mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising lignin, a solvent and a carrier liquid; wherein the lignin is obtained from black liquor and constitutes at least 4 weight% of the composition and wherein the lignin have a weight average molecular weight of not more than 5,000 g/mol, and wherein the solvent is an alcohol, ether or organic ester, sulfoxide, ketone, aldehyde or a combination thereof; and wherein the carrier liquid is a hydrocarbon oil; and wherein the composition further comprises a fatty acid and wherein the weight ratio between the fatty acid and the hydrocarbon oil is from 10:1 to 1:1.
A tower for a wind turbine generating apparatus, comprising: a tower body of a cylindrical shape; and a plurality of reinforcement members disposed on an internal circumferential face of the tower body so as to extend along a height direction of the tower body from a support part supporting the tower body, wherein the reinforcement members are arranged with an interval between one another in a circumferential direction of the tower body, and characterized in that the tower further comprises a ring member disposed on the internal circumferential face of the tower body so as to connect upper end parts of the reinforcement members, and each of the upper end parts includes a cut-out (30A 1; 30A 2) at an outer end of said each of the upper end parts in a radial direction of the tower body so that each of the reinforcement members does not contact both of the ring member and the tower body at one point. a tower body of a cylindrical shape; and a plurality of reinforcement members disposed on an internal circumferential face of the tower body so as to extend along a height direction of the tower body from a support part supporting the tower body, wherein the reinforcement members are arranged with an interval between one another in a circumferential direction of the tower body, and characterized in that the tower further comprises a ring member disposed on the internal circumferential face of the tower body so as to connect upper end parts of the reinforcement members, and each of the upper end parts includes a cut-out (30A 1; 30A 2) at an outer end of said each of the upper end parts in a radial direction of the tower body so that each of the reinforcement members does not contact both of the ring member and the tower body at one point.
Ladder foot for ladders, scaffolds, working platforms and the like comprising two fastening fittings (4, 5) which can be fastened to uprights (2, 3) of the ladder or the scaffold or the working platform, wherein the fastening fittings (4, 5) fit around the ladder foot and are guided displaceably and lockably on the ladder foot, wherein the fastening fitting on one upright is embodied in the form of a guiding fitting which is freely displaceable on the ladder foot and the fastening fitting arranged on the other upright of the ladder can be connected to the ladder foot in a form-locking manner, wherein the fastening fitting is connected with a foot-operated clamping lever, characterised in that the pivot of the clamping lever is connected so that it cannot turn with the eccentric part of a clamping eccentric which is displaceable in an associated recess of a detent pawl (18, 18a) and moves the detent pawl (18, 18a) in the direction of the ladder foot.
A bridge crane arrangement comprising - at least one main girder for a trolley, the main girder having a longitudinal central web which has at least one web plate, and a longitudinal bottom flange arranged in the bottom part of the central web and protruding from the central web onto both sides thereof; - end girders (3, 4) which are adapted to support opposite ends of the main girder; - wheels which are arranged to the end girders (3, 4) and intended to move the crane arrangement along substantially parallel guides (6, 7) which are transverse in relation to the main girder and thus to support the entire crane arrangement; - slide means arranged between an end girder on at least one side and the corresponding end of the main girder, the slide means allowing the movement of the end girder in question in relation to the main girder in at least its longitudinal direction and the rotation of the end girder in question and main girder in relation to each other during use of the crane; and - restricting means (12, 13) to restrict the movements between the end girder in question on one side and the main girder, characterised in that there is arranged, on the top surface of the end girder in question, a support platform wider than the bottom flange, in that the slide means, comprising a slide surface, is arranged on the top surface of the support platform and/or the bottom surface of the bottom flange of the main girder, and in that restricting means (12, 13) are arranged to the support platform on both sides of the bottom flange of the main girder, outside the main girder. - at least one main girder for a trolley, the main girder having a longitudinal central web which has at least one web plate, and a longitudinal bottom flange arranged in the bottom part of the central web and protruding from the central web onto both sides thereof; - end girders (3, 4) which are adapted to support opposite ends of the main girder; - wheels which are arranged to the end girders (3, 4) and intended to move the crane arrangement along substantially parallel guides (6, 7) which are transverse in relation to the main girder and thus to support the entire crane arrangement; - slide means arranged between an end girder on at least one side and the corresponding end of the main girder, the slide means allowing the movement of the end girder in question in relation to the main girder in at least its longitudinal direction and the rotation of the end girder in question and main girder in relation to each other during use of the crane; and - restricting means (12, 13) to restrict the movements between the end girder in question on one side and the main girder,
Magnetic bearing device with - a first magnet device which is designed to be annular and which has a central axis, for retaining a shaft on the central axis in a rotatable manner by means of magnetic forces, - a second magnet device that is independent of the first magnet device, for compensating for a specifiable force acting on the shaft, wherein the second magnet device is designed to be annular and is arranged concentrically relative to the first magnet device, - wherein the first magnet device has a first coil system and the second magnet device has a second coil system and each coil system has a plurality of pole pairs, and the number of pole pairs of the second coil system is less than the number of pole pairs of the first coil system by a value of precisely one, - wherein the first magnet device centres the shaft and wherein the second magnet device counteracts the gravitational force. - a first magnet device which is designed to be annular and which has a central axis, for retaining a shaft on the central axis in a rotatable manner by means of magnetic forces, - a second magnet device that is independent of the first magnet device, for compensating for a specifiable force acting on the shaft, wherein the second magnet device is designed to be annular and is arranged concentrically relative to the first magnet device, - wherein the first magnet device has a first coil system and the second magnet device has a second coil system and each coil system has a plurality of pole pairs, and the number of pole pairs of the second coil system is less than the number of pole pairs of the first coil system by a value of precisely one, - wherein the first magnet device centres the shaft and wherein the second magnet device counteracts the gravitational force.
