mhurhangee/ep-ind-claims huggingface dataset:
A method of assembling resilient floorboards (2, 3), which are provided with a mechanical locking system for vertical and horizontal locking of two adjacent floorboards, wherein the method comprises the step of: • positioning a first floorboard edge of a first floorboard, provided with a first device of said mechanical locking system, juxtaposed another floorboard edge of another floorboard, provided with a second device of said mechanical locking system; • bending the first floorboard along the first floorboard edge; and • applying a force on a first part of the first floorboard edge, wherein at said first part of the first floorboard edge said first device is pushed into said second device to obtain a vertical and horizontal mechanical locking of a part of the first and another floorboard edges, and • applying a force to a new part of the first floorboard edge, which new part is adjacent to said first part, and repeating this step until the whole first floorboard edge is vertically and horizontally locked to said another floorboard edge. • positioning a first floorboard edge of a first floorboard, provided with a first device of said mechanical locking system, juxtaposed another floorboard edge of another floorboard, provided with a second device of said mechanical locking system; • bending the first floorboard along the first floorboard edge; and • applying a force on a first part of the first floorboard edge, wherein at said first part of the first floorboard edge said first device is pushed into said second device to obtain a vertical and horizontal mechanical locking of a part of the first and another floorboard edges, and • applying a force to a new part of the first floorboard edge, which new part is adjacent to said first part, and repeating this step until the whole first floorboard edge is vertically and horizontally locked to said another floorboard edge.
A method for the identification of genomic DNA in a sample, comprising - isolation of mRNA from a selected organism and preparing from said mRNA as template small single stranded cDNA fragments with one adaptor containing a biotin label and at least one adaptor containing a rare type IIs restriction endonuclease restriction site; - isolation of genomic DNA from the same or a related organism and preparing from said genomic DNA single stranded genomic DNA fragments ligated to adaptor molecules; - hybridization of said single stranded genomic DNA fragments with said single stranded cDNA fragments and amplification of said hybrids; and - high throughput sequencing of said hybrids. - isolation of mRNA from a selected organism and preparing from said mRNA as template small single stranded cDNA fragments with one adaptor containing a biotin label and at least one adaptor containing a rare type IIs restriction endonuclease restriction site; - isolation of genomic DNA from the same or a related organism and preparing from said genomic DNA single stranded genomic DNA fragments ligated to adaptor molecules; - hybridization of said single stranded genomic DNA fragments with said single stranded cDNA fragments and amplification of said hybrids; and - high throughput sequencing of said hybrids.
A magnetic debris collection tool for use in a subterranean wellbore, the tool comprising: an inner magnetic array comprising a plurality of axially aligned inner rings, each inner ring comprising an annular arrangement of inner magnets, and wherein each inner magnet of an inner ring is arranged with a north pole facing a north pole of a circumferentially adjacent inner magnet; an outer magnetic array comprising a plurality of axially aligned outer rings, each outer ring comprising an annular arrangement of outer magnets, and wherein each outer magnet is arranged with a north pole facing a north pole of a circumferentially adjacent outer magnet; the inner magnetic array axially movable with respect to the outer magnetic array between: a first position in which the inner magnets of an inner ring are radially aligned with the outer magnets of a first outer ring such that the north pole of each inner magnet is radially adjacent the north pole of an outer magnet; and a second position in which the inner magnets of an inner ring are radially aligned with the outer magnets of a second outer ring such that the north pole of each inner magnet is radially adjacent the south pole of an outer magnet. an inner magnetic array comprising a plurality of axially aligned inner rings, each inner ring comprising an annular arrangement of inner magnets, and wherein each inner magnet of an inner ring is arranged with a north pole facing a north pole of a circumferentially adjacent inner magnet; an outer magnetic array comprising a plurality of axially aligned outer rings, each outer ring comprising an annular arrangement of outer magnets, and wherein each outer magnet is arranged with a north pole facing a north pole of a circumferentially adjacent outer magnet; the inner magnetic array axially movable with respect to the outer magnetic array between: a first position in which the inner magnets of an inner ring are radially aligned with the outer magnets of a first outer ring such that the north pole of each inner magnet is radially adjacent the north pole of an outer magnet; and a second position in which the inner magnets of an inner ring are radially aligned with the outer magnets of a second outer ring such that the north pole of each inner magnet is radially adjacent the south pole of an outer magnet. a first position in which the inner magnets of an inner ring are radially aligned with the outer magnets of a first outer ring such that the north pole of each inner magnet is radially adjacent the north pole of an outer magnet; and a second position in which the inner magnets of an inner ring are radially aligned with the outer magnets of a second outer ring such that the north pole of each inner magnet is radially adjacent the south pole of an outer magnet.
