mhurhangee/ep-ind-claims huggingface dataset:
An aircraft comprising a system, the system comprising: a first reservoir for a lubricant; a second reservoir for the lubricant, wherein the first reservoir and the second reservoir are interconnected; a first pumping element to pump the lubricant from the first reservoir at a first flow rate; a second pumping element to pump the lubricant from the second reservoir at a second flow rate, wherein the first flow rate and the second flow rate are different; and a gearbox coupled to the first pumping element and the second pumping element, wherein the gearbox is coupled between at least one engine and a rotor system of the aircraft; wherein the gearbox is further coupled to the first reservoir to refill the first reservoir and the second reservoir with the lubricant from the gearbox, and the system is configured to simultaneously: provide the lubricant to the gearbox from the first pumping element, wherein the lubricant is provided to the gearbox from the first reservoir, provide the lubricant to the gearbox from the second pumping element, wherein the lubricant is provided to the gearbox from the second reservoir; and refill the first reservoir and the second reservoir with the lubricant from the gearbox; wherein the first reservoir is a first reservoir portion of a common reservoir and the second reservoir is a second reservoir portion of the common reservoir. a first reservoir for a lubricant; a second reservoir for the lubricant, wherein the first reservoir and the second reservoir are interconnected; a first pumping element to pump the lubricant from the first reservoir at a first flow rate; a second pumping element to pump the lubricant from the second reservoir at a second flow rate, wherein the first flow rate and the second flow rate are different; and a gearbox coupled to the first pumping element and the second pumping element, wherein the gearbox is coupled between at least one engine and a rotor system of the aircraft; wherein the gearbox is further coupled to the first reservoir to refill the first reservoir and the second reservoir with the lubricant from the gearbox, and the system is configured to simultaneously: provide the lubricant to the gearbox from the first pumping element, wherein the lubricant is provided to the gearbox from the first reservoir, provide the lubricant to the gearbox from the second pumping element, wherein the lubricant is provided to the gearbox from the second reservoir; and refill the first reservoir and the second reservoir with the lubricant from the gearbox; wherein the first reservoir is a first reservoir portion of a common reservoir and the second reservoir is a second reservoir portion of the common reservoir.
Method for providing an image of an input/output system for an industrial automation system, which comprises a fieldbus coupler for the connection of modules to a fieldbus via a subbus, having the following steps: - storing an image file containing image data in the fieldbus coupler, wherein the image data relate to a diagrammatic image of a view of the fieldbus coupler; - storing an additional image file containing additional image data (IMG') in at least one module coupled to the fieldbus coupler, wherein the additional image data (IMG') relate to a diagrammatic image of a view of the module; - transmitting the additional image data (IMG') from the respective additional image file via the subbus to the fieldbus coupler; - transmitting the image data from the image file to a service computer connected to the fieldbus coupler; - forwarding the additional image data (IMG') from the fieldbus coupler to the service computer; and - generating and outputting the image on the basis of the transmitted image data and the additional image data (IMG'). - storing an image file containing image data in the fieldbus coupler, wherein the image data relate to a diagrammatic image of a view of the fieldbus coupler; - storing an additional image file containing additional image data (IMG') in at least one module coupled to the fieldbus coupler, wherein the additional image data (IMG') relate to a diagrammatic image of a view of the module; - transmitting the additional image data (IMG') from the respective additional image file via the subbus to the fieldbus coupler; - transmitting the image data from the image file to a service computer connected to the fieldbus coupler; - forwarding the additional image data (IMG') from the fieldbus coupler to the service computer; and - generating and outputting the image on the basis of the transmitted image data and the additional image data (IMG').
A surgical spring clip for occluding a vessel, comprising: a rigid base; and first and second arms (30, 40) extending from and in a substantially planar arrangement with the rigid base, the first and second arms defining a first, closed position of the clip wherein the first and second arms are substantially parallel to each other and define a longitudinal axis of the surgical spring clip, characterised in that the first and second arms are spaced apart from each other to define a slot therebetween, each of the first and second arms having front and tail ends (32, 34, 42, 44), the front ends flexibly extending from the base, wherein the front end portion (32, 42) of each of the first and second arms includes a tab (39, 49), wherein each of the tabs extends beyond a centerline of the slot. a rigid base; and first and second arms (30, 40) extending from and in a substantially planar arrangement with the rigid base, the first and second arms defining a first, closed position of the clip wherein the first and second arms are substantially parallel to each other and define a longitudinal axis of the surgical spring clip, characterised in that the first and second arms are spaced apart from each other to define a slot therebetween, each of the first and second arms having front and tail ends (32, 34, 42, 44), the front ends flexibly extending from the base, wherein the front end portion (32, 42) of each of the first and second arms includes a tab (39, 49), wherein each of the tabs extends beyond a centerline of the slot.
