mhurhangee/ep-ind-claims huggingface dataset:
A process for obtaining pure aniline, which comprises the following process steps - catalytic hydrogenation of nitrobenzene, - optionally partial condensation of the reaction mixture from the catalytic hydrogenation in one or more stages, - separation of the reaction mixture obtained after the catalytic hydrogenation or the optional partial condensation into a hydrogen-comprising gas phase and a liquid phase and - liquid/liquid phase separation of the liquid phase formed to give an aqueous phase which is passed to a further work-up or discharged and also crude aniline as organic phase, where the crude aniline comprises 90-95% by weight of aniline, 4-9% by weight of water and balance components having boiling points higher than that of aniline, in each case based on the total weight of the crude aniline, and the sum of the components of the crude aniline is 100% by weight, - prepurification by distillation of the crude aniline by partial or complete removal of the water via the overhead stream of a first distillation column to give a bottom stream which is fed as feed stream - to a pure column from which a pure aniline stream comprising at least 99.9% by weight of aniline, based on the total weight of the pure aniline stream, is taken off at the top and a bottom stream comprising high boilers is taken off and passed to incineration, wherein the proportion by weight of the bottom stream from the pure column is limited to not more than 0.8%, based on the weight of the feed stream, and it is ensured that this stream is pumpable with appropriate accompanying heating of the lines provided for this purpose, which accompanying heating ensures that the temperature of the stream conveyed in said lines is 45°C or above, by adding methanol, ethanol, propanol, acetone or a mixture thereof to the bottom stream in a proportion by weight of 5-30%, based on the weight of the bottom stream. - catalytic hydrogenation of nitrobenzene, - optionally partial condensation of the reaction mixture from the catalytic hydrogenation in one or more stages, - separation of the reaction mixture obtained after the catalytic hydrogenation or the optional partial condensation into a hydrogen-comprising gas phase and a liquid phase and - liquid/liquid phase separation of the liquid phase formed to give an aqueous phase which is passed to a further work-up or discharged and also crude aniline as organic phase, where the crude aniline comprises 90-95% by weight of aniline, 4-9% by weight of water and balance components having boiling points higher than that of aniline, in each case based on the total weight of the crude aniline, and the sum of the components of the crude aniline is 100% by weight, - prepurification by distillation of the crude aniline by partial or complete removal of the water via the overhead stream of a first distillation column to give a bottom stream which is fed as feed stream - to a pure column from which a pure aniline stream comprising at least 99.9% by weight of aniline, based on the total weight of the pure aniline stream, is taken off at the top and a bottom stream comprising high boilers is taken off and passed to incineration,
A method for enabling a requesting access node to use at least one radio frequency associated to at least one wireless communication network comprising at least one connected access node, the method being executed by a frequency access manager comprised in said wireless communication network, and comprising the following steps of: - retrieving at least one piece of data related both to a set of connected access nodes in a neighborhood of said requesting access node and to said requesting access node, said step of retrieving comprising steps of: - obtaining at least one piece of geo-location data comprised within at least one profile associated to said requesting access node, - determining said set of connected access nodes in the neighborhood of said requesting access node from said at least one piece of geo-location data; - determining a mutual interference information between said requesting access node and said set of connected access nodes in function of said at least one piece of data related both to said set of connected access nodes and to said requesting access node; - transmitting, to said requesting access node, frequency access data in function of said determined mutual interference information. - retrieving at least one piece of data related both to a set of connected access nodes in a neighborhood of said requesting access node and to said requesting access node, said step of retrieving comprising steps of: - obtaining at least one piece of geo-location data comprised within at least one profile associated to said requesting access node, - determining said set of connected access nodes in the neighborhood of said requesting access node from said at least one piece of geo-location data; - obtaining at least one piece of geo-location data comprised within at least one profile associated to said requesting access node, - determining said set of connected access nodes in the neighborhood of said requesting access node from said at least one piece of geo-location data; - determining a mutual interference information between said requesting access node and said set of connected access nodes in function of said at least one piece of data related both to said set of connected access nodes and to said requesting access node; - transmitting, to said requesting access node, frequency access data in function of said determined mutual interference information.
