mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a leakage in a hydrogen refuelling station comprising a plurality of hydrogen storage tanks, said method comprising the steps of: establishing at a first time a first representation of at least one fluid parameter associated with hydrogen for at least one of said plurality of hydrogen storage tanks; establishing at a second time a second representation of said at least one fluid parameter for said at least one of said plurality of hydrogen storage tanks; the method is characterised in that the at least one fluid parameter is density and wherein the method furthermore comprises the steps of: • establishing the density of hydrogen gas in each of a plurality of hydrogen storage tanks, • compare the established densities, and • indicate the presence of a leakage if at least one of the established densities deviates from the majority of established densities by a deviation threshold value. establishing at a first time a first representation of at least one fluid parameter associated with hydrogen for at least one of said plurality of hydrogen storage tanks; establishing at a second time a second representation of said at least one fluid parameter for said at least one of said plurality of hydrogen storage tanks; • establishing the density of hydrogen gas in each of a plurality of hydrogen storage tanks, • compare the established densities, and • indicate the presence of a leakage if at least one of the established densities deviates from the majority of established densities by a deviation threshold value.
A method for improving user interaction with a virtual environment, the method comprising: presenting a virtual environment to a user; measuring a first position of the user's gaze relative to the virtual environment without presenting a marker or cursor to the user to indicate a position of the user's gaze location; receiving a system engagement input; upon receipt of the system engagement input, presenting a guidance cursor at the first position, the guidance cursor having a diameter related to a gaze cloud of the user's gaze locations measured over a period of time; receiving a target engagement input and decoupling the guidance cursor from the user's gaze; after receiving the target engagement input, receiving a movement input; and translating the guidance cursor based on the movement input. presenting a virtual environment to a user; measuring a first position of the user's gaze relative to the virtual environment without presenting a marker or cursor to the user to indicate a position of the user's gaze location; receiving a system engagement input; upon receipt of the system engagement input, presenting a guidance cursor at the first position, the guidance cursor having a diameter related to a gaze cloud of the user's gaze locations measured over a period of time; receiving a target engagement input and decoupling the guidance cursor from the user's gaze; after receiving the target engagement input, receiving a movement input; and translating the guidance cursor based on the movement input.
A fan assembly, comprising: a fan; a shroud comprising a motor mounting portion on which a fan motor of the fan is mounted; one or more coupling units provided at a lower side of the shroud, which couple the shroud to a planar surface of a machine room of a refrigerator provided with a compressor and a condenser therein; and one or more vibration preventing members interposed between the coupling units and the shroud, characterized in that each of the one or more coupling units comprises a receiving portion formed as an opening at a lower end of the shroud, and a shroud coupling portion that protrudes upward from the planar surface of the machine room so as to be aligned with the receiving portion, wherein the receiving portion comprises a downwardly opened slot formed in a lower end of the shroud, wherein the receiving portion receives one of the one or more vibration prevention members therein, with said one of the one or more vibration preventing members positioned between the receiving portion and the shroud coupling portion, wherein each of the one or more vibration preventing members comprises a fitting groove formed in an outer side surface thereof that engages a corresponding inner side surface of its respective receiving portion, and wherein coupling holes provided at the vibration preventing members and the shroud coupling portions receive coupling members configured to couple the vibration preventing members and the shroud coupling portions in a side direction. a fan; a shroud comprising a motor mounting portion on which a fan motor of the fan is mounted; one or more coupling units provided at a lower side of the shroud, which couple the shroud to a planar surface of a machine room of a refrigerator provided with a compressor and a condenser therein; and one or more vibration preventing members interposed between the coupling units and the shroud, characterized in that each of the one or more coupling units comprises a receiving portion formed as an opening at a lower end of the shroud, and a shroud coupling portion that protrudes upward from the planar surface of the machine room so as to be aligned with the receiving portion, wherein the receiving portion comprises a downwardly opened slot formed in a lower end of the shroud, wherein the receiving portion receives one of the one or more vibration prevention members therein, with said one of the one or more vibration preventing members positioned between the receiving portion and the shroud coupling portion, wherein each of the one or more vibration preventing members comprises a fitting groove formed in an outer side surface thereof that engages a corresponding inner side surface of its respective receiving portion, and wherein coupling holes provided at the vibration preventing members and the shroud coupling portions receive coupling members configured to couple the vibration preventing members and the shroud coupling portions in a side direction.
