mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a technical system, wherein a) a temporal sequence of operating parameter values of the technical system is continuously recorded, b) the sequence of operating parameter values is continuously converted into a sequence of filtered signal values by a trainable digital filter, c) the sequence of filtered signal values is fed to a machine learning routine, which derives from it prediction values for a target operating parameter, d) the digital filter and also the machine learning routine are trained to reduce a disparity between derived prediction values and temporally corresponding actually recorded values of the target operating parameter, and e) the prediction values for controlling the technical system are output. a) a temporal sequence of operating parameter values of the technical system is continuously recorded, b) the sequence of operating parameter values is continuously converted into a sequence of filtered signal values by a trainable digital filter, c) the sequence of filtered signal values is fed to a machine learning routine, which derives from it prediction values for a target operating parameter, d) the digital filter and also the machine learning routine are trained to reduce a disparity between derived prediction values and temporally corresponding actually recorded values of the target operating parameter, and e) the prediction values for controlling the technical system are output.
A positive electrode active composition for a lithium ion battery comprising: a layered lithium metal oxide represented by the formula x Li 2 MnO 3 · (1-x) Li Ni u+Δ Mn u-Δ Co w A y O 2, x is at least 0.03 and no more than 0.325, the absolute value of Δ is no more than 0.3, 2u+w+y is equal to 1, w is in the range from 0.24 to 0.475, u is in the range from 0.25 to 0.4 and y is in the range from 0 to 0.05 and where A is Mg, Sr, Ba, Cd, Zn, Al, Ga, B, Zr, Ti, Ca, Ce, Y, Nb, Cr, Fe, V or combinations thereof, wherein an optional fluorine dopant can replace no more than about 10 mole percent of the oxygen; and a stabilization coating, wherein the positive electrode active composition has an average voltage of at least 3.64 volts when cycled between 4.6 volts and 2.0 volts at a rate of C/10 at room temperature. a layered lithium metal oxide represented by the formula x Li 2 MnO 3 · (1-x) Li Ni u+Δ Mn u-Δ Co w A y O 2, x is at least 0.03 and no more than 0.325, the absolute value of Δ is no more than 0.3, 2u+w+y is equal to 1, w is in the range from 0.24 to 0.475, u is in the range from 0.25 to 0.4 and y is in the range from 0 to 0.05 and where A is Mg, Sr, Ba, Cd, Zn, Al, Ga, B, Zr, Ti, Ca, Ce, Y, Nb, Cr, Fe, V or combinations thereof, wherein an optional fluorine dopant can replace no more than about 10 mole percent of the oxygen; and a stabilization coating, wherein the positive electrode active composition has an average voltage of at least 3.64 volts when cycled between 4.6 volts and 2.0 volts at a rate of C/10 at room temperature.
A process comprising: (a) receiving a solid organopolyphosphite compound that has been recrystallized or triturated at least once, wherein the solid organopolyphosphite compound comprises greater than one weight percent of an oxidized phosphite impurity and wherein the organopolyphosphite compound is substantially free of solvent; (b) slurrying the solid organopolyphosphite compound in a C 2 or higher alcohol at a temperature of at least 60° C for at least 20 minutes to reduce the amount of oxidized phosphite impurity in the solid phase; and (c) removing liquid comprising dissolved oxidized phosphite impurity from the slurry, wherein the residual oxidized phosphite impurity content of the organopolyphosphite compound following step (c) is 1 weight percent or less; wherein the term "substantially free of solvent" comprises organopolyphosphite that does not contain solvent beyond that found incorporated within the solvate form, i.e solvent of crystallization; and wherein the term "oxidized phosphite impurity" refers to the mono- and di-oxide forms of an organopolyphosphite ligand wherein one or both of the phosphorous atom(s) has been oxidized to a phosphate moiety. (a) receiving a solid organopolyphosphite compound that has been recrystallized or triturated at least once, wherein the solid organopolyphosphite compound comprises greater than one weight percent of an oxidized phosphite impurity and wherein the organopolyphosphite compound is substantially free of solvent; (b) slurrying the solid organopolyphosphite compound in a C 2 or higher alcohol at a temperature of at least 60° C for at least 20 minutes to reduce the amount of oxidized phosphite impurity in the solid phase; and (c) removing liquid comprising dissolved oxidized phosphite impurity from the slurry,
Solid anhydrous composition for keratin fibres, especially human hair, characterised in that it comprises at least one polyol liquid at 20°C selected from compounds according to the general formula and H(OCH 2 CH 2) n OH wherein n is a number between 1 and 20 at a concentration of 70% or more by weight and at least one fatty acid soap at a concentration of 5% or more, all values are calculated to total composition, wherein composition is free of volatile organic solvents said volatile organic solvent comprising C 1 -C 4 aliphatic alcohol.
