mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented security method comprising the step of: generating an elliptic curve digital signature algorithm signature comprising a first signature component, r, and a second signature component, w, the generation step comprising: forming, by a node, a signing group with other nodes; obtaining, by the node, based on a secure random number: a) a multiplicative inverse of the secure random number; and b) the first signature component, r, wherein the first signature component is determined based on the secure random number and an elliptic curve generator point; determining, by the node, a partial signature based on a private secret share, the multiplicative inverse of the secure random number and the first signature component; receiving, by the node, partial signatures from other nodes of the signing group; and generating, by the node, the second signature component, w, based on determined and received partial signatures, wherein obtaining comprises generating the multiplicative inverse and the first signature component and wherein the method further comprises sending the multiplicative inverse to the other nodes, wherein obtaining further comprises provisioning an enclave associated with a trusted execution environment of the node to generate the secure random number. forming, by a node, a signing group with other nodes; obtaining, by the node, based on a secure random number: a) a multiplicative inverse of the secure random number; and b) the first signature component, r, wherein the first signature component is determined based on the secure random number and an elliptic curve generator point; determining, by the node, a partial signature based on a private secret share, the multiplicative inverse of the secure random number and the first signature component; receiving, by the node, partial signatures from other nodes of the signing group; and generating, by the node, the second signature component, w, based on determined and received partial signatures, wherein obtaining comprises generating the multiplicative inverse and the first signature component and wherein the method further comprises sending the multiplicative inverse to the other nodes, wherein obtaining further comprises provisioning an enclave associated with a trusted execution environment of the node to generate the secure random number.
A disposable cartridge for a peristaltic micro pump, comprising - a housing; - a inlet provided on the housing and comprising an inlet connector; - an outlet provided on the housing and comprising an outlet connector; - a fluid channel extending in the housing between the inlet and the outlet; - a channel section of the fluid channel, the channel section provided by a flexible tube (24; 33; 34) comprising at least one sealing element (31, 32) on each of opposite ends; - one or more openings provided adjacent to the channel section in the housing in such a way that one or more pump engaging elements of a pump drive can engage with the flexible tube (24; 33; 34) through the opening for compressing the flexible tube (24; 33; 34) in a pumping process for pumping a fluid through the fluid channel; and - a mounting device provided on the housing for detachably mounting the housing in a peristaltic micro pump housing. - a housing; - a inlet provided on the housing and comprising an inlet connector; - an outlet provided on the housing and comprising an outlet connector; - a fluid channel extending in the housing between the inlet and the outlet; - a channel section of the fluid channel, the channel section provided by a flexible tube (24; 33; 34) comprising at least one sealing element (31, 32) on each of opposite ends; - one or more openings provided adjacent to the channel section in the housing in such a way that one or more pump engaging elements of a pump drive can engage with the flexible tube (24; 33; 34) through the opening for compressing the flexible tube (24; 33; 34) in a pumping process for pumping a fluid through the fluid channel; and - a mounting device provided on the housing for detachably mounting the housing in a peristaltic micro pump housing.
An instrument for performing microwave-assisted reactions, comprising: a microwave-radiation source; a cavity; and a waveguide in microwave communication with said microwave-radiation source and said cavity; characterized by: at least one reaction-vessel sensor for determining the number and/or type of reaction vessels positioned within said cavity; an interface; and a computer controller in communication with said interface, said microwave-radiation source, and said reaction-vessel sensor, said computer controller being capable of adjusting the output of said microwave-radiation source in response to the number of reaction vessels that said reaction-vessel sensor determines are positioned within said cavity and/or the type of reaction vessels within said cavity. a microwave-radiation source; a cavity; and a waveguide in microwave communication with said microwave-radiation source and said cavity; characterized by: at least one reaction-vessel sensor for determining the number and/or type of reaction vessels positioned within said cavity; an interface; and a computer controller in communication with said interface, said microwave-radiation source, and said reaction-vessel sensor, said computer controller being capable of adjusting the output of said microwave-radiation source in response to the number of reaction vessels that said reaction-vessel sensor determines are positioned within said cavity and/or the type of reaction vessels within said cavity. at least one reaction-vessel sensor for determining the number and/or type of reaction vessels positioned within said cavity; an interface; and a computer controller in communication with said interface, said microwave-radiation source, and said reaction-vessel sensor, said computer controller being capable of adjusting the output of said microwave-radiation source in response to the number of reaction vessels that said reaction-vessel sensor determines are positioned within said cavity and/or the type of reaction vessels within said cavity.
