mhurhangee/patent-ind-claim-en huggingface dataset:
A molten metal transfer pump comprising a case , in which a drive-connected shaft with a mounted impeller is installed on an upper bearing and a lower journal plain bearing ; the lower journal plain bearing comprising rotor and stator parts; the rotor part is made in the form of two bushings , mounted on the shaft , and the stator part is made in the form of two bushings fixed in a cage in axial alignment with the shaft ; bushings of the rotor and stator parts have mating sliding surfaces and are made of silicon carbide based ceramics, wherein above the lower journal plain bearing in the opposite areas of the surface of the shaft and the case multiple-thread oppositely directed helical grooves forming a labyrinth screw pump are milled; bushings of the rotor and stator parts are made in the form of split bushings fixed with flat rings and composed of cylinder segments equidistantly placed in a circumferential direction, located correspondingly in the cylindrical groove of the shaft and cylindrical groove of the cage and fixed with cone hold-down rings radially, and with spring rings axially, providing for axial pressing force. a case , in which a drive-connected shaft with a mounted impeller is installed on an upper bearing and a lower journal plain bearing ; the lower journal plain bearing comprising rotor and stator parts; the rotor part is made in the form of two bushings , mounted on the shaft , and the stator part is made in the form of two bushings fixed in a cage in axial alignment with the shaft ; bushings of the rotor and stator parts have mating sliding surfaces and are made of silicon carbide based ceramics, wherein above the lower journal plain bearing in the opposite areas of the surface of the shaft and the case multiple-thread oppositely directed helical grooves forming a labyrinth screw pump are milled; bushings of the rotor and stator parts are made in the form of split bushings fixed with flat rings and composed of cylinder segments equidistantly placed in a circumferential direction, located correspondingly in the cylindrical groove of the shaft and cylindrical groove of the cage and fixed with cone hold-down rings radially, and with spring rings axially, providing for axial pressing force.
A pharmaceutical association comprising at least one growth factor receptor-binding compound, which activates at least one growth factor receptor of a neoplastic cell, and at least one adhesion protein inhibitor which inhibits at least one transmembrane cell adhesion protein of said neoplastic cell, wherein said growth factor receptor-binding compound comprises a peptide with four amino acids PEP1, and wherein PEP1 is SAIS. wherein said growth factor receptor-binding compound comprises a peptide with four amino acids PEP1, and wherein PEP1 is SAIS.
A fan blade airfoil comprising: interleaved plies formed of fibers embedded in a matrix, where interleaving comprises distributing wide plies within narrow plies in the fan blade airfoil in a chordwise direction thereof and short plies within long plies in the fan blade airfoil in a spanwise direction thereof , wherein interleaving comprises shuffling short plies within long plies in the spanwise direction, wide plies within narrow plies in the chordwise direction and thick plies within thin plies in a thickness direction of the fan blade airfoil to avoid segregating plies of one particular dimension from plies of another particular dimension, characterised in that : the interleaving is defined as an actual intersection of a plurality of plies of different variable dimensions that extend in the chordwise direction with another plurality of plies of different variable dimensions that extend in the spanwise direction such that their respective longitudinal axes (AA', BB', CC') intersect with one another at angles (θ) of 5 to 175 degrees.
A filter assembly for a light fixture, the assembly comprising at least one actuator, a color filter pair comprising two color filters, where said color filters are linear moveable relatively to each other in substantially parallel planes by the at least one actuator, each of said color filters comprise a color filtering region formed as a comb-like structure comprising a plurality of elongated teeth, wherein the plurality of elongated teeth of said color filters are angled in relation to the direction of movement of said color filters and the angle between said elongated teeth of the same color filter is less than 10 degrees and said elongated teeth of said two color filters are non-parallel in relation to each other, characterized in that the angles between said elongated teeth of said two color filters are at least 10 degrees.
