mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: obtainment means (509, 512) for obtaining first data in which information regarding video data is described, and second data including the video data; determination means for determining whether a predetermined value is described in the first data, the predetermined value indicating that information regarding a virtual viewpoint video that can be viewed by setting at least one of a viewpoint position, a line of sight direction, and a focal position is included; and control means (506, 507) for controlling reproduction of video data included in the second data, wherein the obtainment means (509, 512) is configured to obtain the second data based on a result of determination made by the determination means and the first data, characterized in that the virtual viewpoint video is divided into background data and object data, and the predetermined value indicates that information regarding at least one of the background data and the object data is included. obtainment means (509, 512) for obtaining first data in which information regarding video data is described, and second data including the video data; determination means for determining whether a predetermined value is described in the first data, the predetermined value indicating that information regarding a virtual viewpoint video that can be viewed by setting at least one of a viewpoint position, a line of sight direction, and a focal position is included; and control means (506, 507) for controlling reproduction of video data included in the second data, wherein the obtainment means (509, 512) is configured to obtain the second data based on a result of determination made by the determination means and the first data, characterized in that the virtual viewpoint video is divided into background data and object data, and the predetermined value indicates that information regarding at least one of the background data and the object data is included.
A hearing device, e.g. a hearing aid or a headset, comprising • at least one input transducer configured to pick up sound from an acoustic environment around the user when the user is wearing the hearing device, the at least one input transducer providing at least one electric input signal (x) representative of said sound, • at least one analysis filter bank configured to provide said at least one electric input signal (x) as a multitude of frequency sub-band signals, the at least one analysis filter bank comprising ∘ a plurality of M filters h m (n), whose impulse responses are modulated from a first prototype filter h(n) of two or more different prototype filters, where m=0, 1,..., M-1 is a frequency band index, and n is a time index, • a processor for processing said multitude of frequency sub-band signals provided by said at least one analysis filter bank, or a signal originating therefrom, and providing a processed signal, • an output transducer configured to provide stimuli perceivable as sound to the user in dependence of said processed signal, • a controller (SA-CTR; CTR) for controlling said analysis filter bank by substituting the first prototype filter with a second prototype filter of the two or more different prototype filters to modulate the plurality of M filters of said at least one analysis filter bank in dependence of said current acoustic environment, characterized in that the two or more different prototype filters are configured to exhibit the same group delay. • at least one input transducer configured to pick up sound from an acoustic environment around the user when the user is wearing the hearing device, the at least one input transducer providing at least one electric input signal (x) representative of said sound, • at least one analysis filter bank configured to provide said at least one electric input signal (x) as a multitude of frequency sub-band signals, the at least one analysis filter bank comprising ∘ a plurality of M filters h m (n), whose impulse responses are modulated from a first prototype filter h(n) of two or more different prototype filters, where m=0, 1,..., M-1 is a frequency band index, and n is a time index, ∘ a plurality of M filters h m (n), whose impulse responses are modulated from a first prototype filter h(n) of two or more different prototype filters, where m=0, 1,..., M-1 is a frequency band index, and n is a time index, • a processor for processing said multitude of frequency sub-band signals provided by said at least one analysis filter bank, or a signal originating therefrom, and providing a processed signal, • an output transducer configured to provide stimuli perceivable as sound to the user in dependence of said processed signal, • a controller (SA-CTR; CTR) for controlling said analysis filter bank by substituting the first prototype filter with a second prototype filter of the two or more different prototype filters to modulate the plurality of M filters of said at least one analysis filter bank in dependence of said current acoustic environment,
A hand held domestic appliance comprising: a handle part; a driven member; a motor for driving the driven member; and a controller for controlling the motor, wherein the handle part comprises a surface sensor for detecting and measuring a contact surface area, characterized in that the surface sensor is additionally for detecting and measuring an applied pressure, and the controller is adapted to control the power supplied to the motor in dependence on the measured contact surface area and the measured pressure to implement different control levels within a range of power control, and in that the way the power control varies as a function of the measured pressure depends on the measured contact area. a handle part; a driven member; a motor for driving the driven member; and a controller for controlling the motor, wherein the handle part comprises a surface sensor for detecting and measuring a contact surface area, characterized in that the surface sensor is additionally for detecting and measuring an applied pressure, and the controller is adapted to control the power supplied to the motor in dependence on the measured contact surface area and the measured pressure to implement different control levels within a range of power control, and in that the way the power control varies as a function of the measured pressure depends on the measured contact area.
