mhurhangee/ep-ind-claims huggingface dataset:
A method for purifying a crude of 2,5-furandicarboxylic acid (cFDCA) by crystallization, comprising: (a) mixing the cFDCA and a solvent to form a mixture, wherein the solvent includes dimethyl acetamide, acetonitrile, dimethylformamide, 2-nitropropane, N-methyl-2-pyrrolidone, or a combination thereof; (b) heating the mixture; (c) after step (b), cooling the mixture to precipitate a solid; and after step (c), filtering the mixture to collect a wet filter cake of the solid, and drying the wet filter cake to obtain purified 2,5-furandicarboxylic acid (FDCA), wherein the purified FDCA has a higher FDCA purity than that of the cFDCA, wherein the cFDCA comprises 80wt% to 99wt% of FDCA and 0.01wt% to 10wt% of 2-formyl-5-furancarboxylic acid (FFCA). (a) mixing the cFDCA and a solvent to form a mixture, wherein the solvent includes dimethyl acetamide, acetonitrile, dimethylformamide, 2-nitropropane, N-methyl-2-pyrrolidone, or a combination thereof; (b) heating the mixture; (c) after step (b), cooling the mixture to precipitate a solid; and after step (c), filtering the mixture to collect a wet filter cake of the solid, and drying the wet filter cake to obtain purified 2,5-furandicarboxylic acid (FDCA),
A dispersion for enhanced crude oil recovery, comprising: carbon dioxide in a liquid or a super critical state; a diluent; and a nonionic surfactant provided by an alkoxylation reaction of a first epoxide, a second epoxide different from the first epoxide, and a primary aliphatic amine group, covalently linked to a tertiary carbon, of a C4 to C30 branched alkyl monoamine. carbon dioxide in a liquid or a super critical state; a diluent; and a nonionic surfactant provided by an alkoxylation reaction of a first epoxide, a second epoxide different from the first epoxide, and a primary aliphatic amine group, covalently linked to a tertiary carbon, of a C4 to C30 branched alkyl monoamine.
A stable topical composition comprising; - A water phase comprising benzoyl peroxide - An oil phase comprising adapalene free base or pharmaceutically acceptable salts of adapalene wherein the weight ratio of the oil phase to the water phase is between 0.5 and 1.5. - A water phase comprising benzoyl peroxide - An oil phase comprising adapalene free base or pharmaceutically acceptable salts of adapalene wherein the weight ratio of the oil phase to the water phase is between 0.5 and 1.5.
A lignocellulosic composite composition comprising: (a) a lignocellulosic component; (b) a bis-electrophile; and (c) a polynucleophile, wherein the bis-electrophile is a cyclic dianhydride that is opened when reacted with a nucleophile.
A wire grid polarizer, WGP, configured to polarize light incident thereon, the WGP comprising: an array of wires over a face of a transparent substrate, with channels between adjacent wires; each of the wires including a reflective layer and an absorptive layer; a heat-dissipation layer located over the array of wires and farther from the transparent substrate than the array of wires or located between the array of wires and the transparent substrate; and the heat-dissipation layer being a continuous layer having an electrical resistivity of greater than 10 6 Ω ∗ cm, a coefficient of thermal conductivity of greater than 5 W/(m ∗ K) and a thickness, Th 16, of ≤ 2000 nm. an array of wires over a face of a transparent substrate, with channels between adjacent wires; each of the wires including a reflective layer and an absorptive layer; a heat-dissipation layer located over the array of wires and farther from the transparent substrate than the array of wires or located between the array of wires and the transparent substrate; and the heat-dissipation layer being a continuous layer having an electrical resistivity of greater than 10 6 Ω ∗ cm, a coefficient of thermal conductivity of greater than 5 W/(m ∗ K) and a thickness, Th 16, of ≤ 2000 nm.
