mhurhangee/ep-ind-claims huggingface dataset:
A method for determining collision risk(s) between a taxiing aircraft and an object(s) external to the taxiing aircraft, the method comprising one or more processors performing the following steps: collecting, via an avionics unit, position, heading, and/or ground-speed data of the taxiing aircraft; predicting, based on the collected position, heading, and/or ground-speed data, a future position of the taxiing aircraft within a time interval; tracking, via an object detection system, a location(s) of the object(s) external to the taxiing aircraft; predicting, based on the tracked location(s), a future location(s) of the object(s) external to the taxiing aircraft within the time interval; and determining, based on the predicted future location(s) of the object(s) and the future position of the taxiing aircraft within the time interval, a measure(s) of collision risk, wherein the measure(s) of collision risk is indicative of a predicted minimum separation distance between the predicted future location(s) of the object(s) and the future position of the taxiing aircraft within the time interval; characterised by the one or more processors: forming image data of a view of an area external to and including the taxiing aircraft; mapping into the image data symbols indicative of the object(s) external to the aircraft at the tracked location(s); rendering the image data with velocity vectors associated with the object(s) external to the aircraft; and annotating the image data with the determined measure(s) of collision risk. collecting, via an avionics unit, position, heading, and/or ground-speed data of the taxiing aircraft; predicting, based on the collected position, heading, and/or ground-speed data, a future position of the taxiing aircraft within a time interval; tracking, via an object detection system, a location(s) of the object(s) external to the taxiing aircraft; predicting, based on the tracked location(s), a future location(s) of the object(s) external to the taxiing aircraft within the time interval; and determining, based on the predicted future location(s) of the object(s) and the future position of the taxiing aircraft within the time interval, a measure(s) of collision risk, wherein the measure(s) of collision risk is indicative of a predicted minimum separation distance between the predicted future location(s) of the object(s) and the future position of the taxiing aircraft within the time interval; forming image data of a view of an area external to and including the taxiing aircraft; mapping into the image data symbols indicative of the object(s) external to the aircraft at the tracked location(s); rendering the image data with velocity vectors associated with the object(s) external to the aircraft; and annotating the image data with the determined measure(s) of collision risk.
A method for use in a buried object locator system, comprising: receiving a transmitted signal, including timing information, at a buried object transmitter (120, 220, 320, 1220); generating a first timing reference from the timing information at the transmitter; generating, at the buried object transmitter (120, 220, 320, 1220), based in part on the first timing reference, one or more output signals including a plurality of signal components at ones of a plurality of different output frequencies; coupling the one or more output signals from the transmitter to a buried object in the ground to generate a buried object current; receiving, at a buried object locator (103, 1400, 3100, 3800), radiated signal components associated with the buried object current at a plurality of the different output frequencies; determining, at the buried object locator, information associated with the buried object based on two or more of the radiated signal components; and independently determining a second timing reference at the buried object locator, wherein the information associated with the buried object is based in part on the second timing reference. receiving a transmitted signal, including timing information, at a buried object transmitter (120, 220, 320, 1220); generating a first timing reference from the timing information at the transmitter; generating, at the buried object transmitter (120, 220, 320, 1220), based in part on the first timing reference, one or more output signals including a plurality of signal components at ones of a plurality of different output frequencies; coupling the one or more output signals from the transmitter to a buried object in the ground to generate a buried object current; receiving, at a buried object locator (103, 1400, 3100, 3800), radiated signal components associated with the buried object current at a plurality of the different output frequencies; determining, at the buried object locator, information associated with the buried object based on two or more of the radiated signal components; and independently determining a second timing reference at the buried object locator, wherein the information associated with the buried object is based in part on the second timing reference.
An LED driver circuit, the circuit comprising: a signal conditioning circuit configured to limit an input current from an incoming control signal; a voltage regulation circuit in parallel with the signal conditioning circuit, the voltage regulation circuit configured to limit a maximum voltage to a remaining portion of the LED driver circuit; a load circuit; a switching mode power supply circuit in parallel with the signal conditioning circuit, the switching mode power supply circuit configured to deliver a load current to the load circuit, such that the load current is greater than the input current, the load circuit including an LED array; characterized by a dynamic current regulator circuit in series with the switching mode power supply circuit, the dynamic current regulator circuit including a first capacitor in parallel with a first resistor, the dynamic current regulator circuit configured such that current through the first capacitor is greater than current through the first resistor; and a rectifier circuit in parallel with the signal conditioning circuit and the voltage regulation circuit. a signal conditioning circuit configured to limit an input current from an incoming control signal; a voltage regulation circuit in parallel with the signal conditioning circuit, the voltage regulation circuit configured to limit a maximum voltage to a remaining portion of the LED driver circuit; a load circuit; a switching mode power supply circuit in parallel with the signal conditioning circuit, the switching mode power supply circuit configured to deliver a load current to the load circuit, such that the load current is greater than the input current, the load circuit including an LED array; characterized by a dynamic current regulator circuit in series with the switching mode power supply circuit, the dynamic current regulator circuit including a first capacitor in parallel with a first resistor, the dynamic current regulator circuit configured such that current through the first capacitor is greater than current through the first resistor; and a rectifier circuit in parallel with the signal conditioning circuit and the voltage regulation circuit.
