mhurhangee/ep-ind-claims huggingface dataset:
A flowmeter for a liquid or gaseous medium having a housing (2; 33) and a measurement insert (4; 29) which can be inserted into the housing (2; 33) and which has a measurement section, wherein a) the measurement insert (4; 29) has a throughflow direction in which the medium which is to be detected flows through the measurement section during operation, b1) the housing (2; 33) has a housing inner wall (15; 34), characterised in that b2) the housing inner wall (15; 34) is equipped with a housing assembly groove which extends perpendicularly to the throughflow direction, c) the measurement insert (4; 29) has a measurement insert outer wall (17; 30), and the measurement insert outer wall (17; 30) is equipped with a measurement insert assembly groove which extends perpendicularly to the throughflow direction, and d) the housing (2; 33) and the measurement insert (4; 29) in the assembled state are orientated relative to each other at least in the throughflow direction and are fixed in the position orientated with respect to each other by means of a securing element (19; 26), wherein, in order to fix the housing (2; 33) and the measurement insert (4; 29) in the position orientated with respect to each other, at least a first part-region of the securing element (19; 26) engages in the housing assembly groove and at least a second part-region (23a, 23b, 24b) of the securing element (19; 26) engages in the measurement insert assembly groove. a) the measurement insert (4; 29) has a throughflow direction in which the medium which is to be detected flows through the measurement section during operation, b1) the housing (2; 33) has a housing inner wall (15; 34), characterised in that b2) the housing inner wall (15; 34) is equipped with a housing assembly groove which extends perpendicularly to the throughflow direction, c) the measurement insert (4; 29) has a measurement insert outer wall (17; 30), and the measurement insert outer wall (17; 30) is equipped with a measurement insert assembly groove which extends perpendicularly to the throughflow direction, and d) the housing (2; 33) and the measurement insert (4; 29) in the assembled state are orientated relative to each other at least in the throughflow direction and are fixed in the position orientated with respect to each other by means of a securing element (19; 26), wherein, in order to fix the housing (2; 33) and the measurement insert (4; 29) in the position orientated with respect to each other, at least a first part-region of the securing element (19; 26) engages in the housing assembly groove and at least a second part-region (23a, 23b, 24b) of the securing element (19; 26) engages in the measurement insert assembly groove.
An adjusting drive (5, 6) for a steering column for a motor vehicle, comprising a threaded spindle (52, 62) which engages with an external thread in a spindle nut (51, 61), and a drive unit (55, 65) which is coupled to the threaded spindle (52, 62) or the spindle nut (51, 61) such that the threaded spindle (52, 62) and the spindle nut (51, 61) are able to be rotatably driven relative to one another by overcoming a screw resistance, characterized in that the threaded spindle (52, 62) has at least one actuator portion (A, C) and at least one transition portion, wherein the transition portion is configured such that the screw resistance of the spindle nut (51, 61) is lower in the transition portion than in the actuator portion (A, C).
A multimode optical fiber comprising: a cladding having a refractive index n 1; and a core at least partially surrounded by said cladding, said core having a refractive index profile optimized to operate within a single wavelength operating window, the single wavelength operating window being an 850 nm wavelength window, said core further having a center, said center of said core having a refractive index n 0, wherein n 0 2 − n 1 2 2 n 0 2 ≈ 0.01, and wherein said core comprises at least one dopant, said at least one dopant being present in an amount sufficient to reduce a magnitude of chromatic dispersion of said multimode optical fiber within the 850 nanometers (nm) wavelength window to less than 89 picoseconds per nanometer wavelength change and kilometer propagation distance (ps/nm-km), the least one dopant being present in an amount sufficient to reduce a zero dispersion wavelength of said multimode optical fibre below 1295 nanometers (nm). a cladding having a refractive index n 1; and a core at least partially surrounded by said cladding, said core having a refractive index profile optimized to operate within a single wavelength operating window, the single wavelength operating window being an 850 nm wavelength window, said core further having a center, said center of said core having a refractive index n 0, said core having a refractive index profile optimized to operate within a single wavelength operating window, the single wavelength operating window being an 850 nm wavelength window, said core further having a center, said center of said core having a refractive index n 0, wherein n 0 2 − n 1 2 2 n 0 2 ≈ 0.01, and wherein said core comprises at least one dopant, said at least one dopant being present in an amount sufficient to reduce a magnitude of chromatic dispersion of said multimode optical fiber within the 850 nanometers (nm) wavelength window to less than 89 picoseconds per nanometer wavelength change and kilometer propagation distance (ps/nm-km), the least one dopant being present in an amount sufficient to reduce a zero dispersion wavelength of said multimode optical fibre below 1295 nanometers (nm).
