mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating a user by means of a fingerprint authentication system comprising a fingerprint sensing arrangement, said method comprising the steps of, for each authentication attempt in a sequence of authentication attempts: receiving a touch by a candidate finger on said fingerprint sensing arrangement; acquiring a candidate fingerprint image of said candidate finger; determining an authentication representation based on said candidate fingerprint image; retrieving a stored enrollment representation of an enrolled fingerprint of said user; determining a match score based on a comparison between said authentication representation and said enrollment representation; determining a liveness score for said authentication attempt based on said candidate fingerprint image; determining a qualification metric for said authentication attempt indicating a difference between the liveness score for said authentication attempt and a liveness score for at least one previous authentication attempt; and determining an authentication result for said authentication attempt based on said match score, and said qualification metric. receiving a touch by a candidate finger on said fingerprint sensing arrangement; acquiring a candidate fingerprint image of said candidate finger; determining an authentication representation based on said candidate fingerprint image; retrieving a stored enrollment representation of an enrolled fingerprint of said user; determining a match score based on a comparison between said authentication representation and said enrollment representation; determining a liveness score for said authentication attempt based on said candidate fingerprint image; determining a qualification metric for said authentication attempt indicating a difference between the liveness score for said authentication attempt and a liveness score for at least one previous authentication attempt; and determining an authentication result for said authentication attempt based on said match score, and said qualification metric.
A thickener for a molding compound comprising: an aluminum chelate complex; 10% to 50% by weight of the thickener of a petroleum distillate; and 10% to 50% by weight of the thickener of a polyester or polyester acrylate carrier resin. an aluminum chelate complex; 10% to 50% by weight of the thickener of a petroleum distillate; and 10% to 50% by weight of the thickener of a polyester or polyester acrylate carrier resin.
A magnetic pigment flake, comprising: a central magnetic layer having a first major surface, an opposing second major surface, and at least one side surface; a first insulator layer over the first major surface of the central magnetic layer; a second insulator layer over the second major surface of the central magnetic layer; a first reflector layer over the first insulator layer; and a second reflector layer over the second insulator layer; characterized in that the first and second insulator layers have a thickness of 20nm to 40nm for preventing corrosion of the pigment flake. a central magnetic layer having a first major surface, an opposing second major surface, and at least one side surface; a first insulator layer over the first major surface of the central magnetic layer; a second insulator layer over the second major surface of the central magnetic layer; a first reflector layer over the first insulator layer; and a second reflector layer over the second insulator layer; characterized in that the first and second insulator layers have a thickness of 20nm to 40nm for preventing corrosion of the pigment flake.
A pharmaceutical composition, comprising a first component, being at least one selected from a farnesoid X receptor agonist, which is obeticholic acid, a pharmaceutically acceptable salt and a solvate thereof; and a second component, being at least one selected from a NPC1L1 receptor inhibitor, which is Ezetimibe, a pharmaceutically acceptable salt, and a solvate thereof.
An upright piano type action having a wippen which moves upward in response to an urging force applied during depression of a key and downward in response to release of the key, a jack which is supported by the wippen so as to swing, a butt which is raised by the jack to swing, a swinging shank which extends from the butt, a swinging member which is supported by an edge of the swinging shank to perform a hitting activity in accordance with a swing of the butt, a catcher shank which extends from the butt, and a catcher which is supported by an edge of the catcher shank such that the catcher is received by a backcheck at the time of recovery from the hitting; the action comprising: a weight (110, 110a, 120, 130) attached to a moving member, the moving member being at least any one of the butt, the swinging shank, the swinging member, the catcher, and the catcher shank, wherein the weight (110, 110a, 120, 130) is placed such that, in a state where the key is not being depressed, a load of the weight (110, 110a, 120, 130) acts in a direction opposite to a direction in which the moving member to which the weight (110, 110a, 120, 130) is attached swings when the swinging member swings for hitting, characterized in that said upright piano type action further comprises a swing-urging members (140, 210, 220, 230) which is coupled to the butt, the swinging shank or the wippen to apply a further urging force which acts in the swinging direction for hitting. a weight (110, 110a, 120, 130) attached to a moving member, the moving member being at least any one of the butt, the swinging shank, the swinging member, the catcher, and the catcher shank, wherein the weight (110, 110a, 120, 130) is placed such that, in a state where the key is not being depressed, a load of the weight (110, 110a, 120, 130) acts in a direction opposite to a direction in which the moving member to which the weight (110, 110a, 120, 130) is attached swings when the swinging member swings for hitting, characterized in that said upright piano type action further comprises a swing-urging members (140, 210, 220, 230) which is coupled to the butt, the swinging shank or the wippen to apply a further urging force which acts in the swinging direction for hitting.
