mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber comprising: a core section; and a cladding section, wherein, at a wavelength of 1550 nm, a k value expressed by k = 4Aeff/(πMFD 2) is 1.08 or larger, Aeff being an effective area and MFD being a mode field diameter, a chromatic dispersion is +19.0 ps/nm/km or larger and +21.9 ps/nm/km or smaller, and the mode field diameter MFD is 10.3 μm or larger and 13.0 μm or smaller, characterized in that r 1 < r 2 < r 3 is established, r 1 being a radial position at which a refractive index becomes a minimum value N 1 in the core section, r 2 being a radial position at which the refractive index becomes a maximum value N 2 in the core section, and r 3 being a radius of the core section, and a relative refractive index difference Δ 12 of the maximum value N 2 with respect to the minimum value N 1 of the refractive index in the core section is 0.05% or higher and 0.2% or lower. a core section; and a cladding section, a k value expressed by k = 4Aeff/(πMFD 2) is 1.08 or larger, Aeff being an effective area and MFD being a mode field diameter, a chromatic dispersion is +19.0 ps/nm/km or larger and +21.9 ps/nm/km or smaller, and a relative refractive index difference Δ 12 of the maximum value N 2 with respect to the minimum value N 1 of the refractive index in the core section is 0.05% or higher and 0.2% or lower.
A breath test meal comprising a 13 C label for use in a method of diagnosis of delayed gastric emptying, the method comprising: supplying a subject with a breath test meal having a 13 C label; collecting only one breath sample of the subject at only a single time point after the subject consumes the breath test meal, wherein the single time point is a time point that has been previously validated as showing a selected measurement difference between breath test measurements for normal subjects and breath test measurements for delayed subjects, wherein the selected measurement difference is a measurement difference of at least 10 kPCD between normal subjects and delayed subjects, and wherein the single time point is a 90 minute time point; generating a gastric emptying measurement from the breath sample; and using said measurement to provide a test result. supplying a subject with a breath test meal having a 13 C label; collecting only one breath sample of the subject at only a single time point after the subject consumes the breath test meal, wherein the single time point is a time point that has been previously validated as showing a selected measurement difference between breath test measurements for normal subjects and breath test measurements for delayed subjects, wherein the selected measurement difference is a measurement difference of at least 10 kPCD between normal subjects and delayed subjects, and wherein the single time point is a 90 minute time point; generating a gastric emptying measurement from the breath sample; and using said measurement to provide a test result.
An OLED system comprising at least one OLED device comprising a light emitting layer stack on top of a substrate encapsulated by an encapsulating cover, where at least the edges of the substrate and the encapsulating cover are covered with a protection cover made of a moldable material directly deposited onto the substrate and encapsulation cover, the OLED system further comprising at least one electronic board (81, 82) connected to the at least one OLED device by electric connectors, characterized in that the electronic board (81, 82) and the electric connectors are at least partly covered by the protection cover.
An eyelids opening device with drape, comprising: an upper ring to be applied in contact with a face while surrounding eyelids; a lower ring to be inserted into a conjunctiva sac and applied in contact with an eyelids conjunctiva side, the lower ring comprising a flat ring-shaped plate; and an elastic sheet of a flexible tubular thin film located to extend from a face side to the eyelids conjunctiva side, the elastic sheet attaching one end to the upper ring and attaching the other end to the lower ring by expanding, respectively, wherein an outside diameter at a smallest portion of the elastic sheet is substantially equal to or greater than an interpalpebral length between upper and lower eyelids, characterized in that the upper ring comprises a ring-shaped plate and has a flexibility to be foldable in half. an upper ring to be applied in contact with a face while surrounding eyelids; a lower ring to be inserted into a conjunctiva sac and applied in contact with an eyelids conjunctiva side, the lower ring comprising a flat ring-shaped plate; and an elastic sheet of a flexible tubular thin film located to extend from a face side to the eyelids conjunctiva side, the elastic sheet attaching one end to the upper ring and attaching the other end to the lower ring by expanding, respectively, wherein an outside diameter at a smallest portion of the elastic sheet is substantially equal to or greater than an interpalpebral length between upper and lower eyelids, characterized in that the upper ring comprises a ring-shaped plate and has a flexibility to be foldable in half.
