mhurhangee/ep-ind-claims huggingface dataset:
A microwave ablation system, comprising: a microwave energy source; a microwave ablation catheter including a coaxial cable having a proximal end portion, a distal end portion, and inner and outer conductors having a dielectric disposed therebetween, the coaxial cable adapted to be connected at its proximal end portion to the microwave energy source, the coaxial cable including a distal radiating section disposed at its distal end portion, the inner conductor extending distally past the outer conductor in sealed engagement with the distal radiating section, the outer conductor having a braided configuration and configured to facilitate movement of the microwave ablation catheter through a branched luminal network of a patient; and a plurality of acoustic sensors configured to be positioned in airways proximate target tissue; the system being configured to measure a tissue property based on data received from the plurality of acoustic sensors. a microwave energy source; a microwave ablation catheter including a coaxial cable having a proximal end portion, a distal end portion, and inner and outer conductors having a dielectric disposed therebetween, the coaxial cable adapted to be connected at its proximal end portion to the microwave energy source, the coaxial cable including a distal radiating section disposed at its distal end portion, the inner conductor extending distally past the outer conductor in sealed engagement with the distal radiating section, the outer conductor having a braided configuration and configured to facilitate movement of the microwave ablation catheter through a branched luminal network of a patient; and a plurality of acoustic sensors configured to be positioned in airways proximate target tissue; the system being configured to measure a tissue property based on data received from the plurality of acoustic sensors.
A system comprising one or more memory units and a circuit comprising a cipher block, said cipher block accessing the one or more memory units, wherein: - said cipher block is configured to handle data tables; - said memory units are configured to store said data tables; - said memory units are read-write memory units; - said data tables are obtained from a modified mask; - said modified mask being determined from an initial mask and a random value, the random value selecting one or more modifications applied to the initial mask amongst a plurality of predefined modifications including permutation operations, wherein the initial mask is a mathematically optimal mask in that it is a codeword of a self-dual code of constant hamming weight. - said cipher block is configured to handle data tables; - said memory units are configured to store said data tables; - said memory units are read-write memory units; - said data tables are obtained from a modified mask; - said modified mask being determined from an initial mask and a random value, the random value selecting one or more modifications applied to the initial mask amongst a plurality of predefined modifications including permutation operations, wherein the initial mask is a mathematically optimal mask in that it is a codeword of a self-dual code of constant hamming weight.
Method for synthesis of a compound of formula Li x M 1-y M' y (XO 4) n, in which x, y and n are chosen, such that 0≤x≤2, 0≤y≤0.6 and 1≤n≤1.5; M is a transition metal or a mixture of transition metals of the first row of the periodic table; M' is an element with defined valence chosen from Mg 2+, Ca 2+, Al 3+, Zn 2+ or a combination of these elements, and X is chosen from S, P and Si, by putting into equilibrium in the required proportions of a mixture comprising at least: a) a source for M, whereof a part of at least the transition metal(s), which comprise M, are in an oxidation state higher than the one of the metal in the final compound Li x M 1-y M' y (XO 4) n b) a source of an element M'; c) a compound source of lithium; and d) a compound source of X, the sources of the elements M, M', Li and X can be partly of fully introduced in form of compounds comprising more than one source element, and the synthesis is performed by reaction and putting into equilibrium the intimate and/or homogeneous mixture in the required proportions of the precursors a) to d), and by reduction in a manner to bring the transition metal(s) to a degree of valence, which is wanted. a) a source for M, whereof a part of at least the transition metal(s), which comprise M, are in an oxidation state higher than the one of the metal in the final compound Li x M 1-y M' y (XO 4) n b) a source of an element M'; c) a compound source of lithium; and d) a compound source of X,
A method for performing a sidelink, SL, communication, the method comprising: determining or receiving a configuration, for a communication zone of a set of communication zones the configuration being indicative of at least one resource configuration or at least one signaling configuration for a communication of data; characterized by at a transmitter, TX, user equipment, UE, generating SL control information, SCI, that indicates the transmitter, TX, UE location based on the configuration of the communication zone of the set of communication zones; and communicating the SCI indicating the TX location; to a receiver, RX, UE; wherein a radio resource control, RRC, information element, IE, is configured in a sidelink vehicle-to-everything, V2X, SL-V2X-physical sidelink control channel, PSCCH, configuration IE that indicates a number of communication zones of the set of communication zones and an SCI field indicating a TX location for each communication zone of the set of communication zones; and wherein the TX location is indicated with a configurable area granularity. determining or receiving a configuration, for a communication zone of a set of communication zones the configuration being indicative of at least one resource configuration or at least one signaling configuration for a communication of data; characterized by at a transmitter, TX, user equipment, UE, generating SL control information, SCI, that indicates the transmitter, TX, UE location based on the configuration of the communication zone of the set of communication zones; and communicating the SCI indicating the TX location; to a receiver, RX, UE; wherein a radio resource control, RRC, information element, IE, is configured in a sidelink vehicle-to-everything, V2X, SL-V2X-physical sidelink control channel, PSCCH, configuration IE that indicates a number of communication zones of the set of communication zones and an SCI field indicating a TX location for each communication zone of the set of communication zones; and wherein the TX location is indicated with a configurable area granularity.
