mhurhangee/ep-ind-claims huggingface dataset:
A method for increasing similarity between a first seismic dataset and a second seismic dataset from at least one seismic survey of a subsurface, the method comprising: obtaining the first seismic dataset; obtaining the second seismic dataset; migrating the first seismic dataset to a plurality of first seismic dataset dip angle partial images and the second seismic dataset to a plurality of second seismic dataset dip angle partial images in a dip angle domain, each first seismic dataset and second seismic dataset dip angle partial image associated with one of a plurality of dip angles; characterized in using the migrated first seismic dataset and the migrated second seismic dataset in the dip angle image domain to calculate, with a processor, a set of decimating weights to be applied to the first seismic dataset and the second seismic dataset to maximize a similarity between the first seismic dataset and the second seismic dataset, wherein the set of decimating weights is calculated for the first seismic dataset dip angle partial image and the second seismic dataset dip angle partial image in each pair of dip angle partial images, these seismic datasets with increased similarity being then combined to produce an image of the subsurface having reduced noise. obtaining the first seismic dataset; obtaining the second seismic dataset; migrating the first seismic dataset to a plurality of first seismic dataset dip angle partial images and the second seismic dataset to a plurality of second seismic dataset dip angle partial images in a dip angle domain, each first seismic dataset and second seismic dataset dip angle partial image associated with one of a plurality of dip angles; characterized in using the migrated first seismic dataset and the migrated second seismic dataset in the dip angle image domain to calculate, with a processor, a set of decimating weights to be applied to the first seismic dataset and the second seismic dataset to maximize a similarity between the first seismic dataset and the second seismic dataset, wherein the set of decimating weights is calculated for the first seismic dataset dip angle partial image and the second seismic dataset dip angle partial image in each pair of dip angle partial images, these seismic datasets with increased similarity being then combined to produce an image of the subsurface having reduced noise.
A luminaire arrangement comprising planar optical waveguide and at least one light source (2a, 2b), wherein the optical waveguide has a front side and a rear side and a side contour connecting the front and rear sides (10b, 10c), and wherein the light source (2a, 2b) is arranged in a manner optically connected to a coupling-in region (11a, 11b) of the optical waveguide for coupling light from the sight source (2a, 2b) into the optical waveguide, characterized in that the coupling-in region (11a, 11b) is formed by a partial region of the side contour and the optical waveguide has coupling-out regions (13a, 13b), which are formed by at least two substantially opposite partial regions of the side contour, in order to laterally couple out the light from the at least one light source (2a, 2b) via the coupling-out regions (13a, 13b), wherein at least one of the coupling-out regions (13a, 13b) has a surface, which is arranged obliquely in respect to an extension plane of the optical waveguide, and wherein the surface of the at least one of the coupling-out regions (13a, 13b) is arranged at an angle of 10° to 80° in respect to the extension plane of the optical waveguide.
A method comprising: a life safety sensor detecting an ambient emergency condition; responsive to detecting the ambient emergency condition, the life safety sensor transmitting a wireless beacon signal; an electronic user device receiving the wireless beacon signal; the electronic user device identifying a range level of the life safety sensor based on a signal strength of the wireless beacon signal; and the electronic user device categorizing the range level of the life safety sensor as immediate, near, or far relative to the electronic user device and providing a notification to a user thereof for directing the user throughout a monitored region to avoid an emergency zone in which the life safety sensor is located, or to enter the emergency zone in which the life safety sensor is located; wherein a range into which the wireless beacon signal is transmitted is limited, and wherein the signal strength of the wireless beacon signal progressively decreases from a first part of the range, adjacent the life safety sensor, to a second part of the range, displaced from the life safety sensor. a life safety sensor detecting an ambient emergency condition; responsive to detecting the ambient emergency condition, the life safety sensor transmitting a wireless beacon signal; an electronic user device receiving the wireless beacon signal; the electronic user device identifying a range level of the life safety sensor based on a signal strength of the wireless beacon signal; and the electronic user device categorizing the range level of the life safety sensor as immediate, near, or far relative to the electronic user device and providing a notification to a user thereof for directing the user throughout a monitored region to avoid an emergency zone in which the life safety sensor is located, or to enter the emergency zone in which the life safety sensor is located; wherein a range into which the wireless beacon signal is transmitted is limited, and wherein the signal strength of the wireless beacon signal progressively decreases from a first part of the range, adjacent the life safety sensor, to a second part of the range, displaced from the life safety sensor.
