and generating, by the manipulation detection neural network, an estimation of an authenticity of the received image utilizing at least the first output and the second output. receiving, by a decoder system, an image to be verified; performing feature recognition on the received image to determine a plurality of determined features of the received image; generating a first output defining values representing the determined features of the received image; decoding the received image, by a message decoding neural network of the decoder system, to extract a signature embedded in the received image, the signature representing recovered features of the received image; generating a second output defining values representing the recovered features of the received image; providing the first output and the second output to a manipulation detection neural network of the decoder system; and generating, by the manipulation detection neural network, an estimation of an authenticity of the received image utilizing at least the first output and the second output.
A low ignition propensity cigarette paper comprising: a first coating layer disposed in a combustion section combusted by smoking, and a second coating layer disposed in a cigarette butt section where smoking is finished, wherein a basis weight of the first coating layer is smaller than a basis weight of the second coating layer, and wherein the combustion section corresponds to a distance a1 which the first coating layer is far from a first end portion of the low ignition propensity cigarette paper by about 5 mm to about 45 mm, and the cigarette butt section corresponds to a distance a4 which the second coating layer is far from a second end portion of the low ignition propensity cigarette paper by about 7 mm to about 31 mm. a first coating layer disposed in a combustion section combusted by smoking, and a second coating layer disposed in a cigarette butt section where smoking is finished, wherein a basis weight of the first coating layer is smaller than a basis weight of the second coating layer, and wherein the combustion section corresponds to a distance a1 which the first coating layer is far from a first end portion of the low ignition propensity cigarette paper by about 5 mm to about 45 mm, and the cigarette butt section corresponds to a distance a4 which the second coating layer is far from a second end portion of the low ignition propensity cigarette paper by about 7 mm to about 31 mm.
Method for refurbishment of the coil end of the rotor of an electric generator for power generation in power plants, wherein the rotor to be refurbished has a rotatable rotor axis and one winding of several coils for each of the two poles (3, 3') of the rotor, wherein each coil in turn consists of several turns, wherein each turn has two sections parallel to the rotor axis and one substantially arc-shaped section in the region of each of the coil ends, and wherein single-piece half-turns consisting of one section parallel to the rotor axis and two, substantially partially circular sections in the region of the two coil ends are used, wherein the initial profile for the creation of these single-piece half-turns has the same profile width when viewed over the entire length, wherein parts of the turns which are not connected to one another as a single piece are connected to one another by soldering, wherein the two matching half-turns are soldered to one another in the region of the pole center in order to create the turn, characterized in that, after the old turns have been removed, they are replaced by new turns in such a way that, in some of the coils or in all of the coils, the substantially partially circular sections of the half-turns with respect to their profile width are reduced by material removal.
A method for detecting and transmitting diagnostic data from a heart of a patient, the method comprising: (a) digitizing cardiac sound data and ECG data received at a monitoring device comprising an ECG sensor and an audio sensor, wherein the cardiac sound data and ECG data are sampled at different sample rates; (b) compressing the cardiac sound data and the ECG data using an adaptive differential compression component; (c) combining the compressed cardiac sound data and compressed ECG data into a common packet structure in which each packet contains both the compressed cardiac sound data and the compressed ECG data; and (d) transmitting the common packet structure from the monitoring device to a computing device via a Bluetooth Low Energy communications link. (a) digitizing cardiac sound data and ECG data received at a monitoring device comprising an ECG sensor and an audio sensor, wherein the cardiac sound data and ECG data are sampled at different sample rates; (b) compressing the cardiac sound data and the ECG data using an adaptive differential compression component; (c) combining the compressed cardiac sound data and compressed ECG data into a common packet structure in which each packet contains both the compressed cardiac sound data and the compressed ECG data; and (d) transmitting the common packet structure from the monitoring device to a computing device via a Bluetooth Low Energy communications link.
A plasma processing apparatus comprising: a balun including a first input terminal supplied with high frequency, a second input terminal which is grounded, a first output terminal, and a second output terminal; a vacuum container; a first electrode insulated from the vacuum container and electrically connected to the first output terminal; and a second electrode insulated from the vacuum container and electrically connected to the second output terminal; the first output terminal and the first electrode are electrically connected to each other via a blocking capacitor, characterized in that the second electrode has a tubular shape and is arranged to surround an entire circumference of the first electrode, the first electrode and the second electrode being arranged to form a coaxial structure, and the second output terminal and the second electrode are electrically connected to each other not through a capacitor, the second electrode being grounded via the balun. a balun including a first input terminal supplied with high frequency, a second input terminal which is grounded, a first output terminal, and a second output terminal; a vacuum container; a first electrode insulated from the vacuum container and electrically connected to the first output terminal; and a second electrode insulated from the vacuum container and electrically connected to the second output terminal; the first output terminal and the first electrode are electrically connected to each other via a blocking capacitor, characterized in that the second electrode has a tubular shape and is arranged to surround an entire circumference of the first electrode, the first electrode and the second electrode being arranged to form a coaxial structure, and the second output terminal and the second electrode are electrically connected to each other not through a capacitor, the second electrode being grounded via the balun.
Component having an emblem or a decoration, such as a radome on a motor vehicle, with an outer, flat or convexly curved front shell made of transparent plastic, on the flat or concavely curved rear side of which at least one varnish layer is applied as decorative layer(s), and with a covering shell which nestles against the rear side, covers the rear side and is made of plastic, wherein the rear side of the front shell has an encircling outer edge against which the covering shell lies in a manner fastened with a front-side, correspondingly shaped outer edge, characterized in that the outer edge of the covering shell is connected in an integrally bonded manner to the outer edge of the front shell by composite injection moulding.