A system for treating restrictive pulmonary diseases, the system comprising: a main unit comprising a waveform generator for generating electric signals modulated to produce sinusoidal signals of a wide frequency range of about 20 Hz to 300 Hz, a control panel, and power amplifiers (17,18) for amplifying the modulated sinusoidal signals, and at least one interchangeable transducer connected to the main unit for converting said modulated sinusoidal signals into acoustic waves and vibrations and applying the acoustic waves and vibrations to the chest of a patient to achieve at least one, or a combination, of therapeutic effects selected from treating restrictive pulmonary disease, promoting opening of collapsed alveoli and preventing alveolar deflation, characterised by a synchronisation module for synchronising the acoustic waves and vibrations with the patient's breathing to increase effectiveness of treatment by increasing the intensity of the waves and vibrations at the moment of inhalation and reducing their intensity at the moment of exhalation; and at least one protection module for disconnecting the output of the main unit from the or each transducer in the event of a malfunction of the system. a main unit comprising a waveform generator for generating electric signals modulated to produce sinusoidal signals of a wide frequency range of about 20 Hz to 300 Hz, a control panel, and power amplifiers (17,18) for amplifying the modulated sinusoidal signals, and at least one interchangeable transducer connected to the main unit for converting said modulated sinusoidal signals into acoustic waves and vibrations and applying the acoustic waves and vibrations to the chest of a patient to achieve at least one, or a combination, of therapeutic effects selected from treating restrictive pulmonary disease, promoting opening of collapsed alveoli and preventing alveolar deflation, characterised by a synchronisation module for synchronising the acoustic waves and vibrations with the patient's breathing to increase effectiveness of treatment by increasing the intensity of the waves and vibrations at the moment of inhalation and reducing their intensity at the moment of exhalation; and at least one protection module for disconnecting the output of the main unit from the or each transducer in the event of a malfunction of the system.
A method for controlling an electronic device, the method comprising: detecting that an input for increasing a volume of the electronic device is received while the volume of the electronic device is at a maximum value; in response to the detecting, determining whether the received input for increasing the volume coincides with a preset condition; in response to determining that the received input for increasing the volume coincides with the preset condition, detecting an external device to connect with; connecting with the detected external device; and outputting an output associated with a current function of the electronic device via the connected external device. detecting that an input for increasing a volume of the electronic device is received while the volume of the electronic device is at a maximum value; in response to the detecting, determining whether the received input for increasing the volume coincides with a preset condition; in response to determining that the received input for increasing the volume coincides with the preset condition, detecting an external device to connect with; connecting with the detected external device; and outputting an output associated with a current function of the electronic device via the connected external device.
A secondary battery comprising: a plurality of unit cells, wherein each unit cell of the plurality of unit cells comprises a cathode extending in a top to bottom direction, an electrolyte membrane surrounding at least three surfaces of the cathode, and an anode surrounding at least a portion of the electrolyte membrane, wherein unit cells of the plurality of unit cells are spaced apart from each other in a left to right direction, with cavities therebetween; and a support member configured to support the plurality of unit cells in the left to right direction and disposed between unit cells of the plurality of unit cells. a plurality of unit cells, wherein each unit cell of the plurality of unit cells comprises a cathode extending in a top to bottom direction, an electrolyte membrane surrounding at least three surfaces of the cathode, and an anode surrounding at least a portion of the electrolyte membrane, a cathode extending in a top to bottom direction, an electrolyte membrane surrounding at least three surfaces of the cathode, and an anode surrounding at least a portion of the electrolyte membrane, wherein unit cells of the plurality of unit cells are spaced apart from each other in a left to right direction, with cavities therebetween; and a support member configured to support the plurality of unit cells in the left to right direction and disposed between unit cells of the plurality of unit cells.
A method of forming a laminate comprising: forming independently a first laminate comprising a base layer coupled to an elastomeric layer; forming independently a second laminate comprising a top layer coupled to a series of curved elastic strands by an adhesive; and coupling said first laminate to said second laminate ultrasonically. forming independently a first laminate comprising a base layer coupled to an elastomeric layer; forming independently a second laminate comprising a top layer coupled to a series of curved elastic strands by an adhesive; and coupling said first laminate to said second laminate ultrasonically.
