mhurhangee/ep-ind-claims huggingface dataset:
An embedded trace capacitive signet stamp comprising: a substrate (101, 201, 503, 803); a plurality of conductive points (103, 203, 501, 801) affixed to the substrate (101, 201, 503, 803); a user contact area (107, 207, 513) configured to allow a user to provide capacitance to the conductive points (103, 203, 501, 801); a conductive layer (505, 805) connecting each conductive point (103, 203, 501, 801) to the user contact area (107, 207, 513); and a top layer (507, 807) configured to adjoin the conductive layer (505, 805); characterized in that the top layer (507, 807) is configured to form a foldable handle comprising the user contact area (107, 207, 513), wherein the top layer (507, 807) comprises a main area and a punched out area, the punched out area being foldably connected to the main area to form the foldable handle; and wherein the conductive layer (505, 805) comprises a main area and a punched out area, the punched out area of the conductive layer (505, 805) being the user contact area (107, 207, 513) and further being foldably connected to the main area of the conductive layer (505, 805) to align with the foldable handle formed by the top layer (507, 807), thus creating the foldable handle with the user contact area (107, 207, 513) to allow the user to provide capacitance to the conductive points (103, 203, 501, 801) when the user grasps the foldable handle. a substrate (101, 201, 503, 803); a plurality of conductive points (103, 203, 501, 801) affixed to the substrate (101, 201, 503, 803); a user contact area (107, 207, 513) configured to allow a user to provide capacitance to the conductive points (103, 203, 501, 801); a conductive layer (505, 805) connecting each conductive point (103, 203, 501, 801) to the user contact area (107, 207, 513); and a top layer (507, 807) configured to adjoin the conductive layer (505, 805); characterized in that the top layer (507, 807) is configured to form a foldable handle comprising the user contact area (107, 207, 513), wherein the top layer (507, 807) comprises a main area and a punched out area, the punched out area being foldably connected to the main area to form the foldable handle; and wherein the conductive layer (505, 805) comprises a main area and a punched out area, the punched out area of the conductive layer (505, 805) being the user contact area (107, 207, 513) and further being foldably connected to the main area of the conductive layer (505, 805) to align with the foldable handle formed by the top layer (507, 807), thus creating the foldable handle with the user contact area (107, 207, 513) to allow the user to provide capacitance to the conductive points (103, 203, 501, 801) when the user grasps the foldable handle.
(6S,9aS)-N-Benzyl-8-({ 6-[3 -(4-ethylpiperazin-1-yl)azetidin-1-yl]pyridin-2-yl}methyl)-6-(2-fluoro-4-hydroxybenzyl)-4,7-dioxo-2-(prop-2-en-1-yl)hexahydro-2H-pyrazino[2,1-c][1,2,4]triazine-1 -carboxamide for use in the treatment of tumor in combination with lenvatinib or a pharmaceutically acceptable salt thereof.
A method for labeling RNAs with a unique label, comprising the steps of: a) providing a pool of RNAs; b) separating the pool of RNAs into sub-pools of RNAs comprising a number of starting RNAs; c) end-labeling each of said RNAs, at their 5' and/or 3' end, with a detectable oligonucleotide tag, each of said oligonucleotide tags optionally comprising a cohesive overhang of x nucleotides in length, x being an integer equal or greater than 2, such that the RNAs in each sub-pool are identically end-labeled to each other but differently end-labeled from the RNAs in any of the other subpools; d) combining the sub-pools of differently 5' and/or 3' end-labeled RNAs from step (c) to form a new pool of RNAs; e) repeating steps (b) - (d) two or more times on the new pool of RNAs generated in step (d) to thereby sequentially end-label the RNAs with a random combination of detectable oligonucleotide tags; and f) amplifying the 5' and/or 3' end-labeled RNAs from step (e), wherein the amplifying comprises (i) attaching an adapter comprising a first sequencing primer, and a capture moiety to the 5' and/or 3' end-labeled RNAs formed in step (e) a) providing a pool of RNAs; b) separating the pool of RNAs into sub-pools of RNAs comprising a number of starting RNAs; c) end-labeling each of said RNAs, at their 5' and/or 3' end, with a detectable oligonucleotide tag, each of said oligonucleotide tags optionally comprising a cohesive overhang of x nucleotides in length, x being an integer equal or greater than 2, such that the RNAs in each sub-pool are identically end-labeled to each other but differently end-labeled from the RNAs in any of the other subpools; d) combining the sub-pools of differently 5' and/or 3' end-labeled RNAs from step (c) to form a new pool of RNAs; e) repeating steps (b) - (d) two or more times on the new pool of RNAs generated in step (d) to thereby sequentially end-label the RNAs with a random combination of detectable oligonucleotide tags; and f) amplifying the 5' and/or 3' end-labeled RNAs from step (e), wherein the amplifying comprises (i) attaching an adapter comprising a first sequencing primer, and a capture moiety to the 5' and/or 3' end-labeled RNAs formed in step (e) (i) attaching an adapter comprising a first sequencing primer, and a capture moiety to the 5' and/or 3' end-labeled RNAs formed in step (e)