A light emitting diode filament bulb apparatus, comprising: a bulb shell; at least a LED strip mounted with a LED module, the LED strip being electrically connected to two power lead wires (1041, 1042); a core column supporting the LED strip and fixed with the bulb shell forming a chamber containing the LED strip, the two power lead wires (1041, 1042) having embedded parts embedded in the core column and having bottom ends; two pluggable sockets (1051, 1052) respectively receiving the two bottom ends of the two power lead wires (1041, 1042); a driver board for mounting the two pluggable sockets (1051, 1052) and a driver circuit, the two bottom ends of the two power lead wires (1041, 1042) being electrically connected to the driver circuit for receiving a driving current generated by the driver circuit from converting an external power source; and a cap for fixing to the core column and the bulb shell having two external electrodes for connecting an input of the external power source. a bulb shell; at least a LED strip mounted with a LED module, the LED strip being electrically connected to two power lead wires (1041, 1042); a core column supporting the LED strip and fixed with the bulb shell forming a chamber containing the LED strip, the two power lead wires (1041, 1042) having embedded parts embedded in the core column and having bottom ends; two pluggable sockets (1051, 1052) respectively receiving the two bottom ends of the two power lead wires (1041, 1042); a driver board for mounting the two pluggable sockets (1051, 1052) and a driver circuit, the two bottom ends of the two power lead wires (1041, 1042) being electrically connected to the driver circuit for receiving a driving current generated by the driver circuit from converting an external power source; and a cap for fixing to the core column and the bulb shell having two external electrodes for connecting an input of the external power source.
A washing machine, comprising: a cabinet constructing an external appearance thereof; a tub rotatably mounted in the cabinet to receive wash water; a drum rotatably mounted in the tub to receive laundry; a heat pump module mounted in the cabinet to supply hot air into the drum; a backflow prevention connector mounted in the cabinet to prevent backflow of wash water draining from the tub, and further comprising a condensed water drain hose connected to the backflow prevention connector to drain condensed water draining from the heat pump module; characterized in that the backflow prevention connector comprises: a connector body having an inverted-U shape and mounted at an upper part of a first space of the cabinet; connection pipes bent downward form both ends of the connector body, including an inlet port formed at one of the connection pipes to guide in the wash water and an outlet port formed at the other one to drain the wash water; and an air suction part connected with an air brake hose connected to one side of the tub. a cabinet constructing an external appearance thereof; a tub rotatably mounted in the cabinet to receive wash water; a drum rotatably mounted in the tub to receive laundry; a heat pump module mounted in the cabinet to supply hot air into the drum; a backflow prevention connector mounted in the cabinet to prevent backflow of wash water draining from the tub, and further comprising a condensed water drain hose connected to the backflow prevention connector to drain condensed water draining from the heat pump module; characterized in that the backflow prevention connector comprises: a connector body having an inverted-U shape and mounted at an upper part of a first space of the cabinet; connection pipes bent downward form both ends of the connector body, including an inlet port formed at one of the connection pipes to guide in the wash water and an outlet port formed at the other one to drain the wash water; and an air suction part connected with an air brake hose connected to one side of the tub. a connector body having an inverted-U shape and mounted at an upper part of a first space of the cabinet; connection pipes bent downward form both ends of the connector body, including an inlet port formed at one of the connection pipes to guide in the wash water and an outlet port formed at the other one to drain the wash water; and an air suction part connected with an air brake hose connected to one side of the tub.
