mhurhangee/patent-ind-claim-en huggingface dataset:
An image generation method comprising: a) obtaining first and second 2D images through an object to be imaged, wherein the images are from different viewpoints with respect to the object; b) providing a 3D image data set of the object to be imaged; c) registering the first and second 2D images with the 3D image data set; d) wherein said registering is used, or utilised, to facilitate remapping pixels of the first 2D image to generate a remapped image from the viewpoint of the second 2D image. a) obtaining first and second 2D images through an object to be imaged, wherein the images are from different viewpoints with respect to the object; b) providing a 3D image data set of the object to be imaged; c) registering the first and second 2D images with the 3D image data set; d) wherein said registering is used, or utilised, to facilitate remapping pixels of the first 2D image to generate a remapped image from the viewpoint of the second 2D image.
A polyolefin composition suitable for lubricant applications, the polyolefin composition comprising: a soap component, a thickener component, an oil component, and a spherical polyolefin component. a soap component, a thickener component, an oil component, and a spherical polyolefin component.
Method for producing a filter device for filtering a hydrophilic liquid, having a planar filter element which is permeable to liquid, wherein the filter element has a delimited filter region which is coated with a hydrophobic agent, comprising the following steps: a) providing the planar filter element , which in particular has a non-woven filter fabric which lies between a meshed supporting layer and a spun-bonded non-woven fabric ; b) producing an annular compacted boundary region for the filter region ; c) applying the agent to the filter region of the filter element ; d) obtaining the filter device . a) providing the planar filter element , which in particular has a non-woven filter fabric which lies between a meshed supporting layer and a spun-bonded non-woven fabric ; b) producing an annular compacted boundary region for the filter region ; c) applying the agent to the filter region of the filter element ; d) obtaining the filter device .
An apparatus adapted for answering a query, the apparatus comprising: a microphone adapted to receive a first query; a sensor adapted to determine a first head direction of a person when the first query was received; the microphone adapted to receive a second query; the sensor adapted to determine a second head direction of the person when the second query was received; the microphone adapted to receiving a third query; the sensor adapted to determine a third head direction of the person when the third query was received; logic circuitry adapted to determine that the third query is a follow-up query to either the first or the second query and adapted to associate the third query with either the first or the second query based on the third head direction and to provide a follow-up answer to the third query based on the third head direction. a microphone adapted to receive a first query; a sensor adapted to determine a first head direction of a person when the first query was received; the microphone adapted to receive a second query; the sensor adapted to determine a second head direction of the person when the second query was received; the microphone adapted to receiving a third query; the sensor adapted to determine a third head direction of the person when the third query was received; logic circuitry adapted to determine that the third query is a follow-up query to either the first or the second query and adapted to associate the third query with either the first or the second query based on the third head direction and to provide a follow-up answer to the third query based on the third head direction.
An installation for dip-coating a continuously traveling metal strip , comprising a liquid metal coating bath from which the strip emerges in a vertical strand, a bottom roller , a decambering roller and, if applicable, a stabilizing roller , which are submerged in the liquid metal bath , drying blades placed at the exit of the bath and injecting a pressurized gas to remove the excess coating that has not yet solidified, creating a drying wave having a return flow of liquid metal oriented downward, as well as a hydrodynamic stabilization dissipative device placed between the drying blades and the last submerged roller (5a or 5b), comprising a plurality of hydrodynamic pads intended for loading on at least one side of the metal strip and mounted pivoting around hinges for self-alignment of the latter, further extending transversely over the width of the strip , and positioned such that during use, the return flow of liquid metal of the drying wave flows at least partially over the back of the pads .
