mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: receiving post-stack seismic data; creating, from the received post-stack seismic data, transformed seismic data, including performing a super-resolution radon transform on the post-stack seismic data by solving for a sparsest solution of an l 0 norm regularization min μ ‖ m ‖ 0 + 1 2 ‖ d − Lm ‖ 2 2), where μ is a regularization parameter, d is observed data, L is an inverse linear radon transform, m is a data approximation model, including applying a soft thresholding algorithm to the seismic data to approximate a solution to an l 1 norm regularization min μ ‖ m ‖ 1 + 1 2 ‖ d − Lm ‖ 2 2; subsequently applying an iterative hard thresholding algorithm to the seismic data to solve the l 0 norm regularization using the approximate solution as a starting point; repeating the applying of the soft thresholding algorithm and the hard thresholding algorithm until a threshold condition is met; separating, using the transformed seismic data, signal and noise regions, including using a defined muting function to remove unwanted noise; and performing, using the separated signal and noise regions, an inverse radon transform on the separated signal and noise regions, and outputting only signals. receiving post-stack seismic data; creating, from the received post-stack seismic data, transformed seismic data, including performing a super-resolution radon transform on the post-stack seismic data by solving for a sparsest solution of an l 0 norm regularization min μ ‖ m ‖ 0 + 1 2 ‖ d − Lm ‖ 2 2), where μ is a regularization parameter, d is observed data, L is an inverse linear radon transform, m is a data approximation model, including applying a soft thresholding algorithm to the seismic data to approximate a solution to an l 1 norm regularization min μ ‖ m ‖ 1 + 1 2 ‖ d − Lm ‖ 2 2; subsequently applying an iterative hard thresholding algorithm to the seismic data to solve the l 0 norm regularization using the approximate solution as a starting point; repeating the applying of the soft thresholding algorithm and the hard thresholding algorithm until a threshold condition is met; applying a soft thresholding algorithm to the seismic data to approximate a solution to an l 1 norm regularization min μ ‖ m ‖ 1 + 1 2 ‖ d − Lm ‖ 2 2; subsequently applying an iterative hard thresholding algorithm to the seismic data to solve the l 0 norm regularization using the approximate solution as a starting point; repeating the applying of the soft thresholding algorithm and the hard thresholding algorithm until a threshold condition is met; separating, using the transformed seismic data, signal and noise regions, including using a defined muting function to remove unwanted noise; and performing, using the separated signal and noise regions, an inverse radon transform on the separated signal and noise regions, and outputting only signals.
A process for making closed cell fluoropolymer foam comprising the steps of: (a) subjecting a fluoropolymer resin to at least one inert gas at a pressure higher than atmospheric in order to drive gas into the resin, raising the temperature of the resin to or above its softening point, wherein steps (a) and can take place simultaneously or with step taking place before step (a), and (b) reducing the pressure whilst maintaining the temperature at or above the softening point of the resin, in order to expand the resin to result in closed cell fluoropolymer foam, wherein the resin is cross-linked prior to expansion by irradiating it with an electron beam or with gamma radiation wherein the radiation dose is from 5 to 200 kGy (a) subjecting a fluoropolymer resin to at least one inert gas at a pressure higher than atmospheric in order to drive gas into the resin, raising the temperature of the resin to or above its softening point, wherein steps (a) and can take place simultaneously or with step taking place before step (a), and
A vertebral facet joint fusion implant (160, 260, 1060, 1160, 1260, 1360), comprising: an implant disc shaped having a face (162, 262, 1062, 1162, 1262, 1362), a second face (164, 264, 1064, 1164, 1264, 1364), an interface (166, 266, 1066, 1166, 1266, 1366), and a second interface (168, 268, 1068, 1168, 1268, 1368), the face shaped to compliment a shape of a first bone portion, the interface (166, 266, 1066, 1166, 1266, 1366) configured to receive a fastener member, wherein the interface defines a first aperture, wherein the second interface (168, 268, 1068, 1168, 1268, 1368) defines a second aperture extending from the first face to the second face, the second aperture having a different shape or size than the first aperture, the implant configured to be secured with the fastener member such that the first bone portion and a second bone portion are fused to each other after the implant is secured by the fastener member. an implant disc shaped having a face (162, 262, 1062, 1162, 1262, 1362), a second face (164, 264, 1064, 1164, 1264, 1364), an interface (166, 266, 1066, 1166, 1266, 1366), and a second interface (168, 268, 1068, 1168, 1268, 1368), the face shaped to compliment a shape of a first bone portion, the interface (166, 266, 1066, 1166, 1266, 1366) configured to receive a fastener member, wherein the interface defines a first aperture, wherein the second interface (168, 268, 1068, 1168, 1268, 1368) defines a second aperture extending from the first face to the second face, the second aperture having a different shape or size than the first aperture, the implant configured to be secured with the fastener member such that the first bone portion and a second bone portion are fused to each other after the implant is secured by the fastener member.
