mhurhangee/ep-ind-claims huggingface dataset:
System for measuring muscle stiffness in a predetermined joint of an individual, the system comprising a measuring unit and a processing unit, the measuring uni being configured to be applied to a body segment of the predetermined joint and comprising a housing and at least one measurement device comprising a force transducer, and wherein the processing unit is configured to: - receive a plurality of data sets from the at least one measurement device, the plurality of data sets comprising measurement data measured during a plurality of trials, the plurality of trials comprising moving the body segment with a plurality of angular velocities by an examiner applying external force to the body segment via the measuring unit, the measurement data comprising applied force data; - analyze the plurality of data sets for one or more indications of an elicited stretch reflex based on the measurement data, to determine a first subset and a second subset of the plurality of data sets, the first subset comprising data sets in which at least one of the one or more indications of an elicited stretch reflex is present, and the second subset comprising data sets in which none of the one or more indications of an elicited stretch reflex is present; and - calculate a muscle stiffness score based on at least a difference between a first stiffness and a second stiffness, wherein the first stiffness is based on applied force data and is determined from the first subset, and wherein the second stiffness is based on applied force data and is determined from the second subset. - receive a plurality of data sets from the at least one measurement device, the plurality of data sets comprising measurement data measured during a plurality of trials, the plurality of trials comprising moving the body segment with a plurality of angular velocities by an examiner applying external force to the body segment via the measuring unit, the measurement data comprising applied force data; - analyze the plurality of data sets for one or more indications of an elicited stretch reflex based on the measurement data, to determine a first subset and a second subset of the plurality of data sets, the first subset comprising data sets in which at least one of the one or more indications of an elicited stretch reflex is present, and the second subset comprising data sets in which none of the one or more indications of an elicited stretch reflex is present; and - calculate a muscle stiffness score based on at least a difference between a first stiffness and a second stiffness, wherein the first stiffness is based on applied force data and is determined from the first subset, and wherein the second stiffness is based on applied force data and is determined from the second subset.
Transport container for helium (He), comprising an inner container for receiving the helium (He), a coolant container for receiving a cryogenic liquid (N 2), an outer container in which the inner container and the coolant container are received, a thermal shield in which the inner container is received and which can be actively cooled with the aid of a liquid phase of the cryogenic liquid (LN 2), wherein the thermal shield has at least one first cooling line in which, for the active cooling of the thermal shield, the liquid phase of the cryogenic liquid (LN 2) can be received, and an insulating element which is arranged between the outer container and the thermal shield, characterized in that the insulating element can be actively cooled with the aid of a gaseous phase of the cryogenic liquid (GN 2), wherein the insulating element has at least one second cooling line in which, for the active cooling of the insulating element, the gaseous phase of the cryogenic liquid (GN 2) can be received, and wherein the at least one first cooling line is a component which is separate from the at least one second cooling line.
A sunscreen composition, comprising a phase-stable, oil-in-water emulsion, comprising, a continuous water phase comprising a superhydrophilic amphiphilic copolymer and a suspension of styrene/acrylate copolymer particles, wherein the superhydrophilic amphiphilic copolymer is a starch based polysaccharide modified with one or more hydrophobic reagents; and a discontinuous oil phase homogeneously dispersed in the continuous water phase, the discontinuous oil phase comprising a UV absorbing compound, wherein the sunscreen composition has a concentration of monomeric surfactant of 0.75% or less by weight and has a Brookfield viscosity, measured at 23°C and 200 rpm using spindle #3, of 2000cps or less. a phase-stable, oil-in-water emulsion, comprising, a continuous water phase comprising a superhydrophilic amphiphilic copolymer and a suspension of styrene/acrylate copolymer particles, wherein the superhydrophilic amphiphilic copolymer is a starch based polysaccharide modified with one or more hydrophobic reagents; and a discontinuous oil phase homogeneously dispersed in the continuous water phase, the discontinuous oil phase comprising a UV absorbing compound, wherein the sunscreen composition has a concentration of monomeric surfactant of 0.75% or less by weight and has a Brookfield viscosity, measured at 23°C and 200 rpm using spindle #3, of 2000cps or less.
A process for preparing a compounds of Formula 1: wherein R 1 is a single bond, C 1-4 -alkylene or -CH 2 O-; R 2 is C 1-7 -alkyl, aryl or aralkyl, each of which is unsubstituted or substituted by C 1-4 -alkyl, halogen or trihalomethyl; P 2 and P 3 are the same or different protecting groups for the hydroxyl groups; and ---- is a single bond or a double bond, comprising reacting a compound of Formula 2: wherein X is a sulfonyl group; R 1, R 2, ----, P 2 and P 3 are as defined above, with a base.
