mhurhangee/ep-ind-claims huggingface dataset:
Alloy based on copper, consisting of: 0.10 to 0.20% by weight manganese (Mn), 0.10 to 0.80% by weight sulphur, optionally, one or more elements which are selected from the group which consists of 0.002 to 0.05% by weight phosphorus, 0.01 to 0.5% by weight chromium (Cr), 0.01 to 0.5% by weight aluminium (Al), 0.01 to 0.5% by weight magnesium (Mg), and the remainder copper (Cu) and unavoidable impurities. 0.10 to 0.20% by weight manganese (Mn), 0.10 to 0.80% by weight sulphur, 0.002 to 0.05% by weight phosphorus, 0.01 to 0.5% by weight chromium (Cr), 0.01 to 0.5% by weight aluminium (Al), 0.01 to 0.5% by weight magnesium (Mg),
A method for at least partly coating an electrically conductive substrate with an electrocoat material, comprising at least a step, contacting the electrically conductive substrate, connected as cathode, with an aqueous coating composition, step being carried out in at least two successive stages and: at an applied voltage in a range from 1 to 50 V, which is applied over a duration of at least 5 seconds, and at an applied voltage in a range from 50 to 400 V, with the proviso that the voltage applied in stage is greater by at least 10 V than the voltage applied in stage, the aqueous coating composition comprising at least one cathodically depositable binder, optionally at least one crosslinking agent, at least one organic monocarboxylic or polycarboxylic acid having no nitrogen atom(s), and/or anions thereof, and trivalent bismuth, the at least one organic monocarboxylic or polycarboxylic acid and/or anions thereof and the trivalent bismuth as component each being present in the aqueous coating composition in an amount such that their stoichiometry to one another allows at least 50 mol% of the trivalent bismuth to be present in the form of a salt and/or complex of components and, characterized in that the molar fraction of any zirconium ions present in the aqueous coating composition being smaller by a factor of at least 100 than the molar fraction of trivalent bismuth present in the aqueous coating composition, and the molar fraction of any aminopolycarboxylic acid present in the aqueous coating composition being smaller by a factor of at least 15 than the molar fraction of trivalent bismuth present in the aqueous coating composition. contacting the electrically conductive substrate, connected as cathode, with an aqueous coating composition, step being carried out in at least two successive stages and: at an applied voltage in a range from 1 to 50 V, which is applied over a duration of at least 5 seconds, and at an applied voltage in a range from 50 to 400 V, with the proviso that the voltage applied in stage is greater by at least 10 V than the voltage applied in stage, the aqueous coating composition comprising at least one cathodically depositable binder, optionally at least one crosslinking agent, at least one organic monocarboxylic or polycarboxylic acid having no nitrogen atom(s), and/or anions thereof, and trivalent bismuth, at an applied voltage in a range from 1 to 50 V, which is applied over a duration of at least 5 seconds, and at an applied voltage in a range from 50 to 400 V, with the proviso that the voltage applied in stage is greater by at least 10 V than the voltage applied in stage, at least one cathodically depositable binder, optionally at least one crosslinking agent, at least one organic monocarboxylic or polycarboxylic acid having no nitrogen atom(s), and/or anions thereof, and trivalent bismuth,
A method for improving data transmission performance, comprising: determining, by a terminal, whether a transmission rate for transmitting data is lower than a reference transmission rate that the data is actually required; if lower than the reference transmission rate, the terminal, by querying part of or an entire working frequency band, obtains a reference working frequency corresponding to a transmission rate that is higher than or equal to the reference transmission rate from the working frequency band; sending, by the terminal, frequency modification indication information to a network access device, so that the network access device modifies a working frequency for communication between the network access device and the terminal that sends the frequency modification indication information to the reference working frequency according to the frequency modification indication information, wherein the frequency modification indication information comprises the reference working frequency; and modifying, by the terminal the working frequency for communication to the reference working frequency. determining, by a terminal, whether a transmission rate for transmitting data is lower than a reference transmission rate that the data is actually required; if lower than the reference transmission rate, the terminal, by querying part of or an entire working frequency band, obtains a reference working frequency corresponding to a transmission rate that is higher than or equal to the reference transmission rate from the working frequency band; sending, by the terminal, frequency modification indication information to a network access device, so that the network access device modifies a working frequency for communication between the network access device and the terminal that sends the frequency modification indication information to the reference working frequency according to the frequency modification indication information, wherein the frequency modification indication information comprises the reference working frequency; and modifying, by the terminal the working frequency for communication to the reference working frequency.