Composition in the form of a particulate solid for embedding into or onto other materials, where the composition is able to release a freezing-point-lowering active ingredient and the surface of the particles is essentially provided with a temporarily water-impermeable resin layer, characterized in that the surface of the resin layer in turn has a coating, where the coating of the resin layer is formed such that an adhesion of the Composition into or onto the other material is permanently ensured.
A clasp for a bracelet, which comprises at least two movable blades, that are articulated with respect to one another about an axis of the blades and which comprises a locking device that makes it possible to lock or unlock a first blade relative to a second blade, respectively in closed and open configurations of the clasp, the locking device being linked to the first blade and comprising an actuation lever intended for the actuation of the locking device by a user, a locking element capable of cooperating with a complementary hooking element of the second blade, the clasp being characterized in that it comprises an intermediate element linked on the one hand to the locking element by a first link device and linked on the other hand to the actuation lever by a second link device, at least one of these two link devices being provided with at least two degrees of freedom.
A memory controller, comprising: a command queue for receiving and storing memory access requests; and an arbiter comprising a plurality of sub-arbiters for providing a corresponding plurality of sub-arbitration winners from among said memory access requests during a controller cycle, and for selecting among said plurality of sub-arbitration winners to provide a plurality of memory commands in a corresponding controller cycle for being provided to a memory, wherein a memory command cycle is shorter in time than said corresponding controller cycle. a command queue for receiving and storing memory access requests; and an arbiter comprising a plurality of sub-arbiters for providing a corresponding plurality of sub-arbitration winners from among said memory access requests during a controller cycle, and for selecting among said plurality of sub-arbitration winners to provide a plurality of memory commands in a corresponding controller cycle for being provided to a memory, wherein a memory command cycle is shorter in time than said corresponding controller cycle.
A wireless communication system, comprising: a data store configured to store for each of a plurality of nodes (402, 404, 406), each node comprising a wireless communication system element, a node image data comprising metadata about or otherwise associated with the node (402, 404, 406), wherein the data store has the capability to create and support an organically changing schema, and provides a mechanism to propagate changes to the schema or data; a processor configured to receive an indication of an objective and use node image data stored in the data store to identify programmatically from among the plurality of nodes (402, 404, 406) a node to help achieve the objective and to determine the configuration of the node (402, 404, 406); and a simulation engine configured to simulate a result of using the node (402, 404, 406) to help achieve the objective, wherein the simulation engine is configured to combine metadata provided by the vendor of the node with image data on a network associated with the plurality of nodes (402, 404, 406). a data store configured to store for each of a plurality of nodes (402, 404, 406), each node comprising a wireless communication system element, a node image data comprising metadata about or otherwise associated with the node (402, 404, 406), wherein the data store has the capability to create and support an organically changing schema, and provides a mechanism to propagate changes to the schema or data; a processor configured to receive an indication of an objective and use node image data stored in the data store to identify programmatically from among the plurality of nodes (402, 404, 406) a node to help achieve the objective and to determine the configuration of the node (402, 404, 406); and a simulation engine configured to simulate a result of using the node (402, 404, 406) to help achieve the objective, wherein the simulation engine is configured to combine metadata provided by the vendor of the node with image data on a network associated with the plurality of nodes (402, 404, 406).
