mhurhangee/ep-ind-claims huggingface dataset:
A plasma etching method comprising: an etching step of bringing an etching gas containing an unsaturated compound having a fluorine atom and a bromine atom in a molecule of the unsaturated compound into contact with a member to be etched including an etching object to be etched by the etching gas and a non-etching object not to be etched by the etching gas in a presence of plasma, performing etching while applying a bias power exceeding 0 W to a lower electrode supporting the member to be etched, and selectively etching the etching object compared to the non-etching object, wherein the etching object contains oxide of at least one of tin and indium and the non-etching object contains at least one of a silicon-containing compound and a photoresist. an etching step of bringing an etching gas containing an unsaturated compound having a fluorine atom and a bromine atom in a molecule of the unsaturated compound into contact with a member to be etched including an etching object to be etched by the etching gas and a non-etching object not to be etched by the etching gas in a presence of plasma, performing etching while applying a bias power exceeding 0 W to a lower electrode supporting the member to be etched, and selectively etching the etching object compared to the non-etching object, wherein the etching object contains oxide of at least one of tin and indium and the non-etching object contains at least one of a silicon-containing compound and a photoresist.
A method for reconstructing scene features of an object in 3D space using structure-from-motion feature-tracking, the method comprising: acquiring, using a camera, a first camera frame at a first camera position; extracting image features from the first camera frame, wherein the extracted image features include a collection of independent edgels and their associated tangent vectors, the uncertainty in each edgel's position being represented by a variance ellipse aligned with the edgel's tangent vector, a diameter of said variance ellipse along said edgel's tangent vector being set inversely proportional to the contour curvature of said collection of independent edgels; initiating a first set of 3D points from the extracted image features and their variance ellipses by back-projecting the edgels and corresponding variance ellipses from the plane of the first camera position to random altitudes near the ground; acquiring, using a camera, a second camera frame at a second camera position; predicting a second set of 3D points having corresponding 3D positions (x) and variances by converting said corresponding positions and variances to the second camera position; projecting the predicted 3D positions and variances to an image plane of the second camera position to obtain 2D predictions (h(x), h) of the image features; measuring an innovation of the 2D predictions; and updating estimates of 3D points based on the measured innovation to reconstruct scene features of the object in 3D space. acquiring, using a camera, a first camera frame at a first camera position; extracting image features from the first camera frame, wherein the extracted image features include a collection of independent edgels and their associated tangent vectors, the uncertainty in each edgel's position being represented by a variance ellipse aligned with the edgel's tangent vector, a diameter of said variance ellipse along said edgel's tangent vector being set inversely proportional to the contour curvature of said collection of independent edgels; initiating a first set of 3D points from the extracted image features and their variance ellipses by back-projecting the edgels and corresponding variance ellipses from the plane of the first camera position to random altitudes near the ground; acquiring, using a camera, a second camera frame at a second camera position; predicting a second set of 3D points having corresponding 3D positions (x) and variances by converting said corresponding positions and variances to the second camera position; projecting the predicted 3D positions and variances to an image plane of the second camera position to obtain 2D predictions (h(x), h) of the image features; measuring an innovation of the 2D predictions; and updating estimates of 3D points based on the measured innovation to reconstruct scene features of the object in 3D space.
Apparatus for a communications system of a moving platform comprising a plurality of systems, at least one platform application, and a communications module comprising at least one wireless communications link and configured to effect wireless data communication, wherein said apparatus comprises a communications planning module configured to: - receive data representative of a communications requirement between said platform and a recipient node; - identify a communications link for supporting said communications requirement; the apparatus being characterized in that the communications planning module is further configured to: - determine, using attribute data representative of a position and/or orientation of said platform relative to said recipient node, a distance and direction of said recipient node with respect to said platform; - receive data representative of prevailing emissions control restrictions including an upper emissions limit defining a maximum transmission power permitted to be utilised by an on-board antenna or portion of aperture antenna and an emissions duration value; - determine an optimal transmission power, within said upper emissions limit, of said identified communications link taking into account at least said distance of said recipient node with respect to said platform; and - cause the transmission power of said identified communications link to be set to said optimal transmission power. - receive data representative of a communications requirement between said platform and a recipient node; - identify a communications link for supporting said communications requirement; - determine, using attribute data representative of a position and/or orientation of said platform relative to said recipient node, a distance and direction of said recipient node with respect to said platform; - receive data representative of prevailing emissions control restrictions including an upper emissions limit defining a maximum transmission power permitted to be utilised by an on-board antenna or portion of aperture antenna and an emissions duration value; - determine an optimal transmission power, within said upper emissions limit, of said identified communications link taking into account at least said distance of said recipient node with respect to said platform; and - cause the transmission power of said identified communications link to be set to said optimal transmission power.