A process comprising: forming fin-shaped N- and P-type diffusions (222, 224) in a static random-access memory layout of a semiconductive substrate; forming pass-, pull-up, and pull-down regions (242, 244, 246) over the fin-shaped diffusions; enhancing at least one of source and drain sections for the pass regions and source and drain sections for the pull-down regions; characterized in that the enhancing at least one of source and drain sections for the pass regions and source and drain sections for the pull-down regions is by: achieving differentiated epitaxial volumetric amounts between the source and drain sections for the pass regions and source and drain sections for the pull-down regions, and/or achieving differentiated epitaxial dopant amounts between the source and drain sections for the pass regions and source and drain sections for the pull-down regions. forming fin-shaped N- and P-type diffusions (222, 224) in a static random-access memory layout of a semiconductive substrate; forming pass-, pull-up, and pull-down regions (242, 244, 246) over the fin-shaped diffusions; enhancing at least one of source and drain sections for the pass regions and source and drain sections for the pull-down regions; characterized in that the enhancing at least one of source and drain sections for the pass regions and source and drain sections for the pull-down regions is by: achieving differentiated epitaxial volumetric amounts between the source and drain sections for the pass regions and source and drain sections for the pull-down regions, and/or achieving differentiated epitaxial dopant amounts between the source and drain sections for the pass regions and source and drain sections for the pull-down regions. achieving differentiated epitaxial volumetric amounts between the source and drain sections for the pass regions and source and drain sections for the pull-down regions, and/or achieving differentiated epitaxial dopant amounts between the source and drain sections for the pass regions and source and drain sections for the pull-down regions.
A dialysis system, comprising: a fluid cassette (102, 1104, 1204) carrying a plurality of valves (200, 1102); a valve actuation system, comprising: a drive unit (130, 129, 125, 1106) comprising an actuator configured to engage and move the plurality of valves disposed within the fluid cassette to selectively open and close each valve of the plurality of valves, and a positioning frame disposed adjacent the fluid cassette and along which the drive unit can be moved in three dimensions to align the actuator with a selected valve of the plurality of valves; and a control unit (161, 1170) configured to control movements of the valve actuation system. a fluid cassette (102, 1104, 1204) carrying a plurality of valves (200, 1102); a valve actuation system, comprising: a drive unit (130, 129, 125, 1106) comprising an actuator configured to engage and move the plurality of valves disposed within the fluid cassette to selectively open and close each valve of the plurality of valves, and a positioning frame disposed adjacent the fluid cassette and along which the drive unit can be moved in three dimensions to align the actuator with a selected valve of the plurality of valves; and a drive unit (130, 129, 125, 1106) comprising an actuator configured to engage and move the plurality of valves disposed within the fluid cassette to selectively open and close each valve of the plurality of valves, and a positioning frame disposed adjacent the fluid cassette and along which the drive unit can be moved in three dimensions to align the actuator with a selected valve of the plurality of valves; and a control unit (161, 1170) configured to control movements of the valve actuation system.
An apparatus comprising: a device including an optical waveguide with a proximal input end for receiving electromagnetic treatment energy and a distal output end for emitting electromagnetic treatment energy; the device having an eyeball engagement surface with a concave contour, and an oppositely facing eyelid engagement surface with a convex contour, with the distal output end of the waveguide located at the eyelid engagement surface. a device including an optical waveguide with a proximal input end for receiving electromagnetic treatment energy and a distal output end for emitting electromagnetic treatment energy; the device having an eyeball engagement surface with a concave contour, and an oppositely facing eyelid engagement surface with a convex contour, with the distal output end of the waveguide located at the eyelid engagement surface.
Stem or progenitor cells for use in stem or progenitor cell homing to an ischemic tissue or a tissue damaged by ischemia in a subject, wherein the stem or progenitor cells have been treated ex vivo under conditions sufficient to increase CXCR4 gene expression by at least 2-fold as compared to non-treated stem or progenitor cells, wherein said conditions comprise treatment with a prostaglandin pathway agonist and a glucocorticoid for a period of less than 24 hours and at a temperature of about 22°C to about 37°C to produce treated stem or progenitor cells.
