mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing an insulation board for use in a sandwich panel production process, said method comprising: - providing a plurality of elongated insulation elements, each comprising a board of porous insulation material wrapped in a gas-impermeable foil and having a top surface and a bottom surface and a generally rectangular cross-sectional shape; - arranging said elongated insulation elements adjacent each other on a first mineral wool fibre board at a predetermined distance from each other, the bottom surfaces of said elongated insulation elements being fixed to the first mineral wool fibre board; and - arranging and fixing a second mineral wool fibre board on the top surfaces of said elongated insulation elements. - providing a plurality of elongated insulation elements, each comprising a board of porous insulation material wrapped in a gas-impermeable foil and having a top surface and a bottom surface and a generally rectangular cross-sectional shape; - arranging said elongated insulation elements adjacent each other on a first mineral wool fibre board at a predetermined distance from each other, the bottom surfaces of said elongated insulation elements being fixed to the first mineral wool fibre board; and - arranging and fixing a second mineral wool fibre board on the top surfaces of said elongated insulation elements.
A method for transmitting data in a multimedia system, which comprises a group of user terminal devices , where multimedia data generated by the user terminal devices contained in the group are transmitted to one or more user terminal devices contained in the group and are reproduced there, wherein a central synchronizing unit generates synchronizing identifications containing time information and sends them to the user terminal devices contained in the group, each user terminal device contained in the group receives the synchronizing identifications and provides the multimedia data generated in the user terminal device with the received synchronizing identifications and sends the multimedia data provided with the synchronizing identifications to the central synchronizing unit , the central synchronizing unit receives the multimedia data provided with the synchronizing identifications and modifies the time information contained in the synchronizing identifications according to a chronological context of the multimedia data sent by the user terminal devices and sends them to the user terminal devices for reproduction, and the multimedia data provided with the modified synchronizing identifications are received at the user terminal devices and are reproduced in the chronological context corresponding to the modified chronological information contained in the synchronizing identifications.
A method of wireless communication, comprising: receiving , by a first wireless communication device from a second wireless communication device , a first signal requesting forward data transmission over a first link in a first link direction , wherein the first forward data transmission request signal is associated with a first feedback transmission from a fourth wireless device responding to the first forward data transmission over the first link in a second link direction opposite the first link direction ; receiving, by the first wireless communication device from a third wireless communication device , a second signal requesting a second forward data transmission over a second link ; and yielding, by the first wireless communication device in response to the first signal , access to a channel resource for the first feedback transmission by refraining from responding to the second signal based on at least an interference tolerance level of the second wireless communication device and an interference level on the first feedback transmission by the first wireless communication device by determining that the interference tolerance level is less than or equal to the interference level. receiving , by a first wireless communication device from a second wireless communication device , a first signal requesting forward data transmission over a first link in a first link direction , wherein the first forward data transmission request signal is associated with a first feedback transmission from a fourth wireless device responding to the first forward data transmission over the first link in a second link direction opposite the first link direction ; receiving, by the first wireless communication device from a third wireless communication device , a second signal requesting a second forward data transmission over a second link ; and yielding, by the first wireless communication device in response to the first signal , access to a channel resource for the first feedback transmission by refraining from responding to the second signal based on at least an interference tolerance level of the second wireless communication device and an interference level on the first feedback transmission by the first wireless communication device by determining that the interference tolerance level is less than or equal to the interference level.
A compound of formula (Ia-1): wherein R is a C5-C22 linear or branched alkyl group, X is -CO-O- or -O-CO-, Y is -CH 2 -. R is a C5-C22 linear or branched alkyl group, X is -CO-O- or -O-CO-, Y is -CH 2 -.
Motor vehicle with a bumper assembly , comprising a cross member , which is coupled to the motor vehicle by means of crash boxes , wherein the cross member is configured as a hollow profile open on one side, wherein the cross member is formed in one piece and with material uniformity with end sections , in particular as a sheet metal formed component, wherein the cross member is configured in its end sections so as to extend obliquely downwards in relation to the vertical direction (z), characterized in that in the transverse direction (Y) of the motor vehicle at least half a wheel is covered by one end of the cross member in such a way that in the event of a crash an additional load path 19) results in longitudinal direction (X) of the motor vehicle, wherein the opening of the hollow profile points away from the motor vehicle oriented in the longitudinal direction (X) of the motor vehicle.