A puncture closure device operable to seal closed a vessel puncture in a vessel, the puncture closure device comprising: a delivery member insertable through a tissue tract to the vessel puncture; a sealing material deliverable through the delivery member to the vessel puncture and configured to seal closed the vessel puncture from outside the vessel; and an inflation balloon characterized in that the inflation balloon is positionable within the vessel through a vessel access distinct from the vessel puncture and operable to block fluid flow through the vessel when expanded to temporarily seal closed the vessel puncture from within the vessel to restrict passage of the sealing material into the vessel. a delivery member insertable through a tissue tract to the vessel puncture; a sealing material deliverable through the delivery member to the vessel puncture and configured to seal closed the vessel puncture from outside the vessel; and an inflation balloon
A liquid coloring composition comprising: a) a carotenoid; b) water; c) a phospholipid emulsifier comprising less than 50% phosphatidylcholine; and d) a second emulsifier; wherein the amounts of carotenoids in the liquid coloring composition are at least 7 %; wherein the carotenoid is in crystalline form; wherein the phospholipid emulsifier is lecithin; wherein the second emulsifier is polysorbate or quillaia; wherein the amount of phospholipid emulsifier is between 1 and 15%; wherein the amount of the second emulsifier is between 1 and 20%; and wherein the particle size is below 180 nm, measured with a Zetasizer as set out in the examples. a) a carotenoid; b) water; c) a phospholipid emulsifier comprising less than 50% phosphatidylcholine; and d) a second emulsifier; wherein the amounts of carotenoids in the liquid coloring composition are at least 7 %; wherein the carotenoid is in crystalline form; wherein the phospholipid emulsifier is lecithin; wherein the second emulsifier is polysorbate or quillaia; wherein the amount of phospholipid emulsifier is between 1 and 15%; wherein the amount of the second emulsifier is between 1 and 20%; and wherein the particle size is below 180 nm, measured with a Zetasizer as set out in the examples.
A dental attachment assembly, comprising: a denture attachment housing for securing with a dental appliance, the denture attachment housing having an inner cavity having an inner end wall and an open outer end; an abutment for securing to a dental base structure, the abutment having an outer end opening and a socket extending inward from the opening, the socket having an annular projection spaced from the outer end opening, the annular projection having a rounded portion with an undercut edge forming a barb; and a retention member having a first end secured to the inner end wall of the cavity, an at least partially spherical head at a second end of the retention member for insertion in the socket, and a shaft extending from the first end to the head, the head being configured for frictional, detachable engagement with the annular projection in the socket, at least an outer surface portion of the head being formed of a compressible material whereby the annular, inwardly directed projection compresses an opposing annular portion of the head and the barb bites into the material of the head to resist removal of the head from the socket. a denture attachment housing for securing with a dental appliance, the denture attachment housing having an inner cavity having an inner end wall and an open outer end; an abutment for securing to a dental base structure, the abutment having an outer end opening and a socket extending inward from the opening, the socket having an annular projection spaced from the outer end opening, the annular projection having a rounded portion with an undercut edge forming a barb; and a retention member having a first end secured to the inner end wall of the cavity, an at least partially spherical head at a second end of the retention member for insertion in the socket, and a shaft extending from the first end to the head, the head being configured for frictional, detachable engagement with the annular projection in the socket, at least an outer surface portion of the head being formed of a compressible material whereby the annular, inwardly directed projection compresses an opposing annular portion of the head and the barb bites into the material of the head to resist removal of the head from the socket.
A dispensing system for dispensing cutting wire to be used in a glazing panel cut out procedure, the system comprising; a mounting device arranged to be mounted on a glazing panel, the mounting device being provided with a docking station for docking a wire store device, wherein the docking station is provided with rotary means operable to pay out cutting wire from the wire store device and wherein the rotary means comprises a rotary device to which the wire store device is arranged to be coupled in docked demountable engagement; a wire store device arranged to be mounted on the docking station in order to dispense wire, the wire store device being demountable from the docking station; and wherein the rotary device and the wire store device are provided with respective complementary engaging docking formations (70, 71, 106, 107) arranged to engage when the wire store device is coupled to the rotary device.
Device for transcutaneously locating an intracorporeal, subcutaneously located medical implant, comprising a medical implant having an implant surface, on which at least one first electrical coil is arranged, which comprises at least one coil winding surrounding one area of the implant surface, as well as with an extracorporeally operable unit, to which at least one electrical coil is applied, which is connected to an electrical control unit as well as a lamp, wherein the extracorporeally operable unit designed in the form of a surface substrate comprises a plurality of further electrical coils, the coil diameters of which like the coil diameter of the at least one coil are dimensioned to be equal to or smaller than a coil diameter assigned to an electrical coil on the implant side, characterised in that the electrical coils applied onto or on the surface substrate are each connected to the electrical control unit and to one of the lamps and are arranged and designed in such a way that at least in the case of a maximum inductive coupling between at least one of the electrical coils applied on the extracorporeally operable unit and the at least one of the electrical coils applied on the implant side, through illumination of the lamp of at least the electrical coil (2*) with maximum inductive coupling, externally visible coil identification is possible. wherein the extracorporeally operable unit designed in the form of a surface substrate comprises a plurality of further electrical coils, the coil diameters of which like the coil diameter of the at least one coil are dimensioned to be equal to or smaller than a coil diameter assigned to an electrical coil on the implant side, characterised in that the electrical coils applied onto or on the surface substrate are each connected to the electrical control unit and to one of the lamps and are arranged and designed in such a way that at least in the case of a maximum inductive coupling between at least one of the electrical coils applied on the extracorporeally operable unit and the at least one of the electrical coils applied on the implant side, through illumination of the lamp of at least the electrical coil (2*) with maximum inductive coupling, externally visible coil identification is possible.
