mhurhangee/ep-ind-claims huggingface dataset:
A cardiac rhythm management system, comprising: a user interface configured to present a plurality of available classification modes and receive a user selection of a classification mode from the plurality of available classification modes, the available classification modes each specifying whether each detection enhancement module of a plurality of detection enhancement modules of an implantable cardioverter defibrillator is to be activated or deactivated and each corresponding to a pre-selected set of none, one, or more of detection enhancements performed by the plurality of detection enhancement modules, the detection enhancements being algorithms for detecting and analyzing indications of type of tachyarrhythmia, wherein the plurality of detection enhancement modules includes a rate comparator, an onset rate analyzer, a stability analyzer, an atrial fibrillation detector, and a morphology analyzer, the rate comparator configured to determine whether a ventricular rate is substantially higher than an atrial rate, the onset rate analyzer configured to determine whether the detected tachyarrhythmia episode has a gradual onset or a sudden onset as indicated by the ventricular rate, the stability analyzer configured to determine whether the ventricular rate is stable, the atrial AF detector configured to detect AF using the atrial rate, and the morphology analyzer configured to analyze a correlation between a tachyarrhythmic waveform of a cardiac signal sensed during a detected tachyarrhythmia episode and a template waveform. a user interface configured to present a plurality of available classification modes and receive a user selection of a classification mode from the plurality of available classification modes, the available classification modes each specifying whether each detection enhancement module of a plurality of detection enhancement modules of an implantable cardioverter defibrillator is to be activated or deactivated and each corresponding to a pre-selected set of none, one, or more of detection enhancements performed by the plurality of detection enhancement modules, the detection enhancements being algorithms for detecting and analyzing indications of type of tachyarrhythmia, wherein the plurality of detection enhancement modules includes a rate comparator, an onset rate analyzer, a stability analyzer, an atrial fibrillation detector, and a morphology analyzer, the rate comparator configured to determine whether a ventricular rate is substantially higher than an atrial rate, the onset rate analyzer configured to determine whether the detected tachyarrhythmia episode has a gradual onset or a sudden onset as indicated by the ventricular rate, the stability analyzer configured to determine whether the ventricular rate is stable, the atrial AF detector configured to detect AF using the atrial rate, and the morphology analyzer configured to analyze a correlation between a tachyarrhythmic waveform of a cardiac signal sensed during a detected tachyarrhythmia episode and a template waveform.
1-1-2 alkaline-earth metal siliconitride with europium doping of the composition M 1 Si 1 N 2:Eu 2+, where M represents an alkaline-earth metal or a mixture of alkaline-earth metals, which additionally comprises co-dopants from the series Ni, Co, Ru, Hf, Th and/or Zr.
A method for delivering unicast content data over a communications network comprising: at a network node: receiving the unicast content data for transmission to a recipient user equipment, UE; wherein the unicast content data is intended for a single UE and is capable of being converted from unicast data traffic using a unicast transport and a unicast protocol stack to a multicast transport using a broadcast/multicast protocol stack for transport through a broadcast/multicast subsystem; and, transmitting the received unicast content data towards at least one radio access network node, RN, serving the UE over one of a unicast transport and a multicast transport based on context information; wherein the context information comprises at least one of: mobility information associated with the UE; session information associated with the content data and/or the UE; radio node context related to at least one operational condition at the RN; and, network loading conditions; wherein the network node is further operative to transmit the received unicast content data towards the at least one RN serving the UE by transmitting the received unicast content data to one of a unicast subsystem if the unicast transport is selected, or the broadcast/multicast subsystem if the multicast transport is selected. receiving the unicast content data for transmission to a recipient user equipment, UE; wherein the unicast content data is intended for a single UE and is capable of being converted from unicast data traffic using a unicast transport and a unicast protocol stack to a multicast transport using a broadcast/multicast protocol stack for transport through a broadcast/multicast subsystem; and, transmitting the received unicast content data towards at least one radio access network node, RN, serving the UE over one of a unicast transport and a multicast transport based on context information; wherein the context information comprises at least one of: mobility information associated with the UE; session information associated with the content data and/or the UE; radio node context related to at least one operational condition at the RN; and, network loading conditions; mobility information associated with the UE; session information associated with the content data and/or the UE; radio node context related to at least one operational condition at the RN; and, network loading conditions; wherein the network node is further operative to transmit the received unicast content data towards the at least one RN serving the UE by transmitting the received unicast content data to one of a unicast subsystem if the unicast transport is selected, or the broadcast/multicast subsystem if the multicast transport is selected.
