mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a nozzle for injectors of internal combustion engines, comprising the steps of: - forming nozzle blanks by means of machining, each having a cylindrical surface, a flat reference surface at a first end of said cylindrical surface and a nozzle tip projecting from a second end of said cylindrical surface and having a longitudinal axis, orthogonal to said flat reference surface, - applying a protective disc onto said flat reference surface, - providing a containment tube with a closed first end, - inserting, in sequence, said nozzle blanks into the containment tube, - after the insertion of each nozzle blank into said containment tube, filling the space between the nozzle tip and the inner wall of the containment tube with metal powder, - compacting the metal powder and drawing air from a second end of the containment tube, - subjecting the containment tube to a step of hot isostatic pressing, - successively cutting said containment tube in the transverse direction along cutting sections aligned with said protective discs so as to form separate sections, and - machining said sections so as to form a metallic coating on said nozzle tip. - forming nozzle blanks by means of machining, each having a cylindrical surface, a flat reference surface at a first end of said cylindrical surface and a nozzle tip projecting from a second end of said cylindrical surface and having a longitudinal axis, orthogonal to said flat reference surface, - applying a protective disc onto said flat reference surface, - providing a containment tube with a closed first end, - inserting, in sequence, said nozzle blanks into the containment tube, - after the insertion of each nozzle blank into said containment tube, filling the space between the nozzle tip and the inner wall of the containment tube with metal powder, - compacting the metal powder and drawing air from a second end of the containment tube, - subjecting the containment tube to a step of hot isostatic pressing, - successively cutting said containment tube in the transverse direction along cutting sections aligned with said protective discs so as to form separate sections, and - machining said sections so as to form a metallic coating on said nozzle tip.
A method for visually adaptively camouflaging of objects, whereas the background and/or the environment, before which or in which the object is positioned, is captured as signal data by using a camera or a sensor array, which signal data are evaluated and reproduced on a LED-array, that the signal data are evaluated online in color and intensity of the background by means of control electronics by reducing the resolution by averaging or segmentation and block by block randomization of the pixels, converted into a block pattern and reproduced on a device for camouflaging the object at least in terms of intensity and color by driving the LED-array.
A pull-in device, in particular for sliding doors, drawers or the like, comprising a release part which has a driver receptacle for receiving a driver (30.2) mounted on the sliding door side, for example, wherein the release part can be moved between a first and a second parking position, wherein in the first parking position the release part releases the driver receptacle in a first direction and in the second parking position the release part releases the driver receptacle in a second direction, and wherein between the parking positions the release part can be coupled to two oppositely acting reset devices of the pull-in device, characterised in that the release part is connected to a catch element, the catch element forms a housing-like holder, the holder has a vertical wall section which has integrally moulded connecting sections (41.1) which project to the left and right in the sliding direction and which end in integrally moulded coupling pieces (41.5), wherein on the rear side the coupling pieces (41.5) protrude over the connecting section (41.4), and the coupling pieces (41.5) can each be detachably coupled to a reset device.
A computer implemented method for detecting a feature of interest in a vascular image, the method enabling a processor to carry out the following steps: receiving information from a first imaging modality and transforming information from the first modality into a first coordinate space; receiving information from a second imaging modality and transforming information from the second modality into a second coordinate space; wherein the imaging modality of the first and second imaging modality is selected from a group consisting of: intravascular ultrasound (IVUS), virtual histology intravascular ultrasound (VH-IVUS), optical coherence tomography, x-ray angiography, and magnetic resonance imaging; wherein the first imaging modality is different from the second imaging modality; aligning the first coordinate space and the second coordinate space, thereby combining information from the first imaging modality and the second imaging modality into a combined data set; detecting the feature of interest in the vascular image of an imaging modality selected from the multiple imaging modalities based on the combined data set, wherein detecting the feature of interest comprises training a classifier (804, 905) to detect the feature of interest based on the combined data set; and wherein the feature of interest is detected in an image of one of the first and second imaging modality and this information is used to initialize training a feature detection in an image of the other one of the first and second imaging modality. receiving information from a first imaging modality and transforming information from the first modality into a first coordinate space; receiving information from a second imaging modality and transforming information from the second modality into a second coordinate space; wherein the imaging modality of the first and second imaging modality is selected from a group consisting of: intravascular ultrasound (IVUS), virtual histology intravascular ultrasound (VH-IVUS), optical coherence tomography, x-ray angiography, and magnetic resonance imaging; wherein the first imaging modality is different from the second imaging modality; aligning the first coordinate space and the second coordinate space, thereby combining information from the first imaging modality and the second imaging modality into a combined data set; detecting the feature of interest in the vascular image of an imaging modality selected from the multiple imaging modalities based on the combined data set, wherein detecting the feature of interest comprises training a classifier (804, 905) to detect the feature of interest based on the combined data set; and wherein the feature of interest is detected in an image of one of the first and second imaging modality and this information is used to initialize training a feature detection in an image of the other one of the first and second imaging modality.
