mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a wind farm with a number of wind power installations, wherein - each wind power installation respectively has a nacelle with an aerodynamic rotor with one or more rotor blades and also a generator, - each of these wind power installations is variable in its azimuth position, - at least two of the wind power installations are so close together that, depending on the direction of the wind, they can influence one another by way of the wind, and - at least a first of the wind power installations is cut back in dependence on its azimuth position, in order to positively influence the wind for a further wind power installation arranged downwind of the first, and wherein the cutting back depending on the azimuth position is carried out in such a way that the further wind power installation arranged downwind of the first wind power installation is exposed to more wind power than without cutting back the first wind power installation, characterized in that the cutting back is not carried out, or is carried out to a lesser extent, when the wind power installation downwind of the first wind power installation is operating in a throttled mode, and that the cutting back is only discontinued after a predetermined delay time once a criterion for cutting back is no longer applicable. - each wind power installation respectively has a nacelle with an aerodynamic rotor with one or more rotor blades and also a generator, - each of these wind power installations is variable in its azimuth position, - at least two of the wind power installations are so close together that, depending on the direction of the wind, they can influence one another by way of the wind, and - at least a first of the wind power installations is cut back in dependence on its azimuth position, in order to positively influence the wind for a further wind power installation arranged downwind of the first, and wherein
Fluid bed granulation process comprising the steps of: - forming a fluid bed of seeds of a chosen substance within a container substantially parallelepiped, having a perforated bottom comprised between two opposite long side walls (4,5) and two opposite short side wall and short head wall, - feeding said fluid bed with a continuous fluid flow comprising a growth liquid, - inducing and maintaining a continuous vortex in said fluid bed, the vortex having a substantially horizontal axis, characterized in that said fluid flow is fed into predetermined first zones of said fluid bed from at least one of the long side walls (4,5) of said container, said first zones being alternated to second zones of said fluid bed in which said fluid flow is not fed along said at least one of the long side walls (4,5) of said container. - forming a fluid bed of seeds of a chosen substance within a container substantially parallelepiped, having a perforated bottom comprised between two opposite long side walls (4,5) and two opposite short side wall and short head wall, - feeding said fluid bed with a continuous fluid flow comprising a growth liquid, - inducing and maintaining a continuous vortex in said fluid bed, the vortex having a substantially horizontal axis,
Reinforced product, which can be used especially for reinforcing a finished rubber article, comprising one or more textile or metallic reinforcing thread(s), said thread(s) being covered with a sheath comprising a thermoplastic polymer composition, the sheathed thread(s) being themselves embedded in a rubber composition referred to as coating rubber, characterized in that this coating rubber is a composition based on at least one diene elastomer, a reinforcing filler, and a sulphur-based vulcanization system, in which the ratio of the amounts, in phr (parts by weight per hundred parts by weight of elastomer), of sulphur and of reinforcing filler, is less than 0.08.
System for providing a horizontal support for an object such as a cable tray, comprising a carrier rail and a bracket having a portion configured to form said horizontal support when fastened to said carrier rail, itself vertically fastened to a structure such as a wall, said carrier rail comprising a wall having a series of apertures arranged at regular spacings along said rail, each of said apertures being configured to receive a male fastening member of said bracket, which member comprises a bearing surface, for bearing on the perimeter of the aperture in the rail, which has a circular cross section of a predetermined diameter, characterised in that: - said system comprises said male fastening members, referred to hereinafter as first male fastening members, for first said brackets, and second male fastening members for second said brackets; - each of said second male fastening members has a bearing surface, for bearing on the perimeter of the aperture in the rail, which is planar and of a predetermined length; and - each of said apertures in the rail has a contour comprising a first side and a second side which are each oriented transversely to the general direction of the rail, the first side and the second side opposing each other and each comprising a concave curved segment and two segments (56, 57) arranged on either side of the concave curved segment, the concave curved segment of the first side and the concave curved segment of the second side each following one arc of the same circle having said predetermined diameter, the segments (56, 57) of the first side arranged on either side of the concave curved segment being straight and aligned, the first side having a length at least equal to said predetermined length, due to which each of said apertures in the rail can either receive one said first male fastening member or one said second male fastening member. - said system comprises said male fastening members, referred to hereinafter as first male fastening members, for first said brackets, and second male fastening members for second said brackets; - each of said second male fastening members has a bearing surface, for bearing on the perimeter of the aperture in the rail, which is planar and of a predetermined length; and - each of said apertures in the rail has a contour comprising a first side and a second side which are each oriented transversely to the general direction of the rail, the first side and the second side opposing each other and each comprising a concave curved segment and two segments (56, 57) arranged on either side of the concave curved segment, the concave curved segment of the first side and the concave curved segment of the second side each following one arc of the same circle having said predetermined diameter, the segments (56, 57) of the first side arranged on either side of the concave curved segment being straight and aligned, the first side having a length at least equal to said predetermined length, due to which each of said apertures in the rail can either receive one said first male fastening member or one said second male fastening member.