A computer implemented method for encoding a first signature of an image, said signature being composed of a first binary string; determining experimentally an entropy value for each of the bit locations of a second binary string representative of a signature based on evaluation of a data set of signatures extracted from a data set of images, determining a priority score for each bit location of the second binary string, based on the entropy value determined for each corresponding bit location of the second binary string, encoding the first signature by arranging the bits of the first signature in order of decreasing priority score, with the highest priority score being given to the most informative bits.
An in vitro non-invasive method for determining the quality of an embryo comprising the steps consisting of: i) providing a sample of the culture medium where the embryo is grown; ii) extracting the cell free DNA from the sample; iii) determining the level of the cell free DNA in the DNA extraction; and iv) determining the quality of the embryo in view of the level obtained in step iii) wherein step iii) is performed by quantitative PCR or probes arrays. i) providing a sample of the culture medium where the embryo is grown; ii) extracting the cell free DNA from the sample; iii) determining the level of the cell free DNA in the DNA extraction; and iv) determining the quality of the embryo in view of the level obtained in step iii)
A reactor proper to production of boron and advanced ceramic powders via chemical vapor deposition method, which is used for the purpose of producing elemental boron and advanced ceramic powders with chemical vapor deposition method and basically comprises the following elements - at least one inner tube, through which the gas including the component to be precipitated by heat is passed and said inner tube is produced from quartz material due to the fact that elemental boron and advanced ceramic powders deposited on the inner surface thereof include only Si containing particles as impurity which can be easily removed at the purification step., - at least one heating element which surrounds the inner tube and enables to heat both the inner tube and the gas passing therethrough, - at least one outer tube which encompasses the inner tube and the heating element such that it encloses them, - at least one reflector which encompasses the outer tube and whose surface facing the outer tube is reflective, - at least one jacket which surrounds the reflector as a continuous second wall or is in the shape of a spiral through which the coolant fluid passes, - at least one stopper which protects the distance between the reflector and the outer tube, which clogs the openings of the reflector and which prevents heat escape from the open ends of the reflector. - at least one inner tube, through which the gas including the component to be precipitated by heat is passed and said inner tube is produced from quartz material due to the fact that elemental boron and advanced ceramic powders deposited on the inner surface thereof include only Si containing particles as impurity which can be easily removed at the purification step., - at least one heating element which surrounds the inner tube and enables to heat both the inner tube and the gas passing therethrough, - at least one outer tube which encompasses the inner tube and the heating element such that it encloses them, - at least one reflector which encompasses the outer tube and whose surface facing the outer tube is reflective, - at least one jacket which surrounds the reflector as a continuous second wall or is in the shape of a spiral through which the coolant fluid passes, - at least one stopper which protects the distance between the reflector and the outer tube, which clogs the openings of the reflector and which prevents heat escape from the open ends of the reflector.
