mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an electronic device, the method comprising: identifying at least one designated input; in response to identifying the designated input, determining whether applying an animation effect to a user interface displayed on a display of the electronic device; in response to determining applying the animation effect to the user interface, identifying battery operation mode information of the electronic device; if the battery operation mode information indicates a power saving mode, determining an operation time of the animation effect based on a first control value corresponding to the power saving mode, if the battery operation mode information does not indicate a power saving mode, determining the operation time of the animation effect based on a second control value corresponding to a current battery level among a plurality of second control values corresponding to a plurality of battery levels; and displaying, based on the determined operation time, the user interface to which the animation effect is applied, determining the number of at least one frame constructing the user interface based on the determined operation time; and constructing the user interface based on the determined number of the at least one frame. identifying at least one designated input; in response to identifying the designated input, determining whether applying an animation effect to a user interface displayed on a display of the electronic device; in response to determining applying the animation effect to the user interface, identifying battery operation mode information of the electronic device; if the battery operation mode information indicates a power saving mode, determining an operation time of the animation effect based on a first control value corresponding to the power saving mode, if the battery operation mode information does not indicate a power saving mode, determining the operation time of the animation effect based on a second control value corresponding to a current battery level among a plurality of second control values corresponding to a plurality of battery levels; and displaying, based on the determined operation time, the user interface to which the animation effect is applied, determining the number of at least one frame constructing the user interface based on the determined operation time; and constructing the user interface based on the determined number of the at least one frame.
A turbocharger assembly comprising: a center housing that comprises a compressor side, a turbine side, a bore that extends between the compressor side and the turbine side and a socket at the compressor side; a journal bearing disposed in the bore; and a lubricant deflector, characterized in that: the center housing comprises a boss at the compressor side wherein a surface of the boss defines, in part, the socket; and the lubricant deflector is disposed at least partially in the socket such that lubricant flows to one or more surfaces of the boss for transfer of heat energy from the boss to the lubricant to aid in cooling of the boss. a center housing that comprises a compressor side, a turbine side, a bore that extends between the compressor side and the turbine side and a socket at the compressor side; a journal bearing disposed in the bore; and a lubricant deflector, characterized in that: the center housing comprises a boss at the compressor side wherein a surface of the boss defines, in part, the socket; and the lubricant deflector is disposed at least partially in the socket such that lubricant flows to one or more surfaces of the boss for transfer of heat energy from the boss to the lubricant to aid in cooling of the boss.
A method for producing a marker element (30, 48) for an implant formed from a layered semi-finished product comprising an X-ray opaque or radiopaque material, wherein an adhesive layer (33, 47) is attached on or to at least one side of the semi-finished product (31, 32) or a plurality of adjacently arranged portions (31a, 32a) of the semi-finished product, so that a layered layer composite is formed at least in portions, and a plurality of disc-like marker elements (30, 48) are then cut from the layer composite or separated from the layer composite by a corresponding cut or a corresponding severing in a direction transverse, preferably perpendicular, to the layers of the layer composite, characterised in that - a continuous first layer or a plurality of portions of a first layer of the semi-finished product is arranged on and attached to a first side of the adhesive layer and also - a continuous second layer or a plurality of portions of a second layer of the semi-finished product is arranged on and attached to a second side of the adhesive layer, opposite the first side, so that these form the layer composite at least in portions. - a continuous first layer or a plurality of portions of a first layer of the semi-finished product is arranged on and attached to a first side of the adhesive layer and also - a continuous second layer or a plurality of portions of a second layer of the semi-finished product is arranged on and attached to a second side of the adhesive layer, opposite the first side,
An alpha 7 nicotinic acetylcholine receptor agonist for use in the treatment, amelioration, prevention or delay of progression of narcolepsy, excessive daytime sleepiness, nocturnal sleep disruption or cataplexy; wherein said alpha 7 nicotinic acetylcholine receptor agonist is -3-(6-p-tolyl-pyridin-3-yloxy)-1-aza-bicyclo[2.2.2]octane in free base form or in acid addition salt form.
A method of manufacturing a customized assembly comprising at least two osteosynthesis plates, the method comprising the following steps: obtaining a simulation of an operation on a jaw of a patient, in which operation a first part of the jaw is disjoined from a second part of the jaw, and wherein the simulation of the operation comprises an envisaged future anatomy of the patient, based on the simulated operation; designing a customized assembly comprising at least two osteosynthesis plates, each of which follows the future anatomy of the patient, designing the customized assembly comprising designing the customized assembly to comprise a rod for connecting the at least two osteosynthesis plates together; and manufacturing the customized assembly. obtaining a simulation of an operation on a jaw of a patient, in which operation a first part of the jaw is disjoined from a second part of the jaw, and wherein the simulation of the operation comprises an envisaged future anatomy of the patient, based on the simulated operation; designing a customized assembly comprising at least two osteosynthesis plates, each of which follows the future anatomy of the patient, designing the customized assembly comprising designing the customized assembly to comprise a rod for connecting the at least two osteosynthesis plates together; and manufacturing the customized assembly.
