mhurhangee/ep-ind-claims huggingface dataset:
A fluorine resin molded body employed in a fluid device and comprising a ring-shaped seal section (10, 20, 30, 40), the seal section being configured from a projection (14, 24, 34, 36, 44, 46, 112a, 112b, 112c) and a backup section (12, 22, 32, 42) that are aligned in a direction in which the seal section receives a compressive load when the fluorine resin molded body is installed in the fluid device, wherein a cross-sectional shape of the projection is an isosceles triangle including two vertices in the backup section, and an angle at a vertex separated from the backup section is 90-120 degrees, and wherein the projection is provided in plurality, and the projections (34, 36) are provided on both of upper and lower sides of the backup section characterized in that recesses (32a, 32b) are formed on both of left and right sides of the backup section. the seal section being configured from a projection (14, 24, 34, 36, 44, 46, 112a, 112b, 112c) and a backup section (12, 22, 32, 42) that are aligned in a direction in which the seal section receives a compressive load when the fluorine resin molded body is installed in the fluid device, wherein a cross-sectional shape of the projection is an isosceles triangle including two vertices in the backup section, and an angle at a vertex separated from the backup section is 90-120 degrees, and wherein the projection is provided in plurality, and the projections (34, 36) are provided on both of upper and lower sides of the backup section
Customer-specific rail vehicle door leaf for an access door, - comprising a panel and a general vehicle door leaf, - in the case of which rail vehicle door leaf the general vehicle door leaf has one load-bearing vehicle door leaf frame, - in the case of which rail vehicle door leaf the general vehicle door leaf itself is of pressure-tight and water-tight configuration, - in the case of which rail vehicle door leaf the panel is provided as an exterior panel which can be dismantled on the outside of the general vehicle door leaf or of the vehicle door leaf frame, - in the case of which rail vehicle door leaf a mechanical connection of the panel to the general vehicle door leaf or to the vehicle door leaf frame is of simply releasable configuration, with the result that the panel can be dismantled from the general vehicle door leaf without damage or destruction of a part of the general vehicle door leaf, which part is connected to the panel, - in the case of which rail vehicle door leaf the customer-specific vehicle door leaf also has an interior trim panel, - in the case of which rail vehicle door leaf the general vehicle door leaf is configured as a completely functional vehicle door leaf, - in the case of which rail vehicle door leaf the general vehicle door leaf has a stowage shaft window including a mechanism, a plug-on seal, an interior trim panel, a bearing device and a recess for a lock device, - in the case of which rail vehicle door leaf the vehicle door leaf frame itself is of pressure-tight and water-tight configuration. - comprising a panel and a general vehicle door leaf, - in the case of which rail vehicle door leaf the general vehicle door leaf has one load-bearing vehicle door leaf frame, - in the case of which rail vehicle door leaf the general vehicle door leaf itself is of pressure-tight and water-tight configuration, - in the case of which rail vehicle door leaf the panel is provided as an exterior panel which can be dismantled on the outside of the general vehicle door leaf or of the vehicle door leaf frame, - in the case of which rail vehicle door leaf a mechanical connection of the panel to the general vehicle door leaf or to the vehicle door leaf frame is of simply releasable configuration, with the result that the panel can be dismantled from the general vehicle door leaf without damage or destruction of a part of the general vehicle door leaf, which part is connected to the panel, - in the case of which rail vehicle door leaf the customer-specific vehicle door leaf also has an interior trim panel, - in the case of which rail vehicle door leaf the general vehicle door leaf is configured as a completely functional vehicle door leaf, - in the case of which rail vehicle door leaf the general vehicle door leaf has a stowage shaft window including a mechanism, a plug-on seal, an interior trim panel, a bearing device and a recess for a lock device, - in the case of which rail vehicle door leaf the vehicle door leaf frame itself is of pressure-tight and water-tight configuration.
