mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a pressure transducer for coupling with a pipeline for transporting hydrocarbon fluids; a processing device communicatively couplable to the pressure transducer; and a non-transitory memory device comprising instructions that are executable by the processing device to cause the processing device to perform operations including: recording pressure as a function of time in response a dynamic pressure change in the pipeline to produce a pressure waveform; performing a time series analysis of the pressure waveform which time series analysis comprises: applying a Fourier transform to the pressure waveform to produce at least one low-frequency component and calculating a time delay from the at least one low-frequency component, the time delay indicative of a reflection distance between the blockage and the source location; determining a position of a blockage in the pipeline based on the time series analysis; and storing or reporting the position of the blockage in the pipeline. a pressure transducer for coupling with a pipeline for transporting hydrocarbon fluids; a processing device communicatively couplable to the pressure transducer; and a non-transitory memory device comprising instructions that are executable by the processing device to cause the processing device to perform operations including: recording pressure as a function of time in response a dynamic pressure change in the pipeline to produce a pressure waveform; performing a time series analysis of the pressure waveform which time series analysis comprises: applying a Fourier transform to the pressure waveform to produce at least one low-frequency component and calculating a time delay from the at least one low-frequency component, the time delay indicative of a reflection distance between the blockage and the source location; determining a position of a blockage in the pipeline based on the time series analysis; and storing or reporting the position of the blockage in the pipeline. recording pressure as a function of time in response a dynamic pressure change in the pipeline to produce a pressure waveform; performing a time series analysis of the pressure waveform which time series analysis comprises: applying a Fourier transform to the pressure waveform to produce at least one low-frequency component and calculating a time delay from the at least one low-frequency component, the time delay indicative of a reflection distance between the blockage and the source location; determining a position of a blockage in the pipeline based on the time series analysis; and storing or reporting the position of the blockage in the pipeline. applying a Fourier transform to the pressure waveform to produce at least one low-frequency component and calculating a time delay from the at least one low-frequency component, the time delay indicative of a reflection distance between the blockage and the source location; determining a position of a blockage in the pipeline based on the time series analysis; and storing or reporting the position of the blockage in the pipeline.
A method for applying a glass protective pressure-sensitive adhesive sheet to an outer surface of an automobile glass window (20, 320), characterized by a step of obtaining an edge sheet piece (2, 32, 42) and a center sheet piece (4, 34, 44) as the glass protective pressure-sensitive adhesive sheet (1, 30, 40); a step of applying the edge sheet piece (2, 32, 42) to a periphery of the automobile glass window (20, 320), the periphery being a frame-shaped area along edges of the automobile glass window (20, 320); and a step of applying the center sheet piece (4, 34, 44) over the edge sheet piece (2, 32, 42); wherein, in the step of applying the center sheet piece (4. 34. 44), outer margins of the center sheet piece (4, 34, 44) are laid over inner margins of the edge sheet piece (2, 32, 42).
A data repeater apparatus for use in displaying received data using a separate device, characterised in that the apparatus comprises: a code generation unit configured to generate a first unique code that matches metadata received from a data server that stores the data and the metadata, wherein the metadata includes a data storage position of the received data on the data server; a first communication unit configured to transmit the first unique code to a receiving terminal; and a second communication unit configured to receive a second unique code from a display device and to transmit the stored metadata that matches the first unique code to the display device if the first unique code corresponds to the second unique code. a code generation unit configured to generate a first unique code that matches metadata received from a data server that stores the data and the metadata, wherein the metadata includes a data storage position of the received data on the data server; a first communication unit configured to transmit the first unique code to a receiving terminal; and a second communication unit configured to receive a second unique code from a display device and to transmit the stored metadata that matches the first unique code to the display device if the first unique code corresponds to the second unique code.
