mhurhangee/ep-ind-claims huggingface dataset:
A flexible sensor unit for embedding in a tire, the flexible sensor unit comprising: a plurality of individual circuit boards (102A, 102B, 102C, 102D), wherein each circuit board (102A, 102B, 102C, 102D) includes at least one electronic component, the at least one electronic component including at least one of a radio frequency identification integrated circuit, at least one a microcontroller unit, at least one sensor, at least one power source and at least one boost converter; a plurality of electrically conductive flexible connecting ribbons (104A, 104B) or structures, each connecting ribbon (104A, 104B) or structure extending between selected ones of the individual circuit boards (102A, 102B, 102C, 1020); an end ribbon or structure being electrically connected to at least one of the circuit boards (102A, 102B, 102C, 102D); and an antenna being disposed on the end ribbon; wherein the antenna is configured to transmit data from the at least one sensor as processed by the microcontroller unit and to transmit identification data from the radio frequency identification integrated circuit, to an external reader, characterized in that the connecting ribbons (104A, 104B) or structures are made of a single-layer polyimide. a plurality of individual circuit boards (102A, 102B, 102C, 102D), wherein each circuit board (102A, 102B, 102C, 102D) includes at least one electronic component, the at least one electronic component including at least one of a radio frequency identification integrated circuit, at least one a microcontroller unit, at least one sensor, at least one power source and at least one boost converter; a plurality of electrically conductive flexible connecting ribbons (104A, 104B) or structures, each connecting ribbon (104A, 104B) or structure extending between selected ones of the individual circuit boards (102A, 102B, 102C, 1020); an end ribbon or structure being electrically connected to at least one of the circuit boards (102A, 102B, 102C, 102D); and an antenna being disposed on the end ribbon; wherein the antenna is configured to transmit data from the at least one sensor as processed by the microcontroller unit and to transmit identification data from the radio frequency identification integrated circuit, to an external reader, characterized in that the connecting ribbons (104A, 104B) or structures are made of a single-layer polyimide.
A graft copolymer composition of a vinyl monomer and a functionalized vinylamine-containing base polymer wherein the functionalized vinylamine-containing base polymer comprises randomly distributed repeating monomer units having the formula, and, wherein R is a reacted α,β-unsaturated alkyl carbonyl compound through Michael addition by vinylamine in the polymer; n, p and q are the numbers indicating mole % of the repeating units of formula, and present in the functionalized vinylamine-containing base polymer; and wherein n is at least 5 mole %, p is from 1 mole % to 80 mole %, q is from 1 mole % to 30 mole %; wherein the mole ratio of the functionalized vinylamine-containing base polymer to the vinyl monomer in the graft polymer is in the range of from 10:90 to 50:50. wherein R is a reacted α,β-unsaturated alkyl carbonyl compound through Michael addition by vinylamine in the polymer; n, p and q are the numbers indicating mole % of the repeating units of formula, and present in the functionalized vinylamine-containing base polymer; and wherein n is at least 5 mole %, p is from 1 mole % to 80 mole %, q is from 1 mole % to 30 mole %; wherein the mole ratio of the functionalized vinylamine-containing base polymer to the vinyl monomer in the graft polymer is in the range of from 10:90 to 50:50.
A food contact article comprising: a polymeric composition comprising a neat ethylene/octene multiblock copolymer having less than 1 wt% oil, the ethylene/octene multiblock copolymer comprising hard segments and soft segments joined in a linear fashion and comprising from 10 mol% to 20 mol% units derived from octene in the soft segment; and the article having a total color change value, ΔE, of less than 20, wherein ΔΕ = Δ L 2 + Δ a 2 + Δ b 2, wherein ΔL is the difference in lightness between the stained and unstained article, Δa is the difference in green to red scale between the stained and unstained article, and Δb is the difference in blue to yellow scale between the stained and unstained article. a polymeric composition comprising a neat ethylene/octene multiblock copolymer having less than 1 wt% oil, the ethylene/octene multiblock copolymer comprising hard segments and soft segments joined in a linear fashion and comprising from 10 mol% to 20 mol% units derived from octene in the soft segment; and wherein ΔΕ = Δ L 2 + Δ a 2 + Δ b 2, wherein ΔL is the difference in lightness between the stained and unstained article, Δa is the difference in green to red scale between the stained and unstained article, and Δb is the difference in blue to yellow scale between the stained and unstained article.