Method for monitoring a traffic situation (10, 12, 14) in which a number of vehicles (2, 4, 6) are involved, in which the traffic situation (10, 12, 14) is captured by sensors of the vehicles (2, 4, 6) and data relating to the captured traffic situation (10, 12, 14) are interchanged between the vehicles (2, 4, 6), wherein distances between the vehicles and relative speeds of the vehicles are continuously determined, wherein these data are transmitted to other vehicles, with the result that common data relating to the traffic situation (10, 12, 14) are provided for the vehicles (2, 4, 6), wherein trajectories of the vehicles (2, 4, 6) are controlled taking into account the common data, and wherein a braking distance is divided between vehicles (2, 4, 6), with the result that sufficient distances are still present between the vehicles after the braking has been carried out.
A RFID traceable identification device for wood, said device comprising a body, which is at the first end of the body formed as a tip to facilitate driving the device into the wood to be marked, wherein inside said body a receiving-emitting antenna connected to a processor and memory module is arranged, said module forming together with said antenna an oscillating circuit, characterized in that the device is formed as a flat element, wherein its outer part is made of a laminate consisting of cellulose or a cotton mesh-work and of a binding agent, preferably phenol or epoxy resin, the device allowing insertion into the wood and further processing of the wood without the need to remove the identification device before further treatment.
A method of visualizing synthetic objects within a real-world video clip, comprising the following steps, said steps being executed by a computer system: building into a transparent 3D scene at least one transparent 3D replica of a key object from the real-world video clip, wherein the at least one key object is at least one of static and dynamic based on the real-world video clip; automatically generating 3D space locations of objects in the real-world video clip, the at least one transparent 3D replica of a key object being representative of one of the objects in the real-world video clip, based on point cloud information that includes depth of the objects in the real-world video clip; visualizing, in a viewer application, the built transparent 3D scene and the at least one transparent 3D replica of a key object overlaid on a background layer of the real-world video clip; adding controllable synthetic objects, within the transparent 3D scene representation of the real-world video clip, the transparent 3D scene representation being based on the visualization of the built transparent 3D scene; using the 3D transparent scene as an occlusion layer, wherein a controllable synthetic object appearing behind the at least one transparent 3D replica of a key object based on the point cloud information is occluded and occupying a place of the controllable synthetic object with the real-world video clip; and controlling movement of the controllable synthetic objects independent from the movement of the video clip. building into a transparent 3D scene at least one transparent 3D replica of a key object from the real-world video clip, wherein the at least one key object is at least one of static and dynamic based on the real-world video clip; automatically generating 3D space locations of objects in the real-world video clip, the at least one transparent 3D replica of a key object being representative of one of the objects in the real-world video clip, based on point cloud information that includes depth of the objects in the real-world video clip; visualizing, in a viewer application, the built transparent 3D scene and the at least one transparent 3D replica of a key object overlaid on a background layer of the real-world video clip; adding controllable synthetic objects, within the transparent 3D scene representation of the real-world video clip, the transparent 3D scene representation being based on the visualization of the built transparent 3D scene; using the 3D transparent scene as an occlusion layer, wherein a controllable synthetic object appearing behind the at least one transparent 3D replica of a key object based on the point cloud information is occluded and occupying a place of the controllable synthetic object with the real-world video clip; and controlling movement of the controllable synthetic objects independent from the movement of the video clip.
An LED light module comprising: an electrical device; and an LED light unit driven by the electrical device, the electrical device comprising: a transformer with a ferrite core; a driver circuit comprising: the transformer; a switch mode power supply, wherein the transformer is adapted to be used as an energy commutation component of the switch mode power supply; and an LED driver; and an RF antenna, wherein said RF antenna is electrically isolated from said transformer, and a geometric dimension of the RF antenna along a surface of the RF antenna has a maximum dimension (m), and the RF antenna is spatially spaced from a nearest part of the ferrite core by less than the maximum dimension (m). an electrical device; and an LED light unit driven by the electrical device, the electrical device comprising: a transformer with a ferrite core; a driver circuit comprising: the transformer; a switch mode power supply, wherein the transformer is adapted to be used as an energy commutation component of the switch mode power supply; and an LED driver; and an RF antenna, wherein said RF antenna is electrically isolated from said transformer, and a geometric dimension of the RF antenna along a surface of the RF antenna has a maximum dimension (m), and the RF antenna is spatially spaced from a nearest part of the ferrite core by less than the maximum dimension (m). a transformer with a ferrite core; a driver circuit comprising: the transformer; a switch mode power supply, wherein the transformer is adapted to be used as an energy commutation component of the switch mode power supply; and an LED driver; and the transformer; a switch mode power supply, wherein the transformer is adapted to be used as an energy commutation component of the switch mode power supply; and an LED driver; and an RF antenna, wherein said RF antenna is electrically isolated from said transformer, and a geometric dimension of the RF antenna along a surface of the RF antenna has a maximum dimension (m), and the RF antenna is spatially spaced from a nearest part of the ferrite core by less than the maximum dimension (m).
