mhurhangee/ep-ind-claims huggingface dataset:
Modified oligonucleotide corresponding to one of the formulae: or in which, N1,..., Nn represent, independently of one another, a nucleotide, n is an integer ranging from 4 to 100, y is an integer ranging from 2 to 12, X is selected from the linear or branched C1-C12 alkyl groups, C1-C12 aminoalkyl groups, C1-C12 alkoxy groups, C3-C12 cycloalkyl groups, oxygen-containing or nitrogen-containing C3-C12 cycloheteroalkyl groups, Y is selected from the linear or branched C1-C12 alkyl groups, C1-C12 aminoalkyl groups, C1-C12 alkoxy groups, C3-C12 cycloalkyl groups, oxygen-containing or nitrogen-containing C3-C12 cycloheteroalkyl groups, Z is selected from the C1-C12 alkoxy groups, oxygen-containing or nitrogen-containing C3-C12 cycloheteroalkyl groups, C1-C12 NCO-alkyl groups, C1-C12 CON-alkyl groups, W is selected from the C1-C12 alkane triyl groups, the C6-C18 aryl triyl groups and the C6-C18 aralkane triyl groups, and R is H or is selected from the C1-C12 acyl, C1-C12 S-alkyl, C6-C12 S-aryl, S-2-pyridine, oxygen-containing or nitrogen-containing C1-C12 S-heteroalkyl, C3-C12 S-cycloalkyl, oxygen-containing or nitrogen-containing C3-C12 S-cycloheteroalkyl groups. B n represents the base of the n-th nucleotide, B 1 represents the base of the 1 st nucleotide. N1,..., Nn represent, independently of one another, a nucleotide, n is an integer ranging from 4 to 100, y is an integer ranging from 2 to 12, X is selected from the linear or branched C1-C12 alkyl groups, C1-C12 aminoalkyl groups, C1-C12 alkoxy groups, C3-C12 cycloalkyl groups, oxygen-containing or nitrogen-containing C3-C12 cycloheteroalkyl groups, Y is selected from the linear or branched C1-C12 alkyl groups, C1-C12 aminoalkyl groups, C1-C12 alkoxy groups, C3-C12 cycloalkyl groups, oxygen-containing or nitrogen-containing C3-C12 cycloheteroalkyl groups, Z is selected from the C1-C12 alkoxy groups, oxygen-containing or nitrogen-containing C3-C12 cycloheteroalkyl groups, C1-C12 NCO-alkyl groups, C1-C12 CON-alkyl groups, W is selected from the C1-C12 alkane triyl groups, the C6-C18 aryl triyl groups and the C6-C18 aralkane triyl groups, and R is H or is selected from the C1-C12 acyl, C1-C12 S-alkyl, C6-C12 S-aryl, S-2-pyridine, oxygen-containing or nitrogen-containing C1-C12 S-heteroalkyl, C3-C12 S-cycloalkyl, oxygen-containing or nitrogen-containing C3-C12 S-cycloheteroalkyl groups. B n represents the base of the n-th nucleotide, B 1 represents the base of the 1 st nucleotide.
A method for taking over a driving task by an occupant of a transport means that is in a highly automated driving state, the method comprising the steps of: - identifying that the occupant has taken over the driving task and, in response to that, - automatically controlling a deformable grip element to influence the haptics of the rim of a steering wheel of the transport means. - identifying that the occupant has taken over the driving task and, in response to that, - automatically controlling a deformable grip element to influence the haptics of the rim of a steering wheel of the transport means.
A trackball including: a magnetic ball and a housing including a recess arranged to receive at least part of the ball; wherein the surface of the recess is fully sealed to form an impenetrable barrier that foreign substances are prevented from entering the interior of the housing the trackball being characterised by including means comprising at least one magnet, for urging the ball to remain in the recess, without physical or direct contact, and in that wherein the means for urging the ball to remain in the recess is arranged to apply sufficient force to the ball to prevent the ball from falling out of the recess if the trackball is inverted. a magnetic ball and a housing including a recess arranged to receive at least part of the ball; wherein the surface of the recess is fully sealed to form an impenetrable barrier that foreign substances are prevented from entering the interior of the housing the trackball being characterised by including means comprising at least one magnet, for urging the ball to remain in the recess, without physical or direct contact, and in that wherein the means for urging the ball to remain in the recess is arranged to apply sufficient force to the ball to prevent the ball from falling out of the recess if the trackball is inverted.