A method of evaluating stratified flow of a fluid downhole comprising: a. applying thermal energy to the flow of fluid at a position in the flow of fluid; b. sensing a temperature of the fluid stream downstream of the position over time; and c. estimating a type of fluid in the flow of fluid based on the step of sensing temperature downstream; characterised in that the step of applying thermal energy to the flow of fluid is performed at different radial positions in the flow of fluid, and temperatures downstream of the different radial positions are sensed, and the thermal energy is applied upstream and spaced axially away from where the temperature is sensed at each radial position. a. applying thermal energy to the flow of fluid at a position in the flow of fluid; b. sensing a temperature of the fluid stream downstream of the position over time; and c. estimating a type of fluid in the flow of fluid based on the step of sensing temperature downstream; characterised in that the step of applying thermal energy to the flow of fluid is performed at different radial positions in the flow of fluid, and temperatures downstream of the different radial positions are sensed, and the thermal energy is applied upstream and spaced axially away from where the temperature is sensed at each radial position.
Apparatus for assessing a hygiene state of a water-conducting domestic appliance, wherein the apparatus comprises at least one part which can conduct or guide water or an aqueous solution and which is configured in the form of a hose or container, and an electric detection facility, which is coupled to the part, characterised in that the detection facility is configured to perform a capacitance measurement and to assess the hygiene state of the part, as a function of the capacitance measurement, which means that the detection facility is configured to perform an assessment, as a function of a measured capacitance, of a property of a biofilm formed on the inner face of the part.
A pneumatic tire, comprising at least one tire component selected from the group consisting of a sidewall, and a tire internal component, the at least one tire component being formed from a rubber composition comprising carbon black, silica, and an emulsion-polymerized rubber that has an acetone extractable content of at most 2.5% by mass when determined by an acetone extraction method, wherein the rubber composition comprises, relative to 100 parts by mass of a rubber component of the rubber composition 5 to 100 parts by mass of the carbon black, wherein the rubber composition used for sidewalls and tire internal components comprises 10 % by mass or more and 70 % by mass or less of the emulsion-polymerized rubber, based on 100% by mass of the rubber component, wherein the acetone extractable content in the emulsion-polymerized rubbers is determined in conformity with JIS K 6350. at least one tire component selected from the group consisting of a sidewall, and a tire internal component, the at least one tire component being formed from a rubber composition comprising carbon black, silica, and an emulsion-polymerized rubber that has an acetone extractable content of at most 2.5% by mass when determined by an acetone extraction method, wherein the rubber composition comprises, relative to 100 parts by mass of a rubber component of the rubber composition 5 to 100 parts by mass of the carbon black, wherein the rubber composition used for sidewalls and tire internal components comprises 10 % by mass or more and 70 % by mass or less of the emulsion-polymerized rubber, based on 100% by mass of the rubber component, wherein the acetone extractable content in the emulsion-polymerized rubbers is determined in conformity with JIS K 6350.