A method of producing a medical report based on a volumetric scan of one or more internal organs of a subject, said method comprising the steps of: projecting a number of two-dimensional images visible in different directions from a view point of a three-dimensional view of the one or more internal organs onto the corresponding sides of an object wherein the view point is located within the object; unfolding the object in two dimensions to obtain a two-dimensional unfolded object image; storing the two-dimensional unfolded object image; incorporating the stored two-dimensional unfolded object image in the medical report; and folding up the stored two-dimensional unfolded object image to form a virtual environment based on the stored two-dimensional unfolded object image at one or more viewpoints in the three-dimensional view. projecting a number of two-dimensional images visible in different directions from a view point of a three-dimensional view of the one or more internal organs onto the corresponding sides of an object wherein the view point is located within the object; unfolding the object in two dimensions to obtain a two-dimensional unfolded object image; storing the two-dimensional unfolded object image; incorporating the stored two-dimensional unfolded object image in the medical report; and folding up the stored two-dimensional unfolded object image to form a virtual environment based on the stored two-dimensional unfolded object image at one or more viewpoints in the three-dimensional view.
A refrigerator comprising: an outer case; an inner case provided within the outer case and including a storage space; a barrier disposed within the storage space to vertically divide the storage space formed in the inner case into a plurality of storage chambers, and including first communication parts on left and right side surfaces of the barrier; second communication parts formed on the inner case opposite the first communication parts; a foamed heat insulating material filling the inside of the barrier by causing a foaming liquid, injected through filling holes provided on a rear surface of the outer case, to pass through the second communication parts and the first communication parts and then foaming the foaming liquid within the barrier; characterized by first stair parts protruding in a convex shape from the side surfaces of the barrier around the first communication parts; and insertion holes provided on the inner case so that the first stair parts are inserted into the insertion holes and protrude to a space between the inner case and the outer case. an outer case; an inner case provided within the outer case and including a storage space; a barrier disposed within the storage space to vertically divide the storage space formed in the inner case into a plurality of storage chambers, and including first communication parts on left and right side surfaces of the barrier; second communication parts formed on the inner case opposite the first communication parts; a foamed heat insulating material filling the inside of the barrier by causing a foaming liquid, injected through filling holes provided on a rear surface of the outer case, to pass through the second communication parts and the first communication parts and then foaming the foaming liquid within the barrier; characterized by first stair parts protruding in a convex shape from the side surfaces of the barrier around the first communication parts; and insertion holes provided on the inner case so that the first stair parts are inserted into the insertion holes and protrude to a space between the inner case and the outer case.
A method for use in an electronic device for providing content to a user device in a communication network, the communication network comprising a first access network, a second access network, and a core network, the method comprising: serving content from a source content server in the first access network to the user device; and identifying that the user device is transitioning from a connection (710, 712) to the source content server to a connection (1014, 1112) to a destination content server in the second access network, characterized in that: responsibility for serving the content from the source content server to the destination content server is handed over by creating a tunnel between the source content server and the destination content server; the content comprises streaming content associated with a data stream on the source content server; the source content server serves content using a proxy (706, 708), the proxy (706, 708) has a context, and the context of the proxy (706, 708) is moved from the source content server to the destination content server; at least a portion of the content is duplicated to form a duplicate data stream; the duplicate data stream is communicated through the tunnel; and the duplicate data stream is synchronized with the data stream on the source content server. serving content from a source content server in the first access network to the user device; and identifying that the user device is transitioning from a connection (710, 712) to the source content server to a connection (1014, 1112) to a destination content server in the second access network, characterized in that: responsibility for serving the content from the source content server to the destination content server is handed over by creating a tunnel between the source content server and the destination content server; the content comprises streaming content associated with a data stream on the source content server; the source content server serves content using a proxy (706, 708), the proxy (706, 708) has a context, and the context of the proxy (706, 708) is moved from the source content server to the destination content server; at least a portion of the content is duplicated to form a duplicate data stream; the duplicate data stream is communicated through the tunnel; and the duplicate data stream is synchronized with the data stream on the source content server. responsibility for serving the content from the source content server to the destination content server is handed over by creating a tunnel between the source content server and the destination content server; the content comprises streaming content associated with a data stream on the source content server; the source content server serves content using a proxy (706, 708), the proxy (706, 708) has a context, and the context of the proxy (706, 708) is moved from the source content server to the destination content server; at least a portion of the content is duplicated to form a duplicate data stream; the duplicate data stream is communicated through the tunnel; and the duplicate data stream is synchronized with the data stream on the source content server.
