mhurhangee/ep-ind-claims huggingface dataset:
A coating composition comprising: i) a carboxylic acid; comprising one or more of rosin or a hydrogenated derivative thereof; ii) at least one metal oxide compound selected from one or more of copper oxide, copper oxide, zinc oxide, iron oxide, iron oxide, CaO, MgO, TiO 2, MnO 2; iii) a dehydrating agent wherein the dehydrating agent is selected from one or more of sylosiv, sylosiv A4, anhydrous gypsum (CaSO 4), synthetic zeolite adsorbents; orthoesters such as methyl orthoformate and methyl orthoacetate; orthoboric esters; silicates and isocyanates; and iv) one or more binder wherein the binder comprises an oligomeric or polymeric material; characterised in that, in the production of the coating composition, the dehydrating agent iii) is contacted with either of component i) or ii), prior to the addition of the other of component i) or ii). i) a carboxylic acid; comprising one or more of rosin or a hydrogenated derivative thereof; ii) at least one metal oxide compound selected from one or more of copper oxide, copper oxide, zinc oxide, iron oxide, iron oxide, CaO, MgO, TiO 2, MnO 2; iii) a dehydrating agent wherein the dehydrating agent is selected from one or more of sylosiv, sylosiv A4, anhydrous gypsum (CaSO 4), synthetic zeolite adsorbents; orthoesters such as methyl orthoformate and methyl orthoacetate; orthoboric esters; silicates and isocyanates; and iv) one or more binder wherein the binder comprises an oligomeric or polymeric material;
Cornea, ex vivo, for use in transplantation to a recipient that is immunologically non-compatible to an initial live isolated cornea, characterized in that the initial live cornea is ex vivo genetically manipulated to contain an expression cassette expressing at least one inhibitory RNA specific for the alpha-chain and/or for the beta-chain of the MHC II gene for all of HLA-DR, DQ and DP molecules.
A heat exchange apparatus comprising: a heat-transfer pipe through which a refrigerant flows; a heat exchanger in which a plurality of the heat-transfer pipes are connected to one another and heat exchange between air and the refrigerant is performed; a distributor that distributes the refrigerant to the plurality of heat-transfer pipes; an inflow pipe that causes the refrigerant to flow into the distributor, wherein the inflow pipe has a straight part; and a confluent pipe which is connected to an intermediate position of the inflow pipe and in which the refrigerant flowing through an inside thereof is to merge with the refrigerant flowing through an inside of the inflow pipe, wherein a merging part between the inflow pipe and the confluent pipe is positioned so as to satisfy 4 ≤ LF/D1 ≤ 7 in association with the range of Gr = 0.012 to 0.083 [kg/s], wherein LF is the distance between the merging part and the distributor, D1 is the pipe inner diameter of the merging part, and Gr is the mass flow rate in the distance LF. and wherein the confluent pipe is connected to be substantially perpendicular to the inflow pipe. a heat-transfer pipe through which a refrigerant flows; a heat exchanger in which a plurality of the heat-transfer pipes are connected to one another and heat exchange between air and the refrigerant is performed; a distributor that distributes the refrigerant to the plurality of heat-transfer pipes; an inflow pipe that causes the refrigerant to flow into the distributor, wherein the inflow pipe has a straight part; and a confluent pipe which is connected to an intermediate position of the inflow pipe and in which the refrigerant flowing through an inside thereof is to merge with the refrigerant flowing through an inside of the inflow pipe, wherein a merging part between the inflow pipe and the confluent pipe is positioned so as to satisfy 4 ≤ LF/D1 ≤ 7 in association with the range of Gr = 0.012 to 0.083 [kg/s], wherein LF is the distance between the merging part and the distributor, D1 is the pipe inner diameter of the merging part, and Gr is the mass flow rate in the distance LF. and wherein the confluent pipe is connected to be substantially perpendicular to the inflow pipe.
