mhurhangee/ep-ind-claims huggingface dataset:
An electrophysiology system, comprising: a catheter including: a flexible catheter body having a distal portion; and a plurality of electrodes disposed on the distal portion; characterised by a signal generator configured to generate an electrical signal by driving one or more currents between a first set of the plurality of electrodes, wherein a second set of the plurality of electrodes is configured to obtain an impedance measurement based on the electrical signal; and a mapping processor configured to: receive the impedance measurement from the second set of electrodes; determine at least one impedance metric; and determine, based on the at least one impedance metric, a likelihood of an occurrence of a steam pop. a catheter including: a flexible catheter body having a distal portion; and a plurality of electrodes disposed on the distal portion; characterised by a flexible catheter body having a distal portion; and a plurality of electrodes disposed on the distal portion; characterised by a signal generator configured to generate an electrical signal by driving one or more currents between a first set of the plurality of electrodes, wherein a second set of the plurality of electrodes is configured to obtain an impedance measurement based on the electrical signal; and a mapping processor configured to: receive the impedance measurement from the second set of electrodes; determine at least one impedance metric; and determine, based on the at least one impedance metric, a likelihood of an occurrence of a steam pop. receive the impedance measurement from the second set of electrodes; determine at least one impedance metric; and determine, based on the at least one impedance metric, a likelihood of an occurrence of a steam pop.
A fluid ejection device, comprising: - a first semiconductor body including: an actuator operatively coupled to a chamber for containing said fluid and configured to cause ejection of said fluid during an operating condition of the ejection device; and a channel for inlet of said fluid, which extends in a first direction and has a section having a first dimension (A 1); and - a second semiconductor body, coupled to the first semiconductor body, having an ejection nozzle that is in fluidic connection with said chamber and is configured to expel an amount of said fluid towards an environment external to the ejection device, characterized in that the second semiconductor body further comprises a first restriction channel, fluidically coupled to the inlet channel, which extends in a second direction orthogonal to the first direction and has a respective section having a second dimension (A 3) smaller than the first dimension (A 1), said restriction channel forming, for said fluid, a fluidic path that couples the inlet channel with the chamber. - a first semiconductor body including: an actuator operatively coupled to a chamber for containing said fluid and configured to cause ejection of said fluid during an operating condition of the ejection device; and a channel for inlet of said fluid, which extends in a first direction and has a section having a first dimension (A 1); and - a second semiconductor body, coupled to the first semiconductor body, having an ejection nozzle that is in fluidic connection with said chamber and is configured to expel an amount of said fluid towards an environment external to the ejection device,
A method in a terminal device (102, 512), the method comprising: receiving a content item and first repair data over a content delivery network via a first network connection; determining that the first repair data is not sufficient to correct an error in the content item; and receiving, by error correction circuitry, in response to the determination that the first repair data is not sufficient to correct an error in the content item, second repair data via a second network connection from a remote terminal device (102, 514) having received the content item over the content delivery network, wherein the first and second repair data are configured to enable error correction of the content item, and wherein said determining comprises estimating that the first repair data is not sufficient to correct an error in the content item based at least in part on one or more of the following: current context information, estimated context information, wherein - the current context information comprises one or more of the following: a current position of the terminal device, a current direction of motion of the terminal device, a current rate of motion of the terminal device, - the estimated context information comprises one or more of the following: an estimated future position of the terminal device, an estimated rate of motion of the terminal device. receiving a content item and first repair data over a content delivery network via a first network connection; determining that the first repair data is not sufficient to correct an error in the content item; and receiving, by error correction circuitry, in response to the determination that the first repair data is not sufficient to correct an error in the content item, second repair data via a second network connection from a remote terminal device (102, 514) having received the content item over the content delivery network, wherein the first and second repair data are configured to enable error correction of the content item, and wherein said determining comprises estimating that the first repair data is not sufficient to correct an error in the content item based at least in part on one or more of the following: current context information, estimated context information, wherein - the current context information comprises one or more of the following: a current position of the terminal device, a current direction of motion of the terminal device, a current rate of motion of the terminal device, - the estimated context information comprises one or more of the following: an estimated future position of the terminal device, an estimated rate of motion of the terminal device. - the current context information comprises one or more of the following: a current position of the terminal device, a current direction of motion of the terminal device, a current rate of motion of the terminal device, - the estimated context information comprises one or more of the following: an estimated future position of the terminal device, an estimated rate of motion of the terminal device.
