mhurhangee/ep-ind-claims huggingface dataset:
A sensor element comprising: a first conductive electrode having inner and outer surfaces, wherein the first conductive electrode comprises interconnected carbon fibers; a second conductive electrode having inner and outer surfaces, wherein the second conductive electrode is porous and comprises interconnected carbon fibers, and wherein at least one of the first or second conductive electrodes is porous; and a porous dielectric detection layer having a thickness and disposed between the first and second conductive electrodes, wherein the porous dielectric detection layer comprises a sorbent material comprising an intrinsically microporous polymer containing dibenzodioxane linkages between monomeric units that are rigid, contorted, or rigid and contorted, and wherein the inner surfaces of the first and second conductive electrodes are separated by at least the thickness of the porous dielectric detection layer. a first conductive electrode having inner and outer surfaces, wherein the first conductive electrode comprises interconnected carbon fibers; a second conductive electrode having inner and outer surfaces, wherein the second conductive electrode is porous and comprises interconnected carbon fibers, and wherein at least one of the first or second conductive electrodes is porous; and a porous dielectric detection layer having a thickness and disposed between the first and second conductive electrodes, wherein the porous dielectric detection layer comprises a sorbent material comprising an intrinsically microporous polymer containing dibenzodioxane linkages between monomeric units that are rigid, contorted, or rigid and contorted, and wherein the inner surfaces of the first and second conductive electrodes are separated by at least the thickness of the porous dielectric detection layer.
Luminescent composition comprising (a) a component which can be excited by IR radiation and which comprises at least one oxide, oxide sulphide or oxide fluoride of lanthanoid ions and (b) a component which can be excited by UV radiation, characterised in that the component (a) comprises an oxide, oxide sulphide or oxide fluoride of yttrium and an oxide, oxide sulphide or oxide fluoride of at least one additional element selected from lanthanum, cerium, praseodymium, neodymium, samarium, europium, gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium and lutetium and optionally at least one dopant selected from oxides and/or fluorides of main or auxiliary group elements, the oxide, oxide sulphide or oxide fluoride of yttrium being present in a proportion of ≥ 85 mol% based on the total component (a). (a) a component which can be excited by IR radiation and which comprises at least one oxide, oxide sulphide or oxide fluoride of lanthanoid ions and (b) a component which can be excited by UV radiation,
Illumination device with a plurality of lamps which use LEDs as illuminants and which, in normal operation, are supplied by a common operating unit connected to the mains voltage with an operating voltage which is supplied to the lamps as input voltage, wherein the operating unit has a battery for maintaining an emergency operation in the event of failure of the mains voltage and, in emergency operation, the lamps are supplied by the operating unit with an emergency operation voltage as input voltage which is a DC voltage, characterised in that the operating voltage supplied to the lamps by the operating unit as input voltage in normal operation is a DC voltage, wherein the level of the DC voltage supplied to the lamps by the operating unit as input voltage in emergency operation differs from the level of the DC voltage supplied to the lamps by the operating unit as input voltage in normal operation and that at least some of the lamps, preferably all of the lamps, have, in addition to the LEDs, a voltage detection unit to which the DC voltage fed to the lamp is applied and which detects whether the lamp is in normal operation or in emergency operation depending on the level of the applied DC voltage and, in emergency operation, reduces the power consumed by the lamp by reducing the luminous flux output by the lamp in comparison with normal operation.
A flat loudspeaker including an enclosure made as a support frame, a sound-emitting rectangular membrane attached to the frame, and several electrodynamic vibration exciters, attached to the membrane, where the membrane comprises a honeycomb structure, layers glued to the honeycomb structure on both sides, the layers being impregnated by a stabilizing solution based on polyurethane primers and varnishes and covered by surface layers, characterized in that the several electrodynamic vibration exciters are attached to the membrane within a position line (AF; GC; DH; EB) passing along the plane of the rectangular membrane, emerging from any vertex of the rectangular membrane and ending at an ending point on the shorter opposite side of the rectangular membrane dividing said shorter side in a ratio 1:2, whereby the ending point is closer to a diagonally opposite vertex of the position line.
