mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula III: wherein: R is selected from methyl, trifluoromethyl, and methyl substituted with a carboxy group; n is an integer from 1 to 30; and X is -O- or -NH-. and pharmaceutically acceptable salts and solvates thereof. R is selected from methyl, trifluoromethyl, and methyl substituted with a carboxy group; n is an integer from 1 to 30; and X is -O- or -NH-.
Method for electropneumatically triggering a manually operable RtR valve in a trailer vehicle comprising a pneumatic braking system and an air suspension system, wherein - the RtR valve returns from a non-driving position to a driving position by being triggered, - and the RtR valve, in order to be triggered, is activated by an electrical pulse when the vehicle has reached a minimum speed as the speed increases, characterized in that the trailer vehicle comprises separate reservoirs (12, 13) for the braking system and for the air suspension system, in that compressed air from the reservoir for the braking system flows into the reservoir of the air suspension system only after an overflow pressure has been reached and only the reservoir of the air suspension system provides compressed air for triggering the RtR valve, and in that the RtR valve is triggered on the basis of the minimum speed and a reservoir pressure in the braking system. - the RtR valve returns from a non-driving position to a driving position by being triggered, - and the RtR valve, in order to be triggered, is activated by an electrical pulse when the vehicle has reached a minimum speed as the speed increases,
A skirting board, comprising a core with an upper side, an opposed lower side and a front side and back side situated opposite to each other and extending between the lower side and the upper side, and a plate-shaped material, which is attached to the core and covers at least the front side, wherein the plate-shaped material, seen from the upper side of the core, extends to beyond the lower side of the core, whereby the plate-shaped material is a synthetic material sheet made of a vinyl-containing material and having a thickness larger than 1.8 mm, wherein said synthetic material sheet at least comprises a basic layer, a decoration layer and a transparent top layer, wherein said plate-shaped material is bent at the location of the tip of a V-groove, such that said plate-shaped material also covers said upper side and wherein said V-groove is provided in the core in the direction of the plate-shaped material, however remaining remote from the top layer and the decoration layer, such that at least the side of the plate-shaped material facing away from the core covers the front side and the upper side of the core uninterruptedly.
A method of measuring transducer currents in a wind turbine generator control system, the method comprising: selectively activating a set of one or more transducers in a group of transducers; taking a first measurement of the current through the group of transducers; selectively activating a different set of one or more transducers in the group of transducers; and taking a second measurement of the current through the group of transducers. selectively activating a set of one or more transducers in a group of transducers; taking a first measurement of the current through the group of transducers; selectively activating a different set of one or more transducers in the group of transducers; and taking a second measurement of the current through the group of transducers.
A method for configuring a gap, comprising: transmitting, by a first base station, a first message to a user equipment to configure the gap, the first message comprising first time reference information and the first time reference information indicating a cell including, a primary cell of the first base station, a primary cell of a second base station, or a serving cell; and configuring, by using the first message, the user equipment to use a system frame number and a subframe of the cell for gap calculation. transmitting, by a first base station, a first message to a user equipment to configure the gap, the first message comprising first time reference information and the first time reference information indicating a cell including, a primary cell of the first base station, a primary cell of a second base station, or a serving cell; and configuring, by using the first message, the user equipment to use a system frame number and a subframe of the cell for gap calculation.
Sieve belt unit for a harvesting machine, in particular for a root crop harvester for sieving off admixtures of a mixture of crop and admixtures, comprising a sieve belt with at least two endless carriers, preferably in the form of carrier belts or chains, between which sieve bars are arranged transversely to the conveying direction, which form a plurality of sieve bar units, in particular each comprising at least two sieve bars (4, 6), at least some of the sieve bars being movably fixed relative to the endless carriers, wherein the sieve belt unit has a positioning means which is arranged at least in sections along the sieve belt and acts on the movable sieve bars and by means of which a spacing A in the conveying direction F of subsequent sieve bars is defined and variably adjustable in the sieving zone S as viewed in the sieving direction, characterized in that each sieve bar unit has at least one flap unit with at least one of the two sieve bars (4, 6), the flap unit is pivotable or rotatable by means of at least one joint connected to the endless carrier, and the positioning means is designed for affecting an angular position of the flap unit, and wherein at least one actuator is associated with the positioning means, by means of which the distance of at least one part of the positioning means guiding the flap unit from the endless carrier can be adjusted.
