mhurhangee/ep-ind-claims huggingface dataset:
A system for automatically adjudicating arrhythmia episode information, comprising: at least one data-generating device, wherein the data-generating device is a cardiac rhythm management device that is implantable in a patient; an episode database having episode data regarding a plurality of different arrhythmia episodes generated from the at least one data-generating device, wherein the episode data includes at least a portion of an intracardiac electrogram and output from a physiological sensor configuration including one or more sensors selected from the group consisting of a pressure sensor, an accelerometer, a temperature sensor and an impedance sensor; an adjudication processor configured to receive as input episode data regarding one of the different arrhythmia episodes and output characterization data characterizing the input episode data, wherein the characterization data includes an arrhythmia classification, wherein the arrhythmia classification is selected from a group comprising at least monomorphic ventricular tachycardia; an episode processor configured to process the characterization data and episode data, provide at least one report on the characterization data related to a plurality of the different arrhythmia episodes, and to analyze the characterization data to provide programming recommendations for the data-generating device including a recommendation to change the storage parameters for a length of time that data is stored before the detection of a tachy event. at least one data-generating device, wherein the data-generating device is a cardiac rhythm management device that is implantable in a patient; an episode database having episode data regarding a plurality of different arrhythmia episodes generated from the at least one data-generating device, wherein the episode data includes at least a portion of an intracardiac electrogram and output from a physiological sensor configuration including one or more sensors selected from the group consisting of a pressure sensor, an accelerometer, a temperature sensor and an impedance sensor; an adjudication processor configured to receive as input episode data regarding one of the different arrhythmia episodes and output characterization data characterizing the input episode data, wherein the characterization data includes an arrhythmia classification, wherein the arrhythmia classification is selected from a group comprising at least monomorphic ventricular tachycardia; an episode processor configured to process the characterization data and episode data, provide at least one report on the characterization data related to a plurality of the different arrhythmia episodes, and to analyze the characterization data to provide programming recommendations for the data-generating device including a recommendation to change the storage parameters for a length of time that data is stored before the detection of a tachy event.
An apparatus (10; 20; 30; 40; 60) for removing moisture from a surface in a closed or sealed container (500; 500 1, 500 2; 500'), characterized by: - a closed or sealed container (500; 500 1, 500 2; 500'); - a centrifuging element comprising a mount (140; 140 1, 140 2) for attaching said container (500; 500 1, 500 2; 500') to said centrifuging element and a drive coupled to said mount (140; 140 1, 140 2) for rotating said attached container (500; 500 1, 500 2; 500') about a rotational axis and centrifuging said moisture off said surface in said attached container (500; 500 1, 500 2; 500'); and - a heating element for providing heat energy and evaporating said moisture from said surface in said attached container (500; 500 1, 500 2; 500'). - a closed or sealed container (500; 500 1, 500 2; 500'); - a centrifuging element comprising a mount (140; 140 1, 140 2) for attaching said container (500; 500 1, 500 2; 500') to said centrifuging element and a drive coupled to said mount (140; 140 1, 140 2) for rotating said attached container (500; 500 1, 500 2; 500') about a rotational axis and centrifuging said moisture off said surface in said attached container (500; 500 1, 500 2; 500'); and - a heating element for providing heat energy and evaporating said moisture from said surface in said attached container (500; 500 1, 500 2; 500').
A pneumatic tire for a construction vehicle having a tread divided into a central area (20, 200) and two side areas (30, 300) located at both sides of the central area in a tire width direction, and a plurality of lug grooves (31, 310) arranged in each of the side areas, wherein the central area is provided with a central narrow groove (21, 210) continuously extending along the tire circumferential direction in a zigzag form and formed by alternately connecting a first inclined groove portion extending at a predetermined angle with respect to a tire circumferential direction and a second inclined groove portion extending at an opposite angle to the first inclined groove portion with respect to the tire circumferential direction; the tire width direction inner side portion of each of the lug grooves is arranged to face a proximate joint portion of joint portions of the first inclined groove portion and the second inclined groove portion in the tire width direction; a width direction narrow groove (22, 220) is provided between the tire width direction inner side portion of each of the lug grooves and the proximate join portion; characterized in that, each of the side areas is provided with a side narrow groove passing through a tire width direction inner side portion of each of the lug grooves and extending in the tire circumferential direction; and the central narrow groove, the side narrow grooves and the width direction narrow groove define a plurality of polygonal block land portions (23,230) having five or more sides in the tread portion, the block land portions being lined in the tire circumferential direction to form two block arrays arranged next to each other.