A computer-implemented method for determining a pharmacogenomic signature for a disorder by determining the biological significance of an overlap gene set,comprising: receiving data for a first set of genes, wherein the first set of genes comprises a first gene subset of interest of genes differentially regulated in a first patient having a disorder, receiving data for a second set of genes wherein the second set of genes comprises a second gene subset of interest of genes differentially regulated in a second patient having the disorder, wherein the first set of genes and the second set of genes are non-identical, determining the size of an overlap gene set between the first gene subset and the second gene subset, and determining whether the overlap gene set may be biologically significant by determining the probability that the overlap gene set size is drawn by chance as a function of the total number of genes of the first gene set and the second gene set; wherein determining the probability that the overlap gene set size is drawn by chance comprises determining a function of the total number of ways of selecting a gene set having the same size as the first gene subset from all genes of the first gene set and comprises determining a function of the total number of ways of selecting a gene set having the same size as the second gene subset from all genes of the second gene set; and identifying genes in the corresponding overlap gene set as a pharmacogenomic signature for the disorder. receiving data for a first set of genes, wherein the first set of genes comprises a first gene subset of interest of genes differentially regulated in a first patient having a disorder, receiving data for a second set of genes wherein the second set of genes comprises a second gene subset of interest of genes differentially regulated in a second patient having the disorder, wherein the first set of genes and the second set of genes are non-identical, determining the size of an overlap gene set between the first gene subset and the second gene subset, and determining whether the overlap gene set may be biologically significant by determining the probability that the overlap gene set size is drawn by chance as a function of the total number of genes of the first gene set and the second gene set; wherein determining the probability that the overlap gene set size is drawn by chance comprises determining a function of the total number of ways of selecting a gene set having the same size as the first gene subset from all genes of the first gene set and comprises determining a function of the total number of ways of selecting a gene set having the same size as the second gene subset from all genes of the second gene set; and identifying genes in the corresponding overlap gene set as a pharmacogenomic signature for the disorder.
The use of a compound that is effective as an agonist of the human olfactory ion channel cyclic nucleotide-gated channel alpha 2 (CNGA2; NCBI Reference Sequence: NP_005131.1), for enhancing the olfactory effect of an odorant, wherein the compound that is effective as a CNGA2 agonist is a compound of formula, wherein A represents a group NR 1 or an oxygen atom, R 1, R 2, R 3, R 4, R 5, R 6 and R 7 each independently of one another represent hydrogen or a linear or branched, substituted or unsubstituted alkyl group having 1 to 4C atoms. wherein A represents a group NR 1 or an oxygen atom, R 1, R 2, R 3, R 4, R 5, R 6 and R 7 each independently of one another represent hydrogen or a linear or branched, substituted or unsubstituted alkyl group having 1 to 4C atoms.
A cantilever parasol comprising a mast, two main arms (18, 32) proceeding laterally from the mast and coupled to each other in a scissors-type manner, and a fold-open linkage of bars that is seated eccentrically of the mast for supporting a cover, a first main arm extending, in the opened-up condition of the parasol, from an upper mast bearing through a slit in the cover and obliquely downward to a vertical arm seated in the center of the cover and forming part of the linkage of bars, and a second main arm running from a lower mast bearing below the cover toward the crown thereof, characterized in that at least one sealing means (50; 150) coupled to at least one of the main arms (18, 32) is provided for sealing the slit in the cover.
