mhurhangee/ep-ind-claims huggingface dataset:
A tension-based non-pneumatic structurally supported wheel comprising: a hub; a compliant load supporting band disposed radially outward and concentrically with the hub; and a plurality of tension-based web elements extending between the hub and the compliant band, characterized in that each web element has a tapered lateral width which is greater near the compliant band than near the hub and each web element has a changing draft angle which is greater near the hub than near the compliant band. a hub; a compliant load supporting band disposed radially outward and concentrically with the hub; and a plurality of tension-based web elements extending between the hub and the compliant band, characterized in that each web element has a tapered lateral width which is greater near the compliant band than near the hub and each web element has a changing draft angle which is greater near the hub than near the compliant band.
Steering wheel for a motor vehicle with an airbag module arranged thereon and with horn conductor paths arranged on the steering wheel and/or on the airbag module that can be brought into electrical contact with each other via horn contacts, in order to initiate an acoustic horn signal in an installed state of the steering wheel in a motor vehicle, wherein the horn conductor paths are formed by contact plates comprising a strip-shaped surface, characterised by that a single horn conductor path is formed by a one-piece sheet metal strip, which is bent in a curve forming a prescribed shape of the horn conductor path, in that the sheet metal strip, which is elongated as starting material, is bent about at least one bending axis running at an angle to its longitudinal axis in a direction-changing curve, in which the surface areas of the sheet metal strip on the inner side of the bending direction on both sides of the bending axis come into contact with each other.
Device for collecting mown agricultural crops lying on the mown surface, comprising a conveying device that is mounted at the front of a single-axle working machine steerable manually via handlebars and having a driven axle and that is operatively connected to a front power take-off shaft of the working machine, said conveying device having a pick-up device picking up mown crops from the ground surface by means of driven conveying tines and transporting them further, wherein the pick-up device attached by means of a frame to the front of the working machine and in front of the driven axle of the working machine has a tine rotor extending transversely to the direction of movement and driven by the power take-off shaft, said tine rotor being formed by tine wheels arranged alongside one another on a shaft, rotating together and in the vicinity of the ground in the same direction as the direction of movement and provided with projecting conveying or working tines and said tine rotor being supported on the ground surface.
Pneumatic wheel brake for a vehicle, wherein the wheel brake comprises at least one brake lever which may be actuated by a compressed air cylinder and a brake application device which may be actuated by the brake lever, via which when actuating the brake lever a first brake element may be pressed against a second brake element, and the wheel brake comprises an actuating device which may be driven by electric motor, via which at least parts (7, 8, 9) of the brake application device may be subjected to force at least when the brake lever is not actuated, and thereby the first brake element may be pressed against the second brake element, characterized in that the wheel brake comprises a spring accumulator element which is arranged outside the compressed air cylinder, wherein the spring accumulator element may be subjected to force by the actuating device which may be driven by electric motor and at least parts (7, 8, 9) of the brake application device are able to be subjected to force by the spring accumulator element at least when the brake lever is not actuated, and as a result the first brake element may be pressed against the second brake element.
An irreversible electroporation system, comprising: a catheter having multiple electrodes that are configured to be placed in contact with a tissue of an organ; an IRE ablation power source configured to generate bipolar IRE pulses; and a processor, which is configured to ablate the tissue over a continuous region by applying the bipolar IRE pulses to pairs of the electrodes, in accordance with an order in which successive activations of a given electrode-pair are interleaved with activation of at least one other electrode-pair, and are spaced in time by at least a predefined duration, wherein the processor is configured to apply the bipolar IRE pulses between adjacent electrodes and successively activated electrode-pairs do not share any electrodes. a catheter having multiple electrodes that are configured to be placed in contact with a tissue of an organ; an IRE ablation power source configured to generate bipolar IRE pulses; and a processor, which is configured to ablate the tissue over a continuous region by applying the bipolar IRE pulses to pairs of the electrodes, in accordance with an order in which successive activations of a given electrode-pair are interleaved with activation of at least one other electrode-pair, and are spaced in time by at least a predefined duration, wherein the processor is configured to apply the bipolar IRE pulses between adjacent electrodes and successively activated electrode-pairs do not share any electrodes.
