mhurhangee/ep-ind-claims huggingface dataset:
A method for an ownship aircraft to sequence behind a lead aircraft on an approach to a runway, comprising: receiving, by a processing system onboard the ownship aircraft, an altitude, a position, and a velocity for the ownship aircraft; receiving, by the processing system, a position, an elevation and an orientation of the runway,inbound course data for the ownship aircraft, approach slope, final approach fix position, weather data and wind data; receiving, by the processing system via a traffic system, a turbulence category, an altitude, a position, and a velocity for the lead aircraft; receiving, from a user interface, a pilot selection of the lead aircraft; and by the processing system, responsive to the pilot selection of the lead aircraft: calculating, an arrival time of the lead aircraft at the runway; determining a target point for the ownship aircraft to merge onto a centerline of the runway by processing the arrival time of the lead aircraft at the runway with a desired separation time together with the position, the elevation and the orientation of the runway,the inbound course data for the ownship aircraft, the approach slope, the final approach fix position, the weather data and the wind data; and computing and providing vertical commands, lateral commands, and a speed target to guide the ownship aircraft to the target point with the desired separation from the lead aircraft and at a profile selected in terms of fuel burn and speed conditions. receiving, by a processing system onboard the ownship aircraft, an altitude, a position, and a velocity for the ownship aircraft; receiving, by the processing system, a position, an elevation and an orientation of the runway,inbound course data for the ownship aircraft, approach slope, final approach fix position, weather data and wind data; receiving, by the processing system via a traffic system, a turbulence category, an altitude, a position, and a velocity for the lead aircraft; receiving, from a user interface, a pilot selection of the lead aircraft; and calculating, an arrival time of the lead aircraft at the runway; determining a target point for the ownship aircraft to merge onto a centerline of the runway by processing the arrival time of the lead aircraft at the runway with a desired separation time together with the position, the elevation and the orientation of the runway,the inbound course data for the ownship aircraft, the approach slope, the final approach fix position, the weather data and the wind data; and computing and providing vertical commands, lateral commands, and a speed target to guide the ownship aircraft to the target point with the desired separation from the lead aircraft and at a profile selected in terms of fuel burn and speed conditions.
A system for flexibly forming a mold and for manufacturing a model casting, the system comprising a mounting platform, a plurality of mold rods for forming the mold, a conveying device for conveying the mold rods to the assembly platform, wherein the mounting platform constitutes a support surface defined on a floor for a stack of the mold rods, characterized in that the conveying device is adapted to grip the mold rods and deposit them on the mounting platform in such a way that a stack of the mold rods is formable and that one side of the stack is formable by means of the position of the mold rods to form a portion of the mold so that at least one side of the mold is formable by the stack of mold rods. a mounting platform, a plurality of mold rods for forming the mold, a conveying device for conveying the mold rods to the assembly platform,
Lighting and/or signalling device comprising a housing, a transparent element delimiting, with the housing, an enclosure, a light source and at least one radiator in thermal contact with said source, the radiator extending in the enclosure, and the device comprising at least one heat sink, called first sink, which produces a heat exchange between air contained in the enclosure and a flow of air outside the enclosure, characterized in that the radiator has a part for dispersing heat given off by said source and a part for picking up said heat, said dispersion part being situated in an internal volume delimited by the enclosure at a distance from the transparent element of between 5 mm and 50 mm.
A header for a harvester comprising a carrier frame, at least one blade displaceable in the carrier frame, a drive train which is drivable in rotation and which has a torsionally elastic element between a drive side element and a driven side element, and an eccentric mechanism connected to the driven side element for conversion of a rotary movement of the drive train into an oscillating movement of the blade, wherein the drive side element has non-rotatably connected fingers and the driven side element has non-rotatably connected fingers, characterised in that the torsionally elastic element includes at least one coil spring, that the torsionally elastic element has a pair of fingers, that is non-rotatably connected to the drive side element, and a pair of fingers, that is non-rotatably connected to the driven side element, and that a respective finger (45, 48) of the drive side and the driven side pairs of fingers is opposite an identical end (42, 43) of the at least one coil spring.