A method for managing traffic-overload in a DNS server during a network overload, the method comprising: Monitoring traffic associated with the DNS server, wherein the traffic includes a plurality of requests received by the DNS server and a plurality of responses transmitted by the DNS server; Identifying an occurrence of an event to trigger a rescue mode, wherein the rescue mode enables implementation of at least one policy for handling of the traffic associated with the DNS server; and Implementing the at least one policy upon occurrence of the event for handling the traffic, the method being characterized in that the at least one policy comprises: segregating the plurality of requests into a first set of requests, a second set of requests, and a third set of requests based on availability of responses in a cache corresponding to the plurality of requests, and a Time to Live, TTL, associated with the responses, wherein the cache is associated with the DNS server; identifying with respect to the first set of requests from amongst the plurality of requests, a first set of responses stored in the cache and expired based on the TTL, wherein the first set of responses include at least one response for each request from amongst the first set of requests; and after said identifying step, transmitting directly the first set of responses to a plurality of client devices, wherein the first set of responses includes expired data. Monitoring traffic associated with the DNS server, wherein the traffic includes a plurality of requests received by the DNS server and a plurality of responses transmitted by the DNS server; Identifying an occurrence of an event to trigger a rescue mode, wherein the rescue mode enables implementation of at least one policy for handling of the traffic associated with the DNS server; and Implementing the at least one policy upon occurrence of the event for handling the traffic, the method being characterized in that the at least one policy comprises: segregating the plurality of requests into a first set of requests, a second set of requests, and a third set of requests based on availability of responses in a cache corresponding to the plurality of requests, and a Time to Live, TTL, associated with the responses, wherein the cache is associated with the DNS server; identifying with respect to the first set of requests from amongst the plurality of requests, a first set of responses stored in the cache and expired based on the TTL, wherein the first set of responses include at least one response for each request from amongst the first set of requests; and after said identifying step, transmitting directly the first set of responses to a plurality of client devices, wherein the first set of responses includes expired data.
A flame-retardant polycarbonate blend, comprising: from 30 wt% to 80 wt% of a polycarbonate polymer; a polycarbonate-polysiloxane copolymer in an amount such that the blend contains from 2 wt% to 5 wt% of siloxane; from 0.01 wt% to 0.05 wt% of a non-brominated and non-chlorinated flame retardant, preferably wherein the flame retardant is a perfluoroalkane sulfonate; from 1 wt% to 10 wt% of titanium dioxide (TiO 2), wherein the TiO 2 has a silicon-based coating; and from 0.2 wt% to 2 wt% of carbon black; wherein the ratio of TiO 2 to carbon black is from 3:1 to 6:1; and wherein the blend has an L-value of 20 or less when measured according to DREOLL conditions in the CIELAB color space relative to CIE standard illuminant D50. from 30 wt% to 80 wt% of a polycarbonate polymer; a polycarbonate-polysiloxane copolymer in an amount such that the blend contains from 2 wt% to 5 wt% of siloxane; from 0.01 wt% to 0.05 wt% of a non-brominated and non-chlorinated flame retardant, preferably wherein the flame retardant is a perfluoroalkane sulfonate; from 1 wt% to 10 wt% of titanium dioxide (TiO 2), wherein the TiO 2 has a silicon-based coating; and from 0.2 wt% to 2 wt% of carbon black; wherein the ratio of TiO 2 to carbon black is from 3:1 to 6:1; and wherein the blend has an L-value of 20 or less when measured according to DREOLL conditions in the CIELAB color space relative to CIE standard illuminant D50.
A method for diagnosing a kidney disorder in a canine, comprising the steps of: (a) measuring the level of expression of a biomarker in a sample of kidney tissue from the canine, wherein the biomarker is secreted frizzle-related protein-2 (SFRP2) and (b) identifying the canine as having a kidney disorder wherein the kidney disorder is indicated by a significant difference in expression of a biomarker relative to control expression values, wherein a significant difference in the case of increased expression is an increase of at least twofold, and in the case of decreased expression, is a decrease of at least 50%.