A blend of polylactic acid resin and copolyester resin comprising: 5 to 95 weight% of polylactic acid resin; and 5 to 95 weight% of copolyester resin which is a copolymerization product of an acid component including terephthalic acid and a diol component including 5 to 99 mol% of 1,4-cyclohexanedimethanol and 1 to 60 mol% of isosorbide, and has a repeated structure of an acid moiety derived from the acid component and a diol moiety derived from the diol component, wherein a notch izod impact strength of the blend of polylactic acid resin and copolyester resin is equal or more than 30 J/m as measured at 23 °C with an izod impact strength measuring machine according to ASTM D256 method, and the copolyester resin shows a glass transition temperature (Tg) of equal or more than 90 °C. 5 to 95 weight% of polylactic acid resin; and 5 to 95 weight% of copolyester resin which is a copolymerization product of an acid component including terephthalic acid and a diol component including 5 to 99 mol% of 1,4-cyclohexanedimethanol and 1 to 60 mol% of isosorbide, and has a repeated structure of an acid moiety derived from the acid component and a diol moiety derived from the diol component, wherein a notch izod impact strength of the blend of polylactic acid resin and copolyester resin is equal or more than 30 J/m as measured at 23 °C with an izod impact strength measuring machine according to ASTM D256 method, and the copolyester resin shows a glass transition temperature (Tg) of equal or more than 90 °C.
A radio resource management apparatus for link adaptation, the apparatus comprising: a memory, the memory configured to store data associated with a user device; a processor in communication with the memory, the processor configured to: estimate a first number of scheduling blocks, SBs, required to transmit the stored data based at least in part on a first modulation and coding scheme, MCS, the first MCS corresponding to a first channel performance level; estimate a link quality associated with the first number of SBs; determine a second MCS based at least in part on the estimated link quality, the second MCS corresponding to a second channel performance level; determine whether the second channel performance level is less than the first channel performance level; and select an operating MCS based at least in part on whether the second channel performance level is less than the first channel performance level, the stored data being scheduled for transmission based at least in part on the selected operating MCS. a memory, the memory configured to store data associated with a user device; a processor in communication with the memory, the processor configured to: estimate a first number of scheduling blocks, SBs, required to transmit the stored data based at least in part on a first modulation and coding scheme, MCS, the first MCS corresponding to a first channel performance level; estimate a link quality associated with the first number of SBs; determine a second MCS based at least in part on the estimated link quality, the second MCS corresponding to a second channel performance level; determine whether the second channel performance level is less than the first channel performance level; and select an operating MCS based at least in part on whether the second channel performance level is less than the first channel performance level, the stored data being scheduled for transmission based at least in part on the selected operating MCS. estimate a first number of scheduling blocks, SBs, required to transmit the stored data based at least in part on a first modulation and coding scheme, MCS, the first MCS corresponding to a first channel performance level; estimate a link quality associated with the first number of SBs; determine a second MCS based at least in part on the estimated link quality, the second MCS corresponding to a second channel performance level; determine whether the second channel performance level is less than the first channel performance level; and select an operating MCS based at least in part on whether the second channel performance level is less than the first channel performance level, the stored data being scheduled for transmission based at least in part on the selected operating MCS.
