mhurhangee/ep-ind-claims huggingface dataset:
A balancing system, comprising: a weight box, the weight box comprising a weight-box retention pin, the weight box for being mounted substantially within a rotor-blade spar, flush with a spar outer surface of the rotor-blade spar, operably accessible from a rotor-blade tip, and for being retained within the rotor-blade spar by: the weight-box retention pin being inserted through a forward wall of the rotor-blade spar, the weight box, and an aft wall of the rotor-blade spar, one or more weight-box contact surfaces being bonded to an upper inner surface of the rotor-blade spar or a lower inner surface of the rotor-blade spar, and a weight-box lip being positioned to provide a bearing contact with an edge of a spar cutout of the rotor-blade spar; and a weight package attached to the weight box, the weight package comprising: a weight-box cover attached to the weight box; two or more weight guide-rods attached to the weight-box cover, wherein one of the two or more weight guide-rods is for being positioned forward of a pitch change axis or a center of twist and wherein one of the two or more weight guide-rods is for being positioned aft of the pitch change axis or the center of twist; and one or more balance weights (316, 337) mounted on at least one of the two or more weight guide-rods. a weight box, the weight box comprising a weight-box retention pin, the weight box for being mounted substantially within a rotor-blade spar, flush with a spar outer surface of the rotor-blade spar, operably accessible from a rotor-blade tip, and for being retained within the rotor-blade spar by: the weight-box retention pin being inserted through a forward wall of the rotor-blade spar, the weight box, and an aft wall of the rotor-blade spar, one or more weight-box contact surfaces being bonded to an upper inner surface of the rotor-blade spar or a lower inner surface of the rotor-blade spar, and a weight-box lip being positioned to provide a bearing contact with an edge of a spar cutout of the rotor-blade spar; and the weight-box retention pin being inserted through a forward wall of the rotor-blade spar, the weight box, and an aft wall of the rotor-blade spar, one or more weight-box contact surfaces being bonded to an upper inner surface of the rotor-blade spar or a lower inner surface of the rotor-blade spar, and a weight-box lip being positioned to provide a bearing contact with an edge of a spar cutout of the rotor-blade spar; and a weight package attached to the weight box, the weight package comprising: a weight-box cover attached to the weight box; two or more weight guide-rods attached to the weight-box cover, a weight-box cover attached to the weight box; two or more weight guide-rods attached to the weight-box cover, wherein one of the two or more weight guide-rods is for being positioned forward of a pitch change axis or a center of twist and wherein one of the two or more weight guide-rods is for being positioned aft of the pitch change axis or the center of twist; and one or more balance weights (316, 337) mounted on at least one of the two or more weight guide-rods.
Lifting column for a piece of furniture, in particular for a table, comprising a first element and a second element which is at least partially inserted into the first element, wherein the first element has a spindle which extends along the longitudinal axis of the first element and projects at least partially into the second element, and wherein the second element has a rotor rotatably mounted therein, which rotor has at least one rolling body which runs in or on a thread of the spindle, a linear movement of the second element relative to the first element being effected by a rotation of the rotor relative to the spindle, the second element having a locking device which in a first state blocks the rotation of the rotor relative to the spindle and in a second state releases the rotation of the rotor relative to the spindle, wherein at least one torsion spring (14.1, 14.2) is clamped between the rotor and a fastening element (15.1, 15.2), so that the torsion spring (14.1, 14.2) exerts a pre-tensioning force on the rotor.
A training and/or rehabilitation device, in which a walking or running treadmill is arranged in a water container with flowing water, wherein the walking or running treadmill and a flow generator are arranged on a common frame in the form of a unit and said unit can be respectively placed into a water container or into open water, characterized in that the walking or running treadmill is provided with a driving and/or braking device known per se, wherein the driving and/or braking device is connected to a central computer, by means of which the driving and/or braking device, as well as the flow generator, can be controlled independently of one another.