A method of operating a feed system for a polyolefin polymerization reactor, comprising the acts of: exposing contents within a feed system of a polyolefin polymerization reactor to a radiation emission from a spectroscopic probe, in particular wherein the spectroscopic probe comprises a Raman probe; acquiring a spectroscopic signal from the contents on-line in substantially real-time in response to the radiation emission via the spectroscopic probe; and analyzing the spectroscopic signal to determine a property of the contents. exposing contents within a feed system of a polyolefin polymerization reactor to a radiation emission from a spectroscopic probe, in particular wherein the spectroscopic probe comprises a Raman probe; acquiring a spectroscopic signal from the contents on-line in substantially real-time in response to the radiation emission via the spectroscopic probe; and analyzing the spectroscopic signal to determine a property of the contents.
A path switching method, applied to a terminal device, wherein the terminal device has a packet data convergence protocol, PDCP, layer with a split bearer in a Dual Connection, DC, the PDCP layer is capable of sending uplink data to a first cell group or a second cell group, the first cell group and the second cell group are different cell groups, and the PDCP layer currently sends uplink data to the first cell group; the method characterised by: switching, by the terminal device, the PDCP layer from sending uplink data to the first cell group to sending uplink data to the second cell group; and sending, by the terminal device, first uplink data to the second cell group, wherein the first uplink data comprises at least first data, and the first data are data that have been sent to a radio link control protocol, RLC, layer of the first cell group by the terminal device; wherein the first cell group is a Master Cell Group of the split bearer and the second cell group is a Secondary Cell Group of the split bearer. switching, by the terminal device, the PDCP layer from sending uplink data to the first cell group to sending uplink data to the second cell group; and sending, by the terminal device, first uplink data to the second cell group, wherein the first uplink data comprises at least first data, and the first data are data that have been sent to a radio link control protocol, RLC, layer of the first cell group by the terminal device; wherein the first cell group is a Master Cell Group of the split bearer and the second cell group is a Secondary Cell Group of the split bearer.
An air freshening device comprising: a liquid supply to supply liquid fragrance material; a wick in contact with liquid in the liquid supply; and a power supply, characterized in that the device further comprises: a conductive mesh material of 200 mesh (74μm) to 600 mesh (22μm) to retain the liquid material in interstices thereof; and the power supply is operable to apply voltage across the conductive mesh material so as to heat liquid material contained in interstices of the mesh material to a temperature sufficient to vaporize the liquid, wherein the device is operable to substantially prevent deposition of the vaporized liquid material. a liquid supply to supply liquid fragrance material; a wick in contact with liquid in the liquid supply; and a power supply, a conductive mesh material of 200 mesh (74μm) to 600 mesh (22μm) to retain the liquid material in interstices thereof; and the power supply is operable to apply voltage across the conductive mesh material so as to heat liquid material contained in interstices of the mesh material to a temperature sufficient to vaporize the liquid, wherein the device is operable to substantially prevent deposition of the vaporized liquid material.
A method comprising: placing a liquid medium comprising water and at least 10% solids of an unsaccharified electron beam irradiated lignocellulosic feedstock in a vessel; saccharifying the electron beam irradiated lignocellulosic feedstock in the vessel to form a sugar solution, and converting the sugar solution to a product, in the same vessel, utilizing an enzyme and/or a microorganism, wherein the method further comprises mixing with a jet mixer during saccharification, and wherein the irradiated lignocellulosic feedstock has been irradiated with a dose of at least 10 Mrad. placing a liquid medium comprising water and at least 10% solids of an unsaccharified electron beam irradiated lignocellulosic feedstock in a vessel; saccharifying the electron beam irradiated lignocellulosic feedstock in the vessel to form a sugar solution, and converting the sugar solution to a product, in the same vessel, utilizing an enzyme and/or a microorganism, wherein the method further comprises mixing with a jet mixer during saccharification, and wherein the irradiated lignocellulosic feedstock has been irradiated with a dose of at least 10 Mrad.
A multiple target optical imaging apparatus for providing optical imaging of a plurality of physically-separated imaging sites comprising: a light source; an optical detector; and a plurality of fiber bundles, each fiber bundle conveying light generated by the light source from a proximal end of the bundle to a distal end of the bundle, wherein each bundle is adapted to have, in use, its distal end positioned adjacent to a different one of the imaging sites, and wherein each bundle also conveys an optical signal from a respective imaging site from its distal end to its proximal end, the optical signal from each fiber bundle being directed to a different spatial region of a common detection surface of the optical detector. a light source; an optical detector; and a plurality of fiber bundles, each fiber bundle conveying light generated by the light source from a proximal end of the bundle to a distal end of the bundle, wherein each bundle is adapted to have, in use, its distal end positioned adjacent to a different one of the imaging sites, and wherein each bundle also conveys an optical signal from a respective imaging site from its distal end to its proximal end, the optical signal from each fiber bundle being directed to a different spatial region of a common detection surface of the optical detector.