A rear nacelle assembly for a turbojet engine comprising at least one thrust reverser device by redirection of an air flow circulating from upstream to downstream in a flow path of the turbojet engine and a mast designed to connect the nacelle on the structure of the aircraft, the nacelle extending longitudinally from front to back along an axis, the thrust reverser device comprising at least: - one cowl which is movably mounted in longitudinal translation from front to back in a direction substantially parallel to the axis of the nacelle, between a closed position in which the cowl ensures the aerodynamic continuity of the nacelle, and an open position in which the cowl opens a passage in the nacelle, and - at least one sliding thrust reverser cascade which is driven by the movable cowl between a retracted position between a fan casing and an outer casing of the nacelle, corresponding to the closed position of the cowl, and a thrust reversal position corresponding to the open position of the cowl, position in which the sliding cascade is displaced downstream so as to be able to extend through said passage opened by the cowl, characterized in that it is equipped with a cradle which includes a first spar and a second spar which extend longitudinally on either side of the mast, said spars each carrying slidably guiding means (40a, 40b, 44a, 44b) of the movable cowl and of the sliding cascade, a rear portion of the cradle being connected on the mast by a first rear connecting means (58a, 58b) and a front portion of the cradle being configured to be connected on the turbojet engine by a second front connecting means (60a, 60b), such that the cradle is adapted to follow the movements of the turbojet engine. - one cowl which is movably mounted in longitudinal translation from front to back in a direction substantially parallel to the axis of the nacelle, between a closed position in which the cowl ensures the aerodynamic continuity of the nacelle, and an open position in which the cowl opens a passage in the nacelle, and - at least one sliding thrust reverser cascade which is driven by the movable cowl between a retracted position between a fan casing and an outer casing of the nacelle, corresponding to the closed position of the cowl, and a thrust reversal position corresponding to the open position of the cowl, position in which the sliding cascade is displaced downstream so as to be able to extend through said passage opened by the cowl,
A dispensing nozzle for concrete, mortar or the like, comprising - a housing and a mixing chamber, which is arranged therein and is delimited by a circumferential wall and which extends along a longitudinal axis at least between a supply opening and an outlet opening, - an actively driveable mixing device, which is arranged in the mixing chamber, and - a nozzle element (30; 30a) with an exit opening, which is directly or indirectly flow-connected to the outlet opening of the mixing chamber, characterised in that - at least one cavity (44; 44a, 44b), which extends axially and in the circumferential direction, is arranged around the circumferential wall of the mixing chamber, which at least one cavity (44; 44a, 44b) is in contact with the circumferential wall and which at least substantially surrounds the mixing chamber in the circumferential direction, - the circumferential wall of the mixing chamber consists of elastic material, which is configured to deform dynamically into the at least one cavity (44; 44a, 44b) during operation of the nozzle. - a housing and a mixing chamber, which is arranged therein and is delimited by a circumferential wall and which extends along a longitudinal axis at least between a supply opening and an outlet opening, - an actively driveable mixing device, which is arranged in the mixing chamber, and - a nozzle element (30; 30a) with an exit opening, which is directly or indirectly flow-connected to the outlet opening of the mixing chamber, - at least one cavity (44; 44a, 44b), which extends axially and in the circumferential direction, is arranged around the circumferential wall of the mixing chamber, which at least one cavity (44; 44a, 44b) is in contact with the circumferential wall and which at least substantially surrounds the mixing chamber in the circumferential direction, - the circumferential wall of the mixing chamber consists of elastic material, which is configured to deform dynamically into the at least one cavity (44; 44a, 44b) during operation of the nozzle.
An electronic device comprising: a printed circuit board having at least one terminal formed thereon; an image sensor electrically connected to the at least one terminal; a metal casing (310, 410, 510, 610, 710) disposed on the printed circuit board and enclosing at least one surface of the image sensor; and a ground pad (317, 417, 517, 617, 717) that is disposed between the terminal and the printed circuit board, and provides a path along which static electricity introduced into the metal casing is discharged to the ground pad, wherein the metal casing comprises a first portion (311, 411, 511, 611, 711) spaced apart from the printed circuit board by a first distance, and a second portion (313, 413, 513, 613, 713) extending from the first portion and spaced apart from the printed circuit board by a second distance; wherein the first portion is part of a lower portion of the metal casing facing the printed circuit board, and the second portion is part of the lower portion protruding from the metal casing towards the printed circuit board; wherein the second portion that forms the second distance and the first portion that forms the first distance are provided such that electric flux density according to the second distance is higher than electric flux density according to the first distance, wherein the electric flux density is given by: D = ε V d, where D denotes electric flux density, V denotes voltage, d denotes distance, and ε denotes permittivity. a printed circuit board having at least one terminal formed thereon; an image sensor electrically connected to the at least one terminal; a metal casing (310, 410, 510, 610, 710) disposed on the printed circuit board and enclosing at least one surface of the image sensor; and a ground pad (317, 417, 517, 617, 717) that is disposed between the terminal and the printed circuit board, and provides a path along which static electricity introduced into the metal casing is discharged to the ground pad, wherein the metal casing comprises a first portion (311, 411, 511, 611, 711) spaced apart from the printed circuit board by a first distance, and a second portion (313, 413, 513, 613, 713) extending from the first portion and spaced apart from the printed circuit board by a second distance; wherein the first portion is part of a lower portion of the metal casing facing the printed circuit board, and the second portion is part of the lower portion protruding from the metal casing towards the printed circuit board; wherein the second portion that forms the second distance and the first portion that forms the first distance are provided such that electric flux density according to the second distance is higher than electric flux density according to the first distance, wherein the electric flux density is given by: D = ε V d, where D denotes electric flux density, V denotes voltage, d denotes distance, and ε denotes permittivity.
