mhurhangee/ep-ind-claims huggingface dataset:
A nose cone assembly configured to be mounted forward of a fan section of a gas turbine engine, the nose cone assembly comprising: a nose cone having an aperture communicating air to an interior space of the nose cone; a discharge member communicating the air out of the nose cone, the discharge member comprising a centrifugal pump having a rotor and configured to draw air into, through and out of the interior space; a plurality of heat exchangers disposed forward of the discharge member in the interior space; and a plurality of conduits circulating fluid through the discharge member and the plurality of heat exchangers; characterised in that: the rotor of the centrifugal pump is surrounded by a forward-swept discharge casing that is configured to discharge air axially rearward toward a radially inward portion of inlet guide vanes of the fan section when mounted thereto; and the centrifugal pump is located aft of the plurality of heat exchangers. a nose cone having an aperture communicating air to an interior space of the nose cone; a discharge member communicating the air out of the nose cone, the discharge member comprising a centrifugal pump having a rotor and configured to draw air into, through and out of the interior space; a plurality of heat exchangers disposed forward of the discharge member in the interior space; and a plurality of conduits circulating fluid through the discharge member and the plurality of heat exchangers; characterised in that: the rotor of the centrifugal pump is surrounded by a forward-swept discharge casing that is configured to discharge air axially rearward toward a radially inward portion of inlet guide vanes of the fan section when mounted thereto; and the centrifugal pump is located aft of the plurality of heat exchangers. the rotor of the centrifugal pump is surrounded by a forward-swept discharge casing that is configured to discharge air axially rearward toward a radially inward portion of inlet guide vanes of the fan section when mounted thereto; and the centrifugal pump is located aft of the plurality of heat exchangers.
An electromagnetic-coupling dual IC card comprising: an IC module that includes a module substrate having a first surface and a second surface, contact terminals provided on the first surface of the module substrate so as to be contactable with an external contact-type device, an IC chip having a contact communication function and a contactless communication function and disposed on the second surface of the module substrate, a first connecting coil provided on the first surface of the module substrate, and a second connecting coil provided on the second surface of the module substrate; and a plate-like card body that includes an antenna sheet embedded therein and has a recess for holding the IC module, the antenna sheet being provided with an antenna having a coupling coil to be electromagnetically coupled to the first connecting coil and the second connecting coil, and a main coil connected to the coupling coil to perform contactless communication with an external contactless-type device, wherein the first connecting coil and the second connecting coil are disposed so as not to overlap with the contact terminals in plan view; and the second connecting coil provided to the second surface is surrounded by the contact terminals and the first connecting coil in plan view. an IC module that includes a module substrate having a first surface and a second surface, contact terminals provided on the first surface of the module substrate so as to be contactable with an external contact-type device, an IC chip having a contact communication function and a contactless communication function and disposed on the second surface of the module substrate, a first connecting coil provided on the first surface of the module substrate, and a second connecting coil provided on the second surface of the module substrate; and a plate-like card body that includes an antenna sheet embedded therein and has a recess for holding the IC module, the antenna sheet being provided with an antenna having a coupling coil to be electromagnetically coupled to the first connecting coil and the second connecting coil, and a main coil connected to the coupling coil to perform contactless communication with an external contactless-type device, wherein the first connecting coil and the second connecting coil are disposed so as not to overlap with the contact terminals in plan view; and the second connecting coil provided to the second surface is surrounded by the contact terminals and the first connecting coil in plan view.
A communication device using wireless power, the communication device comprising: a controller configured to determine whether a mutual resonance occurs between a target resonator and a source resonator in a symbol duration unit based on data to be transmitted; a modulator configured to modulate the data based on whether the mutual resonance occurs a charger configured to charge an inductor and a capacitor using power through the mutual resonance; a power delivering unit configured to deliver power stored in the capacitor and/or in the inductor to a load; and a switch controller configured to control a switch that connects the capacitor to the charger or to the power delivering unit based on a determination of the controller, wherein the target resonator includes the inductor and the capacitor. a controller configured to determine whether a mutual resonance occurs between a target resonator and a source resonator in a symbol duration unit based on data to be transmitted; a modulator configured to modulate the data based on whether the mutual resonance occurs a charger configured to charge an inductor and a capacitor using power through the mutual resonance; a power delivering unit configured to deliver power stored in the capacitor and/or in the inductor to a load; and a switch controller configured to control a switch that connects the capacitor to the charger or to the power delivering unit based on a determination of the controller, wherein the target resonator includes the inductor and the capacitor.
