mhurhangee/ep-ind-claims huggingface dataset:
An adeno-associated viral vector serotype 9 (AAV 9) expression vector comprising a nucleic acid sequence encoding: (a) a Clustered Regularly Interspaced Short Palindromic Repeated (CRISPR)-associated Cas9 endonuclease; (b) a first guide RNA (gRNA), the first gRNA being complementary to a target sequence within a long terminal repeat of a human immunodeficiency virus sequence; and (c) a second gRNA, the second gRNA being complementary to a target sequence within a GagD region of the HIV sequence. (a) a Clustered Regularly Interspaced Short Palindromic Repeated (CRISPR)-associated Cas9 endonuclease; (b) a first guide RNA (gRNA), the first gRNA being complementary to a target sequence within a long terminal repeat of a human immunodeficiency virus sequence; and (c) a second gRNA, the second gRNA being complementary to a target sequence within a GagD region of the HIV sequence.
A method for reconstruction of data acquired in positron emission tomography comprising the steps of: receiving a plurality of positron annihilation events detected during a positron emission tomography scan; reconstructing the plurality of events using a list-based reconstruction technique to generate first tomographic data without applying correction for additive errors; reconstructing the plurality of events using a second reconstruction technique to generate second tomographic data; the second reconstruction technique being faster than the list-based reconstruction technique to generate first tomographic data; using the second tomographic data to determine an error correction for additive errors; applying the error correction for additive errors the first tomographic data to generate corrected tomographic data; and generating an image indicative of the corrected tomographicic data, wherein the steps of reconstructing the events using the list-based reconstruction technique to generate the first tomographic data and reconstructing the events using the second reconstruction technique to generate the second tomographic data are performed temporally in parallel. receiving a plurality of positron annihilation events detected during a positron emission tomography scan; reconstructing the plurality of events using a list-based reconstruction technique to generate first tomographic data without applying correction for additive errors; reconstructing the plurality of events using a second reconstruction technique to generate second tomographic data; the second reconstruction technique being faster than the list-based reconstruction technique to generate first tomographic data; using the second tomographic data to determine an error correction for additive errors; applying the error correction for additive errors the first tomographic data to generate corrected tomographic data; and generating an image indicative of the corrected tomographicic data, wherein the steps of reconstructing the events using the list-based reconstruction technique to generate the first tomographic data and reconstructing the events using the second reconstruction technique to generate the second tomographic data are performed temporally in parallel.
An apparatus for the purification of crude terephthalic acid, comprising: (a) a paraxylene oxidation reactor in which paraxylene is reacted with air in an acetic acid-based solvent containing catalyst to form a slurry containing crude terephthalic acid crystals and an oxygen-depleted air off-gas; (b) one or more crystallization vessels downstream of the reactor for flash cooling the slurry by pressure letdown; (c) an off-gas conditioning system for removing and conditioning a portion of the oxygen-depleted air off-gas exiting the reactor; (d) a rotary pressure filter for effecting solvent interchange in a first filtration step with counter-current washing utilizing the removed and conditioned oxygen-depleted air off-gas to pressurize an aqueous exchange solvent and to dissolve the CTA in the aqueous exchange solvent to produce a CTA-containing aqueous solution; and (e) a CTA purification reactor in which the CTA-containing aqueous solution is contacted with hydrogen under reducing conditions and at elevated temperature and pressure to reduce chemically at least some impurities present in the CTA to form purified terephthalic acid. (a) a paraxylene oxidation reactor in which paraxylene is reacted with air in an acetic acid-based solvent containing catalyst to form a slurry containing crude terephthalic acid crystals and an oxygen-depleted air off-gas; (b) one or more crystallization vessels downstream of the reactor for flash cooling the slurry by pressure letdown; (c) an off-gas conditioning system for removing and conditioning a portion of the oxygen-depleted air off-gas exiting the reactor; (d) a rotary pressure filter for effecting solvent interchange in a first filtration step with counter-current washing utilizing the removed and conditioned oxygen-depleted air off-gas to pressurize an aqueous exchange solvent and to dissolve the CTA in the aqueous exchange solvent to produce a CTA-containing aqueous solution; and (e) a CTA purification reactor in which the CTA-containing aqueous solution is contacted with hydrogen under reducing conditions and at elevated temperature and pressure to reduce chemically at least some impurities present in the CTA to form purified terephthalic acid.