A method of wireless communication, comprising: determining, at a base station, that a mobile device is power limited on at least one uplink carrier (205, 210); selecting, at the base station, downlink transmission modes on two or more downlink component carriers (215, 220, 225) based on the determination that the mobile device is power limited; selecting, at the base station, at least one feedback bundling scheme from a plurality of bundling schemes on the at least one uplink carrier (205, 210) for confirming receipt of the downlink transmissions on the two or more downlink component carriers (215, 220, 225) based at least in part on one or more of the selected transmission modes; and transmitting control information from the base station to the mobile device for signaling the selected feedback bundling scheme to the mobile device. determining, at a base station, that a mobile device is power limited on at least one uplink carrier (205, 210); selecting, at the base station, downlink transmission modes on two or more downlink component carriers (215, 220, 225) based on the determination that the mobile device is power limited; selecting, at the base station, at least one feedback bundling scheme from a plurality of bundling schemes on the at least one uplink carrier (205, 210) for confirming receipt of the downlink transmissions on the two or more downlink component carriers (215, 220, 225) based at least in part on one or more of the selected transmission modes; and transmitting control information from the base station to the mobile device for signaling the selected feedback bundling scheme to the mobile device.
A self-extinguishing polymeric composition comprising: a) a stabilizing polymeric composition containing i) from 80% to 99.5% by weight of one or more vinylaromatic polymers compatible among them; and ii) from 0.5% to 20% by weight of at least a block copolymer containing: 1) at least a vinylaromatic polymer block compatible with (i) and that constitutes a weight quantity equal or higher than 15% by weight with respect to the whole block copolymer, and 2) at least a vinyl copolymer block containing epoxy groups so that there is from 0.7% to 19% by weight of oxirane oxygen calculated on the total of block copolymer; and b) from 0.03 phr by weight to 10 phr by weight, calculated on the base of component (a), of at least a halogenated flame retardant. a) a stabilizing polymeric composition containing i) from 80% to 99.5% by weight of one or more vinylaromatic polymers compatible among them; and ii) from 0.5% to 20% by weight of at least a block copolymer containing: 1) at least a vinylaromatic polymer block compatible with (i) and that constitutes a weight quantity equal or higher than 15% by weight with respect to the whole block copolymer, and 2) at least a vinyl copolymer block containing epoxy groups so that there is from 0.7% to 19% by weight of oxirane oxygen calculated on the total of block copolymer; and 1) at least a vinylaromatic polymer block compatible with (i) and that constitutes a weight quantity equal or higher than 15% by weight with respect to the whole block copolymer, and 2) at least a vinyl copolymer block containing epoxy groups so that there is from 0.7% to 19% by weight of oxirane oxygen calculated on the total of block copolymer; and b) from 0.03 phr by weight to 10 phr by weight, calculated on the base of component (a), of at least a halogenated flame retardant.
An electrochemical micro-battery comprising biocompatible cell components including: an anode current collector; a cathode current collector; an anode (1110, 1111) extending along an arcuate path; a generally planar cathode (1120, 1121) extending along the arcuate path, wherein the anode is positioned above the cathode; a separator positioned between the anode and the cathode, wherein the separator extends along the arcuate path; an electrolyte positioned generally surrounding the anode, the cathode and the separator to provide ionic conductivity between the anode and the cathode; flexible packaging generally surrounding the anode, the cathode, the cathode current collector, the separator, and the electrolyte, wherein the anode current collector extends through the flexible packaging along a first vector along the arcuate path, and the cathode current collector extends through the flexible packaging along a second vector along the arcuate path; and an encapsulating copper layer surrounding the flexible packaging, wherein one of the anode current collector or the cathode current collector is not surrounded by the encapsulating copper layer, and wherein the copper layer is deposited to the flexible packaging and forms a conformal hermetic barrier coating that overcoats the micro-battery. an anode current collector; a cathode current collector; an anode (1110, 1111) extending along an arcuate path; a generally planar cathode (1120, 1121) extending along the arcuate path, wherein the anode is positioned above the cathode; a separator positioned between the anode and the cathode, wherein the separator extends along the arcuate path; an electrolyte positioned generally surrounding the anode, the cathode and the separator to provide ionic conductivity between the anode and the cathode; flexible packaging generally surrounding the anode, the cathode, the cathode current collector, the separator, and the electrolyte, wherein the anode current collector extends through the flexible packaging along a first vector along the arcuate path, and the cathode current collector extends through the flexible packaging along a second vector along the arcuate path; and an encapsulating copper layer surrounding the flexible packaging, wherein one of the anode current collector or the cathode current collector is not surrounded by the encapsulating copper layer, and wherein the copper layer is deposited to the flexible packaging and forms a conformal hermetic barrier coating that overcoats the micro-battery.
