mhurhangee/ep-ind-claims huggingface dataset:
An implantable cardiac system, comprising: means for sensing, at least in-part within a patient, a plurality of composite signals using a plurality of cardiac electrodes; and means for performing a source separation using the sensed plurality of composite signals, the source separation producing one or more cardiac signal vectors associated with all or a portion of one or more cardiac activation sequences; wherein the means for performing the source separation includes means for performing an initial source separation and a subsequent source separation; and means for detecting one or more of an angle change and a trajectory change in a characteristic of the one or more cardiac signal vectors relative to a baseline. means for sensing, at least in-part within a patient, a plurality of composite signals using a plurality of cardiac electrodes; and means for performing a source separation using the sensed plurality of composite signals, the source separation producing one or more cardiac signal vectors associated with all or a portion of one or more cardiac activation sequences; wherein the means for performing the source separation includes means for performing an initial source separation and a subsequent source separation; and means for detecting one or more of an angle change and a trajectory change in a characteristic of the one or more cardiac signal vectors relative to a baseline.
Method for exchanging data between a computer and expansion cards of an equipment item comprising a network interface, the said equipment item being adapted for accommodating a plurality of expansion cards, the said computer and the said network interface being connected by a communication network, the said equipment item comprising an industrial bus to which the said network interface and the said at least one expansion card are connected, the method being characterized in that it comprises the following steps, - assigning to each of the said expansion cards an individual virtual network address in the said communication network; and - configuring the said network interface with the said virtual network addresses by creating aliases to make it possible for said network interface to receive all the messages originating from the communication network destined for said cards and to identify the said network interface in the said communication network as representing each of the said cards, each alias corresponding to the virtual network address associated with one of the said expansion cards of the said equipment, and being an address of IP type of which a first element makes reference to the said equipment and a second element makes reference to the said network interface or to the said expansion card. - assigning to each of the said expansion cards an individual virtual network address in the said communication network; and - configuring the said network interface with the said virtual network addresses by creating aliases to make it possible for said network interface to receive all the messages originating from the communication network destined for said cards and to identify the said network interface in the said communication network as representing each of the said cards, each alias corresponding to the virtual network address associated with one of the said expansion cards of the said equipment, and being an address of IP type of which a first element makes reference to the said equipment and a second element makes reference to the said network interface or to the said expansion card.
A mobile telecommunications network including a network core and a radio access network having radio means for wireless communication with terminals registered with the network, wherein the radio access network further includes control means operable to control the use of network resources by said terminals and to process control plane signalling messages, wherein the control means includes policy application means operable to receive policy and/or routing information from the network core and to provide instructions to the radio means to act in accordance with the policy and/or routing information, characterised in that: the radio means includes enforcement means for enforcing the instructions such that the enforcement means controls whether terminal uplink user plane traffic and control plane signalling messages are either: (a) diverted from the radio means to the control means; (b) passed from the radio means to the network core; or (c) duplicated and provided to both the control means and the network core. (a) diverted from the radio means to the control means; (b) passed from the radio means to the network core; or (c) duplicated and provided to both the control means and the network core.
A modified mineral-based filler comprising at least one alkaline earth metal carbonate-comprising material being ground calcium carbonate and/or dolomite, and at least one water insoluble copper salt, which covers at least partially the surface of the at least one alkaline earth metal carbonate-comprising material, wherein the at least one water insoluble copper salt comprises the copper mineral malachite in an amount of at least 10 wt.-%, based on the total weight of the at least one water insoluble copper salt.
A cutting tool comprising: a first lever having a first end and a second end, wherein the first lever defines a first handle portion towards the first end of the first lever; a second lever having a first end and a second end, wherein the second lever defines a second handle portion towards the first end of the second lever, and wherein the second lever is pivotally coupled to the first lever at a pivot point; a first cutting edge defined by the first lever between the pivot point and the second end of the first lever; a support surface defined by the second lever between the pivot point and the second end of the second lever such that the first cutting edge and the support surface are adapted to perform a first cutting action therebetween; an element rotatably coupled with one or more of the first lever and the second lever such that the element removably rests on the support surface of the second lever; and characterized in that: the first cutting edge and the element are adapted to perform a second cutting action therebetween when the element rests on the support surface of the second lever; and wherein the second cutting action is a cutting action similar to one performed by the bypass secateurs, where one cutting blade bypasses the adjacent part on the other lever during the cutting action. a first lever having a first end and a second end, wherein the first lever defines a first handle portion towards the first end of the first lever; a second lever having a first end and a second end, wherein the second lever defines a second handle portion towards the first end of the second lever, and wherein the second lever is pivotally coupled to the first lever at a pivot point; a first cutting edge defined by the first lever between the pivot point and the second end of the first lever; a support surface defined by the second lever between the pivot point and the second end of the second lever such that the first cutting edge and the support surface are adapted to perform a first cutting action therebetween; an element rotatably coupled with one or more of the first lever and the second lever such that the element removably rests on the support surface of the second lever; and characterized in that: the first cutting edge and the element are adapted to perform a second cutting action therebetween when the element rests on the support surface of the second lever; and wherein the second cutting action is a cutting action similar to one performed by the bypass secateurs, where one cutting blade bypasses the adjacent part on the other lever during the cutting action. the first cutting edge and the element are adapted to perform a second cutting action therebetween when the element rests on the support surface of the second lever; and wherein the second cutting action is a cutting action similar to one performed by the bypass secateurs, where one cutting blade bypasses the adjacent part on the other lever during the cutting action.
