mhurhangee/ep-ind-claims huggingface dataset:
Method for determining evasion trajectories for a collision-free evasion maneuver by motor vehicles (1, 2, 3), wherein, by means of a control device: - trajectory data which describe a set of possible driving trajectories of the motor vehicle (1, 2, 3) are received from at least one trajectory generator for each motor vehicle (1, 2, 3) and - a particular evasion trajectory is determined for each motor vehicle (1, 2, 3), on the basis of its set of possible driving trajectories such that the collision-free evasion maneuver results from the combination of the determined evasion trajectories, - in a classification step for each motor vehicle (1, 2, 3), the driving trajectories of its set are classified into groups, each of which comprises a plurality of the driving trajectories, and each group is represented by a single particular group trajectory, - wherein a predetermined number of groups is determined per set, the number of groups is determined on the basis of a remaining time until the collision and/or until the planned initiation of the evasion maneuver, and - in at least one combination step, one of the group trajectories of each of the motor vehicles (1, 2, 3) is selected in each case and, on the basis of the selected group trajectories, a coordinated driving maneuver of the motor vehicles (1, 2, 3) resulting therefrom is checked to determine whether the driving maneuver satisfies a predetermined optimization criterion, and - the evasion trajectories are determined on the basis of the group trajectories of such a combination step in which the optimization criterion is met. - trajectory data which describe a set of possible driving trajectories of the motor vehicle (1, 2, 3) are received from at least one trajectory generator for each motor vehicle (1, 2, 3) and - a particular evasion trajectory is determined for each motor vehicle (1, 2, 3), on the basis of its set of possible driving trajectories such that the collision-free evasion maneuver results from the combination of the determined evasion trajectories, - in a classification step for each motor vehicle (1, 2, 3), the driving trajectories of its set are classified into groups, each of which comprises a plurality of the driving trajectories, and each group is represented by a single particular group trajectory, - wherein a predetermined number of groups is determined per set, the number of groups is determined on the basis of a remaining time until the collision and/or until the planned initiation of the evasion maneuver, and - in at least one combination step, one of the group trajectories of each of the motor vehicles (1, 2, 3) is selected in each case and, on the basis of the selected group trajectories, a coordinated driving maneuver of the motor vehicles (1, 2, 3) resulting therefrom is checked to determine whether the driving maneuver satisfies a predetermined optimization criterion, and - the evasion trajectories are determined on the basis of the group trajectories of such a combination step in which the optimization criterion is met.
Particles comprising at least two pigment core particles of different optical properties encapsulated by a polymeric shell comprising monomer units of at least one polymerisable steric stabiliser, at least one co-monomer, optionally at least one charged co-monomer, and optionally at least one crosslinking co-monomer, wherein the pigment core particles comprise white reflective inorganic pigment particles having a refractive index of ≥ 1.8 and coloured organic or inorganic pigment particles..
A composite article comprising a base layer and an adhesive layer disposed thereon, said composite article comprising: A) said base layer comprising: i. a reaction product of: a. a polyamide; and b. an anhydride-functional copolymer; and ii. an ionomer; and B) said adhesive layer comprising an adhesive, characterised by said adhesive layer comprising a cationic polymer. A) said base layer comprising: i. a reaction product of: a. a polyamide; and b. an anhydride-functional copolymer; and ii. an ionomer; and i. a reaction product of: a. a polyamide; and b. an anhydride-functional copolymer; and a. a polyamide; and b. an anhydride-functional copolymer; and ii. an ionomer; and B) said adhesive layer comprising an adhesive, characterised by said adhesive layer comprising a cationic polymer.
Clutch having a pre-clutch and having a main clutch, it being possible for the pre-clutch to be moved via a clamping means into a closed or an open state, the pre-clutch being connected to the main clutch via an operative connection in such a way that the open position and the closed position of the pre-clutch are transmitted to the main clutch, the clamping means being supported on a clutch basket of the main clutch, characterized in that the pre-clutch has a driver plate and a plate, the driver plate being connected axially movably and fixedly to a clutch basket of the main clutch so as to rotate with it, the plate being mounted rotatably on the clutch core, the driver plate being prestressed via first spring elements.
