mhurhangee/ep-ind-claims huggingface dataset:
A power conversion device configured to convert DC voltage or AC voltage into AC voltage, the power conversion device comprising: an abnormality detection unit configured to detect abnormality in the power conversion device; a restart unit configured to stop the power conversion device and to automatically perform a restart when the abnormality detection unit has detected an abnormality; a restart recording unit configured to record restart information acquired when the restart unit has restarted; and a sign diagnostic unit configured to input the restart information recorded in the restart recording unit and to perform a sign diagnosis of the abnormality in the power conversion device on the basis of the restart information, wherein the sign diagnostic unit is configured to perform the sign diagnosis on the basis of the number of restarts and to output a sign diagnosis result, characterized in that the sign diagnostic unit is configured to compare the number of restarts in a first predetermined period with the number of restarts in a second predetermined period included in the first predetermined period to perform the sign diagnosis of the power conversion device and to output the sign diagnosis result, or the sign diagnostic unit is configured to compare the number of restarts in a first predetermined period with the number of restarts in a second predetermined period not overlapped with the first predetermined period to perform the sign diagnosis of the power conversion device and to output the sign diagnosis result. an abnormality detection unit configured to detect abnormality in the power conversion device; a restart unit configured to stop the power conversion device and to automatically perform a restart when the abnormality detection unit has detected an abnormality; a restart recording unit configured to record restart information acquired when the restart unit has restarted; and a sign diagnostic unit configured to input the restart information recorded in the restart recording unit and to perform a sign diagnosis of the abnormality in the power conversion device on the basis of the restart information, wherein the sign diagnostic unit is configured to perform the sign diagnosis on the basis of the number of restarts and to output a sign diagnosis result, characterized in that the sign diagnostic unit is configured to compare the number of restarts in a first predetermined period with the number of restarts in a second predetermined period included in the first predetermined period to perform the sign diagnosis of the power conversion device and to output the sign diagnosis result, or the sign diagnostic unit is configured to compare the number of restarts in a first predetermined period with the number of restarts in a second predetermined period not overlapped with the first predetermined period to perform the sign diagnosis of the power conversion device and to output the sign diagnosis result.
A method for processing a sequence of images of a scene, said images of the sequence being acquired successively by a vision sensor, said method being characterised in that it includes at least: - a determination, in an image called reference image, of positions of thumbnails, said determination of the positions of the thumbnails in the reference image being carried out independently of the content of said reference image, and - a tracking of said thumbnails, from the positions of the thumbnails in the reference image, in each of a plurality of images called tracking images acquired after said reference image, the tracking of the thumbnails including, for each processed tracking image: - a determination of a predicted global registration transformation between the reference image and the processed tracking image, - a prediction of the positions of the thumbnails, in the processed tracking image, according to the positions of the thumbnails in the reference image and the global registration transformation predicted for the processed tracking image, - a search for the thumbnails in the processed tracking image, from the predicted positions of the thumbnails. - a determination, in an image called reference image, of positions of thumbnails, said determination of the positions of the thumbnails in the reference image being carried out independently of the content of said reference image, and - a tracking of said thumbnails, from the positions of the thumbnails in the reference image, in each of a plurality of images called tracking images acquired after said reference image, the tracking of the thumbnails including, for each processed tracking image: - a determination of a predicted global registration transformation between the reference image and the processed tracking image, - a prediction of the positions of the thumbnails, in the processed tracking image, according to the positions of the thumbnails in the reference image and the global registration transformation predicted for the processed tracking image, - a search for the thumbnails in the processed tracking image, from the predicted positions of the thumbnails. - a determination of a predicted global registration transformation between the reference image and the processed tracking image, - a prediction of the positions of the thumbnails, in the processed tracking image, according to the positions of the thumbnails in the reference image and the global registration transformation predicted for the processed tracking image, - a search for the thumbnails in the processed tracking image, from the predicted positions of the thumbnails.
