mhurhangee/patent-ind-claim-en huggingface dataset:
A method for three-dimensional localization of moving objects in a video stream, comprising: estimating a ground plane in a video frame based on a detected object within the video frame and monocular structure-from-motion, SFM; computing object pose for objects in the frame by intensity alignment of projected 3D points, wherein given an object pose at time t, the pose at time t+1 is determined as the one that best aligns the intensities, tracking the 3D points using a one-dimensional optical flow mechanism that imposes epipolar constraints; and determining a three-dimensional location for the detected object based on the estimated ground plane and the computed object pose, comprising a Levenberg-Marquardt optimization that finds a three-dimensional object bounding box that minimizes a cost function, and wherein the cost function is: ε = ε SFM ′ + γ o ε obj ′ + λ p ε prior ′ where ε SFM ′ is a cost from SFM, ε obj ′ is a cost from object bounding boxes, ε prior ′ is a prior from the combined trajectory smoothness prior and object size priors, and λ o and λ p are weighting coeffcients, wherein ε SFM ′ represents the reprojection errors of the tracked 3D points. estimating a ground plane in a video frame based on a detected object within the video frame and monocular structure-from-motion, SFM; computing object pose for objects in the frame by intensity alignment of projected 3D points, wherein given an object pose at time t, the pose at time t+1 is determined as the one that best aligns the intensities, tracking the 3D points using a one-dimensional optical flow mechanism that imposes epipolar constraints; and determining a three-dimensional location for the detected object based on the estimated ground plane and the computed object pose, comprising a Levenberg-Marquardt optimization that finds a three-dimensional object bounding box that minimizes a cost function, and wherein the cost function is: ε = ε SFM ′ + γ o ε obj ′ + λ p ε prior ′ where ε SFM ′ is a cost from SFM, ε obj ′ is a cost from object bounding boxes, ε prior ′ is a prior from the combined trajectory smoothness prior and object size priors, and λ o and λ p are weighting coeffcients, wherein ε SFM ′ represents the reprojection errors of the tracked 3D points. where ε SFM ′ is a cost from SFM, ε obj ′ is a cost from object bounding boxes, ε prior ′ is a prior from the combined trajectory smoothness prior and object size priors, and λ o and λ p are weighting coeffcients, wherein ε SFM ′ represents the reprojection errors of the tracked 3D points.
Method for measuring a magnetic field, in which a magnetic field is measured by a set of magnetometers which are linked to a same moveable support and which have different orientations of eigendirections with respect to this support, wherein processing means implement, during a measurement in a given position and orientation of the support and of the set of magnetometers, - a determination, for each magnetometer of a "candidate" magnetic field, - a determination, for each magnetometer, of the orientation deviation between the eigendirections of the magnetometer and the "candidate" magnetic field, characterised in that the processing means further implement - a determination of the magnetometer for which this deviation is minimal, the magnetic field measured by this sensor being selected as the magnetic field measured by the set of magnetometers, for each magnetometer, the processing means calculating e j = min i ∈ 〚 1 . . n 〛 d ι J → B B J → where - j is an index designating the magnetometer, - d ι J → i ∈ 〚 1 . . n 〛 the n measurement eigendirections of this magnetometer j, - B B J → is the "candidate" magnetic field determined for said magnetometer, d ι J → B B J → is the angle between the two vectors d ι J → , and B B J → . - a determination, for each magnetometer of a "candidate" magnetic field, - a determination, for each magnetometer, of the orientation deviation between the eigendirections of the magnetometer and the "candidate" magnetic field, characterised in that the processing means further implement - a determination of the magnetometer for which this deviation is minimal, the magnetic field measured by this sensor being selected as the magnetic field measured by the set of magnetometers, for each magnetometer, the processing means calculating e j = min i ∈ 〚 1 . . n 〛 d ι J → B B J → - j is an index designating the magnetometer, - d ι J → i ∈ 〚 1 . . n 〛 the n measurement eigendirections of this magnetometer j, - B B J → is the "candidate" magnetic field determined for said magnetometer,
A method of manufacturing a gear (100; 302), the method comprising: forming a plurality of gear teeth (108; 308) in a surface of a gear (100; 302), the gear teeth (108; 308) having tooth faces defining tooth edges including tooth edge flanks and tooth edge top land ; and generating a convex contour at an edge break of at least one of the tooth edge flanks and tooth edge top land , characterized in that the same tool is employed for forming the plurality of gear teeth (108; 308) in the surface of the gear (100; 302) and for generating the convex contour at the edge break of the at least one of the tooth edge flanks and tooth edge top land . forming a plurality of gear teeth (108; 308) in a surface of a gear (100; 302), the gear teeth (108; 308) having tooth faces defining tooth edges including tooth edge flanks and tooth edge top land ; and generating a convex contour at an edge break of at least one of the tooth edge flanks and tooth edge top land , characterized in that the same tool is employed for forming the plurality of gear teeth (108; 308) in the surface of the gear (100; 302) and for generating the convex contour at the edge break of the at least one of the tooth edge flanks and tooth edge top land .