A carbon-sulfur composite comprising: a carbon aggregate having a hierarchical porosity structure comprised with pores interconnected three-dimensionally and ordered; and sulfur introduced to at least a part of an external surface and an inside of the carbon aggregate, and wherein the carbon aggregate has a structure in which one or more types of cylindrical carbon materials selected from the group consisting of carbon nanotubes, graphite nanofibers, carbon nanofibers and activated carbon fibers are entangled with each other, and wherein the carbon aggregate includes mesopores having a size of 2 to 50 nm and macropores having a diameter of 500 nm to 600 nm as measured by the method defined in the description. nm. a carbon aggregate having a hierarchical porosity structure comprised with pores interconnected three-dimensionally and ordered; and sulfur introduced to at least a part of an external surface and an inside of the carbon aggregate, and wherein the carbon aggregate has a structure in which one or more types of cylindrical carbon materials selected from the group consisting of carbon nanotubes, graphite nanofibers, carbon nanofibers and activated carbon fibers are entangled with each other, and wherein the carbon aggregate includes mesopores having a size of 2 to 50 nm and macropores having a diameter of 500 nm to 600 nm as measured by the method defined in the description. nm.
Fastening device for a line in a vehicle, with a carrier enclosing the line, which carrier has a multi-part base body with at least two partial base bodies (22A, 22B) which can be separated at least partially from one another in such a manner that an inner region of the base body, in a premounted state, can be placed around the line, and which can be connected to one another in such a manner that the base body of the carrier, in a mounted state, encloses the line in a fully annular manner, wherein a fixing structure is formed on the inner region of the base body, which fixing structure, in the mounted state, axially fixes the carrier on a line, wherein a fastening element (10, 10A) has a fastening structure (19, 19A) and a holder (12, 12A) which connects fastening element (10, 10A) detachably and radially movably to the carrier, characterized by the line which is embodied as an electric cable and the fixing structure which is formed as a rib structure with at least one radially running rib and/or at least one axially running rib which, in the mounted state, generates at least one recess in the casing of the line.
Scraper element for a scraper of a conveyor belt, having a scraper blade (3, 103) and having a foot piece which can be inserted in the longitudinal extension of a mounting rail of the scraper, which extends straight and has along its foot end (4. 1) a preferably a central longitudinal groove with a groove width (b(l), b1, b2), characterized in that the groove width (b(l), b1, b2) of the longitudinal groove, as viewed from an end face (1.1, 1.2) of the scraper element (1, 101), is reduced continuously at least in sections.
A rotor connection support comprising: a rotor connection ring comprising a threaded wire support fastener stand-off post wherein the threaded wire support fastener stand-off post comprises female threading, and wherein at least a portion of the female threading is located above a plane defined by a top outwardly facing surface of the rotor connection ring; a male threaded wire support fastener (127;227); and a wire cover, wherein the fastener (127;227) is inserted into and coupled to the wire support fastener stand-off post and retains the wire cover. a rotor connection ring comprising a threaded wire support fastener stand-off post wherein the threaded wire support fastener stand-off post comprises female threading, and wherein at least a portion of the female threading is located above a plane defined by a top outwardly facing surface of the rotor connection ring; a male threaded wire support fastener (127;227); and a wire cover, wherein the fastener (127;227) is inserted into and coupled to the wire support fastener stand-off post and retains the wire cover.
Device for magnetizing an object, the device comprising: a first electrode and a second electrode for contacting the object to be magnetized, and a current generator being adapted to apply a current having a raising current slope and a falling current slope, wherein the falling current slope is steeper than the raising current slope, wherein the current generator comprises: a current supply having a first and second terminal; a first switch having a first and second terminal; an inductance having a first and second terminal; a resistance having first and second terminal; a switch control; wherein the first terminal of the current supply is connected to the second electrode, the second terminal of the current supply is connected to the first terminal of the first switch, the second terminal of the first switch is connected to the first terminal of the inductance, and the second terminal of the inductance is connected to the first terminal of the resistance, the second terminal of the resistance is connected to the first electrode, wherein the switch control is adapted to close the first switch for starting a raising current slope. a first electrode and a second electrode for contacting the object to be magnetized, and a current generator being adapted to apply a current having a raising current slope and a falling current slope, wherein the falling current slope is steeper than the raising current slope, wherein the current generator comprises: a current supply having a first and second terminal; a first switch having a first and second terminal; an inductance having a first and second terminal; a resistance having first and second terminal; a switch control; a current supply having a first and second terminal; a first switch having a first and second terminal; an inductance having a first and second terminal; a resistance having first and second terminal; a switch control; wherein the first terminal of the current supply is connected to the second electrode, the second terminal of the current supply is connected to the first terminal of the first switch, the second terminal of the first switch is connected to the first terminal of the inductance, and the second terminal of the inductance is connected to the first terminal of the resistance, the second terminal of the resistance is connected to the first electrode, wherein the switch control is adapted to close the first switch for starting a raising current slope.
A hydrogenation method for use in the fabrication of a photovoltaic device comprising a silicon wafer, at least one rectifying junction being within the silicon wafer, the method being characterized in that it comprises, with a hydrogen source present, heating at least a region of silicon of the device to at least 100°C while simultaneously illuminating at least some of the silicon with at least one light source whereby the cumulative power of all the incident photons with sufficient energy to generate electron hole pairs within the silicon is at least 20mW/cm 2.
