mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a prepreg (1b, 1c, 1d, 1e), comprising: discharging a molten resin in planar form, from a slit having a discharge line, to form a resin film (2, 2a, 2b, 2c, 2d), and applying said resin film onto a reinforcing fiber sheet conveyed continuously, wherein said reinforcing fiber sheet is conveyed substantially in the horizontal direction, and wherein an angle made between the discharge direction of the resin and the conveyance direction of said reinforcing fiber sheet is 80°or less, and wherein a distance between the center of the discharge line and the reinforcing fiber sheet is 3 mm or more. discharging a molten resin in planar form, from a slit having a discharge line, to form a resin film (2, 2a, 2b, 2c, 2d), and applying said resin film onto a reinforcing fiber sheet conveyed continuously, wherein said reinforcing fiber sheet is conveyed substantially in the horizontal direction, and wherein an angle made between the discharge direction of the resin and the conveyance direction of said reinforcing fiber sheet is 80°or less, and wherein a distance between the center of the discharge line and the reinforcing fiber sheet is 3 mm or more.
An image pipeline execution method implemented by a printing system, the method comprising: analyzing at least one attribute of an image; determining an image type of the image from a set of predetermined image types based on the analyzing the at least one attribute of the image; dynamically establishing an image pipeline to process the image based on the image type; and executing the image pipeline to print the image; wherein the dynamically establishing an image pipeline to process the image based on the image type comprises selecting a halftoning pipeline stage from a set of predetermined pipeline stages. analyzing at least one attribute of an image; determining an image type of the image from a set of predetermined image types based on the analyzing the at least one attribute of the image; dynamically establishing an image pipeline to process the image based on the image type; and executing the image pipeline to print the image; wherein the dynamically establishing an image pipeline to process the image based on the image type comprises selecting a halftoning pipeline stage from a set of predetermined pipeline stages.
A mask (100, 200, 300, 1032, 1132, 1300, 1500) for performing an eye exam using an ophthalmic instrument, the ophthalmic instrument operable to direct an incident light beam to a subject's eyes and receive a reflected or scattered light beam from the subject's eyes, the mask comprising: one or more optically transparent sections (124, 224, 301, 1040, 1196) configured to be optically interfaced with a docking portion of the ophthalmic instrument, wherein at least one of the one or more optically transparent sections has a constant thickness over an area of at least 2 cm 2 for said incident light beam to said subject's eyes and for reflected or scattered light from the subject's eyes to pass through said one or more optically transparent sections; a proximal portion (154, 254, 1048) having a rear surface that faces the subject's face when in use; and a mask attachment portion configured to attach to the ophthalmic instrument thereby restricting movement of said mask once attached to said ophthalmic instrument; characterised in that at least a portion of the one or more optically transparent sections is sloped with respect to the incident light beam when the mask is optically interfaced with the docking portion. one or more optically transparent sections (124, 224, 301, 1040, 1196) configured to be optically interfaced with a docking portion of the ophthalmic instrument, wherein at least one of the one or more optically transparent sections has a constant thickness over an area of at least 2 cm 2 for said incident light beam to said subject's eyes and for reflected or scattered light from the subject's eyes to pass through said one or more optically transparent sections; a proximal portion (154, 254, 1048) having a rear surface that faces the subject's face when in use; and a mask attachment portion configured to attach to the ophthalmic instrument thereby restricting movement of said mask once attached to said ophthalmic instrument;
Electrical winding, especially high-voltage winding for voltage ranges up to 36 kV, for a dry transformer with a winding conductor wound in multiple windings to form a coil, said coil having been embedded in a solid insulation body, and said coil and said insulation body being part of the winding, wherein a coating having a particular sheet resistance in the range from 10 2 Ω/□ to 10 5 Ω/□ has been provided on at least one surface of the insulation body, the coating is producible by application of a formulation comprising water as solvent and comprises a resin component and at least one nanoscale and electrically conductive filler in an amount of less than 20% by weight and/or less than 10% by volume, wherein the nanoscale filler is present in a particle size of less than 500 nm and comprises carbon nanotubes, CNTs.
