mhurhangee/ep-ind-claims huggingface dataset:
An ink composition comprising a phosphine oxide initiator, an additional initiator and benzyl acrylate, wherein: the amount of benzyl acrylate is less than 40 wt% based on the total weight of the ink composition and the total amount of mono-functional monomers is less than 45 wt% based on the total weight of the ink composition; and wherein the phosphine oxide initiator is a bis-acyl phosphine oxide, a benzoyl alkyl phosphinate, or a mixture thereof; and wherein the additional initiator is selected from the group comprising difunctional ketosulphone with the formula, 2-hydroxy-1-[4-[[4-(2-hydroxy-2-methyl-propanoyl)phenyl]methyl]phenyl]-2-methyl-propan-1-one with the formula, di-ester of carboxymethoxy thioxanthone, difunctional alpha hydroxyl ketone with the formula, or mixtures thereof; the amount of benzyl acrylate is less than 40 wt% based on the total weight of the ink composition and the total amount of mono-functional monomers is less than 45 wt% based on the total weight of the ink composition; and wherein the phosphine oxide initiator is a bis-acyl phosphine oxide, a benzoyl alkyl phosphinate, or a mixture thereof; and wherein the additional initiator is selected from the group comprising difunctional ketosulphone with the formula, 2-hydroxy-1-[4-[[4-(2-hydroxy-2-methyl-propanoyl)phenyl]methyl]phenyl]-2-methyl-propan-1-one with the formula, di-ester of carboxymethoxy thioxanthone, difunctional alpha hydroxyl ketone with the formula, or mixtures thereof;
Intraocular lens comprising an optical body, which has an optical axis, and a haptic arm, which is attached to the optical body, wherein the haptic arm has a radial cutout formed in a side of the haptic arm, which side is arranged outwards in a radial direction with respect to the optical axis, characterized in that the haptic arm has a radial projection which projects inwards in the radial direction from the rest of the haptic arm and which, in a circumferential direction with respect to the optical axis, is arranged in the same region as the radial cutout.
Hybrid tool for curing pieces of composite material, comprising at least one metallic portion (15,15') and an elastic portion (16,16') arranged on a surface of the metallic portion (15,15'), wherein the elastic portion (16,16') and the metallic portion (15,15') are permanently joined to each other, and wherein the metallic portion and the elastic portion together define a contact surface (17,17') having a shape which copies at least part of a surface of a piece of composite material to be cured, characterized in that the elastic portion (16,16') has an interior end located at an interior region of the metallic portion (15,15') and an exterior end located near to a distal end of the metallic portion (15,15'), and wherein the thickness of the elastic portion (16,16') progressively increases from the interior end to the exterior end.
Method for producing an indium-containing layer by metal-organic vapor phase deposition, wherein the indium-containing layer is generated on a substrate in a reaction chamber, wherein the indium is supplied to the method in the form of an indium-containing precursor compound with the formula InR 3, wherein the radicals R, independently of one another, are selected from alkyl radicals with 1 to 6 C-atoms, characterized in that the supply of the indium-containing precursor compound occurs in a solution consisting of (a) 5 to 60 wt% of a compound of formula InR 3, wherein R is selected from alkyl radicals with 1 to 6 C-atoms, independently of one another, and (b) 40 to 95 wt% of at least one hydrocarbon which has 5 to 8 carbon atoms. (a) 5 to 60 wt% of a compound of formula InR 3, wherein R is selected from alkyl radicals with 1 to 6 C-atoms, independently of one another, and (b) 40 to 95 wt% of at least one hydrocarbon which has 5 to 8 carbon atoms.
An image processing system, comprising: an input port configured to receive a plurality of X-ray images acquired of a region of interest, ROI, in a specimen at different instants before, during or after deposition of a substance at or around said ROI; an image combiner configured to form a first image from a combination of a subset of the plurality of said images acquired up to a first instant; a subtractor (DIFF) configured to subtract the first image from a second image representing a second instant to obtain a difference image that represents an accumulation of said substance between the first and second instant; a contrast measuring unit that measures a quantity of the accumulated substance based on the difference image and on a known X-ray absorption characteristic of the substance, and an output port configured to output said difference image and/or a numerical indication of the measured quantity. an input port configured to receive a plurality of X-ray images acquired of a region of interest, ROI, in a specimen at different instants before, during or after deposition of a substance at or around said ROI; an image combiner configured to form a first image from a combination of a subset of the plurality of said images acquired up to a first instant; a subtractor (DIFF) configured to subtract the first image from a second image representing a second instant to obtain a difference image that represents an accumulation of said substance between the first and second instant; a contrast measuring unit that measures a quantity of the accumulated substance based on the difference image and on a known X-ray absorption characteristic of the substance, and an output port configured to output said difference image and/or a numerical indication of the measured quantity.