Method for operating a vacuum cleaner, with a fan which has a fan motor and which generates an air flow (Q, Q1, Q2) through a suction nozzle of the vacuum cleaner, and with a control device which controls the fan as a function of a flooring category (K1, K2) to be processed, wherein - the vacuum cleaner is designed to process at least a first flooring category and a second flooring category, - the flooring category (K1, K2) is signalled to the control device, and - the flooring of the category (K1, K2), for which flooring the vacuum cleaner is designed, is processed, characterised in that the control device controls a power consumption of the fan motor based on the signalled flooring category (K1, K2), such that during the processing of the first flooring category both a first fan power and a first air flow are higher than a second fan power and a second air flow during the processing of the second flooring category, and in that the first flooring category is assigned floorings which have a flow resistance during processing with the suction nozzle which is greater than that which floorings which are assigned to the second flooring category have during processing with the suction nozzle, and/or carpet floorings are assigned to the first flooring category and hard floorings are assigned to the second flooring category. - the vacuum cleaner is designed to process at least a first flooring category and a second flooring category, - the flooring category (K1, K2) is signalled to the control device, and - the flooring of the category (K1, K2), for which flooring the vacuum cleaner is designed, is processed,
A system, comprising: a reference component configured to access a set of metadata stored in a metadata file of a database, wherein subsets of metadata are correlated with configuration functions of a computer application based on one or more of categories, names, description, usage and contexts of usage of the configuration functions, wherein the set of metadata is categorized for different classifications of computer application users, including an end-user category and a developer category, and wherein user options and preference settings for user customization of parameters associated with functionality and features of the computer application are referred to as configuration functions; an indexing component configured to distinguish respective subsets of the set of metadata that are associated with respective ones of the configuration functions according to the correlation of the subsets of metadata with the configuration functions; and a searching component configured to receive a set of search data from the reference component, receive a category of user in conjunction with the set of search data, compare the set of search data with the subsets of the set of metadata, exclude from the comparison metadata inconsistent with the category of user, and identify a matching subset of metadata that satisfies a condition pertaining to the search data defined by a function, the condition comprising satisfying a set of relevancy criteria established by the function. a reference component configured to access a set of metadata stored in a metadata file of a database, wherein subsets of metadata are correlated with configuration functions of a computer application based on one or more of categories, names, description, usage and contexts of usage of the configuration functions, wherein the set of metadata is categorized for different classifications of computer application users, including an end-user category and a developer category, and wherein user options and preference settings for user customization of parameters associated with functionality and features of the computer application are referred to as configuration functions; an indexing component configured to distinguish respective subsets of the set of metadata that are associated with respective ones of the configuration functions according to the correlation of the subsets of metadata with the configuration functions; and a searching component configured to receive a set of search data from the reference component, receive a category of user in conjunction with the set of search data, compare the set of search data with the subsets of the set of metadata, exclude from the comparison metadata inconsistent with the category of user, and identify a matching subset of metadata that satisfies a condition pertaining to the search data defined by a function, the condition comprising satisfying a set of relevancy criteria established by the function.
A method of generating a hop frequency, f hop, for each of a plurality of channels, the hop frequency being one of a plurality of hop frequencies, a number of the plurality of hop frequencies being equal to a number of the plurality of channels, N ch, the plurality of hop frequencies being subject to a minimum frequency separation constraint, a number of a plurality of available frequencies, N freq, being greater than or equal to a product of the number of the plurality of hop frequencies and the minimum frequency separation constraint, each of the plurality of channels comprising a channel index, the method comprising: receiving a pseudorandom keystream; generating a base frequency, f base, based on the pseudorandom keystream; characterized by further comprising: generating a band frequency, f band, based on indexing into at least one shuffled band frequency list using at least one band frequency start point and the channel index, wherein each element of the at least one band frequency list is an integer value from the set {0, 1,..., N ch -1}, and wherein each of the at least one band frequency start points is based on the pseudorandom keystream; generating a jitter value, J value, based on indexing into at least one shuffled jitter value list using at least one jitter start point and the channel index, wherein each element of the at least one jitter value list is an integer value from the set { 0, 1,..., J range -1}, wherein each of the at least one jitter start points is based on the pseudorandom keystream, and wherein J range is based on the minimum frequency separation constraint; and generating the hop frequency in accordance with a first equation: ƒ hop = ƒ base + floor N freq / N ch × ƒ band + J value modulo N freq, or in accordance with a second equation: ƒ hop = ƒ base + floor N freq × ƒ band / N ch + J value modulo N freq. receiving a pseudorandom keystream; generating a base frequency, f base, based on the pseudorandom keystream; generating a band frequency, f band, based on indexing into at least one shuffled band frequency list using at least one band frequency start point and the channel index, wherein each element of the at least one band frequency list is an integer value from the set {0, 1,..., N ch -1}, and wherein each of the at least one band frequency start points is based on the pseudorandom keystream; generating a jitter value, J value, based on indexing into at least one shuffled jitter value list using at least one jitter start point and the channel index, wherein each element of the at least one jitter value list is an integer value from the set { 0, 1,..., J range -1}, wherein each of the at least one jitter start points is based on the pseudorandom keystream, and wherein J range is based on the minimum frequency separation constraint; and generating the hop frequency in accordance with a first equation: ƒ hop = ƒ base + floor N freq / N ch × ƒ band + J value modulo N freq, or in accordance with a second equation: ƒ hop = ƒ base + floor N freq × ƒ band / N ch + J value modulo N freq.
