mhurhangee/patent-ind-claim-en huggingface dataset:
A method for extending initial image data of a subject for dose estimation, comprising: obtaining first image data of the subject for dose calculation, wherein the first image data has a first field of view; obtaining second image data for extending the field of view of the first image data, wherein the second image data has a second field of view that is larger than the first field of view; extending the first field of view based on the second image data, producing extended image data; and estimating a dose for the subject based on the extended image data; wherein the second image data includes previously acquired image data of the subject and/or previously acquired image data of one or more different subjects and/or anatomical atlas image data. obtaining first image data of the subject for dose calculation, wherein the first image data has a first field of view; obtaining second image data for extending the field of view of the first image data, wherein the second image data has a second field of view that is larger than the first field of view; extending the first field of view based on the second image data, producing extended image data; and estimating a dose for the subject based on the extended image data; wherein the second image data includes previously acquired image data of the subject and/or previously acquired image data of one or more different subjects and/or anatomical atlas image data.
A method for authenticating a file, comprising steps of: (a) a server, if an authentication request for the file is acquired from a user device, generating or supporting another device to generate a specific message digest of the file using a hash function, and transmitting the specific message digest to the user device; (b) the server, if a first message digest generated by encoding the specific message digest with a private key of the user is acquired from the user device, and if reference information acquired by decoding the first message digest with a public key of the user, wherein the public key of the user is transmitted to the server with the public key of the user being included in the authentication request or is transmitted to the server along with the first message digest, corresponds to the specific message digest generated at the step of (a), registering or supporting another device to register a hash value of a second message digest, generated by encoding the specific message digest with the private key of the user and a private key of the server, in a blockchain of a virtual currency; and (c) the server acquiring or supporting another device to acquire a transaction ID indicating a location of the hash value registered in the blockchain of the virtual currency, wherein, at the step of (b), if the reference information corresponds to the specific message digest, the server registers or supports another device to register the hash value of the second message digest, generated by encoding the specific message digest in sequence with the private key of the user and the private key of the server without a step of hashing therebetween, in the blockchain of a virtual currency. (a) a server, if an authentication request for the file is acquired from a user device, generating or supporting another device to generate a specific message digest of the file using a hash function, and transmitting the specific message digest to the user device; (b) the server, if a first message digest generated by encoding the specific message digest with a private key of the user is acquired from the user device, and if reference information acquired by decoding the first message digest with a public key of the user, wherein the public key of the user is transmitted to the server with the public key of the user being included in the authentication request or is transmitted to the server along with the first message digest, corresponds to the specific message digest generated at the step of (a), registering or supporting another device to register a hash value of a second message digest, generated by encoding the specific message digest with the private key of the user and a private key of the server, in a blockchain of a virtual currency; and (c) the server acquiring or supporting another device to acquire a transaction ID indicating a location of the hash value registered in the blockchain of the virtual currency,
Sorting apparatus for sorting articles (S), having a sorting device that transports articles (S) to a plurality of sorting destinations during operation, and having a feed device which feeds articles (S) to the sorting device during operation and transfers them in a transfer area , wherein the sorting device and the feed device are arranged so as to extend parallel to one another in the transfer area ; characterized in that the sorting apparatus has an unloading device for receiving articles (S) that are not transferred from the feed device to the sorting device , wherein the unloading device is arranged next to or downstream of the transfer area .