Oil production device for the production of oils from seeds with a press spindle, which is arranged in a housing to be rotatable about a substantially horizontal axis of rotation and is drivable by a motor, and with a drivable feed spindle for the seeds, the feed spindle running about an axis orthogonal to the axis of rotation of the press spindle and being designed as a stuffing screw, which presses the seeds laterally into an inlet area of the press spindle and the axis of rotation of this stuffing screw likewise running substantially horizontally, characterised in that the device comprises a preheating screw, which supplies the seeds to the stuffing screw and which is drivable rotatably about a substantially horizontal axis of rotation.
A luminaire comprising: a first plurality of optical modules (22, 24, 26, 28, 30), each optical module comprising: a plurality of light emitting sub-modules (45a, 45b, 45c, 45d, 45e), each comprising one light emitting diode, LED,; and a beam angle control system configured to change the beam angle of each of the plurality of light emitting sub-modules of one optical module together; characterized in that each optical module includes at least one effects system (62a, 62c, 62e) configured to move an optical effect into and out of a light beam of an associated light emitting sub-module. a plurality of light emitting sub-modules (45a, 45b, 45c, 45d, 45e), each comprising one light emitting diode, LED,; and a beam angle control system configured to change the beam angle of each of the plurality of light emitting sub-modules of one optical module together; characterized in that each optical module includes at least one effects system (62a, 62c, 62e) configured to move an optical effect into and out of a light beam of an associated light emitting sub-module.
A rotary centrifugal compressor machine, comprising: a casing; a rotor that includes a rotary shaft rotatably supported inside the casing, and a plurality of stages of impellers fixed to an outer periphery of the rotary shaft; diaphragms respectively surrounding the impellers; and gas flow paths through which process gas to be compressed flows, the gas flow paths being provided respectively corresponding to the impellers, wherein the gas flow paths include diffuser flow paths into which the process gas flowing out from the impellers to outside in a radial direction flows, curved flow paths that respectively communicate with the diffuser flow paths and change a flowing direction of the process gas from a direction toward the outside in the radial direction to a direction toward inside in the radial direction, and return flow paths that respectively communicate with the curved flow paths and cause the process gas flowing through the curved flow paths, to flow into the impellers, and the curved flow path configuring at least one of the gas flow paths is provided between the diaphragm and a flow path forming body that is provided between the diaphragm and the casing; the rotary centrifugal compressor machine being characterised in that the casing includes an annular accommodating groove recessed outward in the radial direction, corresponding to a region provided with the flow path forming body, and the flow path forming body includes an annular shape and is mated with the accommodating groove such that at least a part of the curved flow path is formed inside the accommodating groove of the casing. a casing; a rotor that includes a rotary shaft rotatably supported inside the casing, and a plurality of stages of impellers fixed to an outer periphery of the rotary shaft; diaphragms respectively surrounding the impellers; and gas flow paths through which process gas to be compressed flows, the gas flow paths being provided respectively corresponding to the impellers, wherein the gas flow paths include diffuser flow paths into which the process gas flowing out from the impellers to outside in a radial direction flows, curved flow paths that respectively communicate with the diffuser flow paths and change a flowing direction of the process gas from a direction toward the outside in the radial direction to a direction toward inside in the radial direction, and return flow paths that respectively communicate with the curved flow paths and cause the process gas flowing through the curved flow paths, to flow into the impellers, and the curved flow path configuring at least one of the gas flow paths is provided between the diaphragm and a flow path forming body that is provided between the diaphragm and the casing; the rotary centrifugal compressor machine being characterised in that the casing includes an annular accommodating groove recessed outward in the radial direction, corresponding to a region provided with the flow path forming body, and the flow path forming body includes an annular shape and is mated with the accommodating groove such that at least a part of the curved flow path is formed inside the accommodating groove of the casing.