A method for producing hydrogen and oxygen, the method comprising the steps of: (i) reducing an oxidised mediator at a working electrode to yield a mediator, and oxidising water at a counter electrode to yield oxygen; and (ii) oxidising the mediator to yield hydrogen, wherein the oxygen generation step is performed non-simultaneously to the hydrogen generation step, and the oxidised mediator of step (ii) is used as the oxidised mediator of step (i), or the mediator of step (i) is used as the mediator of step (ii), and the mediator has a reversible redox wave lying between the onset of the oxygen evolution reaction and the hydrogen evolution reaction. (i) reducing an oxidised mediator at a working electrode to yield a mediator, and oxidising water at a counter electrode to yield oxygen; and (ii) oxidising the mediator to yield hydrogen,
A User Equipment, UE, comprising: a transmission unit, wherein upon Public Land Mobile Network, PLMN, change of the UE from an old PLMN to a new PLMN, in a case that a first timer is deactivated for a Data Network Name, DNN, and the old PLMN, but a second timer is not running and is not deactivated for the DNN and the new PLMN, the transmission unit is configured to send a PDU SESSION ESTABLISHMENT REQUEST message for the same DNN or no DNN in the new PLMN without stopping the first timer, and the first timer and the second timer are timers associated with DNN based congestion control. a transmission unit, wherein upon Public Land Mobile Network, PLMN, change of the UE from an old PLMN to a new PLMN, in a case that a first timer is deactivated for a Data Network Name, DNN, and the old PLMN, but a second timer is not running and is not deactivated for the DNN and the new PLMN, the transmission unit is configured to send a PDU SESSION ESTABLISHMENT REQUEST message for the same DNN or no DNN in the new PLMN without stopping the first timer, and the first timer and the second timer are timers associated with DNN based congestion control.
A non-transitory machine readable medium storing a map application executable by at least one processing unit of a device, the application comprising sets of instructions for: identifying a transit route between a starting location and a destination location, the transit route comprising a set of transit legs that each is serviced by transit vehicles of a transit line; characterized in that the application further comprises sets of instructions for: categorizing a transit line as one of a high frequency transit line and a low frequency transit line based on a number of departures of transit vehicles of the transit line from a transit station during a particular period of time; when the transit line is categorized as a high frequency transit line at the transit station, displaying a departure schedule in a frequency of departures format for transit vehicles of the transit line from the transit station of a transit leg serviced by the transit line; and when the transit line is categorized as a low frequency transit line at the transit station, displaying a departure schedule from the transit station in an absolute time format for the transit vehicles. identifying a transit route between a starting location and a destination location, the transit route comprising a set of transit legs that each is serviced by transit vehicles of a transit line; characterized in that the application further comprises sets of instructions for: categorizing a transit line as one of a high frequency transit line and a low frequency transit line based on a number of departures of transit vehicles of the transit line from a transit station during a particular period of time; when the transit line is categorized as a high frequency transit line at the transit station, displaying a departure schedule in a frequency of departures format for transit vehicles of the transit line from the transit station of a transit leg serviced by the transit line; and when the transit line is categorized as a low frequency transit line at the transit station, displaying a departure schedule from the transit station in an absolute time format for the transit vehicles. categorizing a transit line as one of a high frequency transit line and a low frequency transit line based on a number of departures of transit vehicles of the transit line from a transit station during a particular period of time; when the transit line is categorized as a high frequency transit line at the transit station, displaying a departure schedule in a frequency of departures format for transit vehicles of the transit line from the transit station of a transit leg serviced by the transit line; and when the transit line is categorized as a low frequency transit line at the transit station, displaying a departure schedule from the transit station in an absolute time format for the transit vehicles.