A method of mass spectrometry comprising: separating a first plurality of ions including one or more known or reference ions according to their ion mobility and acquiring first ion mobility data; applying an initial calibration function to said first ion mobility data; determining an estimated property of said one or more known or reference ions; comparing said estimated property with a known property of said one or more known or reference ions; and varying said initial calibration function to generate a revised calibration function; wherein the step of varying said initial calibration function is performed in real-time during an experimental acquisition; and wherein the step of varying said initial calibration function comprises either: (a) altering a first order coefficient and/or a first order term in said initial calibration function; and/or (b) altering a second or higher order coefficient and/or a second or higher order term in said initial calibration function. separating a first plurality of ions including one or more known or reference ions according to their ion mobility and acquiring first ion mobility data; applying an initial calibration function to said first ion mobility data; determining an estimated property of said one or more known or reference ions; comparing said estimated property with a known property of said one or more known or reference ions; and varying said initial calibration function to generate a revised calibration function; wherein the step of varying said initial calibration function is performed in real-time during an experimental acquisition; and wherein the step of varying said initial calibration function comprises either: (a) altering a first order coefficient and/or a first order term in said initial calibration function; and/or (b) altering a second or higher order coefficient and/or a second or higher order term in said initial calibration function.
A pneumatic windscreen wiper for a transparent element (6; 9; 10) of a vehicle; the pneumatic windscreen wiper comprises: at least one nozzle which is arranged at an edge of the transparent element (6; 9; 10), is oriented towards the transparent element (6; 9; 10), and is capable of emitting a compressed air jet that hits the transparent element (6; 9; 10) to lick the transparent element (6; 9; 10); a source of compressed air comprising a compressed air tank and a compressor which is adapted to supply compressed air into the tank; and a control valve which is interposed between the nozzle and the source of compressed air and is suitable for regulating the flow of compressed air; the pneumatic windscreen wiper is characterized in that the source of compressed air comprises a heat exchanger which is interposed between the compressor and the compressed air tank and is suitable for cooling the compressed air which is supplied by the compressor to the compressed air tank. at least one nozzle which is arranged at an edge of the transparent element (6; 9; 10), is oriented towards the transparent element (6; 9; 10), and is capable of emitting a compressed air jet that hits the transparent element (6; 9; 10) to lick the transparent element (6; 9; 10); a source of compressed air comprising a compressed air tank and a compressor which is adapted to supply compressed air into the tank; and a control valve which is interposed between the nozzle and the source of compressed air and is suitable for regulating the flow of compressed air; the pneumatic windscreen wiper is characterized in that the source of compressed air comprises a heat exchanger which is interposed between the compressor and the compressed air tank and is suitable for cooling the compressed air which is supplied by the compressor to the compressed air tank.
A system for applying a two-part adhesive to a substrate, the system comprising: a carrier; at least one wheel (718A, 718B) rotationally coupled to the carrier; a tray coupled to the carrier, the tray having an aperture (725, 725'); a first package disposed on the tray, the first package having a first nozzle and containing a first part of the two-part adhesive, wherein the first nozzle is disposed through the aperture (725, 725'); a second package disposed on the tray, the second package having a second nozzle and containing a second part of the two-part adhesive, wherein the second nozzle is disposed through an aperture (725, 725'); a pumping system coupled to the carrier, the pumping system in communication with the first nozzle and the second nozzle and configured to provide the first part and the second part under pressure; and an applicator in communication with the pumping system, wherein the applicator is configured to receive the first part and the second part under pressure from the pumping system, to mix the first part with the second part to form the two-part adhesive, and to discharge the two-part adhesive to the substrate, characterized in that the second nozzle is disposed through the same aperture (725, 725') through which the first nozzle is disposed. a carrier; at least one wheel (718A, 718B) rotationally coupled to the carrier; a tray coupled to the carrier, the tray having an aperture (725, 725'); a first package disposed on the tray, the first package having a first nozzle and containing a first part of the two-part adhesive, wherein the first nozzle is disposed through the aperture (725, 725'); a second package disposed on the tray, the second package having a second nozzle and containing a second part of the two-part adhesive, wherein the second nozzle is disposed through an aperture (725, 725'); a pumping system coupled to the carrier, the pumping system in communication with the first nozzle and the second nozzle and configured to provide the first part and the second part under pressure; and an applicator in communication with the pumping system, wherein the applicator is configured to receive the first part and the second part under pressure from the pumping system, to mix the first part with the second part to form the two-part adhesive, and to discharge the two-part adhesive to the substrate, characterized in that the second nozzle is disposed through the same aperture (725, 725') through which the first nozzle is disposed.