Method for producing items of packaging from a plastic film, for packaged articles, in particular for containers, in which one layer (2, 3) from a plastic film is welded by way of at least two transverse weld seams (13, 14, 20) to a layer (1, 4) from a plastic film laid thereupon, in order to form compartments for deceiving packaged articles between the one layer (2, 3) and the layer (1, 4) laid thereupon, wherein in each case one part of the one layer (2, 3) and/or in each case one part of the layer (1, 4) laid thereupon is designed so as to be a label for the packaged article, which label is adapted so as to remain on the packaged article when the packaged article is removed from its compartment, wherein the shape of the labels is in each case inserted, in particular punched, prior to the transverse welding, which remains on the packaged article when the packaged article is removed from its compartment, characterized in that two inner layers (2, 3), lying on top of one another, from a plastic film are welded together by way of a transverse weld seam (10, 11), a further outer layer from a plastic film is subsequently laid onto the two welded-together inner layers (2, 3) and, by way of a transverse weld seam, is welded to this already welded inner layer, in order to form compartments between the inner layer and the outer layer, wherein in each case one part of the outer layer (1, 4) and/or one part of the inner layer (2, 3) is designed as a label for the packaged article.
A coating composition containing essentially only: an aqueous medium; silica nanoparticles dispersed in the aqueous medium, wherein the silica nanoparticles have an average particle size in a longest dimension of up to 100 nm; and clay particles dispersed in the aqueous medium, wherein the clay particles have an average particle size in a longest dimension in a range from 20 nm to 1000 nm; wherein a weight ratio of the clay particles to the silica nanoparticles is in a range from 0.01 to 0.25, and wherein the coating composition has a pH of less than or equal to 4. an aqueous medium; silica nanoparticles dispersed in the aqueous medium, wherein the silica nanoparticles have an average particle size in a longest dimension of up to 100 nm; and clay particles dispersed in the aqueous medium, wherein the clay particles have an average particle size in a longest dimension in a range from 20 nm to 1000 nm; wherein a weight ratio of the clay particles to the silica nanoparticles is in a range from 0.01 to 0.25, and wherein the coating composition has a pH of less than or equal to 4.
A nonwoven web for use in producing beverage infusion packages consisting of a blend of mono-component, crystalline Polylactic Acid fibers having a melting point of 175° C and mono-component fibers made from a 100% Co-PLA having a melting point of from 135 to 165°C, the fibers being self-bonded at many crossover points through web heating or pressure applications, and wherein the pore size of the web is maintained during infusion in boiling water because the fibers do not swell, and wherein the fibers are 100% biodegradable after usage and the waste materials during each step of the manufacturing process from polymer to finished web are 100% recyclable.
Method for determining the motor torque constant k M of a DC motor by measuring motor parameters on the running motor, wherein the motor torque constant k M is computationally determined from the generator voltage U EMK generated by the motor and the speed f Mot of the motor, wherein, before the generator voltage U EMK is measured, the motor is changed to a predetermined speed f Mot used for the calculation in an externally driven manner by means of mechanical coupling to an auxiliary motor, and wherein the auxiliary motor is a three-phase motor fed by a three-phase power supply system with a known frequency.
A system for control of trawling comprising two or more sensors for measuring trawl parameters during fishing, a processor unit for processing sensor data, a screen for displacing sensor data and/or processed sensor data, characaterised in that the processor unit is adapted for calculating the deviation between desired value for the trawl parameters and the value measured by the sensor for the trawl parameters.
