mhurhangee/ep-ind-claims huggingface dataset:
A method for calibrating a device for the non-destructive testing of a mechanical part, the device comprising: - an optical movement tracking system to which a reference coordinate system (R 0) is linked, - a sensor-holder, - a first rigid body, - a non-destructive testing sensor integral with the sensor-holder fixedly linked to the first rigid body, - a computer, the method being characterised in that it comprises the performance of the following steps by the computer: - determining, from the acquisition of the position of three points on a top flat surface of a calibration block by the optical movement tracking system, the length and the width of the calibration block; - determining a first transformation matrix of the reference coordinate system (R 0) to a coordinate system of the block (R B) linked to the calibration block from the determined length and width of the calibration block; - determining, from the acquisition of the position of three points on the first rigid body by the optical movement tracking system, the length and the width of the sensor when the sensor is disposed in three distinct positions (P 1, P 2, P 3) on the top flat surface of the calibration block; - determining, from the determined length and width of the sensor, a second transformation matrix making it possible to switch from a coordinate system (R H) linked to the sensor-holder to a coordinate system (R S) linked to the sensor. - an optical movement tracking system to which a reference coordinate system (R 0) is linked, - a sensor-holder, - a first rigid body, - a non-destructive testing sensor integral with the sensor-holder fixedly linked to the first rigid body, - a computer, - determining, from the acquisition of the position of three points on a top flat surface of a calibration block by the optical movement tracking system, the length and the width of the calibration block; - determining a first transformation matrix of the reference coordinate system (R 0) to a coordinate system of the block (R B) linked to the calibration block from the determined length and width of the calibration block; - determining, from the acquisition of the position of three points on the first rigid body by the optical movement tracking system, the length and the width of the sensor when the sensor is disposed in three distinct positions (P 1, P 2, P 3) on the top flat surface of the calibration block; - determining, from the determined length and width of the sensor, a second transformation matrix making it possible to switch from a coordinate system (R H) linked to the sensor-holder to a coordinate system (R S) linked to the sensor.
A method for steering a UAV, Unmanned Aerial Vehicle, to enable a high level command of said UAV, the method comprising the steps of: - determining a reference position (200, 300, 400) related to a position (210, 310, 410) for an object (220, 320, 420) which said UAV should follow; the method being characterized by: - calculating a smoothed position (230, 330, 430) based on said reference position (200, 300, 400) wherein the calculation involves to regulate said smoothed position (230, 330, 430) to said reference position (200, 300, 400) so that said smoothed position (230, 330, 430) has a lower motion frequency than said reference position (200, 300, 400); and - steering said UAV so that said UAV follows the smoothed position (230, 330, 430). - determining a reference position (200, 300, 400) related to a position (210, 310, 410) for an object (220, 320, 420) which said UAV should follow; the method being characterized by: - calculating a smoothed position (230, 330, 430) based on said reference position (200, 300, 400) wherein the calculation involves to regulate said smoothed position (230, 330, 430) to said reference position (200, 300, 400) so that said smoothed position (230, 330, 430) has a lower motion frequency than said reference position (200, 300, 400); and - steering said UAV so that said UAV follows the smoothed position (230, 330, 430).
Burner system comprising: - at least two premixed burners, wherein each burner has at least one feed opening and at least one outflow opening for a combustible gas/air mixture; - flame transfer means for transferring a flame from one burner to another, said flame transfer means defining at least one flame path between the burners, the at least one flame path being formed by an overflow pipe mutually connecting the burners, wherein the burners are placed adjacently of each other with an interspace, and the overflow pipe extends through the interspace; - at least one injection member directed toward the flame path for the purpose of injecting the combustible gas/air mixture therein; and - a mixing chamber for forming the combustible gas/air mixture, this mixing chamber comprising: o at least one feed opening for air; o at least one feed opening for gas; and o at least two outflow openings for the combustible gas/air mixture, each connected to one of the burners; - wherein the at least one injection member is connected via a branch conduit to the mixing chamber; characterized in that: the overflow pipe is connected to one side of a burner and the at least one injection member is arranged on an opposite side of the burner and adapted to inject the combustible gas/air mixture across the at least one outflow opening toward the overflow pipe. - at least two premixed burners, wherein each burner has at least one feed opening and at least one outflow opening for a combustible gas/air mixture; - flame transfer means for transferring a flame from one burner to another, said flame transfer means defining at least one