mhurhangee/ep-ind-claims huggingface dataset:
A method of inspecting a wing box (100, 400) of an aircraft, the wing box comprising at least one rib (210, 300) partitioning the wing box (100, 400) in to two bays and at least one stringer (130, 310, 410, 420) attached along an inner surface of the wing box (100, 400), generally perpendicular to the rib (210, 300), and extending through an aperture of the rib (210, 300), the method comprising: providing an inspection device (360, 450, 500) on the stringer (130, 310, 410,420) such that it is movable along the stringer (130, 310, 410, 420), the inspection device (360, 450, 500) comprising one or more sensors; and controlling the inspection device (360, 450, 500) to pass along the stringer (130, 310, 410, 420), including through the aperture between bays, to perform an inspection of the wing box (100, 400). providing an inspection device (360, 450, 500) on the stringer (130, 310, 410,420) such that it is movable along the stringer (130, 310, 410, 420), the inspection device (360, 450, 500) comprising one or more sensors; and controlling the inspection device (360, 450, 500) to pass along the stringer (130, 310, 410, 420), including through the aperture between bays, to perform an inspection of the wing box (100, 400).
A self-propelled apparatus for measuring geometric and/or structural parameters of a railway track and/or switch, the apparatus comprising a motor-driven carriage (2; 54) designed to be coupled, in use, to the railway track and/or switch, and a measuring module mounted on the carriage (2; 54) to measure at least one of said geometric and/or structural parameters of the railway track and/or switch; the carriage (2; 54) comprising a central supporting frame or structure extending in a substantially horizontal direction transverse to the direction of the track and two trains of wheels, which are carried by the central supporting frame and are each coupleable to a respective rail of the railway track and/or switch; the apparatus being characterized in that each train of wheels comprises a lateral supporting frame or structure and a plurality of wheels for advance of the carriage, which are rotatably mounted on the lateral supporting frame, and an engagement device for releasably engaging the lateral supporting frame to the central supporting frame.
A modular electrical bus system comprising; a first module and a second module juxtaposed against each other; said first module having a side with an interlocking extension having a first electrical connection; said second module having a juxtaposed side with a complementary interlocking cavity defined by two interlocking extensions each having a second electrical connection; and a bridge member spanning and connecting the two adjacent modules, wherein the bridge member has mating electrical connections connected to the first electrical connection of the interlocking extension of the first module and the second electrical connection of the interlocking extensions defining the interlocking cavity of the adjacent second module. a first module and a second module juxtaposed against each other; said first module having a side with an interlocking extension having a first electrical connection; said second module having a juxtaposed side with a complementary interlocking cavity defined by two interlocking extensions each having a second electrical connection; and a bridge member spanning and connecting the two adjacent modules, wherein the bridge member has mating electrical connections connected to the first electrical connection of the interlocking extension of the first module and the second electrical connection of the interlocking extensions defining the interlocking cavity of the adjacent second module.
Method of manufacturing rotogravure cylinders, wherein a copper support is provided onto a cylindrical base, and a copper engraving layer is electroplated on the copper support, and wherein the copper engraving layer is thereafter engraved according to a desired pattern and protected with a protection layer, wherein the provision of the copper support comprises the formation of a copper layer circumferential to the base through at least partial melting of deposited copper particles.
A gas concentration measurement device comprising: a light source that emits infrared light; a band pass filter; a detector that detects the infrared light from the light source through the band pass filter; and a waveguide member including a wave-guiding portion having a tubular inner peripheral surface, an entrance portion that is formed at one side of the wave-guiding portion and through which the infrared light from the light source is introduced, and an exit portion that is formed at the other side of the wave-guiding portion and configured to guide the infrared light that has passed through the wave-guiding portion toward the band pass filter and subsequently to the detector, wherein a portion or entirety of the inner peripheral surface of the wave-guiding portion includes a tapered region having a cross section that decreases along a longitudinal axis direction from the entrance portion to the exit portion, wherein the tapered region of the inner peripheral surface of the wave-guiding portion includes a first curved portion (93A, 93B1); the first curved portion having a curvature in the longitudinal axis direction from the entrance portion to the exit portion and a cross section that decreases along the longitudinal axis direction from the entrance portion to the exit portion; and wherein the waveguide member is configured to reflect the infrared light that has entered the wave-guiding portion through the entrance portion in the tapered region, so that energy of the infrared light that is obliquely incident on the band pass filter is reduced. a light source that emits infrared light; a band pass filter; a detector that detects the infrared light from the light source through the band pass filter; and a waveguide member including a wave-guiding portion having a tubular inner peripheral surface, an entrance portion that is formed at one side of the wave-guiding portion and through which the infrared light from the light source is introduced, and an exit portion that is formed at the other side of the wave-guiding portion and configured to guide the infrared light that has passed through the wave-guiding portion toward the band pass filter and subsequently to the detector, wherein a portion or entirety of the inner peripheral surface of the wave-guiding portion includes a tapered region having a cross section that decreases along a longitudinal axis direction from the entrance portion to the exit portion, wherein the tapered region of the inner peripheral surface of the wave-guiding portion includes a first curved portion (93A, 93B1); the first curved portion having a curvature in the longitudinal axis direction from the entrance portion to the exit portion and a cross section that decreases along the longitudinal axis direction from the entrance portion to the exit portion; and wherein the waveguide member is configured to reflect the infrared light that has entered the wave-guiding portion through the entrance portion in the tapered region, so that energy of the infrared light that is obliquely incident on the band pass filter is reduced.