A compound of the formula: wherein: A is: G is N; Y is N or C(CH 3); X is CH or C(CH 3); Z is CH, C(CH 3) or N; R 2 is H or CH 3; Q is N or CH; L is N or CH; T is N, CH or C-CN; and R 3 is bromo, -CHCH 2, -C≡CH, -CFCH 2, -C(CF 3)CH 2, -C(CH 3)CH 2 or -C≡C(CH 3); or a pharmaceutically acceptable salt thereof; provided the compound is not a compound of the formula: A is: G is N; Y is N or C(CH 3); X is CH or C(CH 3); Z is CH, C(CH 3) or N; R 2 is H or CH 3; Q is N or CH; L is N or CH; T is N, CH or C-CN; and R 3 is bromo, -CHCH 2, -C≡CH, -CFCH 2, -C(CF 3)CH 2, -C(CH 3)CH 2 or -C≡C(CH 3); or a pharmaceutically acceptable salt thereof; provided the compound is not a compound of the formula:
A method for enhanced single sign-on for mobile applications, the method performed by a client device, comprising a first mobile application and a second mobile application, and comprising: requesting, by the first mobile application (330, 402), an authorization server (300, 408) to return a connector code; receiving, by the first mobile application (330, 402), the connector code and at least one token from a remote server connected to the authorization server; storing, by the first mobile application (330, 402), the at least one token and the connector code in a shared security mechanism; searching, by the second mobile application (335, 404) other than the first mobile application (330, 402), in the shared security mechanism for the at least one token and the connector code; obtaining, by the second mobile application (335, 404) and from the authorization server (300, 408), a second token for the second mobile application (335, 404) using a profile of a token exchange between the second mobile application and the authorization server that is based at least in part on the at least one token and the connector code. requesting, by the first mobile application (330, 402), an authorization server (300, 408) to return a connector code; receiving, by the first mobile application (330, 402), the connector code and at least one token from a remote server connected to the authorization server; storing, by the first mobile application (330, 402), the at least one token and the connector code in a shared security mechanism; searching, by the second mobile application (335, 404) other than the first mobile application (330, 402), in the shared security mechanism for the at least one token and the connector code; obtaining, by the second mobile application (335, 404) and from the authorization server (300, 408), a second token for the second mobile application (335, 404) using a profile of a token exchange between the second mobile application and the authorization server that is based at least in part on the at least one token and the connector code.
A method for secure selective token-based access control comprising: receiving, at data processing hardware of a computing platform, a data access request from over a computer communications network; extracting, by the data processing hardware, a token from the request; selecting, by the data processing hardware, a decryption key for use in decrypting the token and attempting decryption of the token using the decryption key; on condition that the decryption key successfully decrypts the token into decrypted data, reading, by the data processing hardware, a creation date of the token in the decrypted data and applying a rule to the creation date, the rule determining whether or not to expire the token, wherein the rule is specific to a portion of an application targeted by the request and stored in a table; and, responsive to a determination by the application of the rule to expire the token based upon the creation date of the token, expiring, by the data processing hardware, the token from subsequent use in authorizing servicing of the data access request, but otherwise authorizing servicing of the data access request. receiving, at data processing hardware of a computing platform, a data access request from over a computer communications network; extracting, by the data processing hardware, a token from the request; selecting, by the data processing hardware, a decryption key for use in decrypting the token and attempting decryption of the token using the decryption key; on condition that the decryption key successfully decrypts the token into decrypted data, reading, by the data processing hardware, a creation date of the token in the decrypted data and applying a rule to the creation date, the rule determining whether or not to expire the token, wherein the rule is specific to a portion of an application targeted by the request and stored in a table; and, responsive to a determination by the application of the rule to expire the token based upon the creation date of the token, expiring, by the data processing hardware, the token from subsequent use in authorizing servicing of the data access request, but otherwise authorizing servicing of the data access request.
