mhurhangee/patent-ind-claim-en huggingface dataset:
A method for installing an add-on device onto a blade of a wind turbine, wherein the blade is mounted to a rotor at a hub that is atop a tower, the add-on device including a pliant-material wrap that drapes around a leading edge of the blade, the method comprising: configuring a plurality of tag lines to the wrap, the tag lines having a length so as to extend to a ground location when the add-on device is positioned on the blade; with the rotor, positioning the blade to a first rotated position; locating the add-on device at a desired span-wise location on the blade such that the wrap forms an open-sleeve configuration draped around the leading edge of the blade and span-wise sides of the wrap extend along pressure and suction sides of the blade, respectively, adjacent a trailing edge of the blade; with the tag lines, tensioning the wrap against the blade; and affixing attachment devices configured with the wrap to the trailing edge of the blade. configuring a plurality of tag lines to the wrap, the tag lines having a length so as to extend to a ground location when the add-on device is positioned on the blade; with the rotor, positioning the blade to a first rotated position; locating the add-on device at a desired span-wise location on the blade such that the wrap forms an open-sleeve configuration draped around the leading edge of the blade and span-wise sides of the wrap extend along pressure and suction sides of the blade, respectively, adjacent a trailing edge of the blade; with the tag lines, tensioning the wrap against the blade; and affixing attachment devices configured with the wrap to the trailing edge of the blade.
A method comprising: during display of a portion of an image in a first orientation on a display of a computing device, identifying , by the computing device, a point of interest within the image that is outside of the currently displayed portion of the image; the method characterised by further comprising: responsive to the computing device identifying the point of interest outside of the currently displayed portion of the image: causing, by the computing device, the currently displayed portion of the image to be tilted relative to the first orientation towards the point of interest to provide a visual indication to a user of the computing device of the point of interest outside of the currently displayed portion of the image; and after tilting the currently displayed portion of the image, causing the portion of the image to return to the first orientation . during display of a portion of an image in a first orientation on a display of a computing device, identifying , by the computing device, a point of interest within the image that is outside of the currently displayed portion of the image; the method characterised by further comprising: responsive to the computing device identifying the point of interest outside of the currently displayed portion of the image: causing, by the computing device, the currently displayed portion of the image to be tilted relative to the first orientation towards the point of interest to provide a visual indication to a user of the computing device of the point of interest outside of the currently displayed portion of the image; and responsive to the computing device identifying the point of interest outside of the currently displayed portion of the image: causing, by the computing device, the currently displayed portion of the image to be tilted relative to the first orientation towards the point of interest to provide a visual indication to a user of the computing device of the point of interest outside of the currently displayed portion of the image; and after tilting the currently displayed portion of the image, causing the portion of the image to return to the first orientation .
A flow controller for controlling a data flow through a mobile communication network , the flow controller comprising: a processor configured to: receive a request from at least one base station (305_1), the request indicating interfaces of the at least one base station (305_1) and a data flow destination (320, 325_1, 335, 355); determine at least one interface and a path (A, B, C, D, E) from a data flow policy and state information of the mobile communication network ; and send a reply to the at least one base station (305_1), the reply indicating at least one of the interfaces of the at least one base station (305_1) to be used for the data flow and the path (A, B, C, D, E) to be used for the data flow. receive a request from at least one base station (305_1), the request indicating interfaces of the at least one base station (305_1) and a data flow destination (320, 325_1, 335, 355); determine at least one interface and a path (A, B, C, D, E) from a data flow policy and state information of the mobile communication network ; and send a reply to the at least one base station (305_1), the reply indicating at least one of the interfaces of the at least one base station (305_1) to be used for the data flow and the path (A, B, C, D, E) to be used for the data flow.