A method of streaming media file data, the method comprising the steps of: a) receiving a request for media file data for a desired time within at least one media file; b) determining whether the media file data contains an available segment of media file data that begins at the desired time and, in the event that no available segment of media file data begins exactly at the desired time, determining an available segment that includes the desired time, wherein the available segment includes a sequence of frames of media file data from a start time to an end time; c) returning a separate file that includes only the available segment of media file when the media file data is determined to contain the available segment; wherein the step of returning the available segment of media file data includes returning in a header of the returned file information indicative of the start time to end time covered by the media file data of the available segment and the desired start time that is defined in the request. a) receiving a request for media file data for a desired time within at least one media file; b) determining whether the media file data contains an available segment of media file data that begins at the desired time and, in the event that no available segment of media file data begins exactly at the desired time, determining an available segment that includes the desired time, wherein the available segment includes a sequence of frames of media file data from a start time to an end time; c) returning a separate file that includes only the available segment of media file when the media file data is determined to contain the available segment;
Damping arrangement of a wind turbine comprising a generator housed in a nacelle mounted on top of a tower, which damping arrangement is realised for mounting inside the tower and comprises - a damper housing realised to contain a fluid, and wherein a diameter of the damper housing is greater than a radius of the tower at a mounting level of the damping arrangement close to the top of the tower; characterized in that it comprises - an auxiliary damper arranged in a lower portion of the tower. - a damper housing realised to contain a fluid, and wherein a diameter of the damper housing is greater than a radius of the tower at a mounting level of the damping arrangement close to the top of the tower; characterized in that it comprises - an auxiliary damper arranged in a lower portion of the tower.
A thermoplastic polyester elastomer resin composition comprising: a copolyetherester elastomer resin; a polyalkylene dicarboxylate-based resin; and a glycidyl group-modified ethylene-octene based copolymer (EOR-GMA), wherein the glycidyl group-modified ethylene-octene based copolymer (EOR-GMA) is present in an amount exceeding 1% by weight in the composition. a copolyetherester elastomer resin; a polyalkylene dicarboxylate-based resin; and a glycidyl group-modified ethylene-octene based copolymer (EOR-GMA),
Method of recording video data and sub-title data, wherein before recording said sub-title data are arranged in sub-picture streams as bitmaps of pixel data, comprising the steps of: recording first sub-title data arranged in a first sub-picture stream as a sub-picture stream; analysing the bitmaps of second sub-title data arranged in a second sub-picture stream in order to detect characters represented by a plurality of pixels; transforming said analysed bitmaps of said second subtitle data into a character based format such as Teletext or Closed Caption; and recording said second subtitle data in said character based format. recording first sub-title data arranged in a first sub-picture stream as a sub-picture stream; analysing the bitmaps of second sub-title data arranged in a second sub-picture stream in order to detect characters represented by a plurality of pixels; transforming said analysed bitmaps of said second subtitle data into a character based format such as Teletext or Closed Caption; and recording said second subtitle data in said character based format.
