mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting a State of Health, SOH, comprising: obtaining a relationship curve between a ratio of an accumulated charge/discharge capacity variation to a corresponding voltage-parameter variation of a battery cell and a voltage parameter; determining a valid peak point on the relationship curve; determining a SOH calibration value corresponding to a voltage parameter datum at the valid peak point based on a pre-calibrated corresponding relationship between peak voltage parameter data and SOH calibration values; and correcting a current SOH according to the SOH calibration value, wherein the method is characterised in that the determining a SOH calibration value corresponding to a voltage parameter datum at the valid peak point based on a pre-calibrated corresponding relationship between peak voltage parameter data and SOH calibration values comprises: determining a unique valid peak point from all peak points on the relationship curve; and determining a SOH calibration value corresponding to a voltage parameter datum at the unique valid peak point based on the pre-calibrated corresponding relationship between peak voltage parameter data and SOH calibration values. obtaining a relationship curve between a ratio of an accumulated charge/discharge capacity variation to a corresponding voltage-parameter variation of a battery cell and a voltage parameter; determining a valid peak point on the relationship curve; determining a SOH calibration value corresponding to a voltage parameter datum at the valid peak point based on a pre-calibrated corresponding relationship between peak voltage parameter data and SOH calibration values; and correcting a current SOH according to the SOH calibration value, wherein the method is characterised in that the determining a SOH calibration value corresponding to a voltage parameter datum at the valid peak point based on a pre-calibrated corresponding relationship between peak voltage parameter data and SOH calibration values comprises: determining a unique valid peak point from all peak points on the relationship curve; and determining a SOH calibration value corresponding to a voltage parameter datum at the unique valid peak point based on the pre-calibrated corresponding relationship between peak voltage parameter data and SOH calibration values. determining a unique valid peak point from all peak points on the relationship curve; and determining a SOH calibration value corresponding to a voltage parameter datum at the unique valid peak point based on the pre-calibrated corresponding relationship between peak voltage parameter data and SOH calibration values.
Rotor for a continuous-flow machine, comprising at least one turbine blade and a securing device for axially and radially securing the turbine blade, wherein the rotor comprises a blade groove and the turbine blade comprises a turbine blade root, wherein the turbine blade root is adapted to the blade groove, wherein the securing device has a retaining piece which is arranged between the blade groove and the turbine blade root, wherein the retaining piece has a surface facing towards the turbine blade root, wherein the surface bears against the turbine blade root, wherein the retaining piece has on the surface a projection which is arranged in a recess in the turbine blade root, wherein the projection engages into the recess in such a way that displacement of the retaining piece in the axial direction is prevented, wherein the securing device has a force spring which exerts on the turbine blade a force, acting in the radial direction, from the rotor, characterized in that the securing device has a plate which is arranged in a second recess in the retaining piece and in a rotor recess, wherein the plate engages into the second recess and into the rotor recess in such a way that displacement of the plate in the axial direction is prevented.
A method for determining a surfactant retention value in a subterranean reservoir comprising one or more injected surfactants, the method comprising: (a) generating a saturation profile using at least one single well chemical tracer test, wherein the at least one single well chemical tracer test comprises injecting into the subterranean reservoir at least three chemically reactive tracers; and (b) conducting a straight line analysis to determine the surfactant retention value. (a) generating a saturation profile using at least one single well chemical tracer test, wherein the at least one single well chemical tracer test comprises injecting into the subterranean reservoir at least three chemically reactive tracers; and (b) conducting a straight line analysis to determine the surfactant retention value.
A use of a photo-curable epoxy resin composition as a sealing material for sealing metal-containing electrical lines or contacts for protection against electrochemical corrosion, wherein the photo-curable epoxy resin composition contains: (a) 30 to 90 wt.%, preferably 50 to 85 wt.%, of at least one aromatic epoxy resin; (b) 2 to 30 wt.%, preferably 5 to 15 wt.%, of at least one core-shell particle (CSR, core-shell rubber) as a toughener; (c) 1 to 20 wt. %, preferably 5 to 10 wt.%, of at least one flexibilizer, which comprises reactive functional groups selected from epoxy, carboxylate, amino and/or hydroxyl groups; and (d) 1 to 4 wt. %, preferably 1.5 to 2.5 wt.%, of at least one cationic photoinitiator, preferably comprising a sulfonium salt and/or iodine salt. (a) 30 to 90 wt.%, preferably 50 to 85 wt.%, of at least one aromatic epoxy resin; (b) 2 to 30 wt.%, preferably 5 to 15 wt.%, of at least one core-shell particle (CSR, core-shell rubber) as a toughener; (c) 1 to 20 wt. %, preferably 5 to 10 wt.%, of at least one flexibilizer, which comprises reactive functional groups selected from epoxy, carboxylate, amino and/or hydroxyl groups; and (d) 1 to 4 wt. %, preferably 1.5 to 2.5 wt.%, of at least one cationic photoinitiator, preferably comprising a sulfonium salt and/or iodine salt.
