mhurhangee/ep-ind-claims huggingface dataset:
A defect detection device being a defect detection device that detects a defect present in a welded part formed along a pipe longitudinal of a welded steel pipe, the defect detection device comprising: a phased array probe that is installed outside an outer surface of the welded steel pipe and includes a plurality of ultrasonic elements arranged therein; a transmission means configured to set n pieces of the ultrasonic elements, being some of a plurality of the ultrasonic elements composing the phased array probe, as transmission ultrasonic elements and to transmit ultrasonic beams toward the welded part through the outer surface of the welded steel pipe from the transmission ultrasonic elements; a reception means configured to receive reflected ultrasonic beams being the ultrasonic beams reflected by the welded steel pipe including the welded part via reception ultrasonic elements consisting of m pieces, being larger than and including the n pieces of the ultrasonic elements composing the transmission ultrasonic elements, out of a plurality of the ultrasonic elements composing the phased array probe; and a defect determination means configured to determine whether or not a defect is present in the welded part based on the reflected ultrasonic beams received by the reception means. a phased array probe that is installed outside an outer surface of the welded steel pipe and includes a plurality of ultrasonic elements arranged therein; a transmission means configured to set n pieces of the ultrasonic elements, being some of a plurality of the ultrasonic elements composing the phased array probe, as transmission ultrasonic elements and to transmit ultrasonic beams toward the welded part through the outer surface of the welded steel pipe from the transmission ultrasonic elements; a reception means configured to receive reflected ultrasonic beams being the ultrasonic beams reflected by the welded steel pipe including the welded part via reception ultrasonic elements consisting of m pieces, being larger than and including the n pieces of the ultrasonic elements composing the transmission ultrasonic elements, out of a plurality of the ultrasonic elements composing the phased array probe; and a defect determination means configured to determine whether or not a defect is present in the welded part based on the reflected ultrasonic beams received by the reception means.
A method of transferring a first electronic data carrier (1, 10) from a first system to a second system, wherein the first electronic data carrier (1, 10) is a radio frequency identification tag in which an identification and a password are stored, by means of which password access to the first data carrier (1, 10) is secured, characterized in that the method includes overwriting the password stored on the first data carrier (1, 10) with a password valid in the second system, wherein, for transferring a password (PWA, PWB) valid in one system (A, B) between the two systems (A, B), a second electronic data carrier or a mobile device is provided, on which the password (PWA, PWB) valid in the one system (A, B) is stored, wherein the following steps are carried out at the boundary of the first system: - transmission of a password valid in the first system to the first data carrier (1, 10), - comparison of the password stored on the first data carrier (1, 10) with the transmitted password, and - in the event of a positive outcome of the comparison, overwriting of the stored password with a password valid in the second system, which password is read from the second data carrier or the mobile device. - transmission of a password valid in the first system to the first data carrier (1, 10), - comparison of the password stored on the first data carrier (1, 10) with the transmitted password, and - in the event of a positive outcome of the comparison, overwriting of the stored password with a password valid in the second system, which password is read from the second data carrier or the mobile device.
A fusion reactor comprising: an enclosure; two internal magnetic coils suspended within the enclosure; a center magnetic coil coaxial with the two internal magnetic coils and located proximate to a midpoint of the enclosure; a plurality of encapsulating magnetic coils coaxial with the internal magnetic coils, the encapsulating magnetic coils being operable to preserve the magnetohydrodynamic stability of the fusion reactor by maintaining a magnetic wall that prevents plasma within the enclosure from expanding; two mirror magnetic coils coaxial with the internal magnetic coils; and a cooling system for removing heat from one or more of the two internal magnetic coils, the plurality of encapsulating magnetic coils, the center magnetic coil, and the two mirror magnetic coils. an enclosure; two internal magnetic coils suspended within the enclosure; a center magnetic coil coaxial with the two internal magnetic coils and located proximate to a midpoint of the enclosure; a plurality of encapsulating magnetic coils coaxial with the internal magnetic coils, the encapsulating magnetic coils being operable to preserve the magnetohydrodynamic stability of the fusion reactor by maintaining a magnetic wall that prevents plasma within the enclosure from expanding; two mirror magnetic coils coaxial with the internal magnetic coils; and a cooling system for removing heat from one or more of the two internal magnetic coils, the plurality of encapsulating magnetic coils, the center magnetic coil, and the two mirror magnetic coils.