Burner assembly for a combustion chamber of a gas turbine plant comprising: a main burner configured to supply an air-fuel mixture along a supply direction (D1) directed towards the inside of the combustion chamber and to produce a main combustion zone having a main convective time (τ P ); a secondary burner comprising a first auxiliary burner configured to generate a partially premixed diffusive combustion in a first auxiliary combustion zone having a first auxiliary convective time (τ S1 ) and a second auxiliary burner configured to generate a partially premixed diffusive combustion in a second auxiliary combustion zone having a second auxiliary convective time (τ S2 ); wherein the main burner extends about the secondary burner and comprises an air supplying annular conduit and a fuel supplying annular conduit ; wherein the first auxiliary combustion zone and the second auxiliary combustion zone are completely contained in the main combustion zone ; wherein the first auxiliary convective time (τ S1 ) and the second auxiliary convective time (τ S2 ) are different from the main convective time (τ P ) such that the main convective time (τ P ) and the first and the second auxiliary convective times (τ S1 ; τ S2 ) cause disruptive interference between the thermo-acoustic waves of the main burner and the thermo-acoustic waves of the first and second auxiliary burners (24;25). a main burner configured to supply an air-fuel mixture along a supply direction (D1) directed towards the inside of the combustion chamber and to produce a main combustion zone having a main convective time (τ P ); a secondary burner comprising a first auxiliary burner configured to generate a partially premixed diffusive combustion in a first auxiliary combustion zone having a first auxiliary convective time (τ S1 ) and a second auxiliary burner configured to generate a partially premixed diffusive combustion in a second auxiliary combustion zone having a second auxiliary convective time (τ S2 ); wherein the main burner extends about the secondary burner and comprises an air supplying annular conduit and a fuel supplying annular conduit ; wherein the first auxiliary combustion zone and the second auxiliary combustion zone are completely contained in the main combustion zone ; wherein the first auxiliary convective time (τ S1 ) and the second auxiliary convective time (τ S2 ) are different from the main convective time (τ P ) such that the main convective time (τ P ) and the first and the second auxiliary convective times (τ S1 ; τ S2 ) cause disruptive interference between the thermo-acoustic waves of the main burner and the thermo-acoustic waves of the first and second auxiliary burners (24;25).
Vehicle elevator for lifting a vehicle, the elevator comprising: - a carrier configured for lifting the vehicle, wherein the carrier comprises a first and a second carrier part each extending in a longitudinal direction and each having a longitudinal central axis; - a lifting mechanism configured for raising and lowering the carrier, wherein the lifting mechanism comprises a lifting drive with at least one lifting cylinder configured for raising the first and/or second carrier part; further comprising a floor connector having a floor shaft , a rotatable rod that extends between the floor connector and the carrier, wherein the at least one lifting cylinder is mounted at a mounting distance (D3) from the longitudinal central axis (L) of the respective carrier part, further comprising a connection rod extending between a first end connected to the rotatable rod at a connection shaft and a second end connected to the carrier part at a piston shaft , characterised in that the connection rod has a length that is larger than the distance between the connection shaft and the floor shaft . - a carrier configured for lifting the vehicle, wherein the carrier comprises a first and a second carrier part each extending in a longitudinal direction and each having a longitudinal central axis; - a lifting mechanism configured for raising and lowering the carrier, wherein the lifting mechanism comprises a lifting drive with at least one lifting cylinder configured for raising the first and/or second carrier part; further comprising a floor connector having a floor shaft , a rotatable rod that extends between the floor connector and the carrier, wherein the at least one lifting cylinder is mounted at a mounting distance (D3) from the longitudinal central axis (L) of the respective carrier part, further comprising a connection rod extending between a first end connected to the rotatable rod at a connection shaft and a second end connected to the carrier part at a piston shaft , characterised in that the connection rod has a length that is larger than the distance between the connection shaft and the floor shaft .
