mhurhangee/ep-ind-claims huggingface dataset:
A medical device system for determining pacing threshold data, comprising: a cardiac capture sensor (18, 20, 22); a phrenic nerve stimulation sensor; a pulse generator selectively coupled to a plurality of electrode vectors to deliver a phrenic nerve stimulation pulse; and characterised by a processor coupled to the cardiac capture sensor, the phrenic nerve stimulation sensor and the pulse generator and configured to deliver the phrenic nerve stimulation pulse along the plurality of electrode vectors, determine, for each vector of the plurality of vectors, whether phrenic nerve stimulation is detected in response to the delivered phrenic nerve stimulation, deliver a pacing pulse along only the vectors of the plurality of vectors that phrenic nerve stimulation is determined not to be detected, and determine pacing capture thresholds in response to the delivered pacing pulse. a cardiac capture sensor (18, 20, 22); a phrenic nerve stimulation sensor; a pulse generator selectively coupled to a plurality of electrode vectors to deliver a phrenic nerve stimulation pulse; and characterised by a processor coupled to the cardiac capture sensor, the phrenic nerve stimulation sensor and the pulse generator and configured to deliver the phrenic nerve stimulation pulse along the plurality of electrode vectors, determine, for each vector of the plurality of vectors, whether phrenic nerve stimulation is detected in response to the delivered phrenic nerve stimulation, deliver a pacing pulse along only the vectors of the plurality of vectors that phrenic nerve stimulation is determined not to be detected, and determine pacing capture thresholds in response to the delivered pacing pulse.
A sample rate converter for converting an input signal sampled at an input sample rate to a resampled output signal sampled at an output sample rate, the sample rate converter comprising: a clock source and/or means for accepting a clock signal; a cross enable unit configured to generate one or more resampled clock signals and a de-jittered signal from the input signal and the clock signal, wherein the de-jittered signal is generated by sampling the input signal at a mean value of the input sample rate; and a linear interpolation unit configured to generate the resampled output signal from the de-jittered signal, the clock signal, and one or more of the resampled clock signals, wherein the cross enable unit comprises: a counter configured to generate a count-disparity signal from the clock signal and the input signal for each sample of the input signal by counting a number of clock cycles of the clock signal between successive samples of the input signal; a first sigma delta unit configured to calculate a temporal correction value from the count-disparity signal as the number of clock cycles that should be inserted between input samples at the output sample rate; and a resampled clock generator configured to generate the one or more resampled clock signals from the temporal correction value. a clock source and/or means for accepting a clock signal; a cross enable unit configured to generate one or more resampled clock signals and a de-jittered signal from the input signal and the clock signal, wherein the de-jittered signal is generated by sampling the input signal at a mean value of the input sample rate; and a linear interpolation unit configured to generate the resampled output signal from the de-jittered signal, the clock signal, and one or more of the resampled clock signals, wherein the cross enable unit comprises: a counter configured to generate a count-disparity signal from the clock signal and the input signal for each sample of the input signal by counting a number of clock cycles of the clock signal between successive samples of the input signal; a first sigma delta unit configured to calculate a temporal correction value from the count-disparity signal as the number of clock cycles that should be inserted between input samples at the output sample rate; and a resampled clock generator configured to generate the one or more resampled clock signals from the temporal correction value. a counter configured to generate a count-disparity signal from the clock signal and the input signal for each sample of the input signal by counting a number of clock cycles of the clock signal between successive samples of the input signal; a first sigma delta unit configured to calculate a temporal correction value from the count-disparity signal as the number of clock cycles that should be inserted between input samples at the output sample rate; and a resampled clock generator configured to generate the one or more resampled clock signals from the temporal correction value.
An inoculum for application to plants, plant seeds, or a plant growth medium, wherein the inoculum comprises an agriculturally acceptable carrier and an effective amount of a biologically pure bacterial culture, wherein the bacteria in the bacterial culture is Bacillus thuringiensis strain BT013A (NRRL No. B-50924).
Method for controlling an agricultural field-cultivating machine, in which, using a detection apparatus which comprises at least one sensor (8, 9), the machine track of the field-cultivating machine is scanned and the signal from the sensor (8, 9) is evaluated by means of an evaluation unit for the presence of an animal and the position thereof is determined, wherein the at least one sensor (8, 9) is guided over the machine track to be travelled by the agricultural field-cultivating machine by a remote-controlled aerial drone and, depending on the determined animal position, a collision-preventing measure is automatically initiated by the control device of the agricultural field-cultivating machine, characterised in that the scanning region of the at least one sensor on the ground is illuminated by means of at least one pulsed-operation illumination device, wherein the pulsed-operation illumination device and the at least one sensor (8, 9) form a synchronised lock-in amplifier unit, wherein luminous fluxes which are not attributed to the pulsed light from the illumination device are filtered out by a lock-in filter assigned to the sensor (8, 9) and only luminous fluxes which are attributed to the pulsed light are allowed through.