An electric switch for a door or tailgate of an automobile vehicle comprising: - un micro-interrupter and, - an actuating lever of said micro-interrupter, said actuating lever being displaceable between two positions, a rest position and a switching position in which it actuates said micro-interrupter, characterized in that it further includes a sealing gasket between said micro-interrupter and said actuating lever, said sealing gasket being configured to ensure sealing between said micro-interrupter and said actuating lever in the two positions of said actuating lever, characterized in that the sealing gasket has an elastic peripheral end cooperating with a complementary appendix of said actuating lever in said rest and switching positions of said actuating lever, and in that said sealing gasket includes a cover of the connections of the micro-interrupter and at least one side chimney for linking said cover to said elastic peripheral end, said sealing gasket being made in one single part by overmolding. - un micro-interrupter and, - an actuating lever of said micro-interrupter, said actuating lever being displaceable between two positions, a rest position and a switching position in which it actuates said micro-interrupter,
A ceramic material, comprising a garnet having the composition represented by the formula A 3-x B 5 O 12:D x and a barium-aluminium oxide of the formula Ba x Al 2y O x+3y, wherein in the garnet A 3-x B 5 O 12:D x: A is selected from lutetium, yttrium, gadolinium, terbium, scandium, another rare earth metal or mixtures thereof, B is selected from aluminum, scandium, gallium, indium, boron or mixtures thereof, D is at least one dopant selected from chromium, manganese and rare earth metals, and 0 < x ≤ 2, and wherein in the barium aluminium oxide Ba x Al 2y O x+3y: x and y are integers > 0, and wherein the barium-aluminum oxide is at least partially present as separate phases and wherein in the ceramic material, the amount of barium is 0.01 to 2.5 wt% and the material shows a porosity of 0.001 to 2 vol% of the entire volume of the material. A is selected from lutetium, yttrium, gadolinium, terbium, scandium, another rare earth metal or mixtures thereof, B is selected from aluminum, scandium, gallium, indium, boron or mixtures thereof, D is at least one dopant selected from chromium, manganese and rare earth metals, and 0 < x ≤ 2, and wherein in the barium aluminium oxide Ba x Al 2y O x+3y: x and y are integers > 0, and wherein the barium-aluminum oxide is at least partially present as separate phases and wherein in the ceramic material, the amount of barium is 0.01 to 2.5 wt% and the material shows a porosity of 0.001 to 2 vol% of the entire volume of the material.
A method for manufacturing a transdermal-absorption sheet with needle-like protruding portions including a drug-containing layer and a non-drug-containing layer, the method comprising: a step of preparing a mold with two-dimensionally arranged needle-like recessed portions and a liquid feeding apparatus comprising a nozzle with a lip surface and a slit-shaped opening formed on the lip surface; a step of filling the two-dimensionally arranged needle-like recessed portions with a drug-containing solution by repeating a filling step of feeding the drug-containing solution from the liquid feeding apparatus to the mold and filling one or more of the needle-like recessed portions constituting one line with the drug-containing solution through the nozzle aligned over the needle-like recessed portions in a state where the nozzle and a front surface of the mold are brought in contact with each other, and a moving step of moving the liquid feeding apparatus relative to the mold in a direction perpendicular to a longitudinal direction of the opening in a state where the nozzle and the front surface of the mold are brought in contact with each other; a step of forming a polymer sheet provided with needle-like protruding portions on a surface of the polymer sheet, the needle-like protruding portions each comprising a drug-containing layer composed of the drug-containing solution and a non-drug-containing layer composed of a non-drug-containing solution and having an inverted shape of the needle-like recessed portions; and a step of peeling the polymer sheet off from the mold. a step of preparing a mold with two-dimensionally arranged needle-like recessed portions and a liquid feeding apparatus comprising a nozzle with a lip surface and a slit-shaped opening formed on the lip surface; a step of filling the two-dimensionally arranged needle-like recessed portions with a drug-containing solution by repeating a filling step of feeding the drug-containing solution from the liquid feeding apparatus to the mold and filling one or more of the needle-like recessed portions constituting one line with the drug-containing solution through the nozzle aligned over the needle-like recessed portions in a state where the nozzle and a front surface of the mold are brought in contact with each other, and a moving step of moving the liquid feeding apparatus relative to the mold in a direction perpendicular to a longitudinal direction of the opening in a state where the nozzle and the front surface of the mold are brought in contact with each other; a step of forming a polymer sheet provided with needle-like protruding portions on a surface of the polymer sheet, the needle-like protruding portions each comprising a drug-containing layer composed of the drug-containing solution and a non-drug-containing layer composed of a non-drug-containing solution and having an inverted shape of the needle-like recessed portions; and a step of peeling the polymer sheet off from the mold.