Device for machining the cornea of a human eye with focused pulsed laser radiation, including a laser source controllable components for setting the location of the radiation focus, a control computer for controlling the components and the laser source and a control program for the control computer, the control program containing instructions adapted to, upon execution by the control computer, generate an incision figure in the cornea permitting the insertion of an intrastromal corneal ring implant, the incision figure including at least one ring incision situated totally deep within the corneal tissue and also at least one opening incision extending at right angles to the ring plane of the ring incision from the anterior surface of the cornea or from the posterior surface of the cornea as far as at least the ring incision, the ring incision exhibiting, assigned to the opening incision, a radial - relative to the ring axis - widening zone, and the opening incision impinging on the ring incision in the widening zone, characterised in that the opening incision is oriented radially relative to the ring axis.
A gas turbine engine having a core engine including: a compressor, combustion equipment which receives compressed air from the compressor, a circumferential row of nozzle guide vanes, and a turbine, the nozzle guide vanes defining a throat for entry of hot working gases from the combustion equipment into the turbine; and the gas turbine engine further having an air system which is switchably operable between an on-position which opens a diversion pathway along which a portion of the compressed air exiting the compressor bypasses the combustion equipment to join the hot working gases at re-entry holes located between the nozzle guide vanes and a rotor at the front of the turbine, thereby increasing the semi-dimensional mass flow ω 0.5 / of the core engine at the exit of the compressor, and an off-position which closes the diversion pathway, thereby decreasing the semi-dimensional mass flow of the core engine at the exit of the compressor, ω being the real mass flow of the compressed air exiting the compressor, T30 being the temperature of the compressed air exiting the compressor, and P30 being the pressure of the compressed air exiting the compressor; wherein the air system is configured such that said portion of the compressed air is at least 2% of the total compressed air exiting the compressor.
A container designated as big bag or FIBC having antistatic properties, wherein the wall of the container comprises a multilayer film with a dissipative barrier layer formed by a foil made of metal, namely an aluminium layer, and with a plastic layer of reduced electrical resistance which forms the middle layer of a coextrusion film consisting of three coextruded layers and with a low-stretch plastic layer which is provided on the side of the barrier layer facing away from the coextrusion film, characterized in that the barrier layer being bonded to the coextrusion film, the plastic layer of reduced electrical resistance contains embedded carbon components having a carbon content of 30% to 80%, such • that it is configured to be dissipative in that it has an electrical resistance of at most 10 8 Ω over its layer thickness, • or that it is configured to be antistatic in that it has an electrical resistance of between 10 8 Ω and 10 11 Ω over its layer thickness. • that it is configured to be dissipative in that it has an electrical resistance of at most 10 8 Ω over its layer thickness, • or that it is configured to be antistatic in that it has an electrical resistance of between 10 8 Ω and 10 11 Ω over its layer thickness.
Sliding switch for a motor vehicle, having a slider element and a main body, by which a guide is formed, along which the slider element can be moved from a starting position in at least one direction of movement, and with a haptic device for outputting haptic feedback to an operator when the slider element is moved, wherein the haptic device has at least one pressure piece (26, 28) which is guided along a guide track (22, 24) of the sliding switch when the slider element is moved, wherein the at least one pressure piece (26, 28) is formed in one piece with an arm (36, 38) which is arranged on the slider element, wherein the haptic device has two pressure pieces (26, 28) which are guided along respective guide tracks (22, 24) during the movement of the slider element, wherein the guide tracks (22, 24) are symmetrically formed with respect to a longitudinal axis of the sliding switch, which coincides with the at least one movement direction, and wherein the pressure pieces (26, 28) are formed in one piece with respective arms (36, 38) which are arranged on the slider element, wherein the sliding switch comprises a spring element which loads the arms (36, 38) with a force which presses the pressure piece (26, 28) against the guide track (22, 24), characterized in that the at least one spring element is formed as a coil spring and the arm (36, 38) has a projection (46, 48) which is aligned with the pressure piece (26, 28) and is surrounded by an end portion of the coil spring. wherein the at least one pressure piece (26, 28) is formed in one piece with an arm (36, 38) which is arranged on the slider element, wherein the haptic device has two pressure pieces (26, 28) which are guided along respective guide tracks (22, 24) during the movement of the slider element, wherein the guide tracks (22, 24) are symmetrically formed with respect to a longitudinal axis of the sliding switch, which coincides with the at least one movement direction, and wherein the pressure pieces (26, 28) are formed in one piece with respective arms (36, 38) which are arranged on the slider element, wherein the sliding switch comprises a spring element which loads the arms (36, 38) with a force which presses the pressure piece (26, 28) against the guide track (22, 24), characterized in that the at least one spring element is formed as a coil spring and the arm (36, 38) has a projection (46, 48) which is aligned with the pressure piece (26, 28) and is surrounded by an end portion of the coil spring.