An earbud comprising: a housing including an earbud member integrally formed with a first end of an elongate tube having an interior cavity that extends from the first end of the elongate tube to a second end opposite the first end, the earbud member extending outwardly away from the elongate tube and wherein the elongate tube is a single complete unit with a seamless appearance; a first acoustic port formed through the earbud member; a speaker disposed in the earbud member and aligned to emit sound through the first acoustic port; a second acoustic port formed at the second end of the elongate tube;a third acoustic port positioned on a side surface of the earbud member and configured to provide a path for acoustic pressure to vent; a microphone disposed in the elongate tube; a channel fluidically coupled between the microphone and the second acoustic port; a rechargeable battery disposed within the elongate tube; and battery charging circuitry coupled to the rechargeable battery and positioned within the housing, the battery charging circuitry configured to charge the rechargeable battery when connected to an external power supply. a housing including an earbud member integrally formed with a first end of an elongate tube having an interior cavity that extends from the first end of the elongate tube to a second end opposite the first end, the earbud member extending outwardly away from the elongate tube and wherein the elongate tube is a single complete unit with a seamless appearance; a first acoustic port formed through the earbud member; a speaker disposed in the earbud member and aligned to emit sound through the first acoustic port; a second acoustic port formed at the second end of the elongate tube;a third acoustic port positioned on a side surface of the earbud member and configured to provide a path for acoustic pressure to vent; a microphone disposed in the elongate tube; a channel fluidically coupled between the microphone and the second acoustic port; a rechargeable battery disposed within the elongate tube; and battery charging circuitry coupled to the rechargeable battery and positioned within the housing, the battery charging circuitry configured to charge the rechargeable battery when connected to an external power supply.
A DNA construct comprising: a first, second, third and fourth expression cassette, wherein said first expression cassette in operable linkage comprises: (a) a maize ubiquitin promoter; (b) a 5' untranslated exon of a maize ubiquitin gene; (c) a maize ubiquitin first intron; (d) a Cry1F encoding DNA molecule; and (e) a poly addition signal from ORF 25 terminator; said second expression cassette in operable linkage comprises: a maize ubiquitin promoter; a 5' untranslated exon of a maize ubiquitin gene; a maize ubiquitin first intron; a Cry34Ab1 encoding DNA molecule; and a PinII transcriptional terminator; said third expression cassette comprising in operable linkage (i) a wheat peroxidase promoter; (ii) a Cry35Ab1 encoding DNA molecule; and (iii) a PinII transcriptional terminator; and said fourth expression cassette comprising in operable linkage a CaMV 35S promoter; a pat encoding DNA molecule; and a 3' transcriptional terminator from CaMV 35S, wherein the four cassettes are flanked by a 5' junction sequence of SEQ ID NO: 27 and a 3' junction sequence of SEQ ID NO: 28. (a) a maize ubiquitin promoter; (b) a 5' untranslated exon of a maize ubiquitin gene; (c) a maize ubiquitin first intron; (d) a Cry1F encoding DNA molecule; and (e) a poly addition signal from ORF 25 terminator; a maize ubiquitin promoter; a 5' untranslated exon of a maize ubiquitin gene; a maize ubiquitin first intron; a Cry34Ab1 encoding DNA molecule; and a PinII transcriptional terminator; (i) a wheat peroxidase promoter; (ii) a Cry35Ab1 encoding DNA molecule; and (iii) a PinII transcriptional terminator; and a CaMV 35S promoter; a pat encoding DNA molecule; and a 3' transcriptional terminator from CaMV 35S, wherein the four cassettes are flanked by a 5' junction sequence of SEQ ID NO: 27 and a 3' junction sequence of SEQ ID NO: 28.
