mhurhangee/ep-ind-claims huggingface dataset:
Method for multi-color imaging using frequency-modulated illumination comprising: - a step of providing electromagnetic radiation with a plurality of different wavelengths, comprising a step of modulating each wavelength with a different modulation frequency, - a step of illuminating a target with the modulated electromagnetic radiation, comprising simultaneously illuminating the target with the plurality of wavelengths of electromagnetic radiation, - a step of sensing electromagnetic radiation emitted from the target, said step being synchronized with the step of modulating each wavelength with a different modulation frequency, and - a step of processing the data obtained in the step of sensing; wherein the step of processing the data further comprises a step of demodulating the sensed data to identify individual contributions of the different wavelengths to the intensity of the emitted electromagnetic radiation for each modulation frequency, a step of localizing individual fluorescence emitting elements in the target, and a step of reconstructing an image of the fluorescence emitting elements based on the localizations. - a step of providing electromagnetic radiation with a plurality of different wavelengths, comprising a step of modulating each wavelength with a different modulation frequency, - a step of illuminating a target with the modulated electromagnetic radiation, comprising simultaneously illuminating the target with the plurality of wavelengths of electromagnetic radiation, - a step of sensing electromagnetic radiation emitted from the target, said step being synchronized with the step of modulating each wavelength with a different modulation frequency, and - a step of processing the data obtained in the step of sensing;
A sealed electron-beam device comprising an elongate body with an exit window, an elongate cathode housing with a proximal end and a distal end arranged inside the elongate body and one or more filaments arranged inside the cathode housing, the cathode housing further comprising one or more openings facing towards the exit window, the opening or openings being configured for passage of electrons generated by the filament to the exit window, wherein the elongate cathode housing comprises a semi-annular shell extending from the distal end to the proximal end, the open side of which is covered by a control grid providing the one or more openings characterized in that the distal end of the cathode housing is inserted into an opening of a dome-shaped cap for covering components arranged in the distal end and for minimizing high field strengths, wherein a lower half of the opening is closed by the semi-annular shell and an upper half of the opening of the dome-shaped cap is covered by a plate, the proximal end of the cathode housing extends into an opening of a proximal cap having a cylindrical portion, wherein an upper half of the opening of the proximal cap is covered by a plate, and longitudinal free edges of either the semi-annular shell of the cathode housing or the control grid are curled for formation of bulges.
A digital subscriber line access multiplexer for sending communication signals (s1t) via customer lines (L1,L2) to customer devices at one or more customer premises, wherein the digital subscriber line access multiplexer is configured to send a communication signal (s1t) for a particular customer device concurrently via more than one customer line (L1, L2) to the particular customer device, characterized in that the digital subscriber line access multiplexer is further configured to enhance a communication signal, received from the particular customer device via a first customer line, using a further communication signal received concurrently from the particular customer device via a second customer line.
A method of selecting a capillary network gateway node for connecting a Machine Type Communication, MTC, device to a radio access network, comprising: obtaining (Sioi) an indication of a number of credentials available at each of a plurality of capillary network gateway nodes being capable of connecting the MTC device to the radio access network, wherein the credentials includes MTC device identification, encryption keys and shared secrets; comparing (S101b) the number of credentials available at each of the plurality of capillary network gateway nodes with a credential threshold value; and selecting one of the plurality of capillary network gateway nodes via which the MTC device is to be connected to the radio access network based at least in part on the number of credentials available at each of the plurality of capillary network gateway nodes and for which the number of credentials is equal to or exceeds the credential threshold value. obtaining (Sioi) an indication of a number of credentials available at each of a plurality of capillary network gateway nodes being capable of connecting the MTC device to the radio access network, wherein the credentials includes MTC device identification, encryption keys and shared secrets; comparing (S101b) the number of credentials available at each of the plurality of capillary network gateway nodes with a credential threshold value; and selecting one of the plurality of capillary network gateway nodes via which the MTC device is to be connected to the radio access network based at least in part on the number of credentials available at each of the plurality of capillary network gateway nodes and for which the number of credentials is equal to or exceeds the credential threshold value.