An air distribution valve provided for a heated airflow coming from an air layer disposed behind a ventilated facade of a building, this distribution valve including a first air inlet intended to receive the air of the air layer, a first air outlet intended to direct the air towards a distribution network in the building, a second air outlet intended to direct the air to the outside, and a movable flap distributing the airflow towards either one of the outlets (22, 24), characterized in that it includes a second air inlet intended to collect the external air and direct it towards the first outlet.
Drive for opening and/or closing a movable wing of a door or a window, having a drive device for driving the movable wing, and having a control device for controlling the drive device on the basis of at least one output signal from a sensor device, the sensor device being designed to output status messages to the control device, characterized in that the output signal (A S) from the sensor device is changed over between at least two signal frequencies (f I, f II) as long as an object is not detected at the sensor device, the output signal (A S) from the sensor device being changed over to at least one detection frequency (f D) if an object is detected.
A harvester head comprising: a first roller having first outer outer groove with interior side surfaces (112, 114) and a floor; a second roller having a second outer groove; a draper belt extending about the first roller and the second roller, the draper belt comprising a web having a first surface to carry crop material and a second surface to face the roller (100, 102) and an elastomeric belt guide projecting from the second surface, the belt guide having outer side surfaces (42, 44) and a bottom, characterized in that the outer side surfaces (42, 44) of the belt guide extend at an angle of no greater than 100° relative to the second surface when the belt guide is wrapping about the first roller within the first outer groove, that the belt guide comprises a first portion in a flat state between the first roller and the second roller, the first portion having a first shape different than the outer groove (104, 106); and a second portion within the first outer groove, the second portion having a second shape, different than the first shape, in abutment with the interior side surfaces (112, 114) of the first outer groove, and that the outer side surfaces (42, 44) of the belt guide are shaped and formed from a material so as to expand into abutment with the interior side surfaces (112, 114) of the outer groove as the belt guide wraps about the roller within the groove, whereby the bottom of the belt guide is spaced from the second surface by a distance less than the depth of the groove even when guide is expanded such that the bottom does not engage floor. a first roller having first outer outer groove with interior side surfaces (112, 114) and a floor; a second roller having a second outer groove; a draper belt extending about the first roller and the second roller, the draper belt comprising a web having a first surface to carry crop material and a second surface to face the roller (100, 102) and an elastomeric belt guide projecting from the second surface, the belt guide having outer side surfaces (42, 44) and a bottom, characterized in that the outer side surfaces (42, 44) of the belt guide extend at an angle of no greater than 100° relative to the second surface when the belt guide is wrapping about the first roller within the first outer groove, that the belt guide comprises a first portion in a flat state between the first roller and the second roller, the first portion having a first shape different than the outer groove (104, 106); and a second portion within the first outer groove, the second portion having a second shape, different than the first shape, in abutment with the interior side surfaces (112, 114) of the first outer groove, and that the outer side surfaces (42, 44) of the belt guide are shaped and formed from a material so as to expand into abutment with the interior side surfaces (112, 114) of the outer groove as the belt guide wraps about the roller within the groove, whereby the bottom of the belt guide is spaced from the second surface by a distance less than the depth of the groove even when guide is expanded such that the bottom does not engage floor.
A pack for cigarettes comprising a dimensionally stable outer pack and an inner pack configured in the form of a sealed block and having an inner wrapper made of preferably aroma-tight and moisture-tight, thermally sealable sheet material for wrapping a cigarette group and an inner collar partially enclosing the cigarette group within the inner pack with at least one front wall or upper wall, lateral supporting walls and a collar base, wherein the front wall or upper wall has a recess in a region facing a removal opening of the inner pack and wherein the removal opening of the inner pack, in the region of an inner end wall and of an end region of an inner front wall adjacent thereto, is provided with a closure label which can be used a number of times and which covers over the removal opening in the closed position and which is fixed by adhesive bonding on the inner pack by way of an all-round connecting periphery, characterized by the following features: a) corner flaps are connected to the supporting walls of the inner collar along a folding line, b) the corner flaps are in each case folded along a folding line into a position of abutment against the inner side of the collar base, c) collar base and comer flaps are fixed in the folded position due to form-fitting and/or force-fitting anchoring. a) corner flaps are connected to the supporting walls of the inner collar along a folding line, b) the corner flaps are in each case folded along a folding line into a position of abutment against the inner side of the collar base, c) collar base and comer flaps are fixed in the folded position due to form-fitting and/or force-fitting anchoring.