Steplessly adjustable hydraulic insert valve having a housing which, on the end side in its installation direction, has an inflow connector which can be connected to a pressure medium source and, in the radial direction, has a first and a second working connector (16, 36) and a return connector which can be connected to a pressure medium tank, the housing having an axial bore with an actuator which is guided axially movably therein, can be held in an axial center position by means of at least one spring (70, 71) and can be adjusted steplessly axially out of the center position by way of a controllable actuation, it being possible for the first working connector and/or the second working connector to be connected fluidically to the return connector by way of an axial adjustment of the actuator, characterized in that the actuator has a radial widened portion with a first control edge for steplessly opening and/or closing a first radial opening of the return connector and with a second control edge for steplessly opening and/or closing a second radial opening of the return connector, wherein the radial widened portion is delimited axially by a first axial face and a second axial face which points away from said first axial face, it being possible for in each case one of the axial faces (76, 78) to be relieved fluidically away from the axial center position of the actuator, wherein the first and/or the second working connector (16, 36) in each case have/has a first and a second radial opening (20, 18, 38, 40) which are spaced apart from one another in the axial direction, wherein the first radial opening of the first working connector is connected fluidically to the first axial face of the actuator, and wherein the first radial opening of the second working connector is connected fluidically to the second axial face of the actuator.
A computer-implemented method of associating dependency structures from two different languages, wherein the dependency structures comprise nodes organized in a parent/child structure, the computer-implemented method comprising: associating nodes of the dependency structures to form tentative correspondences; and aligning nodes of the dependency structures as a function of eliminating at least one of the tentative correspondences and/or structural considerations, characterized in that said aligning nodes comprises a first aligning as a function of a set of rules applied to the nodes initially irrespective of the parent/child structure allowing to apply the set of rules to the nodes non-linearly without requiring a top-down or bottom-up processing for aligning the nodes, and a second aligning of the dependency structure outwards from the result of the first aligning. associating nodes of the dependency structures to form tentative correspondences; and aligning nodes of the dependency structures as a function of eliminating at least one of the tentative correspondences and/or structural considerations, characterized in that said aligning nodes comprises a first aligning as a function of a set of rules applied to the nodes initially irrespective of the parent/child structure allowing to apply the set of rules to the nodes non-linearly without requiring a top-down or bottom-up processing for aligning the nodes, and a second aligning of the dependency structure outwards from the result of the first aligning.
A communication system, comprising: a housing; a tray having a plurality of ports each having a front face connectable to a cable, the tray movably engaged with the housing so that the tray may slide along a proximal-to-distal axis,, with respect to the housing, the tray being slideable a maximum slidable distance between a stored position in which the tray is fully or substantially within the housing and a pulled-out position; and a cable guide for supporting at least one of the plurality of cables, the cable guide having a fixed position with respect to the housing, wherein, in the stored position, the front faces of the ports are positioned distal to the fixed position of the cable guide a first distance from the cable guide in the direction of the proximal-to-distal axis,, and, in the pulled-out position, the front faces of the ports are positioned proximal to the fixed position of the cable guide a second distance from the cable guide in the direction of the proximal-to-distal axis,, the second distance being less than the first distance. a housing; a tray having a plurality of ports each having a front face connectable to a cable, the tray movably engaged with the housing so that the tray may slide along a proximal-to-distal axis,, with respect to the housing, the tray being slideable a maximum slidable distance between a stored position in which the tray is fully or substantially within the housing and a pulled-out position; and a cable guide for supporting at least one of the plurality of cables, the cable guide having a fixed position with respect to the housing, wherein, in the stored position, the front faces of the ports are positioned distal to the fixed position of the cable guide a first distance from the cable guide in the direction of the proximal-to-distal axis,, and, in the pulled-out position, the front faces of the ports are positioned proximal to the fixed position of the cable guide a second distance from the cable guide in the direction of the proximal-to-distal axis,, the second distance being less than the first distance.
Method for adapting a human-machine interface in a motor vehicle, wherein the motor vehicle can be operated in at least one automated driving mode, wherein a degree of confidence of the driver is detected or determined, wherein the human-machine interface is adapted as a function of the detected or determined degree of confidence, characterized in that a seat and/or a central console is or can be moved as a function of the degree of confidence. a degree of confidence of the driver is detected or determined, wherein the human-machine interface is adapted as a function of the detected or determined degree of confidence, characterized in that a seat and/or a central console is or can be moved as a function of the degree of confidence.