A composition comprising isolated exopolysaccharide from heterotrophically cultured microalgae selected from Parachlorella kessleri, Parachlorella beijerinckii or Chlorella sorokiniana, wherein the monosaccharide content of the exopolysaccharide comprises 15-55 mole percent rhamnose, 3-30 mole percent xylose, 1-25 mole percent mannose, 1-45 mole percent galactose, 0.5-10 mole percent glucose, and 0.1-15 mole percent glucuronic acid.
A downhole communication system for an extended reach borehole, comprising: an operator unit operatively arranged to enable at least one of remote monitoring or control of at least one device disposed in the extended reach borehole; a first communicator disposed in a highly deviated extension of the borehole and configured to receive or transmit a signal at least one of from or to the at least one device; and a second communicator spatially remote from the borehole, the first communicator and the second communicator located substantially in a vertically extending plane defined along a length of the highly deviated extension, the second communicator operatively in signal communication with both the first communicator and the operator unit for enabling signal communication between the first communicator and the operator unit via the second communicator. an operator unit operatively arranged to enable at least one of remote monitoring or control of at least one device disposed in the extended reach borehole; a first communicator disposed in a highly deviated extension of the borehole and configured to receive or transmit a signal at least one of from or to the at least one device; and a second communicator spatially remote from the borehole, the first communicator and the second communicator located substantially in a vertically extending plane defined along a length of the highly deviated extension, the second communicator operatively in signal communication with both the first communicator and the operator unit for enabling signal communication between the first communicator and the operator unit via the second communicator.
A method for controlling a smart household device to connect to a network, performed by a terminal, wherein the smart household device is bound to the terminal, a user can control the smart household device by using a smart household APP installed on the terminal, and the method comprises: receiving a reset operation of a user; in response to the reset operation, determining whether the smart household device is disconnected from the network; if the smart household device is disconnected from the network, creating a Wi-Fi hotspot based on a first wireless fidelity Wi-Fi name and a first Wi-Fi password, wherein the first Wi-Fi name and the first Wi-Fi password are prestored in the terminal and, before being disconnected from the network, the smart household device accesses the network based on the first Wi-Fi name and the first Wi-Fi password through a wireless access point, AP; obtaining a second Wi-Fi name and a second Wi-Fi password; and after the smart household device establishes a connection to the terminal using the first Wi-Fi name and the first Wi-Fi password, sending the second Wi-Fi name and the second Wi-Fi password to the smart household device using the Wi-Fi hotspot, so that the smart household device re-accesses the network based on the second Wi-Fi name and the second Wi-Fi password by using an AP. receiving a reset operation of a user; in response to the reset operation, determining whether the smart household device is disconnected from the network; if the smart household device is disconnected from the network, creating a Wi-Fi hotspot based on a first wireless fidelity Wi-Fi name and a first Wi-Fi password, wherein the first Wi-Fi name and the first Wi-Fi password are prestored in the terminal and, before being disconnected from the network, the smart household device accesses the network based on the first Wi-Fi name and the first Wi-Fi password through a wireless access point, AP; obtaining a second Wi-Fi name and a second Wi-Fi password; and after the smart household device establishes a connection to the terminal using the first Wi-Fi name and the first Wi-Fi password, sending the second Wi-Fi name and the second Wi-Fi password to the smart household device using the Wi-Fi hotspot, so that the smart household device re-accesses the network based on the second Wi-Fi name and the second Wi-Fi password by using an AP.
A method for orienting a tool for transplanting follicular units, carried out at least in part in a computer system or other data processing system, comprising: - choosing a minimum approach angle of a tool; - determining an emergence angle of a follicular unit of interest; - comparing the emergence angle of the follicular unit of interest with the minimum approach angle of the tool; - orienting the tool relative to the follicular unit of interest based on a result of the comparison of the emergence angle of the follicular unit of interest with the minimum approach angle of the tool. - choosing a minimum approach angle of a tool; - determining an emergence angle of a follicular unit of interest; - comparing the emergence angle of the follicular unit of interest with the minimum approach angle of the tool; - orienting the tool relative to the follicular unit of interest based on a result of the comparison of the emergence angle of the follicular unit of interest with the minimum approach angle of the tool.