Endless chain for transporting preforms, in particular for transporting preforms through an oven for heat-conditioning the preforms, the chain comprising a succession of longitudinal links (22A, 22B), each of which is attached in a pivoting manner to the following one by an articulation (24, 26), in which chain: - each articulation (24, 26) comprises at least one bearing (44A, 44B, 48A, 48B) for the pivotal mounting of two successive links (22A, 22B) about a vertical articulation axis (A3, A4); - two successive articulation axes (A3, A4) are spaced apart by a defined spacing; - each link (22A, 22B) is able to carry support means (50A, 50B) for at least one preform; characterized in that each bearing (44A, 48A) of an articulation is offset vertically with respect to each bearing (44B, 48B) of the following articulation. - each articulation (24, 26) comprises at least one bearing (44A, 44B, 48A, 48B) for the pivotal mounting of two successive links (22A, 22B) about a vertical articulation axis (A3, A4); - two successive articulation axes (A3, A4) are spaced apart by a defined spacing; - each link (22A, 22B) is able to carry support means (50A, 50B) for at least one preform;
An inkjet recording method, which is performed by an inkjet recording device containing: a nozzle plate provided with a nozzle configured to eject droplets of an ink; a water-repellent film which is provided on a surface of the nozzle plate onto which the ink is ejected; a recording head containing a liquid chamber with which the nozzle is in communication, and a pressure generating unit configured to generate pressure in the liquid chamber; and a signal generating unit configured to generate a signal to be applied to the pressure generating unit, and which allows the droplets of the ink to eject by the action of the pressure which is generated by the pressure generating unit according to the signal, wherein the water-repellent film contains a polymer containing a perfluoroalkyl chain, wherein the ink has a static surface tension of 18.0 mN/m to 27.0 mN/m at 25°C, wherein the ink has a receding contact angle on the nozzle plate of 50° or more, wherein the signal has a two-step pull pulse for pulling the ink into the nozzle in a two-step manner within one printing unit cycle, and wherein the inkjet recording method comprises pulling the ink located in proximity to a nozzle outlet into the nozzle by the action of the two-step pull pulse, to thereby form a meniscus at a predetermined position.
Round baler having an endless bale forming means routed over at least two rolls (54a, 56a, 58a) on each of three or more arms (54, 56, 58) rotating about one or more axes, whereas adjacent rolls (54a, 56a, 58a) of subsequent arms (54, 56, 58) leave a distance between each other bridged by a span of said bale forming means, against which span goods to be baled are pressed by a feeder, characterized in that in a bale start stage a bale chamber is formed between the feeder, a span of the bale forming means between the rolls (54a, 56a, 58a) of the same arm (54, 56, 58) and a delimiting means.
An in vitro method for detecting or measuring the inhibition of TOR kinase activity in a subject, comprising the use of flow cytometry to measure the amount of phosphorylated 4EBP1 in biological samples which have been obtained from said subject prior to and after the administration of a TOR kinase inhibitor, wherein the TOR kinase inhibitor is 7-(6-(2-hydroxypropan-2-yl)pyridin-3-yl)-1-( trans -4-methoxycyclohexyl)-3,4-dihydropyrazino[2,3-b]pyrazin-2 -one or a pharmaceutically acceptable salt, clathrate, solvate, stereoisomer, tautomer, or prodrug thereof, wherein a decrease in the amount of the phosphorylated 4EBP1 confirms inhibition of TOR kinase activity in the subject.