Method for operating a parking assistance apparatus of a motor vehicle having an attached trailer, having the method steps of: a) a first image of surroundings of the motor vehicle on which the trailer is portrayed being produced by a first camera unit, arranged on the motor vehicle, of the parking assistance apparatus; b) a second image of surroundings of the trailer being produced by a second camera unit, being arranged on the trailer, of the parking assistance apparatus; c) a combined view of the surroundings being produced from the first and second images, wherein an image area of the first image that is occupied by the trailer has at least areas overlaid with a piece of image information from the second image, so that the trailer in the combined view has at least areas depicted transparently in front of the surroundings portrayed in the second image, by a computation unit of the parking assistance apparatus; d) the combined view being displayed by a display unit of the parking assistance apparatus with a desired travel trajectory for the trailer overlaid on the view; characterized by e) a profile for the desired travel trajectory being selected by means of operation of an operator control device of the motor vehicle; and f) an at least semi-automated parking process being started in which the trailer is automatically kept on the desired travel trajectory having the selected profile, wherein the selected profile for the desired travel trajectory is taken as a basis for marking in the combined view the ground over which the motor vehicle travels when following the desired travel trajectory of the trailer. a) a first image of surroundings of the motor vehicle on which the trailer is portrayed being produced by a first camera unit, arranged on the motor vehicle, of the parking assistance apparatus; b) a second image of surroundings of the trailer being produced by a second camera unit, being arranged on the trailer, of the parking assistance apparatus; c) a combined view of the surroundings being produced from the first and second images, wherein an image area of the first image that is occupied by the trailer has at least areas overlaid with a piece of image information from the second image, so that the trailer in the combined view has at least areas depicted transparently in front of the surroundings portrayed in the second image, by a computation unit of the parking assistance apparatus; d) the combined view being displayed by a display unit of the parking assistance apparatus with a desired travel trajectory for the trailer overlaid on the view; characterized by e) a profile for the desired travel trajectory being selected by means of operation of an operator control device of the motor vehicle; and f) an at least semi-automated parking process being started in which the trailer is automatically kept on the desired travel trajectory having the selected profile, wherein the selected profile for the desired travel trajectory is taken as a basis for marking in the combined view the ground over which the motor vehicle travels when following the desired travel trajectory of the trailer.
A system for attributing users to one or more of a plurality of sub-bands in a multiple access communications system based on Non-Orthogonal Multiple Access, NOMA, the system comprising: an assignment processor adapted to determine for a respective selected sub-band, s, a plurality of candidate pairs of users for possible assignment to the selected sub-band, each candidate pair of users comprising two different users including a first user and a candidate second user, and a throughput calculator adapted to determine the pair of candidate users corresponding to an extremum of a ratio between a first term reflecting the total throughput achievable by any pair of candidate users assigned to the sub-band, s, under consideration, and a second term reflecting the known throughput achieved by that same pair of candidate users over a predetermined preceding period, the assignment processor being further adapted to assign the pair of candidate users determined by the throughput calculator to maximize said ratio the sub-band,s, under consideration. an assignment processor adapted to determine for a respective selected sub-band, s, a plurality of candidate pairs of users for possible assignment to the selected sub-band, each candidate pair of users comprising two different users including a first user and a candidate second user, and a throughput calculator adapted to determine the pair of candidate users corresponding to an extremum of a ratio between a first term reflecting the total throughput achievable by any pair of candidate users assigned to the sub-band, s, under consideration, and a second term reflecting the known throughput achieved by that same pair of candidate users over a predetermined preceding period, the assignment processor being further adapted to assign the pair of candidate users determined by the throughput calculator to maximize said ratio the sub-band,s, under consideration.
Process for consolidating a soil by cyclic injections of expanding polyurethane resins, comprising the following steps: a) injecting by means of one or more tubes of a formulation of one or more expanding polyurethane resins [Fig. 6]; b) carrying out an acoustic monitoring during injection by means of acoustic detection means to detect the noise of the consolidating action of the injected formulation; c) locating said expanding formulation by detecting one or more acoustic parameters of the detected sound; d) iterating said steps for a predetermined number of injection cycles with pauses between successive cycles relating to the same injection point, wherein the subsequent cycle starts when said acoustic detection means do not detect noise; wherein said acoustic detection means comprise at least one movable detection device adapted to be placed on the vertical of the injection point and one or more fixed detection devices suitable to be arranged peripherally to the injection point to delimit an intervention area. a) injecting by means of one or more tubes of a formulation of one or more expanding polyurethane resins [Fig. 6]; b) carrying out an acoustic monitoring during injection by means of acoustic detection means to detect the noise of the consolidating action of the injected formulation; c) locating said expanding formulation by detecting one or more acoustic parameters of the detected sound; d) iterating said steps for a predetermined number of injection cycles with pauses between successive cycles relating to the same injection point, wherein the subsequent cycle starts when said acoustic detection means do not detect noise;
Method for the secondary fusion aluminum slags treatment for obtaining finished goods intended for agricultural, domestic and industrial use, comprising the treatment of the aluminous material with concentrated sulfuric acid for obtaining aluminum sulfate, characterized in that the aluminous material comes from slags fed in a discontinuous way, in lots of finite-dimension to a plant of aluminum slags treatment, said aluminous material comprises aluminum oxides present for at least 30% in weight, and in that the process comprises a) a first step of separation of the metals present in the slags, with known methodologies, for obtaining powders of metals like Fe, Cu, Zn, Ni and for obtaining an aluminous component in form of aluminum grains; b) a following step of treatment of the aluminous component, with sulfuric acid for obtaining aluminum sulfate in solution and/or in form of crystals; c) a following step of obtainment of a solid residual portion, obtained from the preceding step of treatment of said aluminous component, apt to be used as refractory material in applications with thermal character. a) a first step of separation of the metals present in the slags, with known methodologies, for obtaining powders of metals like Fe, Cu, Zn, Ni and for obtaining an aluminous component in form of aluminum grains; b) a following step of treatment of the aluminous component, with sulfuric acid for obtaining aluminum sulfate in solution and/or in form of crystals; c) a following step of obtainment of a solid residual portion, obtained from the preceding step of treatment of said aluminous component, apt to be used as refractory material in applications with thermal character.
