mhurhangee/ep-ind-claims huggingface dataset:
A compound for use in reducing a symptom associated with, treating, or suppressing a pervasive developmental disorder, in a patient in need of such treatment, which compound is a compound of Formula I, Formula II, Formula III, Formula IV, Formula V, or Formula VI, wherein, the bonds indicated with a dashed line are all single bonds or are all double bonds; R 1, R 2, and R 3 are independently selected from the group consisting of H, (C 1 -C 6)alkyl, (C 1 -C 6)haloalkyl, (C 1 -C 6)alkoxy, halogen, and CN; or a stereoisomer, a solvate or a hydrate thereof. the bonds indicated with a dashed line are all single bonds or are all double bonds; R 1, R 2, and R 3 are independently selected from the group consisting of H, (C 1 -C 6)alkyl, (C 1 -C 6)haloalkyl, (C 1 -C 6)alkoxy, halogen, and CN; or a stereoisomer, a solvate or a hydrate thereof.
Rail vehicle having an output shaft of a torque-generating power source which is configured as an electric motor and a driven shaft which is configured as an input shaft of a transmission, an elastic double torsional coupling being provided between the electric motor and the driven shaft, the double torsional coupling having a first torsional coupling and a second torsional coupling, the first torsional coupling having a first connecting flange which is connected to the output shaft of the torque-generating power source, and having a multiplicity of brackets which are connected in each case in an end region to the first connecting flange, the second torsional coupling having a second connecting flange which is connected to the driven shaft, and having a multiplicity of brackets which are connected in each case in an end region to the second connecting flange, and the double torsional coupling having an intermediate piece which connects the first torsional coupling to the second torsional coupling and by way of which in each case the other end region of the brackets is connected, characterized in that the intermediate piece is configured as a plate which is flat in the axial direction, and in that the brackets comprise an elastomeric body, in which a force-transmitting thread bundle is embedded.
A device for loading a prosthetic valve onto a delivery system, said device comprising: a first housing comprising a first inlet, a first outlet, and a first central bore extending therebetween, and wherein the first housing has one or more actuators configured to actuate radially inward or outward, the one or more actuators adapted, when the prosthetic valve is disposed in the first central bore, to selectively deflect locating features at a discrete portion of the prosthetic valve radially inward while adjacent portions (1435, 1436) of the prosthetic valve are not displaced by the one or more actuators, in order to enable the deflected locating features to mate with the delivery system.
A communications device, comprising: a signal input for receiving both wideband and in-band, narrowband communications signals having wideband communications data that is transmitted over a wideband communications channel and narrowband communications data that is transmitted within an in-band, narrowband communications channel over the same wideband communications channel; a circuit for splitting the communications signals into a wideband signal channel and narrowband signal channel; a narrowband filter within the wideband signal channel for filtering the wideband communications signal and removing any narrowband communications signals, said narrowband filter comprising an adaptive filter circuit having a plurality of non-adaptive and adaptive filter taps (146a-d) with weighted coefficients and a circuit configured to select the number and order of adaptive filter taps (146a-d) based on one of at least measured output power from the adaptive filter and signal modulation; a demodulator within the wideband signal channel for demodulating the filtered wideband communications signal to obtain any wideband communications data; and an in-band, narrowband demodulator within the narrowband signal channel for demodulating the narrowband communications signals to obtain any narrowband communications data. a signal input for receiving both wideband and in-band, narrowband communications signals having wideband communications data that is transmitted over a wideband communications channel and narrowband communications data that is transmitted within an in-band, narrowband communications channel over the same wideband communications channel; a circuit for splitting the communications signals into a wideband signal channel and narrowband signal channel; a narrowband filter within the wideband signal channel for filtering the wideband communications signal and removing any narrowband communications signals, said narrowband filter comprising an adaptive filter circuit having a plurality of non-adaptive and adaptive filter taps (146a-d) with weighted coefficients and a circuit configured to select the number and order of adaptive filter taps (146a-d) based on one of at least measured output power from the adaptive filter and signal modulation; a demodulator within the wideband signal channel for demodulating the filtered wideband communications signal to obtain any wideband communications data; and an in-band, narrowband demodulator within the narrowband signal channel for demodulating the narrowband communications signals to obtain any narrowband communications data.
