mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a housing ; a roller in the housing, including a top elongated in the housing and a bottom coupled to the top and elongated along the top ; a display module including a display panel and a module cover covering the display panel , the display module configured to be wound or unwound around the roller ; and a timing controller board positioned between the top and the bottom . a housing ; a roller in the housing, including a top elongated in the housing and a bottom coupled to the top and elongated along the top ; a display module including a display panel and a module cover covering the display panel , the display module configured to be wound or unwound around the roller ; and a timing controller board positioned between the top and the bottom .
A dermal aesthetic hydrogel product comprising: (a) a hyaluronic acid; (b) a cyclodextrin; and (c) a vitamin A; wherein the vitamin A is complexed to the cyclodextrin, the amount of vitamin A is between 0.1% and 4% by weight of the product, and the cyclodextrin and the vitamin A have a molar ratio to each other of 0.1:1 to 10:1. (a) a hyaluronic acid; (b) a cyclodextrin; and (c) a vitamin A; wherein the vitamin A is complexed to the cyclodextrin, the amount of vitamin A is between 0.1% and 4% by weight of the product, and the cyclodextrin and the vitamin A have a molar ratio to each other of 0.1:1 to 10:1.
A method for recovering a valuable metal, the method recovering at least cobalt of valuable metals, cobalt and nickel, from an acidic solution obtained by subjecting waste containing positive electrode materials for lithium ion secondary batteries to a wet process, the acidic solution comprising cobalt ions, nickel ions and impurities, wherein the impurities contained in the acidic solution comprise aluminum and/or manganese, and wherein the acidic solution is obtained through an Al/Mn extraction step for extracting aluminum ions and/or manganese ions by solvent extraction and stripping them, the method comprising: a first extraction step for Co recovery, the first extraction step being for extracting cobalt ions by solvent extraction from the acidic solution and stripping the cobalt ions; and a second extraction step for Co recovery, the second extraction step being for extracting cobalt ions by solvent extraction from a stripped solution obtained in the first extraction step for Co recovery and stripping the cobalt ions, wherein the first extraction step for Co recovery comprises: a solvent extraction process for extracting cobalt ions in the acidic solution into a solvent; a scrubbing process for scrubbing the solvent that has extracted the cobalt ions; and a stripping process for stripping the cobalt ions in the solvent after the scrubbing into a solution. a first extraction step for Co recovery, the first extraction step being for extracting cobalt ions by solvent extraction from the acidic solution and stripping the cobalt ions; and a second extraction step for Co recovery, the second extraction step being for extracting cobalt ions by solvent extraction from a stripped solution obtained in the first extraction step for Co recovery and stripping the cobalt ions, wherein the first extraction step for Co recovery comprises: a solvent extraction process for extracting cobalt ions in the acidic solution into a solvent; a scrubbing process for scrubbing the solvent that has extracted the cobalt ions; and a stripping process for stripping the cobalt ions in the solvent after the scrubbing into a solution.
A process for creating a three dimensional shaped orthopedic product using a composite material having a stretchable insulative first layer , a second polymer layer permanently affixed to said first layer that is rigid at temperatures below 54°C (130 degrees Fahrenheit) and becomes malleable at temperatures above 54°C (130 degrees Fahrenheit), and a cushioned insulative third layer permanently affixed to said second layer; wherein the second layer is a middle layer sandwiched between said first layer and said third layer , the second layer having a perimeter that is generally coextensive with the perimeters of said first layer and said third layer ; said process comprising the steps of: heating said composite material to a temperature up to 104°C (220 degrees Fahrenheit) such that the middle layer becomes malleable; cutting said composite material into pattern pieces ; sewing said heated pattern pieces into a three dimensional shaped object while the middle layer is malleable; reheating said sewn three dimensional shaped object; and further shaping said three dimensional shaped orthopedic product about a body part so that the heated object material stretches, bends and compresses to further shape precisely to the contours of the body. heating said composite material to a temperature up to 104°C (220 degrees Fahrenheit) such that the middle layer becomes malleable; cutting said composite material into pattern pieces ; sewing said heated pattern pieces into a three dimensional shaped object while the middle layer is malleable; reheating said sewn three dimensional shaped object; and further shaping said three dimensional shaped orthopedic product about a body part so that the heated object material stretches, bends and compresses to further shape precisely to the contours of the body.
A humidity-protected reactive hot melt adhesive pillow, comprising a reactive hot melt adhesive in the form of pillow and a humidity protection exterior layer, wherein said exterior layer comprises a mixture of one or more EVA (Ethylene-Vinyl Acetate) copolymers and hydrophobic fumed silica.