A mobility aid, in particular a walker or a wheelchair, comprising two side parts (2, 3) which are connected to each other by an articulated coupling, such that the two side parts (2, 3) are translationally moveable between a spread apart working configuration and a contracted transport configuration, for which purpose the articulated coupling comprises two legs (7, 8) which intersect in a crossing point, wherein a hinged link which is mounted in a rotatable manner around the axis of a bearing is arranged on each leg, wherein each leg (7, 8) is connected in a rotatable manner to one of the side parts (2, 3) and the respective hinged link of a leg (7, 8) is connected in a rotatable manner to the respectively other side part (2, 3), wherein a securing means is provided on at least one hinged link, which securing means fixes the articulated coupling in the working configuration, characterized in that the securing means projects from one of the hinged links into the movement path of one of the legs (7, 8), wherein the securing means is designed as a clamping element and is elastically bendable, such that it exerts, in contact with the leg (7, 8), a surmountable friction force on this one.
A photomixing device for generating or detecting THz radiation comprising a substrate, a plurality of photomixing layers (6, 8,10, 12), each photomixing layer (6, 8, 10, 12) comprising a photoconductive material and a respective plurality of electrodes (16, 18), wherein the photoconductive layers (6, 8, 10, 12) are electrically connected together, characterised in that the photoconductive material is a silicon-based material and the substrate comprises a material having a thermal conductivity greater than 1 Wcm -1 °C -1.
A method for repairing a leaking point in a plate pack of a plate heat exchanger, which plate pack comprises heat exchange plates (5, 5', 6, 6') having openings and arranged on top of each other, the perimeters of which define the outer surface of the plate pack and which plates (5, 5', 6, 6') are attached to each other as plate pairs in such a manner that - the inner parts (8, 8') of the plate pairs are arranged in connection with each other through flow channels (14a, 14b) formed by the openings of the heat exchange plates, whereby a primary circuit of the heat exchanger is formed to the inner parts of the plate pairs, and - the spaces (7, 7') between the plate pairs are arranged in connection with each other through the outer surface of the plate pack, whereby plate spaces of a secondary circuit are in the spaces (7, 7') between adjacent plate pairs, wherein that the space (7, 7') between adjacent plate pairs of a plate pack, with which the leaking point is in connection, is closed by arranging a separate strip into the space (7, 7') between the plate pairs on the whole length of the outer perimeter of the plate pack, wherein the strip is arranged in the space between the plate pairs on the outer perimeter of the plate space and the strip is welded to the heat exchange plates (5, 6). - the inner parts (8, 8') of the plate pairs are arranged in connection with each other through flow channels (14a, 14b) formed by the openings of the heat exchange plates, whereby a primary circuit of the heat exchanger is formed to the inner parts of the plate pairs, and - the spaces (7, 7') between the plate pairs are arranged in connection with each other through the outer surface of the plate pack, whereby plate spaces of a secondary circuit are in the spaces (7, 7') between adjacent plate pairs, wherein that the space (7, 7') between adjacent plate pairs of a plate pack, with which the leaking point is in connection, is closed by arranging a separate strip into the space (7, 7') between the plate pairs on the whole length of the outer perimeter of the plate pack, wherein the strip is arranged in the space between the plate pairs on the outer perimeter of the plate space and the strip is welded to the heat exchange plates (5, 6).