A removable blood clot filter having leading and trailing ends and a filter central longitudinal axis and which is collapsible in a collapsed configuration toward said filter longitudinal axis for insertion into a blood vessel and is radially expandable outwardly from said filter longitudinal axis to an expanded configuration to contact and penetrate an inner wall of said blood vessel to provide a filter migration resistance force sufficient to prevent filter migration in response to blood pressure within said blood vessel, the blood clot filter comprising a plurality of elongate, spaced appendages having first and second ends, the first ends of said appendages being mounted adjacent to said filter longitudinal axis and said plurality of elongate spaced appendages being formed to extend outwardly toward said filter leading end away from said filter longitudinal axis in the expanded configuration of said filter, each of a plurality of said elongate spaced appendages having an appendage longitudinal axis and a pointed hook formed at the second end thereof which extends laterally outward relative to said appendage longitudinal axis in a direction away from said filter longitudinal axis to engage and penetrate the vessel inner wall in the expanded configuration of said filter, characterised in that each said hook is configured to be more elastic than the appendages and is configured to bend toward a more straight configuration when a load is applied and spring back to its original shape once the load has been removed, the load to deform the hook being correlated to the load applied to each hook when the device is fully occluded and the blood pressure is allowed to reach 50 mmHg, and wherein each hook is configured such that at least a portion of each hook is formed with a cross-sectional area of reduced size relative to the cross-sectional area of the appendage.
A validation set for checking the cleaning performance of a cleaning apparatus implemented for cleaning dental instruments, - the cleaning apparatus comprising a cleaning chamber for receiving one or more dental instruments and a cover for closing the cleaning chamber, and - the cleaning apparatus comprising a plurality of receiving supports for coupling and holding a dental instrument within the cleaning chamber, and - the validation set comprising at least one adapter having a first connecting region by means of which the adapter can be coupled to one of the receiving supports of the cleaning apparatus, and - the validation set comprising at least one test piece having a connection by means of which said piece can be coupled to the adapter by means of a second connecting region of the adapter, characterized in that the validation set comprises at least one retaining element, preferably in the form of a retaining clip, wherein the retaining element comprises receptacles for temperature sensors and/or pressure sensors, and wherein the retaining element comprises a retaining segment by means of which said element can be connected to the cleaning apparatus. - the cleaning apparatus comprising a cleaning chamber for receiving one or more dental instruments and a cover for closing the cleaning chamber, and - the cleaning apparatus comprising a plurality of receiving supports for coupling and holding a dental instrument within the cleaning chamber, and - the validation set comprising at least one adapter having a first connecting region by means of which the adapter can be coupled to one of the receiving supports of the cleaning apparatus, and - the validation set comprising at least one test piece having a connection by means of which said piece can be coupled to the adapter by means of a second connecting region of the adapter, characterized in that the validation set comprises at least one retaining element, preferably in the form of a retaining clip, wherein the retaining element comprises receptacles for temperature sensors and/or pressure sensors, and wherein the retaining element comprises a retaining segment by means of which said element can be connected to the cleaning apparatus.
A work vehicle comprising: an engine on a front portion of a traveling body and comprising a forced induction device; a radiator configured to supply a coolant to the engine; an intercooler configured to cool compressed air from the forced induction device; and an oil cooler configured to cool lubricant, the intercooler and the oil cooler being disposed one above the other in front of the radiator with the intercooler being above the oil cooler and secured to a stationary frame, the oil cooler being located within the stationary frame; characterized in that the oil cooler is pivotable about a vertical axis. an engine on a front portion of a traveling body and comprising a forced induction device; a radiator configured to supply a coolant to the engine; an intercooler configured to cool compressed air from the forced induction device; and an oil cooler configured to cool lubricant, the intercooler and the oil cooler being disposed one above the other in front of the radiator with the intercooler being above the oil cooler and secured to a stationary frame, the oil cooler being located within the stationary frame; characterized in that the oil cooler is pivotable about a vertical axis.
