mhurhangee/ep-ind-claims huggingface dataset:
A device for reducing injury to a road user in the event of collision with a motor vehicle, comprising: at least one sensor or a sensor interface for sensor data for sensing a road user in the travel path of the motor vehicle; a driver interface for inflating an airbag arrangement in the front region of the motor vehicle, wherein the airbag arrangement comprises at least one impact section which is designed to transmit forces onto the road user in the direction of travel, and comprises at least one restraining section which is designed to transmit forces onto the road user counter to the direction of travel; and a controller which is connected to the driver interface and is designed to inflate the at least one impact section at a first point in time and to inflate the at least one restraining section at a later, second point in time, in reaction to the sensing of the road user, characterized in that the controller is also designed to calculate in advance a trajectory of the road user and a trajectory of the motor vehicle and to determine the second point in time on the basis of a section of the trajectories which are calculated in advance. at least one sensor or a sensor interface for sensor data for sensing a road user in the travel path of the motor vehicle; a driver interface for inflating an airbag arrangement in the front region of the motor vehicle, wherein the airbag arrangement comprises at least one impact section which is designed to transmit forces onto the road user in the direction of travel, and comprises at least one restraining section which is designed to transmit forces onto the road user counter to the direction of travel; and a controller which is connected to the driver interface and is designed to inflate the at least one impact section at a first point in time and to inflate the at least one restraining section at a later, second point in time, in reaction to the sensing of the road user, characterized in that the controller is also designed to calculate in advance a trajectory of the road user and a trajectory of the motor vehicle and to determine the second point in time on the basis of a section of the trajectories which are calculated in advance.
A burner apparatus, comprising: a burner housing; a jet pump located inside the burner housing, the jet pump having a jet pump bell and a combustion air inlet that receives combustion air, a chamber to receive the combustion air from the combustion air inlet, and a tapered portion of the chamber that tapers to a jet pump outlet having a smaller diameter than the diameter of the combustion air inlet, wherein the jet pump outlet is positioned within the jet pump bell and allows the combustion air to be pumped into the jet pump bell, wherein negative pressure, within the jet pump bell, generated from the jet pump can be used to pull flue gas from at least one of an exhaust stack or fired chamber; the jet pump further comprising a flue gas inlet connected to the jet pump bell to allow flue gas to mix with the combustion air in the jet pump bell to form a combustion air-flue gas mixture; the burner apparatus further comprising a burner throat located downstream of the jet pump bell; and a plurality of fuel inlets connected to the burner throat to allow fuel to mix with the combustion air/flue gas mixture to form a combustion air-flue gas-fuel mixture, wherein the combustion air-flue gas-fuel mixture is ignited and the flame and resultant flue gas exits the burner apparatus at an outlet; wherein the jet pump bell includes a tapered portion that tapers to an outlet having a smaller diameter than a maximum diameter of the jet pump bell, wherein the plurality of fuel inlets are arranged around a circumference of the burner throat and on an upstream portion thereof. a burner housing; a jet pump located inside the burner housing, the jet pump having a jet pump bell and a combustion air inlet that receives combustion air, a chamber to receive the combustion air from the combustion air inlet, and a tapered portion of the chamber that tapers to a jet pump outlet having a smaller diameter than the diameter of the combustion air inlet, wherein the jet pump outlet is positioned within the jet pump bell and allows the combustion air to be pumped into the jet pump bell, wherein negative pressure, within the jet pump bell, generated from the jet pump can be used to pull flue gas from at least one of an exhaust stack or fired chamber; the jet pump further comprising a flue gas inlet connected to the jet pump bell to allow flue gas to mix with the combustion air in the jet pump bell to form a combustion air-flue gas mixture; the burner apparatus further comprising a burner throat located downstream of the jet pump bell; and a plurality of fuel inlets connected to the burner throat to allow fuel to mix with the combustion air/flue gas mixture to form a combustion air-flue gas-fuel mixture, wherein the combustion air-flue gas-fuel mixture is ignited and the flame and resultant flue gas exits the burner apparatus at an outlet; wherein the jet pump bell includes a tapered portion that tapers to an outlet having a smaller diameter than a maximum diameter of the jet pump bell, wherein the plurality of fuel inlets are arranged around a circumference of the burner throat and on an upstream portion thereof.
