mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode active material for a lithium secondary battery comprising a secondary particle composed of a plurality of primary particles, wherein: a crystal structure of the primary particle includes an a-axis; the a-axis of the primary particle is oriented to the center part of the secondary particle; the secondary particle comprises nickel, cobalt, and manganese; and at least two of nickel, cobalt, and manganese have a concentration gradient in the secondary particle. a crystal structure of the primary particle includes an a-axis; the a-axis of the primary particle is oriented to the center part of the secondary particle; the secondary particle comprises nickel, cobalt, and manganese; and at least two of nickel, cobalt, and manganese have a concentration gradient in the secondary particle.
A display device having a plurality of semiconductor light-emitting elements on a substrate , wherein the substrate comprises: a base substrate ; an insulating layer provided on the base substrate , the insulating layer comprising a surface opposite to the base substrate ; a pad formed to protrude from the base substrate beyond the surface of the insulating layer opposite to the base substrate ; and one of the semiconductor light-emitting elements assembled on the pad , and wherein the insulating layer comprises inorganic particles , and at least part of the inorganic particles are formed to protrude from the surface of the insulating layer opposite to the base substrate . a base substrate ; an insulating layer provided on the base substrate , the insulating layer comprising a surface opposite to the base substrate ; a pad formed to protrude from the base substrate beyond the surface of the insulating layer opposite to the base substrate ; and one of the semiconductor light-emitting elements assembled on the pad , and wherein the insulating layer comprises inorganic particles , and at least part of the inorganic particles are formed to protrude from the surface of the insulating layer opposite to the base substrate .
A camera module (A) comprising: an image capturing unit configured to image an interior of a vehicle; and an illumination unit configured to illuminate the interior of the vehicle, wherein the illumination unit includes at least one light source and an illumination lens configured to transmit light beam(s) from said at least one light source, and the illumination lens is such that an irradiation area (E) has an irradiation width (Eh) in a horizontal direction greater than an irradiation width (Ev) in a vertical direction with an area to which the light beam of the light source is transmitted in the vertical direction being reduced, and that the irradiation area (E) comprises a plurality of high illuminance areas (C) arranged in the horizontal direction. an image capturing unit configured to image an interior of a vehicle; and an illumination unit configured to illuminate the interior of the vehicle, wherein the illumination unit includes at least one light source and an illumination lens configured to transmit light beam(s) from said at least one light source, and the illumination lens is such that an irradiation area (E) has an irradiation width (Eh) in a horizontal direction greater than an irradiation width (Ev) in a vertical direction with an area to which the light beam of the light source is transmitted in the vertical direction being reduced, and that the irradiation area (E) comprises a plurality of high illuminance areas (C) arranged in the horizontal direction.
Coupling ring for couplings of at least two coupling parts , wherein the coupling ring is designed in the form of a wedge-assembly ring, at least comprising a plurality of encircling fastening elements , which are directed towards the ring axis of the wedge-assembly ring and each have at least one through-bore directed exclusively radially in relation to the ring axis , wherein the through-bores serve for at least one exclusively radially directed screw-connection means , which can be provided from the outer ring region and is intended for fastening the fastening elements on two matched coupling parts for the purpose of connecting the two coupling parts , wherein - at the inner ring region , the fastening elements each have an axially running profile directed towards the ring axis , - a respective elastic spring element is present between the adjacent fastening elements and is fastened on each of the adjacent fastening elements by being vulcanized thereon in simultaneously performed vulcanization operations, - and therefore an alternating arrangement of the fastening elements and of the elastic spring elements makes up the wedge-assembly ring , which can be screwed radially onto the two matched coupling parts for the purpose of connecting the two coupling parts , characterized in that the wedge-assembly ring is split into at least two single-piece ring segments , which can be separated from one another and are made up of an alternating arrangement of the fastening elements and of the spring elements , wherein the separable, single-piece ring segments are fitted with separable closure-fastening elements , which are each located at the end regions of a ring segment and are provided to form a contact-establishing closure , wherein the split and separable closure-fastening elements , which connect the ring segments , each have wedge parts (341, 342; 351, 352; 342, 353; 344, 354), which are matched to one another and have bores directed radially in relation to the ring axis , wherein the closure-containing wedge parts (341, 342; 351, 352; 342, 353; 344, 354) can be joined together in each case via a radially directed screw-connection means on one of the two coupling parts . - at the inner ring region , the fastening elements each have an axially running profile directed towards the ring axis , - a respective elastic spring element is present between the adjacent fastening elements and is fastened on each of the adjacent fastening elements by being vulcanized thereon in simultaneously performed vulcanization operations, - and therefore an alternating arrangement of the fastening elements and of the elastic spring elements makes up the wedge-assembly ring , which can be screwed radially onto the two matched coupling parts for the purpose of connecting the two coupling parts ,
An effective immunogenic composition comprising an attenuated Mycoplasma bovis strain, wherein said strain is deposited with the American Type Culture Collection under accession number PTA-122167.
