mhurhangee/ep-ind-claims huggingface dataset:
A rotating oil union for use in an axial flow fan, comprising: a housing; an interior element rotatably coupled to the housing, the interior element including a longitudinal bore; and a central probe, a portion of the central probe disposed in the longitudinal bore, wherein the longitudinal bore is aligned along a central axis of the rotating oil union, wherein the central probe is configured to sense an axial position of a piston element disposed about a distal end portion of the central probe via inductive sensing, characterized in that the central probe is fixed to the housing such that the piston can axially move relative to the distal end portion of the central probe. a housing; an interior element rotatably coupled to the housing, the interior element including a longitudinal bore; and a central probe, a portion of the central probe disposed in the longitudinal bore, wherein the longitudinal bore is aligned along a central axis of the rotating oil union, wherein the central probe is configured to sense an axial position of a piston element disposed about a distal end portion of the central probe via inductive sensing, characterized in that the central probe is fixed to the housing such that the piston can axially move relative to the distal end portion of the central probe.
A method for designing a hearing aid device shell for a specific hearing aid device for a patient, the method comprising the steps of: taking an impression of the patient's ear; creating a predefined parameter table comprising parameters to utilize for a buildability determination; obtaining a set of impression shape data from said impression for a said specific hearing aid device for the patient; selecting a shell type from a predefined list of shell types; selecting a number of device options; computing a buildability index based on the impression shape data, the selected shell type, the selected number of device options, data obtained from the parameter table, and data obtained from a receiver table, wherein said buildability index is a numeric parameter that indicates whether said selected shell type is buildable; outputting the buildability index to at least one of a display of a user interface device and an external system; and if said selected shell type is buildable, sending said data for said specific hearing aid device to said manufacturing location for creation of said specific hearing aid device for the patient based on said selected shell type. taking an impression of the patient's ear; creating a predefined parameter table comprising parameters to utilize for a buildability determination; obtaining a set of impression shape data from said impression for a said specific hearing aid device for the patient; selecting a shell type from a predefined list of shell types; selecting a number of device options; computing a buildability index based on the impression shape data, the selected shell type, the selected number of device options, data obtained from the parameter table, and data obtained from a receiver table, wherein said buildability index is a numeric parameter that indicates whether said selected shell type is buildable; outputting the buildability index to at least one of a display of a user interface device and an external system; and
A composition comprising a tomato extract for use as a medicament to treat hypertension wherein the composition is produced by a process comprising the steps of: a) homogenizing tomatoes; b) removing particulates by centrifugation and/or ultrafiltration; and c) removing soluble sugars. a) homogenizing tomatoes; b) removing particulates by centrifugation and/or ultrafiltration; and c) removing soluble sugars.
A gas-liquid separator (10, 50, 80, 90, 100, 130, 230) for a chromatography system comprising: a) a separating region (12, 52) having an inlet nozzle (14, 54, 94a, 94b, 102, 134a, 134b), a baffle unit (16, 56, 136a, 136b) and a gas distribution unit (18, 58, 82); b) a dividing region (26, 66) having a liquid outlet (28, 70) and c) a gas discharge region (30, 72) having a gas outlet (35, 76); wherein the separating region (12, 52) is connected to the dividing region (26, 66) by a separating opening (22, 64) and the distance of the inlet nozzle (14, 54, 94a, 94b, 102, 134a, 134b) from the baffle unit (16, 56, 136a, 136b) is greater than the smallest longitudinal extension of the separating opening (22, 64, 64a, 64b) and the inlet nozzle (14, 54, 94a, 94b, 102, 134a, 134b) is configured such that a gas-liquid stream directed through the inlet nozzle (14, 54, 94a, 94b, 102, 134a, 134b) can act on the baffle unit (16, 56, 136a, 136b) characterized in that the gas-liquid separator (10, 50, 80, 90, 100, 130, 230) is operable with a stream direction of the gas in the separating region (12, 52) which is substantially parallel to the stream direction of the liquid, wherein the separating region (12, 52) does not have a circular cross-sectional area in the region of the inlet nozzle. a) a separating region (12, 52) having an inlet nozzle (14, 54, 94a, 94b, 102, 134a, 134b), a baffle unit (16, 56, 136a, 136b) and a gas distribution unit (18, 58, 82); b) a dividing region (26, 66) having a liquid outlet (28, 70) and c) a gas discharge region (30, 72) having a gas outlet (35, 76);