A method for manufacturing a combined model for use in planning, visualization and manufacturing of a bridge restoration, where the method comprises: obtaining a digital 3D representation of a pre-prepared set of teeth (201, 202) showing a region for which the bridge restoration is intended; providing a virtual diagnostic wax-up showing a desired shape of the teeth of the bridge restoration; generating a 3D virtual combined model by virtually replacing one or more teeth of the digital 3D representation of the pre-prepared set of teeth with corresponding teeth of the virtual diagnostic wax-up, wherein virtually replacing comprises virtually removing the one or more teeth from the digital 3D representation of the pre-prepared set of teeth and combining the virtual diagnostic wax-up to the digital 3D representation of the pre-prepared set of teeth; and manufacturing the combined model from the 3D virtual combined model by direct digital manufacturing comprising 3D printing or milling. obtaining a digital 3D representation of a pre-prepared set of teeth (201, 202) showing a region for which the bridge restoration is intended; providing a virtual diagnostic wax-up showing a desired shape of the teeth of the bridge restoration; generating a 3D virtual combined model by virtually replacing one or more teeth of the digital 3D representation of the pre-prepared set of teeth with corresponding teeth of the virtual diagnostic wax-up, wherein virtually replacing comprises virtually removing the one or more teeth from the digital 3D representation of the pre-prepared set of teeth and combining the virtual diagnostic wax-up to the digital 3D representation of the pre-prepared set of teeth; and manufacturing the combined model from the 3D virtual combined model by direct digital manufacturing comprising 3D printing or milling.
A ladle flow control system including the base plate fixed on the ladle; a housing is fixed on this base plate, and the top of housing is connected with the driving mechanism of sliding nozzle; a carrier frame is set on this housing, an elastic used for pressure generation is set on the carrier frame; a slider is set on the carrier frame, and notches (11,51) are set on the corresponding surfaces of the housing and slider, and the bottom plate and the slide plate are respectively embedded in the notches (11,15); further comprising a rolling mechanism and at least one groove, characterized in that a long groove is set on said housing, and a blocking part is set on one end of long groove along the inner wall in the direction towards the carrier frame; on the carrier frame, a rolling mechanism is set corresponding to the long groove, and this rolling mechanism is embedded in the long groove; a guide rail is set on the inner side of blocking part, and the rolling mechanism on the carrier frame moves toward the inside of long groove along the guide rail and is oriented at the blocking part.
An apparatus comprising: a housing of a rack-mount electrical hardware component, the housing having a front, back, sides (102, 104), top, and bottom; a first air intake/outtake formed on the front of the housing; and a second air intake/outtake formed on the back, top, bottom, sides (102, 104), or combinations thereof, characterised in that the apparatus comprises an input/output connector on the front of the housing, the input/output connector electrically connected with the electrical hardware component; and an intermediate plate comprising a top surface, a bottom surface, and a plurality of openings extending through the top surface and the bottom surface of the intermediate plate, wherein the intermediate plate is attached to the housing to define an air flow channel between the intermediate plate and the bottom surface of the top of the housing such that the air flow channel extends from the first air intake/outtake at least partially into the apparatus, through the plurality of openings in the intermediate plate, and adjacent to the heat generating electrical hardware component and wherein the plurality of openings are arranged on the intermediate plate to maintain electromagnetic interference shielding provided by the intermediate plate and to concurrently enable air flow through the intermediate plate. a housing of a rack-mount electrical hardware component, the housing having a front, back, sides (102, 104), top, and bottom; a first air intake/outtake formed on the front of the housing; and a second air intake/outtake formed on the back, top, bottom, sides (102, 104), or combinations thereof, characterised in that the apparatus comprises an input/output connector on the front of the housing, the input/output connector electrically connected with the electrical hardware component; and an intermediate plate comprising a top surface, a bottom surface, and a plurality of openings extending through the top surface and the bottom surface of the intermediate plate, wherein the intermediate plate is attached to the housing to define an air flow channel between the intermediate plate and the bottom surface of the top of the housing such that the air flow channel extends from the first air intake/outtake at least partially into the apparatus, through the plurality of openings in the intermediate plate, and adjacent to the heat generating electrical hardware component and wherein the plurality of openings are arranged on the intermediate plate to maintain electromagnetic interference shielding provided by the intermediate plate and to concurrently enable air flow through the intermediate plate.