A transparent braces design method performed by a transparent braces design apparatus, the method comprising: obtaining clinical data of a patient for a digital orthodontic treatment; analyzing the clinical data to diagnose a dental condition: establishing a treatment plan for tooth movement according to a result of diagnosing the dental condition; predicting a treatment result by performing a simulation according to the treatment plan, the treatment result including an effect of adjacent teeth on a tooth to be moved within transparent braces to be manufactured; and modifying the treatment plan to reflect the predicted effect of adjacent teeth, characterized in that the predicting the treatment result comprises predicting a collision between teeth during orthodontic treatment on the basis of a color map for representing the difference value between a tooth model to be moved according to the treatment plan and a transparent braces model. obtaining clinical data of a patient for a digital orthodontic treatment; analyzing the clinical data to diagnose a dental condition: establishing a treatment plan for tooth movement according to a result of diagnosing the dental condition; predicting a treatment result by performing a simulation according to the treatment plan, the treatment result including an effect of adjacent teeth on a tooth to be moved within transparent braces to be manufactured; and modifying the treatment plan to reflect the predicted effect of adjacent teeth, characterized in that the predicting the treatment result comprises predicting a collision between teeth during orthodontic treatment on the basis of a color map for representing the difference value between a tooth model to be moved according to the treatment plan and a transparent braces model. establishing a treatment plan for tooth movement according to a result of diagnosing the dental condition; predicting a treatment result by performing a simulation according to the treatment plan, the treatment result including an effect of adjacent teeth on a tooth to be moved within transparent braces to be manufactured; and modifying the treatment plan to reflect the predicted effect of adjacent teeth, characterized in that the predicting the treatment result comprises predicting a collision between teeth during orthodontic treatment on the basis of a color map for representing the difference value between a tooth model to be moved according to the treatment plan and a transparent braces model.
Sealing web based on a plastics film, for use in particular in sanitary facilities, for example for arrangement between tiles and a substrate, such as a screed layer, the sealing web having two planar outer faces and the outer faces being designed so as to have different properties, characterised in that the sealing web consists of two plastics layers, a first plastics layer and a second plastics layer, arranged surface-to-surface one on top of the other, with both plastics layers (2, 3) also being provided, on an outwardly facing connection surface and over the entire surface thereof, with a first nonwoven layer and a second nonwoven layer, and the first plastics layer, due to a homogeneous distribution of UV stabilisers in the plastics layer, having a higher UV resistance than the second plastics layer.
A riser assembly comprising: a main tube; two flanges coupled to the main tube, each flange comprising: - a raised inner face; - an offset outer face adjacent to the raised inner face and forming an edge, said edge being between the raised inner face and the offset outer face; - a central lumen configured to be in fluid communication with the main tube; at least one choke/kill hole configured to receive a choke/kill line; at least one booster hole configured to receive a booster line; characterized in that each flange further comprises a plurality of bolt holes, each bolt hole comprising a tapered portion and a dowel slot, where each bolt hole is configured to receive a nut (40, 40a, 40b), a bolt, and a dowel, and in that the bolt holes are substantially centered on said edge. a main tube; two flanges coupled to the main tube, each flange comprising: - a raised inner face; - an offset outer face adjacent to the raised inner face and forming an edge, said edge being between the raised inner face and the offset outer face; - a central lumen configured to be in fluid communication with the main tube; at least one choke/kill hole configured to receive a choke/kill line; at least one booster hole configured to receive a booster line; - a raised inner face; - an offset outer face adjacent to the raised inner face and forming an edge, said edge being between the raised inner face and the offset outer face; - a central lumen configured to be in fluid communication with the main tube; at least one choke/kill hole configured to receive a choke/kill line; at least one booster hole configured to receive a booster line; characterized in that each flange further comprises a plurality of bolt holes, each bolt hole comprising a tapered portion and a dowel slot, where each bolt hole is configured to receive a nut (40, 40a, 40b), a bolt, and a dowel, and in that the bolt holes are substantially centered on said edge.