A liquid bonding agent for a liquid ink including a wax emulsion in an amount less than 1% actives, the liquid bonding agent comprising: a calcium salt; the wax emulsion present in an amount ranging from greater than 0% actives to 2% actives; an acetylenic surfactant; a glycol; and a balance of water; wherein the liquid bonding agent is to be digitally printed with a thermal inkjet printhead on a substrate under the liquid ink. a calcium salt; the wax emulsion present in an amount ranging from greater than 0% actives to 2% actives; an acetylenic surfactant; a glycol; and a balance of water; wherein the liquid bonding agent is to be digitally printed with a thermal inkjet printhead on a substrate under the liquid ink.
A method for selecting an image based on burst shooting, wherein the method is applied to an electronic device , the electronic device comprises a camera and a display , and the method comprises: displaying , by the electronic device , a preview interface on the display , wherein the preview interface is used to display an image captured by the camera ; detecting , by the electronic device , a first operation used to start burst shooting; in response to the first operation, obtaining , by the electronic device , N first-resolution images captured by the camera ; performing down-sampling on the N first-resolution images to obtain N second-resolution images; performing , by the electronic device , scene recognition based on K images that meet an image quality screening condition in the N second-resolution images, to determine a shooting scene; and determining , by the electronic device , M second-resolution images from the N second-resolution images according to an image content screening condition corresponding to the shooting scene, wherein N is greater than or equal to K, N is greater than or equal to M, N and K are positive integers greater than 1, and M is a positive integer greater than or equal to 1; displaying, by the electronic device, the M second-resolution images; in response to a second operation performed by a user on a first image in the M second-resolution images, displaying, by the electronic device, a second image on the display in full screen, wherein the second image is a first-resolution image corresponding to the first image. displaying , by the electronic device , a preview interface on the display , wherein the preview interface is used to display an image captured by the camera ; detecting , by the electronic device , a first operation used to start burst shooting; in response to the first operation, obtaining , by the electronic device , N first-resolution images captured by the camera ; performing down-sampling on the N first-resolution images to obtain N second-resolution images; performing , by the electronic device , scene recognition based on K images that meet an image quality screening condition in the N second-resolution images, to determine a shooting scene; and determining , by the electronic device , M second-resolution images from the N second-resolution images according to an image content screening condition corresponding to the shooting scene, wherein N is greater than or equal to K, N is greater than or equal to M, N and K are positive integers greater than 1, and M is a positive integer greater than or equal to 1; displaying, by the electronic device, the M second-resolution images; in response to a second operation performed by a user on a first image in the M second-resolution images, displaying, by the electronic device, a second image on the display in full screen, wherein the second image is a first-resolution image corresponding to the first image.
A product comprising: a) a polymeric substrate and b) a hydrogel based on vinyl-lactam type monomers, without methacrylates or with ionic methacrylates, and at least two crosslinkers, characterized in that there is an interface between the substrate and the hydrogel, an interface formed by a gradient of both, the substrate and the hydrogel network -both forming a semi-interpenetrated network structure-. a) a polymeric substrate and b) a hydrogel based on vinyl-lactam type monomers, without methacrylates or with ionic methacrylates, and at least two crosslinkers,
Coating device for applying a coating agent to the surface of a workpiece , the coating device comprising a machine frame having a workpiece mount , a coating agent source and a compressed air source , further comprising a rotary unit which is rotatable in relation to the machine frame and has at least one pump and a plurality of spray units , wherein the at least one pump on a suction side is connected to the coating agent source by a fluid-conducting rotary joint , and on a pressure side is connected to the spray units , characterized in that , the rotary unit has a pneumatic valve device , and the spray units each have a compressed air controlled valve for controlling the delivery of coating agent, wherein the valve device on an intake air side is connected to the compressed air source at least via a fluid-conducting rotary feedthrough , and on an exhaust air side is connected to the compressed air controlled valves of the spray units .
A rotor , comprising: a hub ; and a plurality of blades disposed on the hub , wherein each of the plurality of blades has a suction surface , a pressure surface , a leading edge , a trailing edge , a tip-side edge , and a hub-side edge , wherein the suction surface has a first curved surface portion curved convexly toward the trailing edge such that the trailing edge is inclined to a pressure surface side in a first region (R1) which is a partial region, in a blade height direction of the blade , of a region connected to the trailing edge , and wherein the first curved surface portion is connected to the hub-side edge , characterized in that the pressure surface has a second curved surface portion curved convexly toward the trailing edge such that the trailing edge is inclined to a suction surface side in a second region (R2) which is a partial region, in the blade height direction of the blade , of a region connected to the trailing edge . a hub ; and a plurality of blades disposed on the hub , wherein each of the plurality of blades has a suction surface , a pressure surface , a leading edge , a trailing edge , a tip-side edge , and a hub-side edge , wherein the suction surface has a first curved surface portion curved convexly toward the trailing edge such that the trailing edge is inclined to a pressure surface side in a first region (R1) which is a partial region, in a blade height direction of the blade , of a region connected to the trailing edge , and wherein the first curved surface portion is connected to the hub-side edge , characterized in that the pressure surface has a second curved surface portion curved convexly toward the trailing edge such that the trailing edge is inclined to a suction surface side in a second region (R2) which is a partial region, in the blade height direction of the blade , of a region connected to the trailing edge .