Deployable sun-protection screen for a piece of space equipment, having at least one area of attachment to a platform of a spacecraft including said piece of space equipment, said screen being configured to switch from a stored configuration to a deployed configuration in orbit and characterised in that it comprises: -- rods, -- rotary links (24, 25) joining rods (21, 22, 23) to one another, the rotary links being of the active rotary link type storing an amount of energy or of the passive rotary link type, the rods (21, 22, 23) being covered by a thermally insulating film folded when the screen is in stored configuration and stretched between the rods (21, 22, 23) when the screen is in deployed configuration, wherein the rods consist of at least: -- first structural rods, forming a peripheral structural base in stored configuration as well as in deployed configuration, -- second radial extension rods, connected to one another at least in pairs to form sets of second rods, each set of second rods connecting two consecutive first rods and being configured to deploy the screen in a radial direction (r, Θ), -- third axial extension rods, connected to one another at least in pairs to form sets of third rods, each set of third rods connecting two consecutive first rods and being configured to deploy the screen in an axial direction (z) and -- each set of second rods or third rods comprising at least one active rotary link, said sets of second rods and third rods being folded when the screen is in stored configuration, the active rotary links being configured to unfold said set of second rods and third rods and trigger the transition from the stored configuration to the deployed configuration, by driving the rotation of the passive rotary links and a deployment in an axial direction and in a radial direction. -- rods, -- rotary links (24, 25) joining rods (21, 22, 23) to one another, the rotary links being of the active rotary link type storing an amount of energy or of the passive rotary link type, the rods (21, 22, 23) being covered by a thermally insulating film folded when the screen is in stored configuration and stretched between the rods (21, 22, 23) when the screen is in deployed configuration, -- first structural rods, forming a peripheral structural base in stored configuration as well as in deployed configuration, -- second radial extension rods, connected to one another at least in pairs to form sets of second rods, each set of second rods connecting two consecutive first rods and being configured to deploy the screen in a radial direction (r, Θ), -- third axial extension rods, connected to one another at least in pairs to form sets of third rods, each set of third rods connecting two consecutive first rods and being configured to deploy the screen in an axial direction (z) and -- each set of second rods or third rods comprising at least one active rotary link,
A method for the production of formulations comprising one active agent from bisphosphonate group and at least one pharmaceutically acceptable excipient, characterized in that; (a) said method is a wet granulation method, (b) granulation solution of said method comprises maltodextrin and sorbitol wherein the ratio of maltodextrin to sorbitol in the granulation solution is in the range of 0.5 to 5 by weight. (a) said method is a wet granulation method, (b) granulation solution of said method comprises maltodextrin and sorbitol wherein the ratio of maltodextrin to sorbitol in the granulation solution is in the range of 0.5 to 5 by weight.
Protection arrangement for a universal joint shaft, wherein the protection arrangement has the following: a protection device, extending along a longitudinal axis, and being formed for accommodating rotatingly a universal joint shaft and having at least one protection cone, and a protection pot, formed to be attached to a stationary component, wherein the protection cone accommodates the protection pot at least partially in an axially overlapping manner, at least one driver (25, 25'), which is retained at the outside on the protection cone, and wherein at least one driver (25, 25') engages radially in a first driver recess (27, 27') in the protection cone and in a second driver recess (28, 28') in the protection pot and supports the protection cone and the protection pot in circumferential direction against one another, wherein the second driver recess (28, 28') is formed in the protection pot as a slot, characterized in that the driver (25, 25') is part of a driving ring, which is retained on the protection cone. a protection device, extending along a longitudinal axis, and being formed for accommodating rotatingly a universal joint shaft and having at least one protection cone, and a protection pot, formed to be attached to a stationary component, wherein the protection cone accommodates the protection pot at least partially in an axially overlapping manner, at least one driver (25, 25'), which is retained at the outside on the protection cone, and wherein at least one driver (25, 25') engages radially in a first driver recess (27, 27') in the protection cone and in a second driver recess (28, 28') in the protection pot and supports the protection cone and the protection pot in circumferential direction against one another, wherein the second driver recess (28, 28') is formed in the protection pot as a slot, characterized in that the driver (25, 25') is part of a driving ring, which is retained on the protection cone.