A FASN inhibitor for use in a method of treating non-alcoholic steatohepatitis (NASH), whereby the FASN inhibitor reduces steatosis, TH17-dependent inflammation, and fibrosis, wherein said method comprises administering said FASN inhibitor to said patient, and wherein the FASN inhibitor is: or a pharmaceutically acceptable salt thereof.
A treatment tool comprising: an insertion part that is insertable into a body; an operation part; and a single operation wire that extends from the operation part to the insertion part and is pulled to an operation part side through operation of the operation part, wherein the insertion part includes a distal end portion that has an openable and closable grip portion, a bending portion that is provided to be adjacent to the operation part side of the distal end portion and is able to be bent, and a connecting portion that connects the bending portion to the operation part, the connecting portion is movable forward and backward along a longitudinal axis of the connecting portion and is rotatable about the longitudinal axis of the connecting portion, through the operation of the operation part, the tool is configured such that, as the connecting portion is moved forward and backward or is rotated, the grip portion moves forward and backward or rotates, and as the operation wire is pulled, the grip portion is closed, and the bending portion bends in a state where the grip portion is closed. an insertion part that is insertable into a body; an operation part; and a single operation wire that extends from the operation part to the insertion part and is pulled to an operation part side through operation of the operation part, wherein the insertion part includes a distal end portion that has an openable and closable grip portion, a bending portion that is provided to be adjacent to the operation part side of the distal end portion and is able to be bent, and a connecting portion that connects the bending portion to the operation part, a distal end portion that has an openable and closable grip portion, a bending portion that is provided to be adjacent to the operation part side of the distal end portion and is able to be bent, and a connecting portion that connects the bending portion to the operation part, the connecting portion is movable forward and backward along a longitudinal axis of the connecting portion and is rotatable about the longitudinal axis of the connecting portion, through the operation of the operation part, the tool is configured such that, as the connecting portion is moved forward and backward or is rotated, the grip portion moves forward and backward or rotates, and as the operation wire is pulled, the grip portion is closed, and the bending portion bends in a state where the grip portion is closed.
A matching method of channel state information for a receiving apparatus of a wireless communication system, wherein the channel state information includes a plurality of subcarrier data, the matching method of channel state information comprising: mapping, by the receiving apparatus, each subcarrier data captured at a first timing onto planar component vectors; and respectively accumulating, by the receiving apparatus, the planar component vectors corresponding to an identical direction of the plurality of subcarrier data captured at the first timing to generate a characteristic chart of channel state referring to the first timing; calculating, by the receiving apparatus, a first Euclidean distance between the characteristic chart of the channel state corresponding to a first status and a predetermined the characteristic chart of channel state; and determining, by the receiving apparatus, whether the characteristic chart of the channel state corresponding to the first status conforms to the characteristics of the predetermined characteristic chart of channel state by determining whether the first Euclidean distance is smaller than a first threshold; wherein the planar component vectors are composed of eight planar component vectors with fixed direction. mapping, by the receiving apparatus, each subcarrier data captured at a first timing onto planar component vectors; and respectively accumulating, by the receiving apparatus, the planar component vectors corresponding to an identical direction of the plurality of subcarrier data captured at the first timing to generate a characteristic chart of channel state referring to the first timing; calculating, by the receiving apparatus, a first Euclidean distance between the characteristic chart of the channel state corresponding to a first status and a predetermined the characteristic chart of channel state; and determining, by the receiving apparatus, whether the characteristic chart of the channel state corresponding to the first status conforms to the characteristics of the predetermined characteristic chart of channel state by determining whether the first Euclidean distance is smaller than a first threshold; wherein the planar component vectors are composed of eight planar component vectors with fixed direction.
A process for the preparation of rivaroxaban modification I characterised by XRPD peaks at 2 theta 16.5, 19.5, 22.5 and 23.4, comprising: (i) dissolving rivaroxaban in a mixture of a solvent and an antisolvent, wherein the antisolvent has a higher boiling point than the solvent, wherein the solvent is THF and/or acetone, and the antisolvent is toluene and/or water; (ii) removing the solvent by distillation; and (iii) collecting the resultant rivaroxaban modification I. (i) dissolving rivaroxaban in a mixture of a solvent and an antisolvent, wherein the antisolvent has a higher boiling point than the solvent, wherein the solvent is THF and/or acetone, and the antisolvent is toluene and/or water; (ii) removing the solvent by distillation; and (iii) collecting the resultant rivaroxaban modification I.