Monoski, provided in its central region with two binding systems, each having a binding plate (120a, 12b) arranged them for a boot or a foot, wherein the binding plates (120a, 120b) are mounted on the monoski so that they are longitudinally movable in mutually opposite direction, characterized in that on the longitudinal central axis of the monoskis are arranged two pintles (181 a, 181 b) at a distance from each other perpendicular to the monoski surface, about which a swivel plate (180a, 180b) is pivotally mounted a swivel plate, and so that that with respect to the travel direction of the monoski, the end regions on the left side of the rear swivel plate and of the front swivel plate are connected in an articulated manner via a swing cam (123d, 123b) with the left binding plate, and the end regions on the right side of the rear swivel plates and of the front swivel plate are connected via a swing cam (123d, 123b) with the right binding plate, so that the centers of the swing cams (123a-d) form a parallelogram, which can be pivoted about the pintles (181 a, 181b) so that with the binding plates (120a, 120b) in the same parallel alignment thereof to each other, mutually opposite movements forwards and backwards can be executed, with a simultaneous reduction of the lateral distance of the binding plates (120a, 120b) guided mutually parallel to each other.
A prospecting system, comprising: a central console; and a plurality of data collection units; wherein: the plurality of data collection units each comprises a collection station, and two electrodes that are connected to the collection station by a short cable; and each of the plurality of data collection units is connected to the central console via wireless communication, and is configured to receive instructions commanded by the central console, to inject an injection current into the ground, to perform current supply measurement or electrical potential measurement for obtaining a measurement result, and to transmit the measurement result to the central console; characterised in that: each data collection unit further comprises two GPS antennas, wherein each of the two GPS antennas is located on a top of one of the two electrodes by magnetic attraction and is configured for determining a position of the one of the two electrodes. a central console; and a plurality of data collection units; the plurality of data collection units each comprises a collection station, and two electrodes that are connected to the collection station by a short cable; and each of the plurality of data collection units is connected to the central console via wireless communication, and is configured to receive instructions commanded by the central console, to inject an injection current into the ground, to perform current supply measurement or electrical potential measurement for obtaining a measurement result, and to transmit the measurement result to the central console;
A generally continuous string of container carriers, each container carrier for unitizing a plurality of containers, the generally continuous string of container carriers comprising: a first attachment area between each adjacent container carrier of the plurality of container carriers; a second attachment area between each adjacent container carrier of the plurality of container carriers; an aperture dividing the first attachment area from the second attachment area; characterised by a dividing aperture formed in each of the first attachment area and the second attachment area, wherein the dividing aperture is generally oval shaped having two tapered ends; and a perforation formed on each side of the dividing apertures. a first attachment area between each adjacent container carrier of the plurality of container carriers; a second attachment area between each adjacent container carrier of the plurality of container carriers; an aperture dividing the first attachment area from the second attachment area; characterised by a dividing aperture formed in each of the first attachment area and the second attachment area, wherein the dividing aperture is generally oval shaped having two tapered ends; and a perforation formed on each side of the dividing apertures.
Process for the metathesis of two α-olefinic compounds, characterized in that it comprises the extraction of the formed ethylene from the reaction medium by means of at least one membrane that is permeable to gases and impermeable to liquids.
Foundation for a wind turbine, wherein the foundation has substantially prefabricated elements, preferably composed of reinforced concrete, having a first, vertically extending pedestal-like section, on which a tower of the wind turbine is able to be arranged, having a second, substantially horizontally extending section as a foundation body, which is in contact with the ground and has at least two horizontal elements with at least one bearing section at the inner end thereof, wherein the first section is arranged above the at least two bearing sections of the second section, and having a third section, which is arranged below the at least two bearing sections of the second section, characterized in that provision is made of a pedestal which is formed at least from the first, vertically extending pedestal-like section, from the at least two bearing sections of the second section and from the third, vertically extending pedestal-like section, in that the three sections (11, 12, 12a) form at least three tiers (13, 16, 17) which are arranged one above the other and of which the upper and lower tiers (13, 17) are formed from at least two ring-like layers (13a, 13b, 17a, 17b) and the middle tier is formed from at least one ring-like layer, in that the height (H+I, 2x J) of the upper and/or lower tier (13, 17) is smaller than the height of the middle tier, and in that the tiers (13, 16, 17) are vertically braced with the second section by means of at least two vertical clamping members.