A method of stabilizing a nanostructure, comprising: providing an elongated nanostructure disposed on a substrate ; wherein the elongated nanostructure is a structure that has an aspect ratio with a length at least two times longer than the shortest width; and wherein the term nanostructure refers to any structure having dimensions of width or diameter less than 1 micron; wherein the elongated nanostructure has an attachment end attached to the substrate and a free end opposite the attachment end; and wherein a metal cap or metal coating is formed on the free end of the elongated nanostructure ; characterized by coating the elongated nanostructure with a metal oxide coating . providing an elongated nanostructure disposed on a substrate ; wherein the elongated nanostructure is a structure that has an aspect ratio with a length at least two times longer than the shortest width; and wherein the term nanostructure refers to any structure having dimensions of width or diameter less than 1 micron; wherein the elongated nanostructure has an attachment end attached to the substrate and a free end opposite the attachment end; and wherein a metal cap or metal coating is formed on the free end of the elongated nanostructure ; characterized by coating the elongated nanostructure with a metal oxide coating .
A method of manufacturing a heat transfer plate where a heat medium pipe configured to circulate a heat medium for heating or cooling a heat component is housed inside a plate·form base member , the method comprising the steps of inserting the heat medium pipe in a concave groove open to an obverse of the base member and having a depth size longer than an outer diameter size of the heat medium pipe ; inserting a lid plate in an opening of the concave groove positioned at an upper portion of the heat medium pipe within the concave groove ; and then fixing the lid plate to the base member by friction stirring joining, the method characterized by deforming the heat medium pipe plastically and making the heat medium pipe abut with the concave groove by pressing the lid plate towards a bottom portion of the concave groove before friction stirring joining the lid plate to the base member . inserting the heat medium pipe in a concave groove open to an obverse of the base member and having a depth size longer than an outer diameter size of the heat medium pipe ; inserting a lid plate in an opening of the concave groove positioned at an upper portion of the heat medium pipe within the concave groove ; and then fixing the lid plate to the base member by friction stirring joining, the method characterized by deforming the heat medium pipe plastically and making the heat medium pipe abut with the concave groove by pressing the lid plate towards a bottom portion of the concave groove before friction stirring joining the lid plate to the base member .
An article of footwear comprising: a sole structure comprising an auxetic layer and a first liner , wherein the auxetic layer includes a pattern of apertures formed by sole elements surrounding the apertures ; and an upper ; wherein each of the sole elements has a plurality of vertices ; wherein the sole elements are joined at their vertices , and wherein the sole elements can rotate with respect to one another about their vertices ; wherein the auxetic layer is characterized by having a lateral direction, a longitudinal direction and a vertical direction; wherein the auxetic layer is configured to expand in the lateral direction and the longitudinal direction when tension is applied to the auxetic layer in the lateral direction; wherein the auxetic layer is configured to expand in the lateral direction and the longitudinal direction when tension is applied to the auxetic layer in the longitudinal direction; and wherein the first liner is disposed adjacent to the auxetic layer , wherein the first liner is approximately parallel to the auxetic layer and wherein the first liner inhibits the introduction of debris into the apertures in the auxetic layer , and wherein the first liner is positioned between the auxetic layer and the upper . a sole structure comprising an auxetic layer and a first liner , wherein the auxetic layer includes a pattern of apertures formed by sole elements surrounding the apertures ; and an upper ; wherein each of the sole elements has a plurality of vertices ; wherein the sole elements are joined at their vertices , and wherein the sole elements can rotate with respect to one another about their vertices ; wherein the auxetic layer is characterized by having a lateral direction, a longitudinal direction and a vertical direction; wherein the auxetic layer is configured to expand in the lateral direction and the longitudinal direction when tension is applied to the auxetic layer in the lateral direction; wherein the auxetic layer is configured to expand in the lateral direction and the longitudinal direction when tension is applied to the auxetic layer in the longitudinal direction; and wherein the first liner is disposed adjacent to the auxetic layer , wherein the first liner is approximately parallel to the auxetic layer and wherein the first liner inhibits the introduction of debris into the apertures in the auxetic layer , and wherein the first liner is positioned between the auxetic layer and the upper .