A negative electrode for a lithium secondary battery, comprising: a negative electrode current collector; a first negative electrode active material layer formed on the negative electrode current collector; and a second negative electrode active material layer formed on the first negative electrode active material layer, wherein the first negative electrode active material layer comprises a carbon-based negative electrode active material and a mixture of one or more selected from the group consisting of Si, particles of silicon oxide (SiO x ) (0<x≤2), and a Si-metal alloy as the negative electrode active material, and the second negative electrode active material layer comprises a negative electrode active material having an average particle diameter (D 50 ) of 0.1 um to 10 um and exhibiting a uni-modal particle diameter distribution wherein the second negative electrode active material layer comprises a negative electrode active material exhibiting a particle diameter distribution satisfying D min /D max ≥0.5, wherein a thickness of the second negative electrode active material layer is in a range of 5% to 50% with respect to a thickness of the first negative electrode active material layer, and wherein the second negative electrode active material layer comprises a carbon-based negative electrode active material as the negative electrode active material. a negative electrode current collector; a first negative electrode active material layer formed on the negative electrode current collector; and a second negative electrode active material layer formed on the first negative electrode active material layer, wherein the first negative electrode active material layer comprises a carbon-based negative electrode active material and a mixture of one or more selected from the group consisting of Si, particles of silicon oxide (SiO x ) (0<x≤2), and a Si-metal alloy as the negative electrode active material, and the second negative electrode active material layer comprises a negative electrode active material having an average particle diameter (D 50 ) of 0.1 um to 10 um and exhibiting a uni-modal particle diameter distribution wherein the second negative electrode active material layer comprises a negative electrode active material exhibiting a particle diameter distribution satisfying D min /D max ≥0.5, wherein a thickness of the second negative electrode active material layer is in a range of 5% to 50% with respect to a thickness of the first negative electrode active material layer, and wherein the second negative electrode active material layer comprises a carbon-based negative electrode active material as the negative electrode active material.
A method of determining the stoichiometry of protein components of a viral capsid of a viral particle, comprising: subjecting a sample of viral particles to hydrophilic interaction liquid chromatography (HILIC) to separate the protein components of the viral capsid of the viral particles; determining the masses of protein components of the viral capsid to identify the protein components separated by HILIC; determining the relative abundance of the protein components of the viral capsid from the HILIC separation, thereby determining the stoichiometry of protein components of a viral capsid of a viral particle. subjecting a sample of viral particles to hydrophilic interaction liquid chromatography (HILIC) to separate the protein components of the viral capsid of the viral particles; determining the masses of protein components of the viral capsid to identify the protein components separated by HILIC; determining the relative abundance of the protein components of the viral capsid from the HILIC separation, thereby determining the stoichiometry of protein components of a viral capsid of a viral particle.
A method for classifying an ostomy condition, the method comprising: obtaining (S102) image data, the image data comprising stoma image data of a stomal area including a stoma and/or appliance image data of an adhesive surface of an ostomy appliance; determining (S104) one or more ostomy representations including a first ostomy parameter based on the image data; and outputting (S106) the first ostomy parameter, characterised in that the method comprises transforming (S108) the image data for provision of transformed image data, and wherein determining (S104) the one or more ostomy representations based on the image data comprises determining (S104A) the first ostomy parameter based on the transformed image data. obtaining (S102) image data, the image data comprising stoma image data of a stomal area including a stoma and/or appliance image data of an adhesive surface of an ostomy appliance; determining (S104) one or more ostomy representations including a first ostomy parameter based on the image data; and outputting (S106) the first ostomy parameter,
A method for manufacturing a jokduri, the method comprising: preparing an outer frame having a cylindrical shape having an open lower part by connecting a plurality of outer frame pieces by sewing; filling an upper region of an inside of the outer frame with a primary cotton member ; preparing an inner frame having a cylindrical shape having an open lower part; inserting the inner frame into the outer frame so as to be disposed directly under the primary cotton member and then fixing the inner frame to the outer frame; filling a side space formed between the outer frame and the inner frame with a secondary cotton member ; and preparing a jokduri frame by finishing the outer frame by sewing a lower end of the outer frame in a state in which the lower end of the outer frame is pulled inwards. preparing an outer frame having a cylindrical shape having an open lower part by connecting a plurality of outer frame pieces by sewing; filling an upper region of an inside of the outer frame with a primary cotton member ; preparing an inner frame having a cylindrical shape having an open lower part; inserting the inner frame into the outer frame so as to be disposed directly under the primary cotton member and then fixing the inner frame to the outer frame; filling a side space formed between the outer frame and the inner frame with a secondary cotton member ; and preparing a jokduri frame by finishing the outer frame by sewing a lower end of the outer frame in a state in which the lower end of the outer frame is pulled inwards.