Device (4, 4') for detecting wear of a contact wire of a catenary arranged above a railway track, the contact wire being capable of coming into contact with a pantograph of a railway vehicle travelling on said railway track, the detection device (4, 4') comprising a fixing support (40, 40') capable of being rigidly connected to the contact wire, and resilient means (6, 6') connected to the fixing support (40, 40') under resilient tension, the resilient means (6, 6') comprising a fusible portion (63, 63') designed to break in the event of wear of the contact wire, the resilient means (6, 6') being designed so as to deform due to the resilient tension when the fusible portion (63, 63') breaks.
A method for isolating a nucleic acid from a sample, said method comprising: (a) providing a sample comprising a tagged nucleic acid, wherein the tagged nucleic acid comprises a first affinity tag reversibly and covalently associated with a nucleic acid through a first linking moiety; wherein the first affinity tag comprises a first functional tag; and the first linking moiety comprises an imine (-C=N-) bond produced by reaction of a first reagent comprising the first affinity tag and an amine, hydrazone, or hydrazide group with an aldehyde group on the nucleic acid; (b) contacting the sample with a first binding partner to the first functional tag; (c) separating the first binding partner from the sample, thereby isolating the tagged nucleic acid from the sample; and (d) contacting the isolated, tagged nucleic acid with a second reagent comprising an amine, hydrazone, hydrazide, or alkoxyamine group and a second affinity tag under conditions sufficient to exchange the first linking moiety and a second linking moiety to produce a second tagged nucleic acid; wherein the second affinity tag comprises a second functional tag; and the second linking moiety comprises an imine (-C=N-) bond; (e) contacting the second tagged nucleic acid with a second binding partner to the second functional tag; and (f) separating the second binding partner from the nucleic acid that is not associated with the second affinity tag, thereby isolating the nucleic acid. (a) providing a sample comprising a tagged nucleic acid, wherein the tagged nucleic acid comprises a first affinity tag reversibly and covalently associated with a nucleic acid through a first linking moiety; wherein the first affinity tag comprises a first functional tag; and the first linking moiety comprises an imine (-C=N-) bond produced by reaction of a first reagent comprising the first affinity tag and an amine, hydrazone, or hydrazide group with an aldehyde group on the nucleic acid; (b) contacting the sample with a first binding partner to the first functional tag; (c) separating the first binding partner from the sample, thereby isolating the tagged nucleic acid from the sample; and (d) contacting the isolated, tagged nucleic acid with a second reagent comprising an amine, hydrazone, hydrazide, or alkoxyamine group and a second affinity tag under conditions sufficient to exchange the first linking moiety and a second linking moiety to produce a second tagged nucleic acid; wherein the second affinity tag comprises a second functional tag; and the second linking moiety comprises an imine (-C=N-) bond; (e) contacting the second tagged nucleic acid with a second binding partner to the second functional tag; and (f) separating the second binding partner from the nucleic acid that is not associated with the second affinity tag, thereby isolating the nucleic acid.
A method of analyzing tire wear for a vehicle; the method comprising the steps of: (a) characterizing a wear course by driving a vehicle over the wear course and measuring data related to a plurality of forces experienced by the vehicle; (b) creating a vehicle characterization model for a vehicle for which the tire wear is to be analyzed; (c) using the vehicle characterization model to calculate force data that represents the forces that would be experienced by at least one tire of the characterized vehicle if the characterized vehicle were driven over the characterized wear test course; and (d) using the force data with a first tire to create a first set of tire wear data; characterized in that the vehicle characterization model is a computer model for the vehicle, wherein the method further comprises the steps of (e) using the same force data with a second tire, which is different from the first tire, to create a second set of tire wear data; and (f) comparing the first and second sets of tire wear data to determine which of the first and second tires provides better tire wear performance for the characterized vehicle. (a) characterizing a wear course by driving a vehicle over the wear course and measuring data related to a plurality of forces experienced by the vehicle; (b) creating a vehicle characterization model for a vehicle for which the tire wear is to be analyzed; (c) using the vehicle characterization model to calculate force data that represents the forces that would be experienced by at least one tire of the characterized vehicle if the characterized vehicle were driven over the characterized wear test course; and (d) using the force data with a first tire to create a first set of tire wear data; characterized in that the vehicle characterization model is a computer model for the vehicle, wherein the method further comprises the steps of (e) using the same force data with a second tire, which is different from the first tire, to create a second set of tire wear data; and (f) comparing the first and second sets of tire wear data to determine which of the first and second tires provides better tire wear performance for the characterized vehicle.