An optical amplifier (10, 100, 200, 300), comprising: a gain medium (20, 182, 282) for amplifying a plurality of optical channels, the gain medium (20, 182, 282) including a plurality of cores through which the plurality of optical channels to propagate respectively and a cladding area surrounding the plurality of cores; monitoring means for monitoring the plurality of optical channels inputted into the gain medium (20, 182, 282) and producing a monitoring result; a first light source configured to emit a first light beam to excite the cladding area; a second light source configured to emit a plurality of second light beams to excite each of the plurality of cores individually; and controlling means configured to make a decision as to whether each of the plurality of cores is to transmit one of the plurality of optical channels based on the monitoring result, and to control the first light source and the second light source based on the decision, such that the power consumption of the optical amplifier is reduced. a gain medium (20, 182, 282) for amplifying a plurality of optical channels, the gain medium (20, 182, 282) including a plurality of cores through which the plurality of optical channels to propagate respectively and a cladding area surrounding the plurality of cores; monitoring means for monitoring the plurality of optical channels inputted into the gain medium (20, 182, 282) and producing a monitoring result; a first light source configured to emit a first light beam to excite the cladding area; a second light source configured to emit a plurality of second light beams to excite each of the plurality of cores individually; and controlling means configured to make a decision as to whether each of the plurality of cores is to transmit one of the plurality of optical channels based on the monitoring result, and to control the first light source and the second light source based on the decision, such that the power consumption of the optical amplifier is reduced.
A composite particle comprising: a discrete, hollow spheroid of glass, crystalline ceramic, glass-ceramic or a combination thereof, and a fluoropolymer layer disposed on the discrete, hollow, ceramic spheroid, wherein the fluoropolymer is a homopolymer or copolymer of a perfluoroalkyl vinyl ether; a perfluoroalkoxy vinyl ether; at least one fluoroolefin independently represented by formula C 2 =CF-Rf, wherein Rf is fluorine or a perfluoroalkyl having from 1 to 8 carbon atoms and R is hydrogen, fluorine, or chlorine; or a combination thereof. a discrete, hollow spheroid of glass, crystalline ceramic, glass-ceramic or a combination thereof, and a fluoropolymer layer disposed on the discrete, hollow, ceramic spheroid, wherein the fluoropolymer is a homopolymer or copolymer of a perfluoroalkyl vinyl ether; a perfluoroalkoxy vinyl ether; at least one fluoroolefin independently represented by formula C 2 =CF-Rf, wherein Rf is fluorine or a perfluoroalkyl having from 1 to 8 carbon atoms and R is hydrogen, fluorine, or chlorine; or a combination thereof.
A sensor, which is a sensor housing in a housing at least one of a light projecting part that emits light and a light receiving part that receives light, the sensor comprising: a setting part changing a setting of a sensor main body in response to an input operation from outside and having a shaft inserted into the housing; and a seal ring in an annular shape, provided to surround the shaft and sealing a gap between the shaft and the housing, characterized in that, the seal ring has a curved surface part that is curved convexly in a cross-sectional view, and a pair of end parts (62a, 62b) that have a shape different from the curved surface part and extend along an axial direction of the seal ring, on two sides of the curved surface part in the axial direction of the seal ring, wherein when the shaft of the setting part is configured to move in an axial direction in response to the input operation from outside, one of the pair of end parts (62a, 62b) is brought into contact with an outer circumferential surface of the shaft, and the other of the pair of end parts (62a, 62b) is brought into contact with a part of the housing. a setting part changing a setting of a sensor main body in response to an input operation from outside and having a shaft inserted into the housing; and a seal ring in an annular shape, provided to surround the shaft and sealing a gap between the shaft and the housing, characterized in that, the seal ring has a curved surface part that is curved convexly in a cross-sectional view, and a pair of end parts (62a, 62b) that have a shape different from the curved surface part and extend along an axial direction of the seal ring, on two sides of the curved surface part in the axial direction of the seal ring, wherein when the shaft of the setting part is configured to move in an axial direction in response to the input operation from outside, one of the pair of end parts (62a, 62b) is brought into contact with an outer circumferential surface of the shaft, and the other of the pair of end parts (62a, 62b) is brought into contact with a part of the housing. characterized in that, the seal ring has a curved surface part that is curved convexly in a cross-sectional view, and a pair of end parts (62a, 62b) that have a shape different from the curved surface part and extend along an axial direction of the seal ring, on two sides of the curved surface part in the axial direction of the seal ring, wherein when the shaft of the setting part is configured to move in an axial direction in response to the input operation from outside, one of the pair of end parts (62a, 62b) is brought into contact with an outer circumferential surface of the shaft, and the other of the pair of end parts (62a, 62b) is brought into contact with a part of the housing.