A method of wirelessly transmitting sound mixes in an audio monitoring system for stage use, the method comprising: wirelessly receiving a first set of transmission data, comprising a first frequency of a first base unit and a first mix identifier, at a terminal unit from the first base unit in response to a first user input; wirelessly receiving a second set of transmission data, comprising a second frequency of a second base unit and a second mix identifier, from the second base unit at the terminal unit in response to a second user input; storing both the first set of transmission data and the second set of transmission data in the memory of the terminal unit; assigning the first set of transmission data and the second set of transmission data a channel label; receiving an audio signal on the terminal unit on the first or second frequency in response to a selection received from a user-input device (308, 310, 312, 314, 316) on the terminal unit; and outputting the audio signal to a sound transmission device in response to the selection from the user-input device. wirelessly receiving a first set of transmission data, comprising a first frequency of a first base unit and a first mix identifier, at a terminal unit from the first base unit in response to a first user input; wirelessly receiving a second set of transmission data, comprising a second frequency of a second base unit and a second mix identifier, from the second base unit at the terminal unit in response to a second user input; storing both the first set of transmission data and the second set of transmission data in the memory of the terminal unit; assigning the first set of transmission data and the second set of transmission data a channel label; receiving an audio signal on the terminal unit on the first or second frequency in response to a selection received from a user-input device (308, 310, 312, 314, 316) on the terminal unit; and outputting the audio signal to a sound transmission device in response to the selection from the user-input device.
A computer-implemented method for use in determining whether to make measurements for a possible internetwork handover from a current radio access technology, RAT, network to a different type of RAT network may be appropriate for one or more mobile radios, characterized by the steps of: a computer automatically obtaining information associated with a serving base station in the current RAT network serving a mobile radio and with one or more base stations in the different RAT network, the information including one or more parameters indicating an effect and efficiency of a current inter-RAT measurement triggering threshold; the computer automatically determining a new measurement triggering threshold value or adjusting an existing measurement triggering threshold value used by the current RAT network for initiating inter-RAT handover measurements by the mobile radio based on the obtained information; and communicating an indication of the new or adjusted measurement triggering threshold value so that the new or adjusted measurement triggering threshold value can be used by the mobile radio. a computer automatically obtaining information associated with a serving base station in the current RAT network serving a mobile radio and with one or more base stations in the different RAT network, the information including one or more parameters indicating an effect and efficiency of a current inter-RAT measurement triggering threshold; the computer automatically determining a new measurement triggering threshold value or adjusting an existing measurement triggering threshold value used by the current RAT network for initiating inter-RAT handover measurements by the mobile radio based on the obtained information; and communicating an indication of the new or adjusted measurement triggering threshold value so that the new or adjusted measurement triggering threshold value can be used by the mobile radio.
A method in a computing device comprising at least one processor and a memory, said method comprising: receiving, through a soft keyboard application executing on the computing device, a gesture input that comprises query input and selection of an application extension that is utilized to process the query input; wherein the gesture input is a continuous gesture input comprising a pause at an application extension while maintaining contact with a touchscreen, wherein the application extension is displayed as a user interface element within the soft keyboard application; processing the gesture input to update the soft keyboard application to display one or more user interface features associated with the application extension of one or more application extensions displayed within the soft keyboard application, wherein once the one or more user interface features are displayed, the user continues the continuous gesture input to select a feature associated with the application extension, wherein receiving the continuous gesture input comprises receiving a selection of the one or more user interface features; processing the query input using a component associated with the application extension; and providing a result for the query input, wherein the result is provided by the component associated with the application extension. receiving, through a soft keyboard application executing on the computing device, a gesture input that comprises query input and selection of an application extension that is utilized to process the query input; wherein the gesture input is a continuous gesture input comprising a pause at an application extension while maintaining contact with a touchscreen, wherein the application extension is displayed as a user interface element within the soft keyboard application; processing the gesture input to update the soft keyboard application to display one or more user interface features associated with the application extension of one or more application extensions displayed within the soft keyboard application, wherein once the one or more user interface features are displayed, the user continues the continuous gesture input to select a feature associated with the application extension, wherein receiving the continuous gesture input comprises receiving a selection of the one or more user interface features; processing the query input using a component associated with the application extension; and providing a result for the query input, wherein the result is provided by the component associated with the application extension.
