mhurhangee/ep-ind-claims huggingface dataset:
A method for ensuring uplink quality of service, comprising: receiving, by a user equipment, UE, a downlink service data flow wherein the downlink service data flow carries an uplink transmission control identifier, wherein the uplink transmission control identifier has been acquired by a Packet Data Network Gateway, PDN-GW, or a Base Station through packet inspection and wherein the uplink transmission control identifier indicates a service type for an uplink transmission control in an uplink radio bearer, the method further comprising: controlling, by the UE, based on the uplink transmission control identifier, the transmission of the service type's uplink data; wherein: controlling, by the UE, the transmission of the service type's uplink data, comprises: mapping, by the UE, the service type's uplink data to an independent uplink transmission buffer, and reducing, by the UE, a priority for scheduling the service type's uplink data from the independent uplink transmission buffer; or, reducing, by the UE, a priority for scheduling a logical channel corresponding to the service type's uplink data; or, reducing, by the UE, a speed at which the service type's uplink data enters a corresponding uplink transmission buffer. controlling, by the UE, based on the uplink transmission control identifier, the transmission of the service type's uplink data; wherein: controlling, by the UE, the transmission of the service type's uplink data, comprises: mapping, by the UE, the service type's uplink data to an independent uplink transmission buffer, and reducing, by the UE, a priority for scheduling the service type's uplink data from the independent uplink transmission buffer; or, reducing, by the UE, a priority for scheduling a logical channel corresponding to the service type's uplink data; or, reducing, by the UE, a speed at which the service type's uplink data enters a corresponding uplink transmission buffer. mapping, by the UE, the service type's uplink data to an independent uplink transmission buffer, and reducing, by the UE, a priority for scheduling the service type's uplink data from the independent uplink transmission buffer; or, reducing, by the UE, a priority for scheduling a logical channel corresponding to the service type's uplink data; or, reducing, by the UE, a speed at which the service type's uplink data enters a corresponding uplink transmission buffer.
A laminated article with an invisible seam, comprising: a multilayer laminate wherein the inner layer of said laminate is of a material with lower melting point and higher melt flow index than the material in the outer layer of the laminate, wherein the inner layer of said laminate is a polyethylene layer; said laminated article is formed by fusing the inner layer of said multilayer laminate along longitudinal ends of the laminate by heating at a high pressure to form a butt joint, and the outer layer of the laminate is not used in fusing, wherein said laminated article is with a substantially invisible seam, and wherein the inner layer of multilayer laminate has a melt flow index in the range of 3.0 g/10min/2.16 kg to 7.0 g/10min/2.16kg. a multilayer laminate wherein the inner layer of said laminate is of a material with lower melting point and higher melt flow index than the material in the outer layer of the laminate, wherein the inner layer of said laminate is a polyethylene layer; said laminated article is formed by fusing the inner layer of said multilayer laminate along longitudinal ends of the laminate by heating at a high pressure to form a butt joint, and the outer layer of the laminate is not used in fusing, wherein said laminated article is with a substantially invisible seam, and wherein the inner layer of multilayer laminate has a melt flow index in the range of 3.0 g/10min/2.16 kg to 7.0 g/10min/2.16kg.