A fiber-optic component comprising - a housing, - at least one first optical element capable of guiding light and having an output end, the first optical element being affixed to said housing at a mounting zone, - at least one second optical element (22, 23) optically coupled to the first optical element at a coupling zone for receiving light from the output end of the first optical element, - at least one zone of light-scattering material arranged in the vicinity of the first optical element at a region between the coupling zone and the mounting zone, characterized in that said light-scattering material comprises a particle-type light-scattering agent composed of small particles forming a porous structure. - a housing, - at least one first optical element capable of guiding light and having an output end, the first optical element being affixed to said housing at a mounting zone, - at least one second optical element (22, 23) optically coupled to the first optical element at a coupling zone for receiving light from the output end of the first optical element, - at least one zone of light-scattering material arranged in the vicinity of the first optical element at a region between the coupling zone and the mounting zone, characterized in that said light-scattering material comprises a particle-type light-scattering agent composed of small particles forming a porous structure.
A method, comprising at a first intelligent assistant computing device (104; 200; 1300) configured to receive and respond to natural language inputs provided by human users, syncing to a reference clock of a wireless computer network, the reference clock being supported by a second intelligent assistant computing device (104; 200; 1300) communicatively coupled to the first intelligent assistant computing device via the wireless computer network; receiving a communication sent by the second intelligent assistant computing device over the wireless computer network, the communication indicating a signal emission time at which the second intelligent assistant computing device emitted a position calibration signal, the signal emission time being defined relative to the reference clock; recording a signal detection time at which the position calibration signal was detected by the first intelligent assistant computing device, the signal detection time being defined relative to the reference clock; based at least on a difference between the signal emission time and the signal detection time and a known propagation speed of the position calibration signal, calculating a distance between the first intelligent assistant computing device and the second intelligent assistant computing device; detecting a natural language input provided by a human user; based on the distance between the first and second intelligent assistant computing devices (104; 200; 1300), determining which of the first and second intelligent assistant computing devices is closer to a position of the human user; and responding to the natural language input via the closer intelligent assistant computing device.
A reactive foam formulation for forming a polyurethane-polyurea comprising water blown foam, said reactive foam formulation comprising at least: - An isocyanate composition comprising A equivalents isocyanate compounds, said isocyanate composition having an NCO value in the range 3 up to 50 and a number average isocyanate functionality in the range of 1.8 up to 2.5, and - B equivalents isocyanate reactive compounds having a molecular weight > 500 g/mol and a functionality in the range 1.8 up to 2.5, and - C urea forming equivalents of water, and - Optionally D urethane forming equivalents of low molecular weight urethane forming compounds containing hydroxyl functional groups and having a molecular weight < 500 g/mol and having a hydroxy functionality in the range 1 up to 8, and - Optionally E urea forming equivalents of low molecular weight urea forming compounds containing amine functional groups and having a molecular weight < 500 g/mol and having a functionality in the range 1 up to 8, and - At least one catalyst compound, and - Optionally further additives, additional blowing agents beside water and/or fillers, wherein - C is in the range of 0.02 up to 0.08 calculated on 100 gram reactive foam formulation, and - D is in the range of 0 up to 0.07 calculated on 100 gram reactive foam formulation, and - D + E is greater than 0, and D+E - D + E C is smaller than 1.4, and - Isocyanate index is in the range 75 up to 125, wherein the urea forming equivalents and urethane forming equivalents are calculated as defined in the specification. - An isocyanate composition comprising A equivalents isocyanate compounds, said isocyanate composition having an NCO value in the range 3 up to 50 and a number average isocyanate functionality in the range of 1.8 up to 2.5, and - B equivalents isocyanate reactive compounds having a molecular weight > 500 g/mol and a functionality in the range 1.8 up to 2.5, and - C urea forming equivalents of water, and - Optionally D urethane forming equivalents of low molecular weight urethane forming compounds containing hydroxyl functional groups and having a molecular weight < 500 g/mol and having a hydroxy functionality in the range 1 up to 8, and - Optionally E urea forming equivalents of low molecular weight urea forming compounds containing amine functional groups and having a molecular weight < 500 g/mol and having a functionality in the range 1 up to 8, and - At least one catalyst compound, and - Optionally further additives, additional blowing agents beside water and/or fillers, wherein - C is in the range of 0.02 up to 0.08 calculated on 100 gram reactive foam formulation, and - D is in the range of 0 up to 0.07 calculated on 100 gram reactive foam formulation, and - D + E is greater than 0, and D+E - D + E C is smaller than 1.4, and - Isocyanate index is in the range 75 up to 125, wherein the urea forming equivalents and urethane forming equivalents are calculated as defined in the specification.
An oxytocin receptor agonist for use in the treatment or prevention of dysphagia in a subject of at least one year old and suffering from a neurodevelopmental disorder.