Method for acquiring an image of one or more codes that are optically readable by a CMOS electronic image sensor, which is activated on reception, by the sensor, of an external triggering signal (Trig) and which comprises carrying out a measurement image capture in order to determine a desirable exposure-time value, said desirable exposure-time value then being applied as current exposure-time value to all the pixels of the matrix array, in order to carry out a nominal image capture, characterized in that the measurement image capture (Mode-Mes) comprises: - an integrating phase, which is common to the pixels, and in which k different exposure-time values (Ti) of the pixels that are regularly distributed over the rows or columns of the matrix array are applied, each pixel being associated with one exposure-time value among the k different values, k being an integer at least equal to 2; - a rapid-acquiring phase, in which digital image data (DATA(Ti)) are rapidly acquired for the different pixel-exposure-time values, which comprises a rapid read-out phase applying under-sampling of the rows of the matrix array; and - a determining phase, in which the desirable exposure-time value (Topt) is determined by comparing histograms calculated on the basis of the digital image data obtained in the rapid-acquiring phase for each different exposure-time value. - an integrating phase, which is common to the pixels, and in which k different exposure-time values (Ti) of the pixels that are regularly distributed over the rows or columns of the matrix array are applied, each pixel being associated with one exposure-time value among the k different values, k being an integer at least equal to 2; - a rapid-acquiring phase, in which digital image data (DATA(Ti)) are rapidly acquired for the different pixel-exposure-time values, which comprises a rapid read-out phase applying under-sampling of the rows of the matrix array; and - a determining phase, in which the desirable exposure-time value (Topt) is determined by comparing histograms calculated on the basis of the digital image data obtained in the rapid-acquiring phase for each different exposure-time value.
An applicator liquid for use in an electronics manufacturing process, comprising: an electronics-grade solvent and a plurality of nanotubes, wherein the applicator liquid is free of surfactant, wherein the nanotubes are at a concentration of greater than or equal to 1 mg/L, wherein the nanotubes are separated from one another and are distributed in the solvent without precipitation or flocculation and can remain separated for at least one week, wherein the metallic impurities in the nanotubes are less than 1 x 10 18 atoms/cm 3, and wherein said applicator liquid is free of particulates having a diameter greater than 500 nm. an electronics-grade solvent and a plurality of nanotubes, wherein the applicator liquid is free of surfactant, wherein the nanotubes are at a concentration of greater than or equal to 1 mg/L, wherein the nanotubes are separated from one another and are distributed in the solvent without precipitation or flocculation and can remain separated for at least one week, wherein the metallic impurities in the nanotubes are less than 1 x 10 18 atoms/cm 3, and wherein said applicator liquid is free of particulates having a diameter greater than 500 nm.
Transmission for wheeled and/or tracked vehicles with a drive-side input shaft, with a first planet stage which, in the installed state of the transmission, is assigned to the one vehicle side and whose first planet carrier is connected to a first output shaft, with a second planet stage which, in the installed state of the transmission, is assigned to the other vehicle side and whose second planet carrier is connected to a second output shaft, with a coupling stage which is assigned to the two planet stages (19, 24) and by means of which the sun gears (20, 25) of the two planet stages (19, 24) are connected to one another, characterized in that the transmission has a first shift element by means of which the input shaft is connected to the ring gears (23, 28) of the two planet stages (19, 24) in a first shift position and to the coupling stage in a second shift position, in that the coupling stage comprises at least two inter-engaging gearwheels and is designed as a spur gear stage, and in that the two planet stages (19, 24) are situated in a first transmission plane, and the coupling stage is situated in a second transmission plane which is offset on the drive side.
A rapid exchange balloon catheter (250, 270, 270', 290) comprising: a shaft (251, 271, 271', 291) comprising an infusion wall (252, 272, 272') and an inflation wall (253, 273, 273'), said infusion wall encloses an infusion lumen (254, 274, 274') extending axially therealong and comprises a fluid inlet (256, 276, 276') and a fluid outlet (257, 277, 277') located distally to said fluid inlet, said inflation wall encloses an inflation lumen (255, 275, 275') extending axially therealong opened at a distal end thereof into an inner volume of a dilatation balloon (258, 278, 278'); and a guidewire channel (259, 279, 279'), sized to closely fit over a prescribed guidewire (260, 280, 280', GW) for allowing unhindered passing therethrough with said prescribed guidewire, said guidewire channel comprises a channel distal end (261, 281, 281') protruding distally from said balloon with a distal guidewire opening (262, 282, 282'); characterised by said guidewire channel further comprising a channel proximal end (263, 283, 283') with a proximal guidewire opening (264, 284, 284') at said shaft (251, 271, 271', 291) between said fluid inlet (256, 276, 276') and said fluid outlet (257, 277, 277'). a shaft (251, 271, 271', 291) comprising an infusion wall (252, 272, 272') and an inflation wall (253, 273, 273'), said infusion wall encloses an infusion lumen (254, 274, 274') extending axially therealong and comprises a fluid inlet (256, 276, 276') and a fluid outlet (257, 277, 277') located distally to said fluid inlet, said inflation wall encloses an inflation lumen (255, 275, 275') extending axially therealong opened at a distal end thereof into an inner volume of a dilatation balloon (258, 278, 278'); and a guidewire channel (259, 279, 279'), sized to closely fit over a prescribed guidewire (260, 280, 280', GW) for allowing unhindered passing therethrough with said prescribed guidewire, said guidewire channel comprises a channel distal end (261, 281, 281') protruding distally from said balloon with a distal guidewire opening (262, 282, 282'); characterised by said guidewire channel further comprising a channel proximal end (263, 283, 283') with a proximal guidewire opening (264, 284, 284') at said shaft (251, 271, 271', 291) between said fluid inlet (256, 276, 276') and said fluid outlet (257, 277, 277').