A mandrel supported assembly for borehole use, comprising: at least one base comprising an opening for a mandrel; at least one tapered segment extending from said base further comprising a plurality of slots defining fingers therebetween, said fingers having stiffened ends spaced from said base; said fingers flexing independently of each other relative to said base to conform to a shape of a surrounding surface while exerting a force against the surrounding surface; and characterized by: a tubular sealing element support with alternating exterior peaks and valleys and alternating internal peaks and valleys; wherein said stiffened ends engage the internal valleys of the tubular sealing element support. at least one base comprising an opening for a mandrel; at least one tapered segment extending from said base further comprising a plurality of slots defining fingers therebetween, said fingers having stiffened ends spaced from said base; said fingers flexing independently of each other relative to said base to conform to a shape of a surrounding surface while exerting a force against the surrounding surface; and characterized by: a tubular sealing element support with alternating exterior peaks and valleys and alternating internal peaks and valleys; wherein said stiffened ends engage the internal valleys of the tubular sealing element support. a tubular sealing element support with alternating exterior peaks and valleys and alternating internal peaks and valleys; wherein said stiffened ends engage the internal valleys of the tubular sealing element support.
A printing machine provided with a paper conveying apparatus, which is provided in a path of conveyance of continuous paper with a printing section, a machining section, and a plurality of feed roll units (5, 6, 7) for conveying continuous paper by feeding it while it is being caught in each of them, to successively print on and machine continuous paper while in conveyance by the feed roll units (5, 6, 7), the paper conveying apparatus comprises: a control means for individually controlling respective feed rates of said feed roll units (5, 6, 7), said control means having a printing mode and an initial paper threading mode, said control means when in said printing mode controlling the respective feed rates of the feed roll units (5, 6, 7) so that the feed rate of a said feed roll unit at a downstream side in the continuous paper conveyance direction is larger than the feed rate of a said feed roll unit at a side upstream thereof in the continuous paper conveyance direction so as to generate a proper amount of tension and impart it to the continuous paper, characterized in that said control means when in said initial paper threading mode controlling the respective feed rates of the feed roll units (5, 6, 7) so that the feed rate of said feed roll unit at the downstream side in the continuous paper conveyance direction is smaller than the feed rate of said feed roll unit at the side upstream thereof in the continuous paper conveyance direction so as not to generate tension to the continuous paper. a control means for individually controlling respective feed rates of said feed roll units (5, 6, 7), said control means having a printing mode and an initial paper threading mode, said control means when in said printing mode controlling the respective feed rates of the feed roll units (5, 6, 7) so that the feed rate of a said feed roll unit at a downstream side in the continuous paper conveyance direction is larger than the feed rate of a said feed roll unit at a side upstream thereof in the continuous paper conveyance direction so as to generate a proper amount of tension and impart it to the continuous paper, characterized in that said control means when in said initial paper threading mode controlling the respective feed rates of the feed roll units (5, 6, 7) so that the feed rate of said feed roll unit at the downstream side in the continuous paper conveyance direction is smaller than the feed rate of said feed roll unit at the side upstream thereof in the continuous paper conveyance direction so as not to generate tension to the continuous paper.