A rotor nozzle, in particular for high pressure cleaning devices, having a nozzle housing which has an inlet opening at its axial one end and an outlet opening for a fluid, in particular water, at the other end, as well as having a rotor which is arranged in a swirl chamber of the nozzle housing, which is supported at a bearing at its front end facing the outlet opening, which can be at least partly flowed through by the fluid, which can be set into rotation around a longitudinal axis of the nozzle housing by fluid flowing into the swirl chamber and which is inclined toward the longitudinal axis at least in the rotating state, wherein a flexing device is arranged in the swirl chamber and surrounds the rotor and at which deforming work is carried out in a flexing state given from a specific angle of inclination of the rotor onward; wherein the flexing device adopts a base state up to the specific angle of inclination of the rotor in which the flexing device is arranged at a spacing from an end abutment; wherein the spacing can be changed in the flexing state by deformation of the flexing device, and characterized in that the flexing device is permanently in an active state in which deformation work is performed at the flexing device from the specific angle of inclination of the rotor onwards.
A system for planning and/or providing neuromodulation, especially neurostimulation, comprising - a neurostimulator comprising a least one electrode, - a functional mapping module configured and arranged such that based on stimulation related basic data and stimulation related response data and transfer data a digital characteristic functional map is generated and/or provided, which describes the interrelation between the stimulation related basic data and the stimulation related response data and the transfer data, and - an analysis module configured and arranged such that the digital characteristic functional map can be analyzed in connection with neurostimulation provided by the neurostimulator such that the provided neurostimulation and its response can be analyzed on the basis of the functional map and that on the basis of this analysis a placement analysis of the placement of the electrode is provided. - a neurostimulator comprising a least one electrode, - a functional mapping module configured and arranged such that based on stimulation related basic data and stimulation related response data and transfer data a digital characteristic functional map is generated and/or provided, which describes the interrelation between the stimulation related basic data and the stimulation related response data and the transfer data, and - an analysis module configured and arranged such that the digital characteristic functional map can be analyzed in connection with neurostimulation provided by the neurostimulator such that the provided neurostimulation and its response can be analyzed on the basis of the functional map and that on the basis of this analysis a placement analysis of the placement of the electrode is provided.
An exhaust system for internal combustion engines comprising a passive NO x adsorber effective to adsorb NO x at or below a low temperature and release the adsorbed NO x at temperatures above the low temperature, said passive NO x adsorber consisting of palladium and a small pore molecular sieve having a maximum ring size of eight tetrahedral atoms; and a catalyst component selected from the group consisting a selective catalytic reduction catalyst, a particulate filter, a SCR filter, a NO x adsorber catalyst, a three-way catalyst, an oxidation catalyst, and combinations thereof; wherein the passive NO x adsorber is a separate component from the catalyst component; wherein the exhaust system is configured so that the passive NOx adsorber is located close to the engine and the catalyst component(s) are located downstream of the passive NOx adsorber; and wherein the low temperature is 200°C.
A method of estimating a likelihood of cancer relapse for a subject following cancer treatment, the method comprising the steps of: introducing ex vivo a nucleic acid molecule comprising a reporter gene under transcriptional control of a SOX9 promoter or of a promoter operatively linked to an enhancer element comprising at least one SOX9 binding site into cancer cells obtained from a tumor sample from a subject; exposing ex vivo the cancer cells to a cancer treatment; determining the amount of SOX9 positive cancer cells following cancer treatment based on expression of the reporter gene; and estimating a likelihood of cancer relapse following cancer treatment for the subject based on the determined amount of SOX9 positive cancer cells. introducing ex vivo a nucleic acid molecule comprising a reporter gene under transcriptional control of a SOX9 promoter or of a promoter operatively linked to an enhancer element comprising at least one SOX9 binding site into cancer cells obtained from a tumor sample from a subject; exposing ex vivo the cancer cells to a cancer treatment; determining the amount of SOX9 positive cancer cells following cancer treatment based on expression of the reporter gene; and estimating a likelihood of cancer relapse following cancer treatment for the subject based on the determined amount of SOX9 positive cancer cells.
A fiber cell preferential promoter comprising a nucleotide sequence selected from the following group of nucleotide sequences: a) a nucleotide sequence comprising the nucleotide sequence of SEQ ID No 9 from the nucleotide at position 465 to the nucleotide at position 2307; b) a nucleotide sequence comprising the nucleotide sequence having at least 95 % sequence identity with said nucleotide sequence mentioned under a) wherein said fiber cell preferential promoter comprising said nucleotide sequence directs gene expression beyond 30 DPA in Gossypium hirsutum. a) a nucleotide sequence comprising the nucleotide sequence of SEQ ID No 9 from the nucleotide at position 465 to the nucleotide at position 2307; b) a nucleotide sequence comprising the nucleotide sequence having at least 95 % sequence identity with said nucleotide sequence mentioned under a) wherein said fiber cell preferential promoter comprising said nucleotide sequence directs gene expression beyond 30 DPA in Gossypium hirsutum.