Conveying screw for a cutting and separating device, comprising a screw shaft having at least one helical screw flight integrally moulded thereon, which, in an installed position, has a front flank for transporting a foodstuff by pushing, a rear flank arranged on the opposite side, and, at its distal end between the front flank and the rear flank, a cylindrical portion, which is formed in the transition region to the front flank of the screw flight with a sharpened cutting edge, the sharpened cutting edge having a positive rake angle(γ) arranged between the front flank and a processing plane oriented at right angles to the screw shaft, characterized in that, that the sharpened cutting edge is formed from a groove made on a distal end of the front flank, the outer contour of which groove cuts into the cylindrical portion.
A system for modifying a slot in a rotor, comprising: a. a base having a vertical axis; b. a drill slidingly connected to said base along the vertical axis; c. a clamp connected to at least one of said base and said drill, wherein the clamp is configured to be received within the slot and engage with an interior surface of the slot; characterized in further comprising means for supporting said drill from a stationary platform adjacent to the rotor, wherein at least one of a pivoting connection and a sliding connection is provided between the drill and the means for supporting the drill. a. a base having a vertical axis; b. a drill slidingly connected to said base along the vertical axis; c. a clamp connected to at least one of said base and said drill, wherein the clamp is configured to be received within the slot and engage with an interior surface of the slot;
A carrier for use in an in vitro diagnostics environment comprising: a bracket for accepting one or more payloads, wherein the one or more payloads comprise one or more sample containers, the carrier being characterised in that at least one surface of the carrier has an electronically rewritable display, and in that the carrier comprises a processor configured to update the electronically rewriteable display; and a wireless receiver configured to receive the status information for display, wherein the carrier automatically updates the electronically rewritable display to provide a visual indication of status information regarding the one or more payloads. a bracket for accepting one or more payloads, wherein the one or more payloads comprise one or more sample containers, the carrier being characterised in that at least one surface of the carrier has an electronically rewritable display, and in that the carrier comprises a processor configured to update the electronically rewriteable display; and a wireless receiver configured to receive the status information for display, wherein the carrier automatically updates the electronically rewritable display to provide a visual indication of status information regarding the one or more payloads.
A computing device comprising: an image capture device configured to: capture a first image of a pulsing light signal repeatedly emitted from a solid-state luminaire (100a, 100b), wherein the pulsing light signal is encoded with original data at a fixed modulation frequency and the first image is composed of a plurality of pixels arranged in rows and columns; and perform a rolling shutter image capture having a sampling frequency equal to the fixed modulation frequency while undersampling at least one designated pixel in the first image; and a processor configured to: analyze a detected fluctuation of the at least one undersampled pixel captured in the first image in reconstructing the original data of the pulsing light signal; and reconstruct the original data of the pulsing light signal from data decoded from a plurality of images, including the first image, captured by the image capture device. an image capture device configured to: capture a first image of a pulsing light signal repeatedly emitted from a solid-state luminaire (100a, 100b), wherein the pulsing light signal is encoded with original data at a fixed modulation frequency and the first image is composed of a plurality of pixels arranged in rows and columns; and perform a rolling shutter image capture having a sampling frequency equal to the fixed modulation frequency while undersampling at least one designated pixel in the first image; and capture a first image of a pulsing light signal repeatedly emitted from a solid-state luminaire (100a, 100b), wherein the pulsing light signal is encoded with original data at a fixed modulation frequency and the first image is composed of a plurality of pixels arranged in rows and columns; and perform a rolling shutter image capture having a sampling frequency equal to the fixed modulation frequency while undersampling at least one designated pixel in the first image; and a processor configured to: analyze a detected fluctuation of the at least one undersampled pixel captured in the first image in reconstructing the original data of the pulsing light signal; and reconstruct the original data of the pulsing light signal from data decoded from a plurality of images, including the first image, captured by the image capture device. analyze a detected fluctuation of the at least one undersampled pixel captured in the first image in reconstructing the original data of the pulsing light signal; and reconstruct the original data of the pulsing light signal from data decoded from a plurality of images, including the first image, captured by the image capture device.