Control station for a plurality of drones, comprising: - a display device configured to display graphical elements including active graphic elements configured for the interaction of an operator with the control station and/or one or several drones, - a control interface for input to the control station by the commands operator, and - an oculometer configured to detect the direction of the gaze of the operator characterized in that the control station is configured to selectively activate one of a plurality of first modes of operation of the control station respectively associated with one of the active graphic elements in response to the detection of the gaze of the operator on the corresponding active graphic element, wherein each first operating mode is configured to allow the operator to interact with one or more graphic elements and/or one or more drones via the control interface according to a given set of functionalities. - a display device configured to display graphical elements including active graphic elements configured for the interaction of an operator with the control station and/or one or several drones, - a control interface for input to the control station by the commands operator, and - an oculometer configured to detect the direction of the gaze of the operator
A powder port blow-off system for a plasma spray process, the powder port blow-off system comprising: a faceplate comprising: a plasma receiving bore that co-axially aligns with a plasma plume-emitting nozzle of a plasma spray gun; and a plurality of powder feed ports (16A, 16B, 16C) for injecting a flow of powder particles toward the plasma plume; and a plurality of powder port blow-off nozzles (12A, 12B, 12C) arranged in a plane containing the plurality of powder feed ports (16A, 16B, 16C); characterised in that: the powder port blow-off nozzles (12A, 12B, 12C) are arranged with respect to the plasma plume-emitting nozzle for directing blow-off gas across the powder feed ports (16A, 16B, 16C), the powder port blow-off nozzles being arranged to direct blow-off gas tangent to the plasma plume in the same plane but in differing directions creating a swirling action around the nozzle and the axis (x) along which the plume is directed, such that blow-off gas surrounds the plasma plume, wherein the blow-off gas combines with the plasma plume to create a vortex surrounding the plasma plume for carrying away powder particles unconsumed by the plasma plume. a faceplate comprising: a plasma receiving bore that co-axially aligns with a plasma plume-emitting nozzle of a plasma spray gun; and a plurality of powder feed ports (16A, 16B, 16C) for injecting a flow of powder particles toward the plasma plume; and a plasma receiving bore that co-axially aligns with a plasma plume-emitting nozzle of a plasma spray gun; and a plurality of powder feed ports (16A, 16B, 16C) for injecting a flow of powder particles toward the plasma plume; and a plurality of powder port blow-off nozzles (12A, 12B, 12C) arranged in a plane containing the plurality of powder feed ports (16A, 16B, 16C); characterised in that: the powder port blow-off nozzles (12A, 12B, 12C) are arranged with respect to the plasma plume-emitting nozzle for directing blow-off gas across the powder feed ports (16A, 16B, 16C), the powder port blow-off nozzles being arranged to direct blow-off gas tangent to the plasma plume in the same plane but in differing directions creating a swirling action around the nozzle and the axis (x) along which the plume is directed, such that blow-off gas surrounds the plasma plume, wherein the blow-off gas combines with the plasma plume to create a vortex surrounding the plasma plume for carrying away powder particles unconsumed by the plasma plume. the powder port blow-off nozzles (12A, 12B, 12C) are arranged with respect to the plasma plume-emitting nozzle for directing blow-off gas across the powder feed ports (16A, 16B, 16C), the powder port blow-off nozzles being arranged to direct blow-off gas tangent to the plasma plume in the same plane but in differing directions creating a swirling action around the nozzle and the axis (x) along which the plume is directed, such that blow-off gas surrounds the plasma plume, wherein the blow-off gas combines with the plasma plume to create a vortex surrounding the plasma plume for carrying away powder particles unconsumed by the plasma plume.
A method of watermarking video contents during a video call by a first device, the method comprising: initiating a video call by the first device, the video call being transmitted from the first device to a second device via a network; capturing, with an image capturing device, video contents of the video call using the first device; identifying a face from one or more faces in the captured video contents using skin color segmentation and face detection; generating a watermark from device information about at least one of the first device and the second device; embedding the watermark to the identified face in the captured video contents; and transmitting the watermarked video contents to the second device. initiating a video call by the first device, the video call being transmitted from the first device to a second device via a network; capturing, with an image capturing device, video contents of the video call using the first device; identifying a face from one or more faces in the captured video contents using skin color segmentation and face detection; generating a watermark from device information about at least one of the first device and the second device; embedding the watermark to the identified face in the captured video contents; and transmitting the watermarked video contents to the second device.