A propulsion system for an unmanned underwater vehicle comprising: a turbine engine; a generator mechanically coupled to an output shaft of the turbine engine; an electrical motor mechanically decoupled from the turbine engine and electrically coupled to the generator via a power bus architecture; a propulsor mechanically coupled to a rotational output of the electrical motor; and wherein the power bus architecture includes a pair of AC buses (420A, 420B) joined by a set of power contactors and a DC bus connected to a first AC bus in the pair of AC buses via a first bi-directional rectifier / inverter on a generator side of the power contactors and connected to a second AC bus in the pair of AC buses via a second rectifier / inverter on a motor side of the power contactors; and a low power energy storage system electrically coupled to the DC bus. a turbine engine; a generator mechanically coupled to an output shaft of the turbine engine; an electrical motor mechanically decoupled from the turbine engine and electrically coupled to the generator via a power bus architecture; a propulsor mechanically coupled to a rotational output of the electrical motor; and wherein the power bus architecture includes a pair of AC buses (420A, 420B) joined by a set of power contactors and a DC bus connected to a first AC bus in the pair of AC buses via a first bi-directional rectifier / inverter on a generator side of the power contactors and connected to a second AC bus in the pair of AC buses via a second rectifier / inverter on a motor side of the power contactors; and a low power energy storage system electrically coupled to the DC bus.
A protective clothing unit, particularly a protective clothing unit with splinter protection, more preferably with a protective function against splinters being caused and/or released by detonation and/or explosion, with outerwear and/or underwear and where applicable with separate head and/or facial protection, neck protection, shoulder protection, arm protection, hand protection, trunk protection, torso protection, genital and/or anal protection and/or leg protection, wherein the protective clothing unit has mutually different, particularly textile splinter protection elements assigned in the worn state to different body parts and/or covering in the worn state different body parts, more preferably with a protective function against splinters being caused and/or released by detonation and/or explosion, wherein the splinter protection elements, independently of one another, have at least one polyethylene with ultrahigh molecular weight ( U ltra H igh M olecular W eight P oly e thylene or UHMW-PE) or consist thereof and are designed, independently, as textile knitted fabric, wherein the knitted fabric has a number of stitches on one side and a number of binding elements, at least one of which differs therefrom, on the other side, and wherein the splinter protection elements, independently of one another, have a splinter and/or ballistic protection level V 50, defined in accordance with STANAG 2920, of at least 180 m/s.
A nacelle (116;216) having an inlet (119;219), an outlet (131;231), and a longitudinal axis extending therebetween, the nacelle comprising: a first cowling (128;228) extending continuously between the inlet (119;219) and the outlet (131;231) and between two outer edges (140a,140b;240a,240b), thereby circumscribing at least a portion of the nacelle (116;216) about the longitudinal axis; a second cowling (126;226) defining a portion of the inlet (119;219) and being configured to longitudinally translate relative to the first cowling (128;228); and a third cowling (130;230) at least partially defining the outlet (131;231), the third cowling (130;230) being disposed adjacent to the first cowling (18;228), such that the two outer edges (140a, 140b; 240a, 240b), of the first cowling (18;228) abut the third cowling (130;230). a first cowling (128;228) extending continuously between the inlet (119;219) and the outlet (131;231) and between two outer edges (140a,140b;240a,240b), thereby circumscribing at least a portion of the nacelle (116;216) about the longitudinal axis; a second cowling (126;226) defining a portion of the inlet (119;219) and being configured to longitudinally translate relative to the first cowling (128;228); and a third cowling (130;230) at least partially defining the outlet (131;231), the third cowling (130;230) being disposed adjacent to the first cowling (18;228), such that the two outer edges (140a, 140b; 240a, 240b), of the first cowling (18;228) abut the third cowling (130;230).
An antenna system, comprising: a ground; a first antenna element having a first end and a second end, wherein the first end is connected to the ground; a second antenna element having a third end and a fourth end, wherein the third end is connected to the ground; characterised by a first feeding unit formed at the second end of the first antenna element; a second feeding unit formed at the fourth end of the second antenna element; a connection unit which connects the first antenna element and the second antenna element with each other. wherein each of the first antenna element and the second antenna element is configured to communicate a wireless communication signal. a ground; a first antenna element having a first end and a second end, wherein the first end is connected to the ground; a second antenna element having a third end and a fourth end, wherein the third end is connected to the ground; characterised by a first feeding unit formed at the second end of the first antenna element; a second feeding unit formed at the fourth end of the second antenna element; a connection unit which connects the first antenna element and the second antenna element with each other. wherein each of the first antenna element and the second antenna element is configured to communicate a wireless communication signal.