A control valve for controlling flow of liquid in a heating and/or cooling installation, said control valve comprising: a pressure regulating arrangement configured for maintaining a substantially constant differential pressure between a first pressure in said control valve and a second pressure in said control valve, said pressure regulating arrangement comprises a movable throttle member that is urged by said first pressure to increase the flow resistance posed by the pressure regulating arrangement and that is urged by a resilient member and by the second pressure to decrease the flow resistance posed by said pressure regulating arrangement, said movable throttle member comprising a rolling diaphragm that interacts with a plurality of exit openings, said rolling diaphragm having a circular circumference attached to an annular body that is arranged in said control valve, said plurality of exit openings being formed radially through said annular body, characterized by at least one pressure communication channel extending in said annular body for communicating said first pressure from a first location in the control valve on one axial side of said rolling diaphragm to a second location in the control valve on the other axial side of said rolling diaphragm. a pressure regulating arrangement configured for maintaining a substantially constant differential pressure between a first pressure in said control valve and a second pressure in said control valve, said pressure regulating arrangement comprises a movable throttle member that is urged by said first pressure to increase the flow resistance posed by the pressure regulating arrangement and that is urged by a resilient member and by the second pressure to decrease the flow resistance posed by said pressure regulating arrangement, said movable throttle member comprising a rolling diaphragm that interacts with a plurality of exit openings, said rolling diaphragm having a circular circumference attached to an annular body that is arranged in said control valve, said plurality of exit openings being formed radially through said annular body, characterized by at least one pressure communication channel extending in said annular body for communicating said first pressure from a first location in the control valve on one axial side of said rolling diaphragm to a second location in the control valve on the other axial side of said rolling diaphragm.
Optical system comprising: - a lens system, - a detector suitable to capture an image of a sample, the image being formed on the detector by a light beam coming from the sample along an optical path, and - a structure for measuring and correcting aberrations of the optical system, wherein said structure comprises, within the optical path, a variable iris, the variable iris being suitable to create sub-pupils (106, 113), each sub-pupil (106, 113) being a portion of the light beam, and the variable iris being suitable to change the position of a light beam occlusion which allows the portion of the light beam to pass towards the detector, wherein the structure is configured to measure a wavefront aberration by measuring a displacement of the image on the detector following a change in the position of the light beam occlusion, wherein the structure comprises, within the optical path, a wavefront modulator; characterised in that the wavefront modulator is a deformable lens (105, 112, 123); the structure being configured to correct the wavefront aberration by operating the wavefront modulator as a function of the displacement of the image on the detector; said image being related to a said sub-pupil (106, 113); wherein the wavefront modulator and the variable iris are adjacent. - a lens system, - a detector suitable to capture an image of a sample, the image being formed on the detector by a light beam coming from the sample along an optical path, and - a structure for measuring and correcting aberrations of the optical system, wherein said structure comprises, within the optical path, a variable iris, the variable iris being suitable to create sub-pupils (106, 113), each sub-pupil (106, 113) being a portion of the light beam, and the variable iris being suitable to change the position of a light beam occlusion which allows the portion of the light beam to pass towards the detector, wherein the structure is configured to measure a wavefront aberration by measuring a displacement of the image on the detector following a change in the position of the light beam occlusion, wherein the structure comprises, within the optical path, a wavefront modulator; characterised in that the wavefront modulator is a deformable lens (105, 112, 123); the structure being configured to correct the wavefront aberration by operating the wavefront modulator as a function of the displacement of the image on the detector; said image being related to a said sub-pupil (106, 113); wherein the wavefront modulator and the variable iris are adjacent.