mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for video inpainting, comprising: splitting an input video into a set of video sequences, which comprise one or more video frames; generating one or more object masks, which represent one or more areas comprising an object or objects targeted to be removed and inpainted in the video sequences; generating optical flows for each video sequence; and for each video sequence from the set of video sequences: using optical flows related to a detected object or objects in the video sequence to define one or more sampling areas in the video sequence, whereby for an object mask of the video sequence, calculating average velocity functions around the object mask using optical flows from the sequence, selecting a video frame from the sequence and estimating a sampling area in the video frame of the video sequence using the average velocity functions, sampling one or more patches in the sampling area, wherein the one or more patches are outside of the object mask, and generating a corresponding masked patch for each patch, wherein the masked patch represents a masked version of the patch; and adaptively training an inpainting model using the masked patches as inputs into the inpainting model and the one or more patches as corresponding ground truth references to obtain a final inpainting model, wherein the inpainting model is obtained by pre-training with a dataset; and using the final inpainting model to modify the video sequence to inpaint at least part of the video sequence. splitting an input video into a set of video sequences, which comprise one or more video frames; generating one or more object masks, which represent one or more areas comprising an object or objects targeted to be removed and inpainted in the video sequences; generating optical flows for each video sequence; and for each video sequence from the set of video sequences: using optical flows related to a detected object or objects in the video sequence to define one or more sampling areas in the video sequence, whereby for an object mask of the video sequence, calculating average velocity functions around the object mask using optical flows from the sequence, selecting a video frame from the sequence and estimating a sampling area in the video frame of the video sequence using the average velocity functions, sampling one or more patches in the sampling area, wherein the one or more patches are outside of the object mask, and generating a corresponding masked patch for each patch, wherein the masked patch represents a masked version of the patch; and adaptively training an inpainting model using the masked patches as inputs into the inpainting model and the one or more patches as corresponding ground truth references to obtain a final inpainting model, wherein the inpainting model is obtained by pre-training with a dataset; and using the final inpainting model to modify the video sequence to inpaint at least part of the video sequence.
A method for producing instant noodles, comprising the steps of: making raw noodle strings each having a multilayer structure including three or more layers; spraying superheated steam to the raw noodle strings; gelatinizing the noodle strings to which the superheated steam has been sprayed; and drying the noodle strings which have been gelatinized, wherein the gelatinizing step includes a treatment in which moisture in liquid form is supplied to the noodle strings to which the superheated steam has been sprayed, and the noodle strings are further heated by using the superheated steam and/or saturated steam. making raw noodle strings each having a multilayer structure including three or more layers; spraying superheated steam to the raw noodle strings; gelatinizing the noodle strings to which the superheated steam has been sprayed; and drying the noodle strings which have been gelatinized, wherein the gelatinizing step includes a treatment in which moisture in liquid form is supplied to the noodle strings to which the superheated steam has been sprayed, and the noodle strings are further heated by using the superheated steam and/or saturated steam.
Flat jet nozzle for removing material or soil by means of a high-pressure liquid jet at a pressure range of more than 100 bar, having a nozzle housing, wherein the nozzle housing forms a fluid duct having an exit opening, wherein the exit opening is disposed in an end portion of the fluid duct, and wherein the fluid duct up to the exit opening is configured so as to be concentric with a longitudinal central axis of the fluid duct, wherein the exit opening has an elongate shape having a comparatively long main axis and a comparatively short subsidiary axis, wherein a plane in which the comparatively long main axis lies and which is disposed so as to be perpendicular to the comparatively short subsidiary axis intersects the longitudinal central axis and in relation to the longitudinal central axis encloses an angle (α) between 10° and 45°, and wherein the exit opening is shaped and arranged such that a plane of the delivered flat jet, that thus lies so as to be approximately centric within the delivered flat jet, is disposed so as to be oblique or perpendicular to the longitudinal central axis and so as to intersect the longitudinal central axis, characterized in that the exit opening is disposed in an end portion of the fluid duct, having a spherical-segment shape, and in that the exit opening has an elliptic or near-elliptic shape.
Assembly of a tubular member with a flange and a plug for the tubular member, like a mono-pile, a tubular member for a wind mill or wind turbine or the like, with the flange, said plug being configured to be attached at an outer end of the tubular member with the flange, in which the plug for the tubular member with the flange closes the outer end of the tubular member with the flange in a fluid tight manner, wherein - the flange is oriented inward relative to the tubular member and comprises bolt holes; - the plug comprises at least one closing element configured to cover the bolt holes in an assembled state of the assembly; and - the assembly comprises clamping arms configured to provide a sufficient clamping force on both the plug and the outer end of the tubular member with the flange to cover at least one of the bolt holes with the closing element in the watertight manner. - the flange is oriented inward relative to the tubular member and comprises bolt holes; - the plug comprises at least one closing element configured to cover the bolt holes in an assembled state of the assembly; and - the assembly comprises clamping arms configured to provide a sufficient clamping force on both the plug and the outer end of the tubular member with the flange to cover at least one of the bolt holes with the closing element in the watertight manner.