A remote driving system that performs remote driving of a vehicle based on an operation amount input into a remote driving terminal , the remote driving system comprising at least one processor configured to: detect a first situation in which the remote driving of the vehicle is required; and perform an initial check for checking that the remote driving can be started at the remote driving terminal when the first situation is detected, characterised in that the initial check at the remote driving terminal includes: a first initial check that checks communication establishment with the vehicle ; a second initial check that checks that a brake actuator of the vehicle operates in response to the operation amount of a brake transmitted to the vehicle; a third initial check that checks that a steering actuator of the vehicle operates in response to the operation amount of a steering; and a fourth initial check that performs steering position alignment between the vehicle and the remote driving terminal , and wherein at least one processor is further configured to: acquire an urgency level of the first situation; and omit a part of the initial check according to the urgency level. detect a first situation in which the remote driving of the vehicle is required; and perform an initial check for checking that the remote driving can be started at the remote driving terminal when the first situation is detected, characterised in that the initial check at the remote driving terminal includes: a first initial check that checks communication establishment with the vehicle ; a second initial check that checks that a brake actuator of the vehicle operates in response to the operation amount of a brake transmitted to the vehicle; a third initial check that checks that a steering actuator of the vehicle operates in response to the operation amount of a steering; and a fourth initial check that performs steering position alignment between the vehicle and the remote driving terminal , and wherein a first initial check that checks communication establishment with the vehicle ; a second initial check that checks that a brake actuator of the vehicle operates in response to the operation amount of a brake transmitted to the vehicle; a third initial check that checks that a steering actuator of the vehicle operates in response to the operation amount of a steering; and a fourth initial check that performs steering position alignment between the vehicle and the remote driving terminal , and wherein at least one processor is further configured to: acquire an urgency level of the first situation; and omit a part of the initial check according to the urgency level. acquire an urgency level of the first situation; and omit a part of the initial check according to the urgency level.
A method for manufacturing a bench or platform scale including an upper frame construction and a lower frame construction connected to each other via a weighing cell , wherein the frame construction is formed by an integral, monolithic plate, characterised in that the integral, monolithic plate is first cut into its form and provided with cuts to cut free sections at the edges of the outer periphery of the plate, and the sections are then bent so that the frame construction has, in parts, angled sections at its outer circumferential edge.
A computer-implemented method for virtual source denoising, comprising: receiving seismic shot gather data from a computer data store for processing; separating the received seismic shot gather data into downgoing and upgoing wavefields, wherein a time-frequency-wavenumber, i.e., t-f-k, three-dimensional, i.e., 3D, data cube is formed, and wherein the t-f-k 3D data cube comprises multiple time-frequency, i.e., t-f slices; wavelet transforming the downgoing wavefields from a time, i.e., t, domain to a t-f domain and the upgoing wavefields from the t domain to the t-f domain; performing a wavelet cross-correlation between the downgoing wavefields in the t-f domain and the upgoing wavefields in a t-f-k domain to generate wavelet cross-correlated data; performing soft-threshold filtering for each t-f slice of the t-f-k 3D data cube; performing an inverse wavelet transform to bring wavelet cross-correlated data from the t-f-k domain to a time-receiver, i.e., t-x, domain; and looping over all seismic shots of the received seismic shot gather data and stacking the wavelet cross-correlated data as a virtual source gather. receiving seismic shot gather data from a computer data store for processing; separating the received seismic shot gather data into downgoing and upgoing wavefields, wherein a time-frequency-wavenumber, i.e., t-f-k, three-dimensional, i.e., 3D, data cube is formed, and wherein the t-f-k 3D data cube comprises multiple time-frequency, i.e., t-f slices; wavelet transforming the downgoing wavefields from a time, i.e., t, domain to a t-f domain and the upgoing wavefields from the t domain to the t-f domain; performing a wavelet cross-correlation between the downgoing wavefields in the t-f domain and the upgoing wavefields in a t-f-k domain to generate wavelet cross-correlated data; performing soft-threshold filtering for each t-f slice of the t-f-k 3D data cube; performing an inverse wavelet transform to bring wavelet cross-correlated data from the t-f-k domain to a time-receiver, i.e., t-x, domain; and looping over all seismic shots of the received seismic shot gather data and stacking the wavelet cross-correlated data as a virtual source gather.