A machine vision system comprising: at least two cameras (103a - 103c); and a controller, wherein the controller further comprises: at least one processor; at least one memory; and at least one data communication connection; wherein the controller is configured to receive a deviation matrix, wherein the deviation matrix is based on a measurement of a reference object using a reference measurement device; and wherein the processor is configured to: measure, using said at least two cameras (103a - 103c), the reference object and at least one target object; compute a difference matrix representing the difference between the measured target object and the measured reference object; and compute the absolute scale result for the at least one target object based on the measured target object, the respective difference matrix and the deviation matrix. at least two cameras (103a - 103c); and a controller, wherein the controller further comprises: at least one processor; at least one memory; and at least one data communication connection; at least one processor; at least one memory; and at least one data communication connection; wherein the controller is configured to receive a deviation matrix, wherein the deviation matrix is based on a measurement of a reference object using a reference measurement device; and wherein the processor is configured to: measure, using said at least two cameras (103a - 103c), the reference object and at least one target object; compute a difference matrix representing the difference between the measured target object and the measured reference object; and compute the absolute scale result for the at least one target object based on the measured target object, the respective difference matrix and the deviation matrix. measure, using said at least two cameras (103a - 103c), the reference object and at least one target object; compute a difference matrix representing the difference between the measured target object and the measured reference object; and compute the absolute scale result for the at least one target object based on the measured target object, the respective difference matrix and the deviation matrix.
A teleoperated surgical system comprising: an instrument carriage comprising a control surface; a first Hall effect sensor fixed relative to the instrument carriage; and a carriage controller coupled to the first Hall effect sensor; characterized by: the instrument carriage comprising a first detection pin and a first spring; the first detection pin comprising a first distal end, a first proximal end, and a first magnet at the first proximal end of the first detection pin; the first distal end of the first detection pin extending from the control surface of the instrument carriage; the first spring being coupled to the first detection pin such that the first spring urges the first distal end of the first detection pin away from the first Hall effect sensor and allows a force applied to the first proximal end to move the first distal end of the first detection pin toward the first Hall effect sensor; the first magnet of the first detection pin being positioned to enable the first Hall effect sensor to detect two or more positions of the first detection pin; and the carriage controller being configured to determine which of the two or more positions the first detection pin is in. an instrument carriage comprising a control surface; a first Hall effect sensor fixed relative to the instrument carriage; and a carriage controller coupled to the first Hall effect sensor; the instrument carriage comprising a first detection pin and a first spring; the first detection pin comprising a first distal end, a first proximal end, and a first magnet at the first proximal end of the first detection pin; the first distal end of the first detection pin extending from the control surface of the instrument carriage; the first spring being coupled to the first detection pin such that the first spring urges the first distal end of the first detection pin away from the first Hall effect sensor and allows a force applied to the first proximal end to move the first distal end of the first detection pin toward the first Hall effect sensor; the first magnet of the first detection pin being positioned to enable the first Hall effect sensor to detect two or more positions of the first detection pin; and the carriage controller being configured to determine which of the two or more positions the first detection pin is in.
Method for producing asphalt comprising a heat treatment step, wherein the rubber granules from end-of-life tyres are subjected to a temperature of between 80 and 300°C, for a period of time necessary in order to obtain rubber granules with a density of between 1.0 and 1.5 g/cm3; and a mixing step comprising a first mixing operation wherein the stone aggregate and the bitumen are mixed together at a temperature of between 150 and 200°C, and a second mixing operation wherein the rubber granules are added to the mixture from the first mixing operation.
A compressor comprising a housing delimiting an intake circuit able to channel a fluid and forming a volume in which there extends a shaft supported by a main pivot connection and by a secondary pivot connection, said secondary pivot connection being mounted on a wall delimiting the intake circuit, the compressor comprising a lubrication means for lubricating the secondary pivot connection installed on said wall, characterized in that the lubrication means comprises a pick-up device for picking up a lubricant present in the fluid, said pick-up device emerging from a face of the wall delimiting the intake circuit.