An apparatus comprising: a total organic carbon analyzer having an exhaust that outputs gaseous analysis byproducts; a gas trap having an inlet connected to the exhaust of the TOC analyzer, and an outlet for discharging gas; a gas detection fuse for detecting chlorine, positioned in the outlet of the gas trap, comprising: a pair of electrodes; and a connecting member comprising conducting material made of tin providing an electrical connection between the pair of electrodes, wherein the electrodes are connected to a controller configured to generate an alarm signal when the electrical connection between the pair of electrodes is broken. a total organic carbon analyzer having an exhaust that outputs gaseous analysis byproducts; a gas trap having an inlet connected to the exhaust of the TOC analyzer, and an outlet for discharging gas; a gas detection fuse for detecting chlorine, positioned in the outlet of the gas trap, comprising: a pair of electrodes; and a connecting member comprising conducting material made of tin providing an electrical connection between the pair of electrodes, wherein the electrodes are connected to a controller configured to generate an alarm signal when the electrical connection between the pair of electrodes is broken. a pair of electrodes; and a connecting member comprising conducting material made of tin providing an electrical connection between the pair of electrodes, wherein the electrodes are connected to a controller configured to generate an alarm signal when the electrical connection between the pair of electrodes is broken.
A composition comprising: at least one monomer having one or more ethylenically unsaturated bonds; a first actinic radiation initiator for at least partially polymerizing the at least one monomer to form a pre-adhesive, the first initiator being activated at a first activation wavelength(s); a second actinic radiation initiator for at least partially crosslinking the pre-adhesive, the second initiator being activated at a second activation wavelength(s) and the second initiator being non-photoactive at the first activation wavelength(s), wherein at least one of the first and second initiators is polymerizable with the at least one monomer. at least one monomer having one or more ethylenically unsaturated bonds; a first actinic radiation initiator for at least partially polymerizing the at least one monomer to form a pre-adhesive, the first initiator being activated at a first activation wavelength(s); a second actinic radiation initiator for at least partially crosslinking the pre-adhesive, the second initiator being activated at a second activation wavelength(s) and the second initiator being non-photoactive at the first activation wavelength(s), wherein at least one of the first and second initiators is polymerizable with the at least one monomer.
A photoactivatable composition, the photoactivatable composition comprising: an oxidizing agent, the oxidizing agent comprising a peroxide; an activating agent, the activating agent comprising 0.02% to 12% by weight of Eosin Y; and sodium perborate and/or sodium acetate. an oxidizing agent, the oxidizing agent comprising a peroxide; an activating agent, the activating agent comprising 0.02% to 12% by weight of Eosin Y; and sodium perborate and/or sodium acetate.
Protection and display case (1, 1'), comprising - a load-bearing base platform (2, 2'), which includes a lower portion (11, 11') and an upper portion (12, 12') separated by a sealed horizontal separator (13, 13'), - a sealed display space (3, 3'), defined by the upper portion of the base platform, fixed walls, at least one openable door, and a top, wherein: - the upper portion (12, 12') of the base platform (2, 2') is inside the sealed display space (3, 3') - the lower portion (11, 11') is outside the sealed display space (3, 3') - the fixed walls are anchored and sealed to the upper portion of the base platform and to the top, - seal means are provided for sealing the openable door with respect to the fixed walls, to the top and to the upper portion of the base platform. wherein the openable door is mounted on the upper portion of the base platform and on the top. - a load-bearing base platform (2, 2'), which includes a lower portion (11, 11') and an upper portion (12, 12') separated by a sealed horizontal separator (13, 13'), - a sealed display space (3, 3'), defined by the upper portion of the base platform, fixed walls, at least one openable door, and a top, - the upper portion (12, 12') of the base platform (2, 2') is inside the sealed display space (3, 3') - the lower portion (11, 11') is outside the sealed display space (3, 3') - the fixed walls are anchored and sealed to the upper portion of the base platform and to the top, - seal means are provided for sealing the openable door with respect to the fixed walls, to the top and to the upper portion of the base platform.