A computer-implemented method comprising: determining a target location in an environment; determining a set of sub-band impulse responses for a first frequency sub-band, each sub-band impulse response in the set of sub-band impulse responses being associated with a corresponding location that is proximate to the target location; selecting a first pair of sub-band impulse responses for the first frequency sub-band from among pairs of sub-band impulse responses in the set of sub-band impulse responses; computing a first coherence value indicating a level of coherence between sub-band impulse responses in the first pair; determining that the first coherence value is below a coherence threshold; in response to determining that the first coherence value is below the coherence threshold, combining the sub-band impulse responses in the first pair using a non-linear interpolation technique to generate an estimated impulse response for the first frequency sub-band for the target location; generating, based at least on the estimated impulse response, a filter for a speaker; filtering, by the filter, an audio signal to generate a filtered audio signal; and causing the speaker to output the filtered audio signal. determining a target location in an environment; determining a set of sub-band impulse responses for a first frequency sub-band, each sub-band impulse response in the set of sub-band impulse responses being associated with a corresponding location that is proximate to the target location; selecting a first pair of sub-band impulse responses for the first frequency sub-band from among pairs of sub-band impulse responses in the set of sub-band impulse responses; computing a first coherence value indicating a level of coherence between sub-band impulse responses in the first pair; determining that the first coherence value is below a coherence threshold; in response to determining that the first coherence value is below the coherence threshold, combining the sub-band impulse responses in the first pair using a non-linear interpolation technique to generate an estimated impulse response for the first frequency sub-band for the target location; generating, based at least on the estimated impulse response, a filter for a speaker; filtering, by the filter, an audio signal to generate a filtered audio signal; and causing the speaker to output the filtered audio signal.
A machine for applying a coating on a substrate with a PEPVD process, the machine comprising: an evaporating zone connected to a vacuum source for maintaining a vacuum within the evaporating zone, and comprising a metal or metal oxide coating source and one or more counter-electrodes, a rotatable process drum electrode comprising magnets arranged within its outer circumference, the drum electrode forming part of a substrate path and arranged to guide the substrate through the evaporating zone, wherein the process drum electrode comprises an outer shell and an inner shell and wherein coolant ducts are embedded between the outer shell and the inner shell, and an alternating current power supply for generating an electrical potential difference between the counter electrodes and the drum electrode, in operation the machine being arranged to generate a plasma between one or more counter-electrodes and the drum electrode, the magnets being adapted to direct and contain the plasma adjacent the substrate in the evaporating zone, the machine being further arranged such that current from the power supply couples between the counter electrodes and the drum electrode, through the substrate, characterized in that one or more of the counter-electrodes is a gas purged electrodes and comprising a plurality of gas purged counter-electrodes in the form of a bar or a plurality of bars. an evaporating zone connected to a vacuum source for maintaining a vacuum within the evaporating zone, and comprising a metal or metal oxide coating source and one or more counter-electrodes, a rotatable process drum electrode comprising magnets arranged within its outer circumference, the drum electrode forming part of a substrate path and arranged to guide the substrate through the evaporating zone, wherein the process drum electrode comprises an outer shell and an inner shell and wherein coolant ducts are embedded between the outer shell and the inner shell, and an alternating current power supply for generating an electrical potential difference between the counter electrodes and the drum electrode,
A method of sequencing one or more target polynucleotides, the method comprising the steps of: randomly fragmenting the one or more target polynucleotides present in a predetermined coverage amount to form a population containing overlapping first-sized fragments each having an average length less than those of the target polynucleotides; forming a number of separate mixtures from the population of first-sized fragments, such number being selected such that at least sixty percent of such separate mixtures contain only non-overlapping fragments, and such that the mixture of origin of each such first-sized fragment is determinable; sequencing at least a portion of one or more first-sized fragments of each separate mixture to obtain sequence reads; and assembling the sequence reads from the separate mixtures into complete or partial nucleotide sequences of the one or more target polynucleotides to form contigs, wherein such assembling depends on the mixture of origin of at least a portion of the sequence information. randomly fragmenting the one or more target polynucleotides present in a predetermined coverage amount to form a population containing overlapping first-sized fragments each having an average length less than those of the target polynucleotides; forming a number of separate mixtures from the population of first-sized fragments, such number being selected such that at least sixty percent of such separate mixtures contain only non-overlapping fragments, and such that the mixture of origin of each such first-sized fragment is determinable; sequencing at least a portion of one or more first-sized fragments of each separate mixture to obtain sequence reads; and assembling the sequence reads from the separate mixtures into complete or partial nucleotide sequences of the one or more target polynucleotides to form contigs, wherein such assembling depends on the mixture of origin of at least a portion of the sequence information.