flame path between the burners, the at least one flame path being formed by an overflow pipe mutually connecting the burners, wherein the burners are placed adjacently of each other with an interspace, and the overflow pipe extends through the interspace; - at least one injection member directed toward the flame path for the purpose of injecting the combustible gas/air mixture therein; and - a mixing chamber for forming the combustible gas/air mixture, this mixing chamber comprising: o at least one feed opening for air; o at least one feed opening for gas; and o at least two outflow openings for the combustible gas/air mixture, each connected to one of the burners; o at least one feed opening for air; o at least one feed opening for gas; and o at least two outflow openings for the combustible gas/air mixture, each connected to one of the burners; - wherein the at least one injection member is connected via a branch conduit to the mixing chamber;
Coil arrangement for the wireless electromagnetic transmission of energy, having - a carrier element which forms a main direction of extent and which comprises a ferrite material, and - a plurality of coils (S 1 to S N; S 1 to S N, S 1 ' to S N '), wherein at least a part of the coils (S 1 to S N; S 1 to S N, S 1 ' to S N ') are successively attached to the carrier element in the main direction of extent and connected to one another, characterized in that an attachment means for the attachment to a component is arranged on a side of the carrier element facing away from the coils (S 1 to S N; S 1 to S N, S 1 ' to S N '), and in that the carrier element comprises at least one desired parting location which is designed as a perforation and/or notch. - a carrier element which forms a main direction of extent and which comprises a ferrite material, and - a plurality of coils (S 1 to S N; S 1 to S N, S 1 ' to S N '), wherein at least a part of the coils (S 1 to S N; S 1 to S N, S 1 ' to S N ') are successively attached to the carrier element in the main direction of extent and connected to one another, in that an attachment means for the attachment to a component is arranged on a side of the carrier element facing away from the coils (S 1 to S N; S 1 to S N, S 1 ' to S N '), and in that the carrier element comprises at least one desired parting location which is designed as a perforation and/or notch.
Photometer for measuring the photometric quantities in a liquid medium, in particular for the determination of substances present in water or aqueous media, comprising a housing which is adapted to perform an on-the-spot measurement in the medium to be analysed, a light-emitting measuring beam transmitter and a measuring beam receiver, both arranged in the housing, and each behind opposing windows at a measuring gap open to the medium, wherein a measuring beam of at least one predetermined wavelength is generated for measuring light absorption in the medium in a measuring channel in the measuring gap, characterised in that, in the housing, a reference channel, separate from the measuring channel, is present for taking a reference measurement, that at least one movable support member (90, 21, 22) is provided on a predetermined path in the housing for carrying the measuring beam transmitter and the measuring beam receiver, wherein said support member (90, 21, 22) is designed such that it is movable back and forth on the predetermined path from the measuring channel to the reference channel for measuring the respective intensity values of the measuring beam in the measuring channel and in the reference channel, and that means are provided, incorporated in the housing, for acquiring and evaluating the measured intensity values.
A prognostic method for determining the risk of relapse of renal cancer of the clear cell renal carcinoma type, stages I and II, in a human subject; comprising: (a) determining, in a tumor sample (biopsy) from the human subject, the levels of expression of all nine of the microRNAs of the group consisting of: hsa-miR-223, hsa-miR-103, hsa-miR-107, hsa-miR-425, hsa-miR-340, hsa-miR-130b, hsa-miR-652, hsa-miR-214, and hsa-miR-204 with sequences identified by the sequences SEQ ID NOs: 1-9; (b) determining a value which depends on the levels of expression of said nine microRNAs; (c) determining the risk of relapse in renal cancer of the CCRC type, in stages I and II, in the said human subject, by comparing the value obtained in step (b) with a cut-off value. (a) determining, in a tumor sample (biopsy) from the human subject, the levels of expression of all nine of the microRNAs of the group consisting of: hsa-miR-223, hsa-miR-103, hsa-miR-107, hsa-miR-425, hsa-miR-340, hsa-miR-130b, hsa-miR-652, hsa-miR-214, and hsa-miR-204 with sequences identified by the sequences SEQ ID NOs: 1-9; (b) determining a value which depends on the levels of expression of said nine microRNAs; (c) determining the risk of relapse in renal cancer of the CCRC type, in stages I and II, in the said human subject, by comparing the value obtained in step (b) with a cut-off value.
A process for the preparation of a compound of formula in a form of any one of its stereoisomers or a mixture thereof and wherein R 1 represents a linear or branched C 1-5 alkanediyl or alkenediyl group, optionally substituted by a phenyl group and R 2 represents a linear or branched C 1-10 alkanediyl or alkenediyl group, optionally substituted by a phenyl group; comprising the reaction of a compound of the formula in a form of any one of its stereoisomers and wherein R 1 and R 2 have the same meaning as defined in formula; with a ruthenium catalyst and in the presence of a base and a hydrogen source.
