mhurhangee/ep-ind-claims huggingface dataset:
A method of applying a privacy filter to information on a display of an electronic device, the method comprising: receiving information for display on the display of the electronic device; detecting a light condition of the display; identifying a privacy filter setting based on the light condition of the display, and characterised by: displaying the information such that the information is visible and a background darkness is set based on the privacy filter setting, thereby providing an apparent transparency of a privacy filter; and adjusting the privacy filter setting based on the light condition of the display by identifying (606, 608) a second privacy filter setting in response to a change in the light condition and displaying the information such that the information is visible and the background darkness is changed based on the second privacy filter setting, thereby changing the apparent transparency of the privacy filter, wherein the apparent transparency of the privacy filter is decreased with increasing ambient light. receiving information for display on the display of the electronic device; detecting a light condition of the display; identifying a privacy filter setting based on the light condition of the display, and characterised by: displaying the information such that the information is visible and a background darkness is set based on the privacy filter setting, thereby providing an apparent transparency of a privacy filter; and adjusting the privacy filter setting based on the light condition of the display by identifying (606, 608) a second privacy filter setting in response to a change in the light condition and displaying the information such that the information is visible and the background darkness is changed based on the second privacy filter setting, thereby changing the apparent transparency of the privacy filter, wherein the apparent transparency of the privacy filter is decreased with increasing ambient light. displaying the information such that the information is visible and a background darkness is set based on the privacy filter setting, thereby providing an apparent transparency of a privacy filter; and adjusting the privacy filter setting based on the light condition of the display by identifying (606, 608) a second privacy filter setting in response to a change in the light condition and displaying the information such that the information is visible and the background darkness is changed based on the second privacy filter setting, thereby changing the apparent transparency of the privacy filter, wherein the apparent transparency of the privacy filter is decreased with increasing ambient light.
Signal transmitter for a filling level sensor of a motor-vehicle tank for producing electrical signals as a function of a pivoting angle of a filling level sensor lever arm supporting a float, with a support provided for attachment to a vertical wall in the tank and having sliding tracks (9, 9'), with sliding contacts (10, 10') arranged on the lever arm, each of two sliding contacts (10, 10')being arranged on individual spring tongues (18, 18') and spaced apart on a common bridge, characterized in that two elongate spring elements (15, 15') are connected to the bridge by a transverse bar arranged transversely to the bridge, a holder for holding the two spring elements (15, 15') on the lever arm is provided, the holder, the two spring elements (15, 15'), the bridge and the sliding contacts (10, 10') with the spring tongues (18, 18') are manufactured in one piece, the two spring elements (15, 15') are arranged parallel to one another between the holder and the transverse bar, and a web which connects the two elongate spring elements (15, 15') and which is hinged on the holder forms, together with the two spring elements (15, 15') and the transverse bar, a frame which preloads the sliding contacts jointly against the sliding tracks.
A pharmaceutical composition comprising multiparticulates, each of said multiparticulates comprising: (a) a melt-congeal core surrounded by a solid amorphous dispersion layer comprising a drug and a polymer, wherein at least a major portion of said drug in said solid amorphous dispersion layer is amorphous and wherein at least a portion of said solid amorphous dispersion layer is in the form of a solid solution; (b) said melt-congeal core comprising a matrix material present in an amount of at least 30 wt% of said core, said matrix material being solid at 25°C and having a melt temperature of less than 200°C, wherein said matrix material is selected from the group consisting of waxes, long chain alcohols, fatty acid esters, glycolized fatty acid esters, phosphoglycerides, polyoxyethylene alkyl ethers, long chain carboxylic acids, sugar alcohols, and mixtures thereof. (a) a melt-congeal core surrounded by a solid amorphous dispersion layer comprising a drug and a polymer, wherein at least a major portion of said drug in said solid amorphous dispersion layer is amorphous and wherein at least a portion of said solid amorphous dispersion layer is in the form of a solid solution; (b) said melt-congeal core comprising a matrix material present in an amount of at least 30 wt% of said core, said matrix material being solid at 25°C and having a melt temperature of less than 200°C, wherein said matrix material is selected from the group consisting of waxes, long chain alcohols, fatty acid esters, glycolized fatty acid esters, phosphoglycerides, polyoxyethylene alkyl ethers, long chain carboxylic acids, sugar alcohols, and mixtures thereof.
