mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a vehicle, comprising: performing, by a cloud server, a three-dimensional simulation on actual driving conditions of vehicles (210, 220) within a predetermined area based on real-time collected information of a controlled vehicle and information of surrounding vehicles, wherein the information of the controlled vehicle and the information of the surrounding vehicles is received from the controlled vehicle and the surrounding vehicles, respectively, by a plurality of repeaters (1, 2,..., N) distributed along a road, and uploaded from the repeaters (1, 2,..., N) to the cloud server, wherein the information of the controlled vehicle includes at least speed, vehicle location, driving direction and destination information, as well as the three-dimensional information of the controlled vehicle, and the information of said surrounding vehicles includes at least vehicle location, driving direction, and speed information of said surrounding vehicles within a predetermined area of the controlled vehicle, as well as the three-dimensional information of said surrounding vehicles; generating, by the cloud server, control information for decisions in driving simulation on the controlled vehicle according to the three-dimensional simulation on the driving condition of the vehicles (210, 220); and sending the control information to an on-board automatic driving system of the controlled vehicle to synchronously control the controlled vehicle to drive according to the sent control information. performing, by a cloud server, a three-dimensional simulation on actual driving conditions of vehicles (210, 220) within a predetermined area based on real-time collected information of a controlled vehicle and information of surrounding vehicles, wherein the information of the controlled vehicle and the information of the surrounding vehicles is received from the controlled vehicle and the surrounding vehicles, respectively, by a plurality of repeaters (1, 2,..., N) distributed along a road, and uploaded from the repeaters (1, 2,..., N) to the cloud server, wherein the information of the controlled vehicle includes at least speed, vehicle location, driving direction and destination information, as well as the three-dimensional information of the controlled vehicle, and the information of said surrounding vehicles includes at least vehicle location, driving direction, and speed information of said surrounding vehicles within a predetermined area of the controlled vehicle, as well as the three-dimensional information of said surrounding vehicles; generating, by the cloud server, control information for decisions in driving simulation on the controlled vehicle according to the three-dimensional simulation on the driving condition of the vehicles (210, 220); and sending the control information to an on-board automatic driving system of the controlled vehicle to synchronously control the controlled vehicle to drive according to the sent control information.
A gyratory cone crusher including: - a support frame having a vertical axis X; - a receiving formation mounted rigidly in the frame, a central vertical axis of the receiving formation being in line with vertical axis X; - a crushing head slideably engaged with the receiving formation and having a first, upwardly presented conical crushing surface; - a crushing bowl having a second crushing surface spaced apart from the first crushing surface, the crushing bowl being mounted eccentrically in a housing; characterized by - the second crushing surface being downwardly presented and funnel-shaped; - the crushing bowl being positioned at an angle oblique to vertical axis X; - a flywheel mounted rotatably about vertical axis X, the flywheel including a passage having a central axis located in line with axis Z for receiving the housing therein, the housing being inhibited from rotating with the flywheel by a retaining formation; and - a drive means for driving the flywheel; wherein rotation of the flywheel causes the housing and thereby the crushing bowl and second crushing surface to gyrate about axis Z. - a support frame having a vertical axis X; - a receiving formation mounted rigidly in the frame, a central vertical axis of the receiving formation being in line with vertical axis X; - a crushing head slideably engaged with the receiving formation and having a first, upwardly presented conical crushing surface; - a crushing bowl having a second crushing surface spaced apart from the first crushing surface, the crushing bowl being mounted eccentrically in a housing; characterized by - the second crushing surface being downwardly presented and funnel-shaped; - the crushing bowl being positioned at an angle oblique to vertical axis X; - a flywheel mounted rotatably about vertical axis X, the flywheel including a passage having a central axis located in line with axis Z for receiving the housing therein, the housing being inhibited from rotating with the flywheel by a retaining formation; and - the second crushing surface being downwardly presented and funnel-shaped; - the crushing bowl being positioned at an angle oblique to vertical axis X; - a flywheel mounted rotatably about vertical axis X, the flywheel including a passage having a central axis located in line with axis Z for receiving the housing therein, the housing being inhibited from rotating with the flywheel by a retaining formation; and - a flywheel mounted rotatably about vertical axis X, the flywheel including a passage having a central axis located in line with axis Z for receiving the housing therein, the housing being inhibited from rotating with the flywheel by a retaining formation; and - a drive means for driving the flywheel; wherein rotation of the flywheel causes the housing and thereby the crushing bowl and second crushing surface to gyrate about axis Z.