A semiconductor memory storage device, comprising: an array of non-volatile memory, NVM, bit cells, wherein the array of NVM bit cells is partitioned in one or more blocks (20, 22, 24, 26); a memory controller coupled to the array of NVM bit cells; an error correction code, ECC, unit coupled to the array of NVM bit cells and the memory controller, characterised in that the memory controller is configured during an erase operation on one block of the one or more blocks (20, 22, 24, 26), when a first verify operation detects only one of the NVM bit cells of the one block fails to erase verify at a normal erase verify voltage level (58-Y), when a second verify operation detects only one of the NVM bit cells of the one block fails to erase verify at a relaxed erase verify voltage level (72-Y), wherein the relaxed erase verify voltage level is higher than the normal erase verify voltage level, to consider the erase operation to be successful if the ECC unit did not previously perform a correction on the one block (74-N). an array of non-volatile memory, NVM, bit cells, wherein the array of NVM bit cells is partitioned in one or more blocks (20, 22, 24, 26); a memory controller coupled to the array of NVM bit cells; an error correction code, ECC, unit coupled to the array of NVM bit cells and the memory controller, characterised in that the memory controller is configured during an erase operation on one block of the one or more blocks (20, 22, 24, 26), when a first verify operation detects only one of the NVM bit cells of the one block fails to erase verify at a normal erase verify voltage level (58-Y), when a second verify operation detects only one of the NVM bit cells of the one block fails to erase verify at a relaxed erase verify voltage level (72-Y), wherein the relaxed erase verify voltage level is higher than the normal erase verify voltage level, to consider the erase operation to be successful if the ECC unit did not previously perform a correction on the one block (74-N). when a first verify operation detects only one of the NVM bit cells of the one block fails to erase verify at a normal erase verify voltage level (58-Y), when a second verify operation detects only one of the NVM bit cells of the one block fails to erase verify at a relaxed erase verify voltage level (72-Y), wherein the relaxed erase verify voltage level is higher than the normal erase verify voltage level, to consider the erase operation to be successful if the ECC unit did not previously perform a correction on the one block (74-N).
An information transmission method, performed by a terminal device (130, 140, 800, 900) or a chip of a terminal device (130, 140, 800, 900), comprising: receiving downlink control information, DCI, with cyclic redundancy code, CRC, scrambled by a radio network temporary identifier, RNTI, wherein the RNTI corresponds to a time domain resource set, the time domain resource set comprising a first time domain resource represented by a start symbol and duration, and the DCI comprises second information indicating an index of the first time domain resource in the time domain resource set; determining the time domain resource set based on the RNTI; determining the first time domain resource based on the time domain resource set and the second information; and performing information transmission on the first time domain resource and through a physical channel, wherein the time domain resource set belongs to a plurality of time domain resource sets comprising a first time domain resource set and a second time domain resource set, a first RNTI corresponds to the first time domain resource set, and a second RNTI corresponds to the second time domain resource set, the second RNTI is different from the first RNTI. receiving downlink control information, DCI, with cyclic redundancy code, CRC, scrambled by a radio network temporary identifier, RNTI, wherein the RNTI corresponds to a time domain resource set, the time domain resource set comprising a first time domain resource represented by a start symbol and duration, and the DCI comprises second information indicating an index of the first time domain resource in the time domain resource set; determining the time domain resource set based on the RNTI; determining the first time domain resource based on the time domain resource set and the second information; and performing information transmission on the first time domain resource and through a physical channel, wherein the time domain resource set belongs to a plurality of time domain resource sets comprising a first time domain resource set and a second time domain resource set, a first RNTI corresponds to the first time domain resource set, and a second RNTI corresponds to the second time domain resource set, the second RNTI is different from the first RNTI.
A method of fabricating a container comprising a glass wall defining a reception cavity for a cosmetic, for example a body fragrance, said glass wall presenting an inside face situated facing said reception cavity, said method being characterized in that it comprises a step of covering at least a fraction of said inside face in a vitreous material prepared using a sol-gel process so that said vitreous material covers said fraction of the inside face at a mass per unit area that does not exceed 70 g/m 2, the covering step including an operation of depositing a layer of a sol on said fraction of said inside face, said deposition operation comprising spraying said sol onto said fraction of the inside face, said spraying being performed using a spray nozzle that is inserted into the reception cavity of the container, with the container and the nozzle being caused to move relative to each other in rotation and in translation.