Magnetic floating device comprising: - a base unit with a shell , a magnetic floating controller and at least one base magnet ; and - a floating unit with a covering component , a functional component and at least one floating magnet , wherein the magnetic floating controller is designed to adjust the floating unit between a floating state (S1) and a grounded state (S2) by means of an adjustment in magnetism of the at least one base magnet , wherein in the floating state (S1), the floating unit is floating above the base unit and in the grounded state (S2), the floating unit is docked in the shell of the base unit , characterized in that - the magnetic floating device comprises a signal input unit which is designed to receive an announcement signal that signals an anticipation of a jerk event; and - the magnetic floating controller is designed to adjust the floating unit from the floating state (S1) to the grounded state (S2) in order to temporarily dock and/or lock the floating unit in the shell of the base unit by adjusting the magnetism of the at least one base magnet as a function of the announcement signal received by the signal input unit . - a base unit with a shell , a magnetic floating controller and at least one base magnet ; and - a floating unit with a covering component , a functional component and at least one floating magnet , wherein the magnetic floating controller is designed to adjust the floating unit between a floating state (S1) and a grounded state (S2) by means of an adjustment in magnetism of the at least one base magnet , wherein in the floating state (S1), the floating unit is floating above the base unit and in the grounded state (S2), the floating unit is docked in the shell of the base unit , - the magnetic floating device comprises a signal input unit which is designed to receive an announcement signal that signals an anticipation of a jerk event; and - the magnetic floating controller is designed to adjust the floating unit from the floating state (S1) to the grounded state (S2) in order to temporarily dock and/or lock the floating unit in the shell of the base unit by adjusting the magnetism of the at least one base magnet as a function of the announcement signal received by the signal input unit .
A method, comprising: obtaining inertial measurement data of a device at a first time and point cloud data collected by a LiDAR on the device at the first time; determining , by integrating the inertial measurement data, inertial positioning information of the device in an inertial coordinate system at the first time based on the inertial measurement data; characterized by determining , by matching, the point cloud data and at least one local map built in a local coordinate system and using the inertial positioning information as a constraint, a first positioning result of the device in the local coordinate system at the first time, wherein the local map is a 3D occupancy grid map constructed in the local coordinate system which takes an initial location of the device as the origin. obtaining inertial measurement data of a device at a first time and point cloud data collected by a LiDAR on the device at the first time; determining , by integrating the inertial measurement data, inertial positioning information of the device in an inertial coordinate system at the first time based on the inertial measurement data; characterized by determining , by matching, the point cloud data and at least one local map built in a local coordinate system and using the inertial positioning information as a constraint, a first positioning result of the device in the local coordinate system at the first time, wherein the local map is a 3D occupancy grid map constructed in the local coordinate system which takes an initial location of the device as the origin.
A packaging machine having a sealing station comprising a lower part of a tool with at least one tray receptacle and an upper part of the tool with at least one sealing device , wherein the sealing device includes a sealing member configured to seal an upper web onto a tray edge of a packaging tray provided in the tray receptacle , and a retaining member , wherein the retaining member is configured in the form of a frame , and wherein the retaining member provides at least one passage for a cutting member for cutting the upper web to size, characterized in that the retaining member includes along an inner contour of the passage a plurality of projections for bending over an edge region of the packaging tray provided for forming the tray edge .
A driving assist method using a controller that sets a target inter-vehicular distance from a host vehicle to a preceding vehicle traveling immediately in front of the host vehicle, comprising: determining (S1) whether there is a request to execute a correction of a host vehicle position set on map data, based on a result of comparing information of a target described on the map data with information of the target acquired by using an on-board sensor installed in the host vehicle; setting (S7) the target inter-vehicular distance to a preset first target inter-vehicular distance upon determining the execution request has not been made; and determining (S4), after determining that the execution request has been made, whether there is traffic congestion in a lane in which the host vehicle is traveling, and upon determining that there is traffic congestion, setting (S8) the target inter-vehicular distance to a second target inter-vehicular distance, which is longer than the first target inter-vehicular distance, upon determining the execution request has been made. determining (S1) whether there is a request to execute a correction of a host vehicle position set on map data, based on a result of comparing information of a target described on the map data with information of the target acquired by using an on-board sensor installed in the host vehicle; setting (S7) the target inter-vehicular distance to a preset first target inter-vehicular distance upon determining the execution request has not been made; and determining (S4), after determining that the execution request has been made, whether there is traffic congestion in a lane in which the host vehicle is traveling, and upon determining that there is traffic congestion, setting (S8) the target inter-vehicular distance to a second target inter-vehicular distance, which is longer than the first target inter-vehicular distance, upon determining the execution request has been made.