Combustion plant which comprises a firing plant and a waste-gas pipe starting from firing plant, wherein in addition it comprises a drying plant for drying moist material which has a material feed and a belt drier having a screen belt and a hot-gas guide with an outlet and a flue which are arranged such that the hot-gas flow intersects the upper strand of the screen belt and the hot gas flows through the material located thereon, in addition the drying plant has a rotor drier arranged downstream of the belt drier with respect to the material flow and guides the hot-gas guide through the rotor drier upstream of the belt drier with respect to the flow direction of the hot gas, characterised in that the waste-gas pipe starting from the firing plant leads into the hot-gas guide upstream of the rotor drier with respect to the flow direction of the hot gas.
Refrigeration device, in particular a domestic refrigerator, comprising an inner container with a coolable interior space (3, 4); a refrigerant circuit provided for cooling the interior space (3, 4); a door panel (5, 6) provided for opening and closing the interior space (3, 4); and a control device designed to control at least one component (23, 24) of the refrigeration device, characterised by an electrical door opening assistance mechanism, which operates independently of the control device, which mechanism is designed to at least support an opening of the door panel (5, 6), and comprises information on the current opening state of the door panel (5, 6), and which is connected to the control device and is designed to transmit information on the current opening state of the door panel (5, 6) to the control device, and to control the at least one component of the refrigeration device as a function of the opening state of the door panel (5, 6).
A method for producing a vinyl ether polymer containing a hydrocarbon group, comprising the step of polymerizing vinyl ether represented by the following formula: wherein R 1 represents an aliphatic hydrocarbon group having 1 to 10 carbons or an alicyclic hydrocarbon group having 3 to 10 carbons, in the presence of water as a polymerization solvent, an organic azo-based compound as a radical polymerization initiator and an alkali metal hydroxide or an amine compound as a pH adjusting agent, under pH of 6 or more, measured as described in the description, wherein the pH adjusting agent is added from 0.001 to 1 mol % based on 1 mol of the vinyl ether. in the presence of water as a polymerization solvent, an organic azo-based compound as a radical polymerization initiator and an alkali metal hydroxide or an amine compound as a pH adjusting agent, under pH of 6 or more, measured as described in the description, wherein the pH adjusting agent is added from 0.001 to 1 mol % based on 1 mol of the vinyl ether.
A photocatalytic device comprising: a cabinet; a photocatalytic unit disposed inside the cabinet and including a photocatalyst; a light configured to provide light to the photocatalyst; and a fan configured to send airflow along a surface of the photocatalyst, the photocatalytic unit being configured to be detachable from the cabinet; the photocatalytic unit including a protecting member disposed on a front-surface side of the photocatalyst and facing the photocatalyst; the protecting member including a plurality of frame elements arranged parallel to the airflow from the fan, and a plurality of frame elements arranged perpendicular to the airflow from the fan, and the plurality of frame elements arranged parallel to the airflow from the fan being disposed more densely than the plurality of frame elements arranged perpendicular to the airflow from the fan. a cabinet; a photocatalytic unit disposed inside the cabinet and including a photocatalyst; a light configured to provide light to the photocatalyst; and a fan configured to send airflow along a surface of the photocatalyst, the photocatalytic unit being configured to be detachable from the cabinet; the photocatalytic unit including a protecting member disposed on a front-surface side of the photocatalyst and facing the photocatalyst; the protecting member including a plurality of frame elements arranged parallel to the airflow from the fan, and a plurality of frame elements arranged perpendicular to the airflow from the fan, and the plurality of frame elements arranged parallel to the airflow from the fan being disposed more densely than the plurality of frame elements arranged perpendicular to the airflow from the fan.