A conveyor belt module comprising: a central portion extending longitudinally from a first end to a second end, laterally from a first side edge to a second side edge and in thickness from a top surface to a bottom surface; a first solid side plate coupled to the first side edge; and a second side plate coupled to the second side edge, characterized in that the second side plate including at least one opening to allow airflow therethrough. a central portion extending longitudinally from a first end to a second end, laterally from a first side edge to a second side edge and in thickness from a top surface to a bottom surface; a first solid side plate coupled to the first side edge; and a second side plate coupled to the second side edge, characterized in that the second side plate including at least one opening to allow airflow therethrough.
A fluid delivery assembly comprising: a fluid supply manifold; an injector comprising a feed arm extending from an inlet fitting to a nozzle body opposite the inlet fitting, wherein the nozzle body includes a spray outlet in fluid communication with the inlet fitting for issuing a spray of fluid supplied at the inlet fitting, wherein the inlet fitting of the feed arm includes a receptacle therein for receiving said fluid supply manifold inside the inlet fitting of the feed arm, wherein an outlet end of the fluid supply manifold is engaged within the receptacle of the feed arm; characterized in that the assembly further comprises a threaded nut disposed about the fluid supply manifold, wherein the outlet end of the fluid supply manifold defines an enlargement configured to prevent relative axial movement of the threaded nut beyond the outlet end of the fluid supply manifold, and wherein the receptacle of the feed arm includes internal threads threaded to corresponding external threads of the threaded nut for securing the outlet end of the fluid supply manifold in the receptacle. a fluid supply manifold; an injector comprising a feed arm extending from an inlet fitting to a nozzle body opposite the inlet fitting, wherein the nozzle body includes a spray outlet in fluid communication with the inlet fitting for issuing a spray of fluid supplied at the inlet fitting, wherein the inlet fitting of the feed arm includes a receptacle therein for receiving said fluid supply manifold inside the inlet fitting of the feed arm, wherein an outlet end of the fluid supply manifold is engaged within the receptacle of the feed arm; characterized in that the assembly further comprises a threaded nut disposed about the fluid supply manifold, wherein the outlet end of the fluid supply manifold defines an enlargement configured to prevent relative axial movement of the threaded nut beyond the outlet end of the fluid supply manifold, and wherein the receptacle of the feed arm includes internal threads threaded to corresponding external threads of the threaded nut for securing the outlet end of the fluid supply manifold in the receptacle.
A carrier for holding at least one article, the carrier comprising: a plurality of panels that extends at least partially around an interior of the carrier, the plurality of panels comprising a top panel, a bottom panel, and at least one side panel; and a handle comprising at least one handle feature in the top panel, the at least one handle feature comprises a plurality of foldably connected handle sections that comprises a first outer section (91, 95, 117, 121) and a second outer section (91, 95, 117, 121) each foldably connected to a central section (93, 119), such that the at least one handle feature is positionable between a first, substantially flat configuration and a second, substantially recessed configuration wherein the handle is activated for carrying the carrier, the at least one handle feature further comprising a first tab (105, 107, 131, 133) foldably connected to the first outer section (91, 95, 117, 121) and a second tab (105, 107, 131, 133) foldably connected to the second outer section (91, 95, 117, 121), characterized in that the first tab (105, 107, 131, 133) and the second tab (105, 107, 131, 133) are separated from respective marginal portions (92, 96, 118, 126) of the first outer section (91, 95, 117, 121) and the second outer section (91, 95, 117, 121) at a respective curved cut (113, 115, 139, 141), the respective curved cut (113, 115, 139, 141) at least partially defines a respective locking edge (101, 103, 127, 129) of the respective marginal portions (92, 96, 118, 126) a plurality of panels that extends at least partially around an interior of the carrier, the plurality of panels comprising a top panel, a bottom panel, and at least one side panel; and a handle comprising at least one handle feature in the top panel, the at least one handle feature comprises a plurality of foldably connected handle sections that comprises a first outer section (91, 95, 117, 121) and a second outer section (91, 95, 117, 121) each foldably connected to a central section (93, 119), such that the at least one handle feature is positionable between a first, substantially flat configuration and a second, substantially recessed configuration wherein the handle is activated for carrying the carrier, the at least one handle feature further comprising a first tab (105, 107, 131, 133) foldably connected to the first outer section (91, 95, 117, 121) and a second tab (105, 107, 131, 133) foldably connected to the second outer section (91, 95, 117, 121), characterized in that the first tab (105, 107, 131, 133) and the second tab (105, 107, 131, 133) are separated from respective marginal portions (92, 96, 118, 126) of the first outer section (91, 95, 117, 121) and the second outer section (91, 95, 117, 121) at a respective curved cut (113, 115, 139, 141), the respective curved cut (113, 115, 139, 141) at least partially defines a respective locking edge (101, 103, 127, 129) of the respective marginal portions (92, 96, 118, 126)