High-voltage switchgear of longitudinal main axis A, comprising: a stationary contact arranged at an upstream end of the switchgear; and a movable contact that is arranged at a downstream end of the switchgear, which contact is movable in the switchgear between an upstream closing position of the switchgear in which the movable contact is connected to the stationary contact, and a downstream opening position of the switchgear in which the movable contact is disconnected from the stationary contact; wherein the movable contact comprises an axial rod extending upstream and having an upstream axial end that is suitable for coming into contact with the stationary contact, the movable contact having an anti-corona component (30, 34), the switchgear being characterized in that the anti-corona component (30, 34) is fixed to the rod and projecting radially relative to the upstream end of the rod and wherein an upstream face of the anti-corona component, that is located axially facing the stationary contact is smooth. a stationary contact arranged at an upstream end of the switchgear; and a movable contact that is arranged at a downstream end of the switchgear, which contact is movable in the switchgear between an upstream closing position of the switchgear in which the movable contact is connected to the stationary contact, and a downstream opening position of the switchgear in which the movable contact is disconnected from the stationary contact; wherein the movable contact comprises an axial rod extending upstream and having an upstream axial end that is suitable for coming into contact with the stationary contact, the movable contact having an anti-corona component (30, 34), the switchgear being characterized in that the anti-corona component (30, 34) is fixed to the rod and projecting radially relative to the upstream end of the rod and wherein an upstream face of the anti-corona component, that is located axially facing the stationary contact is smooth.
An ophthalmic surgical laser system comprising: a laser source for generating a pulsed laser beam; a laser delivery system for delivering the pulsed laser beam to a cornea of an eye and including an X, Y scanner for deflecting or directing the pulsed laser beam from the laser source on or within the cornea and a Z scanner for modifying the depth of the pulsed laser beam; a patient interface (31, 710, 810) for coupling to and constraining the eye relative to the laser delivery system; and a controller for controlling the laser delivery system; wherein the laser delivery system further comprises a high frequency scanner configured to produce a short, fast scan line; characterized in that: the controller is configured to control the X, Y and Z scanners (28, 20) to slowly sweep the fast scan line along a trajectory to perform an anterior surface volume dissection on the cornea. a laser source for generating a pulsed laser beam; a laser delivery system for delivering the pulsed laser beam to a cornea of an eye and including an X, Y scanner for deflecting or directing the pulsed laser beam from the laser source on or within the cornea and a Z scanner for modifying the depth of the pulsed laser beam; a patient interface (31, 710, 810) for coupling to and constraining the eye relative to the laser delivery system; and a controller for controlling the laser delivery system; wherein the laser delivery system further comprises a high frequency scanner configured to produce a short, fast scan line;
A method of determining whether provided content is present on a client device in a visitor based system comprising a network access gateway and a content injection engine, where a client device accesses network content through the network access gateway, the method comprising: the network access gateway receiving a request for client desired content from the client device and communicating the request to the content injection engine, wherein the network access gateway allows the client device to request and receive content without requiring user reconfiguration of the client device; the content injection engine adding injected content to the client desired content to create system allowed content and transmitting the system allowed content to the network access gateway; the network access gateway sending the system allowed content to the client device, wherein the system allowed content appears to the client device as the client desired content; and monitoring at the network access gateway for receipt of a status indication from the client device, characterized in that a sofware module executing on the client device determing whether the system allowed content is present and/or visible on the client device and if the injected content is present and/or visible on the client device, the software module periodically sending the status indication from the client device to the network access gateway. the network access gateway receiving a request for client desired content from the client device and communicating the request to the content injection engine, wherein the network access gateway allows the client device to request and receive content without requiring user reconfiguration of the client device; the content injection engine adding injected content to the client desired content to create system allowed content and transmitting the system allowed content to the network access gateway; the network access gateway sending the system allowed content to the client device, wherein the system allowed content appears to the client device as the client desired content; and monitoring at the network access gateway for receipt of a status indication from the client device, characterized in that a sofware module executing on the client device determing whether the system allowed content is present and/or visible on the client device and if the injected content is present and/or visible on the client device, the software module periodically sending the status indication from the client device to the network access gateway.