A circuit interruption device (100; 300; 400; 500) comprising: at least one set of contacts (310; 410); a contact actuator mechanism (330; 430) configured to open the at least one set of contacts (310; 410); and a trip control circuit (460'; 600) configured to: cause the contact actuator mechanism (330; 430) to open the at least one set of contacts (310; 410) responsive to a trip condition satisfying a first trip criterion; temporarily apply to the contact actuator mechanism (330; 430) a second trip criterion responsive to the opening of the at least one set of contacts, the second trip criterion being more sensitive to a trip condition than the first trip criterion; apply the second trip criterion after a succeeding closure of the at least one set of contacts (310; 410); and, after a predetermined period of time following succeeding closure of the at least one set of contacts has expired resume the application of the first trip criterion to the contact actuator mechanism (330; 430). at least one set of contacts (310; 410); a contact actuator mechanism (330; 430) configured to open the at least one set of contacts (310; 410); and a trip control circuit (460'; 600) configured to: cause the contact actuator mechanism (330; 430) to open the at least one set of contacts (310; 410) responsive to a trip condition satisfying a first trip criterion; temporarily apply to the contact actuator mechanism (330; 430) a second trip criterion responsive to the opening of the at least one set of contacts, the second trip criterion being more sensitive to a trip condition than the first trip criterion; apply the second trip criterion after a succeeding closure of the at least one set of contacts (310; 410); and, after a predetermined period of time following succeeding closure of the at least one set of contacts has expired resume the application of the first trip criterion to the contact actuator mechanism (330; 430). cause the contact actuator mechanism (330; 430) to open the at least one set of contacts (310; 410) responsive to a trip condition satisfying a first trip criterion; temporarily apply to the contact actuator mechanism (330; 430) a second trip criterion responsive to the opening of the at least one set of contacts, the second trip criterion being more sensitive to a trip condition than the first trip criterion; apply the second trip criterion after a succeeding closure of the at least one set of contacts (310; 410); and, after a predetermined period of time following succeeding closure of the at least one set of contacts has expired resume the application of the first trip criterion to the contact actuator mechanism (330; 430).
Hair styling appliance for curling and straightening hair, comprising: - a first and a second elongate jaw that are pivotable with respect to one another, - the first jaw having a first housing bearing a first flat internal treatment surface , and - the second jaw having a second housing bearing a second flat internal treatment surface , - the internal surfaces being intended to pinch a lock of hair, - at least one heating element intended to heat at least one internal treatment surface , wherein at least one of the first housing and the second housing being asymmetric with respect to the median plane (P1, P2) in longitudinal section of said first housing or said second housing , respectively, the distance between said two median planes (P1, P2) being between 5% and 20% of the value of the greatest width l2 of the second housing , and wherein, in cross section, the line defined by the exterior contour of the first and second housings being a rounded curve that does not have any points of inflection, characterized in that the greatest width l1 of the first housing is between 75% and 85% of the greatest width l2 of the second housing . - a first and a second elongate jaw that are pivotable with respect to one another, - the first jaw having a first housing bearing a first flat internal treatment surface , and - the second jaw having a second housing bearing a second flat internal treatment surface , - the internal surfaces being intended to pinch a lock of hair, - at least one heating element intended to heat at least one internal treatment surface ,
A composition for use in reversing Type-1 diabetes in a mammal having new onset diabetes, the composition comprising microspheres comprising oligonucleotides that are antisense to and targeted to bind to primary transcripts selected from the group consisting of CD40, CD80 and CD86 primary transcripts, and combinations thereof.
A cryotherapy system for ablating tissue in a target region at an internal surface of a body lumen by cryogenic fluid, comprising, an elongated tubular cryotherapy device having a proximal end and a distal end shaped and sized to be positioned inside a body lumen, comprising: a cryo inflow path within said elongated tubular cryotherapy device , fluidically connecting a cryogenic fluid source with at least one forward facing cryo opening at said distal end of said cryotherapy device , wherein said cryo inflow path is configured to allow cryogenic fluid flow from said cryogenic fluid source, and to direct said cryogenic fluid at said target region within said body lumen through said cryo opening ; an optics assembly configured to visualize a field of view between said optics assembly and said target region inside said body lumen; a washing inflow path within said elongated tubular cryotherapy device , fluidically connecting a washing fluid source with at least one sideways washing opening at said elongated therapy device distal end configured to aim washing fluid towards one or both of said optics assembly and said field of view , and at least one front washing opening at said elongated therapy device distal end. a cryo inflow path within said elongated tubular cryotherapy device , fluidically connecting a cryogenic fluid source with at least one forward facing cryo opening at said distal end of said cryotherapy device , wherein said cryo inflow path is configured to allow cryogenic fluid flow from said cryogenic fluid source, and to direct said cryogenic fluid at said target region within said body lumen through said cryo opening ; an optics assembly configured to visualize a field of view between said optics assembly and said target region inside said body lumen; a washing inflow path within said elongated tubular cryotherapy device , fluidically connecting a washing fluid source with at least one sideways washing opening at said elongated therapy device distal end configured to aim washing fluid towards one or both of said optics assembly and said field of view , and at least one front washing opening at said elongated therapy device distal end.
