mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring a subject undergoing a treatment or therapy for an aberrant immune response to determine whether the subject is responsive to the treatment or therapy comprising detecting a level of expression, activity and/or function of a signature gene or one or more products of a signature gene in the absence of the treatment or therapy and comparing the level of expression, activity and/or function of a signature gene or one or more products of a signature gene in the presence of the treatment or therapy, wherein a difference in the level of expression, activity and/or function of the signature gene or one or more products of the signature gene in the presence of the treatment or therapy indicates whether the patient is responsive to the treatment or therapy, wherein the signature gene is IL17A and wherein the treatment or therapy is specific for BHLHE40 and is an anti-BHLHE40 antibody.
An easy-to-clean separable purification core, the purification core being disposed in an air purifier, the purification core consisting of an inner cavity lining body as well as a collector module and a repeller module therein detachably connected with each other, wherein the collector module comprises a first collector unit, the first collector unit provided with parallel collector pieces; the repeller module is an integrally molded structure and is fixedly connected opposite to the inner cavity lining body, the repeller module is provided with a holding chamber for inserting the corresponding collector module therein, parallel repeller pieces corresponding to a total number of the collector pieces are provided in the holding chamber, and spacing between two adjacent repeller pieces is 2a; and when the purification core is in an assembled state, the collector module, the repeller module and the inner cavity lining body are nested to form an integral body, and the collector pieces and the repeller pieces are provided alternatively and sequentially at spacing a, wherein a is the grid spacing constant of the air purifier; characterized in that the collector module further comprises a second collector unit, wherein the first and second collector units (21, 22) are vertically nested and assembled and detachable from each other, the second collector unit is provided with parallel collector pieces, and the spacing between two adjacent collector pieces of each of the first and second collector units (21, 22) is 4a. the collector module comprises a first collector unit, the first collector unit provided with parallel collector pieces; the repeller module is an integrally molded structure and is fixedly connected opposite to the inner cavity lining body, the repeller module is provided with a holding chamber for inserting the corresponding collector module therein, parallel repeller pieces corresponding to a total number of the collector pieces are provided in the holding chamber, and spacing between two adjacent repeller pieces is 2a; and when the purification core is in an assembled state, the collector module, the repeller module and the inner cavity lining body are nested to form an integral body, and the collector pieces and the repeller pieces are provided alternatively and sequentially at spacing a, wherein a is the grid spacing constant of the air purifier; characterized in that the collector module further comprises a second collector unit, wherein the first and second collector units (21, 22) are vertically nested and assembled and detachable from each other, the second collector unit is provided with parallel collector pieces, and the spacing between two adjacent collector pieces of each of the first and second collector units (21, 22) is 4a.
A hot metal gas forming and quenching system, comprising a hydraulic press, a die assembly, a rapid heating module and a rapid cooling module, wherein the die assembly, the rapid heating module and the rapid cooling module are arranged on the hydraulic press or around the hydraulic press; wherein the die assembly comprises a core component and automatic loading and unloading modules; the automatic loading and unloading modules are respectively arranged on two sides of the core component to load and unload the workpieces for the core component, the core component comprises a lower die bottom plate, a lower die holder, a lower die insert, an upper die top plate, an upper die holder, an upper die insert, a progressive die for realizing hot gas bulging and rapid cooling of workpieces, side pushing sealing oil cylinder modules and electrode compression cylinder modules; the lower die holder, the lower die insert, the progressive die, the upper die insert, the upper die holder and the upper die top plate are arranged on the lower die bottom plate sequentially from top to bottom; the progressive die comprises a heating station and a hot gas bulging and quenching station; characterized in that the progressive die comprises a feeding bottom plate, a feeding module and a feeding pallet, the feeding module drives the feeding bottom plate to translate from side to side, and drives the feeding pallet to move up and down; the feeding module comprises progressive die drives, progressive die drive guide bars, lifting hydraulic cylinders, rotatable compression cylinders and rotatable pressure plates, the feeding pallet is provided with a plurality of die cavities for accommodating ends of the workpieces, and with a plurality of hole slots for accommodating the rotatable compression cylinders.