A multi-function food processor, comprising: a body base, a body shell and an upper cover, all configured to removably receive a bowl, and wherein the upper cover has an upper cover base, a feeding tube and a pusher to urge food via the feeding tube into the received bowl; a drive unit provided inside the body shell; a cutter disk provided between the drive unit and the upper cover; wherein said cutter disk comprises a disk with a centrally located core cutter extending therefrom and a slot extending from an outer edge of the disk to the core cutter that is provided with shredding means, and wherein the core cutter extends beyond the shredding means; and wherein the feeding tube is adjustable between a central position, where the feeding tube is co-axial with the core cutter, and an eccentric position, where the feeding tube is offset from the core cutter; and characterised in that the disk comprises a disk top face and a disk bottom face and the slot comprises a first slot and a second slot arranged in a straight line; said shredding means comprising a fine shredding cutter and a coarse shredding cutter, wherein the fine shredding cutter is fixed to the first slot on the disk top face and the coarse shredding cutter is fixed to the second slot on the disk bottom face. a body base, a body shell and an upper cover, all configured to removably receive a bowl, and wherein the upper cover has an upper cover base, a feeding tube and a pusher to urge food via the feeding tube into the received bowl; a drive unit provided inside the body shell; a cutter disk provided between the drive unit and the upper cover; wherein said cutter disk comprises a disk with a centrally located core cutter extending therefrom and a slot extending from an outer edge of the disk to the core cutter that is provided with shredding means, and wherein the core cutter extends beyond the shredding means; and wherein the feeding tube is adjustable between a central position, where the feeding tube is co-axial with the core cutter, and an eccentric position, where the feeding tube is offset from the core cutter; and characterised in that the disk comprises a disk top face and a disk bottom face and the slot comprises a first slot and a second slot arranged in a straight line; said shredding means comprising a fine shredding cutter and a coarse shredding cutter, wherein the fine shredding cutter is fixed to the first slot on the disk top face and the coarse shredding cutter is fixed to the second slot on the disk bottom face.
A system that creates a data-bearing image, comprising: a halftone image generator that receives a carrier image, the halftone image generator including: an image scaler that scales the carrier image to produce a scaled image such that a halftoning process will render a resulting number of cells arranged, according to a cell count that indicates a horizontal cell value and a vertical cell value, in a determined number of rows indicated by the horizontal cell value and a Z determined number of columns indicated by the vertical cell value said numbers being determined such that the data-bearing image can be decoded without using a reference image, and a halftoner that applies a clustered-dot halftone screen to the scaled image to produce a halftone image comprising said resulting number of cells arranged, according to said cell count, so that the horizontal cell value and the vertical cell value indicate the number of rows and columns of cells constituting said resulting number of cells respectively; and an encoder that produces a data-bearing halftone image by encoding payload data into the halftone image, including shifting pixel clusters within cells of the halftone image that include pixel clusters. an image scaler that scales the carrier image to produce a scaled image such that a halftoning process will render a resulting number of cells arranged, according to a cell count that indicates a horizontal cell value and a vertical cell value, in a determined number of rows indicated by the horizontal cell value and a Z determined number of columns indicated by the vertical cell value said numbers being determined such that the data-bearing image can be decoded without using a reference image, and a halftoner that applies a clustered-dot halftone screen to the scaled image to produce a halftone image comprising said resulting number of cells arranged, according to said cell count, so that the horizontal cell value and the vertical cell value indicate the number of rows and columns of cells constituting said resulting number of cells respectively; and an encoder that produces a data-bearing halftone image by encoding payload data into the halftone image, including shifting pixel clusters within cells of the halftone image that include pixel clusters.
Method for calibrating an internal sensor in a vehicle having an external sensor which is arranged in multi storage carpark for determining the location of the vehicle and is configured to sense external position data which are dependent on a position of the vehicle, comprising: - sensing the external position data with the external sensor, - transmitting the external position data to the vehicle and - calibrating internal position data which are sensed with the internal sensor and are dependent on the position of the vehicle, by means of a filter, on the basis of the external position data, characterized in that the external sensor is part of a guiding system for the vehicle in the multi storage car park in order to guide the vehicle into a parking space in the multi storage car park. - sensing the external position data with the external sensor, - transmitting the external position data to the vehicle and - calibrating internal position data which are sensed with the internal sensor and are dependent on the position of the vehicle, by means of a filter, on the basis of the external position data, characterized in that the external sensor is part of a guiding system for the vehicle in the multi storage car park in order to guide the vehicle into a parking space in the multi storage car park.
Device for ejecting at least one capsule (1, 1', 1") from a capsule holder, wherein the capsule holder has at least two capsule receptacles for a capsule (1, 1', 1") each, wherein the device comprises at least two ejectors for ejecting a capsule (1, 1', 1") each from the respectively associated capsule receptacle, and wherein the device comprises a drive unit for the mutually independent actuation of the ejectors in an ejection direction and in an opposite return direction, characterised in that the drive unit comprises for each ejector an individually actuable pneumatic actuating cylinder as a drive for the respective ejector and a limiting element provided jointly for several and in particular for all ejectors and having a cyclical lifting drive, wherein each ejector is assigned a stop acting in the return direction for the limiting element.