Nano-structured composite material based on compositions of manganese and cerium, composed of aggregated composite nanospheres, ranging in size from 1 to 40nm, of ultrafine crystalline nanoparticles of one or more compounds of cerium, dispersed in a metastable solid mixture of one or more sub-stoichiometric oxides of manganese, characterised in that said sub-stoichiometric oxides of manganese comprise MeMnO z manganates, wherein 1≤z≤4, Me being constituted of one or more elements selected amongst alkali metals, alkaline earth metals, transition metals and rare earths, with the exception of Mn.
Electric machine for a motor vehicle, comprising a rotor having one or more cooling ducts through which a cooling medium can flow, wherein on an end face of the rotor an annular space is provided which is limited axially inwards and radially outwards and is connected in a communicating manner to the cooling channel or channels, wherein a cover disc is provided which is attached to the end face and delimits the annular space axially outwards and has a central through opening for introducing the cooling medium into the annular space, wherein an inlet is provided which is stationary with respect to the rotary movement of the rotor, by means of which inlet the cooling medium is introduced into the annular space, wherein a stator is provided with at least one winding head which is arranged in such a way that the cooling medium impinges on the winding head after flowing through the rotor during the rotary operation of the rotor, wherein at least one nozzle which discharges the cooling medium is provided at the inlet, by means of which nozzle at least one machine component to be cooled is acted upon by the cooling medium.
Method for generating a cinematic rendering short film, based on - a medical image data set comprising a series of images, wherein the image data set represents a body region of interest of an examination object (Pat X), and - a radiological findings report, wherein the radiological findings report comprises at least one clinical finding relating to the body region of interest represented by means of the image data set, with the following steps: - selecting a clinical finding of the findings report, - selecting a partial image series of the image data set based on the selected clinical finding, - determining a parameter set for a cinematic rendering algorithm, wherein the parameter set takes into consideration information regarding particular protocol parameters and/or anatomical structures within the mapped body region of interest, - generating a cinematic rendering short film by applying the cinematic rendering algorithm to the selected partial image series, using the parameter set, and - inserting a direct access element (DZEb), which allows direct access of a clinical finding of the findings report to the cinematic rendering short film, into the findings report. - a medical image data set comprising a series of images, wherein the image data set represents a body region of interest of an examination object (Pat X), and - a radiological findings report, wherein the radiological findings report comprises at least one clinical finding relating to the body region of interest represented by means of the image data set, - selecting a clinical finding of the findings report, - selecting a partial image series of the image data set based on the selected clinical finding, - determining a parameter set for a cinematic rendering algorithm, wherein the parameter set takes into consideration information regarding particular protocol parameters and/or anatomical structures within the mapped body region of interest, - generating a cinematic rendering short film by applying the cinematic rendering algorithm to the selected partial image series, using the parameter set, and - inserting a direct access element (DZEb), which allows direct access of a clinical finding of the findings report to the cinematic rendering short film, into the findings report.
An intercom system that includes an electronic lock that is provided in a door of a building, a slave device that is installed in the vicinity of the door, an intercom master device that is installed inside of the building, and a communication terminal that it is possible to carry outside of the building or is installed outside of the building, wherein the slave device is adapted to transmit a visiting notification to the intercom master device when it is detected that a person has come to the door, wherein the intercom master device is adapted to transmit a terminal-destined visiting notification to the communication terminal when receiving the visiting notification, wherein the communication terminal is adapted to output information indicating that the person has come to the door when receiving the terminal-destined visiting notification and is adapted to transmit a terminal's unlocking instruction to the intercom master device when an unlocking instruction operation is performed in the communication terminal, and characterized in that the intercom master device is adapted to unlock the electronic lock under the condition that the visiting notification has been received, when receiving the terminal's unlocking instruction, wherein the intercom master device is adapted to unlock the electronic lock only under the condition that a) the terminal's unlocking instruction is received within a prescribed period of time that is determined with a point in time at which the visiting notification is received serving as a reference, or b) it is determined, by a terminal location determiner of the intercom master device, that the communication terminal, that is possible to carry outside of the building, is located inside the building. a) the terminal's unlocking instruction is received within a prescribed period of time that is determined with a point in time at which the visiting notification is received serving as a reference, or b) it is determined, by a terminal location determiner of the intercom master device, that the communication terminal, that is possible to carry outside of the building, is located inside the building.