A computer-implemented method for processing blockchain data in a trusted execution environment executing on a computing device communicably coupled to a blockchain network, the method comprising: receiving a request from a blockchain node to be removed from the blockchain network; identifying a plurality of blocks associated with blockchain data stored by the blockchain node; determining, for each block in the plurality of blocks: a first difference between a total number of remaining blockchain nodes of the blockchain network excluding the blockchain node requesting to be removed and a maximum number of faulty blockchain nodes tolerable by the remaining blockchain nodes, a second difference between a first number of the remaining blockchain nodes that store a dataset of information bits or redundant bits divided from an error correction coding encoded version of the block and a second number of the remaining blockchain nodes that store a dataset of redundant bits divided from the ECC encoded version of the block, and whether the first difference is less than the second difference; and retrieving blockchain data associated with the block from the blockchain node in response to determining that the first difference is less than the second difference. receiving a request from a blockchain node to be removed from the blockchain network; identifying a plurality of blocks associated with blockchain data stored by the blockchain node; determining, for each block in the plurality of blocks: a first difference between a total number of remaining blockchain nodes of the blockchain network excluding the blockchain node requesting to be removed and a maximum number of faulty blockchain nodes tolerable by the remaining blockchain nodes, a second difference between a first number of the remaining blockchain nodes that store a dataset of information bits or redundant bits divided from an error correction coding encoded version of the block and a second number of the remaining blockchain nodes that store a dataset of redundant bits divided from the ECC encoded version of the block, and whether the first difference is less than the second difference; and a first difference between a total number of remaining blockchain nodes of the blockchain network excluding the blockchain node requesting to be removed and a maximum number of faulty blockchain nodes tolerable by the remaining blockchain nodes, a second difference between a first number of the remaining blockchain nodes that store a dataset of information bits or redundant bits divided from an error correction coding encoded version of the block and a second number of the remaining blockchain nodes that store a dataset of redundant bits divided from the ECC encoded version of the block, and whether the first difference is less than the second difference; and retrieving blockchain data associated with the block from the blockchain node in response to determining that the first difference is less than the second difference.
A yeast display expression polypeptide library comprising polynucleotides encoding anti-botulinum nerve toxin serotype B (BoNT/B) antibody single chain variable fragment (scFv) analogs, wherein each scFv comprises (a) a poly-Gly-Ser linker of SEQ ID NO:7, (b) a poly-His tag of SEQ ID NO:8, (c) a myc tag of SEQ ID NO:9 (d) a VH of SEQ ID NO:10 and VL of SEQ ID NO:11 wherein the complementarity determining region residues are substituted at each amino acid position within the six CDRs, the polynucleotides collectively representing all possible variant combinations according to the following criteria: i) each polynucleotide contains at each codon position in each of the CDRs, either a codon required for the wild type amino acid residue of the polypeptide or a codon for the predetermined amino acid residue, and ii) each polynucleotide contains no more than one codon for the predetermined amino acid residue in each CDR; wherein the predetermined amino acid residue is selected from the group consisting of Alanine, Leucine, Serine, Aspartic acid, Glutamine, Lysine, Histidine, Tyrosine and Proline, and wherein the anti-BoNT/B scFv is expressed as a fusion partner with Aga2 protein. (a) a poly-Gly-Ser linker of SEQ ID NO:7, (b) a poly-His tag of SEQ ID NO:8, (c) a myc tag of SEQ ID NO:9 (d) a VH of SEQ ID NO:10 and VL of SEQ ID NO:11 wherein the complementarity determining region residues are substituted at each amino acid position within the six CDRs, the polynucleotides collectively representing all possible variant combinations according to the following criteria: i) each polynucleotide contains at each codon position in each of the CDRs, either a codon required for the wild type amino acid residue of the polypeptide or a codon for the predetermined amino acid residue, and ii) each polynucleotide contains no more than one codon for the predetermined amino acid residue in each CDR; wherein the predetermined amino acid residue is selected from the group consisting of Alanine, Leucine, Serine, Aspartic acid, Glutamine, Lysine, Histidine, Tyrosine and Proline, and wherein the anti-BoNT/B scFv is expressed as a fusion partner with Aga2 protein. i) each polynucleotide contains at each codon position in each of the CDRs, either a codon required for the wild type amino acid residue of the polypeptide or a codon for the predetermined amino acid residue, and ii) each polynucleotide contains no more than one codon for the predetermined amino acid residue in each CDR; wherein