A method comprising: receiving, by a verification system, from a computer in a blockchain network, a first data package for an event and a first digital signature associated with the first data package, the first data package including an event identifier and event information; verifying, by the verification system, the first digital signature using a public key; generating, by the verification system, a first block for a blockchain stored by the verification system, the first block including the first data package and the first digital signature; verifying, by the verification system, that the event can be completed based on the event information; in response to verifying that the event can be completed, generating, by the verification system, a second data package for the event, the second data package including the event identifier and information indicating that the event has been verified; generating, by the verification system, a second digital signature for the second data package using a private key associated with the verification system; generating, by the verification system, a second block for the blockchain, the second block including the second data package and the second digital signature; and transmitting, by the verification system, the second data package and the second digital signature to one or more computers (150B, 150C, 150D) in the blockchain network. receiving, by a verification system, from a computer in a blockchain network, a first data package for an event and a first digital signature associated with the first data package, the first data package including an event identifier and event information; verifying, by the verification system, the first digital signature using a public key; generating, by the verification system, a first block for a blockchain stored by the verification system, the first block including the first data package and the first digital signature; verifying, by the verification system, that the event can be completed based on the event information; in response to verifying that the event can be completed, generating, by the verification system, a second data package for the event, the second data package including the event identifier and information indicating that the event has been verified; generating, by the verification system, a second digital signature for the second data package using a private key associated with the verification system; generating, by the verification system, a second block for the blockchain, the second block including the second data package and the second digital signature; and transmitting, by the verification system, the second data package and the second digital signature to one or more computers (150B, 150C, 150D) in the blockchain network.
A detection apparatus arranged to locate defects within a flexible pipe at least partially surrounded by seawater, the detection apparatus comprising: a seawater electrode arranged to be in contact with seawater surrounding at least part of a flexible pipe and to move relative to the flexible pipe; an impedance monitor arranged to measure, at two or more positions of the seawater electrode relative to the flexible pipe, the impedance between a metallic structural component of the flexible pipe extending at least partially along the length of the flexible pipe and the seawater electrode in response to an electrical test signal applied to the seawater electrode; a processor arranged to determine, using the measured impedance, for each position of the seawater electrode relative to the flexible pipe, the distance from the seawater electrode to a pipe defect electrically connecting the metallic structural component to seawater; and to triangulate the location of the pipe defect using the determined distance for each position of the seawater electrode relative to the flexible pipe; wherein the seawater electrode is arranged to be lowered through the seawater surrounding the flexible pipe or the seawater electrode can be coupled to a steering mechanism such that the location of the seawater electrode relative to the flexible pipe can be controlled. a seawater electrode arranged to be in contact with seawater surrounding at least part of a flexible pipe and to move relative to the flexible pipe; an impedance monitor arranged to measure, at two or more positions of the seawater electrode relative to the flexible pipe, the impedance between a metallic structural component of the flexible pipe extending at least partially along the length of the flexible pipe and the seawater electrode in response to an electrical test signal applied to the seawater electrode; a processor arranged to determine, using the measured impedance, for each position of the seawater electrode relative to the flexible pipe, the distance from the seawater electrode to a pipe defect electrically connecting the metallic structural component to seawater; and to triangulate the location of the pipe defect using the determined distance for each position of the seawater electrode relative to the flexible pipe; wherein the seawater electrode is arranged to be lowered through the seawater surrounding the flexible pipe or the seawater electrode can be coupled to a steering mechanism such that the location of the seawater electrode relative to the flexible pipe can be controlled.