An aerosolisable formulation comprising (i) water; (ii) one or more flavours to be encapsulated; (iii) one or more encapsulating materials selected from the group consisting of substituted (α)-cyclodextrin, substituted (β)-cyclodextrin, substituted (γ)-cyclodextrin, and mixtures thereof; and (iv) nicotine; wherein in the presence of water the energy of binding of the one or more encapsulating materials with the one or more flavours to be encapsulated is from -0.5 to -8 kcal/mol. (i) water; (ii) one or more flavours to be encapsulated; (iii) one or more encapsulating materials selected from the group consisting of substituted (α)-cyclodextrin, substituted (β)-cyclodextrin, substituted (γ)-cyclodextrin, and mixtures thereof; and (iv) nicotine;
A method of retrieving video data, the method comprising: receiving data describing a sample entry type for a sample of a video bitstream, the sample entry type being one of 'hev1' or 'hev2,' wherein the sample comprises video data encoded according to one of High-Efficiency Video Coding (HEVC) or layered HEVC (L-HEVC), wherein one or more other samples including video data precede the sample in the video bitstream in decoding order, and in response to the sample entry type being 'hev1' or 'hev2' and the sample comprising the video data encoded according to one of HEVC or L-HEVC, retrieving the sample to perform random access using the sample, without retrieving the video data of any of the one or more other samples that precede the sample, and without retrieving parameter sets of any previous samples of the video bitstream in decoding order, characterized in that the video data of the sample is included in a track of a plurality of tracks of a file, the plurality of tracks including a subset of the plurality of tracks including single-layer or multi-layer video data, the method further comprising, in response to determining that convenient random access is enabled for one of the subset of the plurality of tracks having a lowest temporal sub-layer, determining that convenient random access is enabled for each of the plurality of tracks. receiving data describing a sample entry type for a sample of a video bitstream, the sample entry type being one of 'hev1' or 'hev2,' wherein the sample comprises video data encoded according to one of High-Efficiency Video Coding (HEVC) or layered HEVC (L-HEVC), wherein one or more other samples including video data precede the sample in the video bitstream in decoding order, and in response to the sample entry type being 'hev1' or 'hev2' and the sample comprising the video data encoded according to one of HEVC or L-HEVC, retrieving the sample to perform random access using the sample, without retrieving the video data of any of the one or more other samples that precede the sample, and without retrieving parameter sets of any previous samples of the video bitstream in decoding order, characterized in that the video data of the sample is included in a track of a plurality of tracks of a file, the plurality of tracks including a subset of the plurality of tracks including single-layer or multi-layer video data, the method further comprising, in response to determining that convenient random access is enabled for one of the subset of the plurality of tracks having a lowest temporal sub-layer, determining that convenient random access is enabled for each of the plurality of tracks.
A method of detecting a counterfeit article with an image capturing device , the method comprising: receiving one or more comparison images of an authentic article associated with the test article ; and displaying at least one of the one or more comparison images; characterized by receiving article identifying information associated with a test article ; determining and retrieving the comparison images of the authentic article based at least in part on the article identifying information; the one or more comparison images of an authentic article associated with the test article being received from an image storage database ; pulsing one or more infrared emitting elements and one or more ultraviolet emitting elements positioned in the image capturing device in alternating fashion; capturing infrared images and ultraviolet images of the test article in the alternating fashion in accordance with the respective pulsing of the infrared emitting elements and the ultraviolet emitting elements; and displaying the infrared images and the ultraviolet images in alternating fashion.