A composition for ophthalmic use comprising one or more polyunsaturated fatty acids with free carboxylic function (PUFAs FFA) selected from the group comprising omega-3 and omega-6 polyunsaturated fatty acids, said polyunsaturated fatty acids having an aliphatic chain of from 16 to 24 carbon atoms, in aqueous solution with methyl-β-cyclodextrins (Met-β-CD) .
A method for determining onset risk of diabetic nephropathy, comprising measuring a concentration of phenyl sulfate or salt thereof contained in a biological sample collected from a test subject who has not developed diabetic nephropathy, wherein when the concentration of the phenyl sulfate or salt thereof is higher than a concentration of phenyl sulfate or salt thereof contained in a biological sample derived from a healthy individual, it is indicative that the test subject has a high possibility of developing diabetic nephropathy.
A magnetic encoder being attachable to a rotator provided in a device for detecting a rotation number of an automobile wheel or a rotation number detector for a relatively rotatable bearing section comprising: a core metal made of a cold rolled steel plate; an annular plastic magnet section magnetized multi-polarly in a circumferential direction; a plated layer containing a zinc-aluminum-magnesium alloy stacked on a surface of the core metal; a phosphoric acid salt film layer stacked on a surface of the plated layer; an adhesive layer stacked on the phosphoric acid salt film layer; and a plastic magnet layer stacked on the adhesive layer. a core metal made of a cold rolled steel plate; an annular plastic magnet section magnetized multi-polarly in a circumferential direction; a plated layer containing a zinc-aluminum-magnesium alloy stacked on a surface of the core metal; a phosphoric acid salt film layer stacked on a surface of the plated layer; an adhesive layer stacked on the phosphoric acid salt film layer; and a plastic magnet layer stacked on the adhesive layer.
A holding device for cards, money or the like for a U-shaped card holding device, comprising a first plate , a second plate of smaller dimensions than the first plate , wherein the second plate overlaps the first plate and is connected to the first plate on at least two sides, and the second plate has a region tapered outwardly on a side not connected to the first plate , and the second plate has at least one opening in the region remote from the tapered region , characterized in that the edge of the opening has a plastic layer , in particular a polymer.
A cured product of a resin composition comprising: at least one compound selected from an acrylate compound and a methacrylate compound; and a compound having at least one thiol group, wherein a content of the compound having at least one thiol group in the cured product is 30 mass% or less, with respect to the entirety of the resin composition, and wherein the cured product has a secondary dispersion characteristic θ g,F of 0.65 or more, and wherein the secondary dispersion characteristic θ g,F is defined by: θ g ,F = n g − nF / nF − nC with nF representing a refractive index at a wavelength of 486.1 nm, nC representing a refractive index at a wavelength of 656.3 nm, and n g representing a refractive index at a wavelength of 435.8 nm, and can be measured as described in the part " Measurement of Refractive Indices and Secondary Dispersion Characteristic (θ g,F )" of the description. at least one compound selected from an acrylate compound and a methacrylate compound; and a compound having at least one thiol group, wherein a content of the compound having at least one thiol group in the cured product is 30 mass% or less, with respect to the entirety of the resin composition, and wherein the cured product has a secondary dispersion characteristic θ g,F of 0.65 or more, and wherein the secondary dispersion characteristic θ g,F is defined by: θ g ,F = n g − nF / nF − nC with nF representing a refractive index at a wavelength of 486.1 nm, nC representing a refractive index at a wavelength of 656.3 nm, and n g representing a refractive index at a wavelength of 435.8 nm, and can be measured as described in the part " Measurement of Refractive Indices and Secondary Dispersion Characteristic (θ g,F )" of the description.
Apparatus for cleaning gutters comprising a main body with a handling portion (2.3) and two arm portions laterally protruding from said handling portion (2.3), wherein a first cleaning portion (2.1) is provided at a first arm portion and a second cleaning portion (2.2) is provided at a second arm portion , the apparatus further comprises liquid guiding means , said liquid guiding means being adapted to guide liquid towards the first or the second cleaning portion (2.1, 2.2), wherein said main body comprises a handling portion (2.3) adapted to couple to a handle or a handle fixing portion (7.1) via adjusting means , with the adjusting means allowing to adjust the angle of inclination of the main body in respect to the handle or handle fixing portion (7.1), characterized in that said main body further comprises a coupling portion , distinct from the said handling portion (2.3), the coupling portion adapted to receive a quick coupler of a hose and said coupling portion is fluidly coupled with said liquid guiding means included in said main body .