An articulation link, comprising: a body defining a longitudinal axis and a transverse plane extending substantially perpendicular to the longitudinal axis, the body having a first surface located proximate a first end of the body and a second surface located proximate a second end of the body opposite the first end; a cavity extending from the first surface to a cavity contact surface located between the first surface and the second surface, wherein the cavity contact surface extends parallel to the transverse plane; and a protrusion extending from the second surface away from the first surface to a protrusion contact surface, wherein the protrusion contact surface is curved and configured to engage a cavity contact surface of an adjacent link, wherein the cavity includes a cavity sidewall extending perpendicular to the transverse plane, and the protrusion includes a protrusion sidewall configured to engage the cavity sidewall of the adjacent link, and wherein the protrusion is centered on the longitudinal axis. a body defining a longitudinal axis and a transverse plane extending substantially perpendicular to the longitudinal axis, the body having a first surface located proximate a first end of the body and a second surface located proximate a second end of the body opposite the first end; a cavity extending from the first surface to a cavity contact surface located between the first surface and the second surface, wherein the cavity contact surface extends parallel to the transverse plane; and a protrusion extending from the second surface away from the first surface to a protrusion contact surface, wherein the protrusion contact surface is curved and configured to engage a cavity contact surface of an adjacent link, wherein the cavity includes a cavity sidewall extending perpendicular to the transverse plane, and the protrusion includes a protrusion sidewall configured to engage the cavity sidewall of the adjacent link, and wherein the protrusion is centered on the longitudinal axis.
An optical system having a spectral transmission profile having an average transmittance Ta between 380 nm and 780 nm and an average red light transmittance Tr between a first limit L1 and a second limit L2, with Tr < 2*Ta/3 and L1 = 600 nm and L2=780 nm, and the optical system being configured to allow selectively retinal exposure of an eye to at least one selected range of wavelengths of light in the visible spectrum of 460 nm to 530 nm, wherein the optical system comprises a light emitting source and a controller device configured to control the light emitting source based on the day time and/or on the geo-localization of the optical system, and wherein optical system is configured to selectively emit light in at least one selected range of wavelengths of light in the visible spectrum of 460 nm to 530 nm. wherein the optical system comprises a light emitting source and a controller device configured to control the light emitting source based on the day time and/or on the geo-localization of the optical system, and wherein optical system is configured to selectively emit light in at least one selected range of wavelengths of light in the visible spectrum of 460 nm to 530 nm.
An oxidative hair dye composition comprising the following Components to: an iso-fatty acid or an anteiso-fatty acid having from 19 to 30 carbon atoms, or a salt thereof; a polymer or a copolymer of a diallyl quaternary ammonium salt; an oxidation dye; and an alkali agent. an iso-fatty acid or an anteiso-fatty acid having from 19 to 30 carbon atoms, or a salt thereof; a polymer or a copolymer of a diallyl quaternary ammonium salt; an oxidation dye; and an alkali agent.
A compound helicopter comprising: a fuselage; a fixed wing fixed to the fuselage; a rotary wing rotatably coupled to the fuselage; and a barrier member attached to the fuselage above the fixed wing and between the rotary wing and the fixed wing, the barrier member being configured to generate no lift upon forward flight, characterised in that the barrier member includes a tip that is coupled to a wing tip of the fixed wing. a fuselage; a fixed wing fixed to the fuselage; a rotary wing rotatably coupled to the fuselage; and a barrier member attached to the fuselage above the fixed wing and between the rotary wing and the fixed wing, the barrier member being configured to generate no lift upon forward flight, characterised in that the barrier member includes a tip that is coupled to a wing tip of the fixed wing.
A print module comprising: a printhead die; an input regulator to regulate input fluid pressure to the die; an output regulator to regulate output fluid pressure from the die; a die carrier to which the die is adhered at its backside; and a bypass gap at the backside of the die to circulate fluid behind the die via input and output manifold passages in the die carrier; first and second fluid slots formed in the die; a chamber layer on a top side of the die; and a micro-channel formed in the chamber layer to enable fluid flow between the first and second slots. a printhead die; an input regulator to regulate input fluid pressure to the die; an output regulator to regulate output fluid pressure from the die; a die carrier to which the die is adhered at its backside; and a bypass gap at the backside of the die to circulate fluid behind the die via input and output manifold passages in the die carrier; first and second fluid slots formed in the die; a chamber layer on a top side of the die; and a micro-channel formed in the chamber layer to enable fluid flow between the first and second slots.