A device for indicating a status of a valve comprising: a position indicator, wherein the position indicator includes a monitoring element; and a communication element, wherein the position indicator includes a position couple with a threading in a bore defined through the position couple, the position couple being engageable with the valve, wherein the position indicator includes a stem collar that includes a threading on an outer surface, the stem collar being mountable on a stem of the valve, and wherein the threading of the stem collar engages the threading of the position couple, characterised in that the position indicator further comprises o-rings which in use frictionally engage the stem collar with the stem, such that the stem collar can be fit over the stem with o-rings along its inner surface so that the stem collar, having friction with the stem, engaging the stem and rotating therewith and the position couple moves along the stem with the rotation of the stem, and wherein the position indicator includes a magnet placed within the position couple and at least one proximity sensor (655a, 655b), wherein the at least one proximity sensor is configured to determine a position of the magnet, wherein the at least one proximity sensor (655a, 655b) is a first Hall sensor and a second Hall sensor, the first Hall sensor positionable relative to an open position of the valve and the second Hall sensor positionable relative to a closed position of the valve. a position indicator, wherein the position indicator includes a monitoring element; and a communication element, wherein the position indicator includes a position couple with a threading in a bore defined through the position couple, the position couple being engageable with the valve, wherein the position indicator includes a stem collar that includes a threading on an outer surface, the stem collar being mountable on a stem of the valve, and wherein the threading of the stem collar engages the threading of the position couple, characterised in that the position indicator further comprises o-rings which in use frictionally engage the stem collar with the stem, such that the stem collar can be fit over the stem with o-rings along its inner surface so that the stem collar, having friction with the stem, engaging the stem and rotating therewith and the position couple moves along the stem with the rotation of the stem, and wherein the position indicator includes a magnet placed within the position couple and at least one proximity sensor (655a, 655b), wherein the at least one proximity sensor is configured to determine a position of the magnet, wherein the at least one proximity sensor (655a, 655b) is a first Hall sensor and a second Hall sensor, the first Hall sensor positionable relative to an open position of the valve and the second Hall sensor positionable relative to a closed position of the valve.
A process for the production of sponge iron from iron ore, the process comprising the steps: - charging iron ore into a direct reduction shaft; - introducing a hydrogen-rich reducing gas comprising greater than 80 vol% hydrogen gas into the direct reduction shaft in order to reduce the iron ore and produce sponge iron; - removing a top gas from the direct reduction shaft; - subjecting the top gas to heat exchange in order to cool the top gas and heat the hydrogen-rich reducing gas; - dividing the top gas into a recycle stream and a bleed-off stream; - processing the bleed-off stream through a separation unit to provide a hydrogen-enriched off-stream and an inert-enriched off-stream; and - introducing the recycle stream and the hydrogen-enriched off-stream as constituent parts of the hydrogen-rich reducing gas to the direct reduction shaft. - charging iron ore into a direct reduction shaft; - introducing a hydrogen-rich reducing gas comprising greater than 80 vol% hydrogen gas into the direct reduction shaft in order to reduce the iron ore and produce sponge iron; - removing a top gas from the direct reduction shaft; - subjecting the top gas to heat exchange in order to cool the top gas and heat the hydrogen-rich reducing gas; - dividing the top gas into a recycle stream and a bleed-off stream; - processing the bleed-off stream through a separation unit to provide a hydrogen-enriched off-stream and an inert-enriched off-stream; and - introducing the recycle stream and the hydrogen-enriched off-stream as constituent parts of the hydrogen-rich reducing gas to the direct reduction shaft.