A method of optimising resource allocation in a network function virtualisation data network by: assembling candidate configurations of physical resources based on a mapping of services to network functions, each configuration being a grouping of resources of the network that support the required network functions and selected to provide one or more services projected to be required by clients, and assessing the candidate configurations to identify an optimum configuration , the assessment of each configuration including measurement of latency in physical links between the resources and, characterised in that a forecast is generated of services predicted to be required to be provided by the network to a plurality of clients, and each candidate configuration arranges the resources into clusters , each cluster being capable of providing one or more services to a group of clients, and the total delay between the resources within each cluster of the configuration, for a predicted level and pattern of traffic associated with the required service to be operated by each cluster, is determined from the latency measurements assembling candidate configurations of physical resources based on a mapping of services to network functions, each configuration being a grouping of resources of the network that support the required network functions and selected to provide one or more services projected to be required by clients, and assessing the candidate configurations to identify an optimum configuration , the assessment of each configuration including measurement of latency in physical links between the resources and, characterised in that a forecast is generated of services predicted to be required to be provided by the network to a plurality of clients, and each candidate configuration arranges the resources into clusters , each cluster being capable of providing one or more services to a group of clients, and the total delay between the resources within each cluster of the configuration, for a predicted level and pattern of traffic associated with the required service to be operated by each cluster, is determined from the latency measurements
A networking method, applied to a networking device, the networking device being arranged between at least one streaming media server and at least one service switch supporting an Internet Protocol Television, IPTV, service and being connected with the at least one service switch and the at least one streaming media server respectively, and the networking device comprising a configuration module, a control module and a switching module, the method comprising: configuring, by the configuration module, networking configuration information of the at least one streaming media server, the networking configuration information comprises: information of a networking mode, and configuration information of M external interfaces in an external interface list of the switching module, where M is an integer greater than or equal to 1 and wherein the M external interfaces are connected to the service switch; acquiring, by the control module from the configuration module, the networking configuration information; and setting, by the control module, the switching module through a setting interface of the switching module on the basis of the networking configuration information; wherein setting the switching module is implemented by: setting, by the control module, attributes of the M external interfaces in the switching module, the attributes comprise Virtual Local Area Networks, VLAN, Identifiers, ID, tags of the M external interfaces, and a convergent attribute of service. configuring, by the configuration module, networking configuration information of the at least one streaming media server, the networking configuration information comprises: information of a networking mode, and configuration information of M external interfaces in an external interface list of the switching module, where M is an integer greater than or equal to 1 and wherein the M external interfaces are connected to the service switch; acquiring, by the control module from the configuration module, the networking configuration information; and setting, by the control module, the switching module through a setting interface of the switching module on the basis of the networking configuration information; wherein setting the switching module is implemented by: setting, by the control module, attributes of the M external interfaces in the switching module, the attributes comprise Virtual Local Area Networks, VLAN, Identifiers, ID, tags of the M external interfaces, and a convergent attribute of service.
Wet clutch (K0, E1, E2) for a powertrain system comprising, about an axis (X), at least: - a multi-disc assembly (K0, E1, E2) composed of flanges and friction discs ; - a torque-transmitting disc carrier supporting the multi-disc assembly of the wet clutch, comprising: • a cylindrical portion , • a flange extending radially from the cylindrical portion , • an annular cavity of axis (X) positioned on one side of the flange and designed to receive an actuating piston for actuation of the multi-disc assembly (K0, E1, E2), - a radial guide bearing attached to the torque-transmitting disc carrier on the other side of the flange and arranged to guide the wet clutch in rotation relative to the powertrain system, wherein the torque-transmitting disc carrier comprises at least one outlet portion of a lubrication channel for lubricating the radial guide bearing which opens out radially below the radial guide bearing , characterized in that the outlet portion of the lubrication channel is oriented in the opposite direction to the direction of the annular cavity and inclined relative to the axis (X) by an angle (Δ) of between 0 and 60 degrees. - a multi-disc assembly (K0, E1, E2) composed of flanges and friction discs ; - a torque-transmitting disc carrier supporting the multi-disc assembly of the wet clutch, comprising: • a cylindrical portion , • a flange extending radially from the cylindrical portion , • an annular cavity of axis (X) positioned on one side of the flange and designed to receive an actuating piston for actuation of the multi-disc assembly (K0, E1, E2), • a cylindrical portion , • a flange extending radially from the cylindrical portion , • an annular cavity of axis (X) positioned on one side of the flange and designed to receive an actuating piston for actuation of the multi-disc assembly (K0, E1, E2), - a radial guide bearing attached to the torque-transmitting disc carrier on the other side of the flange and arranged to guide the wet clutch in rotation relative to the powertrain system, wherein the torque-transmitting disc carrier comprises at least one outlet portion of a lubrication channel for lubricating the radial guide bearing which opens out radially below the radial guide bearing , characterized in that the outlet portion of the lubrication channel is oriented in the opposite direction to the direction of the annular cavity and inclined relative to the axis (X) by an angle (Δ) of between 0 and 60 degrees.