A process for polymerizing fluoromonomer to form a dispersion of fluoropolymer particles in an aqueous medium in a polymerization reactor said process comprising an initial period which comprises adding to the polymerization reactor: (a) aqueous medium, (b) water-soluble hydrocarbon-containing compound, (c) degradation agent, (d) fluoromonomer, and (e) polymerization initiator, wherein during the initial period no fluorosurfactant is added, and wherein the degradation agent is added prior to the polymerization initiator and wherein the amount of degradation agent added to the aqueous medium is no greater than 50 ppm. (a) aqueous medium, (b) water-soluble hydrocarbon-containing compound, (c) degradation agent, (d) fluoromonomer, and (e) polymerization initiator,
An ethylene/ alpha-olefin interpolymer composition having a Comonomer Distribution Constant in a range of from 100 to 500, a vinyl unsaturation of less than 0.15 vinyls per one thousand total carbon atoms present in the interpolymer composition, a zero shear viscosity ratio (ZSVR) in a range from 1.5 to 5, a density in a range of from 0.903 to 0.950 g/cm 3, a melt index (I 2) in a range of from 0.1 to 15 g/ 10 minutes, a molecular weight distribution (M w /M n) in a range of from 1.8 to 4.5, and a separation index of from 0.50 to 1.10.
Rinse container (SBN1; SBN2) for a laundry drying machine for storing a rinsing fluid, the rinse container (SBN1; SBN2) having an outlet opening for draining the rinsing fluid and a sealing part for selectively opening and closing the outlet opening, the sealing part having a sealing head for sealing the outlet opening, characterised in that the sealing head is connected to the rinse container (SBN1; SBN2) via a spring element and pressure is exerted by the spring element on the outlet opening.
An aerosol-generating device comprising: an induction heater for heating an aerosol-forming substrate, the induction heater comprising an induction coil and a heating element, wherein the heating element is arrangeable within the induction coil, wherein the induction coil has a varying pitch, characterized in that: the heating element comprises a base section and a heating section, wherein the base section is made of an electrically insulating material, and wherein the induction coil having a varying pitch provides two induction zones. an induction heater for heating an aerosol-forming substrate, the induction heater comprising an induction coil and a heating element, wherein the heating element is arrangeable within the induction coil, wherein the induction coil has a varying pitch, characterized in that: the heating element comprises a base section and a heating section, wherein the base section is made of an electrically insulating material, and wherein the induction coil having a varying pitch provides two induction zones.
A combustible article of manufacture comprising: a treated lignin composition comprising solid lignin and having a moisture content in a range of 35% to 80% percent by weight of the treated lignin composition on a wet basis, a combustible support having an external surface, wherein the treated lignin composition is attached to at least a portion of the external surface of the combustible support with a force greater than the force of gravity relative to the treated lignin composition, characterized in that the combustible article is not made by a briquetting or pelletizing process. a treated lignin composition comprising solid lignin and having a moisture content in a range of 35% to 80% percent by weight of the treated lignin composition on a wet basis, a combustible support having an external surface, wherein the treated lignin composition is attached to at least a portion of the external surface of the combustible support with a force greater than the force of gravity relative to the treated lignin composition, characterized in that the combustible article is not made by a briquetting or pelletizing process.