A vehicle seat comprising: a seatback frame; a backrest section for supporting a back of an occupant; a swivel-coupling section that couples the backrest section to the seatback frame so that said backrest section is capable of swiveling with respect to the seatback frame in a seat width direction about a swivel axis running along the seatback front-rear direction, and swiveling about a swivel axis running along the seatback up-down direction; and an outer periphery support section that couples a plurality of locations at an outer peripheral side of the backrest section to the seatback frame, that supports the backrest section with respect to the seatback frame, and that permits the backrest section to swivel and restricts displacement of the backrest section toward a seatback rear side with respect to the seatback frame, and also restricts displacement of the backrest section toward a seatback front side and to within a specific range in the seatback width direction. a seatback frame; a backrest section for supporting a back of an occupant; a swivel-coupling section that couples the backrest section to the seatback frame so that said backrest section is capable of swiveling with respect to the seatback frame in a seat width direction about a swivel axis running along the seatback front-rear direction, and swiveling about a swivel axis running along the seatback up-down direction; and an outer periphery support section that couples a plurality of locations at an outer peripheral side of the backrest section to the seatback frame, that supports the backrest section with respect to the seatback frame, and that permits the backrest section to swivel and restricts displacement of the backrest section toward a seatback rear side with respect to the seatback frame, and also restricts displacement of the backrest section toward a seatback front side and to within a specific range in the seatback width direction.
Angle measuring system, comprising a first component group and a second component group, wherein the first component group is mounted rotatably about an axis in relation to the second component group and - the first component group has a ring (1.1) with a running surface (1.14) and an angle scaling (1.21), - the second component group has • a further ring (2.1) with a further running surface (2.14), and • a sensor (2.2) for scanning the angle scaling (1.21), and - rolling elements are arranged between the running surfaces (1.14, 2.14), wherein the angle scaling (1.21) is applied in such a way that a geometrical pattern of the angle scaling (1.21) in a first region differs from a geometrical pattern of the angle scaling (1.21) in a second region in dependence on radial runouts of the running surfaces (1.14, 2.14) and/or of the rolling elements. - the first component group has a ring (1.1) with a running surface (1.14) and an angle scaling (1.21), - the second component group has • a further ring (2.1) with a further running surface (2.14), and • a sensor (2.2) for scanning the angle scaling (1.21), and • a further ring (2.1) with a further running surface (2.14), and • a sensor (2.2) for scanning the angle scaling (1.21), and - rolling elements are arranged between the running surfaces (1.14, 2.14), wherein the angle scaling (1.21) is applied in such a way that a geometrical pattern of the angle scaling (1.21) in a first region differs from a geometrical pattern of the angle scaling (1.21) in a second region in dependence on radial runouts of the running surfaces (1.14, 2.14) and/or of the rolling elements.
A curable resin composition for fuel cell electrolyte films, comprising 100 parts by mass of a monomer containing per molecule at least one ethylenically unsaturated group and at least one ion conductive group or at least one precursor group capable of forming an ion conductive group through chemical reaction, 10 to 400 parts by mass of an oligomer containing per molecule at least two reactive groups copolymerisable with the ethylenically unsaturated group in monomer component and having a number average molecular weight of at least 400, 10 to 400 parts by mass of a fluororesin, and 0 to 2,000 parts by mass of a solvent. 100 parts by mass of a monomer containing per molecule at least one ethylenically unsaturated group and at least one ion conductive group or at least one precursor group capable of forming an ion conductive group through chemical reaction, 10 to 400 parts by mass of an oligomer containing per molecule at least two reactive groups copolymerisable with the ethylenically unsaturated group in monomer component and having a number average molecular weight of at least 400, 10 to 400 parts by mass of a fluororesin, and 0 to 2,000 parts by mass of a solvent.