An antimicrobial composition comprising: a solvent consisting of water; solutes; and at least one surfactant; the composition having a pH of from 7.5 to 10, an osmolarity of from 1.25 to 2.5 Osm/L, and a cationic surfactant loading of from 0.5 to 1.8 g/L; and wherein the solutes consist of the dissociation product(s) of at least one base and one or more salts. a solvent consisting of water; solutes; and at least one surfactant; the composition having a pH of from 7.5 to 10, an osmolarity of from 1.25 to 2.5 Osm/L, and a cationic surfactant loading of from 0.5 to 1.8 g/L; and wherein the solutes consist of the dissociation product(s) of at least one base and one or more salts. the composition having a pH of from 7.5 to 10, an osmolarity of from 1.25 to 2.5 Osm/L, and a cationic surfactant loading of from 0.5 to 1.8 g/L; and wherein the solutes consist of the dissociation product(s) of at least one base and one or more salts.
An ultrasound system comprising: an ultrasound transducer configured to transmit a plurality of ultrasound signals from a plurality of elements in a transducer array to a region of interest; the ultrasound transducer further configured to receive and sample a plurality of backscattered ultrasound signals from the region of interest; a processing unit configured to: calculate a local phase parameter in the time-domain for each of the plurality of backscattered ultrasound signals; calculate a center frequency for each of the local phase parameters of the backscattered ultrasound signals in the time domain; a beamformer, characterized in that the beamformer is configured to perform receiver beamforming by summing the center frequencies, and in that the ultrasound system is further configured to generate at least one parameter representative of a physical property of the region of interest based on the summed center frequencies, wherein the ultrasound system is configured to calculate the local phase parameters and calculate the center frequencies prior to performing receiver beamforming. an ultrasound transducer configured to transmit a plurality of ultrasound signals from a plurality of elements in a transducer array to a region of interest; the ultrasound transducer further configured to receive and sample a plurality of backscattered ultrasound signals from the region of interest; a processing unit configured to: calculate a local phase parameter in the time-domain for each of the plurality of backscattered ultrasound signals; calculate a center frequency for each of the local phase parameters of the backscattered ultrasound signals in the time domain; calculate a local phase parameter in the time-domain for each of the plurality of backscattered ultrasound signals; calculate a center frequency for each of the local phase parameters of the backscattered ultrasound signals in the time domain; a beamformer, characterized in that the beamformer is configured to perform receiver beamforming by summing the center frequencies, and in that the ultrasound system is further configured to generate at least one parameter representative of a physical property of the region of interest based on the summed center frequencies, wherein the ultrasound system is configured to calculate the local phase parameters and calculate the center frequencies prior to performing receiver beamforming.
An agricultural fertilizer deploying system configured for deploying at least partially liquid farm fertilizer, in particular an agricultural implement, said system comprising: - a hold configured to retain a plurality of fertilizer pouches, said fertilizer pouches each enclosing a pre-determined amount of said at least partially liquid farm fertilizer; - a retrieval and dispensing section coupled to said hold, said retrieval and dispensing section being configured to retrieve said fertilizer pouches from the hold and to dispense a retrieved fertilizer pouch in a controllable manner; - a cultivator, and - one or more subsurface injectors each coupled to said retrieval and dispensing section, said subsurface injectors being configured to receive the dispensed fertilizer pouch from said retrieval and dispensing section and to introduce the pre-determined amount of said farm fertilizer into a subsurface deposition region of soil more than 5 cm below the soil surface; wherein each subsurface injector comprises a tube arranged behind a tilling element (28, 46) of the cultivator; wherein each tube is configured to receive the dispensed fertilizer pouch and guide the dispensed fertilizer pouch to said subsurface deposition region of soil. - a hold configured to retain a plurality of fertilizer pouches, said fertilizer pouches each enclosing a pre-determined amount of said at least partially liquid farm fertilizer; - a retrieval and dispensing section coupled to said hold, said retrieval and dispensing section being configured to retrieve said fertilizer pouches from the hold and to dispense a retrieved fertilizer pouch in a controllable manner; - a cultivator, and - one or more subsurface injectors each coupled to said retrieval and dispensing section, said subsurface injectors being configured to receive the dispensed fertilizer pouch from said retrieval and dispensing section and to introduce the pre-determined amount of said farm fertilizer into a subsurface deposition region of soil more than 5 cm below the soil surface; wherein each subsurface injector comprises a tube arranged behind a tilling element (28, 46) of the cultivator; wherein each tube is configured to receive the dispensed fertilizer pouch and guide the dispensed fertilizer pouch to said subsurface deposition region of soil.
