mhurhangee/patent-ind-claim-en huggingface dataset:
A transmitter , comprising: a plurality of filters or a filter bank configured to pulse shape filter an IFFT processed data block using a non-orthogonal waveform to generate a transmit signal (S Tx ) including data to be transmitted to a receiver of a multi carrier (MC) pulse shaped transmission system; and an inverse pulse shaping filter configured to inverse pulse shape filter a predefined signal pattern (RS), wherein the transmitter is configured to include the inverse filtered predefined signal pattern (RS') into the IFFT processed data block prior to applying the IFFT processed data block to the plurality of filters or to the filter bank so that after the plurality of filters or the filter bank the non-pulse-shaped predefined signal pattern (RS) appears again in the transmit signal (S Tx ). a plurality of filters or a filter bank configured to pulse shape filter an IFFT processed data block using a non-orthogonal waveform to generate a transmit signal (S Tx ) including data to be transmitted to a receiver of a multi carrier (MC) pulse shaped transmission system; and an inverse pulse shaping filter configured to inverse pulse shape filter a predefined signal pattern (RS), wherein the transmitter is configured to include the inverse filtered predefined signal pattern (RS') into the IFFT processed data block prior to applying the IFFT processed data block to the plurality of filters or to the filter bank so that after the plurality of filters or the filter bank the non-pulse-shaped predefined signal pattern (RS) appears again in the transmit signal (S Tx ).
A water-based dispersion adhesive composition comprising: a) an aqueous polymer dispersion comprising water and at least one water-dispersible polymer, b) at least one calcium ion complexing agent selected from the group consisting of mono saccharides, sugar alcohols derived from mono saccharides, sugar acids derived from mono saccharides and salts thereof, and compounds containing at least two dicarboxy amine groups, c) at least one calcium ion precipitating agent, and d) at least one calcium-containing filler, wherein the at least one calcium ion precipitating agent is selected from the group consisting of alkali and earth alkaline metal sulfates, alkali metal disulfates, and earth alkaline metal disulfates, having a water solubility of at least 1.0 g/100 ml at temperature of 20 °C and wherein the total amount of the calcium ion complexing agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition and the total amount of the calcium ion precipitating agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition. a) an aqueous polymer dispersion comprising water and at least one water-dispersible polymer, b) at least one calcium ion complexing agent selected from the group consisting of mono saccharides, sugar alcohols derived from mono saccharides, sugar acids derived from mono saccharides and salts thereof, and compounds containing at least two dicarboxy amine groups, c) at least one calcium ion precipitating agent, and d) at least one calcium-containing filler, wherein the at least one calcium ion precipitating agent is selected from the group consisting of alkali and earth alkaline metal sulfates, alkali metal disulfates, and earth alkaline metal disulfates, having a water solubility of at least 1.0 g/100 ml at temperature of 20 °C and wherein the total amount of the calcium ion complexing agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition and the total amount of the calcium ion precipitating agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition.
A method for device handover, comprising: obtaining a multimedia broadcast multicast service (MBMS) service configuration information of one or more neighbor cells from one of: a concentrated Multi-Cell/Multicast Coordination Entity (MCE) node on the radio access network side; a first interface that is a manual Operation Administration and Maintenance (OAM) interface; and an establishment or update process of a second interface which is an X2 communication interface; selecting a target cell for a user equipment from among the one or more neighbor cells, the target cell having MBMS service configuration information which matches the MBMS service reception information of the user equipment that is to be handed over; and handing over the user equipment to the target cell. obtaining a multimedia broadcast multicast service (MBMS) service configuration information of one or more neighbor cells from one of: a concentrated Multi-Cell/Multicast Coordination Entity (MCE) node on the radio access network side; a first interface that is a manual Operation Administration and Maintenance (OAM) interface; and an establishment or update process of a second interface which is an X2 communication interface; selecting a target cell for a user equipment from among the one or more neighbor cells, the target cell having MBMS service configuration information which matches the MBMS service reception information of the user equipment that is to be handed over; and handing over the user equipment to the target cell.