A multi-processing unit comprising: a plurality of movable tools , which are installed or mounted in and on a central body , for manipulating or processing workpieces by handling, machining, joining and assembling; and at least one central drive , - wherein the machining tools are either in a retracted parking position or in an extended working position in the central body , - wherein multiple machining tools - combined mechanically or by software to form a group - can be brought into a working position simultaneously, - wherein the machining tools are different types or sizes for cutting manufacturing methods, - wherein one or more tools are present for each tool type, - wherein at least one handling tool is a gripping tool , and - characterised in that the gripping tool is a panel-gripping device , which has two parallel gripping devices fastened rigidly to an adapter wedge , for gripping furniture panels . - wherein the machining tools are either in a retracted parking position or in an extended working position in the central body , - wherein multiple machining tools - combined mechanically or by software to form a group - can be brought into a working position simultaneously, - wherein the machining tools are different types or sizes for cutting manufacturing methods, - wherein one or more tools are present for each tool type, - wherein at least one handling tool is a gripping tool , and - characterised in that
Hand-held power tool , with a tool holder for receiving a tool , a motor , a shaft , which couples the motor to a unit driving the tool , a first rolling bearing , which has an outer bearing shell , an inner bearing shell and rolling bodies arranged between the outer bearing shell and the inner bearing shell , a second rolling bearing , which has an outer bearing shell , an inner bearing shell and rolling bodies arranged between the outer bearing shell and the inner bearing shell , wherein the inner bearing shell of the first rolling bearing and the inner bearing shell of the second rolling bearing are mounted on the shaft at a first axial distance from one another, a housing , which has a second housing shell , connected to a first housing shell by a force-fitting connection , wherein the first housing shell has a contact surface and the second housing shell has a contact surface , which are in contact with one another by the force-fitting connection , wherein the outer bearing shell of the first rolling bearing is inserted in the first housing shell and the outer bearing shell of the second rolling bearing is inserted in the second housing shell and the outer bearing shell of the first rolling bearing is at a second axial distance in relation to the outer bearing shell of the second rolling bearing , and characterized in that the first axial distance is chosen with respect to the second axial distance such that the first housing shell and the second housing shell are braced parallel to the shaft by the force-fitting connection and wherein, when the force-fitting connection is released, the outer bearing shell of the first rolling bearing is at a third axial distance in relation to the contact surface of the first housing shell and the outer bearing shell of the second rolling bearing is at a fourth axial distance in relation to the contact surface of the second housing shell , and the first axial distance is greater than the sum of the third and fourth axial distances .
Use of an additive in an epoxy adhesive containing an epoxy resin, the additive comprising a star-shaped star polymer having a core/shell structure dispersed in a form of a micelle or vesicle in the epoxy resin contained in the epoxy adhesive, wherein the star polymer is formed via atomic transfer radical polymerization (ATRP) between an arm-polymer and a cross-linker, wherein the arm-polymer includes a polyacrylate having one halogenated terminal, and the cross-linker includes a diacrylate-based compound or a dimethacrylate-based compound, wherein the core includes a polymer resulting from polymerization of the cross-linker, and a portion of the armpolymer constitutes the shell, wherein the state of the star polymers in the epoxy resin is measured by transmission electron microscope (TEM).