A method for generating one or more media files based on video data comprising one or more tile regions in an International Standard Organization Base Media File Format, ISO BMFF, the method comprising: obtaining the video data; generating a plurality of tile tracks according to the ISO BMFF, each tile track containing video data of at least one tile region; generating a TileRegionGroupEntry to be used to describe a tile region of the video data and including a descriptor, which, when set to 1, indicates that a dependency list is present in said TileRegionGroupEntry, and when set to 0, indicates that the dependency list is not present in said TileRegionGroupEntry, wherein the dependency list includes 'dependency_tile_count' which indicates a number of tile regions in the dependency list and DependencyTileGroupId that gives a group identifier of a tile region that the tile region depends on, and generating the one or more media files based on the plurality of tile tracks and said TileRegionGroupEntry. obtaining the video data; generating a plurality of tile tracks according to the ISO BMFF, each tile track containing video data of at least one tile region; generating a TileRegionGroupEntry to be used to describe a tile region of the video data and including a descriptor, which, when set to 1, indicates that a dependency list is present in said TileRegionGroupEntry, and when set to 0, indicates that the dependency list is not present in said TileRegionGroupEntry, wherein the dependency list includes 'dependency_tile_count' which indicates a number of tile regions in the dependency list and DependencyTileGroupId that gives a group identifier of a tile region that the tile region depends on, and generating the one or more media files based on the plurality of tile tracks and said TileRegionGroupEntry.
A method for producing an electrode material for a vacuum circuit breaker, comprising the steps of: mixing Mo powder having a particle diameter of 0.8 to 6 μm with a thermite Cr powder having a particle diameter of 40 to 300 μm homogeneously in such a manner as giving a mixing ratio (Mo:Cr) of 1:1 to 9:1 and satisfying the weight relation Mo ≥ Cr; press-sintering wherein the resultant mixture is pressure molded under a press pressure of 1 to 4 t/cm 2 to give a molded article, which is sintered by being maintained at a temperature of 1100 to 1200°C for 1 to 2 hours to form a partially sintered article; and infiltrating Cu into said partially sintered article obtained in said press-sintering step by placing a thin Cu plate on said partially sintered article and maintaining them at a temperature of 1100 to 1200°C for 1 to 2 hours so that Cu is liquid-phase sintered and infiltrated into said partially sintered article. mixing Mo powder having a particle diameter of 0.8 to 6 μm with a thermite Cr powder having a particle diameter of 40 to 300 μm homogeneously in such a manner as giving a mixing ratio (Mo:Cr) of 1:1 to 9:1 and satisfying the weight relation Mo ≥ Cr; press-sintering wherein the resultant mixture is pressure molded under a press pressure of 1 to 4 t/cm 2 to give a molded article, which is sintered by being maintained at a temperature of 1100 to 1200°C for 1 to 2 hours to form a partially sintered article; and infiltrating Cu into said partially sintered article obtained in said press-sintering step by placing a thin Cu plate on said partially sintered article and maintaining them at a temperature of 1100 to 1200°C for 1 to 2 hours so that Cu is liquid-phase sintered and infiltrated into said partially sintered article.
An agricultural harvester comprising a sensor (9, 10) adapted for measuring a position of an object (13, 14, 15) in surroundings of the harvester, wherein the harvester comprises a memory wherein at least two different sets of harvester driving parameter values are stored in relation to at least two different danger zones in the surroundings (12, 17, 18, 20), wherein a processor is operationally connected to the sensor, to the memory and to the agricultural harvester for determining actual harvester driving parameter values, and wherein the processor is provided for comparing the actual harvester driving parameter values with the different sets stored in the memory to select a matching set and to select a corresponding one of the danger zones, wherein the processor outputs a warning signal if the position of the object is determined to be in the selected danger zone.
A pharmaceutical composition comprising misoprostol or a pharmaceutically acceptable salt thereof, for use in a treatment comprising cervical ripening or the induction of labor, having a content of 0.5 - 50 μg misoprostol, or an equivalent amount of pharmaceutically acceptable salt thereof, wherein said pharmaceutical composition is suitable for an administration form selected among sublingual and oral administration; and wherein said pharmaceutical composition is subject to at least one of the following provisos: i. the pharmaceutical composition, wherein the pharmaceutical composition is a tablet, comprises: i. Misoprostol (as 1% HPMC dispersion) 2.50 mg/tablet; ii. Microcrystalline cellulose 69.5 mg/tablet; iii. Starch plain 10.0 mg/tablet; iv. Croscarmellose sodium 10.0 mg/tablet; v. Crospovidone 10.0 mg/tablet; and vi. Colloidal silicon dioxide 1.00 mg/tablet; or ii. the pharmaceutical composition, wherein the pharmaceutical composition is an orodispersible or orally disintegrating tablet that can be taken without water. i. the pharmaceutical composition, wherein the pharmaceutical composition is a tablet, comprises: i. Misoprostol (as 1% HPMC dispersion) 2.50 mg/tablet; ii. Microcrystalline cellulose 69.5 mg/tablet; iii. Starch plain 10.0 mg/tablet; iv. Croscarmellose sodium 10.0 mg/tablet; v. Crospovidone 10.0 mg/tablet; and vi. Colloidal silicon dioxide 1.00 mg/tablet; or i. Misoprostol (as 1% HPMC dispersion) 2.50 mg/tablet; ii. Microcrystalline cellulose 69.5 mg/tablet; iii. Starch plain 10.0 mg/tablet; iv. Croscarmellose sodium 10.0 mg/tablet; v. Crospovidone 10.0 mg/tablet; and vi. Colloidal silicon dioxide 1.00 mg/tablet; ii. the pharmaceutical composition, wherein the pharmaceutical composition is an orodispersible or orally disintegrating tablet that can be taken without water.