A method for the preparation of a sequestration resin for the removal of cobalt derived radioactivity in an aqueous solution, the method comprising the steps of: 1) forming polystyrene divinylbenzene sulfonate cation resin particles in powder or bead form by the polymerisation of styrene sulfonic acid and 1,4-divinylbenzene, whereby the sulfonic acid groups are distributed throughout the pore structure of the resin particles; 2) completely drying the resin particles; 3) functionalising the sulfonic acid groups of the resin to sulfonyl chloride groups to obtain a sulfonyl chloride resin; 4) reacting a multi-amine ligand with the sulfonyl chloride resin to form the sequestration resin. 1) forming polystyrene divinylbenzene sulfonate cation resin particles in powder or bead form by the polymerisation of styrene sulfonic acid and 1,4-divinylbenzene, whereby the sulfonic acid groups are distributed throughout the pore structure of the resin particles; 2) completely drying the resin particles; 3) functionalising the sulfonic acid groups of the resin to sulfonyl chloride groups to obtain a sulfonyl chloride resin; 4) reacting a multi-amine ligand with the sulfonyl chloride resin to form the sequestration resin.
A bending die used for forming a rod-shaped body bent in a three-dimensional XYZ direction, the bending die comprising a pair of forming dies (10, 20) that is to be clamped in a Z direction, wherein the forming dies (10, 20) each have a rod-shaped body-forming recess portion (11, 21), and a rod-shaped body guide portion (12, 12a, 12b, 22, 22a, 22b) for guiding a rod-shaped body to the rod-shaped body-forming recess portion (11, 21), the rod-shaped body-forming recess portion (11, 21) is formed into a shape with a semicircular cross section that defines, with another rod-shaped body-forming recess portion when clamping the pair of the forming dies (10, 20) a long, cylindrical cavity for forming the rod-shaped body bent in a three-dimensional XYZ direction, and the rod-shaped body guide portion (12, 12a, 12b, 22, 22a, 22b) is formed into a V-shape that spreads outward from both sides of the rod-shaped body-forming recess portion (11, 21) having a semicircular cross section, wherein the rod-shaped body guide portions (12, 12a, 12b, 22, 22a, 22b) are each formed into a comb shape in which the guide portions do not interfere with each other when the pair of forming dies (10, 20) is clamped.
Luminaire comprising: - a carrier having a mounting surface, - at least two light-emitting diodes, each light-emitting diode having a radiation exit surface, - an optical element having a radiation entrance surface, wherein - the light-emitting diodes are arranged on the mounting surface of the carrier, - the optical element is arranged on a side of the light-emitting diodes facing away from the carrier, and - the radiation exit surface of each light-emitting diode is optically coupled to the radiation entrance surface of the optical element, - the optical element is fixed to each of the light-emitting diodes, - the interface of the radiation exit surface of each light-emitting diode and the radiation entrance surface of the optical element is free of a connecting material, and - the radiation exit surface of each light-emitting diode and the radiation entrance surface of the optical element are in direct contact with each other. - a carrier having a mounting surface, - at least two light-emitting diodes, each light-emitting diode having a radiation exit surface, - an optical element having a radiation entrance surface, wherein - the light-emitting diodes are arranged on the mounting surface of the carrier, - the optical element is arranged on a side of the light-emitting diodes facing away from the carrier, and - the radiation exit surface of each light-emitting diode is optically coupled to the radiation entrance surface of the optical element, - the optical element is fixed to each of the light-emitting diodes, - the interface of the radiation exit surface of each light-emitting diode and the radiation entrance surface of the optical element is free of a connecting material, and - the radiation exit surface of each light-emitting diode and the radiation entrance surface of the optical element are in direct contact with each other.
Household appliance heating apparatus with at least one heating element, which has at least two heating connections (14, 16), which are each provided for connection to one of at least two supply connections (18, 20) of a supply network, with at least one first switching element, which is connected between a first heating connection of the heating connections (14, 16) and a first supply connection of the supply connections (18, 20), with at least one second switching element, which is connected between a second heating connection of the heating connections (14, 16) and a second supply connection of the supply connections (18, 20), and with a measuring unit, which has at least one measuring input, at which a potential is present in at least one heating operating state, characterised by a control unit, which is designed to interrupt a conduction path through the heating element by means of the first switching element with the second switching element closed in at least one network form recognition operating state and to take into account a first potential present at the measuring input when determining a network form present at the heating element, wherein the control unit is designed to interrupt a conduction path through the heating element by means of the second switching element with the first switching element closed in the at least one network form recognition operating state and to take into account a second potential present at the measuring input when determining the network form present at the heating element, wherein the control unit is designed to compare the first and the second potential with one another in the at least one network form recognition operating state and to calculate a difference between the first and the second potential.