mhurhangee/ep-ind-claims huggingface dataset:
An applicator for applying a cosmetic to a skin surface, comprising: a handle having a longitudinal axis and opposite ends; a first rolling member having a concave application surface and a first axial dimension, the first rolling member mounted at one end of the handle for rotation about a fixed axis extending laterally of the longitudinal axis of the handle, the application surface defining two end shoulders each disposed at an end of the first rolling member, the application surface being concave from the end shoulders towards the fixed axis; a second rolling member having a convex application surface and a second axial dimension, wherein the second rolling member is a wheel or a ball enabled for rotation about multiple axes, the second rolling member rotatably mounted at the opposite end of the handle; and means for mounting the first and second rolling members to respective opposite ends of the handle, wherein a ratio of the first axial dimension to the second axial dimension is in the range of from 5:1 to 2:1, wherein the concave and convex application surfaces are adapted to receive and apply or distribute a cosmetic material to different skin surfaces. a handle having a longitudinal axis and opposite ends; a first rolling member having a concave application surface and a first axial dimension, the first rolling member mounted at one end of the handle for rotation about a fixed axis extending laterally of the longitudinal axis of the handle, the application surface defining two end shoulders each disposed at an end of the first rolling member, the application surface being concave from the end shoulders towards the fixed axis; a second rolling member having a convex application surface and a second axial dimension, wherein the second rolling member is a wheel or a ball enabled for rotation about multiple axes, the second rolling member rotatably mounted at the opposite end of the handle; and means for mounting the first and second rolling members to respective opposite ends of the handle,
A manufacturing method of an array substrate, comprising: sequentially depositing a first electrode layer and a gate metal layer on a base substrate, the first electrode layer including at least two conductive layers (21, 22), formation materials of the at least two conductive layers (21, 22) having different etching rates; forming a photoresist layer on the gate metal layer; exposing and developing the photoresist layer using a halftone mask plate; performing a first etching process using an etching solution on the gate metal layer; etching with a solution the first electrode layer; ashing the photoresist layer, performing a second etching process on the gate metal layer by using remaining photoresist layer as a mask, and stripping the remaining photoresist layer. sequentially depositing a first electrode layer and a gate metal layer on a base substrate, the first electrode layer including at least two conductive layers (21, 22), formation materials of the at least two conductive layers (21, 22) having different etching rates; forming a photoresist layer on the gate metal layer; exposing and developing the photoresist layer using a halftone mask plate; performing a first etching process using an etching solution on the gate metal layer; etching with a solution the first electrode layer; ashing the photoresist layer, performing a second etching process on the gate metal layer by using remaining photoresist layer as a mask, and stripping the remaining photoresist layer.
A container assembly comprising: a container having an open top end, the top end defining a rim, the rim defining an upper sealing surface formed of a heat-sealable material, the top end further defining an external screw thread extending helically along an outer surface of the top end at a location spaced below the rim; a closure comprising a molded plastic screw cap assembled with a separately formed disk inserted in the cap, the cap defining an internal screw thread extending helically along an inner surface of the cap and engageable with the external screw thread on the top end of the container for attaching the closure to the container when the closure is rotated in a first direction; the disk being constructed of a laminated metal having an upper metal layer and a lower heat-sealable layer affixed to an underside of the metal layer; and a heat seal between the heat-sealable layer of the disk and the upper sealing surface of the rim, the heat seal affixing the disk to the rim such that the disk seals closed the open top end of the container, wherein the cap further comprises a projection extending radially inwardly from the inner surface of the cap, the projection being located such that, with the closure rotated fully in the first direction to attach the closure to the container, the projection is below the rim but above the external screw thread, wherein the cap further comprises an annular ring that is open at bottom and top ends thereof, the top end of the ring defining an overhang portion that lies above a top surface of the disk around the circumference thereof, wherein the projection extends below and radially inwardly past an outer periphery of the disk to keep the disk captive within the cap; and wherein the projection is structured and arranged so that when the closure is rotated in a second direction to unscrew the closure from the container, the projection exerts an upward force on the disk, causing the heat seal to be broken to allow the disk to be detached from the rim. a container having an open top end, the top end defining a rim, the rim defining an upper sealing surface formed of a heat-sealable material, the top end further defining an external screw thread extending helically along an outer surface of the top end at a location spaced below the rim; a closure comprising a molded plastic screw cap assembled with a separately formed disk inserted in the cap, the cap defining an internal screw thread extending helically along an inner surface of the cap and engageable with the external screw thread on the top end of the container for attaching the closure to the container when the closure is rotated in a first direction; the disk being constructed of a laminated metal having an upper metal layer and a lower heat-sealable layer affixed to an underside of the metal layer; and a heat seal between the heat-sealable layer of the disk and the upper sealing surface of the rim, the heat seal affixing the disk to the rim such that the disk seals closed the open top end of the container,
Spring steel characterized by containing, by mass%, C: 0.45 to 0.70%, Si: 1.0 to 3.0%, Mn: 0.1 to 2.0%, P: 0.015% or less, S: 0.015% or less, N: 0.0005 to 0.007%, t-O: 0.0002 to 0.01%, Cr: 0.05 to 2.5% and Zr: 0.0001 to 0.0005%, one or more of Mo: 0.05 to 1.0%, V: 0.05 to 1.0% and Mg: 0.0002 to 0.01%, optionally one or more of W: 0.05 to 1.0%, Nb: 0.01 to 0.05%, Ni: 0.05 to 3.0%, Co: 0.05 to 3.0%, B: 0.0005 to 0.006%, Cu: 0.05 to 0.5%, Ca: 0.0002 to 0.01%, Hf: 0.0002 to 0.01%, Te: 0.0002 to 0.01%, and Sb: 0.0002 to 0.01%, comprised of the balance of Fe and unavoidable impurities, and further limited to Al≤0.01% and Ti≤0.003%.