A device for protecting against an electrical overcurrent, for at least one electronic switching branch of an electrical conversion system, the or each branch comprising two switching half-branches (32A, 32B) serially connected at an intermediate terminal (34U, 34V, 34W; 146A, 146B), at least one half-branch (32A, 32B) including at least one switching member, the or each switching member comprising a first controllable electronic switch and a diode connected in antiparallel to said first electronic switch, characterized in that it includes, for the or each switching branch: - at least one second electronic switch, the or each second electronic switch being able to switch, under the action of a controller, from an on state to an off state to protect said diode from the overcurrent, the or each second electronic switch being connected to an electrode of said diode connected in antiparallel to the first electronic switch, serially with said respective diode and in antiparallel to said first respective electronic switch, - measuring means for measuring at least one magnitude relative to a current able to circulate in the or each diode of the branch, and - control means for controlling the or each second electronic switch (46; 96), based on the magnitude measured by the measuring means. - at least one second electronic switch, the or each second electronic switch being able to switch, under the action of a controller, from an on state to an off state to protect said diode from the overcurrent, - measuring means for measuring at least one magnitude relative to a current able to circulate in the or each diode of the branch, and - control means for controlling the or each second electronic switch (46; 96), based on the magnitude measured by the measuring means.
A pharmaceutical composition for use by injection in the treatment of skin scars in conjunction with pulsed dye laser or fractional laser, and subcision, comprising a mixture of botulinum toxin of serotype A or B, and air, wherein the botulinum toxin and air are mixed in a volume ratio of 1:0.1 to 1:10.
A method for joining ceramic composite parts comprising at least one ceramic material and diamond material to at least one other part, the method comprising the following steps, • treatment of a join surface or surfaces of the ceramic composite part so as to increase the surface area of the join surface or surfaces of the ceramic composite part; and • disposition onto the treated surface or surfaces, or portions thereof, of a material capable of bonding to the ceramic composite part as well as to the at least one other part upon the application of sufficient heat, said material comprising an attachment layer which is capable of bonding chemically to the diamond material, and a brazeable layer, the attachment layer and brazeable layer being applied in sequence onto the join surface, wherein the brazeable layer includes a refractory metal selected from W, Mo, Cr, Ni, Ta, Au, Pt, Pd, Nb or any combination or alloy thereof. • treatment of a join surface or surfaces of the ceramic composite part so as to increase the surface area of the join surface or surfaces of the ceramic composite part; and • disposition onto the treated surface or surfaces, or portions thereof, of a material capable of bonding to the ceramic composite part as well as to the at least one other part upon the application of sufficient heat, said material comprising an attachment layer which is capable of bonding chemically to the diamond material, and a brazeable layer, the attachment layer and brazeable layer being applied in sequence onto the join surface, wherein the brazeable layer includes a refractory metal selected from W, Mo, Cr, Ni, Ta, Au, Pt, Pd, Nb or any combination or alloy thereof.
Belt buckle, adaptable to at least two different widths (e1, e2) of belt strip, comprising a casing, the belt buckle being characterized in that it comprises at least one bridging member formed from two parts (8, 9) which extend across the casing, the belt buckle further comprising a mechanism housed at least partly in a cavity of the casing and movable between at least a first stable position and a second stable position, said mechanism being configured to be moved by actuation of at least one of the parts (8, 9) of the bridging member relative to the other between a first configuration, corresponding to a first width the belt strip, and a second configuration, corresponding to a second width of belt strip.
Method for determining the spatially resolved filling level in a bulk material container which is open at the top, wherein the filling level of the bulk material located in the bulk material container is measured from the top by means of ultrasound in a spatially resolved manner above the container opening, and wherein based on the plurality of spatially resolved filling level measurements (H A, H B; H A, H B, H C; H D1, H D2, H D3) at least one of the following variables is determined: - a spatially resolved effective filling level (H eff), - an envelope surface of the bulk material, - a global maximum of the bulk material, and - a filling level of the bulk material container, characterized in that the filling level of the bulk material is measured in a spatially resolved manner from the top from a plurality of parallel or almost parallel ultrasound measuring directions (D1, D2, D3) above the container opening in each case, the plurality of ultrasound measurements are performed simultaneously using ultrasound measuring cones which do not overlap each other or overlap at least not significantly, and the container opening is traversed at least once by the plurality of ultrasound distance sensors, wherein at least one of the ultrasound distance sensors performs measurement in a leading or lagging manner with respect to the other ultrasound distance sensors in each case, in at least one, in particular in both directions of movement (X, Y). - a spatially resolved effective filling level (H eff), - an envelope surface of the bulk material, - a global maximum of the bulk material, and - a filling level of the bulk material container, characterized in that the filling level of the bulk material is measured in a spatially resolved manner from the top from a plurality of parallel or almost parallel ultrasound measuring directions (D1, D2, D3) above the container opening in each case, the plurality of ultrasound measurements are performed simultaneously using ultrasound measuring cones which do not overlap each other or overlap at least not significantly, and the container opening is traversed at least once by the plurality of ultrasound distance sensors, wherein at least one of the ultrasound distance sensors performs measurement in a leading or lagging manner with respect to the other ultrasound distance sensors in each case, in at least one, in particular in both directions of movement (X, Y).