A method for the automated decoration of a building board, comprising at least one smoothing compound layer and preferably at least one colour coat, comprising the steps of smoothing and decorating the building board, wherein the smoothing of the building board includes at least the following steps: - calibrating the building board to a nominal thickness, so that a surface of the building board has a height difference over an entire area of the surface of the building board of at most 1 mm - applying a first layer of a smoothing compound on the surface of the building board - pressing the smoothing compound into the surface structures of the building board - recalibrating to the nominal thickness of the building board; wherein a gypsum-bound building board, a cement-bound fibreboard or a mineral fibreboard is used as the building board and characterized in that a UV-light curable smoothing compound is used for the smoothing compound application. - calibrating the building board to a nominal thickness, so that a surface of the building board has a height difference over an entire area of the surface of the building board of at most 1 mm - applying a first layer of a smoothing compound on the surface of the building board - pressing the smoothing compound into the surface structures of the building board - recalibrating to the nominal thickness of the building board;
A translation axis assembly, comprising: a supporting arm (41, 42, 53); a connecting plate; and a center-of-gravity adjusting device connected between the supporting arm (41, 42, 53) and the connecting plate, wherein: a position of the supporting arm (41, 42, 53) on the connecting plate is adjusted by the center-of-gravity adjusting device to adjust the center of gravity of the translation axis assembly; the center-of-gravity adjusting device comprises a locking and attachment assembly that causes the supporting arm (41, 42, 53) and the connecting plate to be in a loose fit during an adjustment of the center of gravity, and that causes the connecting plate and the supporting arm (41, 42, 53) to hold tightly after the adjustment of the center of gravity, wherein: the supporting arm (41, 42, 53) is provided with a penetration hole connecting the connecting plate, and a locking hole in communication with the penetration hole; characterized in that, after the adjustment of the center of gravity, the locking and attachment assembly reduces the size of the locking hole to hold the supporting arm (41, 42, 53) tightly in the penetration hole. a supporting arm (41, 42, 53); a connecting plate; and a center-of-gravity adjusting device connected between the supporting arm (41, 42, 53) and the connecting plate, wherein: a position of the supporting arm (41, 42, 53) on the connecting plate is adjusted by the center-of-gravity adjusting device to adjust the center of gravity of the translation axis assembly; the center-of-gravity adjusting device comprises a locking and attachment assembly that causes the supporting arm (41, 42, 53) and the connecting plate to be in a loose fit during an adjustment of the center of gravity, and that causes the connecting plate and the supporting arm (41, 42, 53) to hold tightly after the adjustment of the center of gravity, wherein: the supporting arm (41, 42, 53) is provided with a penetration hole connecting the connecting plate, and a locking hole in communication with the penetration hole; characterized in that, after the adjustment of the center of gravity, the locking and attachment assembly reduces the size of the locking hole to hold the supporting arm (41, 42, 53) tightly in the penetration hole. a position of the supporting arm (41, 42, 53) on the connecting plate is adjusted by the center-of-gravity adjusting device to adjust the center of gravity of the translation axis assembly; the center-of-gravity adjusting device comprises a locking and attachment assembly that causes the supporting arm (41, 42, 53) and the connecting plate to be in a loose fit during an adjustment of the center of gravity, and that causes the connecting plate and the supporting arm (41, 42, 53) to hold tightly after the adjustment of the center of gravity,
A differential driver circuit comprising: a current steering circuit configured to determine a current direction through differential output terminals of the differential driver circuit; two resistors (214,216) connected between the differential output terminals of the differential driver circuit; a NMOS transistor and PMOS transistor; wherein source terminals of the NMOS transistor and PMOS transistor are connected to a point between the two resistors; drain terminals of the NMOS transistor and PMOS transistor are connected to different supply voltages; a gate terminal of the NMOS transistor is connected to a first bias voltage; a gate terminal of the PMOS transistor is connected to a second bias voltage; and wherein the first bias voltage is equal to a sum of a reference voltage and the threshold voltage of the NMOS transistor, the second bias voltage is equal to a voltage difference between the reference voltage and the threshold voltage of the PMOS transistor; and wherein the NMOS transistor and PMOS transistor remain almost off when the voltage at the point between the two resistors is the reference voltage. a current steering circuit configured to determine a current direction through differential output terminals of the differential driver circuit; two resistors (214,216) connected between the differential output terminals of the differential driver circuit; a NMOS transistor and PMOS transistor; wherein source terminals of the NMOS transistor and PMOS transistor are connected to a point between the two resistors; drain terminals of the NMOS transistor and PMOS transistor are connected to different supply voltages; a gate terminal of the NMOS transistor is connected to a first bias voltage; a gate terminal of the PMOS transistor is connected to a second bias voltage; and wherein the first bias voltage is equal to a sum of a reference voltage and the threshold voltage of the NMOS transistor, the second bias voltage is equal to a voltage difference between the reference voltage and the threshold voltage of the PMOS transistor; and wherein the NMOS transistor and PMOS transistor remain almost off when the voltage at the point between the two resistors is the reference voltage. source terminals of the NMOS transistor and PMOS transistor are connected to a point between the two resistors; drain terminals of the NMOS transistor and PMOS transistor are connected to different supply voltages; a gate terminal of the NMOS transistor is connected to a first bias voltage; a gate terminal of the PMOS transistor is connected to a second bias voltage; and wherein the first bias voltage is equal to a sum of a reference voltage and the threshold voltage of the NMOS transistor, the second bias voltage is equal to a voltage difference between the reference voltage and the threshold voltage of the PMOS transistor; and wherein the NMOS transistor and PMOS transistor remain almost off when the voltage at the point between the two resistors is the reference voltage.