Method of separating various types of polymers, comprising providing an amount of mixed polymer material, reducing a size of the polymer material, colour separating the polymer material therewith forming colour sorted fractions, each colour separated fraction comprising a plurality of polymer elements, feeding a colour sorted fraction to an enclosed space, preferably a space which limits entry of radiation in a wave-length range of 180-3000 nm to less than 10 -3 W/m 2, preferably to less than 10 -5 W/m 2, identifying a delayed luminescence response of at least one individual polymer element in said enclosed space, wherein the delayed luminescence is performed by providing radiation to a polymer element with at least one wavelength of 180-1000 nm, wherein the delayed luminescence is detected with at least one wavelength of 180-1000 nm, and sorting polymer elements per type of polymer. providing an amount of mixed polymer material, reducing a size of the polymer material, colour separating the polymer material therewith forming colour sorted fractions, each colour separated fraction comprising a plurality of polymer elements, feeding a colour sorted fraction to an enclosed space, preferably a space which limits entry of radiation in a wave-length range of 180-3000 nm to less than 10 -3 W/m 2, preferably to less than 10 -5 W/m 2, identifying a delayed luminescence response of at least one individual polymer element in said enclosed space, wherein the delayed luminescence is performed by providing radiation to a polymer element with at least one wavelength of 180-1000 nm, wherein the delayed luminescence is detected with at least one wavelength of 180-1000 nm, and sorting polymer elements per type of polymer.
A method performed by a first network repository function, NRF, entity in a serving public land mobile network, PLMN, the method comprising: receiving, from a requesting session management network function, SM NF, in the serving PLMN, a first NF discovery request message including an identifier of a home PLMN, agreed network slice assistance information, network slice instance information, and a data network name; transmitting, to a second NRF entity in the home PLMN, a second NF discovery request message including the agreed network slice assistance information, the network slice instance information, and the data network name based on the identifier of the home PLMN; as a response to the second NF discovery request message, receiving, from the second NRF entity, an address of a target SM NF in the home PLMN; and transmitting, to the requesting SM NF, the address of the target SM NF. receiving, from a requesting session management network function, SM NF, in the serving PLMN, a first NF discovery request message including an identifier of a home PLMN, agreed network slice assistance information, network slice instance information, and a data network name; transmitting, to a second NRF entity in the home PLMN, a second NF discovery request message including the agreed network slice assistance information, the network slice instance information, and the data network name based on the identifier of the home PLMN; as a response to the second NF discovery request message, receiving, from the second NRF entity, an address of a target SM NF in the home PLMN; and transmitting, to the requesting SM NF, the address of the target SM NF.
A motorcycle comprising a frame structure which comprises: a main frame for supporting a front structure of said motorcycle, said main frame comprising a pair of main pipes extending rearward from a head pipe of said front structure; a pivot bracket comprising a metal plate, said pivot bracket connected to said main frame and including a rear cushion mounting portion and a swing arm mounting portion for swingably mounting a rear cushion and a swing arm, wherein said main frame further comprises: a pair of support pipes extending rearward from said head pipe for supporting said front structure; and a connecting portion jointly connected at a rear end of said pair of main pipes and said pair of support pipes for connecting to said pivot bracket, characterised in that said rear cushion mounting portion of said pivot bracket is positioned forward of said connecting portion of said main frame when viewed from a side view of said motorcycle. a main frame for supporting a front structure of said motorcycle, said main frame comprising a pair of main pipes extending rearward from a head pipe of said front structure; a pivot bracket comprising a metal plate, said pivot bracket connected to said main frame and including a rear cushion mounting portion and a swing arm mounting portion for swingably mounting a rear cushion and a swing arm, wherein said main frame further comprises: a pair of support pipes extending rearward from said head pipe for supporting said front structure; and a connecting portion jointly connected at a rear end of said pair of main pipes and said pair of support pipes for connecting to said pivot bracket, a pair of support pipes extending rearward from said head pipe for supporting said front structure; and a connecting portion jointly connected at a rear end of said pair of main pipes and said pair of support pipes for connecting to said pivot bracket, characterised in that said rear cushion mounting portion of said pivot bracket is positioned forward of said connecting portion of said main frame when viewed from a side view of said motorcycle.