A method for processing a signal received from a fiber optic sensor array using time division multiplexing comprising the steps of: modulating the signal with a phase generated carrier optical signal at a modulation frequency that is an odd harmonic of a usual phase generated carrier frequency, the usual phase generated carrier frequency being one eighth of the time division multiplexing signal sampling rate; delivering the signal to an interferometric system; and demodulating the signal using a demodulation algorithm that is independent of a predetermined phase offset associated with a sampling of the phase generated carrier. modulating the signal with a phase generated carrier optical signal at a modulation frequency that is an odd harmonic of a usual phase generated carrier frequency, the usual phase generated carrier frequency being one eighth of the time division multiplexing signal sampling rate; delivering the signal to an interferometric system; and demodulating the signal using a demodulation algorithm that is independent of a predetermined phase offset associated with a sampling of the phase generated carrier.
Method for preparing a composition comprising silico/germano-metallic mineral particles functionalised with at least one organic group, said particles comprising at least one silicon atom (Si) and/or at least one germanium atom (Ge) and at least one atom of a metal selected from the group consisting of alkali metals, alkaline earth metals and transition metals, wherein: - hydrothermal treatment is carried out under pressure of a hydrogel precursor of said silico/germano-metallic mineral particles, characterised in that: - a precursor hydrogel comprising silico/germano-metallic particles having at least one organic group is prepared by carrying out a co-precipitation reaction in an aqueous medium between: • at least one metallic salt of said metal, • at least one source of silicon and/or germanium, and • at least one compound selected from water-soluble oxysilanes and oxygermanes and having formula: in which: - T is selected from silicon and germanium, - R1, R2 and R3 are identical or different, and selected from hydrogen and linear alkyl groups comprising 1 to 3 carbon atoms, and - A is selected from aliphatic groups, aromatic groups and hydrocarbon groups comprising at least one heteroatom, said metallic salt, said source of silicon and/or germanium and said compound selected from water-soluble oxysilanes and oxygermanes brought together such that the atomic percentage of oxysilane and/or oxygermane with respect to the total number of moles of silicon and/or germanium is between 0.1% and 75%. - hydrothermal treatment is carried out under pressure of a hydrogel precursor of said silico/germano-metallic mineral particles, characterised in that: - a precursor hydrogel comprising silico/germano-metallic particles having at least one organic group is prepared by carrying out a co-precipitation reaction in an aqueous medium between: • at least one metallic salt of said metal, • at least one source of silicon and/or germanium, and • at least one compound selected from water-soluble oxysilanes and oxygermanes and having formula: • at least one metallic salt of said metal, • at least one source of silicon and/or germanium, and • at least one compound selected from water-soluble oxysilanes and oxygermanes and having formula: - T is selected from silicon and germanium, - R1, R2 and R3 are identical or different, and selected from hydrogen and linear alkyl groups comprising 1 to 3 carbon atoms, and - A is selected from aliphatic groups, aromatic groups and hydrocarbon groups comprising at least one heteroatom,
Filling system for filling containers with a liquid product, comprising at least one filling element (2, 2a-2g), with a filling element housing which, in relation to a vertical filling element axis, is arranged below a filling product reservoir, with a liquid-carrying duct formed in the filling element housing, said duct being in connection with the filling product reservoir and forming on a lower side of the filling element housing at least one product discharge opening, with at least one liquid valve arranged in the liquid-carrying duct, with a return gas pipe forming a first gas channel, which during the filling is in connection with a container interior of the container which is to be filled, with an actuation device (18, 18d), producing at least one stroke (H1, H2) axially in relation to the filling element axis, for the opening and closing of the liquid valve, as well as with at least one gas chamber (3.1, 29) for discharging the return gas which is dispelled by the filling product from the container interior during the filling of the container and/or for imposing a filling pressure on the container interior, and/or for flushing the container interior with a flushing gas, and/or for evacuating the container interior, wherein the return gas pipe serves as a valve tappet of the liquid valve and is moved axially by the actuation device (18, 18d) for the opening and closing of the liquid valve, wherein the filling element housing is configured with a tubular housing section (6.1) extending into the container during the filling, at which the product discharge opening is provided, wherein the actuation device controls with its axial stroke at least one first control valve (15, 30) arranged in the connection between the gas channel of the return gas pipe and the gas chamber (3.1, 29) at the same time, characterised in that the return gas pipe is broadened at its lower end (12.1) in the form of a small screen, such that, when the liquid valve is closed, this end (12.1) is in contact against the opening edge of the housing section (6.1), and, as a result of this, the liquid-carrying duct surrounding the return gas pipe in ring fashion can additionally be closed in the region of the filling product discharge opening.
