mhurhangee/ep-ind-claims huggingface dataset:
Frame profile assembly for a window or door frame - with a base frame profile - with a peripheral centre seal which, with the frame mounted, seals an inner region from an outer region which can be exposed to the weather, - wherein a rebate base of a profile cross section of the base frame profile is arranged in the outer region, - with a dividing profile designed as a mullion or transom, - with a connecting device for fastening the dividing profile to the base frame profile with overlapping of the base profile centre seal in certain regions, - wherein the connecting device has a connecting sealing body (12; 26) which is arranged so as to be sunken in the rebate base, with the result that the sealing body (12; 26), as measured from the rebate base, does not project upwardly beyond the base profile centre seal, and, with the assembly mounted, is arranged sealingly in a recess situated completely in the outer region, - wherein the sealing body (12; 26) is situated in its entirety in the recess of the frame profile assembly that is situated completely in the outer region. - with a base frame profile - with a peripheral centre seal which, with the frame mounted, seals an inner region from an outer region which can be exposed to the weather, - wherein a rebate base of a profile cross section of the base frame profile is arranged in the outer region, - with a peripheral centre seal which, with the frame mounted, seals an inner region from an outer region which can be exposed to the weather, - wherein a rebate base of a profile cross section of the base frame profile is arranged in the outer region, - with a dividing profile designed as a mullion or transom, - with a connecting device for fastening the dividing profile to the base frame profile with overlapping of the base profile centre seal in certain regions, - wherein the connecting device has a connecting sealing body (12; 26) which is arranged so as to be sunken in the rebate base, with the result that the sealing body (12; 26), as measured from the rebate base, does not project upwardly beyond the base profile centre seal, and, with the assembly mounted, is arranged sealingly in a recess situated completely in the outer region, - wherein the sealing body (12; 26) is situated in its entirety in the recess of the frame profile assembly that is situated completely in the outer region.
Ring rolling device for enlarging a ring blank, with a press element, with a rotatably mounted mandrel (2; 200), which has a first end part, a second end part and a middle part between these, around which the ring blank can be mounted, and with an advancing arrangement in which the mandrel (2; 200) is rotatably mounted with its first end part in a first rolling bearing and with its second end part in a second rolling bearing, such that the middle part of the mandrel (2; 200) lies free for the mounting of the ring blank, and by means of which advancing arrangement the mandrel (2; 200) is movable towards the press element and away from the latter again, wherein a roll gap which decreases in size, and in which the ring blank is rolled, is formed between the mandrel (2; 200) and the press element, wherein the second rolling bearing is arranged axially fixed in the advancing arrangement, and the mandrel (2; 200) is mounted so as to be axially movable relative to the second rolling bearing, such that the second end part of the mandrel (2; 200) can be pulled out of the second rolling bearing or pushed into the latter, characterized in that the first rolling bearing is also arranged axially fixed in the advancing arrangement, and the mandrel (2; 200) is mounted so as to be axially movable relative to the first rolling bearing.
Use of a material comprising manganese dioxide particles having a non-needle-like shape possessing a ratio of the long axis to the short axis perpendicular to the long axis of the particles observed with a scanning electron microscope of 3.0 or less, as an abrasive material for polishing silicon carbide.
