mhurhangee/ep-ind-claims huggingface dataset:
A tubular connecting arrangement characterized by: a first tubular having a first shoulder and first threads; a second tubular having a second shoulder and second threads, the second tubular having a minimum inner radial dimension and configured to accept a tool having an outer radial dimension that fits within the minimum inner radial dimension of the second tubular; a seal designed to be sealingly engageable to both the first shoulder and the second shoulder; an insert designed to be threadably engageable to the second tubular and configured to provide radial support to the second tubular, wherein the minimum inner radial dimension of the second tubular is greater than a minimum inner radial dimension of the insert; and a sleeve designed to be threadably engageable with both the first threads and the second threads in response to being rotated in a same direction relative to both the first tubular and the second tubular such that the first shoulder and the second shoulder are moved toward one another to compress the seal therebetween without rotational movement of the first tubular relative to the second tubular, the arrangement being configured to maintain a selected minimum gap dimension for the seal between the first shoulder and the second shoulder. a first tubular having a first shoulder and first threads; a second tubular having a second shoulder and second threads, the second tubular having a minimum inner radial dimension and configured to accept a tool having an outer radial dimension that fits within the minimum inner radial dimension of the second tubular; a seal designed to be sealingly engageable to both the first shoulder and the second shoulder; an insert designed to be threadably engageable to the second tubular and configured to provide radial support to the second tubular, wherein the minimum inner radial dimension of the second tubular is greater than a minimum inner radial dimension of the insert; and a sleeve designed to be threadably engageable with both the first threads and the second threads in response to being rotated in a same direction relative to both the first tubular and the second tubular such that the first shoulder and the second shoulder are moved toward one another to compress the seal therebetween without rotational movement of the first tubular relative to the second tubular, the arrangement being configured to maintain a selected minimum gap dimension for the seal between the first shoulder and the second shoulder.
A calibration curve display method comprising: measuring a standard sample that contains a known concentration of a component, and creating a calibration curve before being validated, based on a measurement result of the standard sample and the known concentration of the component in the standard sample; measuring a quality control sample that contains a component having a known concentration, and obtaining a quality control result representing a concentration of the component in the quality control sample by converting a measurement result of the quality control sample into concentration based on the calibration curve before being validated; characterized in that the method further comprises: displaying a screen including the calibration curve before being validated and the quality control result, wherein the screen includes a button for receiving an operation of validating a calibration curve; and upon receiving an operation of validating a calibration curve via the button, registering the calibration curve before being validated that has been displayed on the screen, as a calibration curve to be used in measurement of a specimen. measuring a standard sample that contains a known concentration of a component, and creating a calibration curve before being validated, based on a measurement result of the standard sample and the known concentration of the component in the standard sample; measuring a quality control sample that contains a component having a known concentration, and obtaining a quality control result representing a concentration of the component in the quality control sample by converting a measurement result of the quality control sample into concentration based on the calibration curve before being validated; characterized in that the method further comprises: displaying a screen including the calibration curve before being validated and the quality control result, wherein the screen includes a button for receiving an operation of validating a calibration curve; and upon receiving an operation of validating a calibration curve via the button, registering the calibration curve before being validated that has been displayed on the screen, as a calibration curve to be used in measurement of a specimen. displaying a screen including the calibration curve before being validated and the quality control result, wherein the screen includes a button for receiving an operation of validating a calibration curve; and upon receiving an operation of validating a calibration curve via the button, registering the calibration curve before being validated that has been displayed on the screen, as a calibration curve to be used in measurement of a specimen.