A dendrimer complex, for use in a method of treatment of a peroxisomal disorder in a subject, wherein the complex comprises generation 4-10 poly(amidoamine) (PAMAM) hydroxyl-terminated dendrimers complexed, conjugated or intra-molecularly dispersed or encapsulated with at least one therapeutic or prophylactic agent, wherein the agent is for the treatment of a peroxisomal disorder, and wherein the complex targets microglia.
Method for joining at least two substrates (1, 1') by bonding after a pretreatment of at least one of the bonding surfaces, characterised in that for the pretreatment a plasma acts on the bonding surface under atmospheric pressure, wherein the plasma is generated by a dielectric barrier discharge.
A stator assembly comprising: a stator formed by a plurality of annular claw pole pieces held together by means of injection overmolding, a columnar connection portion being provided on a peripheral edge of one of the pole pieces and protruding outwardly in the radial direction from said peripheral edge of one of the pole pieces; a mounting groove located on an axial face end of said stator on one of the pole pieces; an annular coil wound around said pole pieces; a pin connector with a ground pin, the pin connector being press-fitted onto said mounting groove in the direction perpendicular to the axial direction of said stator; and a magnetically conductive ring, said stator, which is mounted with said coil and the pin connector, being pressed into the magnetically conductive ring, wherein the columnar connection portion is connected to the ground pin of the pin connector, said columnar connection portion being also in contact with said magnetically conductive ring, and a pin connector cover separate from the stator is provided, the pin connector cover being press-fitted onto the pin connector so as to protect the pins on the pin connector. a stator formed by a plurality of annular claw pole pieces held together by means of injection overmolding, a columnar connection portion being provided on a peripheral edge of one of the pole pieces and protruding outwardly in the radial direction from said peripheral edge of one of the pole pieces; a mounting groove located on an axial face end of said stator on one of the pole pieces; an annular coil wound around said pole pieces; a pin connector with a ground pin, the pin connector being press-fitted onto said mounting groove in the direction perpendicular to the axial direction of said stator; and a magnetically conductive ring, said stator, which is mounted with said coil and the pin connector, being pressed into the magnetically conductive ring, wherein the columnar connection portion is connected to the ground pin of the pin connector, said columnar connection portion being also in contact with said magnetically conductive ring, and a pin connector cover separate from the stator is provided, the pin connector cover being press-fitted onto the pin connector so as to protect the pins on the pin connector.
A method for controlling a refueling boom for an aircraft, the method comprising: sensing a length of the refueling boom to form an identified length for the refuelling boom; characterized by identifying an allowed length from an elevation of the refueling boom; determining whether the identified length of the refueling boom is extended more than the allowed length for the refueling boom using a table comprising a number of elevations and a number of associated allowed lengths; generating an automatic retract rate command to move the refueling boom within the allowed length for the refueling boom if the refueling boom is extended more than the allowed length; ceasing generating of the automatic retract rate command when the refueling boom is fully retracted; preventing extending of the refueling boom when the refueling boom is stowed against the aircraft; determining whether the identified length of the refueling boom is extended more than the allowed length for the refueling boom using a limiter; preventing extending of the refueling boom when the elevation of the refueling boom is within a threshold; and moving the refueling boom between a stowed position and a deployed position without requiring operator input using a state machine having a plurality of states to control the refueling boom based on an elevation of the refueling boom. sensing a length of the refueling boom to form an identified length for the refuelling boom; characterized by identifying an allowed length from an elevation of the refueling boom; determining whether the identified length of the refueling boom is extended more than the allowed length for the refueling boom using a table comprising a number of elevations and a number of associated allowed lengths; generating an automatic retract rate command to move the refueling boom within the allowed length for the refueling boom if the refueling boom is extended more than the allowed length; ceasing generating of the automatic retract rate command when the refueling boom is fully retracted; preventing extending of the refueling boom when the refueling boom is stowed against the aircraft; determining whether the identified length of the refueling boom is extended more than the allowed length for the refueling boom using a limiter; preventing extending of the refueling boom when the elevation of the refueling boom is within a threshold; and moving the refueling boom between a stowed position and a deployed position without requiring operator input using a state machine having a plurality of states to control the refueling boom based on an elevation of the refueling boom.