A method for producing stuffed food(s), each stuffed food comprising an outer envelope in a first food product, and an inner stuffing in a second food product, comprising the following steps: - providing a sheet of the first food product, and a roller of the second food product, - winding the sheet around the roller, and - cutting the roller and the sheet wound around it into segments, at least one of the segments forming a stuffed food, characterized in that it comprises and additional step of driving the stuffed foods with respective driving belts which move away from each other. - providing a sheet of the first food product, and a roller of the second food product, - winding the sheet around the roller, and - cutting the roller and the sheet wound around it into segments, at least one of the segments forming a stuffed food,
A computer-implemented method, comprising: ascertaining, by an orientation module an orientation of a computing device that includes a kickstand, the orientation being based on an angle of the kickstand relative to the computing device; and performing, in response to the ascertaining: adjusting a hardware camera component of the computing device comprising a sensor based on the orientation; mapping the sensor to determine which portions of the sensor to use to generate image data based on the orientation of the computing device and, further, determining image tiles of the sensor that correspond to particular orientation angles by measuring light intensity on different regions of the sensor when the computing device is oriented at said orientation angles; said image tiles corresponding to a portion of the sensor that is used to capture an image when the computing device is positioned at said orientation angles; and further ignoring data generated from regions of the sensor that are external to said image tiles. ascertaining, by an orientation module an orientation of a computing device that includes a kickstand, the orientation being based on an angle of the kickstand relative to the computing device; and performing, in response to the ascertaining: adjusting a hardware camera component of the computing device comprising a sensor based on the orientation; mapping the sensor to determine which portions of the sensor to use to generate image data based on the orientation of the computing device and, further, determining image tiles of the sensor that correspond to particular orientation angles by measuring light intensity on different regions of the sensor when the computing device is oriented at said orientation angles; said image tiles corresponding to a portion of the sensor that is used to capture an image when the computing device is positioned at said orientation angles; and further ignoring data generated from regions of the sensor that are external to said image tiles. adjusting a hardware camera component of the computing device comprising a sensor based on the orientation; mapping the sensor to determine which portions of the sensor to use to generate image data based on the orientation of the computing device and, further, determining image tiles of the sensor that correspond to particular orientation angles by measuring light intensity on different regions of the sensor when the computing device is oriented at said orientation angles; mapping the sensor to determine which portions of the sensor to use to generate image data based on the orientation of the computing device and, further, determining image tiles of the sensor that correspond to particular orientation angles by measuring light intensity on different regions of the sensor when the computing device is oriented at said orientation angles; said image tiles corresponding to a portion of the sensor that is used to capture an image when the computing device is positioned at said orientation angles; and further ignoring data generated from regions of the sensor that are external to said image tiles.
Shock-filtering set-point elastic supporting system, intended, in particular, for equipment suspension on board a vessel, characterised in that it includes a load-bearing base connected with a support base of the vessel via set-point damping means comprising at least one damping assembly with metallic windings (11, 12) connected to set-point breaking pins (17, 18) mounted with pretension between the two bases (8, 9).
A data acquisition system comprising: a. A valve body defining a fluid flow path; b. A valve seat within the valve body extending about the fluid flow path; c. A valve member located in the valve body and movable under influence of pressure differential cross the valve body between a closed position wherein the valve member forms a substantial seal with the valve seat, and an open position wherein the valve member is spaced from the valve seat; the data acquisition system characterized in that it comprises: d. one or more sensors housed within the valve member for acquiring data pertaining to at least one physical condition exterior of the valve member. a. A valve body defining a fluid flow path; b. A valve seat within the valve body extending about the fluid flow path; c. A valve member located in the valve body and movable under influence of pressure differential cross the valve body between a closed position wherein the valve member forms a substantial seal with the valve seat, and an open position wherein the valve member is spaced from the valve seat; the data acquisition system characterized in that it comprises: d. one or more sensors housed within the valve member for acquiring data pertaining to at least one physical condition exterior of the valve member.
A method for providing Proximity Service, ProSe, by a relay user equipment, UE (102 to 104), comprising: detecting (401, 601, 901), in a first mode among an announcing mode and a monitoring mode, at least one other relay UE configured to provide the ProSe (102 to 104); determining (404, 604, 902) whether to switch from the first mode to a second mode among the announcing mode and the monitoring mode based on at least one of a number of the detected at least one other relay UE, a strength of a signal from the detected at least one other relay UE, a resource availability of the detected at least one other relay UE; and in response to determining to switch (406, 606, 903) from the first mode to the second mode, switching from the first mode to the second mode. detecting (401, 601, 901), in a first mode among an announcing mode and a monitoring mode, at least one other relay UE configured to provide the ProSe (102 to 104); determining (404, 604, 902) whether to switch from the first mode to a second mode among the announcing mode and the monitoring mode based on at least one of a number of the detected at least one other relay UE, a strength of a signal from the detected at least one other relay UE, a resource availability of the detected at least one other relay UE; and in response to determining to switch (406, 606, 903) from the first mode to the second mode, switching from the first mode to the second mode.