Arrangement comprising a part for fastening a bumper to a body element of a motor vehicle, comprising a wall configured to hug a corresponding wall of the bumper and a longitudinal rim extending substantially perpendicularly to the wall along a longitudinal edge of the latter and intended to be secured to a corresponding rim of the bumper, the part comprising an element sliding in a direction parallel to the longitudinal edge of the wall, this sliding element being arranged below the longitudinal rim and retained by retaining elements secured to the wall so as to be able to slide between at least two predetermined positions, namely a mounting position and a blocking position, the sliding element comprising abutments arranged opposite the longitudinal rim, the longitudinal rim comprising protuberances on a face opposed to its face situated opposite the sliding element, in that the sliding element and the abutments are arranged such that: - when the sliding element is in the blocking position, the abutments are situated below the longitudinal rim, bearing against the latter and beneath the protuberances of the longitudinal rim, - when the sliding element passes from the mounting position to the blocking position, the abutments of the sliding element move the longitudinal rim and its protuberances by a predetermined distance in a direction perpendicular to the longitudinal rim, characterized in that the sliding element is formed by a plurality of box structures of substantially parallelepipedal shape connected by rectilinear connection elements sufficiently flexible to allow for variation in curvatures of the longitudinal edge and in that the retaining elements of the wall are configured to retain each rectilinear element between the said at least two predetermined positions of the sliding element. - when the sliding element is in the blocking position, the abutments are situated below the longitudinal rim, bearing against the latter and beneath the protuberances of the longitudinal rim, - when the sliding element passes from the mounting position to the blocking position, the abutments of the sliding element move the longitudinal rim and its protuberances by a predetermined distance in a direction perpendicular to the longitudinal rim, characterized in that the sliding element is formed by a plurality of box structures of substantially parallelepipedal shape connected by rectilinear connection elements sufficiently flexible to allow for variation in curvatures of the longitudinal edge and in that the retaining elements of the wall are configured to retain each rectilinear element between the said at least two predetermined positions of the sliding element.