Anti-vibration device intended for a railway application, comprising: - a first armature, - a second armature, - a structure for damping vibrations located between the two armatures (10, 20), and - at least one fire barrier layer covering at least partially the damping structure; characterised in that said at least one fire barrier layer is an elastomer with a polychloroprene base comprising at least one flame retardant selected from alumina trihydrate or magnesium hydroxide. - a first armature, - a second armature, - a structure for damping vibrations located between the two armatures (10, 20), and - at least one fire barrier layer covering at least partially the damping structure;
A method of distributed fibre optic sensing comprising: repeatedly interrogating an optical fibre with at least one interrogating pulse of optical radiation and detecting optical radiation which is Rayleigh backscattered from within said optical fibre to form a measurement signal for each of a plurality of sensing portions of said optical fibre; characterized in that the method further comprises: forming a laser noise template based on the measurement signals within a frequency band of interest from a first set of said sensing portions; and applying a correction to the measurement signals from said plurality of sensing portions based on said laser noise template. repeatedly interrogating an optical fibre with at least one interrogating pulse of optical radiation and detecting optical radiation which is Rayleigh backscattered from within said optical fibre to form a measurement signal for each of a plurality of sensing portions of said optical fibre; characterized in that the method further comprises: forming a laser noise template based on the measurement signals within a frequency band of interest from a first set of said sensing portions; and applying a correction to the measurement signals from said plurality of sensing portions based on said laser noise template. forming a laser noise template based on the measurement signals within a frequency band of interest from a first set of said sensing portions; and applying a correction to the measurement signals from said plurality of sensing portions based on said laser noise template.
A respiratory system configured to deliver a respiratory therapy to a patient, the system also configured to provide information related to the patient, the system comprising: a respiratory device comprising a controller, wherein the controller is configured to: receive measurements of a flow rate of a flow of gases, the measured flow rate indicative of the patient's respiration; receive measurements of a second parameter of a gases flow or representative of performance of a component of the device, wherein the second parameter has an assumed effect on the measured flow rate; determine whether the assumed effect is valid; and discard the measured flow rate from a validated flow rate dataset in response to the assumed effect being invalid, the controller configured to use the validated flow rate dataset to make an estimate about the patient that includes an estimate of the patient's respiratory rate. receive measurements of a flow rate of a flow of gases, the measured flow rate indicative of the patient's respiration; receive measurements of a second parameter of a gases flow or representative of performance of a component of the device, wherein the second parameter has an assumed effect on the measured flow rate; determine whether the assumed effect is valid; and discard the measured flow rate from a validated flow rate dataset in response to the assumed effect being invalid, the controller configured to use the validated flow rate dataset to make an estimate about the patient that includes an estimate of the patient's respiratory rate.
A tread for using with a tire, the tread comprising a first circumferential groove, a second circumferential groove, a third circumferential groove and a fourth circumferential groove, the first, second, third, and fourth circumferential grooves (10, 20, 30, 40) defining a first, a second, a third, a fourth and a fifth circumferential rib (110, 120, 130, 140, 150), wherein the first and the fifth circumferential rib (110, 150) are the axially outermost ribs with respect to the equatorial plane of the tread or the tire on which the tread is configured to be used, characterized by the tread further comprising a plurality of incisions (111, 511) extending circumferentially within and fully around the first circumferential rib and a plurality of incisions extending circumferentially within and fully around the fifth circumferential rib, wherein the incisions (111, 511) within the respective circumferential rib (110, 150) each have a width in a range of from 0.8 mm to 1.2 mm, and wherein the first and fifth circumferential rib (110, 150) include a plurality of lateral grooves (112, 152).