A battery pack comprising a housing, one or more battery cells housed inside the housing, one or more seat surfaces (52a, 54a, 56a, 58a) disposed inside the housing, a circuit board, which is housed inside the housing and is mounted on the one or more seat surfaces, one or more terminals (20b, 22b) electrically connected to the circuit board and being disposed within the housing, and one or more elastic sheets (60, 62) surrounding the perimeter(s) of the terminal(s) and being interposed between the circuit board and the one or more seat surfaces, wherein the terminals (20, 22) comprise a first terminal (20b, 22b), which is connected to the circuit board, and a second terminal (20b, 22b), which is connected to the circuit board separately from the first terminal, characterized in that the circuit board has a notch (42, 44) between the connection location at which the first terminal (20, 22) and the circuit board are connected and the connection location at which the second terminal (20, 22) and the circuit board are connected. a housing, one or more battery cells housed inside the housing, one or more seat surfaces (52a, 54a, 56a, 58a) disposed inside the housing, a circuit board, which is housed inside the housing and is mounted on the one or more seat surfaces, one or more terminals (20b, 22b) electrically connected to the circuit board and being disposed within the housing, and one or more elastic sheets (60, 62) surrounding the perimeter(s) of the terminal(s) and being interposed between the circuit board and the one or more seat surfaces, wherein the terminals (20, 22) comprise a first terminal (20b, 22b), which is connected to the circuit board, and a second terminal (20b, 22b), which is connected to the circuit board separately from the first terminal, characterized in that the circuit board has a notch (42, 44) between the connection location at which the first terminal (20, 22) and the circuit board are connected and the connection location at which the second terminal (20, 22) and the circuit board are connected.
A rail transport system comprising at least the following components: - two shaped-profile running rails that are extended on a staircase or on a flat track, wherein each of the shaped-profile running rails comprises several foldable track cassettes or telescopic rail sections, and the two shaped-profile running rails comprise at least one electric motor; - a transport rail that comprises at least one further electric motor and several foldable rail cassettes or telescopic rail sections; and - a transport trolley that is moved on the transport rail and in which the shaped-profile running rails and the transport rail are stored when not in use, wherein the transport trolley comprises at least one further electric motor. - two shaped-profile running rails that are extended on a staircase or on a flat track, wherein each of the shaped-profile running rails comprises several foldable track cassettes or telescopic rail sections, and the two shaped-profile running rails comprise at least one electric motor; - a transport rail that comprises at least one further electric motor and several foldable rail cassettes or telescopic rail sections; and - a transport trolley that is moved on the transport rail and in which the shaped-profile running rails and the transport rail are stored when not in use, wherein the transport trolley comprises at least one further electric motor.
A system for detecting atrial tachyarrhythmias, comprising: an atrial tachyarrhythmia detector circuit configured to: generate (Step 620) a first ventricular heart rate statistic using a plurality of representative ventricular heart rates determined within a first plurality of heart rate analysis windows; generate (Step 630) one or more second ventricular heart rate statistics during a specific duration, the one or more second ventricular heart rate statistics each generated from a plurality of representative ventricular heart rates determined within a second plurality of heart rate analysis windows; and detect (Step 640) an atrial tachyarrhythmia, AT, event including a sustained atrial flutter, AFL, event that sustains for the specific duration in response to the first ventricular heart rate statistic satisfying a first condition and the one or more second ventricular heart rate statistics satisfying a second condition throughout the specific duration. generate (Step 620) a first ventricular heart rate statistic using a plurality of representative ventricular heart rates determined within a first plurality of heart rate analysis windows; generate (Step 630) one or more second ventricular heart rate statistics during a specific duration, the one or more second ventricular heart rate statistics each generated from a plurality of representative ventricular heart rates determined within a second plurality of heart rate analysis windows; and detect (Step 640) an atrial tachyarrhythmia, AT, event including a sustained atrial flutter, AFL, event that sustains for the specific duration in response to the first ventricular heart rate statistic satisfying a first condition and the one or more second ventricular heart rate statistics satisfying a second condition throughout the specific duration.