An escape-path-planning system to operate an automated vehicle, said system comprising: an object-detector suitable for use on a host-vehicle , said object-detector used to detect an other-vehicle in an adjacent-lane next to a present-lane traveled by the host-vehicle ; and a controller in communication with the object-detector , said controller configured to determine , in response to a lane-change-request , a first-route-plan that steers the host-vehicle from the present-lane to the adjacent-lane , and initiate the first-route-plan when a forecasted-distance between the other-vehicle and the host-vehicle is greater than a distance-threshold , wherein the controller is further configured to determine (335-NO, 340) a second-route-plan that, if initiated, steers the host-vehicle back into the present-lane , and to cancel the first-route-plan and initiate the second-route-plan (345-NO, 350) when the forecasted-distance between the other-vehicle and the host-vehicle becomes less than the distance-threshold after the first-route-plan is initiated and wherein the second-route-plan is determined after the first-route-plan is initiated but before the first-route-plan is completed, characterized in that the second-route-plan is determined prior to there being any need for the second-route-plan . an object-detector suitable for use on a host-vehicle , said object-detector used to detect an other-vehicle in an adjacent-lane next to a present-lane traveled by the host-vehicle ; and a controller in communication with the object-detector , said controller configured to determine , in response to a lane-change-request , a first-route-plan that steers the host-vehicle from the present-lane to the adjacent-lane , and initiate the first-route-plan when a forecasted-distance between the other-vehicle and the host-vehicle is greater than a distance-threshold , wherein the controller is further configured to determine (335-NO, 340) a second-route-plan that, if initiated, steers the host-vehicle back into the present-lane , and to cancel the first-route-plan and initiate the second-route-plan (345-NO, 350) when the forecasted-distance between the other-vehicle and the host-vehicle becomes less than the distance-threshold after the first-route-plan is initiated and wherein the second-route-plan is determined after the first-route-plan is initiated but before the first-route-plan is completed, characterized in that the second-route-plan is determined prior to there being any need for the second-route-plan . determine , in response to a lane-change-request , a first-route-plan that steers the host-vehicle from the present-lane to the adjacent-lane , and initiate the first-route-plan when a forecasted-distance between the other-vehicle and the host-vehicle is greater than a distance-threshold , wherein the controller is further configured to determine (335-NO, 340) a second-route-plan that, if initiated, steers the host-vehicle back into the present-lane , and
A deflection portion for guiding exhaust air or supply air comprising a substantially circular first connection cross-section arranged at a first end of the deflection portion and having a first flow direction and a substantially rectangular second connection cross-section arranged at a second end of the deflection portion and having a second flow direction , wherein the first flow direction and the second flow direction include approximately a right angle, wherein the deflection portion also has a transitional tube portion which adjoins the first connection cross-section and converts the circular first connection cross-section into a rectangular cross-section , characterised in that the rectangular cross-section of the transitional tube portion is equal to the second connection cross-section and the transitional tube portion extends in the first flow direction , and the deflection portion further has a tube bend portion with a constant rectangular cross-section, wherein the tube bend portion is so designed that it deflects a gas flow from the first flow direction into the second flow direction , wherein the tube bend portion has two mutually opposite inner surfaces curved in the form of part-circular arcs and a guide element extending between the curved inner surfaces in the form of a part-circular arc, wherein the curved inner surfaces and the surfaces of the guide element are arranged concentrically, wherein the curved inner surfaces of the tube bend portion extend directly from the rectangular cross-section of the transitional tube portion such that the tube bend portion does not have a straight portion at its end towards the transitional tube portion .
A cover glass that is mounted on a transportation device and used as an interior member for transportation device, comprising a glass article having a three-dimensional shape having a first surface and at least one second surface opposite to the first surface, and comprising a bent part in at least one place of the first surface or the second surface, wherein the second surface of the glass article has a static friction coefficient of 1.0 or less when the static friction coefficient is measured in a touch angle evaluation meter TL201 Ts manufactured by Trinity-Lab Inc. by placing a pseudo-finger contactor manufactured by the same company on the second surface of the glass and moving the pseudo-finger contactor at a rate of 10 mm/second in a state of applying a load of 30 g, wherein the static friction coefficient is the friction coefficient at the time when the contactor begins moving from a stationary state.