A hanger device comprising: a main body including at least one cabinet and a cover to cover the at least one cabinet, the cover having at least one opening and the at least one cabinet having at least one discharge port ; a fan module provided in the cabinet and configured to suction air through the opening of the cover and force the air to the at least one discharge port ; a filtering module disposed to filter air as the air is suctioned through the opening of the cover; a discharge tube extending through upper and lower surfaces of the main body and having at least one discharge duct which communicate with the at least one discharge port of the cabinet; and a hanging unit extending from a bottom surface of the main body , wherein the at least one discharge duct of the discharge tube includes at least one front discharge duct and at least one rear discharge duct , characterized in that the hanger device further comprises a vane which is rotatably provided to the front and rear discharge ducts and configured to control an amount of air forced out of the front and rear discharge ducts . a fan module provided in the cabinet and configured to suction air through the opening of the cover and force the air to the at least one discharge port ; a filtering module disposed to filter air as the air is suctioned through the opening of the cover; a discharge tube extending through upper and lower surfaces of the main body and having at least one discharge duct which communicate with the at least one discharge port of the cabinet; and a hanging unit extending from a bottom surface of the main body , wherein the at least one discharge duct of the discharge tube includes at least one front discharge duct and at least one rear discharge duct , characterized in that the hanger device further comprises a vane which is rotatably provided to the front and rear discharge ducts and configured to control an amount of air forced out of the front and rear discharge ducts .
A centrifugal pendulum absorber for a flywheel , comprising: - a plurality of pendulum weights being arranged circumferentially around a center axis (C) of the centrifugal pendulum absorber, characterized in that, the centrifugal pendulum absorber further comprises: - a plurality of closed compartments (B) which are arranged circumferentially around the center axis, wherein at least one pendulum weight is arranged in each one of the plurality of closed compartments, wherein a channel for fluid is provided at least between two abutting closed compartments, as seen in the circumferential direction, and wherein the channel for fluid fluidly connects the two abutting closed compartments. - a plurality of pendulum weights being arranged circumferentially around a center axis (C) of the centrifugal pendulum absorber, characterized in that, - a plurality of closed compartments (B) which are arranged circumferentially around the center axis, wherein at least one pendulum weight is arranged in each one of the plurality of closed compartments,
A single chain antibody construct comprising: • a first domain which binds to BCMA, • a second domain which binds to an extracellular epitope of the human and/or the Macaca CD3ε chain; and • a third domain which comprises two polypeptide monomers, each comprising a hinge, a CH2 domain and a CH3 domain, wherein said two polypeptide monomers are fused to each other via a peptide linker. • a first domain which binds to BCMA, • a second domain which binds to an extracellular epitope of the human and/or the Macaca CD3ε chain; and • a third domain which comprises two polypeptide monomers, each comprising a hinge, a CH2 domain and a CH3 domain, wherein said two polypeptide monomers are fused to each other via a peptide linker.
A computer-implemented method for scheduling federated learning tasks for training a federated learning model, the method comprising: acquiring data associated with the routes of a plurality of mobile communication devices; determining a subset of mobile communication devices which share a same route for a given amount of time based on the data associated with the routes of the plurality of mobile communication devices; determining one or more base stations located along the shared route; estimating , for the one or more base stations, points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; determining at least one of: an amount of required processing resources at the base stations and an amount of required processing resources at the subset of mobile communication devices, wherein the determination is based on the estimated points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; and generating a schedule for a plurality of federated learning tasks to be performed at the subset of mobile communication devices and the one or more base stations, wherein the generation of the schedule is based on priority levels associated with the plurality of federated learning tasks, estimated points of time at which the subset of mobile communication devices are in coverage areas of the one or more base stations, and at least one of: the amount of required processing resources at the one or more base stations and the amount of required processing resources at the subset of mobile communication devices. acquiring data associated with the routes of a plurality of mobile communication devices; determining a subset of mobile communication devices which share a same route for a given amount of time based on the data associated with the routes of the plurality of mobile communication devices; determining one or more base stations located along the shared route; estimating , for the one or more base stations, points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; determining at least one of: an amount of required processing resources at the base stations and an amount of required processing resources at the subset of mobile communication devices, wherein the determination is based on the estimated points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; and generating a schedule for a plurality of federated learning tasks to be performed at the subset of mobile communication devices and the one or more base stations, wherein the generation of the schedule is based on priority levels associated with the plurality of federated learning tasks, estimated points of time at which the subset of mobile communication devices are in coverage areas of the one or more base stations, and at least one of: the amount of required processing resources at the one or more base stations and the amount of required processing resources at the subset of mobile communication devices.