An imaging apparatus comprising: a solid-state imaging device that receives image light of an observed portion inside of a coelom to output an imaging signal of the image light; a cover glass disposed above an light receiving surface of the solid-state imaging device so that the cover glass and the solid-state imaging device are separated with space; and a first circuit board including a peripheral circuit of the solid-state imaging device sealed by a sealing agent, the sealing agent being in contact with an upper surface of the cover glass, the imaging apparatus being included in a front end of an electronic endoscope, characterized in that the first circuit board includes a mixture material of alumina and glass baked at a low temperature as a major component of the first circuit board, and an amount of the alumina in the mixture material is 40 to 60% and an amount of the glass in the mixture material is 40 to 60%, provided that the total amount of the alumina and the glass does not exceed 100%. a solid-state imaging device that receives image light of an observed portion inside of a coelom to output an imaging signal of the image light; a cover glass disposed above an light receiving surface of the solid-state imaging device so that the cover glass and the solid-state imaging device are separated with space; and a first circuit board including a peripheral circuit of the solid-state imaging device sealed by a sealing agent, the sealing agent being in contact with an upper surface of the cover glass, the imaging apparatus being included in a front end of an electronic endoscope, characterized in that the first circuit board includes a mixture material of alumina and glass baked at a low temperature as a major component of the first circuit board, and an amount of the alumina in the mixture material is 40 to 60% and an amount of the glass in the mixture material is 40 to 60%, provided that the total amount of the alumina and the glass does not exceed 100%.
A method for reducing interference in a drug assay due to the presence of an anti-drug antibody in a biological sample, the method comprising: contacting the sample with an excess amount of an ADA to saturate free drug and form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol, to form a precipitate comprising drug / ADA complexes; contacting the precipitate with a basic solution to dissociate the drug / ADA complexes; immobilizing the dissociated drug on a substrate; and performing the drug assay, to thereby reduce interference from the ADA, wherein the biological sample is selected from the group consisting of lymph node tissue, spleen tissue, bone marrow, and an immunoglobulin enriched fraction derived from lymph node tissue, spleen tissue, or bone marrow. contacting the sample with an excess amount of an ADA to saturate free drug and form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol, to form a precipitate comprising drug / ADA complexes; contacting the precipitate with a basic solution to dissociate the drug / ADA complexes; immobilizing the dissociated drug on a substrate; and performing the drug assay, to thereby reduce interference from the ADA, wherein the biological sample is selected from the group consisting of lymph node tissue, spleen tissue, bone marrow, and an immunoglobulin enriched fraction derived from lymph node tissue, spleen tissue, or bone marrow.
Real-time video transmission system comprising at least: - a video source for delivering video data; - a video encoder for encoding and compressing video data delivered by said video source; - a first network interface controller for sending compressed video data on a synchronous network; - a second network interface controller for receiving the compressed video data from said network; - a video decoder for decoding said video data received by said second network interface controller; - a video sink for processing and/or displaying said decoded video data from said video decoder; characterized by said video sink is configured to generate a video clock signal and to forward this video clock signal to said second network interface controller; said second network interface controller is configured to forward the video clock signal over the network to the first network interface controller; said first network interface controller is configured to receive the video clock signal from the second network interface controller and to forward the video clock signal to the video source, said video source is configured to generate video data synchronized to the video clock signal from the network interface controller. - a video source for delivering video data; - a video encoder for encoding and compressing video data delivered by said video source; - a first network interface controller for sending compressed video data on a synchronous network; - a second network interface controller for receiving the compressed video data from said network; - a video decoder for decoding said video data received by said second network interface controller; - a video sink for processing and/or displaying said decoded video data from said video decoder; characterized by said video sink is configured to generate a video clock signal and to forward this video clock signal to said second network interface controller; said second network interface controller is configured to forward the video clock signal over the network to the first network interface controller; said first network interface controller is configured to receive the video clock signal from the second network interface controller and to forward the video clock signal to the video source, said video source is configured to generate video data synchronized to the video clock signal from the network interface controller.