A device for connecting two components (A, B) in a desired relative alignment, comprising a first perforated plate (1, 1', 10), a first rotary disk (12, 12', 9) and a screw (2, 2', 7), wherein the first perforated plate (1, 1', 10) can be anchored in a first of the two components (A, B) bordering a surface of this component, and is provided with a hole (11, 11', 13), wherein the first rotary disk (12, 12', 9) is rotatably and outwardly held in the hole (11, 11', 13) of the first perforated plate (1, 1', 10), wherein the first rotary disk (12, 12', 9) is provided with an opening (111, 111', 91), and wherein the screw (2, 2', 7) is dimensioned for piercing through the opening (111, 111', 91), - the opening is an oblong hole (111, 111', 91), and the screw (2, 2', 7) can be displaced along the latter, wherein - the first rotary disk (12, 12', 9) can be pivoted relative to the first perforated plate (1, 1', 10) and/or the screw (2, 2', 7) can be pivoted relative to the first rotary disk (12, 12', 9) by up to 10° by means of corresponding spherical collar surfaces, or - the first rotary disk (12, 12', 9) can be held in the hole (11, 11', 13) of the first perforated plate (1, 1', 10) and/or the screw (2, 2', 7) can be held relative to the first rotary disk (12, 12', 9), with clearance and tilted by up to 10°, so that components that are not arranged parallel to each other can be aligned relative to each other. - the opening is an oblong hole (111, 111', 91), and the screw (2, 2', 7) can be displaced along the latter, wherein - the first rotary disk (12, 12', 9) can be pivoted relative to the first perforated plate (1, 1', 10) and/or the screw (2, 2', 7) can be pivoted relative to the first rotary disk (12, 12', 9) by up to 10° by means of corresponding spherical collar surfaces, or - the first rotary disk (12, 12', 9) can be held in the hole (11, 11', 13) of the first perforated plate (1, 1', 10) and/or the screw (2, 2', 7) can be held relative to the first rotary disk (12, 12', 9), with clearance and tilted by up to 10°, so that components that are not arranged parallel to each other can be aligned relative to each other.
A method for calibrating laser pulses from a laser eye surgery system, the laser eye surgery system having an image capture device oriented for imaging an eye during laser eye surgery of the eye, the method comprising: imaging a known object with the image capture device of the laser eye surgery system; removing the known object after imaging; directing a pulsed laser beam of the laser eye surgery system onto a calibration surface so as to leave a mark on the calibration surface; imaging the mark on the calibration surface with the image capture device of the laser eye surgery system; and calibrating a laser beam cross-sectional shape, a laser beam cross-sectional location, and/or a laser beam cross-sectional size of the laser eye surgery system by comparing the image of the mark on the calibration surface to the image of the known object. imaging a known object with the image capture device of the laser eye surgery system; removing the known object after imaging; directing a pulsed laser beam of the laser eye surgery system onto a calibration surface so as to leave a mark on the calibration surface; imaging the mark on the calibration surface with the image capture device of the laser eye surgery system; and calibrating a laser beam cross-sectional shape, a laser beam cross-sectional location, and/or a laser beam cross-sectional size of the laser eye surgery system by comparing the image of the mark on the calibration surface to the image of the known object.
Thermostatic valve actuator for a system, in particular a thermostatic valve actuator for hot-water heating systems, specifically a thermostatic valve actuator for service water heating devices, having a control element (15, 16) which changes depending on temperature, an actuator element which uses the change in the control element (12, 16) to regulate the system, and at least one influencing device which influences the regulating characteristics of the control element (15, 16), the influencing device having at least one electric motor and influencing the regulating characteristics of the control element (15, 16) by means of preloading an elastic coupling device, and the control element (15, 16) having a bottom valve piston in contact with the interior of a fluid-filled capsule with variable internal volume, characterized in that the influencing device is connected on one side to the elastic coupling device, and the coupling device in turn makes contact with the bottom valve piston by way of its other end.
A method for detecting a change in an orientation of a foundation of a structure, the method comprising: measuring inclination of the foundation by measuring an orientation of each of one or more inclination sensors relative to a gravitational acceleration vector; reporting the respective orientations of the each of the one or more inclination sensors relative to the gravitational acceleration vector; and characterized by based on the reported orientations, controlling application of water to the foundation of the structure based upon commands received from a remote command authority (114, 120). measuring inclination of the foundation by measuring an orientation of each of one or more inclination sensors relative to a gravitational acceleration vector; reporting the respective orientations of the each of the one or more inclination sensors relative to the gravitational acceleration vector; and characterized by based on the reported orientations, controlling application of water to the foundation of the structure based upon commands received from a remote command authority (114, 120).
2-( -2-Methylpyrrolidin-2-yl)-1H-benzimidazole-4-carboxamide Crystalline Form 2 which, when measured at -100°C ±2°C in the trigonal crystal system and P3 2 space group with radiation at 0.7107 Å, is characterized by respective lattice parameter values a, b and c of 8.599Å ± 0.002Å, 8.599Å ± 0.002 Å and 14.526Å ± 0.006 Å and respective α, β and γ values of 90°, 90° and 120°.