A protein conjugate or fusion protein comprising (i) an isolated annexin core domain consisting of an amino acid sequence selected from (a) amino acids 41-344 of SEQ ID NO: 1, (b) amino acids 14-317 of SEQ ID NO: 2, (c) amino acids 13-316 of SEQ ID NO: 3, (d) amino acids 41-344 of SEQ ID NO: 6, (e) amino acids 12-315 of SEQ ID NO: 7, (f) amino acids 14-317 of SEQ ID NO: 8, or (i-a) an isolated annexin core domain consisting of an amino acid sequence that is at least 80% identical to an amino acid sequence selected from (a) to (f); and (ii) at least one antigenic peptide that is presented by MHC, preferably HLA. (a) amino acids 41-344 of SEQ ID NO: 1, (b) amino acids 14-317 of SEQ ID NO: 2, (c) amino acids 13-316 of SEQ ID NO: 3, (d) amino acids 41-344 of SEQ ID NO: 6, (e) amino acids 12-315 of SEQ ID NO: 7, (f) amino acids 14-317 of SEQ ID NO: 8,
A LED system (12,20,30), comprising: a) at least a first LED light source and a second LED light source, b) each LED light source (1, 6) comprising an LED or a set of LEDs (4, 9) and a control unit (3,8) for operating the respective LED or set of LEDs (4,9), c) at least the second LED light source comprising a photo sensor, d) wherein the first LED light source is arranged to be controlled to a certain setting and to propagate the certain setting to the second LED light source by modulating its emitted light, and e) wherein the control unit of said second LED light source is configured to adapt at least one operation parameter of said second LED light source to the setting of the first LED light source, f) wherein the system comprises a lighting system comprising a plurality of light units (1, 6, 10, 11), each light unit (1, 6, 10, 11) including a photo sensor (2, 7), a light source (4, 9) and a control unit (3, 8) adapted to operate the light source (4, 9) and to modulate the light emitted by the light source (4, 9) so as to transmit data, characterized in that the light units (1, 6, 10, 11) are arranged in a ring according to a ring topology, and g) wherein a light unit, referred to as the master light unit, is adapted to transmit data by modulating the light emitted by its light source, said data being then transmitted automatically among the remaining light units, referred to as slave light units, in that each slave light unit is adapted to receive said data and automatically forward said data via its light source to the next light unit of the ring. a) at least a first LED light source and a second LED light source, b) each LED light source (1, 6) comprising an LED or a set of LEDs (4, 9) and a control unit (3,8) for operating the respective LED or set of LEDs (4,9), c) at least the second LED light source comprising a photo sensor, d) wherein the first LED light source is arranged to be controlled to a certain setting and to propagate the certain setting to the second LED light source by modulating its emitted light, and e) wherein the control unit of said second LED light source is configured to adapt at least one operation parameter of said second LED light source to the setting of the first LED light source, f) wherein the system comprises a lighting system comprising a plurality of light units (1, 6, 10, 11), each light unit (1, 6, 10, 11) including a photo sensor (2, 7), a light source (4, 9) and a control unit (3, 8) adapted to operate the light source (4, 9) and to modulate the light emitted by the light source (4, 9) so as to transmit data, characterized in that the light units (1, 6, 10, 11) are arranged in a ring according to a ring topology, and g) wherein a light unit, referred to as the master light unit, is adapted to transmit data by modulating the light emitted by its light source, said data being then transmitted automatically among the remaining light units, referred to as slave light units, in that each slave light unit is adapted to receive said data and automatically forward said data via its light source to the next light unit of the ring.
A method for purifying daptomycin comprising: a) subjecting the daptomycin to conditions in which a daptomycin micellar solution is formed by altering the pH; b) separating the daptomycin micelles in the daptomycin micellar solution from low molecular weight contaminants by a size separation technique; c) subjecting the daptomycin to conditions in which a daptomycin monomeric solution is formed by altering the pH; and d) separating the monomeric daptomycin molecules in the daptomycin monomeric solution from high molecular weight molecules or aggregates by a size separation technique. a) subjecting the daptomycin to conditions in which a daptomycin micellar solution is formed by altering the pH; b) separating the daptomycin micelles in the daptomycin micellar solution from low molecular weight contaminants by a size separation technique; c) subjecting the daptomycin to conditions in which a daptomycin monomeric solution is formed by altering the pH; and d) separating the monomeric daptomycin molecules in the daptomycin monomeric solution from high molecular weight molecules or aggregates by a size separation technique.