Bouquet of cut flowers, comprising: - one or more cut flowers belonging to the genus Kalanchoe having a stem length of at least 35 cm, capable of conferring elongated freshness to an aqueous nutrient medium for cut flowers by contact of the cut surface of the stems of the said cut flowers with the said aqueous nutrient medium, - one or more cut flowers belonging to a genus different from Kalanchoe having prolonged longevity by contacting the said one or more cut flowers, with the cut surface of the stem thereof, with the aqueous nutrient medium. - one or more cut flowers belonging to the genus Kalanchoe having a stem length of at least 35 cm, capable of conferring elongated freshness to an aqueous nutrient medium for cut flowers by contact of the cut surface of the stems of the said cut flowers with the said aqueous nutrient medium, - one or more cut flowers belonging to a genus different from Kalanchoe having prolonged longevity by contacting the said one or more cut flowers, with the cut surface of the stem thereof, with the aqueous nutrient medium.
A system for aligning a plurality of sequence reads comprising a processor and non-transitory memory, wherein the memory comprises instructions that, when executed, cause the processor to: obtain a plurality of sequence reads as strings of symbols; compare each string of symbols corresponding to a sequence read to a plurality of positions in a reference directed acyclic graph comprising a plurality of nodes, wherein each node is stored in the memory as a string of one or more symbols and a set of parent nodes, the string representing a sequence and the set of parent nodes defining the node's position with respect to other nodes in the reference DAG, wherein genetic variation is represented by alternate nodes at multiple positions in the DAG, score overlaps between each sequence read and each of the plurality of positions in the reference DAG, wherein a higher score corresponds to a greater amount of overlap; wherein the scoring further comprises finding an optimal alignment between each string of symbols corresponding to a sequence read and a portion of the DAG preceding a position, wherein predecessors for each symbol of the string of a node are identified by: (i) if a symbol is not the first symbol of the string of its node, the symbol preceding the symbol is its only predecessor; or (ii) if a symbol is the first symbol of the string of its node, the last symbol of the string of any parent node is a predecessor; assign each sequence read to a location on the DAG corresponding to the highest score; and write a file to memory corresponding to the location of each aligned sequence read. obtain a plurality of sequence reads as strings of symbols; compare each string of symbols corresponding to a sequence read to a plurality of positions in a reference directed acyclic graph comprising a plurality of nodes, wherein each node is stored in the memory as a string of one or more symbols and a set of parent nodes, the string representing a sequence and the set of parent nodes defining the node's position with respect to other nodes in the reference DAG, wherein genetic variation is represented by alternate nodes at multiple positions in the DAG, score overlaps between each sequence read and each of the plurality of positions in the reference DAG, wherein a higher score corresponds to a greater amount of overlap; wherein the scoring further comprises finding an optimal alignment between each string of symbols corresponding to a sequence read and a portion of the DAG preceding a position, wherein predecessors for each symbol of the string of a node are identified by: (i) if a symbol is not the first symbol of the string of its node, the symbol preceding the symbol is its only predecessor; or (ii) if a symbol is the first symbol of the string of its node, the last symbol of the string of any parent node is a predecessor; assign each sequence read to a location on the DAG corresponding to the highest score; and write a file to memory corresponding to the location of each aligned sequence read.
A method comprising steps of: a. contacting a source nucleic acid with a metal oxo complex to produce an oxidized nucleic acid; and b. contacting the oxidized nucleic acid with a reducing agent to produce a processed nucleic acid; wherein 5-hydroxymethylcytosine bases in the source nucleic acid are converted to dihydrouracil in the processed nucleic acid; and further comprising one or more additional steps of contacting the oxidized nucleic acid with a metal oxo complex. a. contacting a source nucleic acid with a metal oxo complex to produce an oxidized nucleic acid; and b. contacting the oxidized nucleic acid with a reducing agent to produce a processed nucleic acid; wherein 5-hydroxymethylcytosine bases in the source nucleic acid are converted to dihydrouracil in the processed nucleic acid; and further comprising one or more additional steps of contacting the oxidized nucleic acid with a metal oxo complex.