A method of producing 3-hydroxyadipic acid, said method comprising the step of culturing at least one type of microorganism having a capacity to produce 3-hydroxyadipic acid, selected from the group consisting of microorganisms belonging to the genera Escherichia, Pseudomonas, Hafnia, Corynebacterium, Bacillus, Streptomyces, Cupriavidus, Acinetobacter, Alcaligenes, Nocardioides, Brevibacterium, Delftia, Shimwellia, Aerobacter, and Rhizobium, and recovering the produced 3-hydroxyadipic acid, wherein a medium with which said microorganism is cultured contains at least one carbon source selected from the group consisting of saccharides, succinic acid, 2-oxoglutaric acid, and glycerol, and 3-hydroxyadipic acid is produced using a metabolic pathway of said microorganism.
A method of detecting human Pegivirus 2 (HPgV-2) infection in a subject comprising: a) contacting a sample from a subject suspected of containing a subject antibody to HPgV-2 with a peptide, wherein said peptide has at least 85% identity to a portion of any one of SEQ ID NOs:2-11, 76-85, 86-99, 100-218, 304-353, 420-429, or 431-440 and wherein said portion is at least 10 amino acids in length, and wherein said peptide specifically binds said subject antibody to form a complex; and b) detecting the presence of said complex, thereby detecting the presence of past or present HPgV-2 infection in said subject. a) contacting a sample from a subject suspected of containing a subject antibody to HPgV-2 with a peptide, wherein said peptide has at least 85% identity to a portion of any one of SEQ ID NOs:2-11, 76-85, 86-99, 100-218, 304-353, 420-429, or 431-440 and wherein said portion is at least 10 amino acids in length, and wherein said peptide specifically binds said subject antibody to form a complex; and b) detecting the presence of said complex, thereby detecting the presence of past or present HPgV-2 infection in said subject.
Pneumatic vehicle tyre, in particular for commercial vehicles, comprising a radial carcass, a multi-ply breaker belt and a tread, which has, in the area in contact with the ground, a central portion (8, 8', 8") of a first rubber composition and two shoulder portions (7, 7', 7") of a second rubber composition, the two rubber compositions differing in their rebound value at room temperature, characterized in that the rubber composition in the shoulder portions (7, 7', 7") has a rebound value at room temperature that is at least 2% higher than the rubber composition in the central portion (8, 8', 8").
Transmission unit for a food processor, which has an input shaft on the drive side, one or more first output shafts (5, 18) on the driven side, which project at an upper side of the transmission unit, a rotary carrier unit arranged in the lower region of the transmission unit, one or more coupling pieces (22, 24, 52, 53, 58, 61), mounted in the rotary carrier unit, for second driven-side output shafts at a lower side of the transmission unit, wherein the transmission unit has three or more gear stages (7, 8, 9, 10, 45, 46,54) that are arranged one above the other and are constructed to convert a rotation of the drive-side input shaft into a respective rotation of the first driven-side output shafts (5, 18), the coupling pieces (22, 24, 52, 53, 58, 61) for second driven-side output shafts, and the rotary carrier unit.
A heat exchanger, comprising - a plurality of flat tubes arranged in a first row in a main extension plane of the heat exchanger, the flat tubes having a respective main extension plane and being configured to conduct a heat transfer medium; - a plurality of plate fins arranged in a second row in the main extension plane of the heat exchanger, where the second row extends in a direction transverse to the direction of the first row; - a plurality of guiding structures for guiding condensed water off the tubes, where each guiding structure extends between two plate fins along a corresponding tube; characterized in that - each guiding structure comprises at least a first guiding plate with a first main extension plane and a second guiding plate with a second main extension plane, where - the first main extension plane is tilted with respect to the main extension plane of the flat tube around a longitudinal axis of the flat tube by a first tilt angle a1; and - the second main extension plane is tilted with respect to the main extension plane of the flat tube around the longitudinal axis of the flat tube by a second tilt angle a2; - with 0 degrees < a1 < a2 < 90 degrees. - a plurality of flat tubes arranged in a first row in a main extension plane of the heat exchanger, the flat tubes having a respective main extension plane and being configured to conduct a heat transfer medium; - a plurality of plate fins arranged in a second row in the main extension plane of the heat exchanger, where the second row extends in a direction transverse to the direction of the first row; - a plurality of guiding structures for guiding condensed water off the tubes, where each guiding structure extends between two plate fins along a corresponding tube; characterized in that - each guiding structure comprises at least a first guiding plate with a first main extension plane and a second guiding plate with a second main extension plane, where - the first main extension plane is tilted with respect to the main extension plane of the flat tube around a longitudinal axis of the flat tube by a first tilt angle a1; and - the second main extension plane is tilted with respect to the main extension plane of the flat tube around the longitudinal axis of the flat tube by a second tilt angle a2; - with 0 degrees < a1 < a2 < 90 degrees.