Method for producing a plurality of cavities in a turbomachine disk, said cavities extending between a first lateral surface and a second lateral surface of a turbomachine disk, said first surface and second surface extending orthogonally to an axis of the disk, the method comprising the following steps: - Positioning a ring facing the first surface so as to centre the ring on the axis of the disk, said ring comprising an inner periphery including a plurality of protrusions complementary in shape to the cavities that are to be produced - Circulating an electrolyte close to the protrusions on the ring - Activating a first translational movement of the ring along the axis of the disk towards the second surface - Activating a rotation of the disk about the axis of the disk - Generating an electric current pulse in the electrolyte when the ring is substantially at the first surface, said pulse resulting in the ionic dissolution of the disk at the protrusions on the ring, the method being characterised by the following steps: - Reducing the speed of rotation to a first reduced speed, when the ring is substantially at the first surface, for a first period of time - Stopping the first translation of the ring when the ring has been moved in translation beyond the second surface. - Positioning a ring facing the first surface so as to centre the ring on the axis of the disk, said ring comprising an inner periphery including a plurality of protrusions complementary in shape to the cavities that are to be produced - Circulating an electrolyte close to the protrusions on the ring - Activating a first translational movement of the ring along the axis of the disk towards the second surface - Activating a rotation of the disk about the axis of the disk - Generating an electric current pulse in the electrolyte when the ring is substantially at the first surface, said pulse resulting in the ionic dissolution of the disk at the protrusions on the ring, - Reducing the speed of rotation to a first reduced speed, when the ring is substantially at the first surface, for a first period of time - Stopping the first translation of the ring when the ring has been moved in translation beyond the second surface.
Needle cover for protecting a needle mounted on a tip of a barrel of a medical injection device, wherein the tip extends from a distal face of the barrel, the needle cover comprising: - an inner needle shield extending along a longitudinal axis, comprising an inner proximal connection part configured to sealingly contact the tip of the barrel, - an outer needle shield surrounding at least partially the inner needle shield, and fixed to said inner needle shield, the needle cover being characterized in that it comprises at least one actuator integral with the outer needle shield, said at least one actuator comprising a proximal inner surface which is tilted relative to the longitudinal axis, the actuator being radially movable inwardly relative to the longitudinal axis to slidingly engage the proximal inner tilted surface with the distal face of the barrel so as to cause the needle cover to move in a distal direction along the tip by a wedge effect. - an inner needle shield extending along a longitudinal axis, comprising an inner proximal connection part configured to sealingly contact the tip of the barrel, - an outer needle shield surrounding at least partially the inner needle shield, and fixed to said inner needle shield, the needle cover being characterized in that it comprises at least one actuator integral with the outer needle shield, said at least one actuator comprising a proximal inner surface which is tilted relative to the longitudinal axis, the actuator being radially movable inwardly relative to the longitudinal axis to slidingly engage the proximal inner tilted surface with the distal face of the barrel so as to cause the needle cover to move in a distal direction along the tip by a wedge effect.
Three-dimensional bipolymeric matrix deploying biomechanical activity, capable of neutralizing the different physiopathological parameters involved in the development and worsening of skin lesions and/or wounds combining: - a first polymeric network comprising first colloids (Col-1) non-covalently linked with a non-sulphated cross-linked polysaccharide; and - a second cross-linked polymeric network comprising second colloids (Col-2) covalently or non-covalently linked with a sulphated polysaccharide. - a first polymeric network comprising first colloids (Col-1) non-covalently linked with a non-sulphated cross-linked polysaccharide; and - a second cross-linked polymeric network comprising second colloids (Col-2) covalently or non-covalently linked with a sulphated polysaccharide.
A method comprising: imaging a first graybody located inside a pod with a focal plane array, wherein the first graybody has a first emissivity; imaging with the FPA a second graybody located inside the pod having a lower emissivity than the first graybody; using data captured while imaging the first and second graybodies to perform non-uniformity correction of the FPA; and capturing image data of a scene outside the pod with the FPA after performing NUC. imaging a first graybody located inside a pod with a focal plane array, wherein the first graybody has a first emissivity; imaging with the FPA a second graybody located inside the pod having a lower emissivity than the first graybody; using data captured while imaging the first and second graybodies to perform non-uniformity correction of the FPA; and capturing image data of a scene outside the pod with the FPA after performing NUC.