A mobile electronic apparatus comprising: a main body unit including a main board; a display unit disposed so as to rotate with respect to the main body unit for operating according to a control of the main board; wherein the display unit comprises a display driving board; a solar cell module disposed on a rear surface of the display unit for generating electric power by converting solar energy into electric power; a converting circuit disposed inside the display unit for stabilizing the electric power generated by the solar cell module so as to supply stable electric power; and a solar cell cable connecting the solar cell module and the converting circuit; wherein the solar cell module and the converting circuit are arranged in the display unit to shorten a length of the solar cell cable, so as to reduce the possibility or the amount of electrical noise and interference; wherein the converting circuit is formed on the display driving board. a main body unit including a main board; a display unit disposed so as to rotate with respect to the main body unit for operating according to a control of the main board; wherein the display unit comprises a display driving board; a solar cell module disposed on a rear surface of the display unit for generating electric power by converting solar energy into electric power; a converting circuit disposed inside the display unit for stabilizing the electric power generated by the solar cell module so as to supply stable electric power; and a solar cell cable connecting the solar cell module and the converting circuit;
A method for resource allocation, applied to user equipment, UE, the method comprising: receiving resource allocation indication information from a base station, wherein the resource allocation indication information indicates a time domain resource occupied by a forward time-frequency resource for sidelink communication in a slot and a time domain resource occupied by a reverse time-frequency resource for sidelink communication in the slot, the forward time-frequency resource transmits a physical sidelink share channel, PSSCH, and/or a physical sidelink control channel, PSCCH, and the reverse time-frequency resource transmits a physical sidelink feedback channel, PSFCH, from a device for receiving the user data to a device for transmitting the user data; and determining, according to the resource allocation indication information, the time domain resource occupied by the forward time-frequency resource in the slot and the time domain resource occupied by the reverse time-frequency resource in the slot, wherein sequence number of a time domain symbol occupied by the forward time-frequency resource is smaller than sequence number of a time domain symbol occupied by the reverse time-frequency resource, the forward time-frequency resource occupies the time domain symbol at a front position in the slot, and the reverse time-frequency resource occupies the time domain symbol at a latter position in the slot. receiving resource allocation indication information from a base station, wherein the resource allocation indication information indicates a time domain resource occupied by a forward time-frequency resource for sidelink communication in a slot and a time domain resource occupied by a reverse time-frequency resource for sidelink communication in the slot, the forward time-frequency resource transmits a physical sidelink share channel, PSSCH, and/or a physical sidelink control channel, PSCCH, and the reverse time-frequency resource transmits a physical sidelink feedback channel, PSFCH, from a device for receiving the user data to a device for transmitting the user data; and determining, according to the resource allocation indication information, the time domain resource occupied by the forward time-frequency resource in the slot and the time domain resource occupied by the reverse time-frequency resource in the slot, wherein sequence number of a time domain symbol occupied by the forward time-frequency resource is smaller than sequence number of a time domain symbol occupied by the reverse time-frequency resource, the forward time-frequency resource occupies the time domain symbol at a front position in the slot, and the reverse time-frequency resource occupies the time domain symbol at a latter position in the slot.
A laminate, comprising: a resin sheet; and glass sheets having a thickness of 300 μm or less, the glass sheets being integrally laminated on both surfaces of the resin sheet through an intermediation of adhesive layers, wherein an end surface of each of the glass sheets is chamfered, and each of the glass sheets is thinner than the resin sheet. a resin sheet; and glass sheets having a thickness of 300 μm or less, the glass sheets being integrally laminated on both surfaces of the resin sheet through an intermediation of adhesive layers, wherein an end surface of each of the glass sheets is chamfered, and each of the glass sheets is thinner than the resin sheet.
Composite successively comprising: - a transparent substrate, - a transparent layer having a thermoplastic polymer matrix of poly(methyl methacrylate), polystyrene, polycarbonate, poly(vinyl chloride), polyamide, polyethylene or polypropylene, alone or as mixtures or copolymers of several of them, a portion at least of the surface which is textured, with characteristic dimensions of the texturing forms of between 10 nm and 100 μm, and coated with a reflective layer which comprises a metal and/or an oxide having a high index and/or a paint, and which is covered with an opaque protective layer which consists of an organic and/or inorganic paint. - a transparent substrate, - a transparent layer having a thermoplastic polymer matrix of poly(methyl methacrylate), polystyrene, polycarbonate, poly(vinyl chloride), polyamide, polyethylene or polypropylene, alone or as mixtures or copolymers of several of them, a portion at least of the surface which is textured, with characteristic dimensions of the texturing forms of between 10 nm and 100 μm, and coated with a reflective layer which comprises a metal and/or an oxide having a high index and/or a paint, and which is covered with an opaque protective layer which consists of an organic and/or inorganic paint.
