mhurhangee/ep-ind-claims huggingface dataset:
A chimney tray, comprising a tray having a plurality of through-holes, and a plurality of chimneys perpendicularly inserted into the through-holes of the tray and having a plurality of outlets so as to disperse a liquid reactant on a catalyst bed of a fixed bed reactor, wherein each of the plurality of chimneys includes a conical lower end which is integrally formed such that it extends from a lower surface of the tray to make an angle of 10∼40° with respect to a direction of a normal line of the tray, wherein each of the plurality of chimneys further includes an upper cover, wherein the outlets are formed to penetrate through the chimneys and to face each other so as to be inclined with respect to a tangential direction of a transverse cross-section of the chimney, and the outlets penetrating through the chimney are obliquely formed to make a predetermined angle with respect to the tangential direction so that introduced liquid reactant is subjected to rotary force, wherein each of the plurality of chimneys further includes a plurality of second outlets formed perpendicular to a tangential direction of the transverse cross-section of the chimney so that the liquid reactant can flow into a longitudinal central portion, wherein the plurality of chimneys with the outlets is arranged in lattice form, and an imaginary line connecting the outlets of one chimney of the chimneys, which penetrate there through and face each other, is orthogonal to an imaginary line connecting the outlets of the other chimneys adjacent to the chimney, which penetrate there through.
A portable apparatus comprising: a button configured to receive a first input; a touch screen, positioned above the button, configured to display a first screen and detect a second input continued to the first input; and a controller configured to: control to authenticate a user using a user fingerprint received through a fingerprint sensor, control to change the first screen to a mobile payment screen corresponding to a continuous movement of the second input, which is connected from the first input on the button and is detected on the touch screen, and when the mobile payment screen is displayed, control to transmit, through near field communication, NFC, to a point of sale, POS, device, a magnetic signal corresponding to payment information of a top mobile card among a plurality of mobile cards aligned in the mobile payment screen, wherein the button comprises the fingerprint sensor and is configured as a physical button or touch button. a button configured to receive a first input; a touch screen, positioned above the button, configured to display a first screen and detect a second input continued to the first input; and a controller configured to: control to authenticate a user using a user fingerprint received through a fingerprint sensor, control to change the first screen to a mobile payment screen corresponding to a continuous movement of the second input, which is connected from the first input on the button and is detected on the touch screen, and when the mobile payment screen is displayed, control to transmit, through near field communication, NFC, to a point of sale, control to authenticate a user using a user fingerprint received through a fingerprint sensor, control to change the first screen to a mobile payment screen corresponding to a continuous movement of the second input, which is connected from the first input on the button and is detected on the touch screen, and when the mobile payment screen is displayed, control to transmit, through near field communication, NFC, to a point of sale, POS, device, a magnetic signal corresponding to payment information of a top mobile card among a plurality of mobile cards aligned in the mobile payment screen, wherein the button comprises the fingerprint sensor and is configured as a physical button or touch button.
A method for mitigating damage in a rotor blade of a plurality of rotor blades of a wind turbine, the method comprising: receiving, via a controller (26,30), a plurality of acceleration signals (72,74,76) from the plurality of the rotor blades in at least one direction generated by respective pitch systems of the plurality of rotor blades; generating, via the controller, a power spectral density (82,84,86) for each of the plurality of acceleration signals; determining, via the controller, blade energies for each of the plurality of rotor blades based on power spectral densities for each of the plurality of acceleration signals for at least one predetermined frequency range; comparing the blade energies to at least one of each other or a predetermined damage threshold; and, implementing a control action when one or more of the blade energies vary from each other by a predetermined amount or one or more of the blade energies exceed the predetermined damage threshold. receiving, via a controller (26,30), a plurality of acceleration signals (72,74,76) from the plurality of the rotor blades in at least one direction generated by respective pitch systems of the plurality of rotor blades; generating, via the controller, a power spectral density (82,84,86) for each of the plurality of acceleration signals; determining, via the controller, blade energies for each of the plurality of rotor blades based on power spectral densities for each of the plurality of acceleration signals for at least one predetermined frequency range; comparing the blade energies to at least one of each other or a predetermined damage threshold; and, implementing a control action when one or more of the blade energies vary from each other by a predetermined amount or one or more of the blade energies exceed the predetermined damage threshold.