Gearbox for a mechanized farming implement to interconnect motor means with elements for driving the implement, the gearbox comprising: - an input shaft adapted to being driven in rotation by said motor means, - an output shaft adapted to driving said elements for driving the implement, - a pinion, called a sliding pinion, mounted so as to be mobile on the input shaft and adapted to occupying at least one gear position, - a gear-speed selector lever fixedly attached to a bracket extending into the interior of the gearbox and adapted to cooperating with said sliding pinion and, by its shifting, enabling a modification of the transmission ratio between the input shaft and the output shaft, characterized in that it further comprises a clamp (612, 613) for fixedly attaching the selector lever to the gearbox, having a predetermined breaking strength and being adapted to getting broken if the force applied to the selector lever exceeds a predetermined value. - an input shaft adapted to being driven in rotation by said motor means, - an output shaft adapted to driving said elements for driving the implement, - a pinion, called a sliding pinion, mounted so as to be mobile on the input shaft and adapted to occupying at least one gear position, - a gear-speed selector lever fixedly attached to a bracket extending into the interior of the gearbox and adapted to cooperating with said sliding pinion and, by its shifting, enabling a modification of the transmission ratio between the input shaft and the output shaft, characterized in that it further comprises a clamp (612, 613) for fixedly attaching the selector lever to the gearbox, having a predetermined breaking strength and being adapted to getting broken if the force applied to the selector lever exceeds a predetermined value.
An apparatus for removing snow through liquefaction, comprising: a snow suction means including a stirring part configured to forcibly crush and stir external snow and a suction part configured to forcibly suction the snow stirred in the stirring part; a water spray means configured to spray water to melt the snow suctioned by the snow suction means; a storage part configured to store the water into which the snow is melted by the water spray means; and a heating means located under the storage part and configured to apply heat to the water stored in the storage part, wherein the water spray means includes a pipe line having one end connected to the storage part and a pump installed at the pipe line, the pump being configured to pump the heated water in the storage part and supply same to the water spray means, characterized in that the apparatus further includes a venturi tube with a hopper in which the snow dropped from the snow suction means is provided, the venturi tube having an inlet port, an outlet port and an inner path having a cross section that is reduced to be smaller than that of each of the inlet port and the outlet port, wherein the pipe line is configured to spray water into the inlet port of the venturi tube, so that when the water flows through the venturi tube, the snow introduced into the venturi tube from the hopper may be melted by the water while passing through the inner path of reduced cross section and discharged to the outlet port of the venturi tube to be stored in the storage part. a snow suction means including a stirring part configured to forcibly crush and stir external snow and a suction part configured to forcibly suction the snow stirred in the stirring part; a water spray means configured to spray water to melt the snow suctioned by the snow suction means; a storage part configured to store the water into which the snow is melted by the water spray means; and a heating means located under the storage part and configured to apply heat to the water stored in the storage part, wherein the water spray means includes a pipe line having one end connected to the storage part and a pump installed at the pipe line, the pump being configured to pump the heated water in the storage part and supply same to the water spray means, characterized in that the apparatus further includes a venturi tube with a hopper in which the snow dropped from the snow suction means is provided, the venturi tube having an inlet port, an outlet port and an inner path having a cross section that is reduced to be smaller than that of each of the inlet port and the outlet port, wherein the pipe line is configured to spray water into the inlet port of the venturi tube, so that when the water flows through the venturi tube, the snow introduced into the venturi tube from the hopper may be melted by the water while passing through the inner path of reduced cross section and discharged to the outlet port of the venturi tube to be stored in the storage part.