An aircraft wing assembly comprising: a wing having a wing box structure including an upper wing cover and a lower wing cover; a wing tip device attached to an outboard end of the wing, the wing tip device including an upper cover and a lower cover: characterised in that a gap between opposing edges of the wing tip device lower cover and the lower wing cover is at least 5 mm; and by a seal assembly (20; 20'; 20") for aerodynamically sealing the gap, wherein the seal assembly includes a bridging portion (21; 21'; 21 ") extending across an interior side of the gap to bridge the gap, and a seal portion (22; 27, 28; 29) which projects from the bridging portion to fill the gap. a wing having a wing box structure including an upper wing cover and a lower wing cover; a wing tip device attached to an outboard end of the wing, the wing tip device including an upper cover and a lower cover: characterised in that a gap between opposing edges of the wing tip device lower cover and the lower wing cover is at least 5 mm; and by a seal assembly (20; 20'; 20") for aerodynamically sealing the gap, wherein the seal assembly includes a bridging portion (21; 21'; 21 ") extending across an interior side of the gap to bridge the gap, and a seal portion (22; 27, 28; 29) which projects from the bridging portion to fill the gap. characterised in that a gap between opposing edges of the wing tip device lower cover and the lower wing cover is at least 5 mm; and by a seal assembly (20; 20'; 20") for aerodynamically sealing the gap, wherein the seal assembly includes a bridging portion (21; 21'; 21 ") extending across an interior side of the gap to bridge the gap, and a seal portion (22; 27, 28; 29) which projects from the bridging portion to fill the gap.
A method for the biological treatment of wastewater containing pollutants, using an aerobic biomass, comprising a plurality of successive cycles of a duration that is predefined in order to achieve pollutants removal efficiency of 90 % or higher, each of said cycles comprising the following steps: - introducing a wastewater effluent containing phosphorus and calcium in determined respective concentrations, into a reactor containing biomass; - applying an aerobic phase by introducing into said reactor a gas flow containing oxygen, for a predefined length of time that is sufficient to form aerobic biomass granules in the reactor; - decanting the aerobic biomass granules thus formed; - and removing at least part of the treated effluent, characterized in that, after each step of introducing effluent into the reactor the aerobic phase is preceded by a phase in anoxic conditions and after each step of introducing effluent into the reactor the pH in said reactor is maintained at a value above 8 and at a value below 9 for a length of time at least equal to 10% of the cycle duration and characterized in that the concentration of calcium in the effluent is adjusted so as to obtain a calcium/phosphorus molar ratio equal to or greater than 1. - introducing a wastewater effluent containing phosphorus and calcium in determined respective concentrations, into a reactor containing biomass; - applying an aerobic phase by introducing into said reactor a gas flow containing oxygen, for a predefined length of time that is sufficient to form aerobic biomass granules in the reactor; - decanting the aerobic biomass granules thus formed; - and removing at least part of the treated effluent,
An actuator with a rectangular shape and made of an polarized electromechanical material having two large main surfaces (4, 5) and four side surfaces (6, 7) connecting the main surfaces with each other, two of said side surfaces representing long side surfaces being longer than the other two side surfaces representing short side surfaces, wherein at least one friction element is arranged on at least one of the shorter side surfaces, the actuator having a length L, a thickness T and a width W, and with at least two active electrodes (8, 9) arranged on one of the main surfaces and with one common electrode arranged on the other of the main surfaces and with the electrodes arranged on the main surfaces defining outer electrodes, where the electromechanical material of the actuator is polarized in its thickness direction and excitable to perform standing wave deformations due to an electric field generated therein by the application of an electric voltage to the electrodes, said deformations leading to a corresponding movement of the friction element, and said movement of the friction element being usable to drive an element to be driven via friction contact between the friction element and the element to be driven, characterized in that in an unexcited state of the actuator, the aspect ratio for the length L of the actuator to its thickness T is between 3.9 and 4.1 and the aspect ratio for the length L of the actuator to its width W is between 2 and 5, with said aspect ratios being suitable for the excitation of a first standing wave causing a first longitudinal vibration mode in length direction of the actuator and to the excitation of a second standing wave causing a second bending mode in thickness direction of the actuator, with the second bending mode vibration perturbing the first longitudinal mode resulting in an elliptic trajectory of the movement of the friction element, said elliptic trajectory being usable to drive an element to be driven along the thickness direction of the actuator.