A magnetic coil assembly, comprising: a bobbin; a magnetic coil wound around the bobbin; a pair of terminals (32a, 32b) fixedly installed at the bobbin; a first coil fixing protrusion portion (32a-1) extending from the terminal and fixing a starting end portion of a first coil half which is a half of the entire length of the magnetic coil; and a third coil fixing protrusion portion (32b-1) extending from the terminal and fixing a terminal end portion of the second coil half, characterized in that the magnetic coil assembly further comprises a second coil fixing protrusion portion (31 a) extending from the bobbin and fixing a starting end portion of a second coil half which is the remaining half of the magnetic coil, and fixing a terminal end portion of the first coil half. a bobbin; a magnetic coil wound around the bobbin; a pair of terminals (32a, 32b) fixedly installed at the bobbin; a first coil fixing protrusion portion (32a-1) extending from the terminal and fixing a starting end portion of a first coil half which is a half of the entire length of the magnetic coil; and a third coil fixing protrusion portion (32b-1) extending from the terminal and fixing a terminal end portion of the second coil half, characterized in that the magnetic coil assembly further comprises a second coil fixing protrusion portion (31 a) extending from the bobbin and fixing a starting end portion of a second coil half which is the remaining half of the magnetic coil, and fixing a terminal end portion of the first coil half.
An image data processing component for processing reconstructed volumetric image data from an imaging scanner, comprising: algorithm memory including an image domain only iterative de-noising algorithm based on the Huber roughness penalty minimization; and a processor which de-noises reconstructed volumetric image data solely in the image domain based on the Huber roughness penalty iterative minimization algorithm, wherein the algorithm includes a first term, wherein the first term is a noise penalty term that corresponds to the Huber roughness penalty and is given by: div δ ∇ u max ∇ u δ, where div represents a divergence operator, ∇ represents a gradient operator, u represents de-noised reconstructed volumetric image data, and δ is a free scalar variable that determines the strength of the de-noising, characterized in that the algorithm includes a second term, which includes a second parameter that determines a smoothness of the de-noising, wherein the second term represents constraints on the reconstructed volumetric image data and is given by: βw ⋅ u o − u. where β is a free scalar variable that determines the smoothness of the de-noising, w represents a statistical weighting and u o represents initial noisy reconstructed volumetric image data being de-noised, wherein the statistical weighting is reverse proportional to the noise in the image and is given by: w = bp y 0. where y 0 represents corresponding projection data expressed as a number of detected x-ray photons and bp( y 0) represents a backprojected number of detected x-ray photons. algorithm memory including an image domain only iterative de-noising algorithm based on the Huber roughness penalty minimization; and a processor which de-noises reconstructed volumetric image data solely in the image domain based on the Huber roughness penalty iterative minimization algorithm, wherein the algorithm includes a first term, wherein the first term is a noise penalty term that corresponds to the Huber roughness penalty and is given by: div δ ∇ u max ∇ u δ, where div represents a divergence operator, ∇ represents a gradient operator, u represents de-noised reconstructed volumetric image data, and δ is a free scalar variable that determines the strength of the de-noising, characterized in that the algorithm includes a second term, which includes a second parameter that determines a smoothness of the de-noising, wherein the second term represents constraints on the reconstructed volumetric image data and is given by: βw ⋅ u o − u. where β is a free scalar variable that determines the smoothness of the de-noising, w represents a statistical weighting and u o represents initial noisy reconstructed volumetric image data being de-noised, wherein the statistical weighting is reverse proportional to the noise in the image and is given by: w = bp y 0. where y 0 represents corresponding projection data expressed as a number of detected x-ray photons and bp( y 0) represents a backprojected number of detected x-ray photons.
A method for controlling sampled measurement data stream in an electrical network comprising at least one central device and at least one remote device comprising measuring at least one measurement value in the remote device; detecting in the remote device at least one phenomenon of interest or request for a connection from the central device, wherein the phenomenon of interest is a phenomenon detectable in the electrical network that indicates a potential deviation in the operation of the electrical network or the remote device; characterized by the method further comprising activating by the remote device a 9-2LE or 9-2 communication channel for sampled measured values between the remote device and the central device in response to the detection of the phenomenon of interest or the request for a connection from the central device, wherein commands needed for activating the communication channel for sampled measured values between the remote device and the central device are provided using 8-1 GOOSE messages; sending the measurement value from the remote device to the central device through the communication channel for sampled measured values; and using GOOSE messages for suppression of not needed 9-2LE or 9-2 measurement values from remote devices by commanding stopping of sending the data from the at least one remote device to the central device.