A method comprising: providing a fluid delivery system that includes a medical fluid container, a fluid pressurizing unit, and a fluid transfer set, wherein the fluid transfer set is connected to transfer a fluid from the medical fluid container to the fluid pressurizing unit; drawing the fluid from the medical fluid container, through the fluid transfer set, and into the fluid pressurizing unit so that the fluid transfer set and fluid pressurizing unit are filled with the fluid; placing a discharge outlet of the fluid pressurizing unit in fluid communication with a fluid reservoir containing a tracking fluid, wherein the tracking fluid contains a tracking agent, and wherein the fluid reservoir is blocked so that the fluid pressurizing unit cannot draw the fluid from the medical fluid container and discharge the fluid into the fluid reservoir; operating the fluid pressurizing unit so as to pressurize a portion of the fluid in the fluid pressurizing unit; extracting one or more samples of the fluid from at least one of the medical fluid container, the fluid transfer set, and the fluid pressurizing unit; and analyzing the one or more samples to determine a concentration of the tracking agent in the at least one of the medical fluid container, the fluid transfer set, and the fluid pressurizing unit. providing a fluid delivery system that includes a medical fluid container, a fluid pressurizing unit, and a fluid transfer set, wherein the fluid transfer set is connected to transfer a fluid from the medical fluid container to the fluid pressurizing unit; drawing the fluid from the medical fluid container, through the fluid transfer set, and into the fluid pressurizing unit so that the fluid transfer set and fluid pressurizing unit are filled with the fluid; placing a discharge outlet of the fluid pressurizing unit in fluid communication with a fluid reservoir containing a tracking fluid, wherein the tracking fluid contains a tracking agent, and wherein the fluid reservoir is blocked so that the fluid pressurizing unit cannot draw the fluid from the medical fluid container and discharge the fluid into the fluid reservoir; operating the fluid pressurizing unit so as to pressurize a portion of the fluid in the fluid pressurizing unit; extracting one or more samples of the fluid from at least one of the medical fluid container, the fluid transfer set, and the fluid pressurizing unit; and analyzing the one or more samples to determine a concentration of the tracking agent in the at least one of the medical fluid container, the fluid transfer set, and the fluid pressurizing unit.
A sand-free powder adhesive composition comprising: cement; a dispersible polymer powder; and expanded perlite, wherein at least 30% volume of the sand-free powder adhesive is expanded perlite; characterized in that said cement is at a ratio of between 800-950% of the mass of said expanded perlite. cement; a dispersible polymer powder; and expanded perlite, wherein at least 30% volume of the sand-free powder adhesive is expanded perlite; characterized in that said cement is at a ratio of between 800-950% of the mass of said expanded perlite.
A method for processing data comprising: receiving, by a microprocessor, audio data via a first network, wherein the audio data comprises a message of a first type sent by a caller to a user; transforming, by the microprocessor, the audio data to a first format; filtering the audio data in the first format, comprising searching for predetermined words in the audio data; transforming, by the microprocessor, the audio data to a second format, wherein transforming the audio data comprises generating a rough transcription based on the predetermined words, wherein the rough transcription facilitates the user determining an appropriate response to the message of the first type; generating, by the microprocessor, a message of a second type, wherein the message of the second type includes the transformed audio data in the second format, wherein the message of the second type further includes the filtered audio data in the first format; sending, by the microprocessor, the message of the second type to the user via a second network; receiving, by the microprocessor, a request from the user to provide the user a refined transcription of the message of the first type; in response to the request, placing, by the microprocessor, the audio data in the first format on a file server; and sending, by the microprocessor, a notification to a transcriber, wherein the notification includes the request and directions to the file server. receiving, by a microprocessor, audio data via a first network, wherein the audio data comprises a message of a first type sent by a caller to a user; transforming, by the microprocessor, the audio data to a first format; filtering the audio data in the first format, comprising searching for predetermined words in the audio data; transforming, by the microprocessor, the audio data to a second format, wherein transforming the audio data comprises generating a rough transcription based on the predetermined words, wherein the rough transcription facilitates the user determining an appropriate response to the message of the first type; generating, by the microprocessor, a message of a second type, wherein the message of the second type includes the transformed audio data in the second format, wherein the message of the second type further includes the filtered audio data in the first format; sending, by the microprocessor, the message of the second type to the user via a second network; receiving, by the microprocessor, a request from the user to provide the user a refined transcription of the message of the first type; in response to the request, placing, by the microprocessor, the audio data in the first format on a file server; and sending, by the microprocessor, a notification to a transcriber, wherein the notification includes the request and directions to the file server.
