mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring a patient, comprising: an inflatable cuff configured to at least partially occlude an artery of the patient; a sensor configured to determine a first parameter associated with the at least partially occluded artery and to generate an output signal indicative of the first parameter; and a processor configured to receive the output signal; the system being characterized in that the processor is also configured to receive information indicative of an occlusion efficiency of the cuff, wherein the occlusion efficiency is based on a difference between a pressure applied by a reference cuff when the reference cuff is inflated to a reference pressure, and a pressure applied by the cuff when the cuff is inflated to the reference pressure, and to determine a hemodynamic parameter of the patient based on the output signal and the information wherein the occlusion efficiency is used as an input value in calculating the hemodynamic parameter. an inflatable cuff configured to at least partially occlude an artery of the patient; a sensor configured to determine a first parameter associated with the at least partially occluded artery and to generate an output signal indicative of the first parameter; and a processor configured to receive the output signal; the system being characterized in that the processor is also configured to receive information indicative of an occlusion efficiency of the cuff, wherein the occlusion efficiency is based on a difference between a pressure applied by a reference cuff when the reference cuff is inflated to a reference pressure, and a pressure applied by the cuff when the cuff is inflated to the reference pressure, and to determine a hemodynamic parameter of the patient based on the output signal and the information wherein the occlusion efficiency is used as an input value in calculating the hemodynamic parameter.
A sail of a vessel which includes at least three sides, namely two longitudinal sides respectively called "luff" and "leach", as well as a lower transverse side called "foot", the sail consisting of an assembly of panels, these panels having transverse edges (50, 51) substantially parallel to said foot and longitudinal edges (52, 53) which are substantially parallel respectively to said luff and said leach, each panel of this assembly being hinged to the adjoining panel (5sup, 5inf) around an axis (X-X') parallel or substantially parallel to said foot, each of the panels of said assembly including a plurality of reinforcing elements (6, 6'), these elements each having the shape of an elongated strip, these reinforcing elements (6, 6') being distributed at least into the following two groups: - a first group in which the reinforcing elements extend parallel and in proximity to said transverse edges (50, 51) of said panel; - a second group in which the reinforcing elements extend parallel and in proximity to the longitudinal edges (52, 53) of said panel; said panels being connected two by two by connection parts which are situated in the continuation of the reinforcing elements of said second group, so that the forces assumed by the reinforcing elements of said second group are transmitted longitudinally from one panel to another, without discontinuity, via said connection parts, characterized in that each panel includes, along its longitudinal edge closest to the luff and at least over a portion of the length of this longitudinal edge, a guide rail in which is arranged a sliding dolly, called "panel dolly," the displacement of this panel dolly being limited by the ends of said rail. - a first group in which the reinforcing elements extend parallel and in proximity to said transverse edges (50, 51) of said panel; - a second group in which the reinforcing elements extend parallel and in proximity to the longitudinal edges (52, 53) of said panel;
Method for extractively determining the concentration of one or multiple substances, wherein a gas stream is fed into a measurement device, and at least one physical parameter is measured therein in order to determine the concentration of a substance contained in the gas stream, wherein a dust concentration is measured with the measurement device by means of a scattered light measurement, a transmission measurement, or a triboelectric measurement, wherein, before or during at least one measurement, the gas stream is treated before the measurement device using an electrodeposition means, wherein a) a zero point determination of the measurement device is performed such that the electrodeposition takes place at a specific difference in potential for a predetermined time and, at the end of this time, a measurement is performed which forms the zero point for the measurement device, and/or b) a linearity check is performed for the measurement device such that, for at least one specific first time period, a specific first, lower difference in potential is applied and, for a specific second time period, a specific second, stronger difference in potential is applied, and a measurement is performed at least at the end of the respective first and second time periods, wherein enough successively increasing differences in potential are applied until the measurement signal no longer changes, and the zero point is reached. a) a zero point determination of the measurement device is performed such that the electrodeposition takes place at a specific difference in potential for a predetermined time and, at the end of this time, a measurement is performed which forms the zero point for the measurement device, and/or b) a linearity check is performed for the measurement device such that, for at least one specific first time period, a specific first, lower difference in potential is applied and, for a specific second time period, a specific second, stronger difference in potential is applied, and a measurement is performed at least at the end of the respective first and second time periods, wherein enough successively increasing differences in potential are applied until the measurement signal no longer changes, and the zero point is reached.