An arrangement (210, 310) at a Remote Node (200, 300) of a Wavelength Division Multiplexed Passive Optical Network, WDM-PON, configured for supervision of the WDM-PON, wherein the Remote Node (200, 300) is connected to a Central Office by two individual feeder fibre links, the arrangement (210, 310) comprising: - at least one filter (212, 312a, 312b) connected to the feeder fibre links and adapted to separate a data signal and an original Optical Time Domain Reflectometry, OTDR, signal received on either of the feeder fibre links, and - a first splitter (211, 311) adapted to receive, from the at least one filter (212, 312a, 312b), the original OTDR signal, to split the original OTDR signal into a plurality of OTDR sub-signals and to output, to an N*M Arrayed Waveguide Grating (220, 320), AWG, said plurality of OTDR sub-signals, wherein the at least one filter (212, 312a, 312b) is further adapted to output the original OTDR signal to the first splitter (211, 311) and to output the data signal to the AWG (220, 320), thereby enabling supervision of the WDM-PON without influencing the data signals. - at least one filter (212, 312a, 312b) connected to the feeder fibre links and adapted to separate a data signal and an original Optical Time Domain Reflectometry, OTDR, signal received on either of the feeder fibre links, and - a first splitter (211, 311) adapted to receive, from the at least one filter (212, 312a, 312b), the original OTDR signal, to split the original OTDR signal into a plurality of OTDR sub-signals and to output, to an N*M Arrayed Waveguide Grating (220, 320), AWG, said plurality of OTDR sub-signals,
Dishwasher, in particular domestic dishwasher having a drying facility provided outside of a rinsing container and fluidically connected to the rinsing chamber bounded by the rinsing container and that can be used for drying air charged with high humidity from the rinsing chamber, characterised in that the dishwasher has a storage tank in which rinsing fluid can be intermediately stored and both the storage tank and also the drying facility are fluidically connected to the rinsing chamber by way of a common rinsing container opening, wherein the storage tank is fluidically connected to the rinsing chamber in its upper region by way of an input opening, in particular overflow opening, which opens into the rinsing container opening.
Connection arrangement comprising a corrugated pipe, a connecting piece and an adapter, wherein the corrugated pipe is formed from a metal material and has a cross section with corrugation crests and corrugation troughs which follow one another in alternating fashion, the connecting piece is formed from a ductile pipe section, and the adapter, consisting of a metal pipe section, is introduced into the end of the corrugated pipe so as to axially continue the latter and is materially bonded with the corrugated pipe, and the corrugated pipe with the adapter is plugged into the connecting piece, characterized in that the connecting piece has a smaller inside diameter than the outside diameter of the corrugated pipe and has a widened inside diameter towards its end in order to receive the corrugated pipe and the adapter, the connecting piece is circumferentially pressed with the plugged-in corrugated pipe, and the adapter is materially bonded along its outer surface with the inner surface of the connecting piece, and the corrugated pipe is materially bonded, in the region of at least one corrugation trough thereof, with the adapter.
Portal washing installation which is moveable along a treatment direction relative to a motor vehicle to be cleaned and has a portal-shaped support device on which at least one vehicle body brush (24; 104) for cleaning an end side (62, 64) of the motor vehicle and at least one wheel washing brush for cleaning a wheel (66, 68) of the motor vehicle are held, wherein the at least one vehicle body brush (24; 104) and/or the at least one wheel washing brush is/are held on the support device so as to be moveable along the treatment direction and is/are moveable relative to the support device with at least one drive unit (36, 56; 112), characterized in that the at least one vehicle body brush (24; 104) and the at least one wheel washing brush are able to be brought into a relative position in which the end side (62, 64) of the motor vehicle and the wheel (66, 68) of the motor vehicle are simultaneously cleanable, which wheel (66, 68) is associated with a wheel axis (74, 90) of the motor vehicle which is facing the end side (62, 64).