An aqueous external preparation for scalp comprising water and the following components (a) through (e): (a) a eucalyptus extract; (b) a blood flow enhancer; (c) an anti-inflammatory agent; (d) an acrylic acid/C10-30 alkyl acrylate copolymer; and (e) ethanol, wherein the blood flow enhancer of the component (b) is at least one or more selected from the group consisting of a swertia japonica extract, vitamin E, DL-α-tocopherol, D-α-tocopherol, DL-α-tocopherol acetate, D-α-tocopherol acetate, nicotinic acid, DL-α-tocopherol nicotinate, nicotinamide and benzyl nicotinate; and wherein the anti-inflammatory agent of the component (c) is glycyrrhetin or derivatives thereof. (a) a eucalyptus extract; (b) a blood flow enhancer; (c) an anti-inflammatory agent; (d) an acrylic acid/C10-30 alkyl acrylate copolymer; and (e) ethanol,
Interior component (100, 110, 120) for a vehicle, comprising: a visible side which during use is visually perceptible to an observer; a fibre-composite element having a surface which forms at least part of the visible side, wherein the fibre-composite element is at least in part pressed; and a multi-layered protective layer which is applied at least onto the visible surface of the fibre-composite element; characterized in that the fibre-composite element consists of a matrix with reinforcing fibres, wherein the layer of the protective layer that is in contact with the surface of the fibre-composite element is formed from a material corresponding to the matrix material. a visible side which during use is visually perceptible to an observer; a fibre-composite element having a surface which forms at least part of the visible side, wherein the fibre-composite element is at least in part pressed; and a multi-layered protective layer which is applied at least onto the visible surface of the fibre-composite element; characterized in that the fibre-composite element consists of a matrix with reinforcing fibres, wherein the layer of the protective layer that is in contact with the surface of the fibre-composite element is formed from a material corresponding to the matrix material.
A system for controlling the pitch of a propeller vane for an aircraft turbine engine, which comprises: - a cup comprising an annular wall extending about an axis intended to be a pitch setting axis of the vane, this annular wall comprising a lower axial end enclosed by a bottom wall and an upper axial end that is open and configured to allow a root of the vane to be mounted inside the cup, the bottom wall being configured to cooperate in a form-fitting manner with a free end of said root so that the cup is secured in rotation to the root about said axis, the system for controlling the pitch of a propeller vane being chartacterized in that: - an immobilisation ring extending about said axis and configured to be mounted about the root, this immobilisation ring being configured to be mounted within the cup and to cooperate with the root and the annular wall of the cup, respectively, in order to ensure the axial retention of the root within the cup, the immobilisation ring being a double dog clutch ring which comprises two annular rows of external dog teeth (154, 156), a first of these rows of teeth (154, 156) being configured to cooperate by dog clutch with complementary first internal dog teeth (158, 160) of the annular wall of the cup and by axial support with these teeth to ensure the retention of the root in the cup and a second of these rows of teeth (156, 154) being configured to cooperate by dog clutch with complementary second internal dog teeth (160, 158) of the annular wall of the cup and being spaced from these teeth by an axial clearance to ensure a safety in the event of failure of the first row of teeth. - a cup comprising an annular wall extending about an axis intended to be a pitch setting axis of the vane, this annular wall comprising a lower axial end enclosed by a bottom wall and an upper axial end that is open and configured to allow a root of the vane to be mounted inside the cup, the bottom wall being configured to cooperate in a form-fitting manner with a free end of said root so that the cup is secured in rotation to the root about said axis, - an immobilisation ring extending about said axis and configured to be mounted about the root, this immobilisation ring being configured to be mounted within the cup and to cooperate with the root and the annular wall of the cup, respectively, in order to ensure the axial retention of the root within the cup,
A dry immediate release film coating composition comprising: - a polymer which is polyvinyl alcohol, wherein the polyvinyl alcohol is present in the range from 20 % w/w to 50 % w/w by total weight of the composition; - a sugar present in the range from 5% w/w to 40% w/w by total weight of the composition; and - a plasticizer present in the range from 5 % w/w to 20 % w/w by total weight of the composition; wherein the ratio of polyvinyl alcohol to sugar is in the range from 0.5:1 to 3:1. - a polymer which is polyvinyl alcohol, wherein the polyvinyl alcohol is present in the range from 20 % w/w to 50 % w/w by total weight of the composition; - a sugar present in the range from 5% w/w to 40% w/w by total weight of the composition; and - a plasticizer present in the range from 5 % w/w to 20 % w/w by total weight of the composition;
Method for quantitative transfer of analytes, such as micro-organisms, antibodies/antigens, anti-microbially-acting substances, nucleotides, antibiotics, hormones, DNA sequences, enzymes, organic material, biological material or material of biological origin, terrain-enriching supplements or selective supplements of cultivating land, or similar, comprising at least stages of: predisposing a substantially homogeneous mixture of a predetermined initial quantity of at least an analyte and a liquid, thus obtaining a concentration value or known amount of the analyte in the mixture; introducing into the mixture at least a collecting portion of a sampling device having a support body, the collecting portion comprising a first portion of the support body and a plurality of fibres attached to and arranged on the first portion of the support body by means of flocking, in order to define a flocked collecting portion or flocked swab, such as to collect a part of the mixture on the collecting portion; extracting the collecting portion of the sampling device from the mixture, retaining on the sampling portion a predetermined known quantity of the mixture to be transferred; and dehydrating, desiccating or freeze-drying at least the collecting portion, provided with the predetermined quantity of mixture to be transferred, in order to obtain a pre-dosed sampling device having a predetermined quantity of dried or freeze-dried analyte on the collecting portion. predisposing a substantially homogeneous mixture of a predetermined initial quantity of at least an analyte and a liquid, thus obtaining a concentration value or known amount of the analyte in the mixture; introducing into the mixture at least a collecting portion of a sampling device having a support body, the collecting portion comprising a first portion of the support body and a plurality of fibres attached to and arranged on the first portion of the support body by means of flocking, in order to define a flocked collecting portion or flocked swab, such as to collect a part of the mixture on the collecting portion; extracting the collecting portion of the sampling device from the mixture, retaining on the sampling portion a predetermined known quantity of the mixture to be transferred; and dehydrating, desiccating or freeze-drying at least the collecting portion, provided with the predetermined quantity of mixture to be transferred, in order to obtain a pre-dosed sampling device having a predetermined quantity of dried or freeze-dried analyte on the collecting portion.