An information processing apparatus comprising: a processing unit configured to selectively perform a process using information acquired from an application, executed by a processor provided in the information processing apparatus, wherein the processing unit generates second key information based on first key information when the first key information is acquired from the application, retains specific information for specifying a target application on which a process is to be performed, when the first key information is acquired, determines whether an accessing application is the target application based on the specific information when the processing unit is being accessed by the accessing application after the specific information is retained, performs a process based on information acquired from the accessing application and the second key information when the application is determined to be the target application, and refrains from performing a process using information acquired from the accessing application when the application is determined not to be the target application. a processing unit configured to selectively perform a process using information acquired from an application, executed by a processor provided in the information processing apparatus, wherein the processing unit generates second key information based on first key information when the first key information is acquired from the application, retains specific information for specifying a target application on which a process is to be performed, when the first key information is acquired, determines whether an accessing application is the target application based on the specific information when the processing unit is being accessed by the accessing application after the specific information is retained, performs a process based on information acquired from the accessing application and the second key information when the application is determined to be the target application, and refrains from performing a process using information acquired from the accessing application when the application is determined not to be the target application.
Method for manufacturing a grille for a cascade type thrust reverser, of a jet engine, said method including the following steps: a) manufacturing (101, 102, 103; 101', 102', 103', 104'; 100') a first component including continuous or long fibres, pre-impregnated by a thermoplastic or thermosetting resin; b) manufacturing (201, 202, 203, 204; 201', 202', 203', 204'; 200'), subsequently or together with step a), a series of second components each including discontinuous fibres, pre-impregnated by a thermoplastic or thermosetting resin, step b) being carried out such that the second components are, on the one hand, arranged transversally with respect to a longitudinal direction of the first component on at least one side of the first component and, on the other hand, spaced from one another according to this longitudinal direction, so as to form a comb-shaped structure, wherein the second components are consolidated to the first component. a) manufacturing (101, 102, 103; 101', 102', 103', 104'; 100') a first component including continuous or long fibres, pre-impregnated by a thermoplastic or thermosetting resin; b) manufacturing (201, 202, 203, 204; 201', 202', 203', 204'; 200'), subsequently or together with step a), a series of second components each including discontinuous fibres, pre-impregnated by a thermoplastic or thermosetting resin, step b) being carried out such that the second components are, on the one hand, arranged transversally with respect to a longitudinal direction of the first component on at least one side of the first component and, on the other hand, spaced from one another according to this longitudinal direction, so as to form a comb-shaped structure, wherein the second components are consolidated to the first component.
An analyzer grating for X-ray differential phase-contrast imaging, comprising an absorption structure with: - a first plurality of first areas with a first X-ray attenuation; and - a second plurality of second areas with a second X-ray attenuation; wherein the second X-ray attenuation is smaller than the first X-ray attenuation; wherein the first and second areas are arranged periodically in an alternating manner; and wherein a third plurality of third areas is provided with a third X-ray attenuation, which lies in a range from the second X-ray attenuation to the first X-ray attenuation; and wherein every second of the first or second areas is replaced by one of the third areas. - a first plurality of first areas with a first X-ray attenuation; and - a second plurality of second areas with a second X-ray attenuation;
Device for interfacing for establishing a connection between a fluid-injection instrument and a flask to be perforated, comprising: - a base comprising: * a first duct, suitable for being attached to the flask to be perforated, * a second duct, suitable for allowing gas flow circulation in the flask to be perforated, and * a third duct, suitable for being connected to the fluid-injection instrument, - fluid flow circulation means (10, 40), comprising a proximal opening in fluidic communication with the third duct, The interfacing device being characterised in that the fluid flow circulation means (10, 40) further comprise a tube, housed in the second duct and translatable in said second duct, and comprising at its distal end a distal opening in fluid communication with the second duct, the proximal opening and the distal opening being configured such as to open into the flask to be perforated when the interfacing device is attached to said flask to be perforated. - a base comprising: * a first duct, suitable for being attached to the flask to be perforated, * a second duct, suitable for allowing gas flow circulation in the flask to be perforated, and * a third duct, suitable for being connected to the fluid-injection instrument, * a first duct, suitable for being attached to the flask to be perforated, * a second duct, suitable for allowing gas flow circulation in the flask to be perforated, and * a third duct, suitable for being connected to the fluid-injection instrument, - fluid flow circulation means (10, 40), comprising a proximal opening in fluidic communication with the third duct,