Epoxy resin composition comprising at least one epoxy resin and at least one hardener suitable for the curing of epoxy resins, comprising at least one amine having at least one amino group of the formula, where R is a hydrogen atom or an alkyl group having 1 to 12 carbon atoms; R 1 and R 2 each independently of one another are an alkyl or arylalkyl group having 1 to 12 carbon atoms, or together are an alkylene group having 4 to 5 carbon atoms; and Y is a hydrogen atom or is an alkyl or alkoxy group having 1 to 12 carbon atoms. R is a hydrogen atom or an alkyl group having 1 to 12 carbon atoms; R 1 and R 2 each independently of one another are an alkyl or arylalkyl group having 1 to 12 carbon atoms, or together are an alkylene group having 4 to 5 carbon atoms; and Y is a hydrogen atom or is an alkyl or alkoxy group having 1 to 12 carbon atoms.
A device for crimping a prosthetic heart valve (16, 30) from a radially self-expandable arrangement to a compressed arrangement, the device comprising: a delivery sheath defining a lumen; a distal portion of the delivery sheath defining an opening; and a loading cone coupled to a proximal end of the delivery sheath, the loading cone defining an opening in fluid communication with the lumen, the loading cone configured to receive the expanded valve and compress the valve into a crimped arrangement as the valve is advanced distally. a delivery sheath defining a lumen; a distal portion of the delivery sheath defining an opening; and a loading cone coupled to a proximal end of the delivery sheath, the loading cone defining an opening in fluid communication with the lumen, the loading cone configured to receive the expanded valve and compress the valve into a crimped arrangement as the valve is advanced distally.
Luminaire, in particular outside luminaire, which is designed for assembling on a mast, wherein the luminaire has a housing (2, 2') and an approximately cylindrical support element (8, 8') that can be connected to a mast or to the housing, wherein the housing (2, 2') or a component that is connected to the mast defines a receiving chamber that can receive the support element (8, 8') in different angular positions with respect to a rotation of the support element (8, 8') about the longitudinal axis thereof, wherein a clamping device is provided that enables establishing a positive engagement between the receiving chamber and the support element (8, 8') in a plurality of the angular positions, whereby the rotation of the support element (8, 8') can be blocked in a plurality of selected angular positions with respect to the housing (2, 2') or to the mast, and wherein the clamping device can be removed in order to rotate the support element (8, 8') in the receiving chamber, characterized in that the receiving chamber is delimited by two or more separate support shells, which in each case surround a part of the circumference of the support element.
A patch panel, comprising: a cabinet; a cassette; a pair of cassette guides positioned within the cabinet, the pair of cassette guides spaced along a lateral direction such that the cassette is receivable between the pair of cassette guides, the cassette slidable along a transverse direction on the pair of cassette guides, the transverse direction being perpendicular to the lateral direction, wherein at least one of the pair of cassette guides comprises a first rail and a second rail that are spaced apart along a vertical direction that is perpendicular to the lateral and transverse directions (L, T), the cassette slidable along the transverse direction between the first and second rails (124, 126), the patch panel characterized in that each end of the first rail is cantilevered such that each end of the first rail is moveable along the vertical direction, each end of the second rail is not cantilevered such that each end of the second rail is fixed along the vertical direction, and the first rail is elastically deformable such that each end of the first rail is moveable along the vertical direction by no less than three millimeters. a cabinet; a cassette; a pair of cassette guides positioned within the cabinet, the pair of cassette guides spaced along a lateral direction such that the cassette is receivable between the pair of cassette guides, the cassette slidable along a transverse direction on the pair of cassette guides, the transverse direction being perpendicular to the lateral direction, wherein at least one of the pair of cassette guides comprises a first rail and a second rail that are spaced apart along a vertical direction that is perpendicular to the lateral and transverse directions (L, T), the cassette slidable along the transverse direction between the first and second rails (124, 126), the patch panel characterized in that each end of the first rail is cantilevered such that each end of the first rail is moveable along the vertical direction, each end of the second rail is not cantilevered such that each end of the second rail is fixed along the vertical direction, and the first rail is elastically deformable such that each end of the first rail is moveable along the vertical direction by no less than three millimeters.