A rapid clamping system, comprising: a chuck with a base plate configured to be assembled with a flange which is positionable in a force-controlled manner by means of a manipulator or a linear actuator , a tool holder configured to be assembled with a machine tool, wherein the tool holder has an assembly plate which rests against the base plate in a locked state; two or more pins configured to align the assembly plate with the base plate in an assembled state and to prevent a movement of the assembly plate relative to the base plate in a plane parallel to the base plate ; at least one elastic member , comprising a disc made of elastic material interposed between the base plate and the assembly plate ; and a clamping lock configured to lock the tool holder to the base plate of the chuck , wherein the elastic member is deformed in the locked state and causes a biasing force between the base plate and the assembly plate . a chuck with a base plate configured to be assembled with a flange which is positionable in a force-controlled manner by means of a manipulator or a linear actuator , a tool holder configured to be assembled with a machine tool, wherein the tool holder has an assembly plate which rests against the base plate in a locked state; two or more pins configured to align the assembly plate with the base plate in an assembled state and to prevent a movement of the assembly plate relative to the base plate in a plane parallel to the base plate ; at least one elastic member , comprising a disc made of elastic material interposed between the base plate and the assembly plate ; and a clamping lock configured to lock the tool holder to the base plate of the chuck , wherein the elastic member is deformed in the locked state and causes a biasing force between the base plate and the assembly plate .
An electronic device comprising: a first housing including a first support member and a second support member ; a second housing slidably coupled to the first housing ; a sliding plate having a first end coupled to the first support member , and having a second end arranged to slide at least partially in the second housing ; a printed circuit board which is arranged between the first support member and the second support member , and which has at least one heat-generating component mounted on one surface thereof; a sliding driving unit , which is arranged on an inner surface of the sliding plate , has a first end coupled to the first support member , and has a second end coupled to one side surface of the sliding plate ; a thermal diffusion member having a first side surface coupled to the first support member and a second side surface coupled to at least a portion of the sliding driving unit , and diffusing heat generated from the at least one heat-generating component ; and a flexible display supported by the first support member and the sliding plate , wherein the thermal diffusion member is formed to be unfolded according to a sliding-out operation of the sliding driving unit . a first housing including a first support member and a second support member ; a second housing slidably coupled to the first housing ; a sliding plate having a first end coupled to the first support member , and having a second end arranged to slide at least partially in the second housing ; a printed circuit board which is arranged between the first support member and the second support member , and which has at least one heat-generating component mounted on one surface thereof; a sliding driving unit , which is arranged on an inner surface of the sliding plate , has a first end coupled to the first support member , and has a second end coupled to one side surface of the sliding plate ; a thermal diffusion member having a first side surface coupled to the first support member and a second side surface coupled to at least a portion of the sliding driving unit , and diffusing heat generated from the at least one heat-generating component ; and a flexible display supported by the first support member and the sliding plate , wherein the thermal diffusion member is formed to be unfolded according to a sliding-out operation of the sliding driving unit .
A seal gas delivery system for an end seal on a turbo machine rotor shaft , said seal gas delivery system comprising: a seal gas passageway for delivering a seal gas to said end seal; a seal gas distributor for receiving at least a portion of said seal gas from said seal gas passageway , said seal gas distributor having a plurality of holes for distributing said seal gas about said rotor shaft during turbo machine standstill; and a labyrinth seal disposed proximately of said end seal; wherein said holes are located on a cylindrical surface and wherein said plurality of holes are spaced apart relative to a longitudinal surface of said rotor shaft, and wherein said distributor is in the form of a ring portion extending from said labyrinth seal . a seal gas passageway for delivering a seal gas to said end seal; a seal gas distributor for receiving at least a portion of said seal gas from said seal gas passageway , said seal gas distributor having a plurality of holes for distributing said seal gas about said rotor shaft during turbo machine standstill; and a labyrinth seal disposed proximately of said end seal; wherein said holes are located on a cylindrical surface and wherein said plurality of holes are spaced apart relative to a longitudinal surface of said rotor shaft, and wherein said distributor is in the form of a ring portion extending from said labyrinth seal .
Casing for a frame screw wherein the casing comprises a cylindrical unit having an at least partially threaded outer casing and an outer flange comprising an end face having a spread in the radial direction (R) greater than the outer casing , wherein the outer flange comprises an edge part which delimits the outer flange in the radial direction (R), wherein the cylindrical unit comprises a duct passing through it in the axial direction (X), said duct comprising a first portion configured with a cross section in the radial direction (R) which is suitable for the fitting-in of a tool which will rotate the cylindrical unit, as well as an inner flange comprising an inner section , wherein the outer flange comprises a machining surface having an extent from the edge part to the outer casing , the machining surface being arranged at an angle Φ relative to a normal to the outer casing , wherein the outer flange comprises through holes extending from the end face through the outer flange to the machining surface , the end face comprising first openings for the respective holes , and wherein the machining surface comprises corresponding second openings , each second opening being delimited by a front edge and a rear edge comprising a cutting edge arranged to machine a surface of a workpiece into which the casing is intended to be screwed, wherein the hole is arranged to evacuate material machined by the cutting edge away from the workpiece , characterized in that the angle Φ is greater than zero and that the through holes are delimited by the edge part .