A system for image processing to generate three-dimensional view, said system comprising: one or more circuits in an image-processing device configured to: receive, from an imaging device , a plurality of two-dimensional images captured by the imaging device at a plurality of positions around an anatomical portion in an intra-operative state, each of the plurality of 2D images having a first field-of-view (FOV) ; generate a 3D reconstruction of said anatomical portion using a set of 2D images selected from said received plurality of 2D images based on a relative distance covered by the imaging device; extract a region-of-interest (ROI) from said 3D reconstruction of said anatomical portion; estimate a 3D pose of said anatomical portion from said 3D reconstruction of said anatomical object and said extracted ROI; generate a first 3D view of said anatomical portion based on the 3D pose estimation, the generated first 3D view having a second FOV which is wider than said first FOV of each of said plurality of 2D images of said anatomical portion; and generate a second 3D view by aligning a first 3D point cloud of said generated first 3D view in a first coordinate space with a second point cloud of 3D data associated with a pre-operative state of said anatomical portion in a second coordinate space. receive, from an imaging device , a plurality of two-dimensional images captured by the imaging device at a plurality of positions around an anatomical portion in an intra-operative state, each of the plurality of 2D images having a first field-of-view (FOV) ; generate a 3D reconstruction of said anatomical portion using a set of 2D images selected from said received plurality of 2D images based on a relative distance covered by the imaging device; extract a region-of-interest (ROI) from said 3D reconstruction of said anatomical portion; estimate a 3D pose of said anatomical portion from said 3D reconstruction of said anatomical object and said extracted ROI; generate a first 3D view of said anatomical portion based on the 3D pose estimation, the generated first 3D view having a second FOV which is wider than said first FOV of each of said plurality of 2D images of said anatomical portion; and generate a second 3D view by aligning a first 3D point cloud of said generated first 3D view in a first coordinate space with a second point cloud of 3D data associated with a pre-operative state of said anatomical portion in a second coordinate space.
An abnormality detecting device comprising a controller configured to detect an abnormality in an apparatus based on data on vibration detected in the apparatus , wherein the controller is configured to determine an abnormality in the apparatus by comparing the data on the detected vibration with a predetermined threshold, characterized in that the controller is configured to set the threshold such that the shorter a work time length in which the apparatus performs once a certain work that is repeatedly performed is, the smaller the threshold is set, and when the data on the detected vibration is greater than the threshold, the controller is configured to give notice that there is an abnormality in the apparatus . determine an abnormality in the apparatus by comparing the data on the detected vibration with a predetermined threshold, characterized in that the controller is configured to set the threshold such that the shorter a work time length in which the apparatus performs once a certain work that is repeatedly performed is, the smaller the threshold is set, and when the data on the detected vibration is greater than the threshold, the controller is configured to give notice that there is an abnormality in the apparatus .
An inspection method comprising: positioning an inspection apparatus over an alignment tool and adjusting a position of an eddy current probe rotatably held within the inspection apparatus, wherein the alignment tool has an alignment pin positioned at the center of the alignment tool, wherein the alignment pin is selected to position the eddy current probe with a radial offset that corresponds to a location outside a perimeter of a flush head fastener so that the eddy current probe is configured to pass over the surface surrounding the flush head fastener; positioning said inspection apparatus above said flush head fastener, the flush head fastener being secured to an aircraft surface to be inspected and rotating the eddy current probe at a radial distance from the center of the flush head fastener; receiving a reading from the eddy current probe , wherein the reading indicates an irregularity in the aircraft surface below the eddy current probe ; adjusting the position of the inspection apparatus until the reading indicates that there is no irregularity in the inspected aircraft surface below the eddy current probe , thereby indicating that the eddy current probe is rotating about the center of the flush head fastener; and detecting a defect in the aircraft surface if the inspection apparatus cannot be positioned relative to the flush head fastener such that the reading does not detect an irregularity. positioning an inspection apparatus over an alignment tool and adjusting a position of an eddy current probe rotatably held within the inspection apparatus, wherein the alignment tool has an alignment pin positioned at the center of the alignment tool, wherein the alignment pin is selected to position the eddy current probe with a radial offset that corresponds to a location outside a perimeter of a flush head fastener so that the eddy current probe is configured to pass over the surface surrounding the flush head fastener; positioning said inspection apparatus above said flush head fastener, the flush head fastener being secured to an aircraft surface to be inspected and rotating the eddy current probe at a radial distance from the center of the flush head fastener; receiving a reading from the eddy current probe , wherein the reading indicates an irregularity in the aircraft surface below the eddy current probe ; adjusting the position of the inspection apparatus until the reading indicates that there is no irregularity in the inspected aircraft surface below the eddy current probe , thereby indicating that the eddy current probe is rotating about the center of the flush head fastener; and detecting a defect in the aircraft surface if the inspection apparatus cannot be positioned relative to the flush head fastener such that the reading does not detect an irregularity.