A fluid flow rate measurement apparatus adapted to be arranged in a main passage where fluid to be measured flows, said fluid flow rate measurement apparatus comprises a sub-passage in which part of the fluid to be measured in said main passage flows, and a detecting element disposed in said sub-passage to detect the flow rate of the fluid to be measured, characterized in that said fluid flow rate measurement apparatus further comprises a means (34, 37, 39, 40) for heating the inner surface of said sub-passage to burn out pollutional substances adhering to the inner surface of the sub-passage.
A method for converting a sugar to furfuryl alcohol, the method comprising; chemically converting xylose to furfural and then reducing furfural to furfuryl alcohol, the xylose being obtained by treating biomass with irradiation to reduce the recalcitrance of the biomass and saccharification of the biomass with one or more enzymes to produce sugars including xylose and glucose, the sugars having been subjected to fermentation to ferment sugars other than xylose to a greater degree than xylose and wherein the xylose has been isolated from the glucose by simulated moving bed chromatography.
A fiber optic connector comprising: a housing; and a male ferrule contained within the housing, the male ferrule having a base portion, an endface portion protruding from the base, and at least one alignment tower extending from the base portion parallel to the endface portion, characterised in that the at least one alignment tower is connected to the endface portion via webbing. a housing; and a male ferrule contained within the housing, the male ferrule having a base portion, an endface portion protruding from the base, and at least one alignment tower extending from the base portion parallel to the endface portion,
Estetrol component for use in the treatment of advanced estrogen receptor positive breast cancer in a subject who has been treated with an estrogen activity suppressor selected from a selective estrogen receptor modulator (SERM), an aromatase inhibitor and an anti-estrogen, said treatment comprising administration of the estetrol component to the subject within 12 weeks after the treatment with an estrogen activity suppressor has been discontinued, said estetrol component being selected from estetrol, prodrugs of estetrol in the form of estetrol derivatives wherein the hydrogen atom of at least one of the hydroxyl groups has been substituted by an acyl radical of a hydrocarbon carboxylic, sulfuric acid, sulfonic acid or sulfamic acid of 1-25 carbon atoms, and combinations thereof.
A method for controlling a power supply device including an LC chopper circuit constituting a step-down chopper circuit that comprises a plurality of phases each comprising an inductor and wherein the inductors are connected to an output capacitor and wherein the step-down chopper circuit operates according to multi-phase control of multi-phase interleaving, the method controlling the power supply device according to interleaving control using a plurality of phase current values, wherein, in performing a dead beat control according to the interleaving control of the LC chopper circuit, per-phase switching control is performed according to constant current control where combined current of the respective phase current values in the LC chopper circuit is used as control current; wherein the constant current control is a two-stage constant current control, wherein a first-stage constant current control is capacitance current-based constant current control for allowing the capacitance current to follow a command current, a second-stage constant current control is inductance current-based constant current control for allowing the output voltage to follow a command voltage, and when the output voltage reaches a switching voltage (Vc) in the first-stage constant current control, the control is switched to the second-stage constant current control. in performing a dead beat control according to the interleaving control of the LC chopper circuit, per-phase switching control is performed according to constant current control where combined current of the respective phase current values in the LC chopper circuit is used as control current; wherein the constant current control is a two-stage constant current control, wherein a first-stage constant current control is capacitance current-based constant current control for allowing the capacitance current to follow a command current, a second-stage constant current control is inductance current-based constant current control for allowing the output voltage to follow a command voltage, and when the output voltage reaches a switching voltage (Vc) in the first-stage constant current control, the control is switched to the second-stage constant current control.