A mobile X-ray unit comprising a base for accommodating a control unit and a power supply, further comprising an articulated displaceable arm supporting an X-ray applicator having an X-ray tube (22, 35, 100) for emitting an X-ray beam through a collimator and an exit window causing the generated X-ray beam to propagate parallel to the longitudinal axis of the X-ray tube (22, 35, 100), for irradiating an object, wherein the X-ray unit further comprises a phantom-based dosimetry system (9a, 9b, 61, 100) including a body of tissue equivalent material, the dosimeter system being screwed, clicked or slide to the X-ray applicator to form an affixed formation; and being adapted to perform a real-time dosimetry check of the X-ray beam. a base for accommodating a control unit and a power supply, further comprising an articulated displaceable arm supporting an X-ray applicator having an X-ray tube (22, 35, 100) for emitting an X-ray beam through a collimator and an exit window causing the generated X-ray beam to propagate parallel to the longitudinal axis of the X-ray tube (22, 35, 100), for irradiating an object, wherein the X-ray unit further comprises a phantom-based dosimetry system (9a, 9b, 61, 100) including a body of tissue equivalent material, the dosimeter system being screwed, clicked or slide to the X-ray applicator to form an affixed formation; and being adapted to perform a real-time dosimetry check of the X-ray beam.
An activating device for a downhole tool, the activating device comprising: a body having at least one piston slidably mounted in the body for movement between an inward deactivated position and an outwardly deployed activated position, wherein at least one said piston comprises an aperture formed therein; activating means for delivering a supply of fluid under pressure in order to urge at least one said piston outwardly into the deployed activated position; and characterised by at least one retainer removably mountable in a keyway formed in the inside of the body to project into said aperture in both the inward deactivated position and outwardly deployed activated position to prevent removal of the corresponding piston from the body and resist rotation of the piston relative to the body. a body having at least one piston slidably mounted in the body for movement between an inward deactivated position and an outwardly deployed activated position, wherein at least one said piston comprises an aperture formed therein; activating means for delivering a supply of fluid under pressure in order to urge at least one said piston outwardly into the deployed activated position; and characterised by at least one retainer removably mountable in a keyway formed in the inside of the body to project into said aperture in both the inward deactivated position and outwardly deployed activated position to prevent removal of the corresponding piston from the body and resist rotation of the piston relative to the body.
Gas purification system (2, 20), in particular for separating at least one pollutant from a flue gas, having at least one gas purification stage (1, 21), wherein the at least one gas purification stage (1, 21) comprises at least one raw gas supply (9, 26) for supplying raw gas (8, 25) to be purified, and a clean gas discharge (10, 32) for discharging clean gas (11, 31) purified in the gas purification stage (1, 21), wherein the at least one gas purification stage (1, 21) comprises a reactant supply (5, 22) for supplying liquid reactant (4, 24) for separating pollutants in the at least one gas purification stage (1, 21), characterised in that the clean gas return (12, 33) for returning a part of the clean gas (11, 31) discharged through the clean gas discharge (10, 32) back into the at least one gas purification stage (1, 21) is provided.
A seal forming a pipe or tube penetration or transition, the seal is formed of two halves forming at least one central opening for a pipe or tube when the seal halves are brought together, characterized in that each seal half has the form of two base parts (1a, 1b) between which a layer of intumescent material is placed, with mechanical means, each having the form of half a ring, located in between the base parts (1a, 1b) mechanically separating the base parts (1a, 1b) during axial compression and that a front fitting and a rear fitting, respectively, is arranged at opposing ends of the base parts (1a, 1b), which fittings (2, 3) are connected to each other by means of screws received in through openings of the base parts (1a, 1b) and the layer of intumescent material.
A precision navigation system for optimizing an error correction message for interoperable train control messaging transport (ITCM), comprising: a rover configured to: determine satellite identification information based on satellites in view of the rover, and transmit the satellite information to a back office server; a reference station configured to: receive error correction data from satellites in view of the reference station, transmit the error correction data to the BO server; and the back office server configured to: simultaneously receive: a first message containing error correction data from the reference station, and a second message containing satellite identification information from the rover, determine satellites that are common to the error correction data and the satellite identification information, normalize the error correction data based on the determined satellites, generate a standardized error correction message based on the normalized data of the determined satellites, and transmit the standardized error correction message to the rover. a rover configured to: determine satellite identification information based on satellites in view of the rover, and transmit the satellite information to a back office server; determine satellite identification information based on satellites in view of the rover, and transmit the satellite information to a back office server; a reference station configured to: receive error correction data from satellites in view of the reference station, transmit the error correction data to the BO server; and receive error correction data from satellites in view of the reference station, transmit the error correction data to the BO server; and the back office server configured to: simultaneously receive: a first message containing error correction data from the reference station, and a second message containing satellite identification information from the rover, determine satellites that are common to the error correction data and the satellite identification information, normalize the error correction data based on the determined satellites, generate a standardized error correction message based on the normalized data of the determined satellites, and transmit the standardized error correction message to the rover. simultaneously receive: a first message containing error correction data from the reference station, and a second message containing satellite identification information from the rover, a first message containing error correction data from the reference station, and a second message containing satellite identification information from the rover, determine satellites that are common to the error correction data and the satellite identification information, normalize the error correction data based on the determined satellites, generate a standardized error correction message based on the normalized data of the determined satellites, and transmit the standardized error correction message to the rover.