Motorcycle, comprising: a frame (118, 218, 318, 418) having right and left side frames (140, 240, 340, 440) that extend in a front-back direction of the motorcycle (100, 200, 300, 400); and a seat (120, 220, 320, 420) provided above the frame (118, 218, 318, 418) and comprising a fixing portion (121, 221, 321, 422, 423) arranged to fix the seat (120, 220, 320, 420) to a seat attachment portion (142, 2411, 343, 442, 443) provided at the frame (118, 218, 318, 418), characterized in that a unit (160, 260, 360, 460) including an antenna configured to receive a Global Positioning System signal is provided between the side frames (140, 240, 340, 440) under the seat (120, 220, 320, 420) when seen in a top view, and in a position overlapping the side frames (140, 240, 340, 440) or above the side frames (140, 240, 340, 440) when seen in a side view, wherein the area of the unit (160, 260, 360, 460) when seen in a top view is greater than in a side view, and the unit (160, 260, 360, 460) is provided behind the seat attachment portion (142, 2411, 343, 442, 443) and in front of an intermediate position between the seat attachment portion (142, 2411, 343, 442, 443) and a rear end of the seat (120, 220, 320, 420) in the front-back direction of the motorcycle (100, 200, 300, 400) or in front of the seat attachment portion (142, 2411, 343, 442, 443) and behind an intermediate position between the seat attachment portion and a front end of the seat. a frame (118, 218, 318, 418) having right and left side frames (140, 240, 340, 440) that extend in a front-back direction of the motorcycle (100, 200, 300, 400); and a seat (120, 220, 320, 420) provided above the frame (118, 218, 318, 418) and comprising a fixing portion (121, 221, 321, 422, 423) arranged to fix the seat (120, 220, 320, 420) to a seat attachment portion (142, 2411, 343, 442, 443) provided at the frame (118, 218, 318, 418), a unit (160, 260, 360, 460) including an antenna configured to receive a Global Positioning System signal is provided between the side frames (140, 240, 340, 440) under the seat (120, 220, 320, 420) when seen in a top view, and in a position overlapping the side frames (140, 240, 340, 440) or above the side frames (140, 240, 340, 440) when seen in a side view, wherein the area of the unit (160, 260, 360, 460) when seen in a top view is greater than in a side view, and the unit (160, 260, 360, 460) is provided behind the seat attachment portion (142, 2411, 343, 442, 443) and in front of an intermediate position between the seat attachment portion (142, 2411, 343, 442, 443) and a rear end of the seat (120, 220, 320, 420) in the front-back direction of the motorcycle (100, 200, 300, 400) or in front of the seat attachment portion (142, 2411, 343, 442, 443) and behind an intermediate position between the seat attachment portion and a front end of the seat.
An information processing apparatus mounted on a vehicle, wherein the information processing apparatus comprises: a first acquiring unit that acquires, from each of one or more traffic lights, traffic light information including identifying information for identifying a corresponding traffic light, position information of the corresponding traffic light, and start time and end time of lighting in a color of a traffic signal indicating stop of the vehicle; a calculation unit that calculates a signal waiting time that indicates a time period for the vehicle to stop at a traffic light by using one or more pieces of the traffic light information; and the information processing apparatus being characterized by an electric power control unit that controls an electric power state during stop of the vehicle in a multistage manner in accordance with the signal waiting time. a first acquiring unit that acquires, from each of one or more traffic lights, traffic light information including identifying information for identifying a corresponding traffic light, position information of the corresponding traffic light, and start time and end time of lighting in a color of a traffic signal indicating stop of the vehicle; a calculation unit that calculates a signal waiting time that indicates a time period for the vehicle to stop at a traffic light by using one or more pieces of the traffic light information; and the information processing apparatus being characterized by an electric power control unit that controls an electric power state during stop of the vehicle in a multistage manner in accordance with the signal waiting time.
A method for determining a projection angle for use in tomographic imaging, the method comprising: - obtaining projection data comprising at least one projection view from at least one projection angle, the at least one projection view being generated by scanning of a test object with a tomographic imaging device, - providing a plurality of candidate projection angles, - for each candidate projection angle, calculating a function value indicative of an amount of information that may be gained by adding to said projection data a further projection view generated by scanning of the test object with the tomographic imaging device from said candidate projection angle, said calculating comprising generating a plurality of intermediate reconstructed images - selecting a candidate projection angle from the plurality of candidate projection angles taking into account said function values, characterized in that said calculating comprises computing a plurality of intermediate projection data for the plurality of intermediate reconstructed images, the projection data for each intermediate reconstructed image comprising a projection view from the candidate projection angle and determining a measure indicative of an upper bound to the hypervolume, in the sense of a metric space defined over binary images, encompassing all binary images that adhere to the set of known projections for each of the at least one intermediate projection data. - obtaining projection data comprising at least one projection view from at least one projection angle, the at least one projection view being generated by scanning of a test object with a tomographic imaging device, - providing a plurality of candidate projection angles, - for each candidate projection angle, calculating a function value indicative of an amount of information that may be gained by adding to said projection data a further projection view generated by scanning of the test object with the tomographic imaging device from said candidate projection angle, said calculating comprising generating a plurality of intermediate reconstructed images - selecting a candidate projection angle from the plurality of candidate projection angles taking into account said function values,
A construct comprising a tubular biodegradable non-woven polyglycolic acid scaffold, wherein the density of the polyglycolic acid is 45 mg/cc to 75 mg/cc and said density is uniform across the entire tubular scaffold, wherein the thickness of the polyglycolic acid is 0.8 to 1.2 mm and wherein the thickness of the fibers within the polyglycolic acid is 5 to 20 μm.