An information processing apparatus set up for generating a drawing command for prompting a drawing apparatus to draw visual information by irradiating laser light on a recording medium, the information processing apparatus comprising: a line information obtaining unit set up to obtain line information of a line including a starting point of the line; a line segment dividing unit set up to obtain a drawing distance drawn over a predetermined time period, at a normal drawing speed and at a normal laser output power, that must elapse before an impact of residual heat from drawing an adjacent line can be disregarded and divides at least a portion of the line from the starting point to the drawing distance into a line segment having a predetermined length, the drawing distance being determined based on the predetermined time period and the drawing speed for drawing the line; and a control factor adjusting unit set up to adjust a control value of a laser control factor that affects a density of the line segment on the recording medium, the control value being adjusted with respect to a normal control value such that the control value for the line segment that is affected by a greater amount of residual heat is adjusted to a greater extent. a line information obtaining unit set up to obtain line information of a line including a starting point of the line; a line segment dividing unit set up to obtain a drawing distance drawn over a predetermined time period, at a normal drawing speed and at a normal laser output power, that must elapse before an impact of residual heat from drawing an adjacent line can be disregarded and divides at least a portion of the line from the starting point to the drawing distance into a line segment having a predetermined length, the drawing distance being determined based on the predetermined time period and the drawing speed for drawing the line; and a control factor adjusting unit set up to adjust a control value of a laser control factor that affects a density of the line segment on the recording medium, the control value being adjusted with respect to a normal control value such that the control value for the line segment that is affected by a greater amount of residual heat is adjusted to a greater extent.
A biosensing garment, comprising: a first fabric portion configured to be disposed about a circumferential region of a user, the first fabric portion having an inner surface including a sensor assembly configured to be placed in contact with the skin of the user, the first fabric portion having a first compression rating; and a second fabric portion extending from the first fabric portion, the second fabric portion having a second compression rating less than the first compression rating, characterized by the second fabric portion including a linear reduction in compression from the first compression rating immediately adjacent to the first fabric portion to the second compression rating a predetermined distance away from the first fabric portion along one or more axes extending away from the first fabric portion. a first fabric portion configured to be disposed about a circumferential region of a user, the first fabric portion having an inner surface including a sensor assembly configured to be placed in contact with the skin of the user, the first fabric portion having a first compression rating; and a second fabric portion extending from the first fabric portion, the second fabric portion having a second compression rating less than the first compression rating, characterized by the second fabric portion including a linear reduction in compression from the first compression rating immediately adjacent to the first fabric portion to the second compression rating a predetermined distance away from the first fabric portion along one or more axes extending away from the first fabric portion.
Cutting device comprising a cutting blade which is pivotally fastened to a frame and the cutting edge of which descends into an entry slot between two supporting struts during the cutting process in order to press out a strip of material from a panel-shaped workpiece which rests on the supporting struts, the width of the entry slot being adjusted to the material thickness of the cutting blade in such a way that when the cutting blade is positioned in the centre of the entry slot, a gap remains between each of the two supporting strut edges or slot walls and the broad sides of the cutting blade opposite them, at least in the region of the cutting edge, characterised in that in order to cut panels that are 1 mm to 5 mm thick, in particular floor coverings or roof shingles made of plastics material, rubber or another tough or resilient material, the gap (11, 4') is at most 0.7 mm and the broad side of the cutting blade is provided with a non-stick coating.
Suspension and traction system provided with at least one suspension and traction element and at least one pulley wherein the suspension and traction element comprises a load bearing section with at least one shape memory alloy wire having diameter ∅ smawire, said shape memory alloy being chosen from the shape memory alloys the characteristic Af temperature of which is below room temperature, characterised in that, - the pulley diameter, Ø pulley, is less than or equal to 130 mm, the value of the Ø pulley /Ø smawire quotient being between 50 and 2000. - the pulley diameter, Ø pulley, is less than or equal to 130 mm, the value of the Ø pulley /Ø smawire quotient being between 50 and 2000.