A computer-implemented method for providing recommendations to a user to obfuscate an entity context in a sensory environment, the entity context comprising an identity of a product or person, the method comprising: receiving entity data and sensory environment data from a plurality of sources; analyzing, by a processor, the entity data to obtain categorized entity data, wherein the categorized entity data comprises a plurality of features indicating characteristics of the entity context; analyzing, by the processor, the sensory environment data to obtain categorized sensory environment data; determining, by the processor, a correlation score for each of the plurality of features by correlating the categorized entity data and the categorized sensory environment data; and recommending, by the processor, at least one of the plurality of features, based on the correlation score, to obfuscate the entity context in the sensory environment. receiving entity data and sensory environment data from a plurality of sources; analyzing, by a processor, the entity data to obtain categorized entity data, wherein the categorized entity data comprises a plurality of features indicating characteristics of the entity context; analyzing, by the processor, the sensory environment data to obtain categorized sensory environment data; determining, by the processor, a correlation score for each of the plurality of features by correlating the categorized entity data and the categorized sensory environment data; and recommending, by the processor, at least one of the plurality of features, based on the correlation score, to obfuscate the entity context in the sensory environment.
A cable closure, having a housing, which delimits an interior of the cable closure and seals off the cable closure from the outside, said housing comprising a covering body, said covering body providing cable insertion regions for inserting cables into said interior of the cable closure and/or for passing cables out of said interior of the cable closure, wherein sealing elements are positioned at said cable insertion regions, and wherein at least some of the sealing elements which are positioned at the cable insertion regions comprise at least two different sealing subcomponents (29, 30), namely a first sealing subcomponent made from a deformable, gel-like sealing material and a second sealing subcomponent; characterized in that the second sealing subcomponent is embedded in the first sealing subcomponent, wherein the second sealing subcomponent comprises a pillow-like receptacle and a nozzle extending though the first sealing subcomponent and through the covering body to the outside, wherein the pillow-like receptacle can be filled with a medium through the nozzle when the covering body is closed; the pillow-like receptacle of the second sealing subcomponent is filled with a liquid medium that comprises water and a frost protection agent, wherein the mixing ratio of the water and the frost protection agent is chosen in a way that the liquid medium is subject to a phase transition from a liquid phase to a solid phase and thereby subject to a volume increase at a temperature below -10°C and thereby at temperatures at which the first sealing subcomponent is subject to deteriorating sealing properties; the nozzle extends though through an opening in the covering body that is sealed by the first sealing subcomponent.
A washing machine comprising: a cabinet having an opening; a tub within the cabinet; a drum rotatably arranged within the tub; a gasket connecting the tub and the cabinet to each other to reduce vibration of the tub transmitted to the cabinet during rotation of the drum; and an injection device (100, 210) configured to inject wash water into the tub, wherein the injection device includes: an injection nozzle (110, 220) into which wash water is introduced, the injection nozzle penetrating the gasket; and an injection guide (120, 224) configured to guide wash water introduced through the injection nozzle so as to inject the wash water; characterised in that the injection device further includes a fastener (130, 230) penetrating the gasket to fix a position of the injection nozzle, the fastener comprising a fastener flow path communicating with the interior of the tub. a cabinet having an opening; a tub within the cabinet; a drum rotatably arranged within the tub; a gasket connecting the tub and the cabinet to each other to reduce vibration of the tub transmitted to the cabinet during rotation of the drum; and an injection device (100, 210) configured to inject wash water into the tub, wherein the injection device includes: an injection nozzle (110, 220) into which wash water is introduced, the injection nozzle penetrating the gasket; and an injection guide (120, 224) configured to guide wash water introduced through the injection nozzle so as to inject the wash water; characterised in that the injection device further includes a fastener (130, 230) penetrating the gasket to fix a position of the injection nozzle, the fastener comprising a fastener flow path communicating with the interior of the tub. an injection nozzle (110, 220) into which wash water is introduced, the injection nozzle penetrating the gasket; and an injection guide (120, 224) configured to guide wash water introduced through the injection nozzle so as to inject the wash water; characterised in that the injection device further includes a fastener (130, 230) penetrating the gasket to fix a position of the injection nozzle, the fastener comprising a fastener flow path communicating with the interior of the tub.