A method comprising: accessing, at a mobile device, application management information, wherein the application management information identifies a plurality of installed applications on the mobile device and one or more settings indicative of at least a connection preference associated with the plurality of installed applications, the connection preference indicating a type of network connection to be used for retrieving an update package for updating an application; sending, from the mobile device to a server, a request for update information regarding the plurality of installed applications; receiving, at the mobile device from the server, the update information, wherein the update information identifies an update package for a respective installed application of the plurality of installed applications; and receiving the update package for the respective installed application without user interaction from a user of the mobile device when the connection preference associated with the respective installed application and an application update size limitation associated with the respective installed application are satisfied. accessing, at a mobile device, application management information, wherein the application management information identifies a plurality of installed applications on the mobile device and one or more settings indicative of at least a connection preference associated with the plurality of installed applications, the connection preference indicating a type of network connection to be used for retrieving an update package for updating an application; sending, from the mobile device to a server, a request for update information regarding the plurality of installed applications; receiving, at the mobile device from the server, the update information, wherein the update information identifies an update package for a respective installed application of the plurality of installed applications; and receiving the update package for the respective installed application without user interaction from a user of the mobile device when the connection preference associated with the respective installed application and an application update size limitation associated with the respective installed application are satisfied.
A power supply apparatus configured to be disposed on a ground side and to supply power using an electromagnetic force to a power receiving apparatus configured to be disposed on a vehicle, the power supply apparatus comprising: a power supply section including a spiral coil or a solenoid coil; a frequency characteristic acquiring section configured to acquire a frequency characteristic for efficiency of power supply performed from the spiral coil or the solenoid coil of the power supply section to a power receiving coil of the power receiving apparatus; a peak determining section configured to determine a peak in the frequency characteristic for the efficiency of power supply; a drive frequency determining section configured to determine a frequency in the vicinity of a frequency at the peak to be a drive frequency used for the power supply, wherein the power supply section is configured to perform full-scale power supply that is greater than test power supply using the drive frequency to direct magnetic flux formed between the spiral coil or the solenoid coil and the power receiving coil toward the vehicle; characterized in that the power supply section is configured to perform the test power supply that supplies power to the power receiving apparatus in a range equal to or lower than a predetermined frequency representing a local minimum value that is invariable while sequentially changing a frequency in order for the frequency characteristic acquiring section to acquire the frequency characteristic for the efficiency of power supply. a power supply section including a spiral coil or a solenoid coil; a frequency characteristic acquiring section configured to acquire a frequency characteristic for efficiency of power supply performed from the spiral coil or the solenoid coil of the power supply section to a power receiving coil of the power receiving apparatus; a peak determining section configured to determine a peak in the frequency characteristic for the efficiency of power supply; a drive frequency determining section configured to determine a frequency in the vicinity of a frequency at the peak to be a drive frequency used for the power supply, wherein the power supply section is configured to perform full-scale power supply that is greater than test power supply using the drive frequency to direct magnetic flux formed between the spiral coil or the solenoid coil and the power receiving coil toward the vehicle; characterized in that the power supply section is configured to perform the test power supply that supplies power to the power receiving apparatus in a range equal to or lower than a predetermined frequency representing a local minimum value that is invariable while sequentially changing a frequency in order for the frequency characteristic acquiring section to acquire the frequency characteristic for the efficiency of power supply.