Disc brake, in particular for commercial vehicles, having a brake lining, a brake carrier with a first brake carrier horn for supporting the brake lining in the circumferential direction of the brake disc, and a brake calliper which is held displaceably with regard to the brake carrier, with an at least radially inwardly open pocket-like recess for receiving the first brake carrier horn, and an attachment on the brake carrier for covering the recess radially to the inside, characterized in that, in every operating state, the attachment protrudes beyond the inner face of the wall which delimits the radially inner opening of the recess, in the direction parallel to the direction of the displacement of the brake calliper.
A carbon dioxide supply device that accumulates carbon dioxide included in an exhaust gas produced by combustion for heating a greenhouse for cultivating plants, the device comprising: at least one adsorption unit that adsorbs carbon dioxide included in the exhaust gas so as to accumulate carbon dioxide; an accumulation flow path that guides the exhaust gas to the at least one adsorption unit; a supply flow path that guides air to the at least one adsorption unit, and guides the air that has passed through the adsorption unit to the greenhouse; and a flow path control unit that controls flow of the exhaust gas and the air, the control unit causing the exhaust gas produced by heating to pass through the at least one adsorption unit via the accumulation flow path, so as to make the adsorption unit to adsorb carbon dioxide included in the exhaust gas, the control unit causing air to pass through the at least one adsorption unit via the supply flow path and then flow into the greenhouse, so as to allow carbon dioxide adsorbed by the adsorption unit to flow out to the air to be supplied to the greenhouse, the at least one adsorption unit including an accumulation surface and a supply surface on its outer surface, the exhaust gas that passes through the at least one adsorption unit flowing into the adsorption unit via the accumulation; surface, and then flowing out from the adsorption unit via the supply surface, the air that passes through the at least one adsorption unit flowing into the adsorption unit via the supply surface, and then flowing out from the adsorption unit via the accumulation surface. at least one adsorption unit that adsorbs carbon dioxide included in the exhaust gas so as to accumulate carbon dioxide; an accumulation flow path that guides the exhaust gas to the at least one adsorption unit; a supply flow path that guides air to the at least one adsorption unit, and guides the air that has passed through the adsorption unit to the greenhouse; and a flow path control unit that controls flow of the exhaust gas and the air, the control unit causing the exhaust gas produced by heating to pass through the at least one adsorption unit via the accumulation flow path, so as to make the adsorption unit to adsorb carbon dioxide included in the exhaust gas, the control unit causing air to pass through the at least one adsorption unit via the supply flow path and then flow into the greenhouse, so as to allow carbon dioxide adsorbed by the adsorption unit to flow out to the air to be supplied to the greenhouse, the at least one adsorption unit including an accumulation surface and a supply surface on its outer surface, the exhaust gas that passes through the at least one adsorption unit flowing into the adsorption unit via the accumulation; surface, and then flowing out from the adsorption unit via the supply surface, the air that passes through the at least one adsorption unit flowing into the adsorption unit via the supply surface, and then flowing out from the adsorption unit via the accumulation surface.
A floor coating composition comprising: an aqueous solvent; and a chelating polymer which comprises polymerized units derived from: one or more aminocarboxylic acid compounds or their salts; one or more polymerizable monomers comprising a vinyl group, an allyl group, or both, and optionally, an epoxy group; and one or more ethylenically unsaturated monomers. an aqueous solvent; and a chelating polymer which comprises polymerized units derived from: one or more aminocarboxylic acid compounds or their salts; one or more polymerizable monomers comprising a vinyl group, an allyl group, or both, and optionally, an epoxy group; and one or more ethylenically unsaturated monomers. one or more aminocarboxylic acid compounds or their salts; one or more polymerizable monomers comprising a vinyl group, an allyl group, or both, and optionally, an epoxy group; and one or more ethylenically unsaturated monomers.