A phishing detection client system, comprising: a credential component adapted to track use of credentials by a user and determine whether a specific security credential comprising a username and a password is presented to a computing system, to store a domain name of the computing system from which a request for credentials originated, together with a hash of the username and a hash of the password in a protected credential store, and to identify password reuse events in which a protected credential stored in the protected credential store is attempted to be used at a site not associated with the protected credential; and a protection component adapted to report the identified password reuse events to a phishing detection server component. a credential component adapted to track use of credentials by a user and determine whether a specific security credential comprising a username and a password is presented to a computing system, to store a domain name of the computing system from which a request for credentials originated, together with a hash of the username and a hash of the password in a protected credential store, and to identify password reuse events in which a protected credential stored in the protected credential store is attempted to be used at a site not associated with the protected credential; and a protection component adapted to report the identified password reuse events to a phishing detection server component.
Swivel frame for a rail vehicle, comprising a bottom frame for fixing on an undercarriage of the rail vehicle, and a top frame for accommodating a container, which top frame is connected to the bottom frame so that it can swing between a swung-in position, in which the top frame runs substantially parallel to the bottom frame, and a swung-out position, in which the top frame runs at an angle relative to the bottom frame, wherein the bottom frame is provided with a number of corner blocks, which can be fixed detachably on the undercarriage of the rail vehicle, wherein the swivel frame comprises a locking mechanism having a locking position, in which in the swung-in position the top frame is locked relative to the bottom frame, the locking mechanism having a releasing position, in which the top frame can swing from its swung-in position relative to the bottom frame, characterised in that the locking mechanism comprises: - a blocking element which can pivot about a first pivot axis between a first position and a second position, which positions correspond to the locking position and the releasing position respectively, and in which the blocking element has a stop, which in the first position of the blocking element secures the top frame in the swung-in position, and - a rotation shaft with a locking member fixed on it, which rotation shaft extends substantially transversely relative to the bottom frame and can rotate between a first position and a second position, which positions correspond to the locking position and the releasing position respectively, the locking member having a further stop, which in the first position of the rotation shaft corresponding to the locking position secures the top frame in the swung-in position. - a blocking element which can pivot about a first pivot axis between a first position and a second position, which positions correspond to the locking position and the releasing position respectively, and in which the blocking element has a stop, which in the first position of the blocking element secures the top frame in the swung-in position, and - a rotation shaft with a locking member fixed on it, which rotation shaft extends substantially transversely relative to the bottom frame and can rotate between a first position and a second position, which positions correspond to the locking position and the releasing position respectively, the locking member having a further stop, which in the first position of the rotation shaft corresponding to the locking position secures the top frame in the swung-in position.
EPI-module (4;11) which forms a coupling interface between a tractor or commercial vehicle and a trailer or between two trailers which provides the option of an electrical as well as a pneumatical coupling, the EPI-module (4;11) having the design of a plug for providing the option of a plugged connection and the EPI-module (4;11) comprising an integrated position sensing device (15;16), characterised in that by means of the integrated position sensing device it is possible to determine a relative position between the tractor and a trailer during reversing of the tractor.
A swash plate, including: 34.5 to 43.0 wt% of copper (Cu) and 0.5 to 2.8 wt% of silicon (Si), with a remainder of aluminum (Al) and other inevitable impurities, wherein the swash plate further includes a plurality of core pin holes, the core pin holes being formed toward a center along an outer circumferential surface of said swash plate. 34.5 to 43.0 wt% of copper (Cu) and 0.5 to 2.8 wt% of silicon (Si), with a remainder of aluminum (Al) and other inevitable impurities, wherein the swash plate further includes a plurality of core pin holes, the core pin holes being formed toward a center along an outer circumferential surface of said swash plate.