A device for packaging, conserving, and extemporaneously preparing a plurality of active principles, said device comprising: • a reservoir having at least one compartment for containing at least one volume of liquid, said reservoir including a neck that defines a dispenser opening of the reservoir; • a head that is movable relative to said reservoir between a first position for conservation, in which said head is in its distal position relative to the reservoir, and a second position for preparation, in which said head is in its proximal position relative to the reservoir; • leaktight closure means for closing the neck of said reservoir; and • rupture means for rupturing said leaktight closure means; the device being characterized in that said leaktight closure means are formed by a leaktight blister that contains at least two active principles, said blister having at least two compartments (105a, 105b, 105c,...) that are separated by longitudinal and/or transverse and/or superposed partitions (120; 120'; 120"; 130; 130'; 140',...), each compartment containing an active principle, said blister being fastened on the neck of said reservoir so as to close it in leaktight manner, such that after opening said blister by said rupture means, said active principles enter into contact with the liquid and dissolve therein. • a reservoir having at least one compartment for containing at least one volume of liquid, said reservoir including a neck that defines a dispenser opening of the reservoir; • a head that is movable relative to said reservoir between a first position for conservation, in which said head is in its distal position relative to the reservoir, and a second position for preparation, in which said head is in its proximal position relative to the reservoir; • leaktight closure means for closing the neck of said reservoir; and • rupture means for rupturing said leaktight closure means;
Method for preparation of homogeneous catalysts and of ruthenium- or ruthenium oxide-containing coatings comprising the steps of - providing a ruthenium -olefincomplexes of the (arene)(diene)Ru type by reacting a ruthenium starting compound of the formula Ru(+II) p q in which X = an anionic group, Y = an uncharged two-electron donor ligand, p = 1 or 2, q = an integer from 1 to 6, with a cyclohexadiene derivative or a diene mixture comprising a cyclohexadiene derivative, in the presence of a base, wherein the arene bound in the ruthenium -olefin complex is formed from this cyclohexadiene derivative by oxidation; and - preparing homogeneous catalysts or ruthenium- or ruthenium oxide-containing coatings from said ruthenium -olefin complexes, wherein the ruthenium- or ruthenium oxide-containing coatings are deposited by CVD (Chemical Vapour Deposition), MO-CVD (Metal-Organic Chemical Vapour Deposition), PVD (Physical Vapour Deposition) or ALD (Atomic Layer Deposition). - providing a ruthenium -olefincomplexes of the (arene)(diene)Ru type by reacting a ruthenium starting compound of the formula Ru(+II) p q in which X = an anionic group, Y = an uncharged two-electron donor ligand, p = 1 or 2, q = an integer from 1 to 6, with a cyclohexadiene derivative or a diene mixture comprising a cyclohexadiene derivative, in the presence of a base, wherein the arene bound in the ruthenium -olefin complex is formed from this cyclohexadiene derivative by oxidation; and X = an anionic group, Y = an uncharged two-electron donor ligand, p = 1 or 2, q = an integer from 1 to 6, - preparing homogeneous catalysts or ruthenium- or ruthenium oxide-containing coatings from said ruthenium -olefin complexes, wherein the ruthenium- or ruthenium oxide-containing coatings are deposited by CVD (Chemical Vapour Deposition), MO-CVD (Metal-Organic Chemical Vapour Deposition), PVD (Physical Vapour Deposition) or ALD (Atomic Layer Deposition).
A method for manufacturing a high temperature superconductor, the method comprising the following steps: a. applying at least one high temperature superconducting layer on at least one buffer layer which is arranged on a front side of a metal substrate; b. partially removing an insulating layer from a rear side of the metal substrate using a laser having a beam which is directed onto the insulating layer on the rear side of the metal substrate, wherein the insulating layer comprises an oxide layer which has been formed during step a.; and c. applying an electrically conducting contact layer on the rear side of the metal substrate, wherein the contact layer is electrically connected to the high temperature superconductor layer. a. applying at least one high temperature superconducting layer on at least one buffer layer which is arranged on a front side of a metal substrate; b. partially removing an insulating layer from a rear side of the metal substrate using a laser having a beam which is directed onto the insulating layer on the rear side of the metal substrate, wherein the insulating layer comprises an oxide layer which has been formed during step a.; and c. applying an electrically conducting contact layer on the rear side of the metal substrate, wherein the contact layer is electrically connected to the high temperature superconductor layer.
Sensor line for detecting the change in an environmental variable, with an outer protective sheath, in which a first optical waveguide and a second optical waveguide and a material with a light transmissivity that varies in dependence on the value of the environmental variable are arranged, wherein the material is positioned between the first optical waveguide and the second optical waveguide in such a way that light can be coupled radially from the first optical waveguide into the second optical waveguide as a function of the value of the environmental variable.
A method (300, 600) for testing components (106, 110) of a hydrocarbon well system, comprising: a computer pressurizing, to a test pressure, a first supply line (114, 116), a second supply line (116, 114), and a component (106, 110) of the hydrocarbon well system coupled to the first supply line and the second supply line; the computer isolating the first supply line from the second supply line and the component; the computer measuring (310, 604, 606) first pressure changes in the test pressure in the first supply line over a period of time and second pressure changes in the test pressure in the second supply line and the component over the period of time; the computer subtracting (312, 608) the first pressure changes from the second pressure changes to determine test changes in the test pressure in the component; and the computer analyzing (314, 610) the test changes in the test pressure to determine a pressure integrity of the component. a computer pressurizing, to a test pressure, a first supply line (114, 116), a second supply line (116, 114), and a component (106, 110) of the hydrocarbon well system coupled to the first supply line and the second supply line; the computer isolating the first supply line from the second supply line and the component; the computer measuring (310, 604, 606) first pressure changes in the test pressure in the first supply line over a period of time and second pressure changes in the test pressure in the second supply line and the component over the period of time; the computer subtracting (312, 608) the first pressure changes from the second pressure changes to determine test changes in the test pressure in the component; and the computer analyzing (314, 610) the test changes in the test pressure to determine a pressure integrity of the component.