An electronic control unit that is configured to drive and control a motor by means of an inverter which comprises a bridge having upper-stage field-effect transistors, FETs, (1 - 3) and lower-stage FETs (4 - 6) via a micro controller unit, MCU, , said electronic control unit comprises: a FET-short detecting section that comprises a communication circuit , and is configured to detect a short failure of said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) based on respective connection point voltages of connection points connecting between sources of said upper-stage FETs (1 - 3) and drains of said lower-stage FETs (4 - 6), and to notify said detection of said short failure to said MCU via a notification terminal (NDIAG); a detecting-section-failure diagnostic function, incorporated in said MCU , that is configured to detect a failure of said FET-short detecting section ; and a gate driving section that is configured to turn ON or turn OFF and drive said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) of said inverter , wherein said detecting-section-failure diagnostic function is configured to diagnose said failure of said FET-short detecting section at start up and to turn OFF said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) via said gate driving section when said failure of saidFET-short detecting section is detected, wherein said detecting-section-failure diagnostic function is configured to output a signal via said MCU , and said communication circuit is configured to receive said signal, to forcibly establish an FET-short detecting state, and said MCU is configured to diagnose whether said failure detection by means of said FET-short detecting section is in a no-detection state or not by monitoring a logic output of said notification terminal (NDIAG), and wherein said FET-short detecting section is configured to diagnose said short failure of said upper-stage FETs (1 - 3) and said lower-stage FETs (4 - 6) when said failure of said FET-short detecting section is not detected.
An information transmission method, comprising: receiving (S202) at least one precoding configuration from an access network device; starting (S203) a timer; and sending (S204) uplink information to the access network device on a configured grant-free time-frequency resource in valid duration of the timer by using the at least one precoding configuration, characterized in that if the timer is invalid, traversing a plurality of preset precoding configurations by using a preset granularity of a frequency domain resource unit, to determine the precoding configuration corresponding to each frequency domain resource unit of the grant-free time-frequency resource, where two adjacent frequency domain resource units in the grant-free time-frequency resource correspond to different precoding configurations. receiving (S202) at least one precoding configuration from an access network device; starting (S203) a timer; and sending (S204) uplink information to the access network device on a configured grant-free time-frequency resource in valid duration of the timer by using the at least one precoding configuration, characterized in that if the timer is invalid, traversing a plurality of preset precoding configurations by using a preset granularity of a frequency domain resource unit, to determine the precoding configuration corresponding to each frequency domain resource unit of the grant-free time-frequency resource, where two adjacent frequency domain resource units in the grant-free time-frequency resource correspond to different precoding configurations.
Speed detection system for detecting the speed of a first rotating shaft rotating about a first longitudinal axis (A), said system comprising a ionizing radiation source configured to emit ionizing radiation (γ), a ionizing radiation detector configured to detect impulses of ionizing radiation (γ), said interaction being detected by said ionizing radiation detector , said system further comprising a control unit configured to be electrically connected to said ionizing radiation detector , said control unit adapted to estimate the speed of said shaft on the basis of the frequency of impulses detected by said ionizing radiation detector ; wherein the system further comprises an auxiliary shaft provided with shielding assembly , interposed between the first rotating shaft provided with a radiation source , and said detector , wherein said shielding assembly is configured to be fixedly carried by said auxiliary shaft in a position to be traversed by said ionizing radiation (γ), said shielding assembly being realized in a material having material properties that circumferentially vary about the longitudinal axis of said auxiliary shaft, thereby selectively shielding the ionizing radiation (γ) in function of the rotation of said auxiliary shaft; said auxiliary shaft rotating about a second longitudinal axis (C) that is arranged parallel to the first longitudinal axis (A) at a known speed thereby sampling the flux of ionizing radiation (γ), wherein the control unit is adapted to vary the speed of the auxiliary shaft such that the frequency of the impulses detected by the detector is minimized.
An apparatus for localizing planar objects in a query image, the apparatus comprising: means for detecting a plurality of features in the query image ; means for extracting at least one descriptor for each detected query image feature; means for matching each feature of at least one view of a reference image with the plurality of query image features by comparing their corresponding feature descriptors to determine a plurality of candidate descriptor correspondences for each reference image feature; for every query image - reference image view pair, means for ranking the plurality of candidate descriptor correspondences by assigning a geometric weight to each candidate descriptor correspondence according to the Euclidean distance of the position x q of feature q on the query image to the projection x' f in the query image of the reference image feature f using the prior homography H r for that reference image view; and means for localizing comprising means for determining a candidate homography for every pair using a robust model estimation algorithm which prioritizes the highest ranked plurality of candidate descriptor correspondences, and means for selecting the query image planar object as the planar object of the reference image view corresponding to the candidate homography with the biggest number of inliers returned as the best homography by the robust model estimation algorithm. means for detecting a plurality of features in the query image ; means for extracting at least one descriptor for each detected query image feature; means for matching each feature of at least one view of a reference image with the plurality of query image features by comparing their corresponding feature descriptors to determine a plurality of candidate descriptor correspondences for each reference image feature; for every query image - reference image view pair, means for ranking the plurality of candidate descriptor correspondences by assigning a geometric weight to each candidate descriptor correspondence according to the Euclidean distance of the position x q of feature q on the query image to the projection x' f in the query image of the reference image feature f using the prior homography H r for that reference image view; and means for localizing comprising means for determining a candidate homography for every pair using a robust model estimation algorithm which prioritizes the highest ranked plurality of candidate descriptor correspondences, and means for selecting the query image planar object as the planar object of the reference image view corresponding to the candidate homography with the biggest number of inliers returned as the best homography by the robust model estimation algorithm.