Head assembly for beverage preparation device for preparing a nutritional composition upon interaction of ingredients provided in an exchangeable capsule with liquid supplied to the capsule; the head assembly comprising: - a housing (51, 52), - capsule opening means which are adapted to interact with an injection face of the capsule, the capsule opening means comprising an injection plate, a liquid injection means for injecting liquid into the capsule and a gas injection means for injecting gas into the capsule, - activation means designed for moving the opening means with respect to the injection face of the capsule, - a drive unit for driving the activation means, wherein the activation means comprise a driving gear adapted to be driven in rotational movement (R1, R'1, R2) by the drive unit, characterized in that the head assembly further comprises: - first transmission means (9, 20a, 21), associated with the activation means and capsule opening means, to convert a first portion of rotational movement (R1, R'1) of the driving gear into a translational movement (A'1, A1) of the injection plate for moving the liquid injection means between a distant position and an injection position of the liquid injection means relative to the housing (51, 52) or capsule, and - second transmission means (4, 23), associated with the activation means and capsule opening means, for moving the gas injection means between a retracted position to a protruding position relative to the injection plate when the driving gear is driven along a second portion of rotational movement by the drive unit. - a housing (51, 52), - capsule opening means which are adapted to interact with an injection face of the capsule, the capsule opening means comprising an injection plate, a liquid injection means for injecting liquid into the capsule and a gas injection means for injecting gas into the capsule, - activation means designed for moving the opening means with respect to the injection face of the capsule, - a drive unit for driving the activation means, - first transmission means (9, 20a, 21), associated with the activation means and capsule opening means, to convert a first portion of rotational movement (R1, R'1) of the driving gear into a translational movement (A'1, A1) of the injection plate for moving the liquid injection means between a distant position and an injection position of the liquid injection means relative to the housing (51, 52) or capsule, and - second transmission means (4, 23), associated with the activation means and capsule opening means, for moving the gas injection means between a retracted position to a protruding position relative to the injection plate when the driving gear is driven along a second portion of rotational movement by the drive unit.
A cooking apparatus comprising: a main body provided to accommodate an induction heating coil; and a glass assembly provided above the main body to allow a cooking container to be placed thereon, wherein the glass assembly comprises: a first glass forming a first area on which the cooking container is to be placed; a second glass forming a second area separated from the first area; and a coupling member coupled to each of the first glass and the second glass, the coupling member comprising a base disposed below the first glass and the second glass to support the first glass and the second glass; characterized in that the coupling member comprises a column extending upward from the base and be curved to correspond to a side surface of the first glass and a side surface of the second glass. a main body provided to accommodate an induction heating coil; and a glass assembly provided above the main body to allow a cooking container to be placed thereon, wherein the glass assembly comprises: a first glass forming a first area on which the cooking container is to be placed; a second glass forming a second area separated from the first area; and a coupling member coupled to each of the first glass and the second glass, the coupling member comprising a base disposed below the first glass and the second glass to support the first glass and the second glass; characterized in that the coupling member comprises a column extending upward from the base and be curved to correspond to a side surface of the first glass and a side surface of the second glass. a first glass forming a first area on which the cooking container is to be placed; a second glass forming a second area separated from the first area; and a coupling member coupled to each of the first glass and the second glass, the coupling member comprising a base disposed below the first glass and the second glass to support the first glass and the second glass; characterized in that the coupling member comprises a column extending upward from the base and be curved to correspond to a side surface of the first glass and a side surface of the second glass.
A rotary wing aircraft comprising: a dual, counter-rotating, coaxial rotor system having an upper rotor system (16, 44) and a lower rotor system (18, 36) rotatable about a common axis relative to an airframe; a plurality of blade assemblies mounted to a portion of either the upper rotor system (16, 44) or the lower rotor system (18, 36); a plurality of individually controllable actuators (38, 46), a sensor system within an airframe; and a controller in communication with the sensor system and the plurality of actuators (38, 46) to individually control the upper rotor system (16, 44) and the lower rotor system (18, 36) to reduce vibration within the airframe characterized in that each of the plurality of individually controllable actuators (38,46) is coupled to one of the blade assemblies and configured to control movement of the coupled blade assembly about a pitch axis and wherein six unique vibration loads of each the upper rotor system (16,44) and the lower rotor system (18, 36) combine in the rotor system to yield six net vibratory hub loads applied to the airframe at a location where the rotor system is mounted to the airframe and the six net vibratory hub loads are suppressed to produce low fuselage vibration. a dual, counter-rotating, coaxial rotor system having an upper rotor system (16, 44) and a lower rotor system (18, 36) rotatable about a common axis relative to an airframe; a plurality of blade assemblies mounted to a portion of either the upper rotor system (16, 44) or the lower rotor system (18, 36); a plurality of individually controllable actuators (38, 46), a sensor system within an airframe; and a controller in communication with the sensor system and the plurality of actuators (38, 46) to individually control the upper rotor system (16, 44) and the lower rotor system (18, 36) to reduce vibration within the airframe characterized in that each of the plurality of individually controllable actuators (38,46) is coupled to one of the blade assemblies and configured to control movement of the coupled blade assembly about a pitch axis and wherein six unique vibration loads of each the upper rotor system (16,44) and the lower rotor system (18, 36) combine in the rotor system to yield six net vibratory hub loads applied to the airframe at a location where the rotor system is mounted to the airframe and the six net vibratory hub loads are suppressed to produce low fuselage vibration.