A composition for administering -methyl-3-[4-(2-hydroxy-3-isopropylamino) propoxy] phenylpropionate or pharmaceutically acceptable salt thereof at a hypotension controlling amount of greater than or equal to 0.3 μmol/kg/min to treat tachycardia in a subject In need of treatment for tachycardia with control of associated hypotension, wherein the subject is human, wherein the composition comprises a therapeutically effective amount of -methyl-3-[4-(2-hydroxy-3-isopropylamino) propoxy] phenylpropionate or pharmaceutically acceptable salt thereof, and wherein the composition contains less than 10% by weight of -methyl-3-[4-(2-hydroxy-3-isopropylamino) propoxy] phenylpropionate or a pharmaceutically acceptable salt thereof based on the total amount of methyl-3-[4-(2-hydroxy-3-Isopropylamino) propoxy] phenylpropionate or pharmaceutically acceptable salt thereof in the composition.
Sulfur-crosslinkable rubber mixture comprising - at least two diene rubbers and - from 0.1 to 20 phr of at least one aliphatically modified C9 hydrocarbon resin and - from 0.1 to 7 phr of at least one further processing aid. - at least two diene rubbers and - from 0.1 to 20 phr of at least one aliphatically modified C9 hydrocarbon resin and - from 0.1 to 7 phr of at least one further processing aid.
A fusion protein in crystalline form comprising, from N-terminus to C-terminus: a) a first portion of a family C G-protein coupled receptor (GPCR), wherein said first portion comprises the TM1, TM2 and TM3 regions of said family C GPCR; b) a stable, folded protein insertion selected from lysozyme, glucose isomerase, xylanase, trypsin inhibitor, crambin, ribonuclease, calbindin, barnase and glucokinase; and c) a second portion of said family C GPCR, wherein said second portion comprises the TM4, TM5, TM6 and TM7 regions of said family C GPCR. a) a first portion of a family C G-protein coupled receptor (GPCR), wherein said first portion comprises the TM1, TM2 and TM3 regions of said family C GPCR; b) a stable, folded protein insertion selected from lysozyme, glucose isomerase, xylanase, trypsin inhibitor, crambin, ribonuclease, calbindin, barnase and glucokinase; and c) a second portion of said family C GPCR, wherein said second portion comprises the TM4, TM5, TM6 and TM7 regions of said family C GPCR.
A culture of neural stem cells further comprising (a) an agonist of an EGF receptor or (b) an agonist of an EGF receptor and an agonist of an FGF receptor, wherein: a) at least 80% of said cells are symmetrically-dividing neural stem cells and positive for the expression of at least one marker for radial glia selected from the group consisting of RC2, 3CB2, GLAST, BLBP and Pax6; b) no more than 1% of the cells are positive for the expression of a marker for mature astrocytes, neurons or oligodendrocytes; c) the neural stem cells in the culture are further characterized in that they are positive for the expression of at least one neural precursor marker selected from the group consisting of nestin, vimentin, the LewisX antigen, Emx2, Olig1, Olig2, Musashi-1 and prominin; and d) the neural stem cells in the culture are positive for the expression of Sox-2. a) at least 80% of said cells are symmetrically-dividing neural stem cells and positive for the expression of at least one marker for radial glia selected from the group consisting of RC2, 3CB2, GLAST, BLBP and Pax6; b) no more than 1% of the cells are positive for the expression of a marker for mature astrocytes, neurons or oligodendrocytes; c) the neural stem cells in the culture are further characterized in that they are positive for the expression of at least one neural precursor marker selected from the group consisting of nestin, vimentin, the LewisX antigen, Emx2, Olig1, Olig2, Musashi-1 and prominin; and d) the neural stem cells in the culture are positive for the expression of Sox-2.