Process for partial or complete coating of the surfaces of components made of aluminium material with fine-grained powdery solder for brazing, for coating layer thicknesses up to 100 μm and total amounts of solder to be applied up to 25 g/m 2 , wherein the fine-grained powder solder consists of powder particles with particle sizes of 3 to 25 pm, wherein the fine-grained powder solder is delivered to a low-temperature plasma jet generated by a plasmatron, and the fine-grained powdery solder is at least partially melted in the low-temperature plasma jet, temperatures of the low-temperature plasma jet of 570°C to 650°C being used for the application of solder alloy powder only or temperatures of the low-temperature plasma jet of 530°C to 620°C being used for the application of solder alloy powder and flux powder, and the solder is sprayed in molten form by means of the low-temperature plasma jet onto desired surface areas of the component, the low-temperature plasma jet being in direct contact with the surface of the component, so that undesirable reactions of the solder with the ambient atmosphere are avoided, and the uniformly sprayed solder adheres to all desired surface areas of the component, namely also to the edges of the component.
A decentralised supply and exhaust air unit for at least one room of a building or the like, comprising a supply air delivery device located in a supply air path and comprising an exhaust air delivery device located in an exhaust air path , wherein the supply air path and the exhaust air path can be brought together in heat exchange by means of a heat recovery device and at least one heat storage tank is arranged in the supply air path , and wherein the supply air path has a bypass optionally bypassing the heat storage tank , characterised in that the exhaust air path is fluidly connected to the supply air path via a recirculating air device , wherein the recirculating air device fluidly ends in the supply air path between the heat recovery device and the heat storage tank .
A computer-implemented method for presenting content, comprising: presenting, in a streaming media interface , the set of one or more media titles available for streaming from a library of media titles ; predicting one or more predicted media titles that a user interacting with the streaming media interface is likely to begin viewing from the set of one or more titles; sending a request for fast-expiring licenses for the one or more predicted media titles, said one or more predicted media titles including a first media title, wherein a fast-expiring license is valid for a fixed time interval after playback of a specific media title begins, wherein the fixed interval is substantially less than a playback time of the specific media title; receiving the requested fast-expiring licenses; in response to receiving, from a user interacting with the streaming media interface, a request to stream the first media title: retrieving an encrypted first portion of the first media title, decrypting the encrypted first portion using a key included in a corresponding fast-expiring license, and initiating playback of the first portion of the first media title on the streaming media interface. presenting, in a streaming media interface , the set of one or more media titles available for streaming from a library of media titles ; predicting one or more predicted media titles that a user interacting with the streaming media interface is likely to begin viewing from the set of one or more titles; sending a request for fast-expiring licenses for the one or more predicted media titles, said one or more predicted media titles including a first media title, wherein a fast-expiring license is valid for a fixed time interval after playback of a specific media title begins, wherein the fixed interval is substantially less than a playback time of the specific media title; receiving the requested fast-expiring licenses; in response to receiving, from a user interacting with the streaming media interface, a request to stream the first media title: retrieving an encrypted first portion of the first media title, decrypting the encrypted first portion using a key included in a corresponding fast-expiring license, and initiating playback of the first portion of the first media title on the streaming media interface. retrieving an encrypted first portion of the first media title, decrypting the encrypted first portion using a key included in a corresponding fast-expiring license, and initiating playback of the first portion of the first media title on the streaming media interface.
A method for evaluating partitioning of nucleic acid molecules in a sample of polynucleotides based on epigenetic state, comprising: a. partitioning nucleic acid molecules from at least a subset of the sample of polynucleotides into a plurality of partitioned sets; b. enriching at least a subset of molecules comprising specific target genomic regions from the plurality of partitioned sets to generate a set of enriched molecules, wherein the set of enriched molecules comprises a group of nucleic acid molecules from the sample of polynucleotides, wherein the group of nucleic acid molecules from the sample of polynucleotides comprises a set of endogenous control molecules, which correspond to at least one human genomic region with a non-variable epigenetic state; c. sequencing at least a subset of the set of enriched molecules to produce a plurality of sequencing reads; d. analyzing at least a subset of the set of sequencing reads to generate one or more epigenetic partition scores for the set of endogenous control molecules; and e. comparing the one or more epigenetic partition scores with one or more epigenetic partition cut-offs. a. partitioning nucleic acid molecules from at least a subset of the sample of polynucleotides into a plurality of partitioned sets; b. enriching at least a subset of molecules comprising specific target genomic regions from the plurality of partitioned sets to generate a set of enriched molecules, wherein the set of enriched molecules comprises a group of nucleic acid molecules from the sample of polynucleotides, wherein the group of nucleic acid molecules from the sample of polynucleotides comprises a set of endogenous control molecules, which correspond to at least one human genomic region with a non-variable epigenetic state; c. sequencing at least a subset of the set of enriched molecules to produce a plurality of sequencing reads; d. analyzing at least a subset of the set of sequencing reads to generate one or more epigenetic partition scores for the set of endogenous control molecules; and e. comparing the one or more epigenetic partition scores with one or more epigenetic partition cut-offs.