A method of processing a sample to release nucleic acids therefrom and detect the nucleic acids, the method comprising: forming a mixture comprising the sample and a lysis and stabilizing reagent, the lysis and stabilizing reagent comprising a cationic detergent, the cationic detergent being capable of lysing cells present in the sample and forming a complex with nucleic acids released from the cells, wherein the lysis and stabilizing reagent is provided in an amount sufficient to stabilize and prevent nucleic acid degradation; separating the complex from the mixture; resuspending the separated complex in an aqueous solution, thereby obtaining an aqueous suspension comprising the separated complex; and heating the aqueous suspension to a temperature above 50 degrees Celsius for a time duration suitable for dissociating the complex, thereby releasing the nucleic acids therefrom; and in the absence of performing an intermediate nucleic acid extraction step, performing a molecular amplification assay to detect the nucleic acids. forming a mixture comprising the sample and a lysis and stabilizing reagent, the lysis and stabilizing reagent comprising a cationic detergent, the cationic detergent being capable of lysing cells present in the sample and forming a complex with nucleic acids released from the cells, wherein the lysis and stabilizing reagent is provided in an amount sufficient to stabilize and prevent nucleic acid degradation; separating the complex from the mixture; resuspending the separated complex in an aqueous solution, thereby obtaining an aqueous suspension comprising the separated complex; and heating the aqueous suspension to a temperature above 50 degrees Celsius for a time duration suitable for dissociating the complex, thereby releasing the nucleic acids therefrom; and in the absence of performing an intermediate nucleic acid extraction step, performing a molecular amplification assay to detect the nucleic acids.
A method for lifting a first well tubular nested in and in contact with a second well tubular disposed in a well, comprising: moving a wellbore intervention tool to a location along the first well tubular where the first well tubular is in contact with the second well tubular; operating the well intervention tool so as to create an opening in the wall of the first well tubular; characterized in that after the opening is made, the method further comprises bending a flap, created in the wall of the first well tubular by creating the at least one opening, until the flap contacts the second well tubular and lifts the first well tubular from the second well tubular, thereby opening a circumferentially continuous annular space between the first well tubular and the second well tubular. moving a wellbore intervention tool to a location along the first well tubular where the first well tubular is in contact with the second well tubular; operating the well intervention tool so as to create an opening in the wall of the first well tubular; characterized in that after the opening is made, the method further comprises bending a flap, created in the wall of the first well tubular by creating the at least one opening, until the flap contacts the second well tubular and lifts the first well tubular from the second well tubular, thereby opening a circumferentially continuous annular space between the first well tubular and the second well tubular.
A method, performed by a node of a communication system, for determining a communication resource management algorithm, the method comprising: obtaining a measurement characteristic from a network device, the measurement characteristic including measurement algorithm characteristics of measurement algorithms used to obtain measurements at the network device; searching a container repository to determine an existence of a measurement category for the measurement algorithm characteristics obtained from the network device, when the container repository includes (S115, YES) the measurement category for the network device, determining the communication resource management algorithm based at least on the measurement category, and when the container repository does not include (S115, NO) the measurement category for the network device, a default communication resource management algorithm is used to support the network device until the container repository is updated to include the determined measurement category for the network device. obtaining a measurement characteristic from a network device, the measurement characteristic including measurement algorithm characteristics of measurement algorithms used to obtain measurements at the network device; searching a container repository to determine an existence of a measurement category for the measurement algorithm characteristics obtained from the network device, when the container repository includes (S115, YES) the measurement category for the network device, determining the communication resource management algorithm based at least on the measurement category, and when the container repository does not include (S115, NO) the measurement category for the network device, a default communication resource management algorithm is used to support the network device until the container repository is updated to include the determined measurement category for the network device.
A pneumatic tire comprising a tread portion, a pair of sidewall portions, a pair of bead portions, a carcass extending between the bead portions, and a belt disposed radially outside the carcass in the tread portion, wherein the belt comprises a radially outermost breaker ply composed of parallel cords inclined with respect to the tire circumferential direction, and the tread portion is provided with circumferentially extending main grooves including a central main groove disposed on the tire equator and a pair of shoulder main grooves disposed one on each side of the tire equator, characterized in that the tread portion further is provided with crown axial grooves extending from the central main groove to the shoulder main grooves, the crown axial grooves are inclined with respect to the tire circumferential direction, oppositely to the cords of the radially outermost breaker ply, at an inclination angle in a range of from 10 to 60 degrees, the crown axial grooves each comprise a narrow portion whose width is in a range of from 0.3 to 1.0 mm, and a wide portion extending axially outwardly from the axially outer end of the narrow portion and having a width gradually increasing toward the shoulder main groove, the crown axial grooves are each provided in its axially outer end portion with a tie bar protruding from the groove bottom and provided with a sipe extending along the crown axial groove.