mhurhangee/patent-ind-claim-en huggingface dataset:
A method of removing oxygenates from a hydrocarbon stream, the method comprising: passing a hydrocarbon stream to a caustic tower, wherein the hydrocarbon stream comprises one or more hydrocarbons, one or more oxygen containing components, and one or more sulfur containing compounds, and wherein the caustic tower comprises a plurality of loops; contacting the hydrocarbon stream with a sulfided catalyst between a first loop of the plurality of loops and a second loop of the plurality of loops to produce a reaction product, wherein at least a portion of the one or more sulfur containing compounds react in the presence of the sulfided catalyst to produce hydrogen sulfide in the reaction product; passing the reaction product to the second loop; removing at least a portion of the hydrogen sulfide in the second loop of the caustic tower to produce a product stream. passing a hydrocarbon stream to a caustic tower, wherein the hydrocarbon stream comprises one or more hydrocarbons, one or more oxygen containing components, and one or more sulfur containing compounds, and wherein the caustic tower comprises a plurality of loops; contacting the hydrocarbon stream with a sulfided catalyst between a first loop of the plurality of loops and a second loop of the plurality of loops to produce a reaction product, wherein at least a portion of the one or more sulfur containing compounds react in the presence of the sulfided catalyst to produce hydrogen sulfide in the reaction product; passing the reaction product to the second loop; removing at least a portion of the hydrogen sulfide in the second loop of the caustic tower to produce a product stream.
Tunable coupler for making a controllable coupling to at least a first qubit , comprising: - a first constant coupling element , and - a tunable coupling element , there being a coupling between said first and tunable coupling elements; wherein: - said first constant coupling element forms a first non-galvanic coupling interface to at least said first qubit at a first extremity of said first constant coupling element distant from said tunable coupling element , for a strong coupling due to a close proximity of the first constant coupling element and said first qubit at said first non-galvanic coupling interface, and - said tunable coupling element is located adjacent to a second non-galvanic coupling interface formed to a further circuit element at a second extremity of said first constant coupling element , there being a coupling between said tunable coupling element and said further circuit element and a strong coupling due to a close proximity of the first constant coupling element and said further circuit element at said second non-galvanic coupling interface; wherein said tunable coupling element is configured to be tuned in order to adapt a coupling strength of the coupling between the tunable coupling element and the first constant coupling element and a coupling strength of the coupling between the tunable coupling element and the further circuit element ; and wherein said further circuit element is a second constant coupling element or a second qubit. - a first constant coupling element , and - a tunable coupling element , there being a coupling between said first and tunable coupling elements; - said first constant coupling element forms a first non-galvanic coupling interface to at least said first qubit at a first extremity of said first constant coupling element distant from said tunable coupling element , for a strong coupling due to a close proximity of the first constant coupling element and said first qubit at said first non-galvanic coupling interface, and - said tunable coupling element is located adjacent to a second non-galvanic coupling interface formed to a further circuit element at a second extremity of said first constant coupling element , there being a coupling between said tunable coupling element and said further circuit element and a strong coupling due to a close proximity of the first constant coupling element and said further circuit element at said second non-galvanic coupling interface; wherein said tunable coupling element is configured to be tuned in order to adapt a coupling strength of the coupling between the tunable coupling element and the first constant coupling element and a coupling strength of the coupling between the tunable coupling element and the further circuit element ; and wherein said further circuit element is a second constant coupling element or a second qubit.