A computer implemented method, comprising: determining projection domain noise of projection data generated from a tomographic scan; determining a low contrast detectability from an acquisition of the tomographic scan based on the projection domain noise and a mapping between the low contrast detectability and the project domain noise; reconstructing image data by reconstructing the projection data using a de-noising reconstruction algorithm; processing the image data for finding a clinical indication; indicating, to a clinical decision support system, a finding of the clinical indication based on the processing; generating an image quality index for the scan based on a combination of the determined low contrast detectability and the projection domain noise; and generating indicia indicating a confidence of the finding based on the image quality index. determining projection domain noise of projection data generated from a tomographic scan; determining a low contrast detectability from an acquisition of the tomographic scan based on the projection domain noise and a mapping between the low contrast detectability and the project domain noise; reconstructing image data by reconstructing the projection data using a de-noising reconstruction algorithm; processing the image data for finding a clinical indication; indicating, to a clinical decision support system, a finding of the clinical indication based on the processing; generating an image quality index for the scan based on a combination of the determined low contrast detectability and the projection domain noise; and generating indicia indicating a confidence of the finding based on the image quality index.
A method of forming a cobalt layer on a substrate, comprising: exposing a substrate having a feature definition formed in a first surface of the substrate to a ruthenium precursor and hydrogen gas to form a ruthenium-containing layer on the first surface of the substrate and on a sidewall and bottom surface of the feature definition, comprising co-flowing the ruthenium precursor and the hydrogen gas; exposing the ruthenium-containing layer to a soak process at a temperature from about 100 degrees Celsius to about 600 degrees Celsius, the soak process comprising stopping the flow of the ruthenium precursor while continuing the flow of the hydrogen gas; exposing the substrate to a cobalt precursor to form a cobalt seed layer atop the ruthenium-containing layer; and depositing a cobalt bulk layer over the cobalt seed layer, wherein the cobalt bulk layer is deposited by a chemical vapor deposition process, a physical vapor deposition process, or an electroplating process. exposing a substrate having a feature definition formed in a first surface of the substrate to a ruthenium precursor and hydrogen gas to form a ruthenium-containing layer on the first surface of the substrate and on a sidewall and bottom surface of the feature definition, comprising co-flowing the ruthenium precursor and the hydrogen gas; exposing the ruthenium-containing layer to a soak process at a temperature from about 100 degrees Celsius to about 600 degrees Celsius, the soak process comprising stopping the flow of the ruthenium precursor while continuing the flow of the hydrogen gas; exposing the substrate to a cobalt precursor to form a cobalt seed layer atop the ruthenium-containing layer; and depositing a cobalt bulk layer over the cobalt seed layer, wherein the cobalt bulk layer is deposited by a chemical vapor deposition process, a physical vapor deposition process, or an electroplating process.
A system for reclaiming metals from bottom ash material comprising a plurality of mills each having an inlet for receiving material and an outlet for discharging material, the outlet of a first of said mills being connected to the inlet of a second of said mills , a water circuit for establishing water flow through the mills for flushing crushed material and metal particles from the mills to a screen where metal particles are separated from minerals and water and a processing device for separating minerals from the water of the screen separated minerals and water, characterized in that the mills are rod mills , said rod mills being independently adjustable for inclination and being independently adjustably powered.
Method for operating a hydraulic high-pressure system having a pressure booster which can be acted upon by a hydraulic unit in order to act upon a consumer with a hydraulic medium and having at least one pressure accumulator , as a pulsation damper, attached at the high-pressure side to the pressure booster , wherein the operating pressure of the hydraulic medium for the consumer is controlled by the hydraulic unit , characterised in that the pressure accumulator is locked prior to a change in the operating pressure present at the consumer and is opened only when the operating pressure of the hydraulic medium rises or falls.
An atomizer, comprising a housing , wherein an atomization cavity is defined in the housing ; an air inlet passage and an air sensing passage which are in communication with the outside are defined in the housing ; the air inlet passage is in communication with the atomization cavity , and at least part of the air sensing passage and at least part of the air inlet passage are arranged side-by-side and independent of each other, wherein the air sensing passage and the air inlet passage are arranged in a same side of the housing , wherein an air outlet passage to communicate the atomization cavity with the outside is provided in another opposite side of the housing for outputting aerosol, and wherein a liquid storage cavity for storing a liquid atomizable medium is defined in the housing and located between the air inlet passage and the air outlet passage .