Communication and charging circuitry for an implantable medical device, comprising: a resonant circuit comprising a coil and a resonant capacitor for producing an AC voltage; a rectifier coupled to the resonant circuit for producing a DC voltages from the AC voltage; a storage capacitor for receiving the DC voltage; a first switch in series with the storage capacitor; and control circuitry, wherein the control circuitry is configured to close the first switch during periods when the resonant circuit is wirelessly receiving energy, and wherein the control circuitry is configured to open the first switch during periods where the resonant circuit is performing data telemetry. a resonant circuit comprising a coil and a resonant capacitor for producing an AC voltage; a rectifier coupled to the resonant circuit for producing a DC voltages from the AC voltage; a storage capacitor for receiving the DC voltage; a first switch in series with the storage capacitor; and control circuitry, wherein the control circuitry is configured to close the first switch during periods when the resonant circuit is wirelessly receiving energy, and wherein the control circuitry is configured to open the first switch during periods where the resonant circuit is performing data telemetry.
A method for manufacturing a sandwich panel comprising: a preparation step of preparing a sheet-like core layer having a honeycomb structure, sheet-like prepregs, and a thermoplastic resin sheet; a step of disposing the prepregs on opening surfaces of the core layer on an upper surface side and a lower surface side respectively, and disposing the thermoplastic resin sheet on a surface of at least one of an upper surface side and a lower surface side of the prepregs; a step of obtaining a thermoplastic resin sheet-attached sandwich panel by collectively laminating the core layer, the prepregs, and the thermoplastic resin sheet by a heating and pressurization treatment in which while pressing a flat surface of a metal plate as a pressing plate to the thermoplastic resin sheet, the metal plate is heated and pressed by a press plate of a mechanical press; and a step of separating the metal plates, wherein the preparation step includes a step of carrying out a surface treatment including one or more selected from the group consisting of a corona treatment, a plasma treatment, a flame treatment, and a primer treatment on a surface of the thermoplastic resin sheet facing the prepreg. a preparation step of preparing a sheet-like core layer having a honeycomb structure, sheet-like prepregs, and a thermoplastic resin sheet; a step of disposing the prepregs on opening surfaces of the core layer on an upper surface side and a lower surface side respectively, and disposing the thermoplastic resin sheet on a surface of at least one of an upper surface side and a lower surface side of the prepregs; a step of obtaining a thermoplastic resin sheet-attached sandwich panel by collectively laminating the core layer, the prepregs, and the thermoplastic resin sheet by a heating and pressurization treatment in which while pressing a flat surface of a metal plate as a pressing plate to the thermoplastic resin sheet, the metal plate is heated and pressed by a press plate of a mechanical press; and a step of separating the metal plates, wherein the preparation step includes a step of carrying out a surface treatment including one or more selected from the group consisting of a corona treatment, a plasma treatment, a flame treatment, and a primer treatment on a surface of the thermoplastic resin sheet facing the prepreg.
A management system for a plurality of substitute currency for gaming, wherein each of the plurality of the substitute currency for gaming has a ground pattern that is difficult to distinguish from each other at first glance but has a pattern that is not completely identical to each other, and a unique ID that can be individually identified is attached to each of the plurality of the substitute currency for gaming, the management system comprises: a database that, for a plurality of the substitute currency for gaming that is registered, associates the pattern of the ground pattern of the substitute currency for gaming and the ID of the substitute currency for gaming and stores pattern information (4h, 4t) of the pattern of the ground pattern and the ID of the substitute currency for gaming in association with each other; an image acquisition device configured to acquire an image of the ground pattern of the substitute currency for gaming; an ID reading device that reads the ID of the substitute currency for gaming; and a management control device that identifies the pattern of the ground pattern of the substitute currency by analyzing the acquired images using a deep learning structure, and determines whether the pattern of the ground pattern associated in the database with the ID read by the ID reading device corresponds to the pattern of the ground pattern in the image acquired by the image acquisition device, for thereby determining authenticity of the substitute currency for gaming. a database that, for a plurality of the substitute currency for gaming that is registered, associates the pattern of the ground pattern of the substitute currency for gaming and the ID of the substitute currency for gaming and stores pattern information (4h, 4t) of the pattern of the ground pattern and the ID of the substitute currency for gaming in association with each other; an image acquisition device configured to acquire an image of the ground pattern of the substitute currency for gaming; an ID reading device that reads the ID of the substitute currency for gaming; and a management control device that identifies the pattern of the ground pattern of the substitute currency by analyzing the acquired images using a deep learning structure, and determines whether the pattern of the ground pattern associated in the database with the ID read by the ID reading device corresponds to the pattern of the ground pattern in the image acquired by the image acquisition device, for thereby determining authenticity of the substitute currency for gaming.