A characterization apparatus for characterizing scintillator material with respect to performance, the characterization apparatus comprising: - a first radiation source for irradiating the scintillator material with first radiation having a wavelength being smaller than 450 nm, - a second radiation source for irradiating the scintillator material with pulsed second radiation having a wavelength being larger than 600 nm and having a pulse duration being equal to or smaller than 50 s, - a control unit for controlling the components of the apparatus such that the scintillator material is irradiated with the second radiation after it has been irradiated with the first radiation, - a detection device for detecting third radiation from the scintillator material during and/or after the irradiation by the second radiation, which is usable as an indicator for an amount of traps, which trap charge carriers, in order to allow for a characterization of the scintillator material based on the detected third radiation, wherein the detection device is adapted to generate a detection signal depending on the detected third radiation, and wherein the characterization apparatus further comprises: - a calculation unit for integrating the detection signal, in order to allow for a characterization of the scintillator material by estimating the amount of traps based on the integrated detection signal. - a first radiation source for irradiating the scintillator material with first radiation having a wavelength being smaller than 450 nm, - a second radiation source for irradiating the scintillator material with pulsed second radiation having a wavelength being larger than 600 nm and having a pulse duration being equal to or smaller than 50 s, - a control unit for controlling the components of the apparatus such that the scintillator material is irradiated with the second radiation after it has been irradiated with the first radiation, - a detection device for detecting third radiation from the scintillator material during and/or after the irradiation by the second radiation, which is usable as an indicator for an amount of traps, which trap charge carriers, in order to allow for a characterization of the scintillator material based on the detected third radiation, wherein the detection device is adapted to generate a detection signal depending on the detected third radiation, - a calculation unit for integrating the detection signal, in order to allow for a characterization of the scintillator material by estimating the amount of traps based on the integrated detection signal.
Method for evacuating hydrocarbons from pockets (212, 218) within a subsea process module, the subsea process module having an upper fluid connection point and a lower fluid connection point, the method comprising: connecting a receiving container line to the upper fluid connection point of the subsea process module; connecting a liquid adding line to the lower fluid connection point of the subsea process module; displacing hydrocarbon by a liquid displacement medium added through the liquid adding line; removing the liquid adding line from the lower fluid connection point; connecting a gas adding line to either the upper fluid connection point or a lower fluid connection point; connecting a receiving container line to the lower fluid connection point and or another lower fluid connection point; diluting the remaining hydrocarbon by a gas medium added through the gas adding line by diluting a gas-phase portion of the hydrocarbon that has been trapped in a pocket in the subsea process module. connecting a receiving container line to the upper fluid connection point of the subsea process module; connecting a liquid adding line to the lower fluid connection point of the subsea process module; displacing hydrocarbon by a liquid displacement medium added through the liquid adding line; removing the liquid adding line from the lower fluid connection point; connecting a gas adding line to either the upper fluid connection point or a lower fluid connection point; connecting a receiving container line to the lower fluid connection point and or another lower fluid connection point; diluting the remaining hydrocarbon by a gas medium added through the gas adding line by diluting a gas-phase portion of the hydrocarbon that has been trapped in a pocket in the subsea process module.
A weft-yarn detection apparatus of a loom for detecting an arrival of a weft yarn inserted, the weft-yarn detection apparatus comprising: a lens disposed to face the weft yarn that is inserted along a weft-inserting direction; a light-emitting element emitting light to be projected on the weft yarn through the lens; and a light-receiving element receiving the light emitted from the light-emitting element, wherein the lens is a cylindrical lens, wherein a lens surface of the lens on a side facing the weft yarn is a convex surface, characterized in that the lens surface of the lens has a curvature that is greater in the weft-inserting direction than in a short-length direction of a reed. a lens disposed to face the weft yarn that is inserted along a weft-inserting direction; a light-emitting element emitting light to be projected on the weft yarn through the lens; and a light-receiving element receiving the light emitted from the light-emitting element, wherein the lens is a cylindrical lens, wherein a lens surface of the lens on a side facing the weft yarn is a convex surface, characterized in that the lens surface of the lens has a curvature that is greater in the weft-inserting direction than in a short-length direction of a reed.
Intercooler for a fresh air system of an internal combustion engine, - with a cooler box that has at least one cooler box passage opening, - with an upper shell, in which at least one flange plate passage opening is provided, which is aligned with the cooler box passage opening, - with an adapter element having a first and second end section (10a, 10b), which is inserted into the flange plate passage-opening with the second end section and is connected by material bonding with an edge of the cooler box enclosing the cooler box passage-opening, - with a tubular element having a first and second end section (9a, 9b) and detachably fastened to the adapter element, characterised in that the two first end sections (10a, 9a) of adapter element and tubular element form a clip connection in a fastened state to one another. - with a cooler box that has at least one cooler box passage opening, - with an upper shell, in which at least one flange plate passage opening is provided, which is aligned with the cooler box passage opening, - with an adapter element having a first and second end section (10a, 10b), which is inserted into the flange plate passage-opening with the second end section and is connected by material bonding with an edge of the cooler box enclosing the cooler box passage-opening, - with a tubular element having a first and second end section (9a, 9b) and detachably fastened to the adapter element, characterised in that