A hot melt wetness indicator composition comprising: at least 5 % by weight of a water insoluble thermoplastic polymer that is free of carboxylic acid groups; at least 3 % by weight anionic surfactant; leuco dye; and at least 10 % by weight of a component selected from the group consisting of acid, rosin-based tackifying agent, plasticizer, and combinations thereof, the rosin based tackifying agent being different from the acid, and wherein the composition comprises at least 5 % by weight of the plasticizer and at least one component selected from the group consisting of at least 7 % by weight of the acid, at least 5 % by weight of the rosin-based tackifying agent, and combinations thereof, the hot melt wetness indicator composition being homogeneous and exhibiting a color change after contact with water. at least 5 % by weight of a water insoluble thermoplastic polymer that is free of carboxylic acid groups; at least 3 % by weight anionic surfactant; leuco dye; and at least 10 % by weight of a component selected from the group consisting of acid, rosin-based tackifying agent, plasticizer, and combinations thereof, the rosin based tackifying agent being different from the acid, and wherein the composition comprises at least 5 % by weight of the plasticizer and at least one component selected from the group consisting of at least 7 % by weight of the acid, at least 5 % by weight of the rosin-based tackifying agent, and combinations thereof, the hot melt wetness indicator composition being homogeneous and exhibiting a color change after contact with water.
System for the validation and training of surgical interventions in human and veterinary medicine, which has a training model anatomically modelled on the human or animal body, comprising - an anatomical replica of a body part of the human or animal body, which has a recess, - an anatomical replica of an exchangeable training region, which is designed to be insertable into the recess of the anatomical replica of the body part, and which: - has a front side, which is accessible from the outside, and - has a rear side, which is at least partially positively connected to the recess of the anatomical replica of the body part, wherein the rear side corresponds to the surgical field for a user of the training model in which he practices surgical interventions and is not accessible to the user from the outside, and - an optoelectronic detection means, characterized in that the optoelectronic detection means is arranged in the recess of the anatomical replica of the body part in such a way that it is designed to detect the surgical interventions and to monitor the positioning of surgical instruments and/or implants at the rear of the exchangeable training region. - an anatomical replica of a body part of the human or animal body, which has a recess, - an anatomical replica of an exchangeable training region, which is designed to be insertable into the recess of the anatomical replica of the body part, and which: - has a front side, which is accessible from the outside, and - has a rear side, which is at least partially positively connected to the recess of the anatomical replica of the body part, wherein the rear side corresponds to the surgical field for a user of the training model in which he practices surgical interventions and is not accessible to the user from the outside, and - has a front side, which is accessible from the outside, and - has a rear side, which is at least partially positively connected to the recess of the anatomical replica of the body part, wherein the rear side corresponds to the surgical field for a user of the training model in which he practices surgical interventions and is not accessible to the user from the outside, and - an optoelectronic detection means,
A woven preform for use in reinforced composite structures, the preform comprising: a first layer of warp fibers; a second layer of warp fibers parallel to the first layer of warp fibers; and one or more layers of weft fibers, wherein the weft fibers are perpendicular to the warp fibers in the first layer and the second layer, wherein the weft fibers are interwoven with the warp fibers of the first layer and the second layer to form a multilayer preform, wherein the warp fibers in the first layer exchange positions with warp fibers in the second layer to form a clevis of a predetermined width, wherein the warp fibers and the weft fibers are at an off axis or bias (non 0/90 degree) angle with respect to the clevis of the preform. a first layer of warp fibers; a second layer of warp fibers parallel to the first layer of warp fibers; and one or more layers of weft fibers, wherein the weft fibers are perpendicular to the warp fibers in the first layer and the second layer, wherein the weft fibers are interwoven with the warp fibers of the first layer and the second layer to form a multilayer preform, wherein the warp fibers in the first layer exchange positions with warp fibers in the second layer to form a clevis of a predetermined width, wherein the warp fibers and the weft fibers are at an off axis or bias (non 0/90 degree) angle with respect to the clevis of the preform.