Assembly comprising - a touch-sensitive display apparatus which has a screen unit comprising a display area for displaying visual information and which has a transparent covering plate which overlays the display area, and - a near-field communication unit which has an antenna, which is formed from line sections, for transferring electromagnetic data signals with a further near-field communication apparatus which approximates a predefined target region, wherein the antenna forms a peripheral conductor loop, and at least one first line section (401, 403, 405) and at least one second line section (402, 404) of the antenna of the near-field communication unit are arranged between the display area of the screen unit and the covering plate in such a way that the target region at least partially overlays the display area, and wherein the covering plate is a constituent part of a capacitive touch sensor unit comprising a detection area, which overlays the display area, for detecting contact, characterized in that, in each case viewed along a plane in which the covering plate extends, the at least one first line section (401, 403, 405) is arranged centrally between and in the direction of vertically extending conductor tracks of the capacitive touch sensor unit, and the at least one second line section (402, 404) is arranged centrally between and in the direction of horizontally extending conductor tracks of the capacitive touch sensor unit. - a touch-sensitive display apparatus which has a screen unit comprising a display area for displaying visual information and which has a transparent covering plate which overlays the display area, and - a near-field communication unit which has an antenna, which is formed from line sections, for transferring electromagnetic data signals with a further near-field communication apparatus which approximates a predefined target region,
Apparatus for parameterizing a plant, comprising: a recorder for recording a three-dimensional data set of the plant, which does not only comprise volume elements of non-covered elements of the plant, but also volume elements of elements of the plant that are covered by other elements; a parameterizer for parameterizing the three-dimensional data set for acquiring plant parameters, wherein the parameterizer is implemented to convert the three-dimensional data set into a point cloud, wherein the point cloud only comprises points on a surface of the plant or points of a volume structure of the plant, wherein the parameterizer is further implemented to segment the three-dimensional point cloud into single elements of the plant, wherein a single element is a leaf, a stem, a branch, a trunk, a blossom, a fruit or a leaf skeleton, and wherein the parameterizer is implemented to calculate, by using a single-element model, parameters for the single element by adapting the single-element model to the single element. a recorder for recording a three-dimensional data set of the plant, which does not only comprise volume elements of non-covered elements of the plant, but also volume elements of elements of the plant that are covered by other elements; a parameterizer for parameterizing the three-dimensional data set for acquiring plant parameters, wherein the parameterizer is implemented to convert the three-dimensional data set into a point cloud, wherein the point cloud only comprises points on a surface of the plant or points of a volume structure of the plant, wherein the parameterizer is further implemented to segment the three-dimensional point cloud into single elements of the plant, wherein a single element is a leaf, a stem, a branch, a trunk, a blossom, a fruit or a leaf skeleton, and wherein the parameterizer is implemented to calculate, by using a single-element model, parameters for the single element by adapting the single-element model to the single element.
A cooking oven, in particular for household use, of the type comprising: - a cabinet comprising a muffle adapted to be closed by a door, - a first and a second panes adapted to create at least a first interspace in said door, - a cooling system comprising a fan and a delivery duct adapted to blow air into said first interspace, characterized in that said cooking oven comprises fixing means for snap-coupling the delivery duct to a plate of the oven structure, the latter being in particular adapted to be coupled to the bottom of said delivery duct, and in that said fixing means comprise at least one pair of elastic tabs associated with said delivery duct and at least one through hole obtained in said plate. - a cabinet comprising a muffle adapted to be closed by a door, - a first and a second panes adapted to create at least a first interspace in said door, - a cooling system comprising a fan and a delivery duct adapted to blow air into said first interspace,
A tyrosine kinase inhibitor, selected from nintedanib and pharmaceutically acceptable salts thereof, for use in a method for the treatment of one or more interstitial lung diseases in a patient in need thereof by coadministration with a β2-adrenoceptor agonist, selected from olodaterol and pharmaceutically acceptable salts thereof.