An ultrasonic device (300, 400, 500, 600) comprising: an ultrasonic transducer (360, 460, 560, 660); an elongated probe (304, 510, 610) attached to the ultrasonic transducer (360, 460, 560, 660), the probe (304, 510, 610) comprising a tip (310, 410, 511); and a gas delivery system, the gas delivery system comprising: a gas inlet (424, 522, 622), a gas flow path (413, 524, 624) through the probe (304, 510, 610), and a gas outlet (414, 525, 625) at the tip (310, 410, 511) of the probe (304, 510, 610); characterized in that: the probe (304, 510, 610) comprises a ceramic; and a ratio of the cross-sectional area of the tip (310, 410, 511) of the probe (304, 510, 610) to the cross-sectional area of the gas outlet (414, 525, 625) is in a range from about 30:1 to about 1000:1. an ultrasonic transducer (360, 460, 560, 660); an elongated probe (304, 510, 610) attached to the ultrasonic transducer (360, 460, 560, 660), the probe (304, 510, 610) comprising a tip (310, 410, 511); and a gas delivery system, the gas delivery system comprising: a gas inlet (424, 522, 622), a gas flow path (413, 524, 624) through the probe (304, 510, 610), and a gas outlet (414, 525, 625) at the tip (310, 410, 511) of the probe (304, 510, 610); characterized in that: the probe (304, 510, 610) comprises a ceramic; and a ratio of the cross-sectional area of the tip (310, 410, 511) of the probe (304, 510, 610) to the cross-sectional area of the gas outlet (414, 525, 625) is in a range from about 30:1 to about 1000:1. a gas delivery system, the gas delivery system comprising: a gas inlet (424, 522, 622), a gas flow path (413, 524, 624) through the probe (304, 510, 610), and a gas outlet (414, 525, 625) at the tip (310, 410, 511) of the probe (304, 510, 610); a gas inlet (424, 522, 622), a gas flow path (413, 524, 624) through the probe (304, 510, 610), and a gas outlet (414, 525, 625) at the tip (310, 410, 511) of the probe (304, 510, 610); characterized in that: the probe (304, 510, 610) comprises a ceramic; and a ratio of the cross-sectional area of the tip (310, 410, 511) of the probe (304, 510, 610) to the cross-sectional area of the gas outlet (414, 525, 625) is in a range from about 30:1 to about 1000:1. the probe (304, 510, 610) comprises a ceramic; and a ratio of the cross-sectional area of the tip (310, 410, 511) of the probe (304, 510, 610) to the cross-sectional area of the gas outlet (414, 525, 625) is in a range from about 30:1 to about 1000:1.
A method, implemented on a device, of identifying a user comprising the steps of: a) receiving a biometric information sample provided by the user for use in identifying the user; b) determining electronic data representing said biometric information sample of the user; c) analyzing the electronic data to determine features thereof and comparing the features of the electronic data against templates of features relating to identifications of users; and d) when the features of the electronic data match the features of a template within predetermined limits: identifying the user; and, calculating a distance between the electronic data and the template and, when the distance is above a predetermined distance, storing the electronic data as an adaptive enrollment in the form of a subsidiary template. a) receiving a biometric information sample provided by the user for use in identifying the user; b) determining electronic data representing said biometric information sample of the user; c) analyzing the electronic data to determine features thereof and comparing the features of the electronic data against templates of features relating to identifications of users; and d) when the features of the electronic data match the features of a template within predetermined limits: identifying the user; and, calculating a distance between the electronic data and the template and, when the distance is above a predetermined distance, storing the electronic data as an adaptive enrollment in the form of a subsidiary template. identifying the user; and, calculating a distance between the electronic data and the template and, when the distance is above a predetermined distance, storing the electronic data as an adaptive enrollment in the form of a subsidiary template.
Method of manufacturing a two-layer multistrand metal cord, wherein: - N wires constituting an outer layer of a strand (TI, TE) are wound in a helix around 2 wires constituting an inner layer of the strand (TI, TE) so as to form the strand (TI, TE); - L>1 previously formed outer strands constituting an unsaturated outer layer of the cord are wound in a helix around K>1 previously formed inner strands constituting an inner layer of the cord, - overtwisting of the wound cord (TI, TE) is carried out; - a step of balancing the overtwisted cord is carried out so as to obtain zero residual torque in the cord, and - a step of untwisting the balanced overtwisted cord is carried out. - N wires constituting an outer layer of a strand (TI, TE) are wound in a helix around 2 wires constituting an inner layer of the strand (TI, TE) so as to form the strand (TI, TE); - L>1 previously formed outer strands constituting an unsaturated outer layer of the cord are wound in a helix around K>1 previously formed inner strands constituting an inner layer of the cord, - overtwisting of the wound cord (TI, TE) is carried out; - a step of balancing the overtwisted cord is carried out so as to obtain zero residual torque in the cord, and - a step of untwisting the balanced overtwisted cord is carried out.