A method for canceling, by a user equipment, UE, a triggered proximity-based services, ProSe, buffer status report, BSR, in a wireless communication system, the method comprising: triggering, by the UE, at least one ProSe BSR; and canceling, by the UE, all triggered ProSe BSRs if at least one device-to-device, D2D, scheduling assignment for a D2D scheduling period can accommodate all pending data available for D2D transmission. triggering, by the UE, at least one ProSe BSR; and canceling, by the UE, all triggered ProSe BSRs if at least one device-to-device, D2D, scheduling assignment for a D2D scheduling period can accommodate all pending data available for D2D transmission.
A mobile terminal comprising: a camera adapted to capture images; and a controller adapted to receive a signal from a user to select a specific object included in an image captured via the camera from a screen of an external electronic device; the mobile terminal being characterized in that the controller is adapted to: transmit a preparation command to the external electronic device for commanding the external electronic device to prepare to execute an application; and receive a file from the external electronic device that is related to the specific object. a camera adapted to capture images; and a controller adapted to receive a signal from a user to select a specific object included in an image captured via the camera from a screen of an external electronic device; the mobile terminal being characterized in that the controller is adapted to: transmit a preparation command to the external electronic device for commanding the external electronic device to prepare to execute an application; and receive a file from the external electronic device that is related to the specific object. transmit a preparation command to the external electronic device for commanding the external electronic device to prepare to execute an application; and receive a file from the external electronic device that is related to the specific object.
Mounting for fuel injection systems for connecting a fuel injection valve to a fuel-conducting component, wherein an attachment body with a receiving space is provided, wherein a fuel connector of the fuel injection valve is provided and can be arranged at least partially in the receiving space, and wherein a connecting body is provided which, at least in sections, is arranged partially in at least one recess, which is connected to the receiving space, of the attachment body, on which connecting body the fuel connector can be supported along a longitudinal axis of the receiving space, wherein the connecting body has an elastically deformable element and in that the elastically deformable element is arranged such that the connecting body permits elastic support of the fuel connector on the attachment body at least partially along the longitudinal axis, characterized in that the connecting body has a fuel-connector-side holding element, and in that the fuel connector acts via the fuel-connector-side holding element on the elastically deformable element of the connecting body, wherein the fuel-connector-side holding element and the elastically deformable element are separate parts and are inserted together into a cutout of the fuel connector.
A field communications managing apparatus for handling information necessary for communications between a field device and a communication device, the information being a pair of information segments to be set in the field device and the communication device, respectively, wherein the communication device is a device for relaying communications between the field device and a host device said field communications managing apparatus comprising: a setting unit for setting individual information segments of the pair of the information segments, in the field device and the communication device, respectively; and a communication limiting unit for limiting communications between the field device and the host device characterized in that said limiting is performed for a period before the individual information segments are set in the field device and the communication device, respectively, by the setting unit. wherein the communication device is a device for relaying communications between the field device and a host device said field communications managing apparatus comprising: a setting unit for setting individual information segments of the pair of the information segments, in the field device and the communication device, respectively; and a communication limiting unit for limiting communications between the field device and the host device characterized in that said limiting is performed for a period before the individual information segments are set in the field device and the communication device, respectively, by the setting unit. a setting unit for setting individual information segments of the pair of the information segments, in the field device and the communication device, respectively; and a communication limiting unit for limiting communications between the field device and the host device characterized in that said limiting is performed for a period before the individual information segments are set in the field device and the communication device, respectively, by the setting unit.
A propeller blade comprising leading and trailing portions, and having a surface geometry defined by the projection of surface lines from an origin to a three dimensional spiral, wherein the spiral is formed by the projection of a two dimensional spiral onto a surface of revolution defined by a hyperbola.