A wireless system, comprising: a plurality of wireless stations (102,103), wherein at least one of the STAs is a power save STA; another wireless STA adapted to control access to a medium of a wireless network, wherein the at least one PS STA is provided deterministic access to the medium before other STAs of the plurality of STAs, by: providing a power-save communication period (204,209) which succeeds a beacon transmission period (203,208) and precedes other communication periods; and granting a power save transmission opportunity (PS-TXOP) (206, 207) in a PS communication period to each of the at least one PS STAs at a respective deterministic start time and granting consecutive PS-TXOPs to the same PS STA at deterministic start times in consecutive PS periods; and wherein the respective deterministic start time for the n+1-th of the at least one PS STA, Xn+1.start_time, is determinNed by x n + 1. start_time > x n. start_time + x n. TXOP_Duration, wherein Xn.start_time is the start time of the PS-TXOP granted to the n-th PS STA and Xn.TXOP_Duration is the amount of time granted to the n-th PS STA. a plurality of wireless stations (102,103), wherein at least one of the STAs is a power save STA; another wireless STA adapted to control access to a medium of a wireless network, wherein the at least one PS STA is provided deterministic access to the medium before other STAs of the plurality of STAs, by: providing a power-save communication period (204,209) which succeeds a beacon transmission period (203,208) and precedes other communication periods; and granting a power save transmission opportunity (PS-TXOP) (206, 207) in a PS communication period to each of the at least one PS STAs at a respective deterministic start time and granting consecutive PS-TXOPs to the same PS STA at deterministic start times in consecutive PS periods; and providing a power-save communication period (204,209) which succeeds a beacon transmission period (203,208) and precedes other communication periods; and granting a power save transmission opportunity (PS-TXOP) (206, 207) in a PS communication period to each of the at least one PS STAs at a respective deterministic start time and granting consecutive PS-TXOPs to the same PS STA at deterministic start times in consecutive PS periods; and wherein the respective deterministic start time for the n+1-th of the at least one PS STA, Xn+1.start_time, is determinNed by x n + 1. start_time > x n. start_time + x n. TXOP_Duration, wherein Xn.start_time is the start time of the PS-TXOP granted to the n-th PS STA and Xn.TXOP_Duration is the amount of time granted to the n-th PS STA.
A heat exchanger with at least one inlet chamber, at least one throughflow device which is communicatively connected to the inlet chamber and through which a first medium can flow and around which a second medium can flow, wherein at least one bypass communicatively connects the inlet chamber to an outlet chamber of the heat exchanger, wherein the heat exchanger is designed for an evaporator, the throughflow devices are intended for an evaporation of a liquid part of the first medium, the inlet chamber is provided with the at least one bypass for a vaporous part of the first medium in order to bypass the at least one throughflow device and wherein the inlet chamber and the outlet chamber are arranged on the same side of the heat exchanger, wherein the inlet chamber is designed in a longitudinal fashion with two ends, characterised in that at least one bypass is arranged on the end which is further away from the inlet of the inlet chamber.
A device (100, 200, 300, 408) with an air flow path extending from an intake to an outlet, wherein: the intake is to be mounted in a printing device (400, 600); the intake comprises a proximal intake segment and a distal intake segment along the air flow path, wherein a proximal air flow path from the proximal intake segment to the outlet is shorter than a distal air flow path from the distal intake segment to the outlet; each of the proximal and distal intake segments comprises a wall segment (108A, 108B) with at least one hole (110A, 110B); and characterized in that the opening ratio of the area of the at least one hole (110A, 110B) and the area of the respective wall segment (108A, 108B) is larger in the distal intake segment than in the proximal intake segment. the intake is to be mounted in a printing device (400, 600); the intake comprises a proximal intake segment and a distal intake segment along the air flow path, wherein a proximal air flow path from the proximal intake segment to the outlet is shorter than a distal air flow path from the distal intake segment to the outlet; each of the proximal and distal intake segments comprises a wall segment (108A, 108B) with at least one hole (110A, 110B); and characterized in that the opening ratio of the area of the at least one hole (110A, 110B) and the area of the respective wall segment (108A, 108B) is larger in the distal intake segment than in the proximal intake segment.
A computing device for controlling user access to a plurality of image sensors (210, 220) of an image sensor array, the computing device comprising: a camera device that includes the image sensor array, wherein the image sensor array comprises the plurality of image sensors; and a camera driver module to (i) determine a user input mode setting of the camera device selected by a user of the computing device, (ii) expose image sensor data captured from a single image sensor of the image sensor array to the user of the computing device based on the selected user input mode setting, while other image sensor data is captured from one or more other image sensors of the image sensor array, other than the exposed single image sensor, and (iii) restrict user access to the other image sensors of the image sensor array by hiding settings of the other image sensors. a camera device that includes the image sensor array, wherein the image sensor array comprises the plurality of image sensors; and a camera driver module to (i) determine a user input mode setting of the camera device selected by a user of the computing device, (ii) expose image sensor data captured from a single image sensor of the image sensor array to the user of the computing device based on the selected user input mode setting, while other image sensor data is captured from one or more other image sensors of the image sensor array, other than the exposed single image sensor, and (iii) restrict user access to the other image sensors of the image sensor array by hiding settings of the other image sensors.