Method for detecting the presence and the state from among the three red/orange/green states of a traffic light on a road scene from the processing of images captured by at least one camera embedded on a motor vehicle, characterized in that one and the same traffic light is detected and tracked from images captured by a first front-end camera and from images captured by at least one vision camera from among a plurality of vision cameras of an embedded peripheral vision system, and in that it comprises, in succession: - a first step (S 2) of detection and of tracking of the state from among the three red/orange/green states of a first traffic light from images captured only from said first front-end camera, and of estimation of the distance from the motor vehicle to the first light; - a second step (S 4) of detection and of tracking of the state from among the three red/orange/green states of a second traffic light from images captured from said at least one vision camera, and of estimation of the distance from the motor vehicle to the second light; - a step (S 5) of correlation of the detections of the first light and of the second light and of the estimated distances to deduce that the first light and the second light constitute one and the same light. - a first step (S 2) of detection and of tracking of the state from among the three red/orange/green states of a first traffic light from images captured only from said first front-end camera, and of estimation of the distance from the motor vehicle to the first light; - a second step (S 4) of detection and of tracking of the state from among the three red/orange/green states of a second traffic light from images captured from said at least one vision camera, and of estimation of the distance from the motor vehicle to the second light; - a step (S 5) of correlation of the detections of the first light and of the second light and of the estimated distances to deduce that the first light and the second light constitute one and the same light.
A Newcastle disease virus, wherein the NDV is an attenuated virus from strain 73T, wherein the viral genome of the NDV comprises an F protein cleavage site (FPCS) sequence selected from the group consisting of: S116: 111H-N-R-T-K-S/F117; S116K: 111H-N-K-T-K- S/F117; S116M: 111H-N-R- M-K-S/F117; S116KM: 111H-N-K-M-K-S/F-I118; and R116: 111H-N-R-T-K-R/F-I118, wherein the NDV expresses one or more heterologous polynucleotide sequences and wherein the one or more heterologous polynucleotide sequences is inserted at the P-M junction. S116: 111H-N-R-T-K-S/F117; S116K: 111H-N-K-T-K- S/F117; S116M: 111H-N-R- M-K-S/F117; S116KM: 111H-N-K-M-K-S/F-I118; and R116: 111H-N-R-T-K-R/F-I118, wherein the NDV expresses one or more heterologous polynucleotide sequences and wherein the one or more heterologous polynucleotide sequences is inserted at the P-M junction.
A fluid distributor for the unpressurized, planar dispensing of a fluid, with - a distributor tub with a tub floor having an array of holes for discharging fluid, which extends over at least a partial surface of the tub floor, - an inlet through which a fluid to be distributed can be introduced into the distributor tub, such that the introduced fluid gathers on the tub floor, and - distribution elements, which each pass through an allocated hole of the array of holes in the tub floor, such that the fluid gathering on the tub floor can be discharged through still exposed hole areas that are not encompassed by the distribution elements extending through the holes, characterized in that the fluid distributor has a retaining device with a retaining plate, which is arranged opposite the tub floor and spaced apart therefrom, wherein the distribution elements protrude from the retaining plate in the direction of the tub floor, and are detachably and/or non-detachably arranged on the retaining plate, and loosely received into the holes in the tub floor. - a distributor tub with a tub floor having an array of holes for discharging fluid, which extends over at least a partial surface of the tub floor, - an inlet through which a fluid to be distributed can be introduced into the distributor tub, such that the introduced fluid gathers on the tub floor, and - distribution elements, which each pass through an allocated hole of the array of holes in the tub floor, such that the fluid gathering on the tub floor can be discharged through still exposed hole areas that are not encompassed by the distribution elements extending through the holes, characterized in that the fluid distributor has a retaining device with a retaining plate, which is arranged opposite the tub floor and spaced apart therefrom, wherein the distribution elements protrude from the retaining plate in the direction of the tub floor, and are detachably and/or non-detachably arranged on the retaining plate, and loosely received into the holes in the tub floor.
