mhurhangee/ep-ind-claims huggingface dataset:
A coating apparatus for coating a liquid substance on a specific region of the inside surface of a tubular container, the coating apparatus comprising: a spray nozzle including an inner tube for discharging the liquid substance and an outer tube with the inner tube inserted therein for discharging a medium exhibiting fluidity, the spray nozzle being configured to spray from a tip thereof the liquid substance discharged from the inner tube as a sol by means of the medium discharged from the outer tube; and a spraying direction changing member, fixed to a tip side of the spray nozzle, for changing a direction of spray of the sol oriented outward to a direction intersecting a direction of discharge of the liquid substance, wherein the spraying direction changing member includes a cylindrical body with a hollow part extending from the tip of the spray nozzle in the direction of discharge of the liquid substance and closed at its distal end of the hollow part, characterized in that the sidewall of the cylindrical body has openings formed to pass through the sidewall in a direction intersecting the direction of discharge of the liquid substance from the inner tube, and the sol is sprayed outward through the openings, and the spraying direction changing member further includes a bounce part provided on the side beyond the openings of and at the distal end of the cylindrical body and having a bounce surface for bouncing off the sol. a spray nozzle including an inner tube for discharging the liquid substance and an outer tube with the inner tube inserted therein for discharging a medium exhibiting fluidity, the spray nozzle being configured to spray from a tip thereof the liquid substance discharged from the inner tube as a sol by means of the medium discharged from the outer tube; and a spraying direction changing member, fixed to a tip side of the spray nozzle, for changing a direction of spray of the sol oriented outward to a direction intersecting a direction of discharge of the liquid substance, wherein the spraying direction changing member includes a cylindrical body with a hollow part extending from the tip of the spray nozzle in the direction of discharge of the liquid substance and closed at its distal end of the hollow part, characterized in that the sidewall of the cylindrical body has openings formed to pass through the sidewall in a direction intersecting the direction of discharge of the liquid substance from the inner tube, and the sol is sprayed outward through the openings, and the spraying direction changing member further includes a bounce part provided on the side beyond the openings of and at the distal end of the cylindrical body and having a bounce surface for bouncing off the sol.
A welding support system comprising: a frame formed of a) a plurality of shelves (115, 117, 120), including a horizontal top rectangular shelf, and a rectangular bottom shelf, and b) a plurality of vertical legs interconnecting the plurality of shelves; the system being characterised in that the frame further comprises a middle rectangular shelf having configurable support components for supporting different configurations of welding equipment, wherein the middle rectangular shelf is positioned below the top rectangular shelf and is angled relative to the horizontal, top rectangular shelf. a) a plurality of shelves (115, 117, 120), including a horizontal top rectangular shelf, and a rectangular bottom shelf, and a horizontal top rectangular shelf, and a rectangular bottom shelf, and b) a plurality of vertical legs interconnecting the plurality of shelves; the system being characterised in that the frame further comprises a middle rectangular shelf having configurable support components for supporting different configurations of welding equipment, wherein the middle rectangular shelf is positioned below the top rectangular shelf and is angled relative to the horizontal, top rectangular shelf.