A method of delivering content to or on behalf of a user, comprising the steps of: receiving, at a content delivery system, a connection request from a telephony device, wherein the connection request comprises connection request information; during an initiation phase of the connection request, extracting, by the content delivery system, a signalling number from the connection request information; rejecting, by the content delivery system, the connection request such that a connection between the telephony device and a device associated with the signalling number is not completed; identifying, by the content delivery system, one or more tasks associated with a profile of the user; identifying, by the content delivery system, content to be retrieved from a resource based on the extracted signalling number and the one or more tasks; retrieving, by the content delivery system, the identified content from the resource based on the extracted signalling number and the one or more tasks; and delivering, by the content delivery system, the retrieved content to the telephony device. receiving, at a content delivery system, a connection request from a telephony device, wherein the connection request comprises connection request information; during an initiation phase of the connection request, extracting, by the content delivery system, a signalling number from the connection request information; rejecting, by the content delivery system, the connection request such that a connection between the telephony device and a device associated with the signalling number is not completed; identifying, by the content delivery system, one or more tasks associated with a profile of the user; identifying, by the content delivery system, content to be retrieved from a resource based on the extracted signalling number and the one or more tasks; retrieving, by the content delivery system, the identified content from the resource based on the extracted signalling number and the one or more tasks; and delivering, by the content delivery system, the retrieved content to the telephony device.
Procedure for machining an engine connecting rod small end, consisting of the following steps in succession: - making of the raw connecting rod, with the contours of the small end to be trimmed, with an irregular internal surface, - machining of the interior of the connecting rod small end with constant profile, and cylindrical internal small end surface - driving a bush bearing into the connecting rod small end, - cutting and trimming of the bush bearing together with the connecting rod of said small end to a stepped or concave shape. - making of the raw connecting rod, with the contours of the small end to be trimmed, with an irregular internal surface, - machining of the interior of the connecting rod small end with constant profile, and cylindrical internal small end surface - driving a bush bearing into the connecting rod small end, - cutting and trimming of the bush bearing together with the connecting rod of said small end to a stepped or concave shape.
Apparatus for treating laundry with steam comprising an ironing and/or steaming tool comprising at least one hole for emitting steam and at least one pole which supports an ironing board comprising a bearing face which could be disposed vertically and against which an item of clothing to be ironed can be disposed for its treatment with steam using the tool, characterised in that the board comprises at least two identical parts put end-to-end and assembled to one another which define together, at least partially, the bearing face, the two parts being made of plastic material from one same manufacturing mould.
A method comprising: a) obtaining gaze tracking information representing one or more regions of interest of a video frame; b) compressing one or more sections of the video frame corresponding to the one or more regions of interest with a first encoder to generate low-compression section data, and encoding the low-compression section data as intra frames; c) downscaling the video frame with a size reduction algorithm and compressing a resulting downscaled video frame with a second encoder to generate high-compression frame data, wherein the compressing with the second encoder comprises lossy encoding including deciding on intra or inter prediction modes, wherein the low-compression section data is characterized by a lesser degree of compression than the high-compression frame data; d) transmitting the high compression frame data and the low compression section data. a) obtaining gaze tracking information representing one or more regions of interest of a video frame; b) compressing one or more sections of the video frame corresponding to the one or more regions of interest with a first encoder to generate low-compression section data, and encoding the low-compression section data as intra frames; c) downscaling the video frame with a size reduction algorithm and compressing a resulting downscaled video frame with a second encoder to generate high-compression frame data, wherein the compressing with the second encoder comprises lossy encoding including deciding on intra or inter prediction modes, wherein the low-compression section data is characterized by a lesser degree of compression than the high-compression frame data; d) transmitting the high compression frame data and the low compression section data.