Method for manufacturing a granulated aerogel from a precursor, comprising the following steps: - mixing the precursor with a synthetic solvent and a hydrolysis agent, such as water, and if appropriate a catalyst, in order to obtain a gel, - granulating the resulting product, in particular by cutting a jet of said gel, to produce granules, - maintaining the granules in contact with the synthetic solvent and the hydrolysis agent, - washing the granules by adding a washing solvent in order to extract therefrom, in particular, the hydrolysis agent and, if appropriate, the catalyst, - drying the granules in order to extract the synthetic solvents and/or washing solvents by sending in excess supercritical CO2, characterized in that the granulating, maintaining, washing and drying steps are carried out at a pressure higher than that of the critical point of CO2, and these conditions are maintained between these steps. - mixing the precursor with a synthetic solvent and a hydrolysis agent, such as water, and if appropriate a catalyst, in order to obtain a gel, - granulating the resulting product, in particular by cutting a jet of said gel, to produce granules, - maintaining the granules in contact with the synthetic solvent and the hydrolysis agent, - washing the granules by adding a washing solvent in order to extract therefrom, in particular, the hydrolysis agent and, if appropriate, the catalyst, - drying the granules in order to extract the synthetic solvents and/or washing solvents by sending in excess supercritical CO2,
Method for calibrating an antenna of a receiver of signals (s 1,..., s N) originating from a plurality of sources, said receiver comprising a plurality of sensors (c 1,... c M), characterised in that it comprises the following steps: - the measurement of a phase shift ( d m,n mesuré) for each of the sensors (c 1,... c M) on each of the signals (s 1,..., s N), - the determination of at least one attitude value of the antenna, said attitude being defined by a set of coordinates, from a determination of a plurality of antenna attitude hypotheses, and for each determined attitude hypothesis: ∘ the calculation of a bias ( β 1 capteur m) for each of the sensors from the measured phase shifts ( d m,n mesuré) and from the theoretical phase shifts ( d m,n théorique) of the sensor, ∘ the calculation of a likelihood indicator (Φ) of the attitude hypothesis, from the measured phase shifts ( d m,n mesuré), from the theoretical phase shifts ( d m,n theorique) and from the calculated biases ( β 1 capteur m), - the calculation, for each of the sensors on each of the signals, of a theoretical phase shift ( d m,n théorique) as a function of the attitude of the antenna, from the directions of arrival of the signals, - the calculation of a bias ( β 1 capteur m) for each of the sensors from the measured phase shifts ( d m,n mesuré) and from the theoretical phase shifts ( d m,n théorique) of the sensor, and - the selection of the biases for which the value of the likelihood indicator is the lowest. - the measurement of a phase shift ( d m,n mesuré) for each of the sensors (c 1,... c M) on each of the signals (s 1,..., s N), - the determination of at least one attitude value of the antenna, said attitude being defined by a set of coordinates, from a determination of a plurality of antenna attitude hypotheses, and for each determined attitude hypothesis: ∘ the calculation of a bias ( β 1 capteur m) for each of the sensors from the measured phase shifts ( d m,n mesuré) and from the theoretical phase shifts ( d m,n théorique) of the sensor, ∘ the calculation of a likelihood indicator (Φ) of the attitude hypothesis, from the measured phase shifts ( d m,n mesuré), from the theoretical phase shifts ( d m,n theorique) and from the calculated biases ( β 1 capteur m), ∘ the calculation of a bias ( β 1 capteur m) for each of the sensors from the measured phase shifts ( d m,n mesuré) and from the theoretical phase shifts ( d m,n théorique) of the sensor, ∘ the calculation of a likelihood indicator (Φ) of the attitude hypothesis, from the measured phase shifts ( d m,n mesuré), from the theoretical phase shifts ( d m,n theorique) and from the calculated biases ( β 1 capteur m), - the calculation, for each of the sensors on each of the signals, of a theoretical phase shift ( d m,n théorique) as a function of the attitude of the antenna, from the directions of arrival of the signals, - the calculation of a bias ( β 1 capteur m) for each of the sensors from the measured phase shifts ( d m,n mesuré) and from the theoretical phase shifts ( d m,n théorique) of the sensor, and - the selection of the biases for which the value of the likelihood indicator is the lowest.