A method for detecting a mass imbalance (136, 146, 170) in a rotor of a wind turbine, the method comprising: receiving, with a computing device, sensor data indicative of an operating characteristic of the wind turbine, wherein the operating characteristic comprises an electric power output of a generator of the wind turbine, an acceleration of a tower of the wind turbine or a mass imbalance torque of a tower of the wind turbine; determining, with the computing device, a mean amplitude of a designated frequency component (132, 142, 166) of the operating characteristic, wherein the designated frequency component (132, 142, 166) comprises a 1P frequency component (132, 142, 166) of the operating characteristic; determining, with the computing device, when a mass imbalance (136, 146, 170) is present within the rotor based on the mean amplitude of the designated frequency component (132, 142, 166); and when the mass imbalance (136, 146, 170) is present within the rotor, initiating, with the computing device, a control action associated with reducing an effect of the mass imbalance (136, 146, 170) on the wind turbine; characterized in that when the wind turbine is operating in a power-generating mode, the operating characteristic comprises the electric power output of the generator of the wind turbine or the acceleration of the tower of the wind turbine and when the wind turbine is operating in a non-power-generating mode, the operating characteristic comprises the mass imbalance torque of the tower of the wind turbine. receiving, with a computing device, sensor data indicative of an operating characteristic of the wind turbine, wherein the operating characteristic comprises an electric power output of a generator of the wind turbine, an acceleration of a tower of the wind turbine or a mass imbalance torque of a tower of the wind turbine; determining, with the computing device, a mean amplitude of a designated frequency component (132, 142, 166) of the operating characteristic, wherein the designated frequency component (132, 142, 166) comprises a 1P frequency component (132, 142, 166) of the operating characteristic; determining, with the computing device, when a mass imbalance (136, 146, 170) is present within the rotor based on the mean amplitude of the designated frequency component (132, 142, 166); and when the mass imbalance (136, 146, 170) is present within the rotor, initiating, with the computing device, a control action associated with reducing an effect of the mass imbalance (136, 146, 170) on the wind turbine;
Installation for hot rolling steel strip, having a hot rolling relay which comprises a plurality of rolling stands (F1-F7) that are passed through successively in the conveying direction of the steel strip to be hot rolled, and having a cooling section for intensively cooling the hot rolled steel strip exiting the final rolling stand of the rolling relay, wherein the start of the cooling section is shifted to before the end of the hot rolling relay as seen in the conveying direction of the steel strip to be hot rolled, wherein the cooling section starts after the final rolling stand that is actively passed through before entry into the cooling section, hot rolling of the respective steel strip to be hot rolled taking place in said rolling stand, wherein the cooling section comprises a plurality of cooling units (K1-Kn), and in that a respective cooling unit (K1, K2, K3) is arranged downstream, in the conveying direction, of the last rolling stand that is passed through before entry into the cooling section and of every further rolling stand (F6, F7) that is passed through thereafter, characterized in that the first cooling unit K1, in the conveying direction F, of the cooling section 5 is arranged between the fifth rolling stand F5 and the sixth rolling stand F6 and the second cooling unit K2 of the cooling section 5 is arranged between the sixth rolling stand F6 and the seventh rolling stand F7 of the rolling relay 2.
A transverse strain extensometer, comprising: a first sensor arm and a second sensor arm, the first and second sensor arms (30, 32) being opposed to each other; the first sensor arm including a first sensor edge; the second sensor arm including a second sensor edge; the first sensor arm moving in concert with a first carriage assembly, the first carriage assembly mounted in a sliding configuration; the second sensor arm moving in concert with a second carriage assembly, the second carriage assembly being mounted in a sliding configuration; the first and second carriage assemblies (44, 46) being responsive to a synchronizing device wherein, as the first and second sensor arms (30, 32) separate from each other, the first carriage assembly moves in a first direction and the second carriage assembly moves in a second direction, the second direction being opposite to the first direction; the first carriage assembly including a reading device for reading a relative position of the second carriage assembly with respect to the first carriage assembly. a first sensor arm and a second sensor arm, the first and second sensor arms (30, 32) being opposed to each other; the first sensor arm including a first sensor edge; the second sensor arm including a second sensor edge; the first sensor arm moving in concert with a first carriage assembly, the first carriage assembly mounted in a sliding configuration; the second sensor arm moving in concert with a second carriage assembly, the second carriage assembly being mounted in a sliding configuration; the first and second carriage assemblies (44, 46) being responsive to a synchronizing device wherein, as the first and second sensor arms (30, 32) separate from each other, the first carriage assembly moves in a first direction and the second carriage assembly moves in a second direction, the second direction being opposite to the first direction; the first carriage assembly including a reading device for reading a relative position of the second carriage assembly with respect to the first carriage assembly.
A method for use by a server, the method comprising: detecting the presence of a user device associated with a user in a real-world environment including a display of physically retrievable items available for purchase, and storing identity data received from the user device; identifying, based on sensed biometric data of the user derived from a spoken communication of the user, interest data for one of the physically retrievable items, and automatically implementing an online offering, without manual operation of the user device, relating to the physically retrievable item, based on the interest data identified in the sensed biometric data; deriving a user identification associated with an online account based on the stored identity data received from the user device; providing the online offering at a reduced offline price equal to or lower than an online price for an item comparable to the physically retrievable item to the online account associated with the user identification and communicating the offer to the user device; and validating and completing a purchase transaction for the comparable item provided in the online offering based on an authentication of the user by comparing a stored voiceprint of the user against the sensed spoken communication of the user in the real-world environment. detecting the presence of a user device associated with a user in a real-world environment including a display of physically retrievable items available for purchase, and storing identity data received from the user device; identifying, based on sensed biometric data of the user derived from a spoken communication of the user, interest data for one of the physically retrievable items, and automatically implementing an online offering, without manual operation of the user device, relating to the physically retrievable item, based on the interest data identified in the sensed biometric data; deriving a user identification associated with an online account based on the stored identity data received from the user device; providing the online offering at a reduced offline price equal to or lower than an online price for an item comparable to the physically retrievable item to the online account associated with the user identification and communicating the offer to the user device; and validating and completing a purchase transaction for the comparable item provided in the online offering based on an authentication of the user by comparing a stored voiceprint of the user against the sensed spoken communication of the user in the real-world environment.