A thermal transfer printer comprising a pressure roller and a thermal print head, wherein the thermal transfer printer is configured to lead pre-aligned cable ties through a gap formed between the pressure roller and the thermal print head and characterized in that an identification section of a respective cable tie can be printed by means of a transfer film in this process, said transfer film likewise being led through the gap, with the gap having a partial cross-sectional extension for a passage of a respective cable tie head in the lead-through direction through the gap.
A method for dynamically balancing processing of sensor-based data and signals in vehicles, comprising the following operations performed via one or more processors associated with a device within the vehicle: receiving signals associated with sensors in the vehicle, transmitting the signals over a network, to a control center, for offboard processing; making a request for authorization to process the signals onboard the vehicle; receiving a response to the request; and selectively processing the signals onboard the vehicle based on the response, characterised in that the request is made in response to an increase in required processing at the control center, and in that the increase in required processing is determined based on at least one of a location of the vehicle, a weather condition, a traffic condition, a meteo condition, and historical driver behavior. receiving signals associated with sensors in the vehicle, transmitting the signals over a network, to a control center, for offboard processing; making a request for authorization to process the signals onboard the vehicle; receiving a response to the request; and selectively processing the signals onboard the vehicle based on the response,
Interface device for transmitting electrical power from an external voltage supply to an agricultural working machine, comprising a generator unit (20, 40) attached to the agricultural working machine, said generator unit having an electric machine for generating an AC voltage, a first converter for feeding the AC voltage to a DC link as DC voltage, and a second converter for transmitting the DC voltage of the DC link to an attachment device operated by the working machine as AC voltage, and adapter means for electrically connecting the external voltage supply to one of the converters in order to feed an AC voltage of the external voltage supply to the DC link as DC voltage by means of the converter.
A detoxification treatment method for extracting and recycling chromium from hexavalent chromium-containing residues, characterized in that, the detoxification treatment method comprises steps as follows: 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; and the mineralizers are sodium sulfate, sodium chlorate and sulfuric acid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing filtered residues with water and then drying; 6) precipitating the supernatant and the water used for washing the filtered residues with a precipitant CaCl 2, then centrifugally washing, dewatering and drying the precipitates; and 7) recycling a chromium-containing solution for returning to a work section, or for a treatment of recycling chromium. 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; and the mineralizers are sodium sulfate, sodium chlorate and sulfuric acid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing filtered residues with water and then drying; 6) precipitating the supernatant and the water used for washing the filtered residues with a precipitant CaCl 2, then centrifugally washing, dewatering and drying the precipitates; and 7) recycling a chromium-containing solution for returning to a work section, or for a treatment of recycling chromium.
A patient treatment device, comprising: a controller; a memory; a first sensor (4272, 4274, 4276, 4278, 4279), wherein the first sensor is configured to collect a first type of data from a patient, and the collected first type of data is stored in the memory, the collected first type of data including low resolution data of the first type of data collected at a lower sampling rate and higher resolution data of the first type of data collected at a higher sampling rate; a second sensor (4272, 4274, 4276, 4278, 4279), wherein the second sensor is configured to collect a second type of data from the patient; and a transmitter, wherein the transmitter is controlled by the controller to send either low resolution data of the first type of data or high resolution data to an external system (110, 412), wherein the high resolution data includes the higher resolution data of the first type of data and the collected second type of data; wherein the first sensor (4272, 4274, 4276, 4278, 4279) is configured to collect higher resolution data of the first type, the second sensor is configured to collect the second type of data, and the transmitter is controlled to send collected high resolution data based on the occurrence of an event detected based on the low resolution data. a controller; a memory; a first sensor (4272, 4274, 4276, 4278, 4279), wherein the first sensor is configured to collect a first type of data from a patient, and the collected first type of data is stored in the memory, the collected first type of data including low resolution data of the first type of data collected at a lower sampling rate and higher resolution data of the first type of data collected at a higher sampling rate; a second sensor (4272, 4274, 4276, 4278, 4279), wherein the second sensor is configured to collect a second type of data from the patient; and a transmitter, wherein the transmitter is controlled by the controller to send either low resolution data of the first type of data or high resolution data to an external system (110, 412), wherein the high resolution data includes the higher resolution data of the first type of data and the collected second type of data; wherein the first sensor (4272, 4274, 4276, 4278, 4279) is configured to collect higher resolution data of the first type, the second sensor is configured to collect the second type of data, and the transmitter is controlled to send collected high resolution data based on the occurrence of an event detected based on the low resolution data.