A method of forming a composite part comprising: laying up opposing composite facesheets (120, 130, 1402); placing a viscous material between the facesheets (1404, 1406); increasing a distance between the facesheets to form the viscous material into tendrils between the facesheets; solidifying the facesheets and the viscous material into an integral composite part; and applying a closed cell foam between the facesheets after the facesheets and the viscous material have been solidified into an integral composite part. laying up opposing composite facesheets (120, 130, 1402); placing a viscous material between the facesheets (1404, 1406); increasing a distance between the facesheets to form the viscous material into tendrils between the facesheets; solidifying the facesheets and the viscous material into an integral composite part; and applying a closed cell foam between the facesheets after the facesheets and the viscous material have been solidified into an integral composite part.
A bowed rotor prevention system for a gas turbine engine of an aircraft, the bowed rotor prevention system comprising: an engine accessory gearbox, a gear train comprising an epicyclic gear set coupled to the engine accessory gearbox, wherein the epicyclic gear set is mounted to a manual crank pad of the engine accessory gearbox, and a housing of the epicyclic gear set comprises an access port to engage a cranking tool with the manual crank pad while the engine accessory gearbox remains coupled to the epicyclic gear set; and a bowed rotor prevention motor operable to drive rotation of a starting spool of the gas turbine engine through the gear train at a substantially constant speed upon engine shutdown, the bowed rotor prevention motor operable to be powered by an energy storage source.
Device for producing at least one concrete component, with - at least two metering devices, wherein at least one of the at least two metering devices is configured to meter material for forming the component, and at least one other of the at least two metering devices is configured to meter material in a changeable manner for forming the component, - at least one dispensing device arranged downstream of the at least two metering devices, which is configured to dispense material in order to produce the component and provide it with at least one continuous or approximately continuous property change in at least one spatial direction, - a control device in order to control the metering of the at least two metering devices, wherein the control device is connected with the one of the at least two metering devices in order to control the metering and is connected with the other of the at least two metering devices in order to control the metering so that it is carried out in a changeable manner, such that the component is provided with at least one continuous or approximately continuous property change in at least one spatial direction, and - an automated movement device for the movement of the at least one dispensing device, wherein the movement device comprises a distributor mast or jointed arm. - at least two metering devices, wherein at least one of the at least two metering devices is configured to meter material for forming the component, and at least one other of the at least two metering devices is configured to meter material in a changeable manner for forming the component, - at least one dispensing device arranged downstream of the at least two metering devices, which is configured to dispense material in order to produce the component and provide it with at least one continuous or approximately continuous property change in at least one spatial direction, - a control device in order to control the metering of the at least two metering devices, wherein the control device is connected with the one of the at least two metering devices in order to control the metering and is connected with the other of the at least two metering devices in order to control the metering so that it is carried out in a changeable manner, such that the component is provided with at least one continuous or approximately continuous property change in at least one spatial direction, and - an automated movement device for the movement of the at least one dispensing device, wherein the movement device comprises a distributor mast or jointed arm.
Apparatus for regulating the field current for a three-phase generator, comprising a voltage source, a rectifier, which is connected to the voltage source, three phase windings (5, 6, 7), which are connected to the rectifier, an evaluation unit, which is connected to the three phase windings (5, 6, 7), and a voltage regulator whose input is connected to the evaluation unit and whose output is connected to the field winding of the three-phase generator, characterized in that the evaluation unit has three input connections (10, 11, 12), wherein each of these input connections is connected to one of the phase windings (5, 6, 7) of the three-phase generator, the evaluation unit is intended for evaluating the phase voltages associated with the three phase windings in order to detect a malfunction of the rectifier and/or a malfunction of one of the phase windings (5, 6, 7), and the voltage regulator reduces the field current flowing through the field winding when this malfunction is identified.