Polycondensate containing at least a structural unit, which is an aromatic moiety bearing a polyether side chain comprising alkylene glycol units, with the proviso that the number of ethylene glycol units in the side chain is from 9 to 130 and that the content of ethylene glycol units is higher than 80 mol % with respect to all alkylene glycol units in the polyether side chain, (IIa) at least a structural unit, which is an aromatic moiety bearing at least one phosphoric acid monoester group and/or its salt, with the proviso that the molar ratio of (IIa): is from 0.25 to 8, (IIb) at least a structural unit with a molar mass lower than 200 g/mol, which is an aromatic moiety with 6 carbon atoms bearing at least one hydroxy group attached to the aromatic moiety with the proviso that the molar ratio of (IIa): (IIb) is from 0.2 to 1.9, at least a methylene unit (-CH 2 -), which is attached to two aromatic structural units Y, where aromatic structural units Y, independently of one another, are identical or different and are represented by structural unit, structural unit (IIa), structural unit (IIb) or optionally aromatic structural units of the polycondensate, which are different from structural unit, structural unit (IIa) and structural unit (IIb). at least a structural unit, which is an aromatic moiety bearing a polyether side chain comprising alkylene glycol units, with the proviso that the number of ethylene glycol units in the side chain is from 9 to 130 and that the content of ethylene glycol units is higher than 80 mol % with respect to all alkylene glycol units in the polyether side chain, (IIa) at least a structural unit, which is an aromatic moiety bearing at least one phosphoric acid monoester group and/or its salt, with the proviso that the molar ratio of (IIa): is from 0.25 to 8, (IIb) at least a structural unit with a molar mass lower than 200 g/mol, which is an aromatic moiety with 6 carbon atoms bearing at least one hydroxy group attached to the aromatic moiety with the proviso that the molar ratio of (IIa): (IIb) is from 0.2 to 1.9, at least a methylene unit (-CH 2 -), which is attached to two aromatic structural units Y, where aromatic structural units Y, independently of one another, are identical or different and are represented by structural unit, structural unit (IIa), structural unit (IIb) or optionally aromatic structural units of the polycondensate, which are different from structural unit, structural unit (IIa) and structural unit (IIb).
Apparatus for generating a bandwidth enhanced audio signal from an input audio signal having an input audio signal frequency range, comprising: a raw signal generator configured for generating a raw signal having an enhancement frequency range, wherein the enhancement frequency range is not included in the input audio signal frequency range, wherein the raw signal generator comprises a patcher for patching a spectral portion of the input audio signal into the enhancement frequency range, the patching comprising a single patching operation or a multiple patching operation, wherein, in the multiple patching operation, a specific spectral portion of the input audio signal is patched to two or more spectral portions of the enhancement frequency range; a neural network processor configured for generating a parametric representation for the enhancement frequency range using the input audio frequency range of the input audio signal and a trained neural network; and a raw signal processor for processing the raw signal using the parametric representation for the enhancement frequency range to obtain a processed raw signal having frequency components in the enhancement frequency range, wherein the processed raw signal or the processed raw signal and the input audio signal frequency range of the input audio signal represent the bandwidth-enhanced audio signal. a raw signal generator configured for generating a raw signal having an enhancement frequency range, wherein the enhancement frequency range is not included in the input audio signal frequency range, wherein the raw signal generator comprises a patcher for patching a spectral portion of the input audio signal into the enhancement frequency range, the patching comprising a single patching operation or a multiple patching operation, wherein, in the multiple patching operation, a specific spectral portion of the input audio signal is patched to two or more spectral portions of the enhancement frequency range; a neural network processor configured for generating a parametric representation for the enhancement frequency range using the input audio frequency range of the input audio signal and a trained neural network; and a raw signal processor for processing the raw signal using the parametric representation for the enhancement frequency range to obtain a processed raw signal having frequency components in the enhancement frequency range, wherein the processed raw signal or the processed raw signal and the input audio signal frequency range of the input audio signal represent the bandwidth-enhanced audio signal.