An electrostatic motor comprising: a rotor rotatable around a rotating shaft ; charged portions formed radially around the rotating shaft on upper and lower surfaces of the rotor ; first and second stators disposed to sandwich the rotor therebetween; and first sets and second sets of fixed electrodes respectively formed radially around the rotating shaft on the surfaces of the first and second stators facing the rotor ; a driver for applying drive pulses; and a controller for switching the drive pulses, wherein the first sets and second sets of fixed electrodes are selectively energized according to the drive pulses to rotate the rotor by electrostatic force generated between the charged portions and the fixed electrodes , characterized in that the average number of sets of fixed electrodes simultaneously energized in one cycle of the drive pulses out of the first sets and second sets of fixed electrodes is equal to the average of the numbers of the first sets of fixed electrodes and the numbers of the second sets of fixed electrodes . a rotor rotatable around a rotating shaft ; charged portions formed radially around the rotating shaft on upper and lower surfaces of the rotor ; first and second stators disposed to sandwich the rotor therebetween; and first sets and second sets of fixed electrodes respectively formed radially around the rotating shaft on the surfaces of the first and second stators facing the rotor ; a driver for applying drive pulses; and a controller for switching the drive pulses, wherein the first sets and second sets of fixed electrodes are selectively energized according to the drive pulses to rotate the rotor by electrostatic force generated between the charged portions and the fixed electrodes , characterized in that the average number of sets of fixed electrodes simultaneously energized in one cycle of the drive pulses out of the first sets and second sets of fixed electrodes is equal to the average of the numbers of the first sets of fixed electrodes and the numbers of the second sets of fixed electrodes .
Use of a diester of formula (I) in a lubricant composition for vehicle equipped with a hybrid engine, to reduce friction when the engine is used at low speed characterized by a number of revolutions per minute (rpm) of between 600 and 2000 rpm and/or when cold, R a -C(O)-O-([C(R) 2 ] n -O) s -C(O)-R b (I) where: R, each independently, are a hydrogen atom or a linear or branched alkyl group having 1 to 5 carbon atoms; s is 1 or 2; n is 1, 2 or 3, on the understanding that when s differs from 1, the n values can be the same or different; R a and R b , the same or different, are each independently linear or branched, saturated or unsaturated hydrocarbon groups having a linear sequence of 6 to 18 carbon atoms; provided that when s is 2 and n all the same are 2, at least one of the R groups is a linear or branched alkyl group having 1 to 5 carbon atoms; and provided that when s is 1 and n is 3, at least one of the R groups linked to the carbon at beta position of the oxygen atoms of the ester functions is a hydrogen atom. R, each independently, are a hydrogen atom or a linear or branched alkyl group having 1 to 5 carbon atoms; s is 1 or 2; n is 1, 2 or 3, on the understanding that when s differs from 1, the n values can be the same or different; R a and R b , the same or different, are each independently linear or branched, saturated or unsaturated hydrocarbon groups having a linear sequence of 6 to 18 carbon atoms; provided that when s is 2 and n all the same are 2, at least one of the R groups is a linear or branched alkyl group having 1 to 5 carbon atoms; and provided that when s is 1 and n is 3, at least one of the R groups linked to the carbon at beta position of the oxygen atoms of the ester functions is a hydrogen atom.
A forward osmosis membrane, wherein the membrane consists essentially of a porous support material and a polymer layer; the polymer layer being formed by nonsolvent induced phase separation or phase inversion, and comprising a skin layer and a sublayer; the skin layer comprises a plurality of pores; the sublayer comprises a plurality of macrovoids; the polymer layer is polyaniline and a dopant, wherein the dopant is camphor sulfonic acid; and the thickness of the polymer layer is from about 20 μm to about 120 μm.
A dose delivery device comprising: a gearing mechanism including a first gearing member with a first thread , a driver with a second thread , a second gearing member , a housing for interfacing a user and wherein the gearing mechanism is coaxially arranged, a dose setting member , and a lead screw , wherein the first and the second threads are headed in opposite directions and wherein the first gearing member and the driver are rotationally connected via a track allowing axial movement, wherein the second gearing member comprises two threads (26/27, 126/127) engaging the first and the second threads, the dose delivery device further comprises a dosing nut engaged with the lead screw via a thread (34/35, 134/135), the dosing nut axially connected to the second gearing member , the dosing nut is rotationally connected to the first gearing member , the dose setting member is rotationally connected to the gearing mechanism during dose setting, and the gearing mechanism rotates relative to the housing when a dose is set by rotating the dose setting member . a gearing mechanism including a first gearing member with a first thread , a driver with a second thread , a second gearing member , a first gearing member with a first thread , a driver with a second thread , a second gearing member , a housing for interfacing a user and wherein the gearing mechanism is coaxially arranged, a dose setting member , and a lead screw , wherein the first and the second threads are headed in opposite directions and wherein the first gearing member and the driver are rotationally connected via a track allowing axial movement, wherein the second gearing member comprises two threads (26/27, 126/127) engaging the first and the second threads, the dose delivery device further comprises a dosing nut engaged with the lead screw via a thread (34/35, 134/135), the dosing nut axially connected to the second gearing member , the dosing nut is rotationally connected to the first gearing member , the dose setting member is rotationally connected to the gearing mechanism during dose setting, and the gearing mechanism rotates relative to the housing when a dose is set by rotating the dose setting member .