Vaporizer tank unit for an electronic cigarette product, comprising - at least one electric vaporizer for vaporizing liquid supplied to the vaporizer - a liquid reservoir for storing liquid, and - a capillary wick structure, wherein the liquid is conveyable by capillary forces from the liquid reservoir to an inlet side of the vaporizer, wherein - the wick structure is one-piece and contacts the liquid reservoir via at least one circumferential portion (180a, 180b) of the liquid reservoir and/or forms a circumferential portion (180a, 180b) of the liquid reservoir, characterized in that - the wick structure comprises a U-shaped cross-section with an apex and is arranged such that the wick structure contacts the inlet side at its apex, wherein - the vaporizer is provided with a plurality of fluid channels fluidly connecting the inlet side of the vaporizer to an outlet side of the vaporizer. - at least one electric vaporizer for vaporizing liquid supplied to the vaporizer - a liquid reservoir for storing liquid, and - a capillary wick structure, wherein the liquid is conveyable by capillary forces from the liquid reservoir to an inlet side of the vaporizer, wherein - the wick structure is one-piece and contacts the liquid reservoir via at least one circumferential portion (180a, 180b) of the liquid reservoir and/or forms a circumferential portion (180a, 180b) of the liquid reservoir, characterized in that - the wick structure comprises a U-shaped cross-section with an apex and is arranged such that the wick structure contacts the inlet side at its apex, wherein - the vaporizer is provided with a plurality of fluid channels fluidly connecting the inlet side of the vaporizer to an outlet side of the vaporizer.
A cutting apparatus for cutting food products, in particular a high performance slicer, having a gripper for gripping a food product, having a gripper base, and having a gripper head fastened to the gripper base, wherein the gripper head comprises at least one suction device which can be acted on by vacuum and which can be brought into contact with a section, in particular an end section, of the product to suck it in, with the gripper head being releasably fastened to the gripper base, wherein a vacuum generation device for generating the vacuum is arranged in or at the gripper head, characterized in that the vacuum generation device comprises a jet pump, in particular an ejector. wherein a vacuum generation device for generating the vacuum is arranged in or at the gripper head, characterized in that the vacuum generation device comprises a jet pump, in particular an ejector.