A method for synchronizing frequency and/or timing in a wireless communication system, comprising: determining a plurality of possible synchronization channel frequencies within a frequency band as part of a synchronization channel raster; determining a synchronization channel frequency as one of the plurality of possible synchronization channel frequencies; puncturing a tone of one or more synchronization signals that corresponds to the synchronization channel frequency; and transmitting the one or more synchronization signals centered around the synchronization channel frequency. determining a plurality of possible synchronization channel frequencies within a frequency band as part of a synchronization channel raster; determining a synchronization channel frequency as one of the plurality of possible synchronization channel frequencies; puncturing a tone of one or more synchronization signals that corresponds to the synchronization channel frequency; and transmitting the one or more synchronization signals centered around the synchronization channel frequency.
A breather chamber of an internal combustion engine including: a looped cam chain (65L, 65R) for transmitting power from a horizontally disposed crankshaft to a camshaft (61L, 61R) provided in a cylinder head (43L, 43R); and a cam chain chamber (63L, 63R) disposed along a side portion (46La, 46Ra) of a cylinder block portion (46L, 46R), the side portion (46La, 46Ra) intersecting a direction of the crankshaft, wherein the breather chamber is located on a side of a plane formed by a rotation locus of the cam chain in the direction of the crankshaft in the cam chain chamber; wherein the breather chamber has an inlet provided in a lower portion of the cam chain chamber and an outlet provided in an upper portion of the cam chain chamber; characterized in that a rib protruding from the cam chain chamber cover into the breather chamber is formed to slope downward along an inner surface of the cam chain chamber cover between the inlet and the outlet, the rib being formed to be inclined downward from an end connected to an inner circumferential wall surrounding the crankshaft to an open end in the breather chamber.
A system for multi-mode user input for a mobile device comprising: a first portion of the mobile device; a second portion of the mobile device that is movably engaged with the first portion to allow the first portion to move between a closed position and an open position to allow access to an open user input area; a detent mechanism configured to allow the first portion to be held at a first mode position between the closed position and the open position to allow access to a partial user input area that is less than the open user input area, wherein the detent mechanism comprises: a lower magnetically active element provided to the second portion; an upper magnetically active element provided to the first portion that is configured to align with the lower magnetically active element when the first portion is at the first mode position; and a second upper magnetically active element provided to the first portion that is configured to align with the lower magnetically active element when the first portion is at the closed position; wherein at least one of the magnetically active elements comprises a magnet having a steel surround or a steel cover. a first portion of the mobile device; a second portion of the mobile device that is movably engaged with the first portion to allow the first portion to move between a closed position and an open position to allow access to an open user input area; a detent mechanism configured to allow the first portion to be held at a first mode position between the closed position and the open position to allow access to a partial user input area that is less than the open user input area, wherein the detent mechanism comprises: a lower magnetically active element provided to the second portion; an upper magnetically active element provided to the first portion that is configured to align with the lower magnetically active element when the first portion is at the first mode position; and a second upper magnetically active element provided to the first portion that is configured to align with the lower magnetically active element when the first portion is at the closed position; a lower magnetically active element provided to the second portion; an upper magnetically active element provided to the first portion that is configured to align with the lower magnetically active element when the first portion is at the first mode position; and a second upper magnetically active element provided to the first portion that is configured to align with the lower magnetically active element when the first portion is at the closed position; wherein at least one of the magnetically active elements comprises a magnet having a steel surround or a steel cover.