A method comprising: receiving audio data corresponding to an utterance, by a user , that includes a command and an entity name ; generating, by an automated speech recognizer , an initial transcription for a portion of the audio data that is associated with the entity name; returning the initial transcription and additional information associated with the initial transcription, the additional information indicating that a personalized pronunciation dictionary of the user does not include any entity names corresponding to the initial transcription; causing a prompt for feedback information related to the initial transcription to be provided to the user, the prompt generated based on the additional information; receiving , as feedback information , a corrected transcription for the portion of the utterance that is associated with the entity name, the corrected transcription being different than the initial transcription; in response to receiving the corrected transcription, obtaining a phonetic pronunciation that is associated with the portion of the audio data that is associated with the entity name; updating the personalized pronunciation dictionary to associate the phonetic pronunciation with the entity name ; receiving a subsequent utterance that includes the entity name; and transcribing the subsequent utterance based at least in part on the updated personalized pronunciation dictionary. receiving audio data corresponding to an utterance, by a user , that includes a command and an entity name ; generating, by an automated speech recognizer , an initial transcription for a portion of the audio data that is associated with the entity name; returning the initial transcription and additional information associated with the initial transcription, the additional information indicating that a personalized pronunciation dictionary of the user does not include any entity names corresponding to the initial transcription; causing a prompt for feedback information related to the initial transcription to be provided to the user, the prompt generated based on the additional information; receiving , as feedback information , a corrected transcription for the portion of the utterance that is associated with the entity name, the corrected transcription being different than the initial transcription; in response to receiving the corrected transcription, obtaining a phonetic pronunciation that is associated with the portion of the audio data that is associated with the entity name; updating the personalized pronunciation dictionary to associate the phonetic pronunciation with the entity name ; receiving a subsequent utterance that includes the entity name; and transcribing the subsequent utterance based at least in part on the updated personalized pronunciation dictionary.
A system for lubricating an aeronautical engine and a reduction gearbox associated with the aeronautical engine , the system comprising a lubricating oil reservoir feeding at least a first oil supply pump supplying a first lubrication circuit of the reduction gearbox opening into at least one lubrication enclosure of the reduction gearbox and in parallel a second lubrication circuit of the aeronautical engine opening into lubrication enclosures of the aeronautical engine , recirculation pumps at the exit of the aeronautical engine and of the reduction gearbox returning the oil to the oil reservoir , characterized in that the second circuit comprises a variable-section jet pump supplied at least by said at least one first supply pump bypassing the first circuit , a second driven supply pump being integrated into the second circuit downstream of the variable-section jet pump , a part of a flow rate (Qp) in the first circuit being collected by the variable-section jet pump to supply the second circuit .
Household appliance with a housing , with an outer tub , which has an essentially cylindrical shell , a front side wall and a rear side wall and is arranged in an oscillating manner in the housing of the household appliance (W), and with at least one counterweight , which is connected to the outer tub , wherein the shell , the front side wall and/or the rear side wall have fins that are arranged in a honeycomb-like manner and form individual spatial structures that are open to the outside, and wherein the at least one counterweight (28 1 - 28 n ) is inserted into one of the spatial structures (27 1 - 27 n ), characterised in that the at least one counterweight (28 1 - 28 n ) is fastened in the one of the spatial structures (27 1 - 27 n ) using an interference fit, wherein the interference fit is a non-positive connection between components and the non-positive connection is generated as a result of the geometric dimensions of the components in question and without further aids.