Method for displaying lane information in a vehicle, in which the current position of the vehicle on a route is detected, a number of lanes that are present at the current position in the direction of travel of the vehicle on the route is determined, the lane course of the lanes that are present ahead of the vehicle in the direction of travel of the vehicle is determined by means of highly accurate maps, wherein a first lane which is a target lane for the vehicle is determined from the lane course, a first display is generated in a first display area (3.1), which first display shows a schematic image of the lanes present at the current position of the vehicle, which schematic image comprises schematic lanes (8.1, 8.2), wherein the number of schematic lanes (8.1, 8.2) corresponds to the number of lanes that are present, so that in each case a schematic lane (8.1, 8.2) is assigned to a lane that is present, a graphic object (9, 10) is generated at at least one first schematic lane (8.1, 8.2), which graphic object indicates whether the lane assigned to the first schematic lane (8.1, 8.2) is the target lane, a first change position on the route is determined from which a second and no longer the first lane will be the target lane for the vehicle, and a second display is generated in a second display area (3.2), which second display shows a schematic image of the lanes present at the first change position on the route, wherein a second change position on the route is determined, and if the current position of the vehicle corresponds to the first change position, a display change is effected, in which the second display is displayed in the first display area (3.1) and in which a third display is generated in the second display area (3.2), which third display shows a schematic image of the lanes present at the second change position on the route.
A method for detecting the presence of a recombinant polypeptide comprising a modification, the method comprising the steps of: incubating a sample including the recombinant polypeptide comprising the modification with a capture agent that selectively binds the modification under conditions allowing the selective binding of the capture agent to the modification, thereby forming a polypeptide-agent complex, wherein the modification associated with the recombinant polypeptide is selected from at least one of PEGylation, HESylation, starchylation, or polysialylation and wherein the capture agent is a modification-recognizing antibody; purifying the polypeptide-agent complex from the sample; and assaying for the presence of the recombinant polypeptide and/or a polypeptide activity, wherein detection of the recombinant polypeptide and/or the polypeptide activity is indicative of the presence of the recombinant polypeptide comprising the modification. incubating a sample including the recombinant polypeptide comprising the modification with a capture agent that selectively binds the modification under conditions allowing the selective binding of the capture agent to the modification, thereby forming a polypeptide-agent complex, wherein the modification associated with the recombinant polypeptide is selected from at least one of PEGylation, HESylation, starchylation, or polysialylation and wherein the capture agent is a modification-recognizing antibody; purifying the polypeptide-agent complex from the sample; and assaying for the presence of the recombinant polypeptide and/or a polypeptide activity, wherein detection of the recombinant polypeptide and/or the polypeptide activity is indicative of the presence of the recombinant polypeptide comprising the modification.
An occlusive device (10, 30, 50) suitable for endovascular treatment of an aneurysm in a region of a parent vessel in a patient, comprising: a structure (12, 32, 52, 60) having a fixed porosity and having dimensions suitable for insertion into vasculature of the patient to reach the region of the aneurysm in the parent vessel; and a material (14, 34, 54, 64) supported by the structure; characterised in that the material is a frangiable material which initially provides a substantial barrier to flow through the frangible material and is capable of at least one of localized rupturing and localized eroding, in the presence of a pressure differential arising at an ostium of a perforator vessel communicating with the parent vessel, within an acute time period to minimize ischemia downstream of the perforator vessel. a structure (12, 32, 52, 60) having a fixed porosity and having dimensions suitable for insertion into vasculature of the patient to reach the region of the aneurysm in the parent vessel; and a material (14, 34, 54, 64) supported by the structure;