A speed variator, comprising: - a first element forming a rolling surface, being conical or frustoconical, axially symmetric relative to a first axis and able to rotate on itself about the first axis; - a second element able to rotate on itself about a second axis and engaging by resting on the rolling surface, for allowing the transmission of a driving torque between the first and second elements (5, 7); - movement means, acting between the first and second elements (5, 7) for moving the first and second elements (5, 7) towards and/or away from each other in such a way as to make the second element engage with different portions of the rolling surface for varying a gear ratio between the first and second elements (5, 7); the rolling surface and the second axis converging in a point; an inside of the first element forms the conical or frustoconical rolling surface which gives onto the first axis; characterised in that the first axis of rotation of the first element is fixed, and the second element is rotatably mounted on a second frame in such a way that it can rotate about the second axis of rotation integral with said second frame and able to oscillate about an hinge axis for varying its angle relative to the first axis of rotation. - a first element forming a rolling surface, being conical or frustoconical, axially symmetric relative to a first axis and able to rotate on itself about the first axis; - a second element able to rotate on itself about a second axis and engaging by resting on the rolling surface, for allowing the transmission of a driving torque between the first and second elements (5, 7); - movement means, acting between the first and second elements (5, 7) for moving the first and second elements (5, 7) towards and/or away from each other in such a way as to make the second element engage with different portions of the rolling surface for varying a gear ratio between the first and second elements (5, 7);
A method for displaying information about the operation of a rail vehicle for other traffic participants, comprising projecting at least one free area (6, 7, 8, 9) that can be stepped on and/or driven on onto the surface of a travel path of a first rail vehicle, wherein the at least one free area (6, 7, 8, 9) that can be stepped on and/or driven on is projected by means of at least one projection device (2a-2h).
A method for preparing a compound of formula I, comprising: dissolving escitalopram oxalate in a solvent and adding a pamoate aqueous solution dropwise to precipitate solids to obtain the compound of formula I wherein the solvent is water.
A recombinant bacterium comprising in its genome or on at least one recombinant construct: (a) a heterologous nucleotide sequence encoding a polypeptide having sucrose transporter activity, said polypeptide having at least 95% sequence identity, based on a Clustal V method of alignment, when compared to an amino acid sequence as set forth in SEQ ID NO:24; and (b) a heterologous nucleotide sequence encoding a polypeptide having sucrose hydrolase activity, said polypeptide having at least 95% sequences identity, based on a Clustal V method of alignment, when compared to an amino acid sequence as set forth in SEQ ID NO:26; wherein (a) and (b) are each operably linked to the same or a different promoter, further wherein said recombinant bacterium is capable of metabolizing sucrose. (a) a heterologous nucleotide sequence encoding a polypeptide having sucrose transporter activity, said polypeptide having at least 95% sequence identity, based on a Clustal V method of alignment, when compared to an amino acid sequence as set forth in SEQ ID NO:24; and (b) a heterologous nucleotide sequence encoding a polypeptide having sucrose hydrolase activity, said polypeptide having at least 95% sequences identity, based on a Clustal V method of alignment, when compared to an amino acid sequence as set forth in SEQ ID NO:26;
A method of manufacturing an electrode-separator composite, the method comprising: coating an electrode active material slurry on at least one surface of an electrode current collector and drying to form an electrode; coating a polymer solution containing polymer particles on at least one surface of the electrode to form a separator coating layer; and drying the separator coating layer to form a porous separator, characterized in that the polymer particles include a mixture of first polymer particles with a particle size from 100 nm to 300 nm and second polymer particles with a particle size from 500 nm to 1,000 nm at a weight ratio between 2:8 and 3:7, wherein the first polymer particles and the second polymer particles are polystyrene particles. coating an electrode active material slurry on at least one surface of an electrode current collector and drying to form an electrode; coating a polymer solution containing polymer particles on at least one surface of the electrode to form a separator coating layer; and drying the separator coating layer to form a porous separator, characterized in that the polymer particles include a mixture of first polymer particles with a particle size from 100 nm to 300 nm and second polymer particles with a particle size from 500 nm to 1,000 nm at a weight ratio between 2:8 and 3:7, wherein the first polymer particles and the second polymer particles are polystyrene particles.