A composition including graphite oxide, characterised in that the composition comprises an infrared absorbing compound selected from an infrared pigment, or an infrared dye including a conjugated system having its main absorption in the infrared region, and is present in the composition in an amount between 5 and 50 % by weight.
A syringe pump including infusion means for infusing a medicinal solution in a syringe at a rate input by setting input means by driving a slider assembly after a syringe main body filled with the medicinal solution is fixed and the syringe plunger is mounted on the slider assembly, occlusion detection means, disposed in said infusion means, for detecting an occluded state in an infusion system including the syringe by detecting an internal syringe pressure, syringe volume detection means for detecting a syringe volume, accumulated quantity calculation means for calculating an accumulated quantity of infusion, and internal pressure reduction means for reducing the internal syringe pressure by driving the slider assembly in a direction opposite to an infusing direction when the occluded state is greater than or equal to a specified value, characterized by comprising forced termination means (S35-S39) for stopping operation of said internal pressure reduction means when the accumulated quantity is reduced in response to operation of said internal pressure reduction means and becomes less than or equal to a specified value.
Dropping device for test specimens for detection systems for multi-head weighing machines, comprising: at least one magazine (2, 20) adapted to receive at least one test specimen therein, wherein at least two test specimen storage openings (4, 4'; 40, 40') are provided in the magazine (2, 20), which openings extend through the magazine (2, 20) from top to bottom; a limiting device arranged below the magazine, characterized in that the limiting deice has a recess having at least the same cross-section as a test specimen; and that the dropping device contains a drive adapted to move the magazine (2, 20) so that different test specimen storage openings (4, 4'; 40, 40') can be positioned above the recess of the limiting device. at least one magazine (2, 20) adapted to receive at least one test specimen therein, wherein at least two test specimen storage openings (4, 4'; 40, 40') are provided in the magazine (2, 20), which openings extend through the magazine (2, 20) from top to bottom; a limiting device arranged below the magazine, characterized in that the limiting deice has a recess having at least the same cross-section as a test specimen; and that the dropping device contains a drive adapted to move the magazine (2, 20) so that different test specimen storage openings (4, 4'; 40, 40') can be positioned above the recess of the limiting device.
A method for controlling a three-phase inverter according to a 120° control arrangement associated with a PWM type control without active synchronous rectification, the inverter being driven by a controller and configured to electrically supply a permanent magnet synchronous motor of an on-board equipment in an aircraft, said motor comprising a stator and a rotor configured to be rotated relative to the stator when the motor is electrically supplied, the inverter comprising three branches (31, 32, 33), each having two switches (310, 311, 320, 321 and 330, 331) associated with a motor winding in a 120° control arrangement of a three-phase inverter, each switch comprising a transistor and a diode arranged in antiparallel, characterized in that when a switch of a branch is controlled - during a first time interval when the angle formed between the stator and rotor is within a first angular sector of the control arrangement at 120° by a signal configured to maintain the switch in an ON state or by a PWM signal and, - during a second time interval when the angle formed between the stator and rotor is in a second angular sector following the first angular sector in the 120° control arrangement by a signal configured to maintain the switch in a OFF state, the other switch of said branch is controlled on passage of the angle formed between the stator and rotor from the first angular sector to the second angular sector to be in the ON state so as to pass an electric current through the motor winding associated with said branch and the transistor of the other switch for a time sufficient for magnetic discharge of the motor winding associated with said branch. - during a first time interval when the angle formed between the stator and rotor is within a first angular sector of the control arrangement at 120° by a signal configured to maintain the switch in an ON state or by a PWM signal and, - during a second time interval when the angle formed between the stator and rotor is in a second angular sector following the first angular sector in the 120° control arrangement by a signal configured to maintain the switch in a OFF state,
Rear spoiler for a vehicle, in particular a motor vehicle, which rear spoiler is rigidly connected to a vehicle body or a tailgate or rear door of the vehicle, the rear spoiler having a spoiler base body to which two or more spoiler lips (11a, 11b, 11c) are assigned or assignable which respectively form a wind separating edge and from which a selection can be made or which can be exchanged for one another, characterized in that the spoiler base body is formed by two shell elements (9a, 9b), which are rigidly connected both to one another and to the vehicle body or to the tailgate or rear door of the vehicle and form a closed hollow profile.