Absorbent article comprising, in an immobilized form: a) microcapsules formed, in a proportion of at least 25% by weight relative to the total weight of polymer(s) forming the microcapsules, of a material derived from at least one natural polymer, a protein analogue thereof, or a derivative thereof, and said microcapsules being charged with at least one active agent, and b) at least one release agent that is capable of stimulating the dissolution of the microcapsules during the placing of the absorbent article in contact with an aqueous medium, and selected enzymes, surfactants that are water-soluble at room temperature and atmospheric pressure, and mixtures thereof, the microcapsules a) and the release agent b) being present in the said article in a form isolated from each other. a) microcapsules formed, in a proportion of at least 25% by weight relative to the total weight of polymer(s) forming the microcapsules, of a material derived from at least one natural polymer, a protein analogue thereof, or a derivative thereof, and said microcapsules being charged with at least one active agent, and b) at least one release agent that is capable of stimulating the dissolution of the microcapsules during the placing of the absorbent article in contact with an aqueous medium, and selected enzymes, surfactants that are water-soluble at room temperature and atmospheric pressure, and mixtures thereof,
A device for photographing comprising: a first body which comprises a first display unit; a second body which comprises a second display unit; a hinge unit which connects the first and second bodies to each other; a first imaging unit which is provided in the first body; a second imaging unit which is provided in the second body; and a controller configured to obtain a first image by the first imaging unit and to obtain a second image by the second image unit if an angle between the first body and the second body satisfies a preset condition; wherein the controller is configured to combine the first image and the second image for generating a panorama image if an overlapping area of the first image and the second image satisfies the preset condition, wherein the overlapping area of the first image and the second image is determined by the angle between the first body and the second body. a first body which comprises a first display unit; a second body which comprises a second display unit; a hinge unit which connects the first and second bodies to each other; a first imaging unit which is provided in the first body; a second imaging unit which is provided in the second body; and a controller configured to obtain a first image by the first imaging unit and to obtain a second image by the second image unit if an angle between the first body and the second body satisfies a preset condition; wherein the controller is configured to combine the first image and the second image for generating a panorama image if an overlapping area of the first image and the second image satisfies the preset condition, wherein the overlapping area of the first image and the second image is determined by the angle between the first body and the second body.
Method for obtaining carbon black from waste rubber, including thermal decomposition thereof in a reactor, separation of the decomposition products into gas-vapor products and solid carbon residues, crushing of the carbon residues, combustion of the gas-vapor products with the crushed carbon residues by means of supplying the gas-vapor products into the combustion chamber, characterized in that the mass consumption ratio of the gas-vapor products and of the crushed carbon residues is between 1:(0.1-2).
Hearing aid retainer accessory to be used together with a hearing aid having a housing with an end face portion and a hook-end to which a hook is attached, the hearing aid retainer accessory comprising an elongated string comprising a tubular string or a tubular portion with a first end portion and a second portion, a first attaching means connected to the first end portion and a second attaching means connected to the second portion, wherein the elongate string is adapted to be pulled through a tubular feed-through comprised by the second attaching means, the first attaching means is configured to be attached to the hook of the hearing aid, the second attaching means is configured to be attached to the end face portion of the housing of the hearing aid, such that a retaining ring is formed of both the geometry of the hearing aid and the elongated string, and the second portion of the elongated string, without an expandable portion, is configured to be secured to the second attaching means by a lock pin that is adapted to engage with an inner diameter of the tubular string or tubular portion for extending an outer diameter of the tubular string or tubular portion.
An ocular optical system comprising: one or more Fresnel lenses, wherein a lens surface (Lf) of each of the one or more Fresnel lenses has a plurality of grooves that is concentrically formed, and both a pitch that is a distance between two adjacent grooves and a depth (Sa) of each of the plurality of grooves gradually vary over the plurality of grooves continuously arranged in the radial direction of the one or more Fresnel lens with a distance from an optical axis that passes through a center of the lens system, wherein the lens surface (Lf) has a range where the groove depth (Sa) gradually increases with the distance from the optical axis, and in at least a part of the range, the groove pitch gradually decreases with the distance from the optical axis. one or more Fresnel lenses, wherein a lens surface (Lf) of each of the one or more Fresnel lenses has a plurality of grooves that is concentrically formed, and both a pitch that is a distance between two adjacent grooves and a depth (Sa) of each of the plurality of grooves gradually vary over the plurality of grooves continuously arranged in the radial direction of the one or more Fresnel lens with a distance from an optical axis that passes through a center of the lens system, wherein the lens surface (Lf) has a range where the groove depth (Sa) gradually increases with the distance from the optical axis, and in at least a part of the range, the groove pitch gradually decreases with the distance from the optical axis.