An article for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, the article comprising: a heating element made of heating material that is heatable by penetration with a varying magnetic field, wherein the heating element has a first dimension and a second dimension perpendicular to the first dimension, wherein the first dimension extends from a first portion of the heating element to a second portion of the heating element; and smokable material in thermal contact with the heating element; wherein the heating material comprises a metal or a metal alloy; the article being characterised in that the second dimension at an intermediary section of the heating element that is spaced from the first and second portions is less than the second dimension at each of first and second sections (16,17) that are located between the intermediary section and the respective first and second portions. a heating element made of heating material that is heatable by penetration with a varying magnetic field, wherein the heating element has a first dimension and a second dimension perpendicular to the first dimension, wherein the first dimension extends from a first portion of the heating element to a second portion of the heating element; and smokable material in thermal contact with the heating element; wherein the heating material comprises a metal or a metal alloy; the article being characterised in that the second dimension at an intermediary section of the heating element that is spaced from the first and second portions is less than the second dimension at each of first and second sections (16,17) that are located between the intermediary section and the respective first and second portions.
A method for use with a plurality of hollow turning vanes in a wind tunnel, the method comprising the steps of: - flowing a working fluid at a first temperature through a pipe system to a first heat exchange unit; - the heat exchange unit formed of at least one turning vane; - the heat exchange unit connected to the pipe system such that fluid can flow from the pipe system into the heat exchange unit; - passing the working fluid from the first heat exchange unit into a second heat exchange unit; and - the method further comprising the steps, performed contemporaneously with the passing steps, of turning air as the air passes past the hollow turning vanes, and cooling the air as the air passes past the hollow turning vanes by transferring heat to the working fluid and thereby raising the temperature of the working fluid from the first temperature to a second temperature, characterized, in that - the at least one turning vane having single unit connections pieces at each end of the hollow turning vane; - the connection pieces being removably attached fluid tight to the turning vane and - the connection pieces having been removably connected to the hollow turning vanes with mechanical connectors. - flowing a working fluid at a first temperature through a pipe system to a first heat exchange unit; - the heat exchange unit formed of at least one turning vane; - the heat exchange unit connected to the pipe system such that fluid can flow from the pipe system into the heat exchange unit; - passing the working fluid from the first heat exchange unit into a second heat exchange unit; and - the method further comprising the steps, performed contemporaneously with the passing steps, of turning air as the air passes past the hollow turning vanes, and cooling the air as the air passes past the hollow turning vanes by transferring heat to the working fluid and thereby raising the temperature of the working fluid from the first temperature to a second temperature, characterized, in that - the at least one turning vane having single unit connections pieces at each end of the hollow turning vane; - the connection pieces being removably attached fluid tight to the turning vane and - the connection pieces having been removably connected to the hollow turning vanes with mechanical connectors.
Method for manufacturing a structural element, particularly for a vehicle suspension, comprising the steps of: a) providing separate first and second half-shells (12a, 12b) made of at least one layer of composite material comprising a fibre-reinforced polymeric matrix; b) providing a core made of ductile material; c) joining the core to said first half-shell in such a manner that at least one cavity is defined inside the structural element; and d) joining said second half-shell to said first half-shell. a) providing separate first and second half-shells (12a, 12b) made of at least one layer of composite material comprising a fibre-reinforced polymeric matrix; b) providing a core made of ductile material; c) joining the core to said first half-shell in such a manner that at least one cavity is defined inside the structural element; and d) joining said second half-shell to said first half-shell.