Coupling device for a lower link of a three-point linkage, comprising a coupling body with a catch hook for receiving a coupling element of complementary design to a fastening region of the catch hook , wherein disposed on the catch hook is a locking mechanism having a housing within which a sliding fit for mounting a locking latch so as to be longitudinally displaceable is formed in such a manner that the locking latch is able to be deflected, counter to a restoring spring force (F restore ), from a first locking position blocking the catch hook to a second locking position releasing the catch hook , characterized in that the sliding fit is formed as an internal contour which is continuously ovalized along the deflection direction of the locking latch .
An illuminator , comprising: a first waveguide having opposed first and second planar faces; a light source positioned to direct light into the first waveguide via an edge of the first waveguide ; a diffractive optical element, DOE , formed across the first waveguide , said DOE for spreading the light entering the first waveguide from the light source across the first waveguide via total internal reflection and coupling the light out of a surface of said first planar face, and a second waveguide positioned parallel to the first waveguide , wherein the first waveguide is configured to create a first virtual light source at a first location and the second waveguide is configured to create a second virtual light source at a second location. a first waveguide having opposed first and second planar faces; a light source positioned to direct light into the first waveguide via an edge of the first waveguide ; a diffractive optical element, DOE , formed across the first waveguide , said DOE for spreading the light entering the first waveguide from the light source across the first waveguide via total internal reflection and coupling the light out of a surface of said first planar face, and a second waveguide positioned parallel to the first waveguide , wherein the first waveguide is configured to create a first virtual light source at a first location and the second waveguide is configured to create a second virtual light source at a second location.
A computing system comprising: a server configured to provide Software as a Service, SaaS, application sessions ; and at least one client computing device cooperating with the server to run a first SaaS application session having a form including an input data field, recognizing the input data field from the form and dynamically generating an application program interface, API, to accept inputs for the recognized input data field, link an output of an Internet of Things, IoT, sensor corresponding to the input data field to the API, and collect data output from the IoT sensor and populate the input data field in the form via the API. a server configured to provide Software as a Service, SaaS, application sessions ; and at least one client computing device cooperating with the server to run a first SaaS application session having a form including an input data field, recognizing the input data field from the form and dynamically generating an application program interface, API, to accept inputs for the recognized input data field, link an output of an Internet of Things, IoT, sensor corresponding to the input data field to the API, and collect data output from the IoT sensor and populate the input data field in the form via the API. run a first SaaS application session having a form including an input data field, recognizing the input data field from the form and dynamically generating an application program interface, API, to accept inputs for the recognized input data field, link an output of an Internet of Things, IoT, sensor corresponding to the input data field to the API, and collect data output from the IoT sensor and populate the input data field in the form via the API.
A computer-implemented method for optimizing shuffle operations, performed by a data processing apparatus, the method comprising: responsive to receiving a request to perform a shuffle operation on a data stream, the shuffle operation being an operation that groups keyed records in the data stream by key, the request including a set of initial key ranges, each initial key range corresponding to a portion of the data stream: generating a shuffler configuration that assigns a shuffler from a set of shufflers to each of the initial key ranges, each shuffler configured to receive a portion of the data stream associated with an assigned key range from one or more writers and provide the portion of the data stream to one or more readers; initiating the set of shufflers to perform the shuffle operation on the data stream; analyzing metadata statistics to determine whether a shuffler configuration update event occurs, the metadata statistics produced by the set of shufflers during the shuffle operation and indicating load statistics for each shuffler in the set of shufflers; and upon occurrence of the shuffler configuration update event and during the shuffle operation, altering the shuffler configuration based at least in part on the metadata statistics to produce an assignment of shufflers to key ranges that is different from the assignment of shufflers to the initial key ranges. generating a shuffler configuration that assigns a shuffler from a set of shufflers to each of the initial key ranges, each shuffler configured to receive a portion of the data stream associated with an assigned key range from one or more writers and provide the portion of the data stream to one or more readers; initiating the set of shufflers to perform the shuffle operation on the data stream; analyzing metadata statistics to determine whether a shuffler configuration update event occurs, the metadata statistics produced by the set of shufflers during the shuffle operation and indicating load statistics for each shuffler in the set of shufflers; and upon occurrence of the shuffler configuration update event and during the shuffle operation, altering the shuffler configuration based at least in part on the metadata statistics to produce an assignment of shufflers to key ranges that is different from the assignment of shufflers to the initial key ranges.