A computer-implemented method of generating a tree-based data structure for use in finding an intersection at which an object intersects with a ray during ray tracing, the tree-based data structure comprising at least one node, where nodes represent bounding boxes, the method comprising: assigning objects (A, F) into bounding boxes (L1, R1); and generating a tree-based data structure comprising at least one node, the tree-based data structure indicating inclusion relationships between the bounding boxes; and characterized in further comprising marking overlapping nodes among the nodes, the marking comprising adding (630, 640) a flag to each of the nodes, wherein information as to whether child nodes of the each of the nodes overlap each other is indicated by the flag. assigning objects (A, F) into bounding boxes (L1, R1); and generating a tree-based data structure comprising at least one node, the tree-based data structure indicating inclusion relationships between the bounding boxes; and characterized in further comprising marking overlapping nodes among the nodes, the marking comprising adding (630, 640) a flag to each of the nodes, wherein information as to whether child nodes of the each of the nodes overlap each other is indicated by the flag.
A sock comprising: a needle-raising area which is knitted by needle-raising knitting arranged at a specified position within a toe area on a sole side of the sock, characterized in that the sock comprises: a needle-lowering area which is knitted by needle-lowering knitting within said toe area on the sole side, said needle-lowering area and needle-raising area being in alignment with a course direction; and a first functional area, which comprises at least one of the needle-lowering area and the needle-raising area, which is knitted within the toe area on the sole side, and which uses a functional yarn differing from a yarn used in knitting the other areas within said toe area on the sole side. a needle-raising area which is knitted by needle-raising knitting arranged at a specified position within a toe area on a sole side of the sock, a needle-lowering area which is knitted by needle-lowering knitting within said toe area on the sole side, said needle-lowering area and needle-raising area being in alignment with a course direction; and a first functional area, which comprises at least one of the needle-lowering area and the needle-raising area, which is knitted within the toe area on the sole side, and which uses a functional yarn differing from a yarn used in knitting the other areas within said toe area on the sole side.
A method of authenticating an identity of a person, the method comprising: obtaining, from one or more capturing devices, one or more captures including one or more image and/or audio captures; detecting, based on predefined spoofing-detection criteria, one or more spoofing indicators in the one or more captures and whether said one or more spoofing indicators correspond or not to spoofing indicia; detecting, based on predefined liveness-detection criteria, one or more biometric features in the one or more captures and whether said one or more biometric features correspond or not to liveness indicia; detecting, based on predefined identity-biometric criteria, one or more biometric attributes in the one or more captures and whether said one or more biometric attributes correspond or not to a predefined human identity; extracting, based on predefined time-related criteria, a time-reference hidden or codified in the one or more captures and detecting whether said time-reference corresponds or not to a predefined expected time or time constraints; authenticating the identity of the person depending on whether spoofing indicators corresponding to spoofing indicia have not been detected, whether biometric features have been detected corresponding to liveness indicia, whether biometric attributes have been detected corresponding to predefined human identity, and whether the time-reference corresponds to predefined expected time or time constraints. obtaining, from one or more capturing devices, one or more captures including one or more image and/or audio captures; detecting, based on predefined spoofing-detection criteria, one or more spoofing indicators in the one or more captures and whether said one or more spoofing indicators correspond or not to spoofing indicia; detecting, based on predefined liveness-detection criteria, one or more biometric features in the one or more captures and whether said one or more biometric features correspond or not to liveness indicia; detecting, based on predefined identity-biometric criteria, one or more biometric attributes in the one or more captures and whether said one or more biometric attributes correspond or not to a predefined human identity; extracting, based on predefined time-related criteria, a time-reference hidden or codified in the one or more captures and detecting whether said time-reference corresponds or not to a predefined expected time or time constraints; authenticating the identity of the person depending on whether spoofing indicators corresponding to spoofing indicia have not been detected, whether biometric features have been detected corresponding to liveness indicia, whether biometric attributes have been detected corresponding to predefined human identity, and whether the time-reference corresponds to predefined expected time or time constraints.