Method, comprising: irradiating one of a first side and a second side of a semiconductor body through a mask with openings by a proton irradiation the energy of which is selected such that protons through the openings of the mask, in the vertical direction of the semiconductor body, penetrate into regions in which several zones of a stop zone are to be formed spaced apart from each other in a lateral direction of the semiconductor body, performing an annealing process for producing the several zones of the stop zone that are spaced apart from each other in the lateral direction of the semiconductor body in the semiconductor body, wherein the zones form the stop zone and include hydrogen induced donors, wherein the zones of the stop zone are formed such that the stop zone is arranged in a second semiconductor zone, which is of the same doping type as the stop zone, but more lowly doped than the stop zone, and that the stop zone, in a vertical direction of the semiconductor body, is arranged between a first semiconductor zone of a doping type complementary to the stop zone and a third semiconductor zone that is more highly doped than the second semiconductor zone, and wherein a distance between the stop zone and the first semiconductor zone is more than three times the distance between the stop zone and the third semiconductor zone. irradiating one of a first side and a second side of a semiconductor body through a mask with openings by a proton irradiation the energy of which is selected such that protons through the openings of the mask, in the vertical direction of the semiconductor body, penetrate into regions in which several zones of a stop zone are to be formed spaced apart from each other in a lateral direction of the semiconductor body, performing an annealing process for producing the several zones of the stop zone that are spaced apart from each other in the lateral direction of the semiconductor body in the semiconductor body, wherein the zones form the stop zone and include hydrogen induced donors, wherein the zones of the stop zone are formed such that the stop zone is arranged in a second semiconductor zone, which is of the same doping type as the stop zone, but more lowly doped than the stop zone, and that the stop zone, in a vertical direction of the semiconductor body, is arranged between a first semiconductor zone of a doping type complementary to the stop zone and a third semiconductor zone that is more highly doped than the second semiconductor zone, and wherein a distance between the stop zone and the first semiconductor zone is more than three times the distance between the stop zone and the third semiconductor zone.
A data processing method, comprising: parsing (201, 301, 403, 503), by a user plane data processing network element, a received packet and determining first service type information of a data flow to which the packet belongs; obtaining (202, 405, 505), by the user plane data processing network element, second service type information of the data flow from a data analysis network element; and processing (203, 303), by the user plane data processing network element, the data flow based on the first service type information and the second service type information, wherein the processing (203, 303), by the user plane data processing network element, the data flow based on the first service type information and the second service type information comprises: adjusting, by the user plane data processing network element, a priority of the data flow when the first service type information is inconsistent with the second service type information. parsing (201, 301, 403, 503), by a user plane data processing network element, a received packet and determining first service type information of a data flow to which the packet belongs; obtaining (202, 405, 505), by the user plane data processing network element, second service type information of the data flow from a data analysis network element; and processing (203, 303), by the user plane data processing network element, the data flow based on the first service type information and the second service type information, wherein the processing (203, 303), by the user plane data processing network element, the data flow based on the first service type information and the second service type information comprises: adjusting, by the user plane data processing network element, a priority of the data flow when the first service type information is inconsistent with the second service type information.
A surface-coated cutting tool, comprising: a base material; and a coating film formed on the base material; said coating film including one or more hard layer and one or more oxygen-rich hard layer; said hard layer being crystalline in its entirety or crystalline with a part being amorphous; and said oxygen-rich hard layer and said hard layer being stacked, and said oxygen-rich hard layer being composed of a compound selected from the group consisting of Al 2 O 3, Al 2 3, and Al 2 3, the oxygen-rich hard layer being characterized in that it is amorphous in a region of interface with said hard layer, and has in a region other than said region of interface a γ-type crystal structure or a crystal structure in which α-type and γ-type crystal structures coexist. a base material; and a coating film formed on the base material; said coating film including one or more hard layer and one or more oxygen-rich hard layer; said hard layer being crystalline in its entirety or crystalline with a part being amorphous; and said oxygen-rich hard layer and said hard layer being stacked, and said oxygen-rich hard layer being composed of a compound selected from the group consisting of Al 2 O 3, Al 2 3, and Al 2 3, the oxygen-rich hard layer being characterized in that it is amorphous in a region of interface with said hard layer, and has in a region other than said region of interface a γ-type crystal structure or a crystal structure in which α-type and γ-type crystal structures coexist.