Sonotrode (100; 100'; 100") comprising - a sonotrode body (10; 10'; 10") that comprises at least one contact region (12; 12'; 12") for applying high-frequency mechanical oscillations, introduced at at least one introduction region (14; 14'; 14") of the sonotrode body (10; 10'; 10") by an oscillation unit, to at least one workpiece (200; 200'; 200") or material or a further tool acting thereon, and - a heat dissipation device, by means of which heat can be dissipated from the contact region, characterised in that the heat dissipation device comprises a heat transfer device (22; 22'; 22") that is formed entirely inside the sonotrode body and functions according to the principle of a heat pipe or thermosiphon, and that is designed to dissipate heat from the contact region (12; 12'; 12") and supply said heat to at least one other region of the sonotrode body (10; 10'; 10"), and that comprises a cooling fluid (34', 36'; 34", 36") in at least one cavity (33'; 33") formed in the sonotrode body (10'; 10"), which cooling fluid is present in the liquid phase (34'; 34") at least in part, and is evaporable adjacently to the contact region (12'; 12") and condensable to the liquid phase at at least one point remote from the contact region, on a condensation surface (38'; 49") that comprises portions of the inner surface of the cavity (33'; 33"), in order to dissipate heat from said contact region. - a sonotrode body (10; 10'; 10") that comprises at least one contact region (12; 12'; 12") for applying high-frequency mechanical oscillations, introduced at at least one introduction region (14; 14'; 14") of the sonotrode body (10; 10'; 10") by an oscillation unit, to at least one workpiece (200; 200'; 200") or material or a further tool acting thereon, and - a heat dissipation device, by means of which heat can be dissipated from the contact region,
A single cell comprising: a shell with a first open end and a second open end; a first cover board adapted to hermetically seal the first open end; a second cover board adapted to hermetically seal the second open end; at least an electric core accommodated inside the shell having a positive tab and a negative tab for leading current; at least two positive electrode terminals, each having a first end portion conductively coupled to the positive tab and a second end portion extending through the first cover board; and at least two negative electrode terminals, each having a first end portion conductively coupled to the negative tab and a second end portion extending through the second cover board, wherein the second end portions of the positive electrode terminals are connected to each other; and/or the second end portions of the negative electrode terminals are connected to each other; there is a plurality of electric cores, the positive electrical terminals are aligned in a thickness direction of the positive tabs, and the first end portions of the positive electrical terminals conductively coupled to the positive tabs are parallel with each other; and the negative electrical terminals are aligned in a thickness direction of the negative tabs, and the first end portions of the negative electrical terminals conductively coupled to the negative tabs are parallel with each other. a shell with a first open end and a second open end; a first cover board adapted to hermetically seal the first open end; a second cover board adapted to hermetically seal the second open end; at least an electric core accommodated inside the shell having a positive tab and a negative tab for leading current; at least two positive electrode terminals, each having a first end portion conductively coupled to the positive tab and a second end portion extending through the first cover board; and at least two negative electrode terminals, each having a first end portion conductively coupled to the negative tab and a second end portion extending through the second cover board, wherein the second end portions of the positive electrode terminals are connected to each other; and/or the second end portions of the negative electrode terminals are connected to each other; there is a plurality of electric cores, the positive electrical terminals are aligned in a thickness direction of the positive tabs, and the first end portions of the positive electrical terminals conductively coupled to the positive tabs are parallel with each other; and the negative electrical terminals are aligned in a thickness direction of the negative tabs, and the first end portions of the negative electrical terminals conductively coupled to the negative tabs are parallel with each other.
A power management system for providing a mechanism of power transaction between two or more facilities connected to a power grid, the system comprising: a controller configured to extract, from two or more facilities, a first facility to sell power other than a second facility to purchase power by an input from a user terminal corresponding to the second facility which is one of the two or more facilities, and calculate a score indicating an evaluation of the first facility based on a communication time in a communication path between the first facility and the second facility; and a communication unit configured to notify the user terminal of the score. a controller configured to extract, from two or more facilities, a first facility to sell power other than a second facility to purchase power by an input from a user terminal corresponding to the second facility which is one of the two or more facilities, and calculate a score indicating an evaluation of the first facility based on a communication time in a communication path between the first facility and the second facility; and extract, from two or more facilities, a first facility to sell power other than a second facility to purchase power by an input from a user terminal corresponding to the second facility which is one of the two or more facilities, and calculate a score indicating an evaluation of the first facility based on a communication time in a communication path between the first facility and the second facility; and a communication unit configured to notify the user terminal of the score.