A method for creating a panorama, comprising: photographing a plurality of images, each of the plurality of images having a different orientation of a same subject; extracting a target region corresponding to the same subject from each of the plurality of images; detecting same portions in adjacent target regions; and creating a panorama of the same subject by combining the adjacent target regions based on the same portions, wherein the step of photographing is performed while moving the subject for creating a panorama, and a step of determining is performed for determining a size and a position of a reference region for creating the panorama by using the images photographed in the step of photographing. photographing a plurality of images, each of the plurality of images having a different orientation of a same subject; extracting a target region corresponding to the same subject from each of the plurality of images; detecting same portions in adjacent target regions; and creating a panorama of the same subject by combining the adjacent target regions based on the same portions, wherein the step of photographing is performed while moving the subject for creating a panorama, and a step of determining is performed for determining a size and a position of a reference region for creating the panorama by using the images photographed in the step of photographing.
An LED light fixture comprising: an extrusion extending between first and second ends (201, 202) and including (i) a base having an LED-adjacent surface and an opposite surface, and (ii) a heat-dissipating section having heat-dissipating surfaces extending from the opposite surface and being open to water/air flow thereover; and (iii) substantially closed compartments one extending along each side of the base and open at the first and second extrusion ends (201,202); a housing including at least one end-portion secured with respect to one end of the extrusion and forming at least one venting gap therebetween to provide cool-air ingress to and along the heat-dissipating surfaces by upward flow of heated air therefrom, and an LED arrangement mounted to the LED-adjacent surface in non-water/air-tight condition with respect to the housing, the LED arrangement including a plurality of LED-array modules (31, 32), characterized in that the extrusion is formed as a single-piece extrusion which supports the plurality of LED-array modules (31, 32). an extrusion extending between first and second ends (201, 202) and including (i) a base having an LED-adjacent surface and an opposite surface, and (ii) a heat-dissipating section having heat-dissipating surfaces extending from the opposite surface and being open to water/air flow thereover; and (iii) substantially closed compartments one extending along each side of the base and open at the first and second extrusion ends (201,202); a housing including at least one end-portion secured with respect to one end of the extrusion and forming at least one venting gap therebetween to provide cool-air ingress to and along the heat-dissipating surfaces by upward flow of heated air therefrom, and an LED arrangement mounted to the LED-adjacent surface in non-water/air-tight condition with respect to the housing, the LED arrangement including a plurality of LED-array modules (31, 32), characterized in that the extrusion is formed as a single-piece extrusion which supports the plurality of LED-array modules (31, 32).
A printed wiring board in which a transmitting circuit and N receiving circuits are coupled by a multi-point wiring, wherein N is an integer of 4 or more, wherein first to N-th branch points are disposed in sequence in the multi-point wiring, wherein the multi-point wiring has one end coupled to the transmitting circuit, wirings branched at the respective branch points are coupled to the respective receiving circuits, a wiring length from a coupling point of the transmitting circuit in the multi-point wiring to a first branch point is longer than a wiring length from the first branch point to a second branch point, and wiring lengths of the multi-point wiring between the adjacent branch points at and after the second branch point are shorter than the wiring length from the first branch point to the second branch point, characterized in that: the wiring lengths of the multi-point wiring between the adjacent branch points at and after the second branch point further decrease in sequence away from the coupling point of the transmitting circuit. first to N-th branch points are disposed in sequence in the multi-point wiring, wherein the multi-point wiring has one end coupled to the transmitting circuit, wirings branched at the respective branch points are coupled to the respective receiving circuits, a wiring length from a coupling point of the transmitting circuit in the multi-point wiring to a first branch point is longer than a wiring length from the first branch point to a second branch point, and wiring lengths of the multi-point wiring between the adjacent branch points at and after the second branch point are shorter than the wiring length from the first branch point to the second branch point, characterized in that: the wiring lengths of the multi-point wiring between the adjacent branch points at and after the second branch point further decrease in sequence away from the coupling point of the transmitting circuit.
A method, comprising: operating a customer premises equipment device including separating downstream services using a wavelength separator between a first receiver and a second receiver, transporting upstream cable return services with a laser through the wavelength separator; and switching a drive source for the upstream