Cylinder with a cylinder liner , a cylinder piston and an apparatus for the position determination of the cylinder piston located in the cylinder liner , comprising: a first port , a second port , wherein a signal coupled into the interior of the cylinder liner interacts with the cylinder piston , wherein a unit for determining the position of the cylinder piston is provided, which is connected to the first and second port and which is configured to determine the position of the cylinder piston in the cylinder liner , characterized in that the first port is configured for coupling an electrical signal into the interior of the cylinder liner , the second port is configured for coupling an electrical signal out of the interior of the cylinder liner , wherein the unit for determining the position of the cylinder piston is configured to determine the position of the cylinder piston in the cylinder liner with the aid of a vectorial measurement of a signal coupled out of the cylinder liner , wherein the unit for determining the position of the cylinder piston is configured to detect at least one transmission factor of the ports with the aid of a multi-gate measurement and to determine the cylinder piston position on the basis of the at least one detected transmission factor, wherein each port comprises am electrical connector and corresponds to one gate of the multi-gate measurement, and wherein the second connector of a port belonging to the gate is formed by a common mass level. a first port , a second port , wherein a signal coupled into the interior of the cylinder liner interacts with the cylinder piston , wherein a unit for determining the position of the cylinder piston is provided, which is connected to the first and second port and which is configured to determine the position of the cylinder piston in the cylinder liner , characterized in that the first port is configured for coupling an electrical signal into the interior of the cylinder liner , the second port is configured for coupling an electrical signal out of the interior of the cylinder liner , wherein the unit for determining the position of the cylinder piston is configured to determine the position of the cylinder piston in the cylinder liner with the aid of a vectorial measurement of a signal coupled out of the cylinder liner , wherein the unit for determining the position of the cylinder piston is configured to detect at least one transmission factor of the ports with the aid of a multi-gate measurement and to determine the cylinder piston position on the basis of the at least one detected transmission factor, wherein each port comprises am electrical connector and corresponds to one gate of the multi-gate measurement, and wherein the second connector of a port belonging to the gate is formed by a common mass level.
A tile holder for a combustor of a gas turbine, comprising: a connector (11; 311) having a tubular body extending along a first axis (X1) and a retaining system , configured to secure the tubular body in a seat through a wall and to retain a tile (7; 308) against the wall ; an acoustic damper (12; 312) having a damping volume and a neck at least in part extending along a second axis (X2); characterized in that the neck is acoustically coupled to the outside through the tubular body and the first axis (X1) is transverse to the second axis (X2). a connector (11; 311) having a tubular body extending along a first axis (X1) and a retaining system , configured to secure the tubular body in a seat through a wall and to retain a tile (7; 308) against the wall ; an acoustic damper (12; 312) having a damping volume and a neck at least in part extending along a second axis (X2); characterized in that the neck is acoustically coupled to the outside through the tubular body and the first axis (X1) is transverse to the second axis (X2).
An MRI phantom for calibrated anisotropic imaging comprising hollow tubular textile fibers , wherein each hollow tubular fiber has an outer diameter of less than 50 microns and an inner diameter of less than 20 microns; and wherein at least 70% of the hollow tubular fibers contain a fluid within an interior of the tubular fiber and maintained within the hollow tubular fibers to form quantifiable simulated intra-axonal water; wherein at least some of the hollow tubular fluid filled textile fibers are formed in fasciculi , wherein at least some fasciculi are combined into tracks that are supported in fixed frames within the phantom , characterized in that , the fluid comprises one of water and deuterium oxide.
A body electrode unit (U) comprising: a body electrode configured to be attached to a body; and a release sheet to which the body electrode is attached, wherein the body electrode comprises at least a first electrode and a second electrode, the first electrode and the second electrode being put together to form a single continuous shape, characterized in that the release sheet comprises a first processed part configured to facilitate at least one of a separation and a bending of the release sheet, the first processed part being provided in a first area between a position at which the first electrode is attached and a position at which the second electrode is attached. a body electrode configured to be attached to a body; and a release sheet to which the body electrode is attached, wherein the body electrode comprises at least a first electrode and a second electrode, the first electrode and the second electrode being put together to form a single continuous shape, characterized in that the release sheet comprises a first processed part configured to facilitate at least one of a separation and a bending of the release sheet, the first processed part being provided in a first area between a position at which the first electrode is attached and a position at which the second electrode is attached.
An integrated roller-gearbox assembly comprising a gearbox disposed within a roller in a spinner wrench, the gearbox having a sun and planet type epicyclical gear-reduction to rotate the roller to spin a drill pipe or other tubular, the gearbox comprising: a sun-gear rotationally driven by a drive motor , at least one planet-gear in meshing arrangement with the sun-gear , the at least one planet-gear housed within a rotationally grounded planet carrier ; and an annulus gear , disposed within the roller , in meshing arrangement with the at least one planet-gear and configured to be in rotational communication with the roller ; wherein, when driven by the drive motor , the sun gear rotates the at least one planet-gear to rotate the annulus gear , which in turn rotates the roller to spin the drill pipe or other tubular. a sun-gear rotationally driven by a drive motor , at least one planet-gear in meshing arrangement with the sun-gear , the at least one planet-gear housed within a rotationally grounded planet carrier ; and an annulus gear , disposed within the roller , in meshing arrangement with the at least one planet-gear and configured to be in rotational communication with the roller ; wherein, when driven by the drive motor , the sun gear rotates the at least one planet-gear to rotate the annulus gear , which in turn rotates the roller to spin the drill pipe or other tubular.