A compound of formula I: including any possible stereoisomer thereof, wherein: R 9 is C 1 -C 6 alkyl, phenyl, C 3 -C 7 cycloalkyl or C 1 -C 3 alkyl substituted with 1, 2 or 3 substituents each independently selected from phenyl, naphtyl, C 3 -C 6 cycloalkyl, hydroxy, or C 1 -C 6 alkoxy; or a pharmaceutically acceptable salt or solvate thereof. R 9 is C 1 -C 6 alkyl, phenyl, C 3 -C 7 cycloalkyl or C 1 -C 3 alkyl substituted with 1, 2 or 3 substituents each independently selected from phenyl, naphtyl, C 3 -C 6 cycloalkyl, hydroxy, or C 1 -C 6 alkoxy;
A pharmaceutical composition for use in the prevention or treatment of cancer, the pharmaceutical composition comprising (a) lomitapide, a pharmaceutically acceptable salt thereof, or an optical isomer thereof, and (b) fluorouracil, irinotecan, or an anti-PD1 antibody as an active ingredient, wherein the cancer is colorectal cancer or melanoma.
An audio apparatus for outputting an audio signal provided by an electronic device, the audio apparatus comprising: at least one microphone to acquire ambient sound of the audio apparatus; a speaker to output the audio signal; an air pressure regulator including: a fluid tube connecting an external space of a housing of the audio apparatus to an internal space of the housing and configured to adjust a change in an air pressure of the internal space of the housing, and an audio signal processor configured to: generate an anti-noise signal for canceling noise in the ambient sound by using the acquired ambient sound, and output the generated anti-noise signal and the audio signal through the speaker, the audio apparatus being characterized in that a porous member is disposed in the fluid tube, the porous member being configured to suppress a flow of air flowing through the fluid tube between the external space of the housing and the internal space of the housing, and wherein a location of the porous member disposed in the fluid tube is adjustable. at least one microphone to acquire ambient sound of the audio apparatus; a speaker to output the audio signal; an air pressure regulator including: a fluid tube connecting an external space of a housing of the audio apparatus to an internal space of the housing and configured to adjust a change in an a fluid tube connecting an external space of a housing of the audio apparatus to an internal space of the housing and configured to adjust a change in an air pressure of the internal space of the housing, and an audio signal processor configured to: generate an anti-noise signal for canceling noise in the ambient sound by using the acquired ambient sound, and output the generated anti-noise signal and the audio signal through the speaker, generate an anti-noise signal for canceling noise in the ambient sound by using the acquired ambient sound, and output the generated anti-noise signal and the audio signal through the speaker, the audio apparatus being characterized in that a porous member is disposed in the fluid tube, the porous member being configured to suppress a flow of air flowing through the fluid tube between the external space of the housing and the internal space of the housing, and wherein a location of the porous member disposed in the fluid tube is adjustable.
A multidirectional positioning mechanism of a moving plate actuated by three linear piezoelectric motor-driven actuators (A1, A2, A3) supported by a fixed plate so as to form a tripod having three parallel vertical poles extending perpendicularly to the fixed plate, said mechanism having three degrees of freedom comprising: - a translation (Tz) along the axis of extension of the poles, - and two rotations (Rx, Ry) around the main axes (x, y) of the base plane defined by the fixed plate, the actuator of the central pole being aligned with the z-axis to perform the translation movement Tz, the three actuators (A1, A2, A3) being individually connected to the moving plate by a toggle joint (19, 20, 21), the central actuator being secured directly to the fixed plate, characterized in that - the other two actuators (A1, A3) of the lateral poles are angularly offset by 90° with respect to the central pole to perform the rotation movements (Rx, Ry), - each of the two lateral actuators (A1, A3) is connected with the fixed plate by means of a swivel joint (17, 18). - a translation (Tz) along the axis of extension of the poles, - and two rotations (Rx, Ry) around the main axes (x, y) of the base plane defined by the fixed plate, the actuator of the central pole being aligned with the z-axis to perform the translation movement Tz, the three actuators (A1, A2, A3) being individually connected to the moving plate by a toggle joint (19, 20, 21), the central actuator being secured directly to the fixed plate, characterized in that - the other two actuators (A1, A3) of the lateral poles are angularly offset by 90° with respect to the central pole to perform the rotation movements (Rx, Ry), - each of the two lateral actuators (A1, A3) is connected with the fixed plate by means of a swivel joint (17, 18).