A method for determining physical properties of a test sample using an X-ray or gamma-ray spectrometric detector with at least three channels, the method comprising steps of: performing measurements in each of the channels on a plurality of calibration samples, each calibration sample being formed from a stack of samples with different thicknesses and different materials, calculating variables for each of the calibration samples, each variable being formed from an associated combination of measurements of different channels, during a first calibration step, defining a weighting and bias matrix using a regression method, the weighting and bias matrix linking the variables relative to the calibration samples to expected values of the sought properties of the calibration samples, performing measurements in each of the channels on the test sample, calculating the variables for the test sample, each variable being formed from the associated combination of the measurements of different channels, and determining values of the physical properties of the test sample by applying the weighting and bias matrix to the variables obtained for the test sample, the values of the physical properties being able to vary continuously. performing measurements in each of the channels on a plurality of calibration samples, each calibration sample being formed from a stack of samples with different thicknesses and different materials, calculating variables for each of the calibration samples, each variable being formed from an associated combination of measurements of different channels, during a first calibration step, defining a weighting and bias matrix using a regression method, the weighting and bias matrix linking the variables relative to the calibration samples to expected values of the sought properties of the calibration samples, performing measurements in each of the channels on the test sample, calculating the variables for the test sample, each variable being formed from the associated combination of the measurements of different channels, and determining values of the physical properties of the test sample by applying the weighting and bias matrix to the variables obtained for the test sample, the values of the physical properties being able to vary continuously.
An implantable programmable bodily fluid drainage valve including a fixed reference magnet and an adjustable valve unit having a pair of primary magnetic elements (123, 125), wherein the implantable programmable bodily fluid drainage valve is configured for operation using either an intended toolset including a sensor array for detecting a magnetic field or a non-intended toolset employing an analog type compass assembly instead of the sensor array, wherein a location of the fixed reference magnet in the implantable programmable bodily fluid drainage valve and size of the fixed reference magnet has substantially no negative influence on operation of the analog type compass assembly of the non-intended toolset when used to operate the implantable programmable bodily fluid drainage valve; wherein a distance separation between a center of the fixed reference magnet and a center of the adjustable valve unit is within a range approximately 17.5 mm to approximately 20.75 mm so that the fixed reference magnet is outside a range of influence of the analog type compass assembly when operating the implantable programmable bodily fluid drainage valve using the non-intended toolset.
A computer implemented method, comprising: receiving a plurality of data points comprising electrophysiological values measured at respective positions in at least a portion of an organ of a patient; classifying some of the EP values as outlier values (44, 45) in accordance with a defined criterion; deriving, from the plurality of data points, a visual representation of at least the portion of the organ that (i) represents the EP values with respective colors and (ii) visualizes some, but less than all, of the outlier values, by identifying outlier values that deviate from the EP values of neighboring data points by less than a defined deviation, representing the identified outlier values using colors that match the neighboring EP values, and hiding the outlier values that differ from their neighbors by more than the defined deviation; and/or setting for the visual representation a mapping, which maps the EP values to the colors using a scale which is narrowed by excluding at least some, but not all, of the outlier values; and displaying the visual representation to a user. receiving a plurality of data points comprising electrophysiological values measured at respective positions in at least a portion of an organ of a patient; classifying some of the EP values as outlier values (44, 45) in accordance with a defined criterion; deriving, from the plurality of data points, a visual representation of at least the portion of the organ that (i) represents the EP values with respective colors and (ii) visualizes some, but less than all, of the outlier values, by identifying outlier values that deviate from the EP values of neighboring data points by less than a defined deviation, representing the identified outlier values using colors that match the neighboring EP values, and hiding the outlier values that differ from their neighbors by more than the defined deviation; and/or setting for the visual representation a mapping, identifying outlier values that deviate from the EP values of neighboring data points by less than a defined deviation, representing the identified outlier values using colors that match the neighboring EP values, and hiding the outlier values that differ from their neighbors by more than the defined deviation; and/or setting for the visual representation a mapping, which maps the EP values to the colors using a scale which is narrowed by excluding at least some, but not all, of the outlier values; and displaying the visual representation to a user.