An apparatus comprising: a number of sensors configured to detect a number of parameters in a pneumatic system; an energy harvesting unit configured to generate electrical energy from a compressed gas in the pneumatic system; a battery system configured to store the electrical energy; and a controller connected to the number of sensors and the energy harvesting unit, wherein the controller is configured to process measurements for the number of parameters detected by the number of sensors and control operation of the energy harvesting unit; and wherein: the number of sensors and the controller are powered by the electrical energy generated by the energy harvesting unit; and the controller is configured to control charging of the battery system using a policy configured to cause the controller to charge and discharge the battery system using a number of charge and discharge curves for the battery system in the policy to charge and discharge, respectively, the battery system in a manner to improve performance and/or longevity of the battery system. a number of sensors configured to detect a number of parameters in a pneumatic system; an energy harvesting unit configured to generate electrical energy from a compressed gas in the pneumatic system; a battery system configured to store the electrical energy; and a controller connected to the number of sensors and the energy harvesting unit, wherein the controller is configured to process measurements for the number of parameters detected by the number of sensors and control operation of the energy harvesting unit; the number of sensors and the controller are powered by the electrical energy generated by the energy harvesting unit; and the controller is configured to control charging of the battery system using a policy configured to cause the controller to charge and discharge the battery system using a number of charge and discharge curves for the battery system in the policy to charge and discharge, respectively, the battery system in a manner to improve performance and/or longevity of the battery system.
A method of determining a status of a liquid spray from a nozzle with a plurality of optical sensors, the method comprising: generating, by a first optical sensor of the plurality of optical sensors (44a:e), a first output of directional light towards an expected position of a liquid spray emitted from a nozzle ; generating, by a second optical sensor of the plurality of optical sensors (44a:e), a second output of directional light towards an expected position of the liquid spray emitted from the nozzle ; comparing a first return signal of the first optical sensor to a second return signal of the second optical sensor, wherein the first and second return signals are reflections of the first and second outputs of direction light respectively from the liquid spray; and determining a status of the liquid spray based on a comparison of the first return signal and the second return signal; wherein the status of the liquid spray is based on a concentration of liquid forming the liquid spray. generating, by a first optical sensor of the plurality of optical sensors (44a:e), a first output of directional light towards an expected position of a liquid spray emitted from a nozzle ; generating, by a second optical sensor of the plurality of optical sensors (44a:e), a second output of directional light towards an expected position of the liquid spray emitted from the nozzle ; comparing a first return signal of the first optical sensor to a second return signal of the second optical sensor, wherein the first and second return signals are reflections of the first and second outputs of direction light respectively from the liquid spray; and determining a status of the liquid spray based on a comparison of the first return signal and the second return signal; wherein the status of the liquid spray is based on a concentration of liquid forming the liquid spray.
Power terminal comprising; - a first pair of insulation crimping wings for crimping to an insulation of an insulated electrical wire ; - a second pair of insulation crimping wings for crimping to an insulation of the same insulated electrical wire ; - a weld area provided between the first pair of insulation crimping wings and the second pair of insulation crimping wings for welding to a lead of the insulated electrical wire , wherein the length (LW) of the weld area is substantially equal to the length (LL) of the lead ; - a power connector in conductive contact with the weld area ; wherein the first pair of insulation crimping wings , the second pair of insulation crimping wings and the weld area are arranged longitudinally along a longitudinal axis (X) of the terminal , wherein the longitudinal axis (X) of the terminal is parallel with the insulated wire when the wire is crimped and welded to the terminal ; wherein the power connector at least partly extends transversely from the longitudinal axis (X) of the terminal . characterized in that an intermediate longitudinal ridge is provided between the power connector and the second pair of insulation crimping wings , wherein the longitudinal ridge supports and extends along the insulated electrical wire when said wire is crimped and welded to the power terminal , and in that the intermediate longitudinal ridge is provided between the power connector and an angled portion , said angled portion being a flat portion between the power connector and said second pair of insulated crimping wings . - a first pair of insulation crimping wings for crimping to an insulation of an insulated electrical wire ; - a second pair of insulation crimping wings for crimping to an insulation of the same insulated electrical wire ; - a weld area provided between the first pair of insulation crimping wings and the second pair of insulation crimping wings for welding to a lead of the insulated electrical wire , wherein the length (LW) of the weld area is substantially equal to the length (LL) of the lead ; - a power connector in conductive contact with the weld area ;