Motorcycle wheel tyre, comprising: - a carcass structure comprising at least one carcass ply having opposite end edges associated with respective annular reinforcing structures to form respective beads; - a belt structure arranged in a radially outer position with respect to the carcass structure; - a tread band arranged in a radially outer position with respect to the belt structure and comprising, in an axially inner annular portion thereof, a pair of circumferential grooves arranged on opposite sides with respect to an equatorial plane (X-X) of the tyre; wherein each bead comprises at least one reinforcing element comprising an elastomeric material and having a rigidity in a circumferential direction greater than the rigidity in a radial direction, said at least one reinforcing element further comprising a plurality of reinforcing fibers oriented along said circumferential direction; characterised in that said reinforcing fibers have nanometric dimensions lower than 500 nm. - a carcass structure comprising at least one carcass ply having opposite end edges associated with respective annular reinforcing structures to form respective beads; - a belt structure arranged in a radially outer position with respect to the carcass structure; - a tread band arranged in a radially outer position with respect to the belt structure and comprising, in an axially inner annular portion thereof, a pair of circumferential grooves arranged on opposite sides with respect to an equatorial plane (X-X) of the tyre; wherein each bead comprises at least one reinforcing element comprising an elastomeric material and having a rigidity in a circumferential direction greater than the rigidity in a radial direction, said at least one reinforcing element further comprising a plurality of reinforcing fibers oriented along said circumferential direction; characterised in that said reinforcing fibers have nanometric dimensions lower than 500 nm. wherein each bead comprises at least one reinforcing element comprising an elastomeric material and having a rigidity in a circumferential direction greater than the rigidity in a radial direction, said at least one reinforcing element further comprising a plurality of reinforcing fibers oriented along said circumferential direction; characterised in that said reinforcing fibers have nanometric dimensions lower than 500 nm.
A modified drilling fluid, comprising: - a drilling fluid; and - a hydroxyalkylcarbamate-functional polyamide composition comprising at least one compound represented by formulae,,, and: wherein R 2 - R 5 are independently selected from i) hydrogen, ii) an alkyl group, and iii) a moiety comprising a hydroxyl, halide, aldehyde, ether, ester, carboxylic acid, epoxide, or a combination thereof; and wherein R 1 is a saturated or unsaturated, branched or straight chain, substituted or unsubstituted hydrocarbyl group having from 6 to 24 carbon atoms. - a drilling fluid; and - a hydroxyalkylcarbamate-functional polyamide composition comprising at least one compound represented by formulae,,, and: wherein R 2 - R 5 are independently selected from i) hydrogen, ii) an alkyl group, and iii) a moiety comprising a hydroxyl, halide, aldehyde, ether, ester, carboxylic acid, epoxide, or a combination thereof; and wherein R 1 is a saturated or unsaturated, branched or straight chain, substituted or unsubstituted hydrocarbyl group having from 6 to 24 carbon atoms.
An elevator with a car and at least two safety gears mounted at a distance from one another on the car, as well as an overspeed governor with an activating element controlled by the overspeed governor which, in the event of overspeed, applies a brake actuating force preferably in the form of a tractive force, which is transmitted to the safety gears via a synchronizing device for synchronous triggering, the synchronizing device having a pivot lever for each safety gear which is hinged on its one end side in an hinge area on the clamping body of the safety gear, and is connected on the other side via a synchronizing element to another pivot lever which is assigned to another safety gear, characterized in that a translatory movement is superimposed on the pivot levers relative to their pivot axis, causing said hinge area of the respective pivot lever to perform a resultant movement which is translatory.
A method comprising: receiving a navigation request for a point-of-interest at a geographic location; identifying, via a processor, a plurality of parking locations based on the geographic location; comparing, via the processor, the plurality of parking locations according to a type of the point-of-interest, wherein the type of the point-of-interest includes an estimated parking duration associated with the point-of-interest; selecting, via the processor, a preferred parking location from the plurality of parking locations based on the type of the point-of-interest; and generating a message including the preferred parking location; characterized in that the estimated parking duration is based on past entry and exit times associated with at least one of the plurality of parking locations or the point-of-interest. receiving a navigation request for a point-of-interest at a geographic location; identifying, via a processor, a plurality of parking locations based on the geographic location; comparing, via the processor, the plurality of parking locations according to a type of the point-of-interest, wherein the type of the point-of-interest includes an estimated parking duration associated with the point-of-interest; selecting, via the processor, a preferred parking location from the plurality of parking locations based on the type of the point-of-interest; and generating a message including the preferred parking location; characterized in that the estimated parking duration is based on past entry and exit times associated with at least one of the plurality of parking locations or the point-of-interest.