An audio data transmission method, wherein the method comprises: encapsulating, by a baseband processor, based on a physical layer frame header, a protocol data unit, PDU, comprising audio data, to obtain an audio data packet, wherein the physical layer frame header is modulated by using a first digital modulation scheme, the PDU is modulated by using a second digital modulation scheme, a value of a symbol rate of the first digital modulation scheme is equal to a value of a bit rate of the first digital modulation scheme, and a value of a symbol rate of the second digital modulation scheme is less than a value of a bit rate of the second digital modulation scheme; and characterized in that: sending, by a transmitter, the audio data packet on a Bluetooth low energy, BLE, physical channel at the bit rate of the second digital modulation scheme, wherein a bandwidth of the BLE physical channel is 2 MHz or 4 MHz. encapsulating, by a baseband processor, based on a physical layer frame header, a protocol data unit, PDU, comprising audio data, to obtain an audio data packet, wherein the physical layer frame header is modulated by using a first digital modulation scheme, the PDU is modulated by using a second digital modulation scheme, a value of a symbol rate of the first digital modulation scheme is equal to a value of a bit rate of the first digital modulation scheme, and a value of a symbol rate of the second digital modulation scheme is less than a value of a bit rate of the second digital modulation scheme; and characterized in that: sending, by a transmitter, the audio data packet on a Bluetooth low energy, BLE, physical channel at the bit rate of the second digital modulation scheme, wherein a bandwidth of the BLE physical channel is 2 MHz or 4 MHz.
Camera system for a vehicle, comprising: - a holding device that can be fastened to the vehicle and that comprises a first communication interface for wireless communication, - a camera that comprises an accumulator and that comprises a second communication interface for wireless communication, wherein the camera can be fastened removably to the holding device, and wherein the second communication interface is designed, when the camera is fastened to the holding device, to receive position data from the first communication interface by means of wireless near-field communication in order to determine a position of the holding device relative to the vehicle, and wherein the camera comprises an antenna for communication by means of radio with a receiving unit of an assistance system of the vehicle in order to transmit an image from the camera together with the position data to the assistance system. - a holding device that can be fastened to the vehicle and that comprises a first communication interface for wireless communication, - a camera that comprises an accumulator and that comprises a second communication interface for wireless communication, wherein the camera can be fastened removably to the holding device, and wherein the second communication interface is designed, when the camera is fastened to the holding device, to receive position data from the first communication interface by means of wireless near-field communication in order to determine a position of the holding device relative to the vehicle, and wherein the camera comprises an antenna for communication by means of radio with a receiving unit of an assistance system of the vehicle in order to transmit an image from the camera together with the position data to the assistance system.
A method, comprising: operating as a network node of a first radio system configured to transceive in all or part of a first frequency range; connecting to a network node managing a radio resource in a second radio system, the second radio system being of different type than the first radio system, the radio resource in the second radio system comprising all or part of a second frequency range, the first frequency range and the second frequency range overlapping at least partly, the overlapping part of the first and the second frequency ranges forming an intersected frequency range; determining carrier application status of carrier frequency bands of the first frequency range that are in the intersected frequency range, the carrier application status indicating whether a channel in the carrier frequency band is engaged in communication at the time of determination, the carrier application status of a carrier frequency band including an interference element that indicates interference conditions in the carrier frequency band; and sending information on the determined carrier application status to the network node of the second radio system.. operating as a network node of a first radio system configured to transceive in all or part of a first frequency range; connecting to a network node managing a radio resource in a second radio system, the second radio system being of different type than the first radio system, the radio resource in the second radio system comprising all or part of a second frequency range, the first frequency range and the second frequency range overlapping at least partly, the overlapping part of the first and the second frequency ranges forming an intersected frequency range; determining carrier application status of carrier frequency bands of the first frequency range that are in the intersected frequency range, the carrier application status indicating whether a channel in the carrier frequency band is engaged in communication at the time of determination, the carrier application status of a carrier frequency band including an interference element that indicates interference conditions in the carrier frequency band; and sending information on the determined carrier application status to the network node of the second radio system..
A method of identifying a malfunction in a laser driven remote phosphor luminaire comprising the steps of: providing a phosphor, a laser diode that emits a laser beam to excite the phosphor to emit non-coherent visible light, and a driver that outputs electrical DC power at or above a voltage level sufficient to drive the laser diode; selecting a code; modulating a current of the electrical DC power output from the driver so that the laser diode outputs a laser beam modulated with the selected code; sensing visible light emitted from the phosphor with an optical sensor and outputting a feedback signal; comparing the feedback signal to the code; and cutting the power of the laser beam to a level safe for the human eye or to zero if the feedback signal does not match the code, wherein the selected code is random, pseudo-random or calculated random. providing a phosphor, a laser diode that emits a laser beam to excite the phosphor to emit non-coherent visible light, and a driver that outputs electrical DC power at or above a voltage level sufficient to drive the laser diode; selecting a code; modulating a current of the electrical DC power output from the driver so that the laser diode outputs a laser beam modulated with the selected code; sensing visible light emitted from the phosphor with an optical sensor and outputting a feedback signal; comparing the feedback signal to the code; and cutting the power of the laser beam to a level safe for the human eye or to zero if the feedback signal does not match the code, wherein the selected code is random, pseudo-random or calculated random.