Oral composition comprising an active ingredient and pharmaceutically acceptable excipients, wherein the active ingredient is β-escin, for use in treatment of overweight and obesity, wherein the composition is for administration up to five times per day, preferably up to three times per day, most preferably once a day, during or after a meal, and wherein daily dose of β-escin amounts from 2,5 mg to 8,5 mg.
A grain-oriented magnetic steel sheet comprising: grooves each of which has a depth of 5 μm to 50 μm and extends in a direction intersecting a transportation direction, the grooves being formed at predetermined pitches PL in the transportation direction by laser beam irradiation; and a melt-resolidified portion which is formed in a peripheral portion around the bottom of each of the grooves, wherein each of the grooves is formed to be not linear on the grain-oriented magnetic steel sheet, a relationship between a standard deviation value D and the pitch PL satisfies the following expression, the standard deviation value D being a standard deviation of distances between a linear approximation line, which is obtained from a curved center line of each of the grooves in a groove width direction by a least-squares method, and respective positions on the curved center line, the standard deviation value D being calculated as defined in the description, and an average angle formed between tangent lines of the respective positions on the curved center line and a direction perpendicular to the transportation direction is more than 0° to 30°. [Expression 1] 0.02 ≤ D / PL grooves each of which has a depth of 5 μm to 50 μm and extends in a direction intersecting a transportation direction, the grooves being formed at predetermined pitches PL in the transportation direction by laser beam irradiation; and a melt-resolidified portion which is formed in a peripheral portion around the bottom of each of the grooves, wherein each of the grooves is formed to be not linear on the grain-oriented magnetic steel sheet, a relationship between a standard deviation value D and the pitch PL satisfies the following expression, the standard deviation value D being a standard deviation of distances between a linear approximation line, which is obtained from a curved center line of each of the grooves in a groove width direction by a least-squares method, and respective positions on the curved center line, the standard deviation value D being calculated as defined in the description, and an average angle formed between tangent lines of the respective positions on the curved center line and a direction perpendicular to the transportation direction is more than 0° to 30°. [Expression 1] 0.02 ≤ D / PL
A method for wireless communication performed by a user equipment, comprising: monitoring a search space of a control channel for element downlink control information, eDCI, by decoding a set of decoding candidates within the search space to generate a set of decoding outputs; identifying, among the set of decoding outputs, a base eDCI corresponding to a radio network identifier, the base eDCI comprising a first subpart of a downlink control information, DCI, message having a DCI format; parsing the base eDCI to obtain a base payload; determining a location of an extended eDCI within the set of decoding outputs based at least in part on the base eDCI, the extended eDCI comprising a second subpart of the DCI message; parsing the extended eDCI to obtain an extended payload; combining the base payload and the extended payload to form the DCI message having the DCI format, wherein each of the base eDCI and the extended eDCI is independently decoded and has a predetermined fixed length, such that the decoded eDCI is reused when searching for DCI messages of different lengths comprising the same control channel element to which the eDCI is mapped, and forming dynamic length DCI messages; and communicating based at least in part on the DCI message formed by combining the base payload and the extended payload. monitoring a search space of a control channel for element downlink control information, eDCI, by decoding a set of decoding candidates within the search space to generate a set of decoding outputs; identifying, among the set of decoding outputs, a base eDCI corresponding to a radio network identifier, the base eDCI comprising a first subpart of a downlink control information, DCI, message having a DCI format; parsing the base eDCI to obtain a base payload; determining a location of an extended eDCI within the set of decoding outputs based at least in part on the base eDCI, the extended eDCI comprising a second subpart of the DCI message; parsing the extended eDCI to obtain an extended payload; combining the base payload and the extended payload to form the DCI message having the DCI format, wherein each of the base eDCI and the extended eDCI is independently decoded and has a predetermined fixed length, such that the decoded eDCI is reused when searching for DCI messages of different lengths comprising the same control channel element to which the eDCI is mapped, and forming dynamic length DCI messages; and communicating based at least in part on the DCI message formed by combining the base payload and the extended payload.
A method for inhibiting roflumilast crystal growth or changes in particle size in a composition, comprising including hexylene glycol in a composition comprising roflumilast.