A method for detecting volcanic ash embedded in a water vapor cloud, comprising the following steps: measuring infrared emissions of exhaust emitted from a jet engine; and generating a detection signal when an intensity of infrared emissions at or near a spectral peak wavelength of blackbody radiation associated with the jet engine exhaust exceeds a threshold corresponding to an undesirable amount of volcanic ash in the jet engine exhaust. measuring infrared emissions of exhaust emitted from a jet engine; and generating a detection signal when an intensity of infrared emissions at or near a spectral peak wavelength of blackbody radiation associated with the jet engine exhaust exceeds a threshold corresponding to an undesirable amount of volcanic ash in the jet engine exhaust.
Control unit for at least one vehicle brake system of a vehicle, comprising: an electronic device with a memory unit, on which there is stored a characteristic curve which predefines a relation between a first input variable (x input) specified by a driver by means of actuating a brake actuating element of the vehicle and a target variable (a vehicle) with respect to a target vehicle retardation (a vehicle) to be exerted on the vehicle by means of the at least one vehicle brake system; wherein the electronic device is designed to activate the at least one vehicle brake system, while considering the characteristic curve and the first input variable (x input), in such a way that the vehicle can be braked by means of the at least one activated vehicle brake system; characterized in that: the electronic device is additionally designed, while considering a second input variable (y input) specified by the driver by means of actuating an accelerator pedal of the vehicle, to redefine at least one value of the characteristic curve and to store the appropriately changed characteristic curve on the memory unit. an electronic device with a memory unit, on which there is stored a characteristic curve which predefines a relation between a first input variable (x input) specified by a driver by means of actuating a brake actuating element of the vehicle and a target variable (a vehicle) with respect to a target vehicle retardation (a vehicle) to be exerted on the vehicle by means of the at least one vehicle brake system; wherein the electronic device is designed to activate the at least one vehicle brake system, while considering the characteristic curve and the first input variable (x input), in such a way that the vehicle can be braked by means of the at least one activated vehicle brake system; characterized in that: the electronic device is additionally designed, while considering a second input variable (y input) specified by the driver by means of actuating an accelerator pedal of the vehicle, to redefine at least one value of the characteristic curve and to store the appropriately changed characteristic curve on the memory unit.
A method of operating an apparatus associated with at least one network node, comprising: determining at least one cell in a network sharing context of at least one user equipment with at least one other cell within the network; creating at least one measurement configuration being used by the at least one user equipment, wherein the at least one measurement configuration indicates at least to the at least one user equipment that it can decide whether to perform cell change to one of the determined at least one cell without transmitting back a measurement report to its serving cell, being one of the at least one other cell; and transmitting the created at least one measurement configuration to the at least one user equipment. determining at least one cell in a network sharing context of at least one user equipment with at least one other cell within the network; creating at least one measurement configuration being used by the at least one user equipment, wherein the at least one measurement configuration indicates at least to the at least one user equipment that it can decide whether to perform cell change to one of the determined at least one cell without transmitting back a measurement report to its serving cell, being one of the at least one other cell; and transmitting the created at least one measurement configuration to the at least one user equipment.