A connecting device for partition elements (7, 8) of a partition wall, wherein the partition elements (7, 8) preferably designed as plates are joined together in the area of their side edges allocated to each other by means of a first profile rail and a second profile rail, wherein the side edges (5, 6) of the partition elements (7, 8) are joined with one of the respective profile rails (1, 2) by means of adhesive bonds, wherein the profile rails (1, 2) exhibit complementary profile parts (12, 16, 18, 20) that make it possible to join the profile parts (12, 16, 18) without a gasket while assembling the partition wall, wherein the first profile rail and second profile rail contain latching elements (36, 38) that are allocated to each other and are or can be engaged with each other, and wherein the first latching element of the first profile rail is a latching groove, while the second latching element of the second profile rail is a latching cam, characterized in that the profile part of the first profile rail and an inner leg of the second profile rail situated adjacent thereto are designed in such a way that a screw channel is present, in whose at least one end of the connecting device a screw is provided.
Use of modified molasses as dispersants for mineral suspensions, wherein an amount by weight of solid particles having a particle size < 100 μm in the mineral suspension is at least 50% by weight and wherein the modified molasses is obtainable by a method comprising the steps: a) inverting molasses and/or providing inverted molasses, b) reacting the inverted molasses with alkalis. a) inverting molasses and/or providing inverted molasses, b) reacting the inverted molasses with alkalis.
A method of manufacturing a silicone hydrogel contact lens body, comprising: providing a first mold member and a second mold member, the first mold member comprising a concave molding surface configured to mold an anterior surface of a contact lens and the second mold member comprising a convex molding surface configured to mold a posterior surface of a contact lens, the molding surface of at least one of the first mold member and the second mold member comprising at least one thermoplastic polymer having a level of UV transmittance of from 0.01% to 3.00%, the first mold member and the second mold member being configured to form a lens-shaped cavity therebetween when combined as a mold assembly; placing a polymerizable composition comprising a) at least one silicon-containing monomer, silicon-containing macromer, silicon-containing prepolymer, or any combination thereof, and b) at least one hydrophilic monomer in the first mold member; assembling the mold assembly by placing the second mold member in contact with the first mold member so as to form a lens-shaped cavity therebetween with the polymerizable composition contained in the lens-shaped cavity of the mold assembly; and directing UV light through the mold assembly into the lens-shaped cavity to cure the polymerizable composition in the mold assembly, forming a cast-molded polymerized reaction product in the lens-shaped cavity of the mold assembly, the polymerized reaction product comprising a silicone hydrogel contact lens body. providing a first mold member and a second mold member, the first mold member comprising a concave molding surface configured to mold an anterior surface of a contact lens and the second mold member comprising a convex molding surface configured to mold a posterior surface of a contact lens, the molding surface of at least one of the first mold member and the second mold member comprising at least one thermoplastic polymer having a level of UV transmittance of from 0.01% to 3.00%, the first mold member and the second mold member being configured to form a lens-shaped cavity therebetween when combined as a mold assembly; placing a polymerizable composition comprising a) at least one silicon-containing monomer, silicon-containing macromer, silicon-containing prepolymer, or any combination thereof, and b) at least one hydrophilic monomer in the first mold member; assembling the mold assembly by placing the second mold member in contact with the first mold member so as to form a lens-shaped cavity therebetween with the polymerizable composition contained in the lens-shaped cavity of the mold assembly; and directing UV light through the mold assembly into the lens-shaped cavity to cure the polymerizable composition in the mold assembly, forming a cast-molded polymerized reaction product in the lens-shaped cavity of the mold assembly, the polymerized reaction product comprising a silicone hydrogel contact lens body.
Core of a drain board manufactured from a composition comprising a. a polyester comprising one or more hydroxycarboxylic acids as monomers, b. a copolyester comprising at least one diol component and at least one diacid component, characterized by further comprising c. an inorganic filler, wherein the composition comprises at least 5 wt.% of the inorganic filler, based on the total weight of the composition. a. a polyester comprising one or more hydroxycarboxylic acids as monomers, b. a copolyester comprising at least one diol component and at least one diacid component, characterized by further comprising c. an inorganic filler,