A sheet-like light collector device comprising a light receiving side, a light exit side, and light guiding material, wherein the light guiding material comprises an organic light conversion dye for absorbtion of at least part of light of a light source and for conversion of at least part of the absorbed light into converted light in the visible and IR wavelength range, characterized by a plurality of curved structures of light guiding material, each curved structure has a convex curved part at the light receiving side, for receiving light from said light source and for coupling light source light into the curved structure, a concave part at the light exit side, and a light exit edge part at the light exit side, wherein each curved structure has a curvature and a light guide thickness (d) for facilitating transport of the incoupled light and the converted light in the direction of the light exit edge part to provide light escaping from the light exit edge part.
Cartridge-in-chamber detection system for firearms comprising at least one first plate, a second plate and a dielectric disposed between the first plate and the second plate, and a sensor circuit connected to a microprocessor characterized in that the at least one first plate is displaceable or the dielectric varies, between a first position corresponding to the presence of a cartridge in the chamber and a second position corresponding to the non-presence of a cartridge in the chamber, or vice-versa, and where the microprocessor, through the sensor circuit, detects the capacitive variation between the first plate and the second plate, between the first position corresponding to the presence of a cartridge in the chamber and the second position corresponding to the non-presence of a cartridge in the chamber, or vice-versa, making it possible to determine in this way the presence or non-presence of a cartridge in the chamber and wherein the first plate is an extractor of the weapon.
A cache manager for controlling the distribution of content stored in caches (225, 235, 245, 227, 237) in a cache domain in a packet data network, the cache manager comprising: an object monitor for receiving notifications from caches in the cache domain about data objects requested at those caches; an object database for collating and storing object information about the requested data objects, the object information including information about the caches at which the data objects have been requested and frequency with which the requests have been made; and an object distributor for identifying objects for distribution on the basis of the object information and instructing the caches in the cache domain to distribute data objects stored in those caches between themselves; wherein the object information includes a popularity parameter for each object, characterized in that the object distributor is configured to classify the objects into one of at least three classes, the classes including: a high popularity class comprising objects which should be distributed to all caches in the cache domain; a medium popularity class comprising objects which should be distributed to one or more subsets of the caches in the cache domain; and a low popularity class comprising objects which should not be distributed. an object monitor for receiving notifications from caches in the cache domain about data objects requested at those caches; an object database for collating and storing object information about the requested data objects, the object information including information about the caches at which the data objects have been requested and frequency with which the requests have been made; and an object distributor for identifying objects for distribution on the basis of the object information and instructing the caches in the cache domain to distribute data objects stored in those caches between themselves; wherein the object information includes a popularity parameter for each object, characterized in that the object distributor is configured to classify the objects into one of at least three classes, the classes including: a high popularity class comprising objects which should be distributed to all caches in the cache domain; a medium popularity class comprising objects which should be distributed to one or more subsets of the caches in the cache domain; and a low popularity class comprising objects which should not be distributed. a high popularity class comprising objects which should be distributed to all caches in the cache domain; a medium popularity class comprising objects which should be distributed to one or more subsets of the caches in the cache domain; and a low popularity class comprising objects which should not be distributed.
A method for the dynamic modification of the schedules in a time-controlled switch for relaying time-controlled messages in a real-time computer system, wherein at least one active schedule and at least one new schedule are stored at a point of time in a switch (110, 120), wherein, at a specified changeover time in the active interval of a sparse time base, the active schedule is deactivated and a new schedule is activated, characterised in that the changeover point in time is a defined changeover point in time.
Perforated plate - whose ratio of length to width is between 20 and 200; - with a curved portion in accordance with a curved surface having a longitudinal generating line and - with perforations generated by means of revolution, whose notional axis is normal with respect to the curved surface and whose diameter is between 50 and 250 micrometres; characterised in that - the cross-sectional curve of the curved surface is a circle or is constituted by the chords of a portion of a regular polygon inscribed within a circle in order to form jets which converge at the centre of the circle and - the distance between two adjacent perforations is between 0.4 and 10 mm. - whose ratio of length to width is between 20 and 200; - with a curved portion in accordance with a curved surface having a longitudinal generating line and - with perforations generated by means of revolution, whose notional axis is normal with respect to the curved surface and whose diameter is between 50 and 250 micrometres; - the cross-sectional curve of the curved surface is a circle or is constituted by the chords of a portion of a regular polygon inscribed within a circle in order to form jets which converge at the centre of the circle and - the distance between two adjacent perforations is between 0.4 and 10 mm.