A heating system for a subsurface formation, comprising: a first heater, a second heater, and a third heater placed in a number of openings in the subsurface formation, wherein each heater comprises: an electrical conductor (214, 216, 218); an insulation layer at least partially surrounding the electrical conductor (214,216,218); an electrically conductive sheath at least partially surrounding the insulation layer; wherein the electrical conductor (214,216,218) is electrically coupled to the sheath at a lower end portion of the heater, the lower end portion being the portion of the heater distal from a surface of the opening; the first heater, the second heater, and the third heater being electrically coupled at the lower end portions of the heaters; and the first heater, the second heater, and the third heater are configured to be electrically coupled in a three- phase wye configuration; characterized in that the first, second and third heaters are placed in a single opening in the subsurface formation and are located within a support conduit. a first heater, a second heater, and a third heater placed in a number of openings in the subsurface formation,
Method for producing a structural aircraft component from a fibre-reinforced plastic, comprising the steps of: - providing a moulding tool having a tool surface, - positioning a first layer of a textile semifinished product comprising dry fibres on the tool surface, - arranging a second layer of an electrically conductive, resin-permeable grid on the first layer, - arranging an uppermost arrangement of layers, - placing an intermediate layer between the electrically conductive, resin-permeable grid and the uppermost arrangement of layers, wherein the intermediate layer comprises electrically nonconductive fibres, - sealing the arrangement of layers (6, 8, 10, 12) by means of a closure device to form a mould, - introducing resin into the mould for infiltration of all the layers with the resin and - curing and removal of the component. - providing a moulding tool having a tool surface, - positioning a first layer of a textile semifinished product comprising dry fibres on the tool surface, - arranging a second layer of an electrically conductive, resin-permeable grid on the first layer, - arranging an uppermost arrangement of layers, - placing an intermediate layer between the electrically conductive, resin-permeable grid and the uppermost arrangement of layers, wherein the intermediate layer comprises electrically nonconductive fibres, - sealing the arrangement of layers (6, 8, 10, 12) by means of a closure device to form a mould, - introducing resin into the mould for infiltration of all the layers with the resin and - curing and removal of the component.
An apparatus comprising: a roll former with rolls constructed to form sheet material into a structural beam defining a longitudinal line level; and a sweep unit in-line with the roll former and constructed to selectively sweep the beam away from the longitudinal line level, the apparatus being characterized in that the sweep unit comprises a roll carrier including at least four orthogonally-related forming rolls rollingly engaging four sides of the beam and each moveable in at least one of an upstream and downstream direction for deforming the beam in both vertical and horizontal directions during continuous operation of the roll former, wherein the sweep unit includes vertical and horizontal axis curvilinear bearing races (64, 65) that maintain the forming rolls engaging the four sides of the beam when deforming the beam. a roll former with rolls constructed to form sheet material into a structural beam defining a longitudinal line level; and a sweep unit in-line with the roll former and constructed to selectively sweep the beam away from the longitudinal line level, the apparatus being characterized in that the sweep unit comprises a roll carrier including at least four orthogonally-related forming rolls rollingly engaging four sides of the beam and each moveable in at least one of an upstream and downstream direction for deforming the beam in both vertical and horizontal directions during continuous operation of the roll former, wherein the sweep unit includes vertical and horizontal axis curvilinear bearing races (64, 65) that maintain the forming rolls engaging the four sides of the beam when deforming the beam.
Driving bar for use on a feed chain having annular chain links, where the driving bar is constructed to project further on either side beyond the width of a chain-link, the driving bar incorporates two holding sockets to hold two opposing sections of a chain-link, and where in the area of these two holding sockets the driving bar is constructed elastic in such a way that it can be clip-locked onto the chain-link, characterised in that the driving bar incorporates a central, approximately mushroom-shaped projection that incorporates an upright portion that is topped by a horizontal portion and is arranged and dimensioned in such a way that the two holding sockets in which two opposing sections of a chain-link can be held are formed on both sides of the upright portion and below the horizontal portion.