Refuse collection container, in particular refuse collection container for refuse containing a liquid fraction, such as for example biowaste, comprising an internal container, wherein the internal container comprises a closed bottom pan and a removable cover, an opening being provided in the cover for at least one filling chute and the internal container being arranged below the at least one filling chute, the removable cover comprising at least one means for connecting the removable cover to the internal container and the internal container being connected to the means in a pivotable manner about at least one pivot axis for the emptying thereof; characterised in that the internal container on two opposing sides, preferably on the front faces, in each case comprises a receiver for inserting from above and locking or latching the means.
Filter device for filtering an input signal (s(t)), comprising: a plurality of taps having a respective filter coefficient (w 0 -w 6), and a plurality of delay elements, wherein at least two delay elements have different delays, characterized by further comprising adjusting means configured to adjust the delays of the delay elements of the filter device, wherein the delay elements are connected in series to form a series connection, said series connection having a number of center delay elements arranged in a center of the series connection and a respective number of edge delay elements (221, 226) arranged on edges of the series connection, wherein the respective delay of the center delay elements is smaller than the respective delay of the edge delay elements (221, 226), and wherein the respective delay element is arranged between two taps; and wherein the adjusting means is configured to extend the delays of edge delay elements (221, 226) of the series connection first such that a filter memory of the filter device is increased. a plurality of taps having a respective filter coefficient (w 0 -w 6), and a plurality of delay elements, wherein at least two delay elements have different delays, characterized by further comprising adjusting means configured to adjust the delays of the delay elements of the filter device, wherein the delay elements are connected in series to form a series connection, said series connection having a number of center delay elements arranged in a center of the series connection and a respective number of edge delay elements (221, 226) arranged on edges of the series connection, wherein the respective delay of the center delay elements is smaller than the respective delay of the edge delay elements (221, 226), and wherein the respective delay element is arranged between two taps; and wherein the adjusting means is configured to extend the delays of edge delay elements (221, 226) of the series connection first such that a filter memory of the filter device is increased.
A composite particle comprising: i) at least one baculovirus particle; and ii) an enveloping coating of wax for the baculovirus particle of i) made up of at least one wax that is degradable and/or soluble in the gut of a larva of an arthropod species, wherein the baculovirus particle is completely enveloped by the coating. i) at least one baculovirus particle; and ii) an enveloping coating of wax for the baculovirus particle of i) made up of at least one wax that is degradable and/or soluble in the gut of a larva of an arthropod species, wherein the baculovirus particle is completely enveloped by the coating.
An encapsulation film for an organic electronic element, comprising an encapsulation layer comprising a moisture adsorbent, and a metal mesh layer formed on the encapsulation layer, wherein the encapsulation layer is suitable for encapsulating the entire surface of the organic electronic element formed on a substrate.
Method for producing an elongate profile part, in which a profiled strip is produced from a flat strip, in particular metal strip, by rolling and the profiled strip is embossed in sections, by which means at least one longitudinal section of the profiled strip is offset with respect to at least one other longitudinal section in a direction perpendicular to the longitudinal extension of the profiled strip, and in which method the strip is trimmed such that, after the embossing, the longitudinal sections (2, 3) which are offset with respect to each other have different cross-sections (8, 9) characterized in that the flat strip is trimmed before profiling such that by embossing the trimmed and profiled strip the longitudinal sections (2, 3) which are displaced in relation to each other have different cross-sections (8, 9).
Multifunctional laser device for treating material, in particular biological material, having a laser light source which supplies light with a wavelength corresponding to a wavelength of a high absorption coefficient of more than 10 cm -1 of the material to be treated, the laser light source supplying light pulses with a respective pulse duration and pulse repetition frequency, characterised in that the laser light source is at least one laser diode fed from a controllable current supply (10, 20), in that the current supply includes a control device which is configured to drive the at least one laser diode with variable current and enables a quick change of the wavelength, the control device being configured to control the current to the at least one laser diode in such a manner that there results a change of the wavelength over an operating wavelength range which includes the wavelength of at least one range with a substantial change of the absorption coefficient of the material, and in that the light pulses have an energy which is between one and twenty times the threshold energy of the material for a removal, and a repetition frequency in the range more than 300 Hz.