A surgical instrument comprising: a housing; an elongated portion (16, 28) extending distally from the housing and defining a longitudinal axis (A-A); an end effector operably coupled to the elongated portion (16, 28); a proximal mounting assembly pivotably coupled to a distal end of the elongated portion (16, 28), the proximal mounting assembly defining a first pivot axis (B-B) intersecting the longitudinal axis (A-A); a distal mounting assembly pivotably coupled to the proximal mounting assembly and coupled to the end effector, the distal mounting assembly defining a second pivot axis (C-C); a movable gear coupled to the end effector, the distal mounting assembly being pivotable with respect to the proximal mounting assembly; and an articulation member coupled to the proximal mounting assembly so that movement of the articulation member pivots the proximal mounting assembly and the distal mounting assembly with respect to the longitudinal axis (A-A), characterized in that said surgical instrument further comprises a stationary gear coupled to the elongate portion (16, 28), the proximal mounting assembly being pivotable with respect to the stationary gear. a housing; an elongated portion (16, 28) extending distally from the housing and defining a longitudinal axis (A-A); an end effector operably coupled to the elongated portion (16, 28); a proximal mounting assembly pivotably coupled to a distal end of the elongated portion (16, 28), the proximal mounting assembly defining a first pivot axis (B-B) intersecting the longitudinal axis (A-A); a distal mounting assembly pivotably coupled to the proximal mounting assembly and coupled to the end effector, the distal mounting assembly defining a second pivot axis (C-C); a movable gear coupled to the end effector, the distal mounting assembly being pivotable with respect to the proximal mounting assembly; and an articulation member coupled to the proximal mounting assembly so that movement of the articulation member pivots the proximal mounting assembly and the distal mounting assembly with respect to the longitudinal axis (A-A), characterized in that said surgical instrument further comprises a stationary gear coupled to the elongate portion (16, 28), the proximal mounting assembly being pivotable with respect to the stationary gear.
A composition comprising active insulin-like growth factor for use in the treatment of an infection in an animal caused by an infectious agent or for decreasing the risk of an infection in an animal caused by an infectious agent compared to a control animal that is not administered the composition, wherein the infectious agent is a member of the family Arteriviridae.
A cocrystal comprising a) at least bilastine; and b) at least a cocrystal forming compound selected from the group consisting of glutaric acid, adipic acid, sorbic acid, succinic acid, benzoic acid, 4-aminobenzoic acid, L-malic acid, resorcinol, methyl 4-hydroxy benzoate and N-(4-hydroxyphenyl)acetamide and mixtures thereof, or a solvate thereof. a) at least bilastine; and b) at least a cocrystal forming compound selected from the group consisting of glutaric acid, adipic acid, sorbic acid, succinic acid, benzoic acid, 4-aminobenzoic acid, L-malic acid, resorcinol, methyl 4-hydroxy benzoate and N-(4-hydroxyphenyl)acetamide and mixtures thereof, or a solvate thereof.
Method of cleaning an ink circuit of an inkjet printer, comprising at least: - a reservoir, called the main reservoir, - an ink cartridge, a first pump to pump ink from the cartridge, first fluid connection means (346, 35, 343, 344, 347) to transfer ink from the ink cartridge to the reservoir, - a second pump to pump ink from said reservoir, second fluid connection means (37, 319, 320) to transfer ink from the reservoir to the ink cartridge, - and printer control means, this method comprising at least: a) a step in which ink is transferred from the main reservoir as far as the cartridge, through the second pump and the second fluid connection means, b) a step to pump at least part of the ink, transferred during step a) to the main reservoir, through the first pump, and the first fluid connection means (346, 35, 33, 343, 344, 347), along a path different from the path used by ink from the main reservoir, except for a common part at the inlet to the cartridge. - a reservoir, called the main reservoir, - an ink cartridge, a first pump to pump ink from the cartridge, first fluid connection means (346, 35, 343, 344, 347) to transfer ink from the ink cartridge to the reservoir, - a second pump to pump ink from said reservoir, second fluid connection means (37, 319, 320) to transfer ink from the reservoir to the ink cartridge, - and printer control means, a) a step in which ink is transferred from the main reservoir as far as the cartridge, through the second pump and the second fluid connection means, b) a step to pump at least part of the ink, transferred during step a) to the main reservoir, through the first pump, and the first fluid connection means (346, 35, 33, 343, 344, 347), along a path different from the path used by ink from the main reservoir, except for a common part at the inlet to the cartridge.