A MEMS piezoelectric device comprising: a monolithic body of semiconductor material, having a first main surface and a second main surface, which are parallel to a horizontal plane (xy) formed by a first horizontal axis (x) and a second horizontal axis (y) and are opposite to one another along a vertical axis (z); a housing cavity, arranged within said monolithic body; a membrane suspended above said housing cavity, at the first main surface of said monolithic body; a piezoelectric material layer arranged above a first surface of said membrane; an electrode arrangement, arranged in contact with the piezoelectric material layer; and a proof mass coupled to a second surface, opposite to the first surface along the vertical axis (z), of the membrane and designed to cause deformation thereof in response to mechanical vibrations, wherein said proof mass is coupled to said membrane by a connection element arranged, in a central position, between said membrane and said proof mass in the direction of said vertical axis (z), characterized in that said proof mass, said connection element and said membrane are formed of said semiconductor material, the membrane being arranged between a first inner surface of said housing cavity and the first main surface of said monolithic body, and the proof mass having a rear surface arranged at the same level as the second main surface of the monolithic body. a monolithic body of semiconductor material, having a first main surface and a second main surface, which are parallel to a horizontal plane (xy) formed by a first horizontal axis (x) and a second horizontal axis (y) and are opposite to one another along a vertical axis (z); a housing cavity, arranged within said monolithic body; a membrane suspended above said housing cavity, at the first main surface of said monolithic body; a piezoelectric material layer arranged above a first surface of said membrane; an electrode arrangement, arranged in contact with the piezoelectric material layer; and a proof mass coupled to a second surface, opposite to the first surface along the vertical axis (z), of the membrane and designed to cause deformation thereof in response to mechanical vibrations, wherein said proof mass is coupled to said membrane by a connection element arranged, in a central position, between said membrane and said proof mass in the direction of said vertical axis (z), characterized in that said proof mass, said connection element and said membrane are formed of said semiconductor material, the membrane being arranged between a first inner surface of said housing cavity and the first main surface of said monolithic body, and the proof mass having a rear surface arranged at the same level as the second main surface of the monolithic body.
SCR (Selective Catalytic Reduction)-exhaust gas after-treatment assembly of an internal combustion engine, having an injector for injecting a reducing agent as well as a mixing device and a SCR-catalytic converter arranged downstream in the exhaust gas flow direction, wherein the mixing device has a swirl element, and wherein the swirl element is formed from two guide elements arranged one inside the other and swirl blades are arranged in an inner guide element for generating a swirl motion and swirl blades are arranged in the outer guide element, which generate a counter-swirl motion, characterised in that the mixing device has an impact element arranged upstream of the swirl element in the exhaust gas flow direction, wherein the impact element is placed on the swirl element.
Method for producing polyethylene terephthalate granules, comprising the steps of: - producing a melt of polyethylene terephthalate material; - producing granules from the melt by means of underwater granulation into a process fluid; - removing the granules from the location of the underwater granulation in the process fluid; - crystallising the granules in the process fluid; - extracting the granules in the process fluid; - separating the granules from the process fluid; with only the surface of the granules being crystallised in the crystallisation step such that the inside of the granules remains amorphous, the temperature of the process fluid being set to a value at which, depending on the formulation of the polyethylene terephthalate material, the previously experimentally determined maximum crystallisation rate of the polyethylene terephthalate material of the granules is achieved, characterised in that, after the crystallisation step, the opacity of the surface of the granules produced in this way is determined online, directly as part of the method according to the invention and directly in the material flow of the method, as a measure of the degree of crystallisation achieved and of the depth of crystallisation achieved at the surface of the granules. - producing a melt of polyethylene terephthalate material; - producing granules from the melt by means of underwater granulation into a process fluid; - removing the granules from the location of the underwater granulation in the process fluid; - crystallising the granules in the process fluid; - extracting the granules in the process fluid; - separating the granules from the process fluid;
Set with a bone anchor for an upper or lower jaw (1,17) and a corresponding drilling template for making drill holes in the jaw (1,17) for mounting the bone anchor to the bone of the jaw (1,17) by means of screws, wherein this bone anchor contains an anchor plate provided with openings for said screws, has a mounting device for mounting aids and a longitudinal connecting element that extends between the mounting device and the anchor plate and is rigidly connected to the latter, whereas the connecting element should extend through gingiva or mucosa into the oral cavity so that the mounting device is situated in the oral cavity, wherein the anchor plate has a bone side which must connect to said bone of the jaw (1,17) and an opposite free side, whereas said drilling template has recesses whose mutual position corresponds to the mutual position of said openings in the bone anchor, characterised in that said drilling template contains an anchor plate with a bone side, wherein at least the shape and dimensions of this bone side are virtually the same as those of the bone side of the bone anchor's anchor plate, wherein the drilling template has a connecting element which is rigidly connected to the anchor plate thereof and whose shape and dimensions are virtually the same as those of the connecting element of the bone anchor, wherein a drill guide is provided adjacent to each of said recesses on the drilling template that allows a drill to be appropriately guided in order to make drill holes in the jaw (1,17).
Use of a laser welding member obtained by injection molding a thermoplastic polyester resin material comprising a polybutylene terephthalate resin and/or a polyethylene terephthalate resin for a member on a laser-transmissive side, the laser welding member being subjected to laser welding, wherein the entire region to be laser welded in the member is at a location separated by a distance of at least 15 mm from a gate of an injection molding mold and has at least 45% of a light transmittance of laser light with a wavelength of 940 nm, wherein the laser transmittance is measured using a spectrophotometer at the wavelength of 940 nm.