A computer-implemented method for solution inference using neural networks in light detection and range , LiDAR, localization, the method comprising: constructing a cost volume (409 or 916) in a solution space for a predicted pose of an autonomous driving vehicle , ADV , wherein the cost volume (409 or 916) includes a plurality of sub volumes (813, 815, ..., 817), each sub volume representing a matching cost between a keypoint from an online point cloud and a corresponding keypoint on a pre-built point cloud map ; regularizing the cost volume (409 or 916) using a plurality of convention neural networks , CNNs, to refine the matching costs; and inferring , from the regularized cost volume (814 or 918), an optimal offset of the predicted pose, the optimal offset used to determining a location of the ADV. constructing a cost volume (409 or 916) in a solution space for a predicted pose of an autonomous driving vehicle , ADV , wherein the cost volume (409 or 916) includes a plurality of sub volumes (813, 815, ..., 817), each sub volume representing a matching cost between a keypoint from an online point cloud and a corresponding keypoint on a pre-built point cloud map ; regularizing the cost volume (409 or 916) using a plurality of convention neural networks , CNNs, to refine the matching costs; and inferring , from the regularized cost volume (814 or 918), an optimal offset of the predicted pose, the optimal offset used to determining a location of the ADV.
A method for processing a user request in an electronic device , the method comprising: receiving the user request including natural language; analyzing the user request to detect a user intent and time 2. information extracted from the user request; determining one or more applications matching the user intent associated with the user request; determining a post event time period which is a time period before a time point extracted from the time 2. information, said post event time period indicating a time-of-response for processing the user request; and launching at least one among the one or more applications 2. linked with the user intent, during the post event time period, for processing the user request by executing the at least one or more applications. receiving the user request including natural language; analyzing the user request to detect a user intent and time 2. information extracted from the user request; determining one or more applications matching the user intent associated with the user request; determining a post event time period which is a time period before a time point extracted from the time 2. information, said post event time period indicating a time-of-response for processing the user request; and launching at least one among the one or more applications 2. linked with the user intent, during the post event time period, for processing the user request by executing the at least one or more applications.
An air guide structure of a vehicle in which a duct for introducing outdoor air into an air cooling device of an engine includes an upper duct positioned in a radiator grille and a lower duct positioned in a bumper grille , the air guide structure characterized by comprising a variable screen (33',33") positioned between the upper duct and the lower duct and formed to have a shape or a position changed by a pressure difference generated from a difference in flow rate between upper flow and lower flow introduced through the upper duct and the lower duct , respectively, wherein the variable screen (33',33") is disposed on a duct wall surface between the upper duct and the lower duct . a variable screen (33',33") positioned between the upper duct and the lower duct and formed to have a shape or a position changed by a pressure difference generated from a difference in flow rate between upper flow and lower flow introduced through the upper duct and the lower duct , respectively, wherein the variable screen (33',33") is disposed on a duct wall surface between the upper duct and the lower duct .
Acceleration sensor for detecting a loss of road grip of a vehicle wheel , comprising: - a tube having a longitudinal axis forming an arc segment and having two closed ends (7; 9), - a mass (15; 315) which is disposed inside the tube and is movable in the longitudinal direction of the tube , a magnet arrangement (17; 203; 205; 317), the magnet arrangement (17; 203; 205; 317) comprising an electric coil arrangement, in particular an arcuate coil, at least partially enclosing the tube , which is designed to counteract a movement of the mass (15; 315) out of an idle position by means of a magnetic force exerted on the mass (15; 315), and - a read-out unit which is designed to detect a movement of the mass (15; 315) out of the idle position , - wherein the tube can be disposed on the vehicle wheel in such a way that a movement of the mass from the idle position occurs if the acceleration of the vehicle wheel changes. - a tube having a longitudinal axis forming an arc segment and having two closed ends (7; 9), - a mass (15; 315) which is disposed inside the tube and is movable in the longitudinal direction of the tube , - a read-out unit which is designed to detect a movement of the mass (15; 315) out of the idle position , - wherein the tube can be disposed on the vehicle wheel in such a way that a movement of the mass from the idle position occurs if the acceleration of the vehicle wheel changes.
A turbine component comprising a polycrystalline substrate , the substrate comprising grains and having at least one Ti 3 AlC 2 phase, the mass fraction of said phase of the alloy being greater than 97%, each grain having a length and a width, characterized in that : - the average length of the grains is less than 50 μm; and - the average width-to-length ratio of the grains is between 0.4 and 0.6; and - the average cell volume of the Ti 3 AlC 2 phase is less than 152.4 Å 3 . - the average length of the grains is less than 50 μm; and - the average width-to-length ratio of the grains is between 0.4 and 0.6; and - the average cell volume of the Ti 3 AlC 2 phase is less than 152.4 Å 3 .