A water chamber adapted for use in conjunction with a heater base and having at least one horizontally oriented gases port (3, 4) in a wall thereof, characterised in that an elongate flow tube (5, 6) having a longitudinal axis extends into said water chamber from the inner periphery of said at least one gases port(3, 4) with an opening (11, 12) at a distal end of said flow tube being spaced from the wall of said chamber, said opening (11, 12) facing a direction transverse to the longitudinal axis of said tube (5, 6), said transverse direction not facing downwards, said distal end of said tube (5, 6) shaped in a smooth curve.
Ceiling element, in particular a cooling or heating ceiling, having: a supporting structure for fixing the ceiling element to a ceiling; a pipe arrangement fixed to the supporting structure which can be flowed through by a heat transporting medium; an air box fixed to the supporting structure, which can be flowed through by supply air having an inlet and an outlet area; and a ceiling panel mountable to the support structure having a top, a bottom and a plurality of openings in the region of the outlet area of the air box; characterised in that the top of the ceiling panel being releasably connected to the air box by a first planar mounting means surrounding the air box. a supporting structure for fixing the ceiling element to a ceiling; a pipe arrangement fixed to the supporting structure which can be flowed through by a heat transporting medium; an air box fixed to the supporting structure, which can be flowed through by supply air having an inlet and an outlet area; and a ceiling panel mountable to the support structure having a top, a bottom and a plurality of openings in the region of the outlet area of the air box; characterised in that the top of the ceiling panel being releasably connected to the air box by a first planar mounting means surrounding the air box.
A surgical handpiece comprising: a housing, a switch connected to the handpiece and used for controlling the handpiece; a bezel with an opening, the opening aligned over the switch; and a button in the opening, wherein a force applied to the button is transferred to the switch to operate the switch, characterised by including a seal provided between the bezel and the housing of the handpiece and a button insert located partially within the button, the insert applying outward pressure to maintain the button in the opening, such that the button is snapped into the bezel and the bezel, the button, and the handpiece form a sealed enclosure around the switch. a housing, a switch connected to the handpiece and used for controlling the handpiece; a bezel with an opening, the opening aligned over the switch; and a button in the opening, wherein a force applied to the button is transferred to the switch to operate the switch, characterised by including a seal provided between the bezel and the housing of the handpiece and a button insert located partially within the button, the insert applying outward pressure to maintain the button in the opening, such that the button is snapped into the bezel and the bezel, the button, and the handpiece form a sealed enclosure around the switch.
A terminal board comprising a concave prismatic plate delimiting a shallow recess therein so as to define a generally flat cup-shaped body, the plate being made of electrically non-conductive synthetic plastic material, a plurality of faston-type blade contacts, and at least one ground connection integrally carried by the plate, and cable-clamping means for receiving one end of an electric cable, integrally carried by the plate at a first end thereof, wherein a second end of the plate, opposite to the first, is provided with contact-carrying seats; each contact-carrying seat comprising: a slot obtained through a bottom wall of the shallow recess and long enough to allow the passage of both straight faston contacts, having a connecting direction perpendicular to the shallow recess, and L-shaped faston contacts, having a connecting direction parallel to the shallow recess; and a housing delimited within the shallow recess by first ribs and by a transversal rib integrally in one piece obtained with the plate, said housing being shaped to receive respective mounting portions of both straight and L-shaped faston contacts; the housing being provided with at least one snap-coupling tooth for a respective mounting portion (25a, 25b) and with first and second through windows (27,50) obtained through the transversal rib which transversally delimits the housings, facing the first end of the plate; the first window being arranged in a position immediately underneath the second window and closer to the bottom wall and both being adapted to allow a same wire of the electric cable to pass in use towards the housing, the housing being further adapted to indiscriminately accommodate a screw contact or a screw-less, elastic-terminal contact therein, over the respective mounting portion of the faston contact and in direct electric connection with the same.
A method for producing a halogenated hydrocarbon magnesium compound, the method comprising contacting a halogenated hydrocarbon compound with magnesium having a specific surface area of 5×10 -5 to 1×10-4 m 2 /g.