A trimmer device, comprising: a circular inner mounting block (30; 30') having a first central aperture for receiving a turret shaft (110; 110') of a processing turret, the inner mounting block (30; 30') having at least one inner bore ; a circular outer mounting block (32; 32') having a second central aperture for receiving the turret shaft, the outer mounting block (32; 32') having a larger diameter than the inner mounting block (30; 30'), the outer mounting block (32; 32') having at least one outer bore ; at least one inner trimmer spindle (12; 12') positioned through the at least one inner bore , a first end of the inner trimmer spindle (12; 12') including a pilot having at least one inner spindle blade for trimming an interior of an article; and at least one outer trimmer spindle (14; 14') positioned through the at least one outer bore , the outer trimmer spindle (14; 14') including at least one outer spindle blade positioned at a first end for trimming an exterior of the article; characterized in that at least one of the inner mounting block (30; 30') or the outer mounting block (32; 32') is rotatable about the turret shaft and relative to the other of the inner mounting block (30; 30') or the outer mounting block (32; 32') such that the relative rotation of the inner and outer mounting blocks generates a variation of the distance between the inner spindle (12; 12') and the outer spindle (14; 14') to adjust for a diameter of the article such that the article may be positioned between the inner spindle blade and the outer spindle blade for trimming. a circular inner mounting block (30; 30') having a first central aperture for receiving a turret shaft (110; 110') of a processing turret, the inner mounting block (30; 30') having at least one inner bore ; a circular outer mounting block (32; 32') having a second central aperture for receiving the turret shaft, the outer mounting block (32; 32') having a larger diameter than the inner mounting block (30; 30'), the outer mounting block (32; 32') having at least one outer bore ; at least one inner trimmer spindle (12; 12') positioned through the at least one inner bore , a first end of the inner trimmer spindle (12; 12') including a pilot having at least one inner spindle blade for trimming an interior of an article; and at least one outer trimmer spindle (14; 14') positioned through the at least one outer bore , the outer trimmer spindle (14; 14') including at least one outer spindle blade positioned at a first end for trimming an exterior of the article; characterized in that at least one of the inner mounting block (30; 30') or the outer mounting block (32; 32') is rotatable about the turret shaft and relative to the other of the inner mounting block (30; 30') or the outer mounting block (32; 32') such that the relative rotation of the inner and outer mounting blocks generates a variation of the distance between the inner spindle (12; 12') and the outer spindle (14; 14') to adjust for a diameter of the article such that the article may be positioned between the inner spindle blade and the outer spindle blade for trimming.
A method for dynamic multi-factor authentication of a user by an ID provider computer system which has access to a database containing reference values associated with the user for a plurality of features, wherein the method comprises the steps of: • receiving an authentication request for authentication of the user , • upon receipt of the authentication request, dynamically selecting a combination of features associated with the user that are to be verified for successful authentication of the user , wherein the selection is made individually for each authentication request, such that the selection for identical authentication requests changes dynamically, • querying measurement values of the features to be verified for the authentication, • receiving the queried measurement values, • comparing the received measurement values with the reference values of the selected combination of features, • determining a degree of authentication of the user using the degree of conformity between the measurement values and the reference values , • if the determined degree of authentication lies above a first threshold value associated with the authentication request, generating and sending an authentication token to confirm successful authentication of the user . • receiving an authentication request for authentication of the user , • upon receipt of the authentication request, dynamically selecting a combination of features associated with the user that are to be verified for successful authentication of the user , wherein the selection is made individually for each authentication request, such that the selection for identical authentication requests changes dynamically, • querying measurement values of the features to be verified for the authentication, • receiving the queried measurement values, • comparing the received measurement values with the reference values of the selected combination of features, • determining a degree of authentication of the user using the degree of conformity between the measurement values and the reference values , • if the determined degree of authentication lies above a first threshold value associated with the authentication request, generating and sending an authentication token to confirm successful authentication of the user .
A manufacturing method of a wooden board, comprising: a first step of obtaining a mixture by mixing a polycarboxylic acid being citric acid, a saccharide being sucrose, and at least one of ammonium sulfate and ammonium chloride; and a second step of obtaining a reaction product which is a main component of an adhesive being water soluble and exhibiting thermoplasticity by heat treatment on the mixture at a temperature not less than 80°C but not more than 180°C, at least one of ammonium sulfate and ammonium chloride not being added to the reaction product after the heat treatment, the manufacturing method including obtaining the wooden board by mixing and heat press molding the adhesive for heat press molding and an aggregation of small wooden pieces after having carried out the first step and the second step in this order, an amount of the polycarboxylic acid with respect to a total amount of the adhesive for heat press molding being in a range from 20 weight% to 80 weight% and an amount of the saccharide with respect to the total amount of the adhesive for heat press molding being in a range from 80 weight% to 20 weight%. a first step of obtaining a mixture by mixing a polycarboxylic acid being citric acid, a saccharide being sucrose, and at least one of ammonium sulfate and ammonium chloride; and a second step of obtaining a reaction product which is a main component of an adhesive being water soluble and exhibiting thermoplasticity by heat treatment on the mixture at a temperature not less than 80°C but not more than 180°C, at least one of ammonium sulfate and ammonium chloride not being added to the reaction product after the heat treatment, the manufacturing method including obtaining the wooden board by mixing and heat press molding the adhesive for heat press molding and an aggregation of small wooden pieces after having carried out the first step and the second step in this order, an amount of the polycarboxylic acid with respect to a total amount of the adhesive for heat press molding being in a range from 20 weight% to 80 weight% and an amount of the saccharide with respect to the total amount of the adhesive for heat press molding being in a range from 80 weight% to 20 weight%.