Use of a friction body to produce frictional heat allowing development, disappearance or change of color of handwriting formed with a writing instrument for producing thermochromic handwriting, the friction body comprising one selected from fluorine-based resin, chloroprene resin, nitrile resin, polyester-based resin, ethylene-propylene-diene rubber, polyethylene, polypropylene and nylon-based resin and an olefin-based resin, wherein the friction body has a frictional coefficient of 0.2 to 1.0, when rubbed at a speed of 100 mm/min and with a load of 500 g against a paper having thermochromic handwriting formed thereon, wherein the paper is a writing paper A according to JIS P3201. the friction body comprising one selected from fluorine-based resin, chloroprene resin, nitrile resin, polyester-based resin, ethylene-propylene-diene rubber, polyethylene, polypropylene and nylon-based resin and an olefin-based resin, wherein the friction body has a frictional coefficient of 0.2 to 1.0, when rubbed at a speed of 100 mm/min and with a load of 500 g against a paper having thermochromic handwriting formed thereon, wherein the paper is a writing paper A according to JIS P3201.
A fan section for a gas turbine engine comprising: a fan hub having a slot; a spinner secured to a forward end of the fan hub; a plurality of fan blades, each including an airfoil extending from a root to a tip, wherein the airfoil has a leading edge and the root is received in the slot; a platform secured to the fan hub and arranged between adjacent fan blades; a spinner seal axially located between the spinner and the platform, characterised in that: the spinner seal has a plurality of castellations to correspond with the locations of the blade roots; and the fan section further comprises a flap seal (50, 60, 70, 80, 90) having a base (62, 72, 84, 92) secured to the airfoil and a flap (64, 74, 82, 94) integral with and extending from the base portion and canted toward the root and engaging a side of the platform, the flap seal being trimmed back at a leading edge of the platform to provide a smooth continuous surface for a castellation of the spinner seal, wherein the castellation is contoured to fit the fan blade root and the flap seal to prevent leakage around the blade root. a fan hub having a slot; a spinner secured to a forward end of the fan hub; a plurality of fan blades, each including an airfoil extending from a root to a tip, wherein the airfoil has a leading edge and the root is received in the slot; a platform secured to the fan hub and arranged between adjacent fan blades; a spinner seal axially located between the spinner and the platform, characterised in that: the spinner seal has a plurality of castellations to correspond with the locations of the blade roots; and the fan section further comprises a flap seal (50, 60, 70, 80, 90) having a base (62, 72, 84, 92) secured to the airfoil and a flap (64, 74, 82, 94) integral with and extending from the base portion and canted toward the root and engaging a side of the platform, the flap seal being trimmed back at a leading edge of the platform to provide a smooth continuous surface for a castellation of the spinner seal, wherein the castellation is contoured to fit the fan blade root and the flap seal to prevent leakage around the blade root. the spinner seal has a plurality of castellations to correspond with the locations of the blade roots; and the fan section further comprises a flap seal (50, 60, 70, 80, 90) having a base (62, 72, 84, 92) secured to the airfoil and a flap (64, 74, 82, 94) integral with and extending from the base portion and canted toward the root and engaging a side of the platform, the flap seal being trimmed back at a leading edge of the platform to provide a smooth continuous surface for a castellation of the spinner seal, wherein the castellation is contoured to fit the fan blade root and the flap seal to prevent leakage around the blade root.
A communications network (10b; 10c; 10d) comprising: a main primary network node; a standby primary network node; and a plurality of secondary network nodes, wherein the main primary network node is connected to the plurality of secondary network nodes via a plurality of point to point optical fibre connections of the communications network; and characterised in that the standby primary network node is connected to the plurality of secondary network nodes via a plurality of point to multi-point optical fibre connections of the communications network. a main primary network node; a standby primary network node; and a plurality of secondary network nodes, wherein the main primary network node is connected to the plurality of secondary network nodes via a plurality of point to point optical fibre connections of the communications network; and characterised in that the standby primary network node is connected to the plurality of secondary network nodes via a plurality of point to multi-point optical fibre connections of the communications network.