An excipient obtained from Trigonella foenum- graecum seeds comprising: dietary fibers in an amount of not less than 50% by weight of the excipient, wherein said dietary fibers have a ratio of insoluble dietary fibers to soluble dietary fibers of 0.2 to 0.7; and a protein content of not more than 10% by weight of the excipient. dietary fibers in an amount of not less than 50% by weight of the excipient, wherein said dietary fibers have a ratio of insoluble dietary fibers to soluble dietary fibers of 0.2 to 0.7; and a protein content of not more than 10% by weight of the excipient.
A filter cartridge comprising: (a) a treatment media construction having a first end and an opposite second end; (b) a first end construction adjacent to the first end of the media construction; wherein the first end construction includes an outer radial wall and an axial wall; (i) the axial wall covering the first end of the media construction; (ii) the outer radial wall having a plurality of connecting sections (106, 108, 110) alternating with non-connecting sections; (c) a filter housing having a surrounding wall defining an exterior, an interior, a bottom, and an opposite mouth; (i) the filter housing being secured to the outer radial wall at the mouth; and (ii) the media construction being positioned within the interior and spaced from the surrounding wall; wherein said non-connecting sections are smooth and wherein each said connecting section has a plurality of helical profiles extending at a helix angle. (a) a treatment media construction having a first end and an opposite second end; (b) a first end construction adjacent to the first end of the media construction; wherein the first end construction includes an outer radial wall and an axial wall; (i) the axial wall covering the first end of the media construction; (ii) the outer radial wall having a plurality of connecting sections (106, 108, 110) alternating with non-connecting sections; (i) the axial wall covering the first end of the media construction; (ii) the outer radial wall having a plurality of connecting sections (106, 108, 110) alternating with non-connecting sections; (c) a filter housing having a surrounding wall defining an exterior, an interior, a bottom, and an opposite mouth; (i) the filter housing being secured to the outer radial wall at the mouth; and (ii) the media construction being positioned within the interior and spaced from the surrounding wall; (i) the filter housing being secured to the outer radial wall at the mouth; and (ii) the media construction being positioned within the interior and spaced from the surrounding wall; wherein said non-connecting sections are smooth and wherein each said connecting section has a plurality of helical profiles extending at a helix angle.
A flexographic printing plate precursor for laser engraving comprising a pattern forming material which comprises: a support; and a layer having a thickness of 0.1 to 7 mm and which is obtainable by curing a laser-decomposable resin composition comprising a binder polymer, a polymerizable compound and a compound including at least one structure selected from a carboxyl group and a carboxylic acid anhydride structure and at least one hetero atom selected from N, S and O atoms other than the structure in its molecule; wherein laser exposure of the flexographic printing plate precursor forms a concavo-convex pattern, the concave portions of which correspond to laser exposed areas and the convex portions of which correspond to unexposed areas. a support; and a layer having a thickness of 0.1 to 7 mm and which is obtainable by curing a laser-decomposable resin composition comprising a binder polymer, a polymerizable compound and a compound including at least one structure selected from a carboxyl group and a carboxylic acid anhydride structure and at least one hetero atom selected from N, S and O atoms other than the structure in its molecule; wherein laser exposure of the flexographic printing plate precursor forms a concavo-convex pattern, the concave portions of which correspond to laser exposed areas and the convex portions of which correspond to unexposed areas.
A method for manufacturing an SOI wafer, by which at least one type of gas ion selected from a hydrogen ion and a rare gas ion is ion-implanted into a silicon single crystal bond wafer from a surface thereof to form an ion implanted layer, an ion implanted surface of the bond wafer is bonded to a surface of a base wafer through an insulator film, and then the bond wafer is delaminated at the ion implanted layer to fabricate an SOI wafer, wherein the method comprises a step of forming the insulator film on at least an entire surface of the bond wafer before the bonding, bringing a bonded wafer before delaminating the bond wafer at the ion implanted layer into contact with a liquid that enables dissolving the insulator film or exposing the same to a gas that enables dissolving the insulator film while protecting the insulator film on a back surface on the opposite side of a bonding surface of the bond wafer, and thus etching the insulator film placed between the bond wafer and the base wafer from an outer peripheral end of the bonded wafer toward a center of the same.