A blade for a gas turbine engine comprising: a fiber reinforced ceramic matrix composite structure providing an airfoil with an exposed exterior airfoil surface, the structure constructed from multiple composite layers and including an inner root, the airfoil being connected to the inner root by an inner neck; and a refractory structure providing a platform (14, 114), an outer root and an outer neck interconnecting the outer root to the platform (14, 114), the outer root including angled walls that provide a dovetail; wherein the platform (14, 114) includes an aperture through which the airfoil extends, the platform (14, 114) surrounding a perimeter of the airfoil; wherein the airfoil extends in a radial direction from the platform (14, 114) to a tip; wherein the refractory structure includes an integral fillet provided by the platform, the integral fillet arranged about the perimeter of the airfoil and over the ceramic matrix composite layers of the airfoil to provide a smooth transition between the airfoil and the platform; wherein the outer root is secured relative to the airfoil over the inner root, the inner root including a root end that extends radially beyond the angled walls; and wherein the refractory structure includes substantially isotropic, monolithic refractory material including but not limited to silicon nitride, silicon carbide, aluminum nitride, molybdenum silicide, molybdenum-silicon-boron alloy, and admixtures thereof. a fiber reinforced ceramic matrix composite structure providing an airfoil with an exposed exterior airfoil surface, the structure constructed from multiple composite layers and including an inner root, the airfoil being connected to the inner root by an inner neck; and a refractory structure providing a platform (14, 114), an outer root and an outer neck interconnecting the outer root to the platform (14, 114), the outer root including angled walls that provide a dovetail; wherein the platform (14, 114) includes an aperture through which the airfoil extends, the platform (14, 114) surrounding a perimeter of the airfoil; wherein the airfoil extends in a radial direction from the platform (14, 114) to a tip; wherein the refractory structure includes an integral fillet provided by the platform, the integral fillet arranged about the perimeter of the airfoil and over the ceramic matrix composite layers of the airfoil to provide a smooth transition between the airfoil and the platform; wherein the outer root is secured relative to the airfoil over the inner root, the inner root including a root end that extends radially beyond the angled walls; and wherein the refractory structure includes substantially isotropic, monolithic refractory material including but not limited to silicon nitride, silicon carbide, aluminum nitride, molybdenum silicide, molybdenum-silicon-boron alloy, and admixtures thereof.
A threshold determining method, comprising: obtaining, by an acquisition module of a threshold determining apparatus, predetermined target values respectively corresponding to multiple identification models for identity verification, wherein the predetermined target values are desired values for identification accuracies of the identification models for identity verification and wherein the predetermined target values are used to indicate expected target identification capabilities of the identification models for identity verification; and determining, by a first determining module of the threshold determining apparatus, user service variable values and identity verification thresholds respectively corresponding to the multiple identification models for identity verification based on the predetermined target values, wherein the user service variable values are used for classification of active users and inactive users, and the identity verification thresholds are used by the identification models for identity verification to exclude users who need strong verification from the inactive users, wherein optimal identity verification thresholds for the identification models for identity verification are found, so that the target identification capabilities of the identification models for identity verification are as close to the predetermined target values as possible. obtaining, by an acquisition module of a threshold determining apparatus, predetermined target values respectively corresponding to multiple identification models for identity verification, wherein the predetermined target values are desired values for identification accuracies of the identification models for identity verification and wherein the predetermined target values are used to indicate expected target identification capabilities of the identification models for identity verification; and determining, by a first determining module of the threshold determining apparatus, user service variable values and identity verification thresholds respectively corresponding to the multiple identification models for identity verification based on the predetermined target values, wherein the user service variable values are used for classification of active users and inactive users, and the identity verification thresholds are used by the identification models for identity verification to exclude users who need strong verification from the inactive users, wherein optimal identity verification thresholds for the identification models for identity verification are found, so that the target identification capabilities of the identification models for identity verification are as close to the predetermined target values as possible.
Method for the production of a lignin-containing precursor fibre for the production of carbon fibres and/or activated carbon fibres, in which a) a solution, comprising at least one sort of lignin and also at least one fibre-forming polymer selected from the group consisting of cellulose or cellulose derivatives in at least one solvent, selected from the group consisting of tertiary amine oxides and/or ionic liquids, b) is transferred into a coagulation bath by extrusion of the solution through a spinning nozzle by the air-gap spinning method, the lignin-containing precursor fibre precipitating. a) a solution, comprising at least one sort of lignin and also at least one fibre-forming polymer selected from the group consisting of cellulose or cellulose derivatives in at least one solvent, selected from the group consisting of tertiary amine oxides and/or ionic liquids, b) is transferred into a coagulation bath by extrusion of the solution through a spinning nozzle by the air-gap spinning method, the lignin-containing precursor fibre precipitating.