Method for charging a lithium-ion battery, comprising a charging step in which a succession of charging current pulses are applied to the battery, including at least two successive charging phases (P1, P2), the first phase being characterized by charging current amplitudes on average greater than a predefined limit current and the second phase being characterized by charging current amplitudes on average lower than the predefined limit current, characterized in that the predefined limit current is a standard charging current specified by the battery manufacturer and in that the successive pulses have decreasing amplitudes and the second phase has a rate of decrease higher than that of the first phase.
A drug delivery device for dispensing of a liquid medicament, the device comprising: - a housing (20; 120) to accommodate a cartridge filled with the medicament and having a piston slidably displaced inside the cartridge and sealing a proximal end of the cartridge, - at least one resilient member (60; 160) having a first end (61; 161) arranged at an inside facing side wall portion of the housing (20; 120) and having a second end (62; 162) opposite to the first end (61; 161) characterized in that the second end (62; 162) is configured to abut with the piston of the cartridge and in that the drug delivery device comprises - a suction pump to connect to a distal end of the cartridge for a suction-based extraction of the liquid medicament therefrom. - a housing (20; 120) to accommodate a cartridge filled with the medicament and having a piston slidably displaced inside the cartridge and sealing a proximal end of the cartridge, - at least one resilient member (60; 160) having a first end (61; 161) arranged at an inside facing side wall portion of the housing (20; 120) and having a second end (62; 162) opposite to the first end (61; 161) characterized in that the second end (62; 162) is configured to abut with the piston of the cartridge and in that the drug delivery device comprises - a suction pump to connect to a distal end of the cartridge for a suction-based extraction of the liquid medicament therefrom.
An elevator system for people and/or loads for connecting a plurality of circulation planes in a building, comprising an elevator shaft that comprises a shaft floor, a shaft ceiling, and a shaft opening that can be closed by means of a shaft door, and an elevator that is equipped with a drive, a controller, a main framework and at least one elevator cab, the elevator cab comprising cab walls, a cab door, a cab base and a cab ceiling and being arranged on the main framework, characterized in that the clear vertical extension of the elevator system between the shaft floor and the shaft ceiling is less than and/or equal to the spacing between a raw ceiling of the top circulation plane and a raw floor of the bottom circulation plane, and in that the main framework comprises a cantilever in the region of the cab ceiling, to the end region of which cantilever a connecting rod is vertically connected by a first end, a bearing surface for receiving the cab floor being provided on a second, lower end of the connecting rod, such that the elevator cab is fastened to said end of the connecting rod so as to be suspended from the cantilever, whereas said cab rests upright on the main framework on the side thereof, and in that the main framework is guided on and by means of travel rails that are arranged vertically in the elevator shaft.
A method of monitoring a physical downlink control channel, PDCCH, performed by a user equipment, UE, the method comprising: receiving first configuration information informing of a position of a synchronization signal/physical broadcast channel block, SSB; receiving second configuration information informing of a plurality of monitoring occasions for detecting a wake up signal, WUS, wherein the plurality of monitoring occasions are defined by i) a periodicity and offset of the plurality of monitoring occasions, monitoringSlotPeriodicityAndOffset and ii) duration of each monitoring occasion and receiving third configuration information informing of a PS-offset indicating a time, wherein, among the plurality of monitoring occasions, the UE monitors PDCCH for detection of the WUS only in monitoring occasions located within an interval from the time indicated by the PS-offset prior to a slot where a next discontinuous reception, DRX, -on duration timer would start to the slot where the DRX-on duration timer would start, and wherein if the UE is not required to monitor PDCCH for detection of the WUS as at least one resource element, RE, of each of the monitoring occasions overlap with resources of the SSB, the UE monitors PDCCH for detection of control information other than the WUS in a next DRX-on duration. receiving first configuration information informing of a position of a synchronization signal/physical broadcast channel block, SSB; receiving second configuration information informing of a plurality of monitoring occasions for detecting a wake up signal, WUS, wherein the plurality of monitoring occasions are defined by i) a periodicity and offset of the plurality of monitoring occasions, monitoringSlotPeriodicityAndOffset and ii) duration of each monitoring occasion and receiving third configuration information informing of a PS-offset indicating a time, wherein, among the plurality of monitoring occasions, the UE monitors PDCCH for detection of the WUS only in monitoring occasions located within an interval from the time indicated by the PS-offset prior to a slot where a next discontinuous reception, DRX, -on duration timer would start to the slot where the DRX-on duration timer would start, and wherein if the UE is not required to monitor PDCCH for detection of the WUS as at least one resource element, RE, of each of the monitoring occasions overlap with resources of the SSB, the UE monitors PDCCH for detection of control information other than the WUS in a next DRX-on duration.