An ignition plug comprising: an insulator having an axial bore extending in a direction of an axis; a center electrode inserted into a forward end portion of the axial bore; a terminal electrode having a rod-shaped leg portion inserted into a rear end portion of the axial bore, and a head portion projecting from a rear end of the insulator; a forward end surface of the head portion and a rear end surface of the insulator have respective flat portions (6F, 2F); and a tubular metallic shell disposed around the insulator, the ignition plug being characterized in that a thickness t of a thinnest portion of the insulator is 1.0 mm or greater within a region which extends 5.5 mm from the rear end of the insulator toward the forward end side with respect to the direction of the axis; the flat portion of the rear end surface of the insulator has an area of 25 mm 2 or less; and when the flat portion of the rear end surface of the insulator and the flat portion of the forward end surface of the head portion are projected along the axis onto a plane orthogonal to the axis, an area D of a region where a projected area of the flat portion of the rear end surface overlaps with a projected area of the flat portion of the forward end surface is set to 8 mm 2 or greater. an insulator having an axial bore extending in a direction of an axis; a center electrode inserted into a forward end portion of the axial bore; a terminal electrode having a rod-shaped leg portion inserted into a rear end portion of the axial bore, and a head portion projecting from a rear end of the insulator; a forward end surface of the head portion and a rear end surface of the insulator have respective flat portions (6F, 2F); and a tubular metallic shell disposed around the insulator, the ignition plug being characterized in that a thickness t of a thinnest portion of the insulator is 1.0 mm or greater within a region which extends 5.5 mm from the rear end of the insulator toward the forward end side with respect to the direction of the axis; the flat portion of the rear end surface of the insulator has an area of 25 mm 2 or less; and when the flat portion of the rear end surface of the insulator and the flat portion of the forward end surface of the head portion are projected along the axis onto a plane orthogonal to the axis, an area D of a region where a projected area of the flat portion of the rear end surface overlaps with a projected area of the flat portion of the forward end surface is set to 8 mm 2 or greater.
Method for manufacturing a tubular knitted item whereby the item is knitted on a circular loom provided with a number n of needles and a number c of feeds, the knit being knitted to start with on a number p of first rows on just some of the n needles before being knitted on all of the needles over a following number q of rows, after which the basic knit is knitted normally, characterized in that an elastane yarn wrapped in a hydrosoluble yarn is knitted in the said p first rows (11, 12) and in the said q following rows (13, 14), and in that once the item has been knitted the item is then subjected to a water-based treatment in order to cause the water-soluble wrapping yarn to disappear, by means of which p+q rows of knitted elastane which preceed the normal base knit are maintained at the edge of the item.
A humeral implant, comprising: an oval shaped humeral head having a curved exterior surface and a generally planar exterior surface, the humeral head defining: an outer edge; a main body axis (α-α) extending transversely from the generally planar exterior surface to the curved exterior surface, a polar axis (γ-γ) extending parallel to the planar exterior surface from the outer edge of the humeral head intersecting the main body axis (α-α), an equatorial axis (δ-δ) extending parallel to the planar exterior surface from the outer edge of the humeral head intersecting the main body axis (α-α) and the polar axis (γ-γ); and a polar edge transition between the planar exterior surface and the curved exterior surface, wherein the polar edge transition is positioned (D') at the outer edge of the humeral head; and a humeral stem insertable into a humerus, characterised in that an equatorial edge transition is positioned (D") inward of the outer edge of the humeral head and closer to the main body axis (α-α) than the polar edge transition. an outer edge; a main body axis (α-α) extending transversely from the generally planar exterior surface to the curved exterior surface, a polar axis (γ-γ) extending parallel to the planar exterior surface from the outer edge of the humeral head intersecting the main body axis (α-α), an equatorial axis (δ-δ) extending parallel to the planar exterior surface from the outer edge of the humeral head intersecting the main body axis (α-α) and the polar axis (γ-γ); and a polar edge transition between the planar exterior surface and the curved exterior surface, wherein the polar edge transition is positioned (D') at the outer edge of the humeral head; and a humeral stem insertable into a humerus, characterised in that an equatorial edge transition is positioned (D") inward of the outer edge of the humeral head and closer to the main body axis (α-α) than the polar edge transition.
A method of communicating in a Multi-Input/Multi-Output, hereinafter referred to as MIMO, communication system having M transmission antennas at a transmitting side, comprising: receiving, at the transmitting side, M channel status information, hereinafter referred to as CQIs corresponding to each of M transmitting data streams in the MIMO system to be transmitted by the M transmission antennas; determining, at the transmitting side, a common modulation scheme based on the received M CQIs; and applying, at the transmitting side, the determined common modulation scheme to all of the M transmitting data streams wherein each of the M data streams respectively corresponds to each of the M transmission antennas, wherein the step of the determining the common modulation scheme comprises selecting a modulation scheme that produces a minimum CQI, a maximum CQI, or an average value of the M CQIs to use as the common modulation scheme. receiving, at the transmitting side, M channel status information, hereinafter referred to as CQIs corresponding to each of M transmitting data streams in the MIMO system to be transmitted by the M transmission antennas; determining, at the transmitting side, a common modulation scheme based on the received M CQIs; and applying, at the transmitting side, the determined common modulation scheme to all of the M transmitting data streams wherein each of the M data streams respectively corresponds to each of the M transmission antennas, wherein the step of the determining the common modulation scheme comprises selecting a modulation scheme that produces a minimum CQI, a maximum CQI, or an average value of the M CQIs to use as the common modulation scheme.