A light emitting diode device comprising: a substrate; a plurality of rods being spaced apart on the substrate; a plurality of particles disposed between the rods and on the substrate; a first semiconductor layer disposed on the rods; and characterized by a porous layer interposed between the first semiconductor layer and the particles. a substrate; a plurality of rods being spaced apart on the substrate; a plurality of particles disposed between the rods and on the substrate; a first semiconductor layer disposed on the rods; and
Filter paper for manufacturing filters for smoking articles, in particular filter cigarettes, with the following properties: - the filter paper comprises fibers comprising pulp fibers, - at least 80% by weight, preferably at least 90% by weight, particularly preferably at least 95% by weight and highly particularly preferably 100% by weight of the filter paper is formed by long-fiber pulp fibers, - of the fibers, a proportion with respect to the number of the fibers of between 2% and 10%, preferably between 3% and 9% and particularly preferably between 4% and 8% has a length of less than 0.2 mm, - the air permeability of the filter paper, measured in accordance with ISO 2965:2009, is between 500 cm·min -1 ·kPa -1 and 15000 cm·min -1 ·kPa -1 and preferably between 1000 cm·min -1 ·kPa -1 and 9000 cm·min -1 ·kPa -1, - the number-averaged length of the fibers in the filter paper is greater than 1 mm and less than 5 mm, preferably greater than 2 mm and less than 4 mm, and - the number-averaged width of the fibers in the filter paper is between 10 μm and 50 μm, preferably between 20 μm and 40 μm, and particularly preferably between 25 μm and 35 μm. - the filter paper comprises fibers comprising pulp fibers, - at least 80% by weight, preferably at least 90% by weight, particularly preferably at least 95% by weight and highly particularly preferably 100% by weight of the filter paper is formed by long-fiber pulp fibers, - of the fibers, a proportion with respect to the number of the fibers of between 2% and 10%, preferably between 3% and 9% and particularly preferably between 4% and 8% has a length of less than 0.2 mm, - the air permeability of the filter paper, measured in accordance with ISO 2965:2009, is between 500 cm·min -1 ·kPa -1 and 15000 cm·min -1 ·kPa -1 and preferably between 1000 cm·min -1 ·kPa -1 and 9000 cm·min -1 ·kPa -1, - the number-averaged length of the fibers in the filter paper is greater than 1 mm and less than 5 mm, preferably greater than 2 mm and less than 4 mm, and - the number-averaged width of the fibers in the filter paper is between 10 μm and 50 μm, preferably between 20 μm and 40 μm, and particularly preferably between 25 μm and 35 μm.
A protective cap, for preventing impalement injury on rebar, comprising: a tubular socket to receive an end of a length of rebar; said socket being attached to a sleeve defining a channel to receive and enclose a length of timber; and wherein the axes of said socket and said channel are substantially perpendicular to each other, and said socket is provided with a gripper comprising one or more resiliently-deformable elongate fins located on the inside surface of said socket to releasably grip, in use, a length of rebar inserted therein; CHARACTERISED IN THAT said protective cap is one-piece injection moulded plastics; and said sleeve is configured to completely encircle said length of timber, in use. a tubular socket to receive an end of a length of rebar; said socket being attached to a sleeve defining a channel to receive and enclose a length of timber; and wherein the axes of said socket and said channel are substantially perpendicular to each other, and said socket is provided with a gripper comprising one or more resiliently-deformable elongate fins located on the inside surface of said socket to releasably grip, in use, a length of rebar inserted therein; CHARACTERISED IN THAT said protective cap is one-piece injection moulded plastics; and said sleeve is configured to completely encircle said length of timber, in use.
Conveying device, in particular of a packaging machine, comprising a first and a second pusher (2, 3) for packages that can be moved along a conveying section and a return section situated therebelow by means of traction mechanisms, a first traction mechanism driven by a first drive being associated with the first pusher and a second traction mechanism driven by a second drive and decoupled from the first traction mechanism being associated with the second pusher, characterised in that the first and second pushers (2, 3) are each arranged on respective carriages in such a manner that they are movable relative thereto, the carriages each having a linear guide along which the pushers (2, 3) can be moved from a lower position to an upper position and vice versa.