A membrane electrode assembly comprising: an electrolyte membrane; and an anode catalyst layer formed on one surface of said electrolyte membrane, wherein said anode catalyst layer includes: a catalyst particle; an ionomer; and a water-repellent particle, and said water-repellent particle is a ceramic particle with a fluorine group or a metallic particle with a fluorine group. an electrolyte membrane; and an anode catalyst layer formed on one surface of said electrolyte membrane, wherein said anode catalyst layer includes: a catalyst particle; an ionomer; and a water-repellent particle, and said water-repellent particle is a ceramic particle with a fluorine group or a metallic particle with a fluorine group. a catalyst particle; an ionomer; and a water-repellent particle, and said water-repellent particle is a ceramic particle with a fluorine group or a metallic particle with a fluorine group.
A fusion protein for the inhibition of angiogenesis or vascular growth, composed of a human VEGF receptor fragment and an Fc fragment of human immunoglobulin linked thereto, wherein the fusion protein is KH02, the amino acid sequence of which is SEQ ID NO: 14.
A method, executable by a processor, for providing, on a display operatively coupled to the processor, visual vertical guidance during rotorcraft landing, the method comprising: displaying a landing point; displaying a first pole having a first, static, predetermined height at a first predetermined location with respect to the landing point; displaying a second pole having a second, static, predetermined height at a second predetermined location with respect to the landing point; obtaining terrain and elevation data from a terrain database; obtaining rotorcraft position data from flight data services; dividing the first pole into equal first pole sections of a predetermined size; dividing the second pole into equal second pole sections of the predetermined size; rendering the first pole and the second pole in visually distinguishable pole sections indicative of rotorcraft position above the terrain surrounding the landing point; characterized by altering the visually distinguishable pole sections (410, 412) to indicate rotorcraft roll. displaying a landing point; displaying a first pole having a first, static, predetermined height at a first predetermined location with respect to the landing point; displaying a second pole having a second, static, predetermined height at a second predetermined location with respect to the landing point; obtaining terrain and elevation data from a terrain database; obtaining rotorcraft position data from flight data services; dividing the first pole into equal first pole sections of a predetermined size; dividing the second pole into equal second pole sections of the predetermined size; rendering the first pole and the second pole in visually distinguishable pole sections indicative of rotorcraft position above the terrain surrounding the landing point; characterized by altering the visually distinguishable pole sections (410, 412) to indicate rotorcraft roll.
A component for a gas turbine engine comprising: a wall adjoining an interior cooling passage and providing an exterior surface, and a film cooling hole fluidly connecting the interior cooling passage and the exterior surface, the film cooling hole including inlet and outlet passages (679, 677) fluidly interconnecting and adjoining one another in a misaligned non-line of sight relationship; wherein the outlet passage includes a diffuser portion; characterized in that the film cooling hole includes a first metering portion and a second metering portion, the first and second metering portions each having a cross-sectional area that is less than a cross-sectional area of the outlet passage and designed to meter a flow of fluid through the film cooling hole; wherein the second metering portion adjoins the outlet passage and is aligned with the diffuser portion, the second metering portion is non-aligned with the first metering portion and the second metering portion includes a length L and a diameter D and a LID ratio that is greater than 3 a wall adjoining an interior cooling passage and providing an exterior surface, and a film cooling hole fluidly connecting the interior cooling passage and the exterior surface, the film cooling hole including inlet and outlet passages (679, 677) fluidly interconnecting and adjoining one another in a misaligned non-line of sight relationship; wherein the outlet passage includes a diffuser portion; characterized in that the film cooling hole includes a first metering portion and a second metering portion, the first and second metering portions each having a cross-sectional area that is less than a cross-sectional area of the outlet passage and designed to meter a flow of fluid through the film cooling hole; wherein the second metering portion adjoins the outlet passage and is aligned with the diffuser portion, the second metering portion is non-aligned with the first metering portion and the second metering portion includes a length L and a diameter D and a LID ratio that is greater than 3
Nutritional composition comprising a lipid, protein and digestible carbohydrate component wherein the lipid component provides 35 to 55% of the total calories, the protein component provides 5 to 15% of the total calories and the digestible carbohydrate component provides 30 to 60% of the total calories, wherein the lipid component comprises less than 14.5 wt.% linoleic acid based on total fatty acids and a weight ratio of linoleic acid to alpha-linolenic acid between 2 and 6, for use in a. preventing and/or treating visceral adiposity and/or b. preventing and/or treating the accumulation of visceral fat mass to an excessive amount wherein the nutritional composition is administered to an infant with the age between 0 and 36 months. a. preventing and/or treating visceral adiposity and/or b. preventing and/or treating the accumulation of visceral fat mass to an excessive amount