Method of generating isolated light pulses of sub-femtosecond duration comprising the steps of: a. generating at least one laser pulse of picosecond or femtosecond duration; b. introducing a spatio-temporal coupling to said laser pulse resulting in a temporal rotation of its wave fronts after focusing; c. focusing said laser pulse on a target (JG, CS) by means of which a train of light pulses of sub-femtosecond duration is generated, in which each pulse is propagated in a different direction; d. isolating a said light pulse by spatial filtering. a. generating at least one laser pulse of picosecond or femtosecond duration; b. introducing a spatio-temporal coupling to said laser pulse resulting in a temporal rotation of its wave fronts after focusing; c. focusing said laser pulse on a target (JG, CS) by means of which a train of light pulses of sub-femtosecond duration is generated, in which each pulse is propagated in a different direction; d. isolating a said light pulse by spatial filtering.
A composition comprising 95 weight percent trans-1,2-dichloroethylene, from 4.0 to 4.4 weight percent methylperfluoroheptene ethers and from 0.6 to 1.0 weight percent 1,1,1,2,2,3,4,5,5,5-decafluoropentane.
Device for opening containers of liquids, to remove lids from the relative containers, said lids being conformed so as to define a spout to allow the liquid to emerge from the container, said device comprising at least - one or more removal members each provided with an air passage pipe associable with said spout and provided with at least a housing segment for at least part of said spout; and - movement means operatively associated with said removal members to move them selectively at least between a first position for the removal of said lids from the container, and a second position to move the lids; characterized in that it also comprises one or more extractor elements disposed in a relatively sliding manner inside said air passage pipes of the relative removal members, and in that said movement means are configured so as to define a third position for the discharge of said removal members, in which said extractor elements are at least partly in said housing segment and effect an action of axial thrust on said spout, until said lid is removed from its association with said air passage pipe. - one or more removal members each provided with an air passage pipe associable with said spout and provided with at least a housing segment for at least part of said spout; and - movement means operatively associated with said removal members to move them selectively at least between a first position for the removal of said lids from the container, and a second position to move the lids;
A clamping device for the automatic connection of a vehicle to a cable of a continuous motion cableway, the clamping device comprising: - a support element securable to a suspension arm of a vehicle; - a first operating rocker lever hinged to the support element for oscillating in a substantially vertical plane around a fulcrum carried by the support element; - a slider, slidably mounted on the first lever; - resilient thrust means (31, 33) mounted on the first lever so as to push the slider towards the fulcrum; - a first movable jaw formed at one end of the first lever characterised by - a second lever hinged to the support element for oscillating in a substantially vertical plane around the fulcrum; - a second movable jaw formed by the second lever; - at least one connecting rod hinged to the slider and to the second lever, for converting a thrust exerted by the elastic means (31, 33) towards the fulcrum in a force having: a first component, perpendicular to the first lever, for rotating the first lever upward, bringing the first movable jaw to clamp the cable against the second movable jaw, and a second component, perpendicular to the second lever, for rotating the second lever downward, bringing the second movable jaw to clamp the cable against the first movable jaw. - a support element securable to a suspension arm of a vehicle; - a first operating rocker lever hinged to the support element for oscillating in a substantially vertical plane around a fulcrum carried by the support element; - a slider, slidably mounted on the first lever; - resilient thrust means (31, 33) mounted on the first lever so as to push the slider towards the fulcrum; - a first movable jaw formed at one end of the first lever characterised by - a second lever hinged to the support element for oscillating in a substantially vertical plane around the fulcrum; - a second movable jaw formed by the second lever; - at least one connecting rod hinged to the slider and to the second lever, for converting a thrust exerted by the elastic means (31, 33) towards the fulcrum in a force having: a first component, perpendicular to the first lever, for rotating the first lever upward, bringing the first movable jaw to clamp the cable against the second movable jaw, and a second component, perpendicular to the second lever, for rotating the second lever downward, bringing the second movable jaw to clamp the cable against the first movable jaw. a first component, perpendicular to the first lever, for rotating the first lever upward, bringing the first movable jaw to clamp the cable against the second movable jaw, and a second component, perpendicular to the second lever, for rotating the second lever downward, bringing the second movable jaw to clamp the cable against the first movable jaw.
Adhesive composition obtained by mixing: - 100 parts by weight of at least one organic polymer having moisture cross-linkable reactive silane terminal functions, and - 1 to 70 parts by weight of at least one organic polymer comprising no reactive silane functions which is miscible at ambient temperature with polymer, and is selected from among polyesters. - 100 parts by weight of at least one organic polymer having moisture cross-linkable reactive silane terminal functions, and - 1 to 70 parts by weight of at least one organic polymer comprising no reactive silane functions which is miscible at ambient temperature with polymer, and is selected from among polyesters.