A computing system (100a, 100b, 100c), comprising: a processor; and a memory communicatively coupled to the processor, storing instructions that when executed by the processor, cause the computing system to perform the following operations: receiving a request for protected data from a potentially untrusted requestor associated with a nested trusted execution environment, TrEE, and an attestation statement of a secure kernel, wherein the nested TrEE comprises a trustlet running on top of the secure kernel, wherein the trustlet is associated with a trustlet ID; encrypting a transfer encryption key with a second encryption key derived from the attestation statement; retrieving the protected data; encrypting, with the transfer encryption key, the protected data, and encrypting an authentication tag, wherein the authentication tag binds the requestor with the trustlet ID; and providing the encrypted transfer encryption key, the encrypted protected data, and the encrypted authentication tag to the requestor. a processor; and a memory communicatively coupled to the processor, storing instructions that when executed by the processor, cause the computing system to perform the following operations: receiving a request for protected data from a potentially untrusted requestor associated with a nested trusted execution environment, TrEE, and an attestation statement of a secure kernel, wherein the nested TrEE comprises a trustlet running on top of the secure kernel, wherein the trustlet is associated with a trustlet ID; encrypting a transfer encryption key with a second encryption key derived from the attestation statement; retrieving the protected data; encrypting, with the transfer encryption key, the protected data, and encrypting an authentication tag, wherein the authentication tag binds the requestor with the trustlet ID; and providing the encrypted transfer encryption key, the encrypted protected data, and the encrypted authentication tag to the requestor. receiving a request for protected data from a potentially untrusted requestor associated with a nested trusted execution environment, TrEE, and an attestation statement of a secure kernel, wherein the nested TrEE comprises a trustlet running on top of the secure kernel, wherein the trustlet is associated with a trustlet ID; encrypting a transfer encryption key with a second encryption key derived from the attestation statement; retrieving the protected data; encrypting, with the transfer encryption key, the protected data, and encrypting an authentication tag, wherein the authentication tag binds the requestor with the trustlet ID; and providing the encrypted transfer encryption key, the encrypted protected data, and the encrypted authentication tag to the requestor.
A rotating device for a rotatable lamp with a lighting element, - wherein the rotating device has a first rotating element having a first stop portion, a second rotating element and an intermediate element arranged between the first rotating element and the second rotating element along a common axis of rotation and having a first intermediate stop portion, - wherein the first rotating element, the second rotating element and the intermediate element are arranged rotatably around the axis of rotation, - wherein the first stop portion and the first intermediate stop portion are configured to strike against each other to order to stop a relative rotation of the first rotation element opposite the intermediate element around the axis of rotation, wherein the first intermediate stop portion of the intermediate element extends in radial direction, characterized in that the second rotating element has a second stop portion and the intermediate element has a second intermediate stop portion which extends from the intermediate element in radial direction, wherein the second stop portion and the second intermediate stop portion are configured to strike against each other in order to stop a relative rotation of the second rotation element against the intermediate element around the axis of rotation. - wherein the rotating device has a first rotating element having a first stop portion, a second rotating element and an intermediate element arranged between the first rotating element and the second rotating element along a common axis of rotation and having a first intermediate stop portion, - wherein the first rotating element, the second rotating element and the intermediate element are arranged rotatably around the axis of rotation, - wherein the first stop portion and the first intermediate stop portion are configured to strike against each other to order to stop a relative rotation of the first rotation element opposite the intermediate element around the axis of rotation, wherein
A method of correcting a current measurement of the pressure of a gas stream flowing inside an engine propelling an aircraft, this measurement being delivered during a mission of the aircraft by a sensor in the engine, the correction method comprising: an estimation step of estimating a drift error (ε) affecting the sensor, on the basis of a difference existing between: • a calibration measurement of the pressure of the gas stream delivered by the sensor in the engine; and • a measurement of atmospheric pressure delivered by a sensor of the aircraft, the aircraft sensor presenting measurement accuracy greater than that of the sensor in the engine; the calibration measurement and the atmospheric pressure measurement being performed under conditions in which the sensor in the engine and the aircraft sensor are subjected to the same surrounding atmospheric pressure; and • a subtraction step of subtracting the estimated drift error from the current measurement of the pressure of the gas stream. an estimation step of estimating a drift error (ε) affecting the sensor, on the basis of a difference existing between: • a calibration measurement of the pressure of the gas stream delivered by the sensor in the engine; and • a measurement of atmospheric pressure delivered by a sensor of the aircraft, the aircraft sensor presenting measurement accuracy greater than that of the sensor in the engine; the calibration measurement and the atmospheric pressure measurement being performed under conditions in which the sensor in the engine and the aircraft sensor are subjected to the same surrounding atmospheric pressure; and • a calibration measurement of the pressure of the gas stream delivered by the sensor in the engine; and • a measurement of atmospheric pressure delivered by a sensor of the aircraft, the aircraft sensor presenting measurement accuracy greater than that of the sensor in the engine; • a subtraction step of subtracting the estimated drift error from the current measurement of the pressure of the gas stream.