A method of establishing a voice communication with a mobile terminal in a mobile telecommunications network including at least a first type of radio access network and a second type of radio access network and a mobile terminal, the method including: receiving a voice communication request in relation to the mobile terminal on the second type of radio access network; determining a parameter associated with a terminal characteristic by: determining a duration of a proposed conference call using a calendar associated with the mobile terminal; and comparing the duration of the proposed conference call to a battery charge level of the mobile terminal; and using the parameter to determine (42, 43) whether to establish the voice communication on the first type of radio access network or maintain the voice communication on the second type of radio access network. receiving a voice communication request in relation to the mobile terminal on the second type of radio access network; determining a parameter associated with a terminal characteristic by: determining a duration of a proposed conference call using a calendar associated with the mobile terminal; and comparing the duration of the proposed conference call to a battery charge level of the mobile terminal; and using the parameter to determine (42, 43) whether to establish the voice communication on the first type of radio access network or maintain the voice communication on the second type of radio access network. determining a duration of a proposed conference call using a calendar associated with the mobile terminal; and comparing the duration of the proposed conference call to a battery charge level of the mobile terminal; and using the parameter to determine (42, 43) whether to establish the voice communication on the first type of radio access network or maintain the voice communication on the second type of radio access network.
A scour remediation and mitigation apparatus comprising a plurality of channelled members whereby the channelled members are bound together to form the scour remediation and mitigation apparatus; the plurality of channelled members each comprising at least one through hole which forms a channel through the channelled member; the plurality of conduits allowing passage of a moving fluid through the scour remediation and mitigation apparatus whilst simultaneously causing dispersion of kinetic energy of the moving fluid as it passes through the scour remediation and mitigation apparatus; characterised in that, the plurality of channelled members being bound together such that a plurality of conduits are formed by the channels of the channelled members and by voids intermediate adjacent channelled members within the scour remediation and mitigation apparatus; the channelled members being arranged irregularly when bound together so as to cause a pseudo-random arrangement of the plurality of conduits within the scour remediation and mitigation apparatus; and, the channelled members are bound together within a flexible porous housing which is a net bag.
A computer-implemented method to perform video action classification using a trained machine learning, ML, model, the method comprising: receiving a plurality of frames of a video; inputting the plurality of frames into the trained ML model; extracting, using a backbone network of the trained ML model, spatial features and temporal features from the plurality of frames; identifying, within the plurality of frames, whether there any actors performing an action in the frames by: applying an actor transformer module of the ML model to the extracted spatial features and temporal features from key frames of the plurality of frames to generate actor queries, and predicting, using the generated actor queries, a bounding box around each actor performing an action; identifying and classifying, when at least one actor is identified, the action being performed in the frames by: applying an action transformer module of the ML model to the extracted spatial features and temporal features and the actor queries generated by the actor transformer module, to generate action queries, and predicting, using the generated action queries, a class for each actor performing the identified and classified action; and matching the identified actors to the identified and classified action. receiving a plurality of frames of a video; inputting the plurality of frames into the trained ML model; extracting, using a backbone network of the trained ML model, spatial features and temporal features from the plurality of frames; identifying, within the plurality of frames, whether there any actors performing an action in the frames by: applying an actor transformer module of the ML model to the extracted spatial features and temporal features from key frames of the plurality of frames to generate actor queries, and predicting, using the generated actor queries, a bounding box around each actor performing an action; applying an actor transformer module of the ML model to the extracted spatial features and temporal features from key frames of the plurality of frames to generate actor queries, and predicting, using the generated actor queries, a bounding box around each actor performing an action; identifying and classifying, when at least one actor is identified, the action being performed in the frames by: applying an action transformer module of the ML model to the extracted spatial features and temporal features and the actor queries generated by the actor transformer module, to generate action queries, and predicting, using the generated action queries, a class for each actor performing the identified and classified action; and applying an action transformer module of the ML model to the extracted spatial features and temporal features and the actor queries generated by the actor transformer module, to generate action queries, and predicting, using the generated action queries, a class for each actor performing the identified and classified action; and matching the identified actors to the identified and classified action.