A method of controlling radio transmission in a cellular network, the method comprising: - a radio device applying a carrier frequency for transmission of data between the radio device and a base station of the cellular network; - the radio device configuring a measurement time interval in which the radio device temporarily switches from said transmission of data to receiving at least one broadcast signal conveying system information from the base station; and - based on the received at least one broadcast signal, the radio device estimating an offset of the carrier frequency as applied by the radio device to a frequency of a carrier signal as received from the base station. - a radio device applying a carrier frequency for transmission of data between the radio device and a base station of the cellular network; - the radio device configuring a measurement time interval in which the radio device temporarily switches from said transmission of data to receiving at least one broadcast signal conveying system information from the base station; and - based on the received at least one broadcast signal, the radio device estimating an offset of the carrier frequency as applied by the radio device to a frequency of a carrier signal as received from the base station.
A device for separating gas and liquid from a mixture comprising gas and liquid phases, comprising a fluid guide member comprising a fluid inlet, a fluid outlet for a liquid-depleted phase, said fluid inlet and fluid outlet connected by a conduit configured as an elongated spiral disposed about an axis; a porous material as a liquid coalescing medium for receiving a gas-depleted phase at a radially outer surface thereof, said porous material disposed on an exterior surface of the fluid guide radially outward from the elongated spiral conduit with respect to the axis; a plurality of radial channels providing radial flow paths for fluid from the elongated spiral conduit to the porous material.
Method for sorting micro- and nano-fibers in suspension in an aerosol likely to contain fibers of different sizes and possibly non-fibrous particles, comprising the following steps: a/ charging of the particles in suspension in the aerosol, by unipolar ion diffusion; b/ application of an electrical field between two electrically conductive flat surfaces, arranged substantially horizontally; the electrical field being directed in such a way that it exerts an electrostatic force on the charged particles, in opposition to the gravitational force; c/ introduction of an aerosol flow from an input of a height corresponding to at least a part of the height of the space delimited between the two flat surfaces; the flow of the flow of air being non-turbulent in the space between flat surfaces; the flow of air circulating from and/or around the input to one or more outputs; d/ recovery of the part of air flow charged with fibers and circulating at at least one of the outputs in the upper part of the space, or collection of the fibers on the flat surface on top which is in the form of a filtering membrane; the fibers recovered in the part of air flow or collected on the filtering membrane being sorted from the particles exhibiting a smaller form factor or that are non-fibrous initially present in the aerosol. a/ charging of the particles in suspension in the aerosol, by unipolar ion diffusion; b/ application of an electrical field between two electrically conductive flat surfaces, arranged substantially horizontally; the electrical field being directed in such a way that it exerts an electrostatic force on the charged particles, in opposition to the gravitational force; c/ introduction of an aerosol flow from an input of a height corresponding to at least a part of the height of the space delimited between the two flat surfaces; the flow of the flow of air being non-turbulent in the space between flat surfaces; the flow of air circulating from and/or around the input to one or more outputs; d/ recovery of the part of air flow charged with fibers and circulating at at least one of the outputs in the upper part of the space, or collection of the fibers on the flat surface on top which is in the form of a filtering membrane; the fibers recovered in the part of air flow or collected on the filtering membrane being sorted from the particles exhibiting a smaller form factor or that are non-fibrous initially present in the aerosol.
An orodispersible effervescent tablet containing 0.25 mg to 5 mg of budesonide, and the salt of at least one pharmacologically acceptable acid that, in an aqueous environment, can release a gas with a further acid, as well as the salt of a further weak acid or a further weak acid that decreases the pH value in an aqueous solution, wherein the effervescent tablet has a mass of 100 mg to 200 mg, characterized in that it contains sucralose in an amount of 0.1 to 1.0% by weight, based on the weight of the finished tablet, and that the salt of the pharmaceutically acceptable acid, which, in an aqueous environment, can release a gas with an acid, is NaHCO 3, Na 2 CO 3, KHCO 3, K 2 CO 2, CaCO 3, or a mixture thereof and the salt of the further pharmaceutically acceptable weak acid that decreases the pH value in an aqueous solution is disodium citrate, monosodium citrate or a mixture thereof.