A user equipment comprising: a Wireless Local Area Network, WLAN, transceiver configured to communicate with a WLAN Access Point, AP; a cellular transceiver configured to communicate with a cellular network (119, 160); and an offloading module configured to determine whether or not the WLAN AP is mobile, and to route traffic between the cellular network (119, 160) and the WLAN AP, based on whether or not the WLAN AP is mobile and a mobility state of the user equipment; characterized in that said offloading module is further configured to determine the WLAN AP is mobile, if an identifier of the WLAN AP is detected by the user equipment for a predetermined time period, when the user equipment is at a medium mobility state or a high mobility state. a Wireless Local Area Network, WLAN, transceiver configured to communicate with a WLAN Access Point, AP; a cellular transceiver configured to communicate with a cellular network (119, 160); and an offloading module configured to determine whether or not the WLAN AP is mobile, and to route traffic between the cellular network (119, 160) and the WLAN AP, based on whether or not the WLAN AP is mobile and a mobility state of the user equipment; characterized in that said offloading module is further configured to determine the WLAN AP is mobile, if an identifier of the WLAN AP is detected by the user equipment for a predetermined time period, when the user equipment is at a medium mobility state or a high mobility state.
Packaging machine comprising a continuously circulating container conveyor device comprising at least one container carrier which has a plurality of container receptacles, at least two linear conveyors (11, 28) arranged above one another in the form of respectively two rotary driven screw conveyors (12, 29) arranged in parallel at a distance next to each other, wherein the container carrier has at least one engagement part, which can be brought into engagement with the screw conveyors (12, 29) for transferring a drive movement, at least two curved conveyors (20, 34), which each have a curved guide track (21, 35) and each have a rotating drive device (22, 36), which has at least one receptacle, which can be brought into engagement with the container carrier, wherein a respective one of the curved conveyors (20, 34) is arranged in transport direction between the two linear conveyors (11, 28), wherein at the end of the screw conveyors (12, 29) the container carrier can be disengaged from them and can be brought into engagement with the rotating drive device (22, 36) of the following curved conveyor (20, 34), wherein the linear conveyors (11, 28) and the curved conveyors (20, 34) form a circulating transport track, wherein a plurality of container carriers can be transported along the upper linear conveyor in a series with a mutual 1 st spacing of less than 30 mm and at an average speed V o and the container carriers can be transported along the lower linear conveyor with a mutual 2 nd spacing, that is greater than the 1 st spacing, and at an average speed V u, wherein the speed V u is greater than the speed V o, wherein: V u ≥ 1.5 V o. at least two linear conveyors (11, 28) arranged above one another in the form of respectively two rotary driven screw conveyors (12, 29) arranged in parallel at a distance next to each other, wherein the container carrier has at least one engagement part, which can be brought into engagement with the screw conveyors (12, 29) for transferring a drive movement, at least two curved conveyors (20, 34), which each have a curved guide track (21, 35) and each have a rotating drive device (22, 36), which has at least one receptacle, which can be brought into engagement with the container carrier, wherein a respective one of the curved conveyors (20, 34) is arranged in transport direction between the two linear conveyors (11, 28), wherein at the end of the screw conveyors (12, 29) the container carrier can be disengaged from them and can be brought into engagement with the rotating drive device (22, 36) of the following curved conveyor (20, 34), wherein the linear conveyors (11, 28) and the curved conveyors (20, 34) form a circulating transport track, wherein a plurality of container carriers can be transported along the upper linear conveyor in a series with a mutual 1 st spacing of less than 30 mm and at an average speed V o and the container carriers can be transported along the lower linear conveyor with a mutual 2 nd spacing, that is greater than the 1 st spacing, and at an average speed V u, wherein the speed V u is greater than the speed V o, wherein: V u ≥ 1.5 V o.