An aggregate comprising a) a branched homopolymer, wherein said homopolymer is modified with a hydrophobic surface group, and wherein said surface modified branched homopolymer comprises symmetrically branched polymers, asymmetrically branched polymers or a combination thereof, and b) a water insoluble or poorly water soluble pharmaceutically active agent (PAA), wherein the size of said aggregate is different from the size of aggregates formed of said surface modified branched homopolymer alone, wherein said branched homopolymer comprises a poly(2-substituted oxazoline); and wherein said hydrophobic surface group comprises a hydrocarbon. a) a branched homopolymer, wherein said homopolymer is modified with a hydrophobic surface group, and wherein said surface modified branched homopolymer comprises symmetrically branched polymers, asymmetrically branched polymers or a combination thereof, and b) a water insoluble or poorly water soluble pharmaceutically active agent (PAA),
Superconductive stepped magnet coil assembly comprising a hollow coil having a constant internal radius for generating an operating magnetic field in a working volume about an axis of symmetry (z), the coil comprising windings of an anisotropic superconductor whose superconducting current carrying capacity in a magnetic field perpendicular to the current direction in the conductor depends on both the field amplitude and the field direction within a plane perpendicular to the current direction, wherein the radially summed number of windings along the axis of symmetry (z) towards the edge is reduced in discrete steps or quasi continuously, characterized in that the coil is wound cylindrically symmetrically with respect to the axis of symmetry (z) in several layers, wherein a continuous part of an inner winding layer, which extends only from one axial coil end, is wound with non-superconducting material.
A MEMS laser beam display , comprising: a MEMS based projector comprising a MEMS scanning engine configured to project an image onto a target in a field of view of the MEMS laser beam display ; a time of flight, TOF, depth detector configured to receive reflections of a beam of light emitted by the projector from the target to determine a distance to the target within the field of view via a time of flight calculation in a first mode of depth detection, wherein the TOF depth detector determines coarse depth data of the target ; depth processing circuitry configured to identify one or more structured light regions in the field of view from the coarse depth data, wherein the one or more structured light regions include only a portion of the field of view , and wherein at least one structured light pattern is projected in the identified one or more structured light regions ; a structured light depth detector configured to detect a reflection of the at least one structured light pattern from the target to determine a distance to the target in a second mode of depth detection, wherein the structured light depth detector determines fine depth data of the target in the identified one or more structured light regions ; and wherein the depth processing circuitry is further configured to generate a composite three-dimensional, 3D, image of the target using a combination of the coarse depth data and the fine depth data. a MEMS based projector comprising a MEMS scanning engine configured to project an image onto a target in a field of view of the MEMS laser beam display ; a time of flight, TOF, depth detector configured to receive reflections of a beam of light emitted by the projector from the target to determine a distance to the target within the field of view via a time of flight calculation in a first mode of depth detection, wherein the TOF depth detector determines coarse depth data of the target ; depth processing circuitry configured to identify one or more structured light regions in the field of view from the coarse depth data, wherein the one or more structured light regions include only a portion of the field of view , and wherein at least one structured light pattern is projected in the identified one or more structured light regions ; a structured light depth detector configured to detect a reflection of the at least one structured light pattern from the target to determine a distance to the target in a second mode of depth detection, wherein the structured light depth detector determines fine depth data of the target in the identified one or more structured light regions ; and wherein the depth processing circuitry is further configured to generate a composite three-dimensional, 3D, image of the target using a combination of the coarse depth data and the fine depth data.