A lithium secondary battery, comprising a positive electrode comprising a positive active material of Chemical Formula 1, a plate-like conductive material, and a spherical conductive material, wherein the spherical conductive material is carbon black, ketjen black, acetylene black, denka black, or a combination thereof, a mixing ratio of the plate-like conductive material and the spherical conductive material is a weight ratio of 1: 1 to 1: 3, an amount of the plate-like conductive material is 0.5 wt% to 3 wt% based on a total weight of the positive active material, the plate-like conductive material, and the spherical conductive material, and an amount of the spherical conductive material is 1.5 wt% to 3 wt% based on a total weight of the positive active material, the plate-like conductive material, and the spherical conductive material; a negative electrode including a negative active material; and an electrolyte, wherein the positive electrode has a W value defined by Equation 1 of 0.9 to 2: [Chemical Formula 1] Li a Ni x Co y Me z O 2 wherein, in Chemical Formula 1, 0.9 ≤ a ≤ 1.1, 0.5 ≤ x ≤ 0.90, 0.05 ≤ y ≤ 0.5, 0.01 ≤ z ≤ 0.5, x + y + z =1, and Me is Al, W = Raman spectrum peak intensity ratio I A 1 g / I Eg of a peak intensity I A 1 g of A 1 g peak 500 cm − 1 to 600 cm − 1 relative to a peak intensity I Eg of E g peak 400 cm − 1 to 470 cm − 1, wherein the peak intensity ratio is an integral height ratio of peaks and wherein the peak intensity ratio is a measurement value after charging and discharging a lithium secondary battery, the charging and discharging is performed by charging and discharging once to three times at 0.1 C to 3 C. a positive electrode comprising a positive active material of Chemical Formula 1, a plate-like conductive material, and a spherical conductive material, wherein the spherical conductive material is carbon black, ketjen black, acetylene black, denka black, or a combination thereof, a mixing ratio of the plate-like conductive material and the spherical conductive material is a weight ratio of 1: 1 to 1: 3, an amount of the plate-like conductive material is 0.5 wt% to 3 wt% based on a total weight of the positive active material, the plate-like conductive material, and the spherical conductive material, and an amount of the spherical conductive material is 1.5 wt% to 3 wt% based on a total weight of the positive active material, the plate-like conductive material, and the spherical conductive material; a negative electrode including a negative active material; and an electrolyte, wherein the positive electrode has a W value defined by Equation 1 of 0.9 to 2: [Chemical Formula 1] Li a Ni x Co y Me z O 2 wherein, in Chemical Formula 1, 0.9 ≤ a ≤ 1.1, 0.5 ≤ x ≤ 0.90, 0.05 ≤ y ≤ 0.5, 0.01 ≤ z ≤ 0.5, x + y + z =1, and Me is Al, W = Raman spectrum peak intensity ratio I A 1 g / I Eg of a peak intensity I A 1 g of A 1 g peak 500 cm − 1 to 600 cm − 1 relative to a peak intensity I Eg of E g peak 400 cm − 1 to 470 cm − 1,
An aircraft environmental control system, comprising: an air cycle machine having a bleed air inlet and a conditioned air outlet, the air cycle machine adapted to selectively receive a flow of bleed air at the bleed air inlet and configured, upon receipt thereof, to discharge conditioned air from the conditioned air outlet, the conditioned air having a temperature lower than the bleed air; an inlet flow control valve coupled to the bleed air inlet and adapted to receive bleed air discharged from a gas turbine engine, the inlet flow control valve coupled to receive valve commands and configured, in response to the valve commands, to move between a closed position and a plurality of open positions; an exhaust gas temperature sensor configured to sense the exhaust gas temperature of the gas turbine engine and supply an exhaust gas temperature signal representative thereof; a conditioned air temperature sensor configured to sense the temperature of the conditioned air and supply a conditioned air temperature signal representative thereof; and characterized by: a controller coupled to receive the exhaust gas temperature signal and the conditioned air temperature signal and configured, in response thereto, to supply valve commands to the inlet flow control valve to thereby control the flow of bleed air into the bleed air inlet an air cycle machine having a bleed air inlet and a conditioned air outlet, the air cycle machine adapted to selectively receive a flow of bleed air at the bleed air inlet and configured, upon receipt thereof, to discharge conditioned air from the conditioned air outlet, the conditioned air having a temperature lower than the bleed air; an inlet flow control valve coupled to the bleed air inlet and adapted to receive bleed air discharged from a gas turbine engine, the inlet flow control valve coupled to receive valve commands and configured, in response to the valve commands, to move between a closed position and a plurality of open positions; an exhaust gas temperature sensor configured to sense the exhaust gas temperature of the gas turbine engine and supply an exhaust gas temperature signal representative thereof; a conditioned air temperature sensor configured to sense the temperature of the conditioned air and supply a conditioned air temperature signal representative thereof; and characterized by: a controller coupled to receive the exhaust gas temperature signal and the conditioned air temperature signal and configured, in response thereto, to supply valve commands to the inlet flow control valve to thereby control the flow of bleed air into the bleed air inlet a controller coupled to receive the exhaust gas temperature signal and the conditioned air temperature signal and configured, in response thereto, to supply valve commands to the inlet flow control valve to thereby control the flow of bleed air into the bleed air inlet