A process for preparing a powdered composition for the production of an acidified milk beverage, comprising: a) preparing an aqueous solution containing a milk-based ingredient and a stabilizer; b) acidifying the aqueous solution with a food grade acid under high shear conditions for 30 to 60 minutes; c) homogenizing the acidified solution; and d) spray drying the acidified solution into a powder, wherein the powder comprises: i) 6-31% of a stabilizer, which is selected from the group consisting of carboxymethyl cellulose, pectin, xanthan, guar and carrageen; ii) 48-87% of a milk-based ingredient, which is milk powder or milk protein concentrate; and iii) 7-21% of a food-grade acid; based on the total weight of the powder, wherein the sum of the amounts of all ingredients is equal to 100%; wherein the acidified solution has the total protein content of 1.0-7.0 wt% and a pH of 3.0-5.0; and wherein the food grade acid is added in the form of an aqueous solution at the concentration of 3.5-20 wt%.. a) preparing an aqueous solution containing a milk-based ingredient and a stabilizer; b) acidifying the aqueous solution with a food grade acid under high shear conditions for 30 to 60 minutes; c) homogenizing the acidified solution; and d) spray drying the acidified solution into a powder, wherein the powder comprises: i) 6-31% of a stabilizer, which is selected from the group consisting of carboxymethyl cellulose, pectin, xanthan, guar and carrageen; ii) 48-87% of a milk-based ingredient, which is milk powder or milk protein concentrate; and iii) 7-21% of a food-grade acid; i) 6-31% of a stabilizer, which is selected from the group consisting of carboxymethyl cellulose, pectin, xanthan, guar and carrageen; ii) 48-87% of a milk-based ingredient, which is milk powder or milk protein concentrate; and iii) 7-21% of a food-grade acid;
An electrode structure, which is disposed on a substrate of a solar cell, the electrode structure comprising: a plurality of bus electrodes separately disposed on the substrate; and a plurality of finger electrodes (312, 312a) disposed on two sides of the bus electrodes and electrically connected to the bus electrodes; wherein said finger electrodes (312, 312a) comprise first finger electrodes and second finger electrodes disposed on the top of said first finger electrodes, such that the thickness of the finger electrodes (312, 312a) is larger than that of the bus electrodes, characterised in that the width of the second finger electrodes is smaller than the width of the first finger electrodes. a plurality of bus electrodes separately disposed on the substrate; and a plurality of finger electrodes (312, 312a) disposed on two sides of the bus electrodes and electrically connected to the bus electrodes; wherein said finger electrodes (312, 312a) comprise first finger electrodes and second finger electrodes disposed on the top of said first finger electrodes, such that the thickness of the finger electrodes (312, 312a) is larger than that of the bus electrodes, characterised in that the width of the second finger electrodes is smaller than the width of the first finger electrodes.
Reflector body, in particular a spherical retro-reflective marker which has at least three reflector body segments, wherein each reflector body segment has a coating which comprises a reflection film, wherein the reflector body has a substantially spherical reflection surface, wherein the reflector body has a sphere segment-shaped base segment with an adapter receptacle, wherein the base segment has at least one reflector body segment, and wherein the reflector body furthermore has at least two further reflector body segments, which complement the sphere segment-shaped base segment to form a spherical shape, wherein the base segment has a substantially cylindrical holding portion which corresponds to partially cylindrical recesses of the other reflector body segments such that the reflector body segments can be applied easily to the base segment.