A brake system (100, 300) for stopping an operation of a vehicle, the brake system (100, 300) comprising: a braking system including a braking unit configured to generate a braking force, an operation unit configured to operate the braking unit, and a master cylinder configured to generate a braking hydraulic pressure for the braking unit by the operation of the operation unit; and characterized by a transmission unit which includes a hydraulic cylinder connected to the braking system, wherein the transmission unit is configured to generate the braking force in the braking unit by transmitting a hydraulic pressure of a hydraulic circuit (70, 370) performing a predetermined operation by the hydraulic pressure to the braking unit, wherein the hydraulic cylinder of the transmission unit is arranged to push a swinging portion of the operation unit in a braking force generation direction by the hydraulic pressure of the hydraulic circuit (70, 370), thereby operating the master cylinder to generate the braking hydraulic pressure for the braking unit. a braking system including a braking unit configured to generate a braking force, an operation unit configured to operate the braking unit, and a master cylinder configured to generate a braking hydraulic pressure for the braking unit by the operation of the operation unit; and characterized by a transmission unit which includes a hydraulic cylinder connected to the braking system, wherein the transmission unit is configured to generate the braking force in the braking unit by transmitting a hydraulic pressure of a hydraulic circuit (70, 370) performing a predetermined operation by the hydraulic pressure to the braking unit, wherein the hydraulic cylinder of the transmission unit is arranged to push a swinging portion of the operation unit in a braking force generation direction by the hydraulic pressure of the hydraulic circuit (70, 370), thereby operating the master cylinder to generate the braking hydraulic pressure for the braking unit.
A vehicle comprising two seats (2,3) lined up in the vehicle width direction and a side airbag device incorporated in an inner space of a backrest of the first seat, secured to an inner side of a skeletal frame of the backrest, comprising: an inflator that injects gas, and an airbag cushion which expands and deploys, based on the gas injected by the inflator, between the first seat and the second seat, wherein the airbag cushion has a storing part for storing the inflator, a first portion extending to one side in the horizontal direction of the storing part, and second and third portions (41b, 41c) that extend to the other sides thereof, such that at least the storing part and the first portion extending to one of the sides of the airbag cushion before expansion and deployment are arranged on the inside of the skeletal frame, characterized in that. the airbag cushion, being continuous to the backside of the storing part prior to expansion and deployment and arranged so as to cover the storing part on the inside of the skeletal frame, comprising: a first portion that restrains an occupant seated in the first upon expansion and deployment; a second portion continuous to the front of the storing part and arranged at the front of the skeletal frame; and a third portion continuous to the second portion, arranged on the outside of the skeletal frame before expansion and deployment and can come into contact with the second seat during expansion and deployment. an inflator that injects gas, and an airbag cushion which expands and deploys, based on the gas injected by the inflator, between the first seat and the second seat, wherein the airbag cushion has a storing part for storing the inflator, a first portion extending to one side in the horizontal direction of the storing part, and second and third portions (41b, 41c) that extend to the other sides thereof, such that at least the storing part and the first portion extending to one of the sides of the airbag cushion before expansion and deployment are arranged on the inside of the skeletal frame, characterized in that. the airbag cushion, being continuous to the backside of the storing part prior to expansion and deployment and arranged so as to cover the storing part on the inside of the skeletal frame, comprising: a first portion that restrains an occupant seated in the first upon expansion and deployment; a second portion continuous to the front of the storing part and arranged at the front of the skeletal frame; and a third portion continuous to the second portion, arranged on the outside of the skeletal frame before expansion and deployment and can come into contact with the second seat during expansion and deployment. a first portion that restrains an occupant seated in the first upon expansion and deployment; a second portion continuous to the front of the storing part and arranged at the front of the skeletal frame; and a third portion continuous to the second portion, arranged on the outside of the skeletal frame before expansion and deployment and can come into contact with the second seat during expansion and deployment.
An organic rankine cycle system configured to limit temperature of a working fluid below a threshold temperature, the system comprising: a heat source configured to provide waste heat fluid; a heat exchanger coupled to the heat source, the heat exchanger comprising: a plurality of external and a plurality of internal enhancement features, wherein the external enhancement features are arranged to reduce a first heat transfer coefficient between the working fluid and the waste heat fluid from the heat source external to the heat exchanger and the internal enhancement features are arranged to increase a second heat transfer coefficient between the working fluid and the waste heat fluid from the heat source, internal to the heat exchanger. a heat source configured to provide waste heat fluid; a heat exchanger coupled to the heat source, the heat exchanger comprising: a plurality of external and a plurality of internal enhancement features, wherein the external enhancement features are arranged to reduce a first heat transfer coefficient between the working fluid and the waste heat fluid from the heat source external to the heat exchanger and the internal enhancement features are arranged to increase a second heat transfer coefficient between the working fluid and the waste heat fluid from the heat source, internal to the heat exchanger.