A bundle with a carrying handle, comprising at least two articles being at least partly wrapped and held together by means of a shrink film, sleeve, or the like outer packaging, wherein the carrying handle is fixed at contact points to outer sides of the outer packaging and/or to shell surfaces of at least two different articles, • with the contact points at least partly coinciding with cut-outs in the outer packaging; • and with the outer packaging being connected adhesively and in a tensile-force-transmitting manner to the carrying handle as well as to the shell surfaces of the at least two different articles at said contact points, which are formed by adhesion points and/or sealing points between shell surfaces of the articles and the carrying handle; • whereby tensile forces occurring at the carrying handle when the bundle is being carried are to the greatest possible extent directed from the carrying handle by way of the contact points onto the shell surfaces of the at least two different articles. • with the contact points at least partly coinciding with cut-outs in the outer packaging; • and with the outer packaging being connected adhesively and in a tensile-force-transmitting manner to the carrying handle as well as to the shell surfaces of the at least two different articles at said contact points, which are formed by adhesion points and/or sealing points between shell surfaces of the articles and the carrying handle; • whereby tensile forces occurring at the carrying handle when the bundle is being carried are to the greatest possible extent directed from the carrying handle by way of the contact points onto the shell surfaces of the at least two different articles.
Device for recovery of the atmosphere containing solvent vapours from at least one ink recovery reservoir of a print machine comprising: - n (n≥ 1) filter(s) (20, 20a) arranged at the outlet from at least one ink reservoir, each filter: - comprising an inlet face, an outlet face and a filter body between these two faces, - comprising means of recovering at least part of a liquid condensed on the surface of the inlet face of the filter, before this liquid has passed through it, - and being: ∗ either upstream from solvent extraction means, an atmosphere output from the reservoir, passing through the inlet face, and then through the filter body and the outlet face before being sent to the solvent extraction means, ∗ or downstream from solvent extraction means, an atmosphere ouput from the solvent extraction means passing through the inlet face, and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively. - n (n≥ 1) filter(s) (20, 20a) arranged at the outlet from at least one ink reservoir, each filter: - comprising an inlet face, an outlet face and a filter body between these two faces, - comprising means of recovering at least part of a liquid condensed on the surface of the inlet face of the filter, before this liquid has passed through it, - and being: ∗ either upstream from solvent extraction means, an atmosphere output from the reservoir, passing through the inlet face, and then through the filter body and the outlet face before being sent to the solvent extraction means, ∗ or downstream from solvent extraction means, an atmosphere ouput from the solvent extraction means passing through the inlet face, and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively. - comprising an inlet face, an outlet face and a filter body between these two faces, - comprising means of recovering at least part of a liquid condensed on the surface of the inlet face of the filter, before this liquid has passed through it, - and being: ∗ either upstream from solvent extraction means, an atmosphere output from the reservoir, passing through the inlet face, and then through the filter body and the outlet face before being sent to the solvent extraction means, ∗ or downstream from solvent extraction means, an atmosphere ouput from the solvent extraction means passing through the inlet face, and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively. ∗ either upstream from solvent extraction means, an atmosphere output from the reservoir, passing through the inlet face, and then through the filter body and the outlet face before being sent to the solvent extraction means, ∗ or downstream from solvent extraction means, an atmosphere ouput from the solvent extraction means passing through the inlet face, and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively.
A device for delivering electroporation, the device comprising: a lead comprising a first electrode, a second electrode, and a third electrode, wherein the electrodes are positioned linearly along a length of the lead and configured for placement in or around a heart of a patient; a memory that is capable of storing computer executable instructions; and a processor that is configured to facilitate execution of the executable instructions stored in memory, wherein the instructions cause the processor to: measure cardiac signals from the first electrode on the lead, wherein the measuring cardiac signals comprises measuring a first electrocardiogram between the first electrode and the second electrode; and generate stimulation delivered to the heart via the first electrode. a lead comprising a first electrode, a second electrode, and a third electrode, wherein the electrodes are positioned linearly along a length of the lead and configured for placement in or around a heart of a patient; a memory that is capable of storing computer executable instructions; and a processor that is configured to facilitate execution of the executable instructions stored in memory, wherein the instructions cause the processor to: measure cardiac signals from the first electrode on the lead, wherein the measuring cardiac signals comprises measuring a first electrocardiogram between the first electrode and the second electrode; and generate stimulation delivered to the heart via the first electrode. measure cardiac signals from the first electrode on the lead, wherein the measuring cardiac signals comprises measuring a first electrocardiogram between the first electrode and the second electrode; and generate stimulation delivered to the heart via the first electrode.