An LED lamp assembly comprising a safety switch , the LED lamp assembly comprising: a plurality of connector pins arranged at first and second ends of the LED lamp assembly , the connector pins being adapted for electrical connection to a lamp fixture ; a plurality of filament simulation circuits , wherein at least one of the connector pins at each of the first and second ends of the LED lamp assembly is electrically coupled to a corresponding one of the filament simulation circuits ; a plurality of rectifier circuits ; one or more LEDs electrically coupled to an output of the rectifier circuits ; a safety switch control circuit operatively coupled to the safety switch ; characterized in that at least one of the connector pins arranged at the first end of the LED lamp assembly is electrically coupled via the safety switch to an input of a first one of the rectifier circuits , and at least one of the connector pins arranged at the second end of the LED lamp assembly is electrically coupled to an input of a second one of the rectifier circuits ; wherein the safety switch control circuit is arranged to close the safety switch when the safety switch control circuit detects electrical power having a frequency above a predetermined threshold at the connector pins arranged at the first end of the LED lamp assembly or at the connector pins arranged at the second end of the LED lamp assembly . a plurality of connector pins arranged at first and second ends of the LED lamp assembly , the connector pins being adapted for electrical connection to a lamp fixture ; a plurality of filament simulation circuits , wherein at least one of the connector pins at each of the first and second ends of the LED lamp assembly is electrically coupled to a corresponding one of the filament simulation circuits ; a plurality of rectifier circuits ; one or more LEDs electrically coupled to an output of the rectifier circuits ; a safety switch control circuit operatively coupled to the safety switch ; characterized in that at least one of the connector pins arranged at the first end of the LED lamp assembly is electrically coupled via the safety switch to an input of a first one of the rectifier circuits , and at least one of the connector pins arranged at the second end of the LED lamp assembly is electrically coupled to an input of a second one of the rectifier circuits ; wherein the safety switch control circuit is arranged to close the safety switch when the safety switch control circuit detects electrical power having a frequency above a predetermined threshold at the connector pins arranged at the first end of the LED lamp assembly or at the connector pins arranged at the second end of the LED lamp assembly .
A channel receiving apparatus , comprising: a first modulating device (102_a), arranged to convert a first channel into a first predetermined frequency according to a first oscillating signal and a second oscillating signal; and at least one second modulating device (102_b-102_m), arranged to convert a second channel into a second predetermined frequency according to a third oscillating signal and a fourth oscillating signal; wherein the first oscillating signal has a first oscillating frequency, the second oscillating signal has a second oscillating frequency, the third oscillating signal has a third oscillating frequency, and the fourth oscillating signal has a fourth oscillating frequency, and wherein when the third oscillating frequency is substantially equal to the first oscillating frequency, the third oscillating signal is arranged to be shifted by a predetermined frequency range fs to have a fifth oscillating frequency different from the first oscillating frequency and the fourth oscillating signal is arranged to be shifted by the predetermined frequency range fs to have a sixth oscillating frequency, and the channel receiving apparatus characterised in that the third oscillating signal and the fourth oscillating signal are arranged to be shifted by the predetermined frequency range fs in a different direction; and in that when the first oscillating frequency is substantially equal to the second oscillating frequency, the first oscillating signal and the second oscillating signal are arranged to be shifted by the predetermined frequency range fs in a different direction. a first modulating device (102_a), arranged to convert a first channel into a first predetermined frequency according to a first oscillating signal and a second oscillating signal; and at least one second modulating device (102_b-102_m), arranged to convert a second channel into a second predetermined frequency according to a third oscillating signal and a fourth oscillating signal;