A gas turbine fuel pipe, comprising - a fuel line, the fuel line comprising a fuel line volume, a fuel line outer wall and an opening in the fuel line outer wall, - a damper comprising a damper volume and a damper outer wall and attached in fluid communication with the fuel line, wherein the damper covers the opening in the fuel line outer wall, and - a perforated lining extending across at least part of the opening in the fuel line outer wall; characterized by a baffle is placed across at least part of the fuel line, adjacent to the damper resulting in fuel passing through the damper. - a fuel line, the fuel line comprising a fuel line volume, a fuel line outer wall and an opening in the fuel line outer wall, - a damper comprising a damper volume and a damper outer wall and attached in fluid communication with the fuel line, wherein the damper covers the opening in the fuel line outer wall, and - a perforated lining extending across at least part of the opening in the fuel line outer wall;
A secondary for a motor comprising: a sheet of highly magnetic permeable material, the sheet having a width and a length, and a first surface and an opposite second surface with a thickness extending therebetween, the sheet having a plurality of slots in the first and second surfaces and at least partially extending through the sheet thickness parallel to the width of the sheet and spaced along a length of the sheet, the slots defining a plurality of teeth in the sheet between the slots and enabling the sheet to be conformable to a mounting surface to which the sheet is mounted when forming the secondary of the motor, the plurality of teeth having a motor pitch, the first surface having a plurality of pockets (130; 140; 150; 160) formed adjacent the plurality of slots, the pockets extending parallel to the width and being spaced along the length of the sheet, the pockets forming a track of a sensor operatively connected to a control of the motor, wherein the width of the slots in the first surface of the sheet is greater than the width of the slots in the second surface of the sheet, such that the teeth have a trapezoidal cross-section. a sheet of highly magnetic permeable material, the sheet having a width and a length, and a first surface and an opposite second surface with a thickness extending therebetween, the sheet having a plurality of slots in the first and second surfaces and at least partially extending through the sheet thickness parallel to the width of the sheet and spaced along a length of the sheet, the slots defining a plurality of teeth in the sheet between the slots and enabling the sheet to be conformable to a mounting surface to which the sheet is mounted when forming the secondary of the motor, the plurality of teeth having a motor pitch, the first surface having a plurality of pockets (130; 140; 150; 160) formed adjacent the plurality of slots, the pockets extending parallel to the width and being spaced along the length of the sheet, the pockets forming a track of a sensor operatively connected to a control of the motor, wherein the width of the slots in the first surface of the sheet is greater than the width of the slots in the second surface of the sheet, such that the teeth have a trapezoidal cross-section.
A method of production of a synthetic resin binder-shaped solid acid comprising a starting material kneading step of kneading a wood starting material powder and a synthetic resin binder to obtain a wood starting material mixture, wherein said synthetic resin binder is a thermoplastic resin or a thermosetting resin, a molding step of molding said wood starting material mixture into predetermined shapes to obtain starting material shapes, a carbonization step of carbonizing said starting material shapes in an inert atmosphere to obtain carbonized shapes, and a sulfonating step of introducing sulfo groups into said carbonized shapes to obtain a shaped solid acid. a starting material kneading step of kneading a wood starting material powder and a synthetic resin binder to obtain a wood starting material mixture, wherein said synthetic resin binder is a thermoplastic resin or a thermosetting resin, a molding step of molding said wood starting material mixture into predetermined shapes to obtain starting material shapes, a carbonization step of carbonizing said starting material shapes in an inert atmosphere to obtain carbonized shapes, and a sulfonating step of introducing sulfo groups into said carbonized shapes to obtain a shaped solid acid.
A modular assembly for equipping an operating room, characterized in that it comprises several functional systems, including at least an electrical system, an electronic system, a computer system, an aeraulic system and a fluidic system, the modular assembly comprising several modules, in the form of wall panels (100, 400, 500) and/or corner elements, prefabricated in a production unit and assembled in said operating room, each of the modules being pre-equipped, during manufacture, with several subsystems selected from the group made up of an electrical subsystem, an electronic subsystem, a computer subsystem, an aeraulic subsystem and a fluidic subsystem, each of the subsystems contained in the modules representing a part of the corresponding functional system (E1, E2, E3, E4, E5) and said subsystems (E10, E20, E30, E40, E50) of a same functional system being paired by the assembly of the modules in the operating room so as to constitute the entirety of said functional system, said modular assembly further being characterized in that each subsystem (E10, E20, E30, E40, E50) of a module contains one or several corresponding connection means (E11, E21, E31, E41, E51) allowing two corresponding subsystems of adjacent modules to be connected.
A rolling bearing for sealing a bottom bracket for an electric bicycle, having with an outer ring and an inner ring rotatable relative thereto about an axis, wherein a bearing interior with rolling elements arranged therein is formed between the outer ring and the inner ring, which bearing interior is sealed by a sealing arrangement, comprising a sealing ring attached to the outer ring, which comprises a first elastic sealing lip and a second elastic sealing lip, wherein the first sealing lip in a nominal position of the sealing arrangement rests on a cylinder jacket-shaped surface section of the inner ring, wherein the second sealing lip in the nominal position of the sealing arrangement rests on a circumferential surface section of the inner ring extending at least partially in the radial direction and wherein the second sealing lip is arranged in the axial direction between the circumferential surface section of the inner ring which extends at least partially in the radial direction and the cylinder jacket-shaped surface section of the inner ring, characterized in that the sealing ring comprises a third sealing lip which is arranged in the axial direction outside of the second sealing lip, wherein between the third sealing lip and a circumferential surface section of the inner ring a sealing gap is formed and the third sealing lip is connected to a main section of the sealing ring and a circumferential sealing lip support is elastically connected to the inner circumference of the main section, which bears the first sealing lip and the second sealing lip.