A wiper device for a small and curved surface, in particular a spherical surface, of an optical element at least partly arranged within a housing, preferably provided by or attached to a motor vehicle, comprising: at least one elongate wiper element with two ends; two drive units to which the ends of the wiper element are attached such that the wiper element can be moved on the surface of the optical element by means of the two drive units; and at least one contacting means for bringing the wiping element into contact with the surface of the optical element, characterized in that the contacting means shapes the wiper element around at least that part of the surface which is exposed to the environment due to an opening provided by the housing and is to be cleaned. at least one elongate wiper element with two ends; two drive units to which the ends of the wiper element are attached such that the wiper element can be moved on the surface of the optical element by means of the two drive units; and at least one contacting means for bringing the wiping element into contact with the surface of the optical element, characterized in that the contacting means shapes the wiper element around at least that part of the surface which is exposed to the environment due to an opening provided by the housing and is to be cleaned.
A method for sensing ice-making water in a refrigerator, the method comprising: activating a pump to move water from a water tank to an ice-making chamber; comparing a temperature of the ice-making chamber with an ice-making reference temperature set; when the temperature of the ice-making chamber is equal to the ice-making reference temperature, calculating an ice-making consumption time (Sn) until the temperature of the ice-making chamber is equal to the ice-making reference temperature after the activating of the pump; comparing the ice-making consumption time (Sn) with an ice-making reference time set; and when the ice-making consumption time (Sn) is smaller than the ice-making reference time, determining that there is no water in the water tank. activating a pump to move water from a water tank to an ice-making chamber; comparing a temperature of the ice-making chamber with an ice-making reference temperature set; when the temperature of the ice-making chamber is equal to the ice-making reference temperature, calculating an ice-making consumption time (Sn) until the temperature of the ice-making chamber is equal to the ice-making reference temperature after the activating of the pump; comparing the ice-making consumption time (Sn) with an ice-making reference time set; and when the ice-making consumption time (Sn) is smaller than the ice-making reference time, determining that there is no water in the water tank.
A propylene impact copolymer comprising: (a) a matrix comprising a polypropylene homopolymer or a propylene/alpha-olefin random copolymer which comprises more than 50 wt.% of units derived from propylene monomer; and (b) a dispersed phase comprising an ethylene-propylene copolymer, wherein the dispersed phase has a melting point between 100 °C and 130 °C and an enthalpy greater than 11 J/g and is obtainable in a dispersed phase polymerization step at a molar gas ratio of ethylene to the total of ethylene and propylene of greater than 0.82.
A transmitter in a communication system using three transmit antennas comprising: a pre-coder adapted for pre-coding an input symbol sequence by multiplying the input symbol sequence by e jθ, wherein θ is a phase rotation angle in range of 0≤ θ≤pi/2, and wherein in case of QPSK, θ is atan(1/3), or pi/2-atan(1/3), in case of 16QAM, θ is atan(2/7) or pi/2-atan(2/7), and in case of 64QAM, θ is atan(1/8) or pi/2-atan(1/8), the pre-coded symbol sequence being reconstructed to have real and imaginary parts; a re-combiner adapted for generating symbol vectors by grouping the real and imaginary parts of the pre-coded symbol sequence by twos in interleaving scheme; and a space-time frequency block coding, STFBC, or space-time block coding, STBC, coder adapted for transmitting the each recombined symbol vectors through corresponding antennas by Alamouti coding. a pre-coder adapted for pre-coding an input symbol sequence by multiplying the input symbol sequence by e jθ, wherein θ is a phase rotation angle in range of 0≤ θ≤pi/2, and wherein in case of QPSK, θ is atan(1/3), or pi/2-atan(1/3), in case of 16QAM, θ is atan(2/7) or pi/2-atan(2/7), and in case of 64QAM, θ is atan(1/8) or pi/2-atan(1/8), the pre-coded symbol sequence being reconstructed to have real and imaginary parts; a re-combiner adapted for generating symbol vectors by grouping the real and imaginary parts of the pre-coded symbol sequence by twos in interleaving scheme; and a space-time frequency block coding, STFBC, or space-time block coding, STBC, coder adapted for transmitting the each recombined symbol vectors through corresponding antennas by Alamouti coding.