A method for calculating a corrected temperature value by a microwave generator, the method comprising: determining a measured temperature value from a remote thermocouple probe (RTP measured); characterised by determining a temperature value of a remote thermocouple module; determining a temperature value of a system controller module; determining a temperature value of a microwave module; and calculating the corrected temperature value (RTP corrected) based on the determined temperature value of the remote thermocouple probe (RTP measured), the determined temperature value of the system controller module, and at least one of the determined temperature value of the remote thermocouple module or the determined temperature value of the microwave module. determining a measured temperature value from a remote thermocouple probe (RTP measured); characterised by determining a temperature value of a remote thermocouple module; determining a temperature value of a system controller module; determining a temperature value of a microwave module; and calculating the corrected temperature value (RTP corrected) based on the determined temperature value of the remote thermocouple probe (RTP measured), the determined temperature value of the system controller module, and at least one of the determined temperature value of the remote thermocouple module or the determined temperature value of the microwave module.
A fan blade for a gas turbine engine comprising: a metallic fan blade body, including a fan blade body leading edge and a fan blade body outer surface, the fan blade body extending radially outward from a root including a root leading edge; and a static dissipative coating material disposed on the body outer surface and on the root; characterized in that said static dissipative coating material includes a paracrystalline material which comprises carbon black. a metallic fan blade body, including a fan blade body leading edge and a fan blade body outer surface, the fan blade body extending radially outward from a root including a root leading edge; and a static dissipative coating material disposed on the body outer surface and on the root; characterized in that said static dissipative coating material includes a paracrystalline material which comprises carbon black.
A method for conserving resources in a remote presentation session where a client possesses a first image, comprising: determining a rolling 2D hash for at least one pixel of a second image; determining a matching rectangle between the second image and the first image based on the rolling 2D hash for at least one pixel of the second image and a rolling 2D hash for at least one pixel of the first image, the matching rectangle having a location in the second image and a location in the first image; and sending the client an instruction to transfer the matching rectangle from the location in the first image to the location in the second image, such that the client displays the second image without being re-sent the pixel values within the matching rectangle for the second image, wherein a rolling 2D hash comprises a function that assigns a pixel a unique value dependent only upon the pixel and pixels adjoining it, but not on a position of the pixel within an image. determining a rolling 2D hash for at least one pixel of a second image; determining a matching rectangle between the second image and the first image based on the rolling 2D hash for at least one pixel of the second image and a rolling 2D hash for at least one pixel of the first image, the matching rectangle having a location in the second image and a location in the first image; and sending the client an instruction to transfer the matching rectangle from the location in the first image to the location in the second image, such that the client displays the second image without being re-sent the pixel values within the matching rectangle for the second image, wherein a rolling 2D hash comprises a function that assigns a pixel a unique value dependent only upon the pixel and pixels adjoining it, but not on a position of the pixel within an image.
A variable vane system for a gas turbine engine, comprising: an actuator system for a gas turbine engine, the actuator system defined along an axis, the actuator system comprising a harmonic drive operable to direct drive the variable vane system, wherein the harmonic drive includes a strain wave gearing mechanism, the strain wave gearing mechanism includes a fixed circular spline, a flex spline attached to an output shaft along the axis, and a wave generator attached to an input shaft along the axis, and the flex spline is driven by the wave generator with respect to the circular spline; an actuator arm driven by the harmonic drive; a unison ring driven by the actuator arm, wherein the actuator arm is operable to direct drive the unison ring; and a multiple of drive arms between a respective multiple of variable vanes and the unison ring. an actuator system for a gas turbine engine, the actuator system defined along an axis, the actuator system comprising a harmonic drive operable to direct drive the variable vane system, wherein the harmonic drive includes a strain wave gearing mechanism, the strain wave gearing mechanism includes a fixed circular spline, a flex spline attached to an output shaft along the axis, and a wave generator attached to an input shaft along the axis, and the flex spline is driven by the wave generator with respect to the circular spline; an actuator arm driven by the harmonic drive; a unison ring driven by the actuator arm, wherein the actuator arm is operable to direct drive the unison ring; and a multiple of drive arms between a respective multiple of variable vanes and the unison ring.
A wet-cleaning appliance, particularly a wet mop, with a cleaning roller that can be rotated about a roller axis and with a wetting device for applying a liquid to the cleaning roller, characterized in that the wet-cleaning appliance comprises a wiper device, particularly a wiper lip, which can be displaced onto the cleaning roller in order to assist in removing liquid and/or dirt from the cleaning roller and/or to assist in applying liquid to the cleaning roller, wherein the wetting device and the wiper device are parts of a common functional unit, which can be displaced as a whole relative to the cleaning roller, such that the functional unit can be displaced as a whole from a first operating position into a second operating position and vice versa.
A full length antibody having on the C-terminus of a light chain thereof a glutamine-containing extension comprising an amino acid sequence selected from the group consisting of SEQ ID NO:1, NO:2, NO:3, NO:4, NO:5, NO:6, NO:7, NO:8, NO:9, NO:10, NO:11, NO:12, NO:13, NO:14, NO:15, NO:16, NO: 17, NO:18, NO:19, NO:20, NO:21, N0:22, N0:23, N0:24, NO:25, NO:26, NO:29, NO:30, NO:31, NO:32, NO:33, NO:34, NO:35, NO:36, NO:37, NO:38, NO:39, and NO:40.