Electric machine which is in the form of an internal rotor and which has a laminated stator core and a functional support which is arranged on a rear side that is remote from an output side of the laminated stator core, wherein the functional support comprises a plastics housing in which there is arranged an interconnect device and connecting means which are integrated into the plastics housing and protrude therefrom in the axial direction of the laminated stator core, wherein the functional support is connected by means of the connecting means to the laminated stator core at a lateral outer surface of the laminated stator core by substance-to-substance bonding in the axial direction, wherein the connecting means are formed by a plurality of metal lugs which are embedded into the plastics housing by injection moulding or are subsequently pressed into the plastics housing or sunk into the plastics housing by means of ultrasound, and wherein the metal lugs are welded to the laminated stator core on the lateral outer surface thereof, wherein the laminated stator core has a radially protruding contact surface for each metal lug, and wherein the metal lugs are formed by beams, which are bent in the axial direction, of a one-piece, star-shaped stamped sheet-metal part, the centre of which is arranged at the end face relative to the laminated stator core. the connecting means are formed by a plurality of metal lugs which are embedded into the plastics housing by injection moulding or are subsequently pressed into the plastics housing or sunk into the plastics housing by means of ultrasound, and wherein the metal lugs are welded to the laminated stator core on the lateral outer surface thereof, wherein the laminated stator core has a radially protruding contact surface for each metal lug, and wherein the metal lugs are formed by beams, which are bent in the axial direction, of a one-piece, star-shaped stamped sheet-metal part, the centre of which is arranged at the end face relative to the laminated stator core.
An apparatus comprising at least one processing core, at least one memory including computer program code, the at least one memory and the computer program code being configured to, with the at least one processing core, cause the apparatus at least to: derive, from first digital information describing a system impulse response caused by a loudspeaker to a first location in a first room, second digital information describing a cancelling impulse response; determine, for samples comprised in the second digital information, exactly one delay value describing how much the samples are to be shifted in time and exactly one attenuation factor describing how much the samples' magnitude is to be reduced, so that an energy associated with a sum of the system impulse response and the cancelling impulse response is minimized, and employ the determined delay value and the attenuation factor to generate a cancelling signal from an input signal, and to add the cancelling signal to the input signal provided to the loudspeaker. derive, from first digital information describing a system impulse response caused by a loudspeaker to a first location in a first room, second digital information describing a cancelling impulse response; determine, for samples comprised in the second digital information, exactly one delay value describing how much the samples are to be shifted in time and exactly one attenuation factor describing how much the samples' magnitude is to be reduced, so that an energy associated with a sum of the system impulse response and the cancelling impulse response is minimized, and employ the determined delay value and the attenuation factor to generate a cancelling signal from an input signal, and to add the cancelling signal to the input signal provided to the loudspeaker.
A marine vessel propulsion device including an electric motor (3, 103), propeller means (5, 105a, 105b) driven by the electric motor and gear means (4, 104) drivingly connecting the electric motor (3, 103) to the propeller means (5, 105a, 105b), wherein the gear means includes a magnetic gear (4, 104) forming a part of a pod unit that is axially offset the electric motor (3, 103) and having an input member (45, 145) drivingly connected to the electric motor (3, 103) and at least one output member (44, 144a, 144b) drivingly connected to the propeller means (5, 105a, 105b), and wherein a joint bearing is arranged for the magnetic gear (4, 104) and the electric motor (3, 103) between the magnetic gear (4, 104) and the electric motor (3, 103), characterized in that the at least one output member includes a first output member and a second output member coaxial with the first output member, and said propeller means includes a first propeller drivingly connected to said first output member and a second propeller drivingly connected to said second output member, which first and second propellers (105b, 105a) are arranged to rotate in opposite directions.
A current handling device for connection in series with a direct current power transmission medium (18; 32, 34, 36, 38), the current handling device comprising a set of parallel branches, said branches comprising a main branch comprising at least one circuit breaker switch element and an auxiliary branch comprising at least one resistor (Ra) in series with an auxiliary switch (Sa), where the main branch is a part of a circuit breaking arrangement of the current handling device and said auxiliary switch (Sa) is operative to close upon the occurrence of a high inrush energizing current in order to provide a current limitation path through the auxiliary branch and a control unit configured to open at least one circuit breaker switch element in a main branch parallel to the auxiliary branch and close said auxiliary switch (Sa) upon detecting a current through the transmission medium exceeding a current threshold, obtain measurements of the current through the auxiliary branch, analyze the current measurements, determine if the current is a high inrush current or a fault current based on the analysis, open the auxiliary switch (Sa) in the case of a fault current and keep the auxiliary switch (Sa) closed in the case of a high inrush current.