A seam welder comprising an annular rotating body, a plurality of welding units and a plurality of anvil units arranged to come in contact with said welding units, each of said anvil units comprises a nipper surface adapted to come in contact with a respective one of said welding units, characterised in that: a plurality of protrusions is formed on each of said nipper surfaces wherein a pattern in which said protrusions are arranged is differentiated for every one of said anvil units.
A method for producing a powdery porous product, wherein: - a viscous initial product having both a temperature comprised between 5°C and 70°C and a viscosity greater than 100 mPa.s is provided, - by means of a pump which is provided upstream from at least one aerator and which discharges the viscous initial product at a pressure comprised between 3 and 20 bars, the viscous initial product is transferred as such as far as said at least one aerator in which this viscous initial product discharged by the pump is mixed with a gas, injected into the aerator, for obtaining a liquid foam continuously leaving the aerator, and - the liquid foam continuously leaving said at least one aerator is continuously pushed into an inlet of a treatment device which, continuously divides by spraying and then dries this liquid foam in order to obtain a powdery porous product which has a dry material level greater than 90%. - a viscous initial product having both a temperature comprised between 5°C and 70°C and a viscosity greater than 100 mPa.s is provided, - by means of a pump which is provided upstream from at least one aerator and which discharges the viscous initial product at a pressure comprised between 3 and 20 bars, the viscous initial product is transferred as such as far as said at least one aerator in which this viscous initial product discharged by the pump is mixed with a gas, injected into the aerator, for obtaining a liquid foam continuously leaving the aerator, and - the liquid foam continuously leaving said at least one aerator is continuously pushed into an inlet of a treatment device which, continuously divides by spraying and then dries this liquid foam in order to obtain a powdery porous product which has a dry material level greater than 90%.
Method for processing data for the notification of at least one equipment item (4, 5) of a private network, connected to an external network via a local gateway, comprising steps: in a service platform (7, 8) hosting a service: a) of determining an identifier characterizing a pair formed by said service and at least one destination equipment item, and b) of transmitting the determined identifier to a central notification server comprising a database, in which are stored identifiers and associated reachability addresses, in said central notification server: c) of comparing said identifier received from the service platform (7, 8) to said identifiers stored in said database, to determine a reachability address associated with a stored identifier corresponding to the received identifier, and d) of transmitting a notification message, through the external network, to the equipment item (4, 5) having said reachability address. in a service platform (7, 8) hosting a service: a) of determining an identifier characterizing a pair formed by said service and at least one destination equipment item, and b) of transmitting the determined identifier to a central notification server comprising a database, in which are stored identifiers and associated reachability addresses, a) of determining an identifier characterizing a pair formed by said service and at least one destination equipment item, and b) of transmitting the determined identifier to a central notification server comprising a database, in which are stored identifiers and associated reachability addresses, in said central notification server: c) of comparing said identifier received from the service platform (7, 8) to said identifiers stored in said database, to determine a reachability address associated with a stored identifier corresponding to the received identifier, and d) of transmitting a notification message, through the external network, to the equipment item (4, 5) having said reachability address. c) of comparing said identifier received from the service platform (7, 8) to said identifiers stored in said database, to determine a reachability address associated with a stored identifier corresponding to the received identifier, and d) of transmitting a notification message, through the external network, to the equipment item (4, 5) having said reachability address.