Device for negative-pressure therapy of wounds, comprising a negative-pressure therapy appliance and a fastening device for the negative-pressure therapy appliance , said fastening device comprising - a holding means for fixing the fastening device on an object, and - a receiving region for receiving the negative-pressure therapy appliance , characterized in that the fastening device comprises an insert for receiving one or more power supply components and/or data communication components, and in that the fastening device comprises a hollow body into which one or more power supply components and/or data communication components can be fitted, the hollow body comprising one or more openings for the passage of cable sections, and the insert being able to be introduced into the interior of the hollow body , and moreover in that the fastening device comprises a pivot joint, such that the receiving region can be rotated relative to the holding means . - a holding means for fixing the fastening device on an object, and - a receiving region for receiving the negative-pressure therapy appliance ,
A silicone structure-containing polymer comprising recurring units having the formula (a1), recurring units having the formula (b1), and recurring units having the formula (a4) and recurring units having the formula (b4): wherein R 1 to R 4 are each independently a C 1 -C 8 monovalent hydrocarbon group, m and n are each independently an integer of 0 to 300, X 1 is a divalent group having the formula : wherein R 11 is each independently hydrogen or a C 1 -C 8 monovalent hydrocarbon group in which at least one hydrogen may be substituted by halogen, R 12 is each independently a C 1 -C 8 straight, branched or cyclic alkylene group in which any methylene moiety may be substituted by an ether bond or phenylene moiety, R 13 is each independently hydrogen, a C 1 -C 8 monovalent hydrocarbon group, hydroxyl group or glycidyl group, p and q are each independently an integer of 0 to 4, Y 1 is a single bond or a divalent organic group having the formula (1-1), (1-2) or (1-3): wherein R 14 is a C 1 -C 8 monovalent hydrocarbon group in which at least one hydrogen may be substituted by halogen, Y 2 is a divalent organic group, r and s are each independently an integer of 0 to 3, t and u are each independently an integer of 0 to 2, wherein R 1 to R 4 , m and n are as defined above, X 4 is a divalent group having the formula : wherein R 41 is each independently hydrogen or methyl, and g is each independently an integer of 0 to 7.
A method, comprising: providing a first clock signal having a first frequency from a first clock and a second clock signal having a second frequency from a second clock on an adaptive logic element , providing the first clock signal as a first clock source for a first register ; sampling first data from the first register ; and storing the first sampled data on a second register . characterized by selecting, at a multiplexer , the second clock signal as a second clock source for the second register out of the first clock signal and the second clock signal , wherein the second frequency of the second clock signal is lower than the first frequency of the first clock signal; and wherein sampling first data from the first register and storing the first sampled data on the second register is based on selecting the second clock signal as the second clock source. providing a first clock signal having a first frequency from a first clock and a second clock signal having a second frequency from a second clock on an adaptive logic element , providing the first clock signal as a first clock source for a first register ; sampling first data from the first register ; and storing the first sampled data on a second register . characterized by selecting, at a multiplexer , the second clock signal as a second clock source for the second register out of the first clock signal and the second clock signal , wherein the second frequency of the second clock signal is lower than the first frequency of the first clock signal; and wherein sampling first data from the first register and storing the first sampled data on the second register is based on selecting the second clock signal as the second clock source.
A method for the reductive recovery of elemental phosphorus from phosphoric acid, in particular from impure phosphoric acid, characterized in that phosphoric acid is brought into contact with heated metal bodies , in particular metal balls , as reactant stream together with hydrogen as a reducing agent in a reactor and is reacted to form a product gas stream of gaseous P 2 , H 2 O and H 2 .
Inhaler component for the formation of a vapour/air mixture and/or condensation aerosol by evaporation of a liquid material and, if appropriate, condensation of the vapour formed, comprising: a housing ; an electrical heating element for evaporating a portion of the liquid material; a wick with a capillary structure, which wick forms a composite structure with the heating element and automatically supplies the heating element with the liquid material ; a carrier plate , which carries the composite structure ; a capillary gap formed at least partially by the carrier plate , for automatically supplying the composite structure with the liquid material by means of an end portion of the wick protruding into the capillary gap , characterized in that both the front face and the rear face of the carrier plate , at least in some regions, form boundary walls of the capillary gap . a housing ; an electrical heating element for evaporating a portion of the liquid material; a wick with a capillary structure, which wick forms a composite structure with the heating element and automatically supplies the heating element with the liquid material ; a carrier plate , which carries the composite structure ; a capillary gap formed at least partially by the carrier plate , for automatically supplying the composite structure with the liquid material by means of an end portion of the wick protruding into the capillary gap , characterized in that both the front face and the rear face of the carrier plate , at least in some regions, form boundary walls of the capillary gap .