A manufacturing device of a laminated label body comprising: a paper feeding portion for conveying a release paper to which a label is stuck at a first conveying speed; a winding portion for winding the release paper conveyed at said first conveying speed; a peeling device for peeling off the label from the release paper conveyed at said first conveying speed; and a lamination device for conveying the label peeled off from the release paper conveyed at said first conveying speed at a second conveying speed, for manufacturing a laminated label body with a preceding label and a subsequent label being laminated with each other by overlapping and adhering them, and for conveying said laminated label body, wherein the second conveying speed is slower than said first conveying speed, so that a rear end portion of the preceding label and a tip end of the subsequent label are adhered to each other in an overlapped state to be laminated, characterised in that the lamination device includes a lamination pull roll rotationally driven and a guide roll rotatably pressed against the lamination pull roll, a circumferential surface of said lamination pull roll is constructed to prevent adhesion of said label peeled off by said peeling device, and a tip end portion of said label peeled off in said peeling device is fed into an area for applying rotational pressure between said lamination pull roll and said guide roll while being in contact with the circumferential surface of said guide roll. a paper feeding portion for conveying a release paper to which a label is stuck at a first conveying speed; a winding portion for winding the release paper conveyed at said first conveying speed; a peeling device for peeling off the label from the release paper conveyed at said first conveying speed; and a lamination device for conveying the label peeled off from the release paper conveyed at said first conveying speed at a second conveying speed, for manufacturing a laminated label body with a preceding label and a subsequent label being laminated with each other by overlapping and adhering them, and for conveying said laminated label body, wherein the second conveying speed is slower than said first conveying speed, so that a rear end portion of the preceding label and a tip end of the subsequent label are adhered to each other in an overlapped state to be laminated, characterised in that the lamination device includes a lamination pull roll rotationally driven and a guide roll rotatably pressed against the lamination pull roll, a circumferential surface of said lamination pull roll is constructed to prevent adhesion of said label peeled off by said peeling device, and a tip end portion of said label peeled off in said peeling device is fed into an area for applying rotational pressure between said lamination pull roll and said guide roll while being in contact with the circumferential surface of said guide roll.
A medical device for treating and/or diagnosing a sinus and/or ear condition, said medical device comprising: a housing (1605, 1611) comprising or functionally connected to: a hollow cannula defining a lumen extending at least partially along the length thereof, the cannula is configured to be at least partially inserted through an ostium into a sinus cavity/ear of a subject; and a flexible grinding wire movable within the cannula's lumen and configured to be inserted into and retrieved out of the sinus cavity through the cannula's lumen, and to rotate along a longitudinal axis thereof and thereby grind, chop and/or stir material present in said sinus cavity and/or inside said hollow cannula, wherein the cannula is in fluid flow communication with an irrigation/ aspiration source; and a grinding wire handle functionally connected to the grinding wire, allowing a user to advance and retrieve the grinding wire within the cannula and into and out of the cannula lumen, wherein the device is handheld by a gripping handle. a hollow cannula defining a lumen extending at least partially along the length thereof, the cannula is configured to be at least partially inserted through an ostium into a sinus cavity/ear of a subject; and a flexible grinding wire movable within the cannula's lumen and configured to be inserted into and retrieved out of the sinus cavity through the cannula's lumen, and to rotate along a longitudinal axis thereof and thereby grind, chop and/or stir material present in said sinus cavity and/or inside said hollow cannula, wherein the cannula is in fluid flow communication with an irrigation/ aspiration source; and a grinding wire handle functionally connected to the grinding wire, allowing a user to advance and retrieve the grinding wire within the cannula and into and out of the cannula lumen, wherein the device is handheld by a gripping handle.
A gas turbine engine assembly connectable to a pylon structure for mounting the gas turbine engine to an aircraft, the assembly having a frame supporting at least one accessory (35, 50) independently of the gas turbine engine, the frame being attachable to the pylon at forward and rearward engine mounting locations (16, 18), characterised in that the frame comprises at least one hollow tube (30, 32, 38), a supply of coolant being arranged to supply coolant into the at least one hollow tube (30, 32, 38) and the at least one hollow tube (30, 32, 38) being arranged to supply coolant to the at least one accessory (35, 50).
A preparation method of a hierarchical porous material, comprising the following steps, (i) electrochemically oxidizing a metal material in an electrolyte; wherein said electrolyte contains an anion capable of precipitation with the cations of said metal material, but doesn't contain metal cations which could react with said metal material; (ii) reducing the oxidized metal material acquired from step (i); wherein said reduction treatment in step (ii) is one or more selected from electroreduction, photoreduction, electron beam reduction, irradiation reduction and laser reduction. (i) electrochemically oxidizing a metal material in an electrolyte; wherein said electrolyte contains an anion capable of precipitation with the cations of said metal material, but doesn't contain metal cations which could react with said metal material; (ii) reducing the oxidized metal material acquired from step (i); wherein said reduction treatment in step (ii) is one or more selected from electroreduction, photoreduction, electron beam reduction, irradiation reduction and laser reduction.