A backrest assembly for a piece of seating furniture, - with a backrest frame which has two frame supports which, in the intended installed state, are oriented in the longitudinal direction of the backrest for stretching a backrest textile, and - with at least one lumbar support adjusting device which is mounted on one of the frame supports so as to be displaceable in the longitudinal direction of the respective frame support, wherein the lumbar support adjusting device has an arching flap for reversibly arching out the backrest textile, as well as an elongated adjusting rail aligned along the frame support, wherein the arching flap is hinged to the elongated adjusting rail at a pivoting point so as to be foldable out of a backrest surface stretched by the frame supports and wherein, for folding out, the arching flap is coupled in terms of power transmission to a traction drive arranged on the adjusting rail, characterized in that on each of the two frame supports in each case one lumbar support adjusting device is arranged in order to enable symmetrical arching out of the backrest textile. - with a backrest frame which has two frame supports which, in the intended installed state, are oriented in the longitudinal direction of the backrest for stretching a backrest textile, and - with at least one lumbar support adjusting device which is mounted on one of the frame supports so as to be displaceable in the longitudinal direction of the respective frame support,
A prosthetic socket system comprising: a distal seal positionable between an interior surface of a prosthetic socket defining a pin bore and a distal end of a prosthetic liner carrying an attachment pin arranged to extend through the pin bore, wherein the distal seal includes a base proximate to the attachment pin and defining an opening configured to receive and surround the attachment pin, a sealing portion (256, 356) extending distally from an outer radial portion of the base, and a variable clearance defined between the sealing portion (256, 356) and the base, the sealing portion (256, 356) adapted to form a seal around the attachment pin and prevent fluid flow through the pin bore by deflecting relative to the base when the sealing portion (256, 356) engages the interior surface of the prosthetic socket, characterised in that the distal seal includes a plurality of blades extending between the sealing portion (256, 356) and the base, the plurality of blades arranged to increase an interface area between the sealing portion (256, 356) and the base. a distal seal positionable between an interior surface of a prosthetic socket defining a pin bore and a distal end of a prosthetic liner carrying an attachment pin arranged to extend through the pin bore, wherein the distal seal includes a base proximate to the attachment pin and defining an opening configured to receive and surround the attachment pin, a sealing portion (256, 356) extending distally from an outer radial portion of the base, and a variable clearance defined between the sealing portion (256, 356) and the base, the sealing portion (256, 356) adapted to form a seal around the attachment pin and prevent fluid flow through the pin bore by deflecting relative to the base when the sealing portion (256, 356) engages the interior surface of the prosthetic socket, characterised in that the distal seal includes a plurality of blades extending between the sealing portion (256, 356) and the base, the plurality of blades arranged to increase an interface area between the sealing portion (256, 356) and the base.
Motor vehicle having at least one driver's seat for a driver and at least one safety belt which in the event of an accident holds the driver on the driver's seat, wherein the at least one safety belt is held on at least one pivotable bracket which for fastening the at least one safety belt is pivotable from a releasing position, which permits entry, to a restraining position, which protects the driver, and the at least one bracket in the releasing position holds the at least one safety belt in a position in which the latter impedes the driver, characterized in that the at least one bracket above the at least one driver's seat is laterally elbowed away from the latter, and the at least one bracket has at least one lock latch which in the restraining position engages in at least one buckle fixed to the vehicle.
A method for determining the pressure inside a cylinder shaped container having a bottom end and a top end, wherein the container is pressed against a probe and the wall of the container touching the probe is pushed by the probe inwards over a predetermined distance, and the force needed for pushing the wall inwards up to the predetermined distance is determined by a sensor that is connected operatively to the probe, characterized in that the side wall of the container near its bottom end is pressed against a bottom stop and near its top end against a top stop, the container is pressed against a probe positioned between the bottom and top stops and the wall of the container touching the probe is pushed inwards over a predetermined distance at a pressure inside the container between atmospheric pressure and a desired pressure, wherein the predetermined distance at the desired pressure inside the container differs maximally 15% from that when there is atmospheric pressure inside the container.