A stylus tool for forming a part, the stylus tool comprising: a shank configured to be coupled to a collet for positioning of the stylus tool; a head extending between a base at the shank and a tip, the head having a forming surface between the base and the tip, the forming surface being axisymmetric and defined by rotating a curved profile around an axis of the shank, the curved profile having a curvature changing linearly with a curve length of the curved profile of the forming surface, wherein the head includes a flat surface at the tip, the curved profile extending between the flat surface and the base. a shank configured to be coupled to a collet for positioning of the stylus tool; a head extending between a base at the shank and a tip, the head having a forming surface between the base and the tip, the forming surface being axisymmetric and defined by rotating a curved profile around an axis of the shank, the curved profile having a curvature changing linearly with a curve length of the curved profile of the forming surface, wherein the head includes a flat surface at the tip, the curved profile extending between the flat surface and the base.
A system for floating dockside liquefaction of natural gas comprising: a dock; a natural gas pretreatment facility located onshore proximate the dock, wherein the onshore natural gas pretreatment facility is configured to process pipeline quality gas into pretreated natural gas; a floating liquefaction unit, wherein the floating liquefaction unit further comprises a natural gas liquefaction module on a deck, and an LNG storage tank for storing produced LNG; a pipeline coupling the onshore pretreatment facility to the dock, wherein the pipeline is configured to transport pretreated natural gas onto the dock; and a high pressure gas arm fluidly coupling the pipeline to the floating liquefaction unit, wherein the gas arm is configured to transfer pretreated natural gas to the floating liquefaction unit; and characterised in that the floating liquefaction unit is moored at the dock, the LNG storage tank stores the produced LNG below the deck and the onshore pretreatment facility further comprises a closed loop cooling system configured to cool equipment onboard the floating liquefaction unit. a dock; a natural gas pretreatment facility located onshore proximate the dock, wherein the onshore natural gas pretreatment facility is configured to process pipeline quality gas into pretreated natural gas; a floating liquefaction unit, wherein the floating liquefaction unit further comprises a natural gas liquefaction module on a deck, and an LNG storage tank for storing produced LNG; a pipeline coupling the onshore pretreatment facility to the dock, wherein the pipeline is configured to transport pretreated natural gas onto the dock; and a high pressure gas arm fluidly coupling the pipeline to the floating liquefaction unit, wherein the gas arm is configured to transfer pretreated natural gas to the floating liquefaction unit; and characterised in that the floating liquefaction unit is moored at the dock, the LNG storage tank stores the produced LNG below the deck and the onshore pretreatment facility further comprises a closed loop cooling system configured to cool equipment onboard the floating liquefaction unit.
A base station for a wireless communication network having a plurality of logical radio access networks, wherein: the base station is configured to communicate with a plurality of users to be served by the base station for accessing one or more of the logical radio access networks, and the base station is configured to selectively control the physical resources of the wireless communication network assigned to the logical radio access networks and to control access of the users or user groups to one or more of the logical radio access networks, wherein during a first operation mode of the wireless communication network, the base station is configured to allow access of users or user groups of one or more of the logical radio access networks, e.g., eMBB, URLLC, eMTC, and wherein during a second operation mode of the wireless communication network, the base station is configured to perform one or more of the following: - adaptively limit access of users or user groups to one or more of the logical radio access networks, - adaptively control the distribution of the physical resources among the plurality of logical radio access networks, - adaptively control the physical resources to be used dependent on one or more service characteristics of a service using the logical radio access network, - adaptively reduce a number of enabled logical radio access networks. the base station is configured to communicate with a plurality of users to be served by the base station for accessing one or more of the logical radio access networks, and the base station is configured to selectively control the physical resources of the wireless communication network assigned to the logical radio access networks and to control access of the users or user groups to one or more of the logical radio access networks, wherein during a first operation mode of the wireless communication network, the base station is configured to allow access of users or user groups of one or more of the logical radio access networks, e.g., eMBB, URLLC, eMTC, and wherein during a second operation mode of the wireless communication network, the base station is configured to perform one or more of the following: - adaptively limit access of users or user groups to one or more of the logical radio access networks, - adaptively control the distribution of the physical resources among the plurality of logical radio access networks, - adaptively control the physical resources to be used dependent on one or more service characteristics of a service using the logical radio access network, - adaptively reduce a number of enabled logical radio access networks. - adaptively limit access of users or user groups to one or more of the logical radio access networks, - adaptively control the distribution of the physical resources among the plurality of logical radio access networks, - adaptively control the physical resources to be used dependent on one or more service characteristics of a service using the logical radio access network, - adaptively reduce a number of enabled logical radio access networks.