A rail conveyor system including a rail track, a plurality of carriages spaced apart from one another, wherein the carriages are arranged to run on wheels supported by the track, there being at least three wheels on each carriage with two or more of said wheels spaced apart in the intended direction of travel such that each carriage is independently supported on the track, and a continuous carry belt (7, 18) supported by the carriages, characterised in that the same flexible rope connects each of the carriages together, the same flexible rope being arranged to provide tension and variable spacing between the carriages.
An thin film fabricating apparatus comprising: an electrode bath for containing a thin film-forming material; a plurality of electrodes disposed in the electrode bath; a plurality of ring electrodes disposed on the electrode bath at positions corresponding to the electrodes; a supplying unit (14,15,16,11,12) arranged to supply the thin film-forming material to the electrode bath; and a collecting unit arranged to collect the thin film-forming material flowing from the electrode bath; characterised in that the electrodes are needle electrodes; by a substrate stand disposed opposite to the needle electrodes and the ring electrodes, wherein the substrate stand holds a substrate on which a thin film is to be formed; in that the supplying unit and collecting unit are arranged to supply the thin film-forming material to the collecting unit such that the surface level of the thin film-forming material is substantially maintained at a first height; and in that the height of the needle electrodes is higher than the first height by a length (Hn) in the range of 0.15 millimeter to 4 millimeters. an electrode bath for containing a thin film-forming material; a plurality of electrodes disposed in the electrode bath; a plurality of ring electrodes disposed on the electrode bath at positions corresponding to the electrodes; a supplying unit (14,15,16,11,12) arranged to supply the thin film-forming material to the electrode bath; and a collecting unit arranged to collect the thin film-forming material flowing from the electrode bath; characterised in that the electrodes are needle electrodes; by a substrate stand disposed opposite to the needle electrodes and the ring electrodes, wherein the substrate stand holds a substrate on which a thin film is to be formed; in that the supplying unit and collecting unit are arranged to supply the thin film-forming material to the collecting unit such that the surface level of the thin film-forming material is substantially maintained at a first height; and in that the height of the needle electrodes is higher than the first height by a length (Hn) in the range of 0.15 millimeter to 4 millimeters.
A teleoperated system comprising: a master tool grip of a master tool manipulator, the master tool manipulator being in a console (185, 185B) of the teleoperated system, the teleoperated system being configured to move a teleoperated slave instrument in response to motion of the master tool grip; a hand tracking unit configured to track a position of at least a part of a human hand; and a controller coupled to receive a position of the master tool grip and to receive hand position data from the hand tracking unit; the controller being configured to generate a hand position using the hand position data; the controller being configured to permit movement of the teleoperated slave instrument in response to motion of the master tool grip if the controller determines the hand position is within a threshold distance from the position of the master tool grip; and the controller being configured to inhibit the movement of the teleoperated slave instrument in response to motion of the master tool grip if the controller determines the hand position is not within the threshold distance from the position of the master tool grip. a master tool grip of a master tool manipulator, the master tool manipulator being in a console (185, 185B) of the teleoperated system, the teleoperated system being configured to move a teleoperated slave instrument in response to motion of the master tool grip; a hand tracking unit configured to track a position of at least a part of a human hand; and a controller coupled to receive a position of the master tool grip and to receive hand position data from the hand tracking unit; the controller being configured to generate a hand position using the hand position data; the controller being configured to permit movement of the teleoperated slave instrument in response to motion of the master tool grip if the controller determines the hand position is within a threshold distance from the position of the master tool grip; and the controller being configured to inhibit the movement of the teleoperated slave instrument in response to motion of the master tool grip if the controller determines the hand position is not within the threshold distance from the position of the master tool grip.
A printing machine for transferring a phase-change ink onto a substrate comprising: a) components for conveying the substrate along a path through the printing machine; b) a printing station including a plurality of printheads disposed along said path and configured to transfer a phase-change solid ink onto the substrate as it is conveyed along the path; and c) a plurality of metal backing rollers facing said plurality of printheads and arranged to support to the substrate passing between said backing rollers and said printheads, characterized in that each of said backing rollers includes a surface coating that is oleophobic. a) components for conveying the substrate along a path through the printing machine; b) a printing station including a plurality of printheads disposed along said path and configured to transfer a phase-change solid ink onto the substrate as it is conveyed along the path; and c) a plurality of metal backing rollers facing said plurality of printheads and arranged to support to the substrate passing between said backing rollers and said printheads,