A prosthesis being configured to be collapsed to a small diameter condition and re-expandable to a larger diameter condition to engage a surrounding anatomy, wherein the surrounding anatomy comprises a native cardiac valve, an aorta or an aneurysm, the prosthesis comprising: a collapsible and re-expandable frame, the frame having an inflow edge and a longitudinal axis, the frame comprising: first, second, and third sets of struts; wherein struts of the first set of struts are connected to adjacent struts of the first set of struts at a first plurality of nodes at the inflow edge, wherein each strut of the first set of struts comprises a first proximal segment, a first intermediate segment with a first width, and a first distal segment; wherein the first and second sets of struts (3022; 3024) are connected at a second plurality of nodes to define a first row of expandable cells, wherein each strut of the second set of struts comprises a second proximal segment, a second intermediate segment with a second width, and a second distal segment; and the second width is greater than the first width; wherein the second and third sets of struts (3024; 3026) are connected at a third plurality of nodes to define a second row of expandable cells, the first row of expandable cells being proximal to the second row of expandable cells; wherein each node of the second plurality of nodes has a first length; wherein each node of the third plurality of nodes has a second length; and wherein the first length is longer than the second length. first, second, and third sets of struts; wherein struts of the first set of struts are connected to adjacent struts of the first set of struts at a first plurality of nodes at the inflow edge, wherein each strut of the first set of struts comprises a first proximal segment, a first intermediate segment with a first width, and a first distal segment; wherein the first and second sets of struts (3022; 3024) are connected at a second plurality of nodes to define a first row of expandable cells, wherein each strut of the second set of struts comprises a second proximal segment, a second intermediate segment with a second width, and a second distal segment; and the second width is greater than the first width; wherein the second and third sets of struts (3024; 3026) are connected at a third plurality of nodes to define a second row of expandable cells, the first row of expandable cells being proximal to the second row of expandable cells; wherein each node of the second plurality of nodes has a first length; wherein each node of the third plurality of nodes has a second length; and wherein the first length is longer than the second length.
A vehicle seat for use with a child seat having an engagement member provided on the back; the vehicle seat comprising a seatback; a seat cushion; and a pair of anchors structured to hold the child seat of an ISO-FIX type, characterized in that each anchor has a pair of left and right side bars and a front bar coupled to upper ends of the left and right side bars, and is a U-shaped form as seen in a plan view, the front bars of the anchors are structured to engage with the engagement member provided on the back of the child seat, and the anchors are secured by brackets to a connecting pipe, provided in the seat cushion or the seatback extending in the left-right direction and extend forward obliquely inclined by an angle 10 to 25° from an upright position, the bracket, extending in a direction parallel to the front bars of the anchors, has left and right side walls and a front wall connecting the left and right side walls, is formed by pressing a steel plate and is a U-shaped form as seen in a plan view; the left and right side bars of each anchor are secured, at a lower end of the left and right side bars, to inner surfaces of the side walls and the front wall at the corner parts thereof; notches shaped complement to the front part of a front circumferential surface of the connecting pipe are made in rear edges of the side walls of the bracket, and the bracket is secured, from the front, to the connecting pipe and opposes the engagement member, with the notches, while holding the front circumferential surface of the connecting pipe in the notches, and is provided at a position where the engagement member abuts on the bracket when the side bars are deformed by an downward load transmitted to the front bar with which the engagement member is engaged.
A method of predicting the response of a human subject having, suspected of having, or at risk of developing, an endometrial cancer to a therapy comprising lenvatinib or a pharmaceutically acceptable salt thereof, the method comprising: assaying a biological sample obtained from the human subject and determining that the concentration of Angiopoietin 2 protein in the biological sample is low, as compared to a control; and identifying the human subject having a low concentration of Ang2 protein in the biological sample as likely to respond to the therapy comprising lenvatinib or a pharmaceutically acceptable salt thereof assaying a biological sample obtained from the human subject and determining that the concentration of Angiopoietin 2 protein in the biological sample is low, as compared to a control; and identifying the human subject having a low concentration of Ang2 protein in the biological sample as likely to respond to the therapy comprising lenvatinib or a pharmaceutically acceptable salt thereof
A blended mixture comprising (a) a binder composition comprising (i) an aromatic isocyanate compound, (ii) a metallic catalyst selected from the group of organometallic catalysts comprising at least one transition metal selected from Groups VB, VIB, VIIB and VIIIB of the Periodic Table of the Elements, organotin compounds and organobismuth compounds or combinations thereof, and (iii) an inorganic or organic acid compound wherein the acid compound is present in the binder composition at an amount such that the acidity of the isocyanate compound ranges from 800 ppm to 10000 ppm, preferably from 1200 ppm to 6000 ppm, calculated as HCl based on ASTM D6099 or ISO 14898 Method A; and (b) a lignocellulosic material.