A ground penetration radar, GPR, antenna, suitable for a digging machine such that the GPR is configured to remain operable under the same environmental conditions as the machine, comprising: a rectangular hollow enclosure made of a conductive material defining a cavity therein; wherein a first portion of the hollow enclosure has a bow tie shaped slot; a conductor that is spaced apart from the slot, is positioned within said cavity, is galvanically isolated from walls of the hollow enclosure and is configured to induce an induction effect in said cavity to indirectly stimulate said slot in the UHF and L-band frequencies; wherein said conductor tapers along the longitudinal axis of the conductor from a feed point, and wherein said conductor has an elliptical cross-section; wherein the bow tie shaped slot has a longitudinal axis of symmetry which is located perpendicular to said longitudinal axis of said conductor and a transverse axis of symmetry which is perpendicular to said longitudinal axis of symmetry; wherein a projection of the conductor on a plane of the bow tie shaped slot overlaps the transverse axis of symmetry of the bow tie shaped slot; a first port that is coupled to the conductor at said feed point; and a dielectric element that is made of a solid dielectric element that at least partially fills the cavity and the bow tie shaped slot, wherein said solid dielectric element encases the conductor to maintain the conductor in a location above said slot; wherein the shape of said cavity with said dielectric, the shape of said conductor and the shape of said slot combine to provide a ground penetrating antenna. a rectangular hollow enclosure made of a conductive material defining a cavity therein; wherein a first portion of the hollow enclosure has a bow tie shaped slot; a conductor that is spaced apart from the slot, is positioned within said cavity, is galvanically isolated from walls of the hollow enclosure and is configured to induce an induction effect in said cavity to indirectly stimulate said slot in the UHF and L-band frequencies; wherein said conductor tapers along the longitudinal axis of the conductor from a feed point, and wherein said conductor has an elliptical cross-section; wherein the bow tie shaped slot has a longitudinal axis of symmetry which is located perpendicular to said longitudinal axis of said conductor and a transverse axis of symmetry which is perpendicular to said longitudinal axis of symmetry; wherein a projection of the conductor on a plane of the bow tie shaped slot overlaps the transverse axis of symmetry of the bow tie shaped slot; a first port that is coupled to the conductor at said feed point; and a dielectric element that is made of a solid dielectric element that at least partially fills the cavity and the bow tie shaped slot, wherein said solid dielectric element encases the conductor to maintain the conductor in a location above said slot; wherein the shape of said cavity with said dielectric, the shape of said conductor and the shape of said slot combine to provide a ground penetrating antenna.
A drive apparatus comprising: a support unit including an electrically-driven first driving source; an arm extending from one end part to another end part that is opposite to the one and part, the arm supported by the support unit at the one end part and, by the first driving source, rotatable about a first rotational axis that is along an extending direction of another end part, the arm at the other end part including an electrically-driven second driving source, with a through hole being formed on an attachment face of the other end part; a pivotally supporting part being attached to an operation target and being inserted into the through hole at the another end part of the arm, an attachment gear part being attached to the pivotally supporting part and holding the operation target and the pivotally supporting part on the other end part of the arm, wherein the pivotally supporting part and the operation target are, by the second driving source, rotatable about a second rotational axis intersecting with the extending direction; and a bias part configured to bias the operation target in a direction toward the arm along the second rotational axis, characterised by the bias part including a spring member arranged between the attachment gear part to which the pivotally supporting part is attached, and the attachment face. a support unit including an electrically-driven first driving source; an arm extending from one end part to another end part that is opposite to the one and part, the arm supported by the support unit at the one end part and, by the first driving source, rotatable about a first rotational axis that is along an extending direction of another end part, the arm at the other end part including an electrically-driven second driving source, with a through hole being formed on an attachment face of the other end part; a pivotally supporting part being attached to an operation target and being inserted into the through hole at the another end part of the arm, an attachment gear part being attached to the pivotally supporting part and holding the operation target and the pivotally supporting part on the other end part of the arm, wherein the pivotally supporting part and the operation target are, by the second driving source, rotatable about a second rotational axis intersecting with the extending direction; and a bias part configured to bias the operation target in a direction toward the arm along the second rotational axis, characterised by the bias part including a spring member arranged between the attachment gear part to which the pivotally supporting part is attached, and the attachment face.
A nonwoven extending in a machine direction, which is the direction of production of the nonwoven, and a perpendicular cross-machine direction, the nonwoven comprising fibers bonded by a pattern of thermal bonds (110, 120, 130, 140), wherein the thermal bonds comprise: - larger bonds (110, 120) having an individual area of at least 1.0 mm 2, in particular at least 1.5 mm 2; and - smaller bonds (130, 140) having an individual area of less than 1.0 mm 2, in particular from 0.10 mm 2 to 1.0 mm 2; wherein the thermal bonds are disposed in rows generally aligned with the cross-machine direction, wherein the rows have a pitch angle ranging from 0 to 15 degrees relative to the cross-machine direction; wherein the smaller bonds are disposed between the rows of larger bonds; and wherein the ratio of the number of smaller bonds to the number of larger bonds is at least 1.2. - larger bonds (110, 120) having an individual area of at least 1.0 mm 2, in particular at least 1.5 mm 2; and - smaller bonds (130, 140) having an individual area of less than 1.0 mm 2, in particular from 0.10 mm 2 to 1.0 mm 2;
An aqueous electrolyte composition for the electroless deposition of a metal layer on a substrate, comprising a metal ion source for the metal to be deposited, a reducing agent for reducing the metal ions, a complexing agent, an accelerator, and a stabilizer, characterized in that the electrolyte comprises as stabilizer a phosphaadamantane according to the general formula I wherein the hydrogen atoms on carbon atom 1 to 6 may independently from each other substituted by a moiety of the group consisting of F, Cl, Br, an alkyl group having 1 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, and an alcohol group having 1 to 6 carbon atoms.