Method for receiving a digital signal, comprising symbols at transmitted constellation points, in a digital communication systems with linear and/or non-linear distortion, comprising - receiving the digital signal transmitted via a transmission channel, wherein the received signal comprises received symbols and received constellation centroids associated with the received symbols, and wherein the received signal also includes an interfering component, and - processing the received signal for providing adjacent channel interference, ACI, cancellation, including intermodulation interference, IMI, and residual inter-symbol interference, ISI, cancellation, - wherein processing comprises iteratively performing maximum likelihood, ML, detection of the received symbols, resulting in estimated transmitted symbols, - wherein processing further comprises both estimation of the interfering component by means of the estimated transmitted symbols and subtraction of the estimated interfering component from the received signal, - wherein every received constellation centroid is estimated individually, and - - wherein the estimate of the received constellation centroids is used both in the estimation of the interfering component and as a reference for a maximum likelihood, ML, detection, in order to improve the performance of the interference cancellation. - receiving the digital signal transmitted via a transmission channel, wherein the received signal comprises received symbols and received constellation centroids associated with the received symbols, and wherein the received signal also includes an interfering component, and - processing the received signal for providing adjacent channel interference, ACI, cancellation, including intermodulation interference, IMI, and residual inter-symbol interference, ISI, cancellation, - wherein processing comprises iteratively performing maximum likelihood, ML, detection of the received symbols, resulting in estimated transmitted symbols, - wherein processing further comprises both estimation of the interfering component by means of the estimated transmitted symbols and subtraction of the estimated interfering component from the received signal, - wherein every received constellation centroid is estimated individually, and - - wherein the estimate of the received constellation centroids is used both in the estimation of the interfering component and as a reference for a maximum likelihood, ML, detection, in order to improve the performance of the interference cancellation.
A method for providing a compensated voltage measurement of a voltage measurement in an electrical system, the method comprising: measuring the voltage at a measuring terminal of the electrical system to provide the voltage measurement, and determining the compensated voltage measurement based on the voltage measurement and on at least one crosstalk coefficient calculated during an initial characterisation phase, characterised in that the at least one crosstalk coefficient is determined from characteristic measurements K and an angle value α of the electrical system, wherein the initial characterisation phase comprises: injecting a reference voltage signal at a first terminal of the electrical system; measuring at the terminal, a capacitively coupled signal, from the reference voltage signal; comparing the reference voltage signal with the measured capacitively coupled signal; and calculating the at least one crosstalk coefficient based on the comparison of the reference voltage signal and the measured capacitively coupled signal. measuring the voltage at a measuring terminal of the electrical system to provide the voltage measurement, and determining the compensated voltage measurement based on the voltage measurement and on at least one crosstalk coefficient calculated during an initial characterisation phase, characterised in that the at least one crosstalk coefficient is determined from characteristic measurements K and an angle value α of the electrical system, wherein the initial characterisation phase comprises: injecting a reference voltage signal at a first terminal of the electrical system; measuring at the terminal, a capacitively coupled signal, from the reference voltage signal; comparing the reference voltage signal with the measured capacitively coupled signal; and injecting a reference voltage signal at a first terminal of the electrical system; measuring at the terminal, a capacitively coupled signal, from the reference voltage signal; comparing the reference voltage signal with the measured capacitively coupled signal; and calculating the at least one crosstalk coefficient based on the comparison of the reference voltage signal and the measured capacitively coupled signal.