Ski including a strip mounted lengthwise to the ski's outer side in the ski center portion/grip zone, wherein the strip has a width from 17 mm to 60 mm, a height at most equivalent to the ski thickness throughout, and a length equivalent the length of the ski grip zone, wherein the strip's bottom inner edge is smooth high with the ski base/sliding surface, and wherein the strip's underside comprises a piece of skins/gripping surface attached to the strip's underside, characterized in that the strip's underside has a 2 mm deep groove, and that the groove's inner edge goes 5 mm from the outer edge of the sliding surface, and the strip's underside is widthwise outward sloping 5 degrees upward relative to the sliding surface.
A cutting assembly for a surgical instrument having a drive assembly including a motor, said cutting assembly being configured to be removably coupled to the drive assembly of the surgical instrument, said cutting assembly comprising: a tube assembly comprising a longitudinal axis defined between a distal end opposite a proximal end, a cutting window at said distal end and adapted to be applied to a surgical site of the patient, an inner tube adapted to be rotated by the drive assembly and comprising an inner tube aperture, and an outer tube disposed over said inner tube and comprising an outer tube aperture with said inner tube and outer tube apertures (34, 32) defining said cutting window of said tube assembly; and a manually movable member coupled to said outer tube and adapted to be rotated by the user to rotate said outer tube aperture about said longitudinal axis; the cutting assembly further comprises a grip coupled to said tube assembly and configured to be engaged by a portion of a hand of a user with the hand comprising a thumb, a plurality of fingers including an index finger and a secondary finger, a web disposed between the thumb and the index finger, and a palm, wherein said manually movable member is adapted to be rotated with the index finger or the thumb of the hand while said grip is engaged by the web of the hand, characterized in that the grip further comprises a nose portion having an aperture extending axially therethrough to allow the outer tube to extend axially therefrom, a finger portion extending from the nose portion adapted to be engaged by the index finger or the secondary finger of the hand, and a web portion adapted to be engaged by the web of the hand. a tube assembly comprising a longitudinal axis defined between a distal end opposite a proximal end, a cutting window at said distal end and adapted to be applied to a surgical site of the patient, an inner tube adapted to be rotated by the drive assembly and comprising an inner tube aperture, and an outer tube disposed over said inner tube and comprising an outer tube aperture with said inner tube and outer tube apertures (34, 32) defining said cutting window of said tube assembly; and a manually movable member coupled to said outer tube and adapted to be rotated by the user to rotate said outer tube aperture about said longitudinal axis; the cutting assembly further comprises a grip coupled to said tube assembly and configured to be engaged by a portion of a hand of a user with the hand comprising a thumb, a plurality of fingers including an index finger and a secondary finger, a web disposed between the thumb and the index finger, and a palm, wherein said manually movable member is adapted to be rotated with the index finger or the thumb of the hand while said grip is engaged by the web of the hand, characterized in that the grip further comprises a nose portion having an aperture extending axially therethrough to allow the outer tube to extend axially therefrom, a finger portion extending from the nose portion adapted to be engaged by the index finger or the secondary finger of the hand, and a web portion adapted to be engaged by the web of the hand.
An air inlet for an aircraft nacelle comprising: a lip skin defining a curved surface of the inlet, the curved surface extending about a longitudinal axis of the inlet; a forward bulkhead; an inner barrel having a radially inner surface defining a surface of the inlet, a radially outer surface, and a sound attenuating layer arranged between the radially inner and radially outer surfaces; and a joining frame fixed to the lip skin and/or to the forward bulkhead; wherein a first portion of the joining frame extends over at least a portion of the sound attenuating layer of the inner barrel and is fixed to the radially outer surface of the inner barrel, characterised in that: a second portion of the joining frame is substantially perpendicular to the first portion and defines a flat surface extending over an end surface of the inner barrel. a lip skin defining a curved surface of the inlet, the curved surface extending about a longitudinal axis of the inlet; a forward bulkhead; an inner barrel having a radially inner surface defining a surface of the inlet, a radially outer surface, and a sound attenuating layer arranged between the radially inner and radially outer surfaces; and a joining frame fixed to the lip skin and/or to the forward bulkhead; wherein a first portion of the joining frame extends over at least a portion of the sound attenuating layer of the inner barrel and is fixed to the radially outer surface of the inner barrel, a second portion of the joining frame is substantially perpendicular to the first portion and defines a flat surface extending over an end surface of the inner barrel.