A safety laminate comprising at least one interlayer sheet that is laminated to one or more rigid sheets, one or more other polymeric interlayer sheets, or one or more film layers; wherein the at least one interlayer sheet comprises an ethylene copolymer composition; wherein the ethylene copolymer composition comprises a blend of Ethylene Copolymer 1 and Ethylene Copolymer 2; and wherein said Ethylene Copolymer 1 consists essentially of copolymerized units of ethylene, optionally 5 to 40 wt% of copolymerized units of a first olefin having a formula of CH 2 =C(R 1)CO 2 R 2, and 2 to 30 wt% of copolymerized units of a second olefin having a formula of CH 2 =C(R 3)COOH, wherein the weight percentages of the copolymerized units of the first olefin and of the second olefin are based on the total weight of said Ethylene Copolymer 1; wherein optionally at least a portion of the carboxylic acid groups of the second olefin are neutralized to form carboxylate salts; wherein R 1 represents hydrogen or an alkyl group, R 2 represents an alkyl group, and R 3 represents hydrogen or an alkyl group; and wherein said Ethylene Copolymer 2 consists essentially of copolymerized units of ethylene, optionally up to 40 wt% of copolymerized units of the first olefin, and 3 to 15 wt% of copolymerized units of a third olefin having a formula of CH 2 =C(R 4)-D, wherein the weight percentages of the copolymerized units of the first olefin and of the third olefin are based on the total weight of said Ethylene Copolymer 2; wherein R 4 represents hydrogen or an alkyl group; wherein -D represents a moiety selected from the group consisting of -CO 2 R 5, -CO 2 R 6 -R 5, -R 6 -R 5, -O-R 5, and -R 5; wherein R 5 represents a moiety containing an epoxy group and R 6 represents an alkylene group; with the proviso that, in the blend of Ethylene Copolymer 1 and Ethylene Copolymer 2, none of said first, second or third olefins is a dicarboxylic acid or a di-ester, mono-ester or anhydride of the dicarboxylic acid, and with the proviso that the laminate according to Example 1 of WO 2011/014777 A1 is excluded.
Method for displaying standardised Internet pages created for displaying on large format screens by means of HTML or XML protocol, on small displays of one-hand terminals, wherein the one-hand terminal both electronically and tactilely manages a larger screen display which exceeds the display possibilities of the one-hand terminal and within which a clearly legible section of the full picture can be selected by the user by means of tactile or voice control and displayed on the small display of the terminal as a section of a virtual larger picture, characterised in that the HTML page is reduced to the available display format, wherein the display serves as a view for rough identification of the item concerned with the desired information, wherein a pointer is moved by means of a positioning key (3.4) to the position concerned, wherein after this a switch is made to an enlarged display by pressing a zoom key (3.5) and the latter can be effected steplessly or in at least two steps, wherein a switch is made back to the reduced display by pressing the key again, after which a fresh selection can be made, and in addition with the enlarged display the area displayed can be selected optionally as a section of a virtual larger picture by repositioning the pointer, wherein the section of the picture is moved steplessly over the virtual picture when the pointer meets one of the edges of the display, and in that the display control is realised by means of two tactile elements, wherein the positioning key (3.5) allows free positioning of the pointer on the screen of the one-hand terminal, while the zoom key (3.4) serves to enlarge or reduce the selected areas, wherein both control elements are arranged ergonomically on the housing in such a way that both keys can be operated without changing grip position, wherein this is realised by arranging the positioning key on the front side for thumb-operation and arranging the zoom key on the back side for middle-finger operation.
A method of geosteering a well, the method comprising: taking measurements at a plurality of measured depths along a borehole of a subject well being drilled; selecting an offset well log with measurements at a plurality of stratigraphic vertical depths; computing a misfit value for each of a plurality of pairs of measurements of the subject well and the offset well; determining, responsive to the misfit value, a stratigraphic depth of the borehole of the subject well; using a stochastic model to compute a probability distribution of stratigraphic depth at any point along the borehole; and drilling the borehole of the subject well responsive to the determined stratigraphic depth to a target stratigraphic depth. taking measurements at a plurality of measured depths along a borehole of a subject well being drilled; selecting an offset well log with measurements at a plurality of stratigraphic vertical depths; computing a misfit value for each of a plurality of pairs of measurements of the subject well and the offset well; determining, responsive to the misfit value, a stratigraphic depth of the borehole of the subject well; using a stochastic model to compute a probability distribution of stratigraphic depth at any point along the borehole; and drilling the borehole of the subject well responsive to the determined stratigraphic depth to a target stratigraphic depth.