Step ladder for a work vehicle, comprising a frame configured to be fixed to a portion of said work vehicle and a plurality of steps (3; 4) carried by said frame; said plurality of steps (3; 4) being arranged one above the other along a first direction and extending along a second direction transversal to said first direction; wherein at least one among said steps (3; 4) is movably carried by said frame so that it can be slidably adjustable along a third direction between at least a first and a second operative positions (I, II); said third direction being transversal to said first and second directions (Z, Y); said step ladder further comprising first cam means and fixing means, said first cam means supporting in a movable manner a first side (4a; 4b) of said at least one step with respect to said frame and said fixing means locking a second side (4b; 4a) of said at least one step with respect to said frame in said at least first and second operative positions (I, II), said step ladder is characterized in that said fixing means comprise a coupling element and at least two seats (25, 26) realized in one between said at least one step and said frame along said third direction, said coupling element being configured to selectively engage one of said seats (25, 26) to lock, in use, the position of said at least one step with respect to said frame. said plurality of steps (3; 4) being arranged one above the other along a first direction and extending along a second direction transversal to said first direction; wherein at least one among said steps (3; 4) is movably carried by said frame so that it can be slidably adjustable along a third direction between at least a first and a second operative positions (I, II); said third direction being transversal to said first and second directions (Z, Y); said step ladder further comprising first cam means and fixing means, said first cam means supporting in a movable manner a first side (4a; 4b) of said at least one step with respect to said frame and said fixing means locking a second side (4b; 4a) of said at least one step with respect to said frame in said at least first and second operative positions (I, II),
A method for assessing a flow of a sprayed coating, comprising the steps of: • providing a coating with a plurality of tracer particles (22, 32); • spraying the provided coating onto a surface; • capturing a plurality of images of the sprayed surface at a predetermined frequency within a predetermined interval of time; • processing each captured image; deriving at least one flow parameter of the sprayed coating from tracer particles (22, 32) imaged by the plurality of processed images. • providing a coating with a plurality of tracer particles (22, 32); • spraying the provided coating onto a surface; • capturing a plurality of images of the sprayed surface at a predetermined frequency within a predetermined interval of time; • processing each captured image;
A drive device for driving an element, comprising - a toothed-belt drive with a toothed belt, - at least one toothed disk (26, 26-1, 26-2) with tooth recesses for taking along teeth of the toothed belt, - a guide track which is nonlinear in at least some sections and in which the element is guided by means of a guiding means, characterized in that - at least one driving member attached to the toothed belt is provided, - the at least one toothed disk (26, 26-1, 26-2) has driving member recesses for taking along the at least one driving member, wherein - the driving member forms a connecting member that can be connected to the element to be driven, - the at least one toothed disk (26, 26-1, 26-2) redirects the toothed belt and thus the driving member in a manner corresponding to the guide track which is nonlinear in some sections. - a toothed-belt drive with a toothed belt, - at least one toothed disk (26, 26-1, 26-2) with tooth recesses for taking along teeth of the toothed belt, - a guide track which is nonlinear in at least some sections and in which the element is guided by means of a guiding means, - at least one driving member attached to the toothed belt is provided, - the at least one toothed disk (26, 26-1, 26-2) has driving member recesses for taking along the at least one driving member, wherein - the driving member forms a connecting member that can be connected to the element to be driven, - the at least one toothed disk (26, 26-1, 26-2) redirects the toothed belt and thus the driving member in a manner corresponding to the guide track which is nonlinear in some sections. - the driving member forms a connecting member that can be connected to the element to be driven, - the at least one toothed disk (26, 26-1, 26-2) redirects the toothed belt and thus the driving member in a manner corresponding to the guide track which is nonlinear in some sections.
Container for candle product intended to be filled with flammable material with a wick passing through the material, including a bottom and side walls, made of plastic, where the plastic is a polymer containing 40 to 99.99 wt.% of polylactide PLA and 0.01 to 60 wt.% of ammonium polyphosphate APP, wherein the polylactide PLA is a mixture of poly-L-lactide PLLA and poly-D-lactide PDLA isomers, wherein the mixture contains at least 80 wt.% of PLLA and not more than 20 wt.% of PDLA, characterised in that the mixture of polylactide PLA isomers in the form of poly-L-lactide PLLA and poly-D-lactide PDLA contains 4 wt.% to 7 wt.% of poly-D-lactide PDLA.
A method comprising: receiving a triggering message that identifies respective configurations of a sounding reference signal, SRS, for a component carrier and an associated segment carrier, the segment carrier being a contiguous bandwidth extension of the component carrier to which it is associated, wherein the configuration of the SRS for the component carrier is different than the configuration of the SRS for the segment carrier; and causing the SRS to be transmitted in accordance with the respective configurations identified by the triggering message via uplink subframes of the component carrier and the segment carrier, wherein a component carrier has two or more associated segment carriers as contiguous bandwidth extensions of the component carrier, and receiving the triggering message comprises receiving the triggering message that identifies each of the two or more segment carriers associated with the component carrier. receiving a triggering message that identifies respective configurations of a sounding reference signal, SRS, for a component carrier and an associated segment carrier, the segment carrier being a contiguous bandwidth extension of the component carrier to which it is associated, wherein the configuration of the SRS for the component carrier is different than the configuration of the SRS for the segment carrier; and causing the SRS to be transmitted in accordance with the respective configurations identified by the triggering message via uplink subframes of the component carrier and the segment carrier, wherein a component carrier has two or more associated segment carriers as contiguous bandwidth extensions of the component carrier, and receiving the triggering message comprises receiving the triggering message that identifies each of the two or more segment carriers associated with the component carrier.