A modular vehicle seating insert (10, 10', 10") comprising: an insert shell structure to be received within a vehicle body (70, 72) and having a vehicle body facing surface and a vehicle interior facing surface, wherein the vehicle interior facing surface defines seat module receiving portions (12, 14); vehicle connection features (80, 82, 84) operatively provided at a side of the vehicle body facing surface of the shell structure for cooperation with vehicle body connection features to fix the shell structure to the vehicle body (70, 72); and seat module connection features, each of the seat module connection features being associated with one of the seat module receiving portions (12,14), characterized in that the vehicle connection features (80, 82, 84) each comprise a clamping connector for clamping connection with a connection point bar supported by the vehicle body (70, 72). an insert shell structure to be received within a vehicle body (70, 72) and having a vehicle body facing surface and a vehicle interior facing surface, wherein the vehicle interior facing surface defines seat module receiving portions (12, 14); vehicle connection features (80, 82, 84) operatively provided at a side of the vehicle body facing surface of the shell structure for cooperation with vehicle body connection features to fix the shell structure to the vehicle body (70, 72); and seat module connection features, each of the seat module connection features being associated with one of the seat module receiving portions (12,14), characterized in that
Apparatus for inspecting an object in the field of material testing, comprising: an emitter comprises a plurality of emitter units configured for emitting ultrasound waves towards a measuring area and a receiver comprises a plurality of receiver units configured for receiving ultrasound waves from the measuring area, wherein the emitter units and the receiver units are arranged relative to the measuring area according to a specific geometrical pattern enclosing the measuring area, wherein the plurality of emitter units are configured to emit ultrasound waves from different positions relative to the measuring area, and wherein the plurality of receiver units are configured to receive ultrasound waves at different positions relative to the measuring area, wherein at least some receiver units at some of the different positions are configured to receive only transmitted ultrasound waves, and an evaluator configured to receive and evaluate signals from the receiver, wherein the signals from the receiver are based on transmitted ultrasound waves received by the receiver. an emitter comprises a plurality of emitter units configured for emitting ultrasound waves towards a measuring area and a receiver comprises a plurality of receiver units configured for receiving ultrasound waves from the measuring area, wherein the emitter units and the receiver units are arranged relative to the measuring area according to a specific geometrical pattern enclosing the measuring area, wherein the plurality of emitter units are configured to emit ultrasound waves from different positions relative to the measuring area, and wherein the plurality of receiver units are configured to receive ultrasound waves at different positions relative to the measuring area, wherein at least some receiver units at some of the different positions are configured to receive only transmitted ultrasound waves, and wherein the emitter units and the receiver units are arranged relative to the measuring area according to a specific geometrical pattern enclosing the measuring area, wherein the plurality of emitter units are configured to emit ultrasound waves from different positions relative to the measuring area, and wherein the plurality of receiver units are configured to receive ultrasound waves at different positions relative to the measuring area, wherein at least some receiver units at some of the different positions are configured to receive only transmitted ultrasound waves, and an evaluator configured to receive and evaluate signals from the receiver, wherein the signals from the receiver are based on transmitted ultrasound waves received by the receiver.
A system (200, 500) for providing content to a wireless device, the system (200, 500) comprising: a content server (226, 505) configurable to deliver push content to the wireless device; the content server (226, 505) including one or more modules for providing the content to the wireless device, the one or more modules being configured to cause the content server (226, 505) to: receive a content file including the content and information about one or more interactive components in the content, at least one of the one or more interactive components being an embedded interactive component that is responsive to an input received within the content, the information about the one or more interactive components comprising one or more attributes useful in rendering at least a same or different one of the one or more interactive components as part of the content; process the content file and package the processed content file as a content package for delivery to the wireless device; and send the content package to the wireless device as a push delivery. a content server (226, 505) configurable to deliver push content to the wireless device; the content server (226, 505) including one or more modules for providing the content to the wireless device, the one or more modules being configured to cause the content server (226, 505) to: receive a content file including the content and information about one or more interactive components in the content, at least one of the one or more interactive components being an embedded interactive component that is responsive to an input received within the content, the information about the one or more interactive components comprising one or more attributes useful in rendering at least a same or different one of the one or more interactive components as part of the content; process the content file and package the processed content file as a content package for delivery to the wireless device; and send the content package to the wireless device as a push delivery. receive a content file including the content and information about one or more interactive components in the content, at least one of the one or more interactive components being an embedded interactive component that is responsive to an input received within the content, the information about the one or more interactive components comprising one or more attributes useful in rendering at least a same or different one of the one or more interactive components as part of the content; process the content file and package the processed content file as a content package for delivery to the wireless device; and send the content package to the wireless device as a push delivery.