A plant treatment product, comprising: a plant treatment component comprising a pesticide selected from the group consisting of azoxystrobin and glyphosate; and a microbial fermentation product, comprising: cellular material of one or more lysed Lactobacillus sp. bacteria; and one or more anaerobic metabolite products of the one or more lysed Lactobacillus sp. bacteria. a plant treatment component comprising a pesticide selected from the group consisting of azoxystrobin and glyphosate; and a microbial fermentation product, comprising: cellular material of one or more lysed Lactobacillus sp. bacteria; and one or more anaerobic metabolite products of the one or more lysed Lactobacillus sp. bacteria. cellular material of one or more lysed Lactobacillus sp. bacteria; and one or more anaerobic metabolite products of the one or more lysed Lactobacillus sp. bacteria.
A contacting member for a drying device of a printing apparatus in which the contacting member contacts a region of a contacted member to which a liquid composition has been applied, the contacting member comprising: a substrate; a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer configured to contact the contacted member; an adhesive layer containing an adhesive member directly or indirectly fixing the fluororesin fiber layer to the substrate; and a mixed layer in which the fluororesin fiber in the fluororesin layer and the adhesive member in the adhesive layer are mixed, wherein a thickness of the mixed layer is 5% or more and 60% or less with respect to a thickness of the fluororesin fiber layer. a substrate; a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer configured to contact the contacted member; an adhesive layer containing an adhesive member directly or indirectly fixing the fluororesin fiber layer to the substrate; and a mixed layer in which the fluororesin fiber in the fluororesin layer and the adhesive member in the adhesive layer are mixed, wherein a thickness of the mixed layer is 5% or more and 60% or less with respect to a thickness of the fluororesin fiber layer.
Portion container for extractable substances, in particular for producing a beverage, having an interior surrounded by a container wall for receiving the at least one extractable substance in an at least substantially aroma-tight manner, the extractable substance preferably being selected from coffee, tea, cocoa, chocolate or similar edible products, wherein said container wall is completely biodegradable, said container wall being formed of at least one biodegradable material, said at least one biodegradable material including sugar cane pulp, characterized in that a mixture of bamboo fibers and sugar cane fibers is used to produce said container wall .
A transport refrigeration system for controlling a temperature associated with a mobile refrigerated cargo box comprising: a refrigeration unit having a refrigerant circuit through which a refrigerant is circulated, the refrigeration unit including a compression device, a refrigerant heat rejection heat exchanger , an expansion device and a refrigerant heat absorption heat exchanger wherein refrigerant is passed in heat exchange relationship with air drawn from the cargo box ; a fuel fired engine for powering the refrigerant unit , the engine having an exhaust system through which exhaust gases generated by the engine are discharged; and an engine exhaust gas cooler including an exhaust gas pass , a refrigerant pass , and an air flow pass, the exhaust gas pass and the refrigerant pass disposed in heat exchange relationship and in the air pass; wherein the refrigerant pass of the engine exhaust gas cooler has an inlet in flow communication with the refrigerant circuit at a location between the compression device and the refrigerant heat rejection heat exchanger and has an outlet in flow communication with the refrigerant circuit at a location between the expansion device and the refrigerant heat absorption heat exchanger . a refrigeration unit having a refrigerant circuit through which a refrigerant is circulated, the refrigeration unit including a compression device, a refrigerant heat rejection heat exchanger , an expansion device and a refrigerant heat absorption heat exchanger wherein refrigerant is passed in heat exchange relationship with air drawn from the cargo box ; a fuel fired engine for powering the refrigerant unit , the engine having an exhaust system through which exhaust gases generated by the engine are discharged; and an engine exhaust gas cooler including an exhaust gas pass , a refrigerant pass , and an air flow pass, the exhaust gas pass and the refrigerant pass disposed in heat exchange relationship and in the air pass; wherein the refrigerant pass of the engine exhaust gas cooler has an inlet in flow communication with the refrigerant circuit at a location between the compression device and the refrigerant heat rejection heat exchanger and has an outlet in flow communication with the refrigerant circuit at a location between the expansion device and the refrigerant heat absorption heat exchanger .