A method of making a urinary catheter, comprising: applying a first coating to a catheter shaft, the first coating comprising (i) a hydrogel, (ii) glycerin and/or water, and (iii) polyethylene glycol to form a coated catheter; placing the coated catheter into a package comprising a gas impermeable foil material. applying a first coating to a catheter shaft, the first coating comprising (i) a hydrogel, (ii) glycerin and/or water, and (iii) polyethylene glycol to form a coated catheter; placing the coated catheter into a package comprising a gas impermeable foil material.
Device for exhaust gas purification for internal combustion engines comprising a control unit, a switching device, a counter-current heat exchanger, at least one exhaust gas purification component, and at least two different flow paths, characterized in that in the flow direction of the exhaust gas downstream of the switching device either the at least one exhaust gas purification component and the counter-current heat exchanger or the counter-current heat exchanger and the at least one exhaust gas purification component are arranged in succession, wherein the switching device, the at least one exhaust gas purification component, the counter-current heat exchanger and the flow paths are integrated in a compact exhaust gas treatment unit, wherein at least one flow path runs as a diversion or as a flow channel from the entry of the exhaust gas treatment unit to the entry of the inlet channels of the counter-current heat exchanger, and wherein at least one flow path runs as a diversion or as a flow channel from the exit of the inlet channels of the counter-current heat exchanger to the start of the exhaust gas purification components, wherein the switching device may be adjusted between two positions continuously or abruptly, wherein in a first position of the switching device a diversion or a flow channel of the exhaust gas to the at least one exhaust gas purification component is opened and wherein in a second position of the switching device the flow path (6,6') of the exhaust gas to the at least one exhaust gas purification component is blocked, so that the exhaust gas flows through a diversion or a flow channel in the inlet channels of the counter-current heat exchanger, where it is heated and from where it is conveyed via the diversion or a flow channel to the at least one exhaust gas purification component and after passing said exhaust gas purification component leaves the exhaust gas purification unit through the outlet channels of the counter-current heat exchanger, and characterized in that the at least one exhaust gas purification component and the counter-current heat exchanger are enclosed by an insulating and sealing material (16,17) as well as by a common casing.
A method of targeting speech and disregarding noise in an automatic speech extraction system, comprising: accepting a voice signal in a system for automatic speech extraction; identifying: a fundamental frequency of the voice signal, and at least one harmonic of the fundamental frequency; applying a filter to the fundamental frequency and the at least one harmonic to disregard non-harmonic energy, thereby forming one or more harmonic-only signals; performing an amplitude modulation on the one or more harmonic-only signals, thereby forming one or more amplitude modulated harmonic-only signals; constructing one or more signal-to-noise ratios for the one or more amplitude modulated harmonic-only signals; disregarding one or more signals from among the one or more amplitude modulated harmonic-only signals whose signal-to-noise ratio falls below a threshold amplitude; applying a bandpass filter to the extracted amplitude patterns, the bandpass filter having a range characteristic of human speech, thereby disregarding one or more signals from among the one or more amplitude modulated harmonic-only signals whose amplitude modulations are inconsistent with human speech, to produce a resultant signal; and outputting the resultant signal. accepting a voice signal in a system for automatic speech extraction; identifying: a fundamental frequency of the voice signal, and at least one harmonic of the fundamental frequency; a fundamental frequency of the voice signal, and at least one harmonic of the fundamental frequency; applying a filter to the fundamental frequency and the at least one harmonic to disregard non-harmonic energy, thereby forming one or more harmonic-only signals; performing an amplitude modulation on the one or more harmonic-only signals, thereby forming one or more amplitude modulated harmonic-only signals; constructing one or more signal-to-noise ratios for the one or more amplitude modulated harmonic-only signals; disregarding one or more signals from among the one or more amplitude modulated harmonic-only signals whose signal-to-noise ratio falls below a threshold amplitude; applying a bandpass filter to the extracted amplitude patterns, the bandpass filter having a range characteristic of human speech, thereby disregarding one or more signals from among the one or more amplitude modulated harmonic-only signals whose amplitude modulations are inconsistent with human speech, to produce a resultant signal; and outputting the resultant signal.