A radar method for detecting the level of a liquid, which liquid is a carbamate solution formed in urea synthesis in a urea synthesis reactor wherein a supercritical fluid is present above said liquid, the method comprising - transmitting electromagnetic waves into the direction of said liquid carbamate solution, through a tube provided in said urea synthesis reactor, wherein the tube is made of anticorrosive material, wherein the tube extends to a bottom end placed within said reactor above a desired minimum level of the liquid, and wherein the end part (4, 9) is defined by a reflective surface, the tube further comprising at least one hole for venting gas, and at least one hole (5, 6, 7, 10) for allowing liquid to enter, - and receiving reflection encountered by the transmitted waves. - transmitting electromagnetic waves into the direction of said liquid carbamate solution, through a tube provided in said urea synthesis reactor, wherein the tube is made of anticorrosive material, wherein the tube extends to a bottom end placed within said reactor above a desired minimum level of the liquid, and wherein the end part (4, 9) is defined by a reflective surface, the tube further comprising at least one hole for venting gas, and at least one hole (5, 6, 7, 10) for allowing liquid to enter, - and receiving reflection encountered by the transmitted waves.
A composition which is suitable as a reducing agent composition for a conductive metal paste, and which comprises (i) at least one compound selected from a hydroxyquinoline compound, an aromatic amino alcohol compound, an aromatic amine compound, an anthraquinone compound, an indole compound and an indane compound, and (ii) an organic aluminum compound. (i) at least one compound selected from a hydroxyquinoline compound, an aromatic amino alcohol compound, an aromatic amine compound, an anthraquinone compound, an indole compound and an indane compound, and (ii) an organic aluminum compound.
A reconfigurable antenna device comprising a plurality of antennas disposed about a periphery of a substantially rectangular shape having top, bottom, left and right sides, the antennas comprising: i) a first balanced antenna having first and second radiating arms (3, 3') each having a proximal portion (4, 4') and a distal portion (6, 6'), the proximal portions (4, 4') extending along the top side in respectively opposed directions from a substantially central feed point, and the distal portions (6, 6') extending part way down the left and right sides; ii) a first unbalanced antenna extending along the top side and located generally between the distal portions (6, 6') and adjacent to the proximal portions (4, 4') of the first and second radiating arms (3, 3'); iii) a second balanced antenna having a first radiating arm extending up the left side from a feed point in a bottom left corner of the periphery and a second radiating arm extending along the bottom side from the feed point in the bottom left corner of the periphery; and iv) a third balanced antenna having a first radiating arm extending up the right side from a feed point in a bottom right corner of the periphery and a second radiating arm extending along the bottom side from the feed point in the bottom right corner of the periphery. i) a first balanced antenna having first and second radiating arms (3, 3') each having a proximal portion (4, 4') and a distal portion (6, 6'), the proximal portions (4, 4') extending along the top side in respectively opposed directions from a substantially central feed point, and the distal portions (6, 6') extending part way down the left and right sides; ii) a first unbalanced antenna extending along the top side and located generally between the distal portions (6, 6') and adjacent to the proximal portions (4, 4') of the first and second radiating arms (3, 3'); iii) a second balanced antenna having a first radiating arm extending up the left side from a feed point in a bottom left corner of the periphery and a second radiating arm extending along the bottom side from the feed point in the bottom left corner of the periphery; and iv) a third balanced antenna having a first radiating arm extending up the right side from a feed point in a bottom right corner of the periphery and a second radiating arm extending along the bottom side from the feed point in the bottom right corner of the periphery.