A method of manufacturing an electronics assembly protected against harsh environmental conditions for aircraft, comprising the steps of: Providing a structure, said structure forming an outer skin of an aircraft; applying a film comprising an electronic device to a surface of the structure; and surface of the structure; and applying at least one protective layer to a surface of the film to protect it from damage caused by environmental influences, wherein the protective layer is made of a composite material, wherein an arrangement of several superimposed protective layers (14a, 14b, 14c) is formed on the film, which have a lateral offset relative to one another. Providing a structure, said structure forming an outer skin of an aircraft; applying a film comprising an electronic device to a surface of the structure; and surface of the structure; and applying at least one protective layer to a surface of the film to protect it from damage caused by environmental influences, wherein the protective layer is made of a composite material, wherein an arrangement of several superimposed protective layers (14a, 14b, 14c) is formed on the film, which have a lateral offset relative to one another.
A video encoding method comprising: determining an intra-prediction mode from a set of intra-prediction modes including a DC mode, a planar mode or a diagonal mode for a prediction unit of video data of a given block size, wherein when the determined intra-prediction mode is one of the following modes: a DC mode, a planar mode, or a diagonal mode, a reduced set of transform unit partitions includes only square transform unit partitions; determining a reduced set of transform unit partitions based on the determined intra-prediction mode, wherein the reduced set of transform unit partitions includes at least one of a vertically-oriented non-square transform unit partition and a horizontally-oriented non-square transform unit partition; wherein when the determined intra-prediction mode is a vertically-oriented intra-prediction mode, the set of transform unit partitions includes vertically-oriented non-square rectangular transform unit partitions and not horizontally oriented non-square transform unit partitions; wherein when the determined intra-prediction mode is a horizontally-oriented intra-prediction mode, the set of transform unit partitions includes horizontally-oriented non-square rectangular transform unit partitions and not vertically oriented non-square transform unit partitions; determining a transform unit partition for the prediction unit of video data from the reduced set of transform unit partitions; and encoding the prediction unit of video data using the determined transform unit partition. a DC mode, a planar mode, or a diagonal mode, a reduced set of transform unit partitions includes only square transform unit partitions; determining a reduced set of transform unit partitions based on the determined intra-prediction mode, wherein the reduced set of transform unit partitions includes at least one of a vertically-oriented non-square transform unit partition and a horizontally-oriented non-square transform unit partition; wherein when the determined intra-prediction mode is a vertically-oriented intra-prediction mode, the set of transform unit partitions includes vertically-oriented non-square rectangular transform unit partitions and not horizontally oriented non-square transform unit partitions; wherein when the determined intra-prediction mode is a horizontally-oriented intra-prediction mode, the set of transform unit partitions includes horizontally-oriented non-square rectangular transform unit partitions and not vertically oriented non-square transform unit partitions; determining a transform unit partition for the prediction unit of video data from the reduced set of transform unit partitions; and encoding the prediction unit of video data using the determined transform unit partition.
A photosensitive resin composition, comprising: a polymer compound having a constitutional unit represented by the following Formula A-1 as a constitutional unit A and at least one constitutional unit among constitutional units represented by the following Formulas B-1 to B-6 as a constitutional unit B in a main chain; and an infrared absorbing material, wherein in Formula A-1 and Formulas B-1 to B-6, R 1 to R 3 each independently represent a divalent linking group, Q represents a divalent structure including a sulfonamide group, n represents an integer of 0 or greater, R 4 to R 7 each independently represent a single bond or a divalent linking group, and Y 1 to Y 5 each independently represent an aromatic hydrocarbon ring or an aliphatic hydrocarbon ring. a polymer compound having a constitutional unit represented by the following Formula A-1 as a constitutional unit A and at least one constitutional unit among constitutional units represented by the following Formulas B-1 to B-6 as a constitutional unit B in a main chain; and an infrared absorbing material, wherein in Formula A-1 and Formulas B-1 to B-6, R 1 to R 3 each independently represent a divalent linking group, Q represents a divalent structure including a sulfonamide group, n represents an integer of 0 or greater, R 4 to R 7 each independently represent a single bond or a divalent linking group, and Y 1 to Y 5 each independently represent an aromatic hydrocarbon ring or an aliphatic hydrocarbon ring.