A lock apparatus securing a blade to a hub characterised in that, the lock apparatus comprises a single piece planar element having a base portion and a top portion and a spring actuable between an expanded position and a compressed position without deviation from the plane of the element, the spring connecting between the base portion and the top portion and permitting relative translation of the base portion towards and away from the top portion, wherein in the expanded position of the spring the planar element is partly located in a slot provided in the blade, the spring being compressible to its compressed position to disengage the planar element from the slot, wherein one or more guides is provided to limit either the maximum compression or maximum extension of the spring, the guides being walls either side of the spring, each wall having a portion extending from the base portion and a portion extending from the top portion, one of the wall portions having a stop surface that engages a tab on the other of the wall portions.
Liquid composition characterised in that it contains: - at least one bisphosphonic compound bearing at least one partially fluorinated, perfluorinated or perfluorpolyether (PFPE) group, and in that said bisphosphonic compound is dissolved in - at least one non-flammable fluorinated solvent, said solvent not having a flash point or having a flash point higher than 60°C. - at least one bisphosphonic compound bearing at least one partially fluorinated, perfluorinated or perfluorpolyether (PFPE) group, and in that said bisphosphonic compound is dissolved in - at least one non-flammable fluorinated solvent, said solvent not having a flash point or having a flash point higher than 60°C.
A connector (4, 4') for connecting a head and a handle of a skin care device to each other, the connector comprising a first positioning element (410, 410', 416), a mechanical assembly (400, 400') connected to the first positioning element, a second positioning element (460, 460', 461), an adaptor (450, 450') connected to the second positioning element, the mechanical assembly (400, 400') being insertable in the adaptor (450, 450') along an insertion direction, the adaptor extending along the insertion direction towards the head, the mechanical assembly (400, 400') extending along the insertion direction from the handle, the mechanical assembly being (400, 400') engageable to the adaptor depending on whether the first and second positioning elements correspond to one another, such that the first and second positioning elements interfere with engagement of the mechanical assembly to the adaptor when the first and second positioning elements do not correspond to one another, and such that the mechanical assembly is engageable to the adaptor when the first and second positioning elements do correspond to one another, characterized in that the mechanical assembly (400, 400') is configured to be mounted in the handle of the skin care device, the connector (4, 4') comprises a mechanical assembly housing in which the mechanical assembly (400, 400') is inserted, and the mechanical assembly housing is configured to be integrated with the handle.
A method of detecting methylated DNA at a specific locus in a sample, comprising: treating the sample with a methyl-active cleavage method that cleaves DNA in the presence of methyl cytosine in CpG at the specific locus in the sample, leaving a one nucleotide gap that is preceded 5' by a nucleotide bearing a 3' phosphate or an α,β-unsaturated aldehyde, treating the sample with E.coli endonuclease IV to leave a free 3' hydroxyl group suitable for nucleotide chain extension by a DNA polymerase, treating the cleaved sample to fill the gap by a nucleotide with different base-pairing specificity than dC, adding primers which complement DNA at or near the specific locus, subjecting the sample to a polymerase chain reaction and generating an amplification product when there is a successful methyl-active cleavage, but no amplification when there is no successful cleavage, and detecting the presence of the amplification product, indicating the presence of methylated DNA at the specific locus in the sample, wherein the methyl-active cleavage method that cleaves DNA in the presence of methyl cytosine in CpG sites is treatment with 5-methyl deoxycytidine glycosylase/lyase. treating the sample with a methyl-active cleavage method that cleaves DNA in the presence of methyl cytosine in CpG at the specific locus in the sample, leaving a one nucleotide gap that is preceded 5' by a nucleotide bearing a 3' phosphate or an α,β-unsaturated aldehyde, treating the sample with E.coli endonuclease IV to leave a free 3' hydroxyl group suitable for nucleotide chain extension by a DNA polymerase, treating the cleaved sample to fill the gap by a nucleotide with different base-pairing specificity than dC, adding primers which complement DNA at or near the specific locus, subjecting the sample to a polymerase chain reaction and generating an amplification product when there is a successful methyl-active cleavage, but no amplification when there is no successful cleavage, and detecting the presence of the amplification product, indicating the presence of methylated DNA at the specific locus in the sample, wherein the methyl-active cleavage method that cleaves DNA in the presence of methyl cytosine in CpG sites is treatment with 5-methyl deoxycytidine glycosylase/lyase.
A composition for use in formulaes for infants or young children comprising partially hydrolysed protein and an oil mix comprising palmitic acid esterified to triacylglycerols, wherein the palmitic acid esterified in the sn-2 position of triacylglycerol is in the amount of from 20% to 60% by weight of total palmititic acid and palmitic acid esterified in the sn-1 position of triacylglycerol is in the amount of from 40% to 80% by weight of total palmitic acid; and wherein the ratio between the partially hydrolysed protein and the sn-2 palmitate is from 1.5:1 to 35:1 based on weight