A method operable by a mobile entity, ME, in a wireless network, comprising: in response to the ME being served by a first serving cell, receiving a plurality of cell timing offsets provided in positioning assistance data from the network, a first cell timing offset from the plurality of cell timing offsets being relative to a reference cell; determining a first time difference of arrival, TDOA, of a signal from a first neighbor cell at the ME; in response to the ME being handed over to a second serving cell: calculating, at the ME, an adjusted cell timing offset based at least in part on a difference between a second cell timing offset and the first cell timing offset, the second cell timing offset being relative to the second serving cell; calculating a second time difference of arrival, TDOA, of a signal from a second neighbor cell at the ME,, the second neighbor cell being different from the second serving cell; calculating an adjusted TDOA based at least in part on a difference between the second TDOA and the adjusted cell timing offset; and calculating a position of the ME based at least in part on the adjusted TDOA. in response to the ME being served by a first serving cell, receiving a plurality of cell timing offsets provided in positioning assistance data from the network, a first cell timing offset from the plurality of cell timing offsets being relative to a reference cell; determining a first time difference of arrival, TDOA, of a signal from a first neighbor cell at the ME; in response to the ME being handed over to a second serving cell: calculating, at the ME, an adjusted cell timing offset based at least in part on a difference between a second cell timing offset and the first cell timing offset, the second cell timing offset being relative to the second serving cell; calculating a second time difference of arrival, TDOA, of a signal from a second neighbor cell at the ME,, the second neighbor cell being different from the second serving cell; calculating an adjusted TDOA based at least in part on a difference between the second TDOA and the adjusted cell timing offset; and calculating a position of the ME based at least in part on the adjusted TDOA. calculating, at the ME, an adjusted cell timing offset based at least in part on a difference between a second cell timing offset and the first cell timing offset, the second cell timing offset being relative to the second serving cell; calculating a second time difference of arrival, TDOA, of a signal from a second neighbor cell at the ME,, the second neighbor cell being different from the second serving cell; calculating an adjusted TDOA based at least in part on a difference between the second TDOA and the adjusted cell timing offset; and calculating a position of the ME based at least in part on the adjusted TDOA.
Device for introducing a solids-containing slurry deposit into a layer of earth, comprising a) an introduction device having a set of first application openings and a set of second application openings which, in the operating position of the introduction device, are vertically spaced apart from the first application openings, b) a distributor device comprising ∘ a distributor interior, ∘ an input opening, which opens into the distributor interior, for supplying solids-containing slurry, ∘ a first set of a plurality of first output openings for discharging the solids-containing slurry from the distributor interior, and ∘ a second set of a plurality of second output openings for discharging the solids-containing slurry from the distributor interior, c) a first set of a plurality of first connection lines, each first connection line extending from a line start to a line end, being connected at the line start thereof to a first output opening, and being connected at the line end thereof to a first application opening of the set of first application openings, d) a second set of a plurality of second connection lines, each second connection line extending from a line start to a line end, being connected at the line start thereof to a second output opening, and being connected at the line end thereof to a second application opening of the set of second application openings, characterised in that the first output openings have a larger cross-sectional area than the second output openings. a) an introduction device having a set of first application openings and a set of second application openings which, in the operating position of the introduction device, are vertically spaced apart from the first application openings, b) a distributor device comprising ∘ a distributor interior, ∘ an input opening, which opens into the distributor interior, for supplying solids-containing slurry, ∘ a first set of a plurality of first output openings for discharging the solids-containing slurry from the distributor interior, and ∘ a second set of a plurality of second output openings for discharging the solids-containing slurry from the distributor interior, ∘ a distributor interior, ∘ an input opening, which opens into the distributor interior, for supplying solids-containing slurry, ∘ a first set of a plurality of first output openings for discharging the solids-containing slurry from the distributor interior, and ∘ a second set of a plurality of second output openings for discharging the solids-containing slurry from the distributor interior, c) a first set of a plurality of first connection lines, each first connection line extending from a line start to a line end, being connected at the line start thereof to a first output opening, and being connected at the line end thereof to a first application opening of the set of first application openings, d) a second set of a plurality of second connection lines, each second connection line extending from a line start to a line end, being connected at the line start thereof to a second output opening, and being connected at the line end thereof to a second application opening of the set of second application openings,
A device for cleaning the interior wall of a catheter, the device comprising a cleaning lumen having an exterior surface, a proximal end, and a distal end, and a collar capable of sliding axially from a first location to a second location along the exterior surface of the cleaning lumen, characterised in that said collar has a cuff encircling and closest to the cleaning lumen, an outer annular ring and a support network attaching the cuff and ring to each other.