Method of mapping source colors of an image from a 3D source color gamut into a 3D target color gamut, both gamuts sharing a common black and a common white, wherein a chromaticity point of any color is defined in a chromaticity plane (xy) as deriving from a line which comprises said common black and said color and which is straight in a linear 3D color space, said method comprising mapping each of said source colors which are out of a preserved color gamut within a mapping segment of a mapping straight line included in said chromaticity plane (xy), wherein said mapping straight line is defined in said chromaticity plane (xy) as comprising the chromaticity point (M C) of said source color and the chromaticity point (O C) of said common white point, wherein said mapping segment starts at the chromaticity point (P C) of a preserved gamut boundary color associated with said source color, wherein said mapping segment ends at the chromaticity point (I T-C) of a target gamut boundary color (I T) associated with said source color, wherein the chromaticity point (P C) of said preserved gamut boundary color is positioned on said mapping straight line between the chromaticity point (O C) of said common white point and the chromaticity point (I T-C) of said target gamut boundary color (I T), wherein said target gamut boundary color (I T) corresponds, in said linear 3D color space, to an intersection of said target color gamut with a plane of constant luminance and with a mapping plane comprising said source color, said common black point and said common white point.
A ribonucleic acid suitable for mediating RNA interference comprising a double stranded structure, whereby the double- stranded structure comprises a first strand and a second strand, whereby the first strand comprises a first stretch of contiguous nucleotides and whereby said first stretch is at least partially complementary to a target nucleic acid, and the second strand comprises a second stretch of contiguous nucleotides and whereby said second stretch is at least partially identical to the target nucleic acid, characterised in that said first strand and said second strand comprises a plurality of groups of modified nucleotides having a modification at the 2'-position whereby within the strand each group of modified nucleotides is flanked on one or both sides by a flanking group of nucleotides whereby the flanking nucleotide(s) forming the flanking group of nucleotides is/are either an unmodified nucleotide(s) or a nucleotide(s) having a modification different from the modification of the modified nucleotides, the first strand or first stretch and the second strand or second stretch form a pattern of modified nucleotides, wherein groups of modified nucleotides are alternating with flanking groups of nucleotides and the pattern of modified nucleotides of said first strand is the same as the pattern of modified nucleotides of said second strand.
A method, comprising: receiving an indication that a combustion turbine is to operate in a partial or no load condition; responsive to receiving the indication, operating the combustion turbine in the partial or no load condition, thereby generating exhaust emissions; and increasing a combustion temperature in the combustion turbine in the partial or no load condition to increase a concentration of nitrous oxides (NOx) in the exhaust emissions and to reduce a concentration of carbon monoxide in the exhaust emissions while maintaining an exhaust gas temperature and an exhaust emissions profile of operating at a baseline load which is defined as a minimum load while remaining in emissions compliance without increasing the combustion temperature in the partial or no load condition, characterized in that increasing the combustion temperature in the combustion turbine in the partial or no load condition comprises at least one of: at least partially reducing diluent flow into a combustor of the combustion turbine by at least partially closing a diluent valve; or at least partially opening one or more bleed valves in a compressor of the combustion turbine, or between compressors of the combustion turbine. receiving an indication that a combustion turbine is to operate in a partial or no load condition; responsive to receiving the indication, operating the combustion turbine in the partial or no load condition, thereby generating exhaust emissions; and increasing a combustion temperature in the combustion turbine in the partial or no load condition to increase a concentration of nitrous oxides (NOx) in the exhaust emissions and to reduce a concentration of carbon monoxide in the exhaust emissions while maintaining an exhaust gas temperature and an exhaust emissions profile of operating at a baseline load which is defined as a minimum load while remaining in emissions compliance without increasing the combustion temperature in the partial or no load condition, characterized in that increasing the combustion temperature in the combustion turbine in the partial or no load condition comprises at least one of: at least partially reducing diluent flow into a combustor of the combustion turbine by at least partially closing a diluent valve; or at least partially opening one or more bleed valves in a compressor of the combustion turbine, or between compressors of the combustion turbine. at least partially reducing diluent flow into a combustor of the combustion turbine by at least partially closing a diluent valve; or at least partially opening one or more bleed valves in a compressor of the combustion turbine, or between compressors of the combustion turbine.
Method for monitoring movable parts of an industrial robot, in which the measurement values of two different measured quantities are detected and at least one of these measurement values is processed into a first measurement result, characterised in that the measurement value is processed into a first measurement result such that it is comparable with the measurement value of the other measured quantity or a second measurement result obtained on the basis of said measurement value, in that the first measurement result is compared with the measurement value of the other measured quantity or the second measurement result obtained on the basis of said measurement value and in that a signal characterising the comparison result is provided.