A radio frequency identification, RFID, device, comprising: a housing having a receptacle, wherein the receptacle is configured to receive a vial; an RFID reader having at least one antenna configured to communicate with an RFID tag, wherein the RFID reader is configured to communicate with a host computer, characterized in that: the RFID device is configured to determine whether the vial has an existing RFID tag; and the RFID device comprises an applicator configured to apply an RFID tag to the vial if it is determined by the RFID device that the vial does not have an existing RFID tag. a housing having a receptacle, wherein the receptacle is configured to receive a vial; an RFID reader having at least one antenna configured to communicate with an RFID tag, wherein the RFID reader is configured to communicate with a host computer, characterized in that: the RFID device is configured to determine whether the vial has an existing RFID tag; and the RFID device comprises an applicator configured to apply an RFID tag to the vial if it is determined by the RFID device that the vial does not have an existing RFID tag. the RFID device is configured to determine whether the vial has an existing RFID tag; and the RFID device comprises an applicator configured to apply an RFID tag to the vial if it is determined by the RFID device that the vial does not have an existing RFID tag.
A steam plant, comprising: a processing unit arranged to treat raw water; a boiler arranged to generate steam; and a blowdown vessel in fluid communication with the boiler so as to receive hot blowdown water from the boiler; and a reverse osmosis unit in fluid communication with the processing unit though an inflow water line to receive treated inflow water from the processing unit, and in fluid communication with the boiler through a permeate line to provide permeate generated in the reverse osmosis unit to the boiler; characterised in that the reverse osmosis unit is in fluid communication with the blowdown vessel through a concentrate line to provide concentrate generated in the reverse osmosis unit to the blowdown vessel through the concentrate line and thereby cool the hot blowdown water received in the blowdown vessel from the boiler. a processing unit arranged to treat raw water; a boiler arranged to generate steam; and a blowdown vessel in fluid communication with the boiler so as to receive hot blowdown water from the boiler; and a reverse osmosis unit in fluid communication with the processing unit though an inflow water line to receive treated inflow water from the processing unit, and in fluid communication with the boiler through a permeate line to provide permeate generated in the reverse osmosis unit to the boiler; characterised in that the reverse osmosis unit is in fluid communication with the blowdown vessel through a concentrate line to provide concentrate generated in the reverse osmosis unit to the blowdown vessel through the concentrate line and thereby cool the hot blowdown water received in the blowdown vessel from the boiler.
A communication processing method at a mobile communication terminal device, wherein the mobile communication terminal device is operable when connected with one or more peripheral devices acting as a communication executive device, the method comprising the steps of: receiving an operation instruction for terminating a current communication; determining a sending agent of the communication termination instruction; determining whether or not the sending agent of the communication termination instruction is a first communication executive device being used by the current communication, according to device identification information carried in the communication termination instruction; and if it is, terminating the current communication; otherwise if the sending agent of the communication termination instruction is not the first communication executive device being used by the current communication, switching the current communication to a second communication executive device which can continue the current communication. receiving an operation instruction for terminating a current communication; determining a sending agent of the communication termination instruction; determining whether or not the sending agent of the communication termination instruction is a first communication executive device being used by the current communication, according to device identification information carried in the communication termination instruction; and if it is, terminating the current communication; otherwise if the sending agent of the communication termination instruction is not the first communication executive device being used by the current communication, switching the current communication to a second communication executive device which can continue the current communication.
A nuclear reactor provided with a protection system for shutdown of the reactor in accidental conditions, the protection system comprising one or more shutdown devices arranged laterally and radially outside with respect to the core of the reactor; the shutdown device having a casing, for example substantially cylindrical, positioned laterally with respect to the core and at least partly facing the core, the casing having a septum that delimits inside the casing an upper volume and a lower volume separated by the septum, the upper volume containing a neutron reflecting operating fluid, in particular a liquid metal, in front of the active part of the core and the lower volume containing a neutron transparent or neutron absorbing medium; wherein the shutdown device comprises at least one exclusion device configured so as to exclude the separation function of the septum to replace, at least in part, the neutron reflecting operating fluid with the neutron transparent or neutron absorbing medium inside the casing in front of the active part of the core.