A method for handling, portioning and packaging of individual strand-shaped objects each having a bending-elastic strand portion with strand-shaped object areas adjacent on both sides to the bending-elastic strand section, characterised by the following process steps: - arrangement of at least one of the objects along a conveyor unit, - transfer of at least one object from the conveyor unit into a box-shaped handling means by means of an inherent weight intrinsic in the object, - positioning of the handling means relative to a packaging and - transfer of at least one object contained in the handling means into the packaging. - arrangement of at least one of the objects along a conveyor unit, - transfer of at least one object from the conveyor unit into a box-shaped handling means by means of an inherent weight intrinsic in the object, - positioning of the handling means relative to a packaging and - transfer of at least one object contained in the handling means into the packaging.
A fuel tank inerting system for an aircraft, the system comprising: a fuel tank; a first reactant source fluidly connected to the fuel tank, the first reactant source arranged to receive fuel from the fuel tank; a second reactant source; a catalytic reactor arranged to receive a first reactant from the first reactant source and a second reactant from the second reactant source to generate an inert gas that is supplied to the fuel tank to fill an ullage space of the fuel tank; a heat exchanger arranged between the catalytic reactor and the fuel tank and configured to at least one of cool and condense an output from the catalytic reactor to separate out the inert gas; and a controller configured to monitor a temperature at an outlet of the catalytic reactor, and perform a light-off operation of the catalytic reactor by controlling at least one light-off parameter and, after light-off occurs, adjusting the at least one light-off parameter to an operating level, wherein the at least one light-off parameter comprises the temperature of the catalytic reactor. a fuel tank; a first reactant source fluidly connected to the fuel tank, the first reactant source arranged to receive fuel from the fuel tank; a second reactant source; a catalytic reactor arranged to receive a first reactant from the first reactant source and a second reactant from the second reactant source to generate an inert gas that is supplied to the fuel tank to fill an ullage space of the fuel tank; a heat exchanger arranged between the catalytic reactor and the fuel tank and configured to at least one of cool and condense an output from the catalytic reactor to separate out the inert gas; and a controller configured to monitor a temperature at an outlet of the catalytic reactor, and perform a light-off operation of the catalytic reactor by controlling at least one light-off parameter and, after light-off occurs, adjusting the at least one light-off parameter to an operating level, wherein the at least one light-off parameter comprises the temperature of the catalytic reactor.
A refrigerator comprising a cabinet defining a storage space, a door configured to open and close the storage space, and an outer plate which is made of a metal material to define a front surface of the door and on which a display part configured to display operation information of the refrigerator through transmission of light is disposed, comprising: a plurality of plate holes defined to pass through the outer plate and constituting the display part; a plurality of light emitting members provided in the door to emit light at positions corresponding to the plurality of plate holes; characterized by a plurality of hole filling members disposed to fill the plurality of plate holes and made of a material that is capable of transmitting the light; and a first layer (24, 28) disposed on a surface of the hole filling member, wherein the first layer (24, 28) comprises: a light blocking part (251, 253, 255) configured to block light; and a plurality of light transmission parts (252, 254, 256, 281) which are provided in plurality in an inner region of the plate holes, and through which the light is transmittable, wherein the light emitted from each of the light emitting members passes through the corresponding light transmission part (252, 254, 256, 281) and is displayed on the display part. a plurality of plate holes defined to pass through the outer plate and constituting the display part; a plurality of light emitting members provided in the door to emit light at positions corresponding to the plurality of plate holes; characterized by a plurality of hole filling members disposed to fill the plurality of plate holes and made of a material that is capable of transmitting the light; and a first layer (24, 28) disposed on a surface of the hole filling member, wherein the first layer (24, 28) comprises: a light blocking part (251, 253, 255) configured to block light; and a plurality of light transmission parts (252, 254, 256, 281) which are provided in plurality in an inner region of the plate holes, and through which the light is transmittable, wherein the light emitted from each of the light emitting members passes through the corresponding light transmission part (252, 254, 256, 281) and is displayed on the display part. a light blocking part (251, 253, 255) configured to block light; and a plurality of light transmission parts (252, 254, 256, 281) which are provided in plurality in an inner region of the plate holes, and through which the light is transmittable, wherein the light emitted from each of the light emitting members passes through the corresponding light transmission part (252, 254, 256, 281) and is displayed on the display part.
Power generation plant with a Kaplan, bulb, diagonal flow or propeller turbine, a water intake and a water run-off with guide vanes in the water intake, where several separate, additional vanes that can be inserted into the water intake through openings are provided in the water intake between the guide vanes and the turbine, characterized in that the additional vanes are designed such that they can be swung in.