Method for determining positional data of at least one node of a network that includes a plurality of nodes (K1,..., Kn), with the method including the following steps: a) Provision of positional data, with the positional data referring to an internal coordinate system for a subset of nodes (K3,..., K6) of the plurality of nodes (K1..., Kn), with the at least one node not being included in the subset and with the positional data describing at least the respective position of the nodes (K3,..., K6) of the subset in the internal coordinate system; b) Determination of separation data (D1-3,..., D1-6) for the at least one node, with the separation data (D1-3,..., D1-6) being a measure of the distance between the at least one node and the respective nodes (K3,..., K6) of the subset; c) Determination or, on repetition of step c), correction of the positional data of the at least one node depending on - the positional data of the nodes (K3,..., K6) of the subset provided in step a), - the separation data (D1-3,..., D1-6) determined in step b) and - positional data of the at least one node, with the positional data of the at least one node corresponding during the initial performance of step c) to the initial positional data and otherwise to the positional data of the previous performance of step c); d) Repetition of steps a) to c) until an interruption condition is fulfilled. a) Provision of positional data, with the positional data referring to an internal coordinate system for a subset of nodes (K3,..., K6) of the plurality of nodes (K1..., Kn), with the at least one node not being included in the subset and with the positional data describing at least the respective position of the nodes (K3,..., K6) of the subset in the internal coordinate system; b) Determination of separation data (D1-3,..., D1-6) for the at least one node, with the separation data (D1-3,..., D1-6) being a measure of the distance between the at least one node and the respective nodes (K3,..., K6) of the subset; c) Determination or, on repetition of step c), correction of the positional data of the at least one node depending on - the positional data of the nodes (K3,..., K6) of the subset provided in step a), - the separation data (D1-3,..., D1-6) determined in step b) and - positional data of the at least one node, with the positional data of the at least one node corresponding during the initial performance of step c) to the initial positional data and otherwise to the positional data of the previous performance of step c); - the positional data of the nodes (K3,..., K6) of the subset provided in step a), - the separation data (D1-3,..., D1-6) determined in step b) and - positional data of the at least one node, with the positional data of the at least one node corresponding during the initial performance of step c) to the initial positional data and otherwise to the positional data of the previous performance of step c); d) Repetition of steps a) to c) until an interruption condition is fulfilled.
A footwear article comprising: a) an upper having a tongue opening at a front thereof and a foot-receiving opening at a top thereof; b) a gusseted tongue including a tongue panel positioned over the tongue opening and a pair of gussets (138a, 138b) attaching laterally opposite sides of the tongue panel to the upper; c) a pair of tongue fasteners (144a, 144b) configured to selectively fasten and unfasten corresponding sides of the tongue panel to and from the upper for collapsing and expanding the gussets (138a, 138b) to contract and expand, respectively, the foot-receiving opening; characterised in that it further comprises: d) a first lacing system on the upper and configured for guiding lacing over the gusseted tongue and tongue fasteners (144a, 144b) when the sides of the tongue panel are fastened to the upper; and e) a second lacing system on the tongue panel and configured for guiding the lacing across the tongue panel clear of the tongue fasteners (144a, 144b) when the sides of the tongue panel are unfastened from the upper. a) an upper having a tongue opening at a front thereof and a foot-receiving opening at a top thereof; b) a gusseted tongue including a tongue panel positioned over the tongue opening and a pair of gussets (138a, 138b) attaching laterally opposite sides of the tongue panel to the upper; c) a pair of tongue fasteners (144a, 144b) configured to selectively fasten and unfasten corresponding sides of the tongue panel to and from the upper for collapsing and expanding the gussets (138a, 138b) to contract and expand, respectively, the foot-receiving opening; characterised in that it further comprises: d) a first lacing system on the upper and configured for guiding lacing over the gusseted tongue and tongue fasteners (144a, 144b) when the sides of the tongue panel are fastened to the upper; and e) a second lacing system on the tongue panel and configured for guiding the lacing across the tongue panel clear of the tongue fasteners (144a, 144b) when the sides of the tongue panel are unfastened from the upper.
A method of making a face gear comprising the following steps: - providing a wire electric discharge apparatus; - forming a blank into a face-gear forging die using the wire electric discharge apparatus, wherein a wire of the wire electric discharge apparatus is moved over the blank along a path defined by a numerical representation of the surface of the face-gear forging die generated from a numerical representation of the hyperbolic surface of the face gear; - heating a billet; - placing the heated billet into contact with the face-gear forging die; and - pressing the heated billet against the face-gear forging die to thereby form the heated billet into a face gear. - providing a wire electric discharge apparatus; - forming a blank into a face-gear forging die using the wire electric discharge apparatus, wherein a wire of the wire electric discharge apparatus is moved over the blank along a path defined by a numerical representation of the surface of the face-gear forging die generated from a numerical representation of the hyperbolic surface of the face gear; - heating a billet; - placing the heated billet into contact with the face-gear forging die; and - pressing the heated billet against the face-gear forging die to thereby form the heated billet into a face gear.