A composition comprising a first component selected from the group consisting of chitosan, chitin, derivatives of chitosan, derivatives of chitin, and any combination thereof, the chitosan derivate or chitin derivate being a compound derived from chitosan or chitin following one or more chemical reactions or modifications; at least one triprotic acid and at least one solubilising acid, wherein the triprotic acid is present in an amount of at least 10% of the first component, and wherein the solubilising acid is a monoprotic acid.
A method of measurement of agrotechnical spraying, in which parts of a plant covered with chemical substances, in particular agrochemicals, are analyzed by comparison with reference spectra from a database, characterized in that, UV radiation is used in excitation bands 280 nm, 300 nm, 340 nm, 400 nm and 450 nm, exposed cyclically in turn for about 10 milliseconds to perform at least 20 measurements of the spectra of excited luminescence of a sprayed plant sample, after which a plant and chemical substance are identified by comparing the obtained spectra with the reference spectra contained in a computer database, and through the analysis of the amplitude of the signals of the chemical substance, its amount on the tested plant sample is determined.
A humidifier, comprising: a spray unit configured to electrically charge water containing foreign substances and to spray the electrically-charged water in the form of droplets; a duct in which the electrically-charged droplets are arranged to be evaporated to generate water vapour; characterised in that the humidifier comprises: a dust collection unit, wherein the duct is configured to guide the water vapour and the foreign substances remaining after evaporation to the dust collection unit; and the dust collection unit is configured to collect the droplets that are not evaporated from the duct, as well as the foreign substances using an electric field and to eject the water vapour to humidify the air outside the humidifier. a spray unit configured to electrically charge water containing foreign substances and to spray the electrically-charged water in the form of droplets; a duct in which the electrically-charged droplets are arranged to be evaporated to generate water vapour; characterised in that the humidifier comprises: a dust collection unit, wherein the duct is configured to guide the water vapour and the foreign substances remaining after evaporation to the dust collection unit; and the dust collection unit is configured to collect the droplets that are not evaporated from the duct, as well as the foreign substances using an electric field and to eject the water vapour to humidify the air outside the humidifier. a dust collection unit, wherein the duct is configured to guide the water vapour and the foreign substances remaining after evaporation to the dust collection unit; and the dust collection unit is configured to collect the droplets that are not evaporated from the duct, as well as the foreign substances using an electric field and to eject the water vapour to humidify the air outside the humidifier.
A composition comprising a first ethylene-based polymer, formed by a high pressure, free-radical polymerization process comprising at least one autoclave reactor, and a second ethylene-based polymer, formed by a high pressure, free-radical polymerization process comprising at least one autoclave reactor, such composition comprising the following properties: A) a melt index from 2.5 to 10 g/10 min; B) a density from 0.920 to 0.935 g/cc; and wherein the second polymer is present in an amount from 5 to 95 weight percent, based on the sum of the weight of the first polymer and the second polymer; and wherein the density of the of the second polymer is greater than the density of the first polymer, and wherein the first polymer has a melt index 12 greater than 2.5 g/10 min. A) a melt index from 2.5 to 10 g/10 min; B) a density from 0.920 to 0.935 g/cc; and
Method for disclosing at least one cryptographic key which is used to encrypt at least one communication connection between a first communication subscriber and a second communication subscriber, wherein - at least one of the communication subscribers (101, 103) is registered as a publishing unit (P1, P2) with a publish/subscribe server and at least one monitoring device (130, 131) is registered as a subscribing unit, and when subsequently negotiating a cryptographic key by means of the publishing unit (P1, P2) when setting up a communication connection between the first and second communication subscribers (101, 103) automatically - the negotiated cryptographic key is made available to the publish/subscribe server by the publishing unit, - the negotiated cryptographic key is transmitted from the publish/subscribe server to the at least one subscribing unit, and - the encrypted communication connection is decrypted by the subscribing unit using the cryptographic key. - at least one of the communication subscribers (101, 103) is registered as a publishing unit (P1, P2) with a publish/subscribe server and at least one monitoring device (130, 131) is registered as a subscribing unit, and when subsequently negotiating a cryptographic key by means of the publishing unit (P1, P2) when setting up a communication connection between the first and second communication subscribers (101, 103) automatically - the negotiated cryptographic key is made available to the publish/subscribe server by the publishing unit, - the negotiated cryptographic key is transmitted from the publish/subscribe server to the at least one subscribing unit, and - the encrypted communication connection is decrypted by the subscribing unit using the cryptographic key.