A production process for α-hydroxycarboxylic ester characterized by subjecting α-hydroxycarboxylic amide and aliphatic alcohol to a gas phase reaction in the presence of a zirconium dioxide catalyst, wherein the zirconium dioxide catalyst contains at least one element selected from boron, aluminum (Al), manganese (Mn), cobalt (Co), nickel (Ni), yttrium, lanthanum (La) and ytterbium (Yb).
A cultivated Brassica oleracea plant resistant to Albugo candida, comprising a resistance locus, such locus being linked to a genetic determinant obtainable from a donor plant having the genetic background of Brassica oleracea L var gemmifera UK 925, seed of which is deposited under Deposit Number NCIMB 41654, wherein said genetic determinant linked to Albugo candida resistance locus is a qualitative Albugo candida resistance locus and wherein said Albugo candida resistance locus is genetically linked to at least one marker locus, which co-segregates with Albugo candida resistance trait and comprises a marker that can be identified in a PCR reaction by amplification of a DNA fragment with a pair of PCR oligonucleotide primers represented by a forward primer of SEQ ID N 1 and a reverse primer of SEQ ID N 2, wherein said primer pair amplifies a DNA fragment comprising at least one SNP within the at least one marker locus which co-segregates with the Albugo candida resistance locus and wherein said at least one SNP is selected within the group comprising: i. a SNP A represented by a T to C nucleotide exchange at position 134 in the PCR amplified product ii. a SNP B represented by a C to T nucleotide exchange at position 108 in the PCR amplified product iii. a SNP C represented by a T to C nucleotide exchange at position 366 in the PCR amplified product. i. a SNP A represented by a T to C nucleotide exchange at position 134 in the PCR amplified product ii. a SNP B represented by a C to T nucleotide exchange at position 108 in the PCR amplified product iii. a SNP C represented by a T to C nucleotide exchange at position 366 in the PCR amplified product.
A surface covering plank (10, 10',10") comprising: a resilient composite sheet that is flexible and having an overall thickness of 5 mm or less, and having a planar upper surface, and having four sides, an upper surface, a lower surface, and an overall thickness, and said composite sheet comprising at least one base layer, wherein said at least one base layer comprising at least a homogenous blend of a thermoplastic polymeric material and a filler in resilient sheet form, wherein opposite sides of the composite sheet comprise a first tongue on a first side and a first groove on the opposite second side, wherein the first tongue and the first groove have complementary shape to each other to be interlockingly engageable at a joint seam with a corresponding groove or tongue on an adjacent floor plank, characterized in that said tongue has a tongue tip cross-sectional area that is from 8% to 20% of the entire cross-sectional area of said tongue, wherein the tongue tip is a portion of the first tongue that extends distally beyond the joint seam, and wherein the entire cross-sectional area of the first tongue is between an outer most edge of the first tongue and to where the first tongue extending from the plank is aligned to the lower edge of the first groove. a resilient composite sheet that is flexible and having an overall thickness of 5 mm or less, and having a planar upper surface, and having four sides, an upper surface, a lower surface, and an overall thickness, and said composite sheet comprising at least one base layer, wherein said at least one base layer comprising at least a homogenous blend of a thermoplastic polymeric material and a filler in resilient sheet form, wherein opposite sides of the composite sheet comprise a first tongue on a first side and a first groove on the opposite second side, wherein the first tongue and the first groove have complementary shape to each other to be interlockingly engageable at a joint seam with a corresponding groove or tongue on an adjacent floor plank, characterized in that said tongue has a tongue tip cross-sectional area that is from 8% to 20% of the entire cross-sectional area of said tongue, wherein the tongue tip is a portion of the first tongue that extends distally beyond the joint seam, and wherein the entire cross-sectional area of the first tongue is between an outer most edge of the first tongue and to where the first tongue extending from the plank is aligned to the lower edge of the first groove.
An external vehicle skin component, having - a shaping unpainted support structure, and - a film, wherein the film is fastened at least to a surface of the support structure with an adhesive, wherein the film is thermoformable, the film is of multilayer construction, with a support layer and a coating, the coating can be cross-linked by means of short-wave radiation, especially UV light, and the support structure is formed from glass fibre- or carbon fibre-reinforced plastics material, sheet metal, aluminium sheet and/or a lightweight honeycomb structure. - a shaping unpainted support structure, and - a film, wherein