Structural component having a multiplicity of material layers (2; 3; 4; 5; 6), which are stacked and connected together in a thickness direction (D); wherein at least one of the material layers (3; 4; 5; 6) is a fibre composite layer composed of a fibre composite material, said fibre composite layer being realized by way of fibre bands; wherein an outermost material layer in relation to the thickness direction (D) is formed by a sensor device at least in sections, said sensor device having a plurality of band-like sensor units arranged alongside one another, wherein each sensor unit comprises an electroactive polymer arranged between electrically conductive electrodes (12; 13).
Substrate for a front side type imager, successively comprising a semiconductor support substrate , an electrically insulating layer and a silicon-germanium semiconductor layer called active layer, characterised in that the electrically insulating layer is constituted of a stack of dielectric layers or a stack of dielectric and metal layers chosen in such a way that the reflectivity of said stack in a range of wavelengths comprised between 700 nm and 3 μm is greater than the reflectivity of a silicon oxide layer having a thickness equal to that of said stack, said substrate further comprising a single crystal silicon layer between the electrically insulating layer and the active silicon-germanium layer .
A composite panel , comprising: a first composite laminate ; a second composite laminate , wherein the first composite laminate and the second composite laminate comprise graphite composite laminates; a foam core bonded to and interposed between the first composite laminate and the second composite laminate ; and a corrugated core sheet within the foam core , wherein the corrugated core sheet comprises polyethylene and/or aluminum, and has a higher ductility than the first composite laminate and the second composite laminate to absorb energy upon a transverse pressure load imposed on the composite panel . a first composite laminate ; a second composite laminate , wherein the first composite laminate and the second composite laminate comprise graphite composite laminates; a foam core bonded to and interposed between the first composite laminate and the second composite laminate ; and a corrugated core sheet within the foam core , wherein the corrugated core sheet comprises polyethylene and/or aluminum, and has a higher ductility than the first composite laminate and the second composite laminate to absorb energy upon a transverse pressure load imposed on the composite panel .
Blade for a turbomachine, having an interior space which is surrounded by a wall structure which forms the surface of the blade, wherein openings are provided in the wall structure , which openings connect the surface to the interior space , wherein • the openings in the wall structure are formed by means of a multiplicity of micro-channels , • the micro-channels are distributed over an area region of the surface , characterized in that , • the micro-channels each individually extend from the interior space to the surface, in such a manner that • the micro-channels each form a path which predefines a rectilinear direction for flowing cooling gas. • the openings in the wall structure are formed by means of a multiplicity of micro-channels , • the micro-channels are distributed over an area region of the surface , characterized in that , • the micro-channels each individually extend from the interior space to the surface, in such a manner that • the micro-channels each form a path which predefines a rectilinear direction for flowing cooling gas.
A pharmaceutical composition comprising a combination of: (a) Inulin or pharmaceutically acceptable salts thereof and (b) Betaine or pharmaceutically acceptable salt thereof, wherein the amount of Inulin or pharmaceutically acceptable salts thereof ranges from 90 to 99 % by wt. of the composition; and wherein the amount of Betaine or pharmaceutically acceptable salts thereof ranges from 0.5 to 10 % by wt. of the composition, for use in reducing protein bound uremic toxins in chronic kidney disease (CKD). (a) Inulin or pharmaceutically acceptable salts thereof and (b) Betaine or pharmaceutically acceptable salt thereof, wherein the amount of Inulin or pharmaceutically acceptable salts thereof ranges from 90 to 99 % by wt. of the composition; and wherein the amount of Betaine or pharmaceutically acceptable salts thereof ranges from 0.5 to 10 % by wt. of the composition, for use in reducing protein bound uremic toxins in chronic kidney disease (CKD). wherein the amount of Inulin or pharmaceutically acceptable salts thereof ranges from 90 to 99 % by wt. of the composition; and wherein the amount of Betaine or pharmaceutically acceptable salts thereof ranges from 0.5 to 10 % by wt. of the composition, for use in reducing protein bound uremic toxins in chronic kidney disease (CKD).
A device comprising: a first compartment comprising a recombinant bacteriophage having a genetic construct inserted into a bacteriophage genome, wherein the construct comprises a promoter and an indicator gene; and a second compartment comprising a signal detecting component, wherein the signal detecting component facilitates detection of the indicator gene product produced as a result of infecting the sample with the recombinant bacteriophage; wherein the device is free of media. a first compartment comprising a recombinant bacteriophage having a genetic construct inserted into a bacteriophage genome, wherein the construct comprises a promoter and an indicator gene; and a second compartment comprising a signal detecting component, wherein the signal detecting component facilitates detection of the indicator gene product produced as a result of infecting the sample with the recombinant bacteriophage; wherein the device is free of media.