A method for controlling discontinuous reception, DRX, by a user equipment, UE in a wireless communication system, the method comprising: receiving a DRX configuration including a short DRX cycle and a long DRX cycle from an evolved node B, eNB; determining whether a DRX cycle changes from the short DRX cycle to the long DRX cycle or vice-versa in a subframe; and after determination of the change of DRX cycle in the subframe, determining (615, 620) whether to start an on-duration timer in the subframe where the DRX cycle has been determined based on the determined DRX cycle change. receiving a DRX configuration including a short DRX cycle and a long DRX cycle from an evolved node B, eNB; determining whether a DRX cycle changes from the short DRX cycle to the long DRX cycle or vice-versa in a subframe; and after determination of the change of DRX cycle in the subframe, determining (615, 620) whether to start an on-duration timer in the subframe where the DRX cycle has been determined based on the determined DRX cycle change.
Two-wheeled-vehicle assembly, in particular bicycle assembly, comprising: - a suspension device, - a hydraulic braking device having a wheel brake, a braking-action initiator and a hydraulic brake line, - a coupling device, which couples the suspension device and the braking device to one another, and - a pressure-accumulator device, which is designed to store energy which is provided by spring action of the suspension device, characterized in that the pressure-accumulator device comprises a positive-pressure accumulator and a vacuum accumulator. - a suspension device, - a hydraulic braking device having a wheel brake, a braking-action initiator and a hydraulic brake line, - a coupling device, which couples the suspension device and the braking device to one another, and - a pressure-accumulator device, which is designed to store energy which is provided by spring action of the suspension device,
A bicycle computer for monitoring performance of a user of a bicycle, comprising: a processing circuitry; a user interface; and an attaching unit for arranging the bicycle computer in an attached position; characterized in that the bicycle computer also comprises an integrated proximity cadence sensor arranged and dimensioned to measure, in the attached position, proximity cadence data being indicative of a distance to at least one leg of the user of the bicycle, the processing circuitry is configured to obtain the proximity cadence data from the integrated proximity cadence sensor and to process the proximity cadence data into a cadence metric, and the user interface is configured to output the cadence metric. a processing circuitry; a user interface; and an attaching unit for arranging the bicycle computer in an attached position; characterized in that the bicycle computer also comprises an integrated proximity cadence sensor arranged and dimensioned to measure, in the attached position, proximity cadence data being indicative of a distance to at least one leg of the user of the bicycle, the processing circuitry is configured to obtain the proximity cadence data from the integrated proximity cadence sensor and to process the proximity cadence data into a cadence metric, and the user interface is configured to output the cadence metric.
A system for active control of an unwanted noise signal at a listening site radiated by a noise source wherein the unwanted noise is transmitted to the listening site via a primary path having a primary path transfer function; said system comprising: a loudspeaker for radiating a cancellation signal to attenuate the unwanted noise signal; said cancellation signal is transmitted from the loudspeaker to the listening site via a secondary path; a microphone at the listening site for determining through an error signal the level of achieved reduction; a first adaptive filter for generating the cancellation signal by filtering a signal representative of the unwanted noise signal with a transfer function adapted to the primary path transfer function using the signal representative of the unwanted noise signal and the error signal from the microphone; a reference generator for generating a reference signal which is supplied to the loudspeaker together with the cancellation signal from the first adaptive filter and a wanted signal; and a psychoacoustic masking model unit that is configured to model masking in human hearing by the error signal thereby determining at least one of an amplitude and a frequency of the reference signal such that the reference signal is masked for a human listener at the listening site by said wanted signal present at the listening site. a loudspeaker for radiating a cancellation signal to attenuate the unwanted noise signal; said cancellation signal is transmitted from the loudspeaker to the listening site via a secondary path; a microphone at the listening site for determining through an error signal the level of achieved reduction; a first adaptive filter for generating the cancellation signal by filtering a signal representative of the unwanted noise signal with a transfer function adapted to the primary path transfer function using the signal representative of the unwanted noise signal and the error signal from the microphone; a reference generator for generating a reference signal which is supplied to the loudspeaker together with the cancellation signal from the first adaptive filter and a wanted signal; and a psychoacoustic masking model unit that is configured to model masking in human hearing by the error signal thereby determining at least one of an amplitude and a frequency of the reference signal such that the reference signal is masked for a human listener at the listening site by said wanted signal present at the listening site.