A method for reconstructing a plurality of audio signals, comprising: receiving a time/frequency tile of a downmix signal together with associated wet and dry upmix coefficients, wherein the downmix signal comprises fewer channels than the number of audio signals to be reconstructed; computing an intermediate signal as a linear mapping of the downmix signal, wherein a first set of coefficients is applied to the channels of the downmix signal; generating a decorrelated signal by processing one or more channels of the intermediate signal; computing a wet upmix signal as a linear mapping of the decorrelated signal, wherein a second set of coefficients is applied to one or more channels of the decorrelated intermediate signal; computing a dry upmix signal as a linear mapping of the downmix signal, wherein a third set of coefficients is applied to the channels of the downmix signal; and combining the wet and dry upmix signals to obtain a multidimensional reconstructed signal ( X̂) corresponding to a time/frequency tile of said plurality of audio signals to be reconstructed, wherein said second and third sets of coefficients coincide with, or are derived from, the received wet and dry upmix coefficients, respectively, wherein the method comprises computing said first set of coefficients based on the received wet and dry upmix coefficients such that the intermediate signal, which is to be processed into the decorrelated signal, is obtained by a linear mapping of the dry upmix signal. receiving a time/frequency tile of a downmix signal together with associated wet and dry upmix coefficients, wherein the downmix signal comprises fewer channels than the number of audio signals to be reconstructed; computing an intermediate signal as a linear mapping of the downmix signal, wherein a first set of coefficients is applied to the channels of the downmix signal; generating a decorrelated signal by processing one or more channels of the intermediate signal; computing a wet upmix signal as a linear mapping of the decorrelated signal, wherein a second set of coefficients is applied to one or more channels of the decorrelated intermediate signal; computing a dry upmix signal as a linear mapping of the downmix signal, wherein a third set of coefficients is applied to the channels of the downmix signal; and combining the wet and dry upmix signals to obtain a multidimensional reconstructed signal ( X̂) corresponding to a time/frequency tile of said plurality of audio signals to be reconstructed, wherein said second and third sets of coefficients coincide with, or are derived from, the received wet and dry upmix coefficients, respectively, wherein the method comprises computing said first set of coefficients based on the received wet and dry upmix coefficients such that the intermediate signal, which is to be processed into the decorrelated signal, is obtained by a linear mapping of the dry upmix signal.
Cutting length display apparatus for an in particular portable power tool (12a; 12b; 12c), having at least one display unit (16a; 16b; 16c), comprising at least one movably mounted display element (14a; 14b; 14c), for displaying at least one position of a cutting edge of a machining tool (18a; 18b; 18c) on a workpiece (20a; 20b; 20c) to be machined in dependence on a set cutting depth of the machining tool (18a; 18b; 18c), characterized by a cable system unit (22a; 22b; 22c), which is provided for changing a pose of the display element (14a; 14b; 14c) in dependence on the set cutting depth of the machining tool (18a; 18b; 18c).
Ultrasonic flowmeter with a first ultrasonic transducer mounting arrangement and a second ultrasonic transducer mounting arrangement, said ultrasonic transducer mounting arrangement being secured to a measuring tube, wherein an ultrasonic transducer mounting arrangement comprises: an ultrasonic transducer element, a transducer housing in which the ultrasonic transducer element is arranged, a reception unit (4, 304, 404, 604), wherein the transducer housing is clamped in the reception unit (4, 304, 404, 604) in a clamping section, characterized in that the clamping section comprises at least one rolling element bearing (6, 23) with at least one rolling element, particularly at least one ball bearing with at least one ball for the acoustic decoupling of the transducer housing from the reception unit (4, 304, 404, 604). an ultrasonic transducer element, a transducer housing in which the ultrasonic transducer element is arranged, a reception unit (4, 304, 404, 604), wherein the transducer housing is clamped in the reception unit (4, 304, 404, 604) in a clamping section, characterized in that the clamping section comprises at least one rolling element bearing (6, 23) with at least one rolling element, particularly at least one ball bearing with at least one ball for the acoustic decoupling of the transducer housing from the reception unit (4, 304, 404, 604).