Highly accurate, electro-optical time of flight distance measuring device for determining a distance to a target, comprising at least: • a transmitter for sending out a pulse shaped optical radiation (e) to the target, in particular as a pulse modulated laser beam, • a receiver for an optical return signal (e'+r), which comprises parts (r) of the optical radiation scattered back from the target, built for turning the optical return signal to an electrical signal, in particular as a photodiode or avalanche photodiode, • a filter with a transfer-function for filtering the electrical signal, in particular an analog-signal lowpass or bandpass filter, • a waveform-sampler, as an analog-to-digital-converter, for digitizing the pulse shape from the filtered electrical signal as time- and value-quantified digital data, • a computation means configured to perform a numerical evaluation of the distance according to the pulse shape or a pulse shape representing numerical signature from the digital data, with a numerical resampling of the pulse shape represented by the digital data to a resolution in time being higher than the sampling interval of the waveform-sampler, in particular according to the Nyquist-Shannon-Theorem as amplitude values at instances of time in-between the time-quantifying sampling-times when no actual value of the electrical signal had been sampled, characterized in that the filter is built in such a way that its transfer-function is of at least 7 th order, in particular 14 th or higher order, so that aliasing is suppressed. • a transmitter for sending out a pulse shaped optical radiation (e) to the target, in particular as a pulse modulated laser beam, • a receiver for an optical return signal (e'+r), which comprises parts (r) of the optical radiation scattered back from the target, built for turning the optical return signal to an electrical signal, in particular as a photodiode or avalanche photodiode, • a filter with a transfer-function for filtering the electrical signal, in particular an analog-signal lowpass or bandpass filter, • a waveform-sampler, as an analog-to-digital-converter, for digitizing the pulse shape from the filtered electrical signal as time- and value-quantified digital data, • a computation means configured to perform a numerical evaluation of the distance according to the pulse shape or a pulse shape representing numerical signature from the digital data, with a numerical resampling of the pulse shape represented by the digital data to a resolution in time being higher than the sampling interval of the waveform-sampler, in particular according to the Nyquist-Shannon-Theorem as amplitude values at instances of time in-between the time-quantifying sampling-times when no actual value of the electrical signal had been sampled, characterized in that the filter is built in such a way that its transfer-function is of at least 7 th order, in particular 14 th or higher order, so that aliasing is suppressed.
A muffler for an internal combustion engine exhaust system, the muffler comprising: a housing having an outer shell and inlet and outlet headers (906, 908) enclosing opposite ends of the shell; a partition inside the housing dividing a housing interior into first and second chambers (912, 914), the first chamber having sound absorbing material positioned therein, the partition having at least one aperture therethrough providing for fluid communication between the first and second chambers (912, 914); a through pipe extending through the inlet and outlet headers and the partition and having a plurality of perforations enabling fluid communication between the through pipe and the first chamber; and a valve assembly having a substantially planar valve flap positioned inside the through pipe for rotation with an axle pivotally coupled to the pipe, the valve flap being rotatable between a closed position and an open position whereat a plane of the valve flap is substantially parallel to a longitudinal axis of the through pipe, the valve flap being rotatable between a closed position and an open position whereat a plane of the valve flap is substantially parallel to a longitudinal axis of the through pipe, characterized in that the valve is positioned downstream of the pipe perforations such that all of an exhaust gas flowing through the muffler passes through the valve regardless of the valve flap position. a housing having an outer shell and inlet and outlet headers (906, 908) enclosing opposite ends of the shell; a partition inside the housing dividing a housing interior into first and second chambers (912, 914), the first chamber having sound absorbing material positioned therein, the partition having at least one aperture therethrough providing for fluid communication between the first and second chambers (912, 914); a through pipe extending through the inlet and outlet headers and the partition and having a plurality of perforations enabling fluid communication between the through pipe and the first chamber; and a valve assembly having a substantially planar valve flap positioned inside the through pipe for rotation with an axle pivotally coupled to the pipe, the valve flap being rotatable between a closed position and an open position whereat a plane of the valve flap is substantially parallel to a longitudinal axis of the through pipe, the valve flap being rotatable between a closed position and an open position whereat a plane of the valve flap is substantially parallel to a longitudinal axis of the through pipe, characterized in that the valve is positioned downstream of the pipe perforations such that all of an exhaust gas flowing through the muffler passes through the valve regardless of the valve flap position.