A transportation device for transporting sausage-shaped products, like sausages, with suspension elements, like loops, from a clipping machine to a handling device for said sausage-shaped products, like a storage device, including a bar-shaped storing element, like a smoking rod, the transportation device comprises: a conveying unit for conveying a sausage-shaped product just produced out of the clipping machine in a transportation direction, a catching unit for catching the suspension element attached to one end of the sausage-shaped product, and a guide unit for guiding the suspension element caught by the catching unit to said handling device, and comprising a longitudinally extending guide element and supporting means for supporting the guide element, wherein the supporting means provide a passage way for the suspension element to be guided along the guide element, the supporting means include gear wheels arranged rotatably about an at least substantially horizontally,aligned axis, characterized in that the supporting means engaging the guide element; and that there are provided ratchets for engaging the gear wheels, adapted to position a gap between two subsequent teeth of said gear wheels in the passage way of said suspension element. a conveying unit for conveying a sausage-shaped product just produced out of the clipping machine in a transportation direction, a catching unit for catching the suspension element attached to one end of the sausage-shaped product, and a guide unit for guiding the suspension element caught by the catching unit to said handling device, and comprising a longitudinally extending guide element and supporting means for supporting the guide element, wherein the supporting means provide a passage way for the suspension element to be guided along the guide element, the supporting means include gear wheels arranged rotatably about an at least substantially horizontally,aligned axis,
An assembly for a gas turbine engine, comprising: an airfoil including a radial end, a first passageway having an outlet at the radial end, and a second passageway having an inlet at the radial end; characterised by a cover including at least one turning cavity configured to direct fluid expelled from the outlet of the first passageway into the inlet of the second passageway, wherein: the cover includes a first turning cavity and a second turning cavity; the airfoil includes a third passageway having an inlet at the radial end; the first turning cavity is configured to direct a first portion of the fluid expelled from the outlet of the first passageway into the inlet of the second passageway; and the second turning cavity is configured to direct a second portion of the fluid expelled from the outlet of the first passageway into the inlet of the third passageway; wherein the cover includes a flow divider between the first turning cavity and the second turning cavity, and wherein, when viewed from an interior of the cover, the flow divider is substantially convex and the first and second turning cavities are substantially concave, and wherein the first and second turning cavities are substantially semi-circular in cross-section; and wherein the cover is integrally formed as a single structure, and is formed separately from the airfoil. an airfoil including a radial end, a first passageway having an outlet at the radial end, and a second passageway having an inlet at the radial end; characterised by a cover including at least one turning cavity configured to direct fluid expelled from the outlet of the first passageway into the inlet of the second passageway, wherein: the cover includes a first turning cavity and a second turning cavity; the airfoil includes a third passageway having an inlet at the radial end; the first turning cavity is configured to direct a first portion of the fluid expelled from the outlet of the first passageway into the inlet of the second passageway; and the second turning cavity is configured to direct a second portion of the fluid expelled from the outlet of the first passageway into the inlet of the third passageway; the cover includes a first turning cavity and a second turning cavity; the airfoil includes a third passageway having an inlet at the radial end; the first turning cavity is configured to direct a first portion of the fluid expelled from the outlet of the first passageway into the inlet of the second passageway; and the second turning cavity is configured to direct a second portion of the fluid expelled from the outlet of the first passageway into the inlet of the third passageway; wherein the cover includes a flow divider between the first turning cavity and the second turning cavity, and wherein, when viewed from an interior of the cover, the flow divider is substantially convex and the first and second turning cavities are substantially concave, and wherein the first and second turning cavities are substantially semi-circular in cross-section; and wherein the cover is integrally formed as a single structure, and is formed separately from the airfoil.
An interchangeable tip comprising: a. a stylet; b. a blade module including; i. a connection enclosure and ii. a control enclosure, characterized in that the control enclosure includes two or more pins (122, 124), and that an identification circuit with zero capacitance is formed by extending a shunt between the two or more pins (122, 124). a. a stylet; b. a blade module including; i. a connection enclosure and ii. a control enclosure, i. a connection enclosure and ii. a control enclosure,
An exhaust system structure for an internal combustion engine comprising: an exhaust pipe configured to be connected to the internal combustion engine; and an addition device located midway in said exhaust pipe to add aqueous urea solution to exhaust gas flowing in said exhaust pipe, characterized in that a portion of said exhaust pipe on which aqueous urea solution added by said addition device impinges is provided with a heat receiving part that is in contact with an outer wall of a component (3, 40) of the exhaust system arranged upstream of said heat receiving part and that is configured to receive heat dissipated from the outer wall of said component (3, 40) of the exhaust system arranged upstream of said portion in addition to heat received from exhaust gas flowing in the exhaust pipe and heat transferred through the wall of the exhaust pipe. an exhaust pipe configured to be connected to the internal combustion engine; and an addition device located midway in said exhaust pipe to add aqueous urea solution to exhaust gas flowing in said exhaust pipe, characterized in that a portion of said exhaust pipe on which aqueous urea solution added by said addition device impinges is provided with a heat receiving part that is in contact with an outer wall of a component (3, 40) of the exhaust system arranged upstream of said heat receiving part and that is configured to receive heat dissipated from the outer wall of said component (3, 40) of the exhaust system arranged upstream of said portion in addition to heat received from exhaust gas flowing in the exhaust pipe and heat transferred through the wall of the exhaust pipe.