A system comprising: (a) a power source component that provides an energy source and a coolant source; (b) a transport component for delivering energy and coolant from the power source component; and (c) a control hub for receiving energy and coolant from the transport component, said control hub comprising: a plurality of connection ports for attachment of cables configured to deliver energy and coolant to a plurality of energy delivery medical devices; and characterized by a processor for regulating energy and coolant delivery to the plurality of energy delivery medical devices, wherein said control hub is configured to adjust energy and/or coolant delivery, wherein the adjustment is one or more of turning on, turning off, or calibrating the amount of energy or coolant delivered. (a) a power source component that provides an energy source and a coolant source; (b) a transport component for delivering energy and coolant from the power source component; and (c) a control hub for receiving energy and coolant from the transport component, said control hub comprising: a plurality of connection ports for attachment of cables configured to deliver energy and coolant to a plurality of energy delivery medical devices; and characterized by a processor for regulating energy and coolant delivery to the plurality of energy delivery medical devices, a plurality of connection ports for attachment of cables configured to deliver energy and coolant to a plurality of energy delivery medical devices; and characterized by a processor for regulating energy and coolant delivery to the plurality of energy delivery medical devices,
A crystallizing evaporator including: - a vertical reactor vessel; - a heating chamber arranged in the lower region of the vessel; and - a stirrer for circulating a solution or suspension to be crystallized in the vessel and directing it into the heating chamber, having a shaft suspended vertically from the top and a main propeller connected directly to the lower end of the shaft and arranged in a primary mixing zone of the vessel, wherein the stirrer further has on this shaft and upstream of the main propeller at least one further means for active flow conducting of the solution or suspension, wherein either the means for active flow conducting is each designed as a propeller, whose diameter is less than 50% of the diameter of the main propeller, wherein a plurality of propellers are arranged at a distance from each other along the shaft, or wherein the means for active flow conducting is designed as a screw running along the shaft above the main propeller, which diameter is at most 50% of the diameter of the main propeller, characterised in that fixed baffle plates are arranged adjacent to the main propeller. - a vertical reactor vessel; - a heating chamber arranged in the lower region of the vessel; and - a stirrer for circulating a solution or suspension to be crystallized in the vessel and directing it into the heating chamber, having a shaft suspended vertically from the top and a main propeller connected directly to the lower end of the shaft and arranged in a primary mixing zone of the vessel, wherein the stirrer further has on this shaft and upstream of the main propeller at least one further means for active flow conducting of the solution or suspension, wherein either the means for active flow conducting is each designed as a propeller, whose diameter is less than 50% of the diameter of the main propeller, wherein a plurality of propellers are arranged at a distance from each other along the shaft, or wherein the means for active flow conducting is designed as a screw running along the shaft above the main propeller, which diameter is at most 50% of the diameter of the main propeller, characterised in that fixed baffle plates are arranged adjacent to the main propeller.
An ink jet print head comprising: an orifice plate formed with an ejection opening capable of ejecting ink; and a board formed with an element for generating an energy used for ejecting ink, and formed with first and second supply ports penetrating through the board for supplying ink to the element, wherein the first supply port, the element and the second supply port are arranged, in that order, in first and second arrays along a first direction, characterised in that a position of the element in the first array overlaps with a position of the first supply port in the second array with respect to a second direction perpendicular to the first direction, and in that the length of the first and second supply ports in the first array and the second array, in the second direction, are greater than the length of the element in the second direction. an orifice plate formed with an ejection opening capable of ejecting ink; and a board formed with an element for generating an energy used for ejecting ink, and formed with first and second supply ports penetrating through the board for supplying ink to the element, wherein the first supply port, the element and the second supply port are arranged, in that order, in first and second arrays along a first direction, characterised in that a position of the element in the first array overlaps with a position of the first supply port in the second array with respect to a second direction perpendicular to the first direction, and in that the length of the first and second supply ports in the first array and the second array, in the second direction, are greater than the length of the element in the second direction.
A vehicle control apparatus that can stop a transmission of a driving power from a power source of a vehicle to driving wheels of the vehicle while the vehicle is traveling, comprising a position determination unit that determines a current position of the vehicle, a road information storing unit that stores a road information indicative of a road inclusive of the current position of the vehicle determined by the position determination unit in association with a road status of the road, an inertia travel unit that stops the transmission of the driving power from the power source to the driving wheels based on the road information indicative of a road ahead of the current position, to have the vehicle travel in an inertia travel, a drive operation detecting unit (62, 67) that detects drive operations indicative of at least a suspension of the inertia travel and a start of the inertia travel, a suspension information storing unit that stores therein an information indicative of the current position and of a fact that the inertia travel is suspended thereat, in association with the road information thereat, in the case that the drive operation indicative of the suspension of the inertia travel is detected, and an inertia travel prohibition unit that prohibits the inertia travel of the vehicle in a predetermined section inclusive of the current position based on the information stored in the suspension information storing unit.