A method of manufacturing a fuel nozzle (20"') for a gas turbine engine comprising the steps of: electronically modelling the fuel nozzle (20"') having a first tube (56"') co-extending and surrounded by a second tube (58"'); and additive manufacturing the fuel nozzle (20"') as one unitary piece, wherein the first tube (56"') is surrounded by and substantially co-extends with the second tube (58"'), the fuel nozzle (20"') further comprises an additive manufactured third tube co-extending with the first tube (56"') and surrounded by the second tube (58"') and an additive manufactured support structure engaged between the first and second tubes, the second tube (58"') is spaced radially outward from the first (56"') and third tubes, a generally annular void is defined by and between the first and second tubes, the support structure is a plurality of pylons (92, 94) spaced from one-another in the void, the void is sealed for thermally insulating a fluid flowing through the first tube, the void is sealed under negative atmosphere pressure, a pressure maintenance feature is attached to the second tube (58"') for maintaining the negative atmospheric pressure in the void, and the pressure maintenance feature is supported by and communicates through the second tube (58'") electronically modelling the fuel nozzle (20"') having a first tube (56"') co-extending and surrounded by a second tube (58"'); and additive manufacturing the fuel nozzle (20"') as one unitary piece, wherein the first tube (56"') is surrounded by and substantially co-extends with the second tube (58"'), the fuel nozzle (20"') further comprises an additive manufactured third tube co-extending with the first tube (56"') and surrounded by the second tube (58"') and an additive manufactured support structure engaged between the first and second tubes, the second tube (58"') is spaced radially outward from the first (56"') and third tubes, a generally annular void is defined by and between the first and second tubes, the support structure is a plurality of pylons (92, 94) spaced from one-another in the void, the void is sealed for thermally insulating a fluid flowing through the first tube, the void is sealed under negative atmosphere pressure, a pressure maintenance feature is attached to the second tube (58"') for maintaining the negative atmospheric pressure in the void, and the pressure maintenance feature is supported by and communicates through the second tube (58'")
A vehicle engine start control device (40, 340, 440) controlling a crank angle such that the crank angle falls within a predetermined crank angle stop range when an engine is automatically stopped, the vehicle engine start control device starting the automatically stopped engine if a predetermined engine start condition is satisfied, characterized in that the vehicle (8, 306) includes an automatic transmission (18, 320) making up a portion of a power transmission path between the engine and drive wheels, and the vehicle engine start control device provides engine rotation resistance control while the engine is in an automatic stop period that the engine is automatically stopped and a change in gear ratio in a downshift of the automatic transmission is made, such that rotation resistance of the engine generated due to a change in air pressure in a combustion chamber of the engine is made larger as compared to the time of engine start.
A system for cell separation comprising a filter, a bioreactor, which has an agitator, and a recirculation circuit comprising a pump, in which a powder bag is arranged which is partly filled with a pulverulent filter aid and to which a cell solution containing the cells to be separated can be delivered from the bioreactor via the pump, characterized in that the bioreactor is arranged in the recirculation circuit and is connected to the powder bag and that the filter is connected to the bioreactor via a connector (13, 16, 22).
Sliding sport boot, comprising an upper portion forming at least two rigid lateral portions (22, 24), the boot comprising a strap that is designed to surround the lower leg, and the strap comprising in the following order: - a first end attached to a first rigid lateral wall; and - a first portion around the rear portion of the boot; and - a first intermediate adjustable attachment element that engages with a connecting element arranged on a second rigid lateral wall; and - a second portion around the front portion of the boot; - a second adjustable attachment element, said first portion of the strap around the rear portion of the boot extending between the first end and the first adjustable attachment element of the strap, and bearing against a flexible wall of the boot, and said second portion extending between this first adjustable attachment element and the second adjustable attachment element of the strap. - a first end attached to a first rigid lateral wall; and - a first portion around the rear portion of the boot; and - a first intermediate adjustable attachment element that engages with a connecting element arranged on a second rigid lateral wall; and - a second portion around the front portion of the boot; - a second adjustable attachment element,
A junction device for conveyor belts including two junction elements in the form of plates made of elastomer or of synthetic material, the plates including reinforcements (7, 7a, 7b, 8, 9), one of the plates, called upper plate being, in use, disposed against the outer face of the ends (E, E) of the conveyor belt and the other plate, called lower plate being, in use, disposed against the inner face of the ends of the conveyor belt, the two plates (2, 3) being, when using the junction device, fastened to the ends of the conveyor belt using known means, characterized in that the junction device is provided with reinforcements (7, 7a, 7b, 8, 9) whose extensibility and compressibility properties, in the horizontal direction, differ very strongly, according to their arrangement within the junction device, and in that the limit of extensibility of the reinforcements (7, 7a, 7b), which are highly extensible under the effect of tensile forces, is not reached before the breaking of the inextensible or quasi-inextensible reinforcements (8, 9) occurs, under the effect of equivalent tensile forces.