An array substrate, comprising: a base substrate with a plurality of first via holes and a plurality of second via holes; a plurality of first signal lines on a first side of the base substrate; a plurality of second signal lines on the first side of the base substrate, the plurality of second signal lines and the plurality of first signal lines being perpendicularly crossover from each other; a plurality of first signal driver lines on a second side of the base substrate; and a plurality of second signal driver lines on the second side of the base substrate, wherein each first signal line is connected with at least one first signal driver line through at least one first via hole, and the array substrate further comprises a plurality of signal auxiliary lines on the first side of the base substrate, wherein each auxiliary signal line is connected with at least one second signal driver line through at least one second via hole, and wherein each second signal line is connected with at least one signal auxiliary line, so that each second signal line is electrically connected with at least one second signal driver line, and the plurality of signal auxiliary lines are parallel to the plurality of first signal lines, and the plurality of first signal lines are data lines, the plurality of first signal driver lines are source driver lines; and the plurality of second signal lines are gate lines, the plurality of second signal driver lines are gate driver lines, and the plurality of signal auxiliary lines are gate auxiliary lines. a base substrate with a plurality of first via holes and a plurality of second via holes; a plurality of first signal lines on a first side of the base substrate; a plurality of second signal lines on the first side of the base substrate, the plurality of second signal lines and the plurality of first signal lines being perpendicularly crossover from each other; a plurality of first signal driver lines on a second side of the base substrate; and a plurality of second signal driver lines on the second side of the base substrate, wherein each first signal line is connected with at least one first signal driver line through at least one first via hole, and the array substrate further comprises a plurality of signal auxiliary lines on the first side of the base substrate, wherein each auxiliary signal line is connected with at least one second signal driver line through at least one second via hole, and wherein each second signal line is connected with at least one signal auxiliary line, so that each second signal line is electrically connected with at least one second signal driver line, and the plurality of signal auxiliary lines are parallel to the plurality of first signal lines, and the plurality of first signal lines are data lines, the plurality of first signal driver lines are source driver lines; and the plurality of second signal lines are gate lines, the plurality of second signal driver lines are gate driver lines, and the plurality of signal auxiliary lines are gate auxiliary lines.
A method for controlling pitch drives of a wind turbine with a rotor having at least two individually pitch-adjustable rotor blades to which a pitch drive is assigned in each case comprising a pitch motor, a pitch brake and a pitch inverter, wherein the rotor blades, upon transferring from a pitch-controlled full load range to a partial load range, transition into a reset in which they are braked by means of the pitch brakes at a current or predetermined pitch angle, and the pitch inverters are deactivated, characterized in that the pitch inverters of the at least two rotor blades are sequentially deactivated in a time sequence, wherein the sequence has a wait time between sequential deactivations in each case.
A method for reducing the viscosity of an at least one liquid using a device configured for resonance excitation of said at least one liquid, the method comprising the steps of: closing a shutoff valve of the device; draining the device of air; establishing a flow through the device of the at least one liquid; recording the flow of said liquid using a flow meter of the device; diluting the at least one liquid with a further liquid of relatively lower density by mixing said liquids using resonance excitation; establishing a desired ratio between said liquids using the flow meter; modulating the flow of said liquids using at least one of a viscometer, a density meter, and a mass meter of the device; monitoring the viscosity of said liquids to achieve a desired blend ratio thereof; and performing a fractioning process on said liquids. closing a shutoff valve of the device; draining the device of air; establishing a flow through the device of the at least one liquid; recording the flow of said liquid using a flow meter of the device; diluting the at least one liquid with a further liquid of relatively lower density by mixing said liquids using resonance excitation; establishing a desired ratio between said liquids using the flow meter; modulating the flow of said liquids using at least one of a viscometer, a density meter, and a mass meter of the device; monitoring the viscosity of said liquids to achieve a desired blend ratio thereof; and performing a fractioning process on said liquids.
Farm for rearing insects, comprising a first zone in which the insects being raised are stored during their growth in containers (31, 32) and a second zone comprising at least one station configured for performing a raising operation on the insects of a container or on said container; characterized in that the containers (31, 32) are grouped in the first zone in palletised sets of containers (31, 32) referred to as basic units, the first zone comprising racks (R1... R8) for pallets in which may be disposed the basic units; the first zone being furthermore equipped with an automatic device configured for the movement of the basic units between the first zone and an interface with the second zone, said interface being a zone for depositing a basic unit enabling the sending of the basic unit to the second zone, or for de-palletizing and/or ungrouping the rearing containers from the basic unit for sending them to the second zone.
A cooling device for ingot molds, adapted for the production of ingots and bars of precious metal, comprising a cooling means that forms a heat extraction surface on which at least one ingot mold is to be placed; said heat extraction surface lying on a first substantially horizontal plane; said device being characterized in that it comprises a supporting means that forms a resting surface of said ingot mold; said resting surface lying on a second substantially horizontal plane; said supporting means and said cooling means being relatively mutually movable so as to reversibly pass from a sliding condition, in which said first plane and said second plane are substantially parallel and coincide, to a controlled cooling condition, in which said first plane and said second plane are substantially parallel and distinct.