A lens antenna comprising: a lens and an antenna element, the lens including a collimating part and an extension part (12, 15, 16), the collimating part and the extension part (12, 15, 16) being formed integrally from a dielectric material, wherein the collimating part has the shape of a hemi-ellipsoid with an eccentricity inversely proportional to the refraction index of the lens material and the extension part (12, 15, 16) having the thickness substantially equal to the focal length of the collimating part of the lens, wherein the extension part (12, 15, 16) comprises a substantially flat surface crossed by an axis of the collimating part; wherein the antenna element is rigidly fixed on said surface, characterized in that the antenna element is formed by a hollow radiating waveguide with a radiating opening thereof facing the lens, wherein the hollow radiating waveguide comprises a transition segment between an input aperture and the radiating opening of the hollow radiating waveguide, the transition segment having a variable cross-section; and the antenna element comprises a dielectric insert having the same cross-section shape as the radiating opening, wherein the dielectric insert and the lens are formed of the same dielectric material, and the dielectric insert is formed integrally with the lens.
A direct current electromotor with a stator comprising motor windings and with a rotor constructed as an outside rotor comprising the stator, and with a motor housing consisting of a terminal box section and a motor section comprising the rotor and the stator and with an electronics housing section arranged between the motor section and the terminal box section in the inner space of which housing section a motor electronics is arranged, characterized in that the housing section that receives the motor electronics is constructed as an integral part of the motor housing in an explasion-protected construction according to the EG Guideline 94/9/EG according to II 2G Ex d e ib, whose inner space forms a pressure-resistant encapsulation according to EN 60079-1 and that the other motor sections (A, C) are constructed as areas with increased safety according to EN 60079-7, wherein electrically insulating contact bushings (39, 41) are arranged between the inner space of the electronic housing section and the motor sections (A, C) with increased safety, whose annular slots (b), c)) are measured as regards their slot width in mm and their slot length in mm such a manner that a temperature in °C is present at the slot ends of the particular annual slot (b), c)) located in the areas of increased safety (A, C) which temperature is below a gas-specific ignition temperature of a gas surrounding the electromotor in every operating state of the electromotor.
A wall or floor chain sawing device, comprising a chain bar assembly which in turn comprises a chain bar that is guiding a chain at least partly around its perimeter, the chain bar having a longitudinal extension, where the chain bar assembly further comprises a chain bar housing that is attached to, and partially covers, the chain bar and the chain, and where the chain sawing device comprises a motor, a track interface that is arranged to co-operate with a guiding track, and a power transmission arrangement that is adapted to transfer a motion from said motor to the chain, characterized in that the sawing device comprises a first pivotable support rod and a second pivotable support rod, where each pivotable support rod (12, 13) has a corresponding first end (12a, 13a) and second end (12b, 13b), where each first end (12a, 13a) is at least indirectly pivotably attached to the motor, and where each second end (12b, 13b) is at least indirectly pivotably attached to the chain bar assembly, where the power transmission arrangement has a first end that is pivotably attached to the motor and a second end that is pivotably attached to the chain bar, such that the chain bar is enabled to perform a circular movement in a cutting plane while maintaining the direction of its longitudinal extension within the cutting plane.
An electronic device, comprising: a housing; a light-permeable display screen received in the housing and comprising a display area and a black matrix area surrounding the display area, the black matrix area comprising a first window region; an emitter received in the housing and arranged at a bottom side of the light-permeable display screen; and a receiver received in the housing, arranged at the bottom side of the light-permeable display screen and configured to communicate with the emitter, characterized in that the light-permeable display screen is configured as a full-screen display of the electronic device, and in that the emitter is arranged opposite to the first window region of the black matrix area and configured to emit an infrared light through the first window region, and the receiver is configured to receive the infrared light through the light-permeable display screen. a housing; a light-permeable display screen received in the housing and comprising a display area and a black matrix area surrounding the display area, the black matrix area comprising a first window region; an emitter received in the housing and arranged at a bottom side of the light-permeable display screen; and a receiver received in the housing, arranged at the bottom side of the light-permeable display screen and configured to communicate with the emitter, characterized in that the light-permeable display screen is configured as a full-screen display of the electronic device, and in that the emitter is arranged opposite to the first window region of the black matrix area and configured to emit an infrared light through the first window region, and the receiver is configured to receive the infrared light through the light-permeable display screen.