A thermoelectric conversion module comprising: n-type thermoelectric conversion elements and p-type thermoelectric conversion elements, each of which is alternately connected in series through an electrode plate, wherein the n-type thermoelectric conversion elements and the p-type thermoelectric conversion elements are formed of materials having different thermal expansion coefficients, one surface side of each of the n-type thermoelectric conversion elements and one surface side of each of the p-type thermoelectric conversion elements are aligned and joined on one surface side of an insulating substrate, characterised in that a thermal conductive member is formed independently on each of other surface sides of the n-type thermoelectric conversion elements and on each of other surface sides of the p-type thermoelectric conversion elements. n-type thermoelectric conversion elements and p-type thermoelectric conversion elements, each of which is alternately connected in series through an electrode plate, wherein the n-type thermoelectric conversion elements and the p-type thermoelectric conversion elements are formed of materials having different thermal expansion coefficients, one surface side of each of the n-type thermoelectric conversion elements and one surface side of each of the p-type thermoelectric conversion elements are aligned and joined on one surface side of an insulating substrate, characterised in that
A fusion protein comprising a functional fragment of an N-terminally truncated extracellular CD95 domain directly fused to a Fc domain, wherein the functional fragment of the N-terminally truncated extracellular CD95 domain is located N terminally of the Fc domain wherein the functional fragment of the N-terminally truncated extracellular CD95 domain consists of an amino acid sequence selected from the group consisting of SEQ ID NO:9, SEQ ID NO:10, SEQ ID NO:11, and SEQ ID NO:12, and wherein the Fc domain is a human Fc domain consisting of an amino acid sequence of SEQ ID NO:8, and wherein the fusion protein is free from an additional N-terminal sequence.
A flexible hose reinforced with at least two superimposed textile layers comprising at least one inner load-bearing tubular layer defining a longitudinal axis made of at least one first polymeric or elastomeric material, at least one outer cover layer made of at least one second polymeric or elastomeric material and at least one first and one second reinforced textile layer mutually superimposed and interposed between said inner and outer layer; wherein said first textile layer and second textile layer at least partly have a respective first and second predetermined inclination ( α, β), said first and second inclination ( α, β) being opposite to each other with respect to said axis; wherein at least one of said first and second textile layer ( 4, 5) is a knitted textile layer with chain stitches ( 6, 6 ') of the tricot type having courses of stitches ( 8, 8 ') substantially parallel to each other characterised in that said courses are also parallel to said axis and wales of stitches ( 7, 7 ') have said first or second predetermined inclination ( α, β). wherein said first textile layer and second textile layer at least partly have a respective first and second predetermined inclination ( α, β), said first and second inclination ( α, β) being opposite to each other with respect to said axis; wherein at least one of said first and second textile layer ( 4, 5) is a knitted textile layer with chain stitches ( 6, 6 ') of the tricot type having courses of stitches ( 8, 8 ') substantially parallel to each other characterised in that said courses are also parallel to said axis and wales of stitches ( 7, 7 ') have said first or second predetermined inclination ( α, β).
A computing device, comprising: one or more processors; a Trusted Platform Module containing logic to implement an anti-hammering capability; and computer-readable media configured to be communicatively coupled to the one or more processors and storing instructions that, based on execution by the one or more processors, configure the computing device, while the computing device is in a recovery mode, to: receive credentials associated with accessing an account; access the account using the credentials; obtain a first recovery password from the account; provide the first recovery password to the Trusted Platform Module to perform authentication; receive, from the Trusted Platform Module in response to successfully authenticating the first recovery password, a second recovery password, wherein the first recovery password is shorter than the second recovery password; and retrieving one or more keys using the second recovery password to encrypt or decrypt data stored in the computing device. one or more processors; a Trusted Platform Module containing logic to implement an anti-hammering capability; and computer-readable media configured to be communicatively coupled to the one or more processors and storing instructions that, based on execution by the one or more processors, configure the computing device, while the computing device is in a recovery mode, to: receive credentials associated with accessing an account; access the account using the credentials; obtain a first recovery password from the account; provide the first recovery password to the Trusted Platform Module to perform authentication; receive, from the Trusted Platform Module in response to successfully authenticating the first recovery password, a second recovery password, wherein the first recovery password is shorter than the second recovery password; and retrieving one or more keys using the second recovery password to encrypt or decrypt data stored in the computing device. receive credentials associated with accessing an account; access the account using the credentials; obtain a first recovery password from the account; provide the first recovery password to the Trusted Platform Module to perform authentication; receive, from the Trusted Platform Module in response to successfully authenticating the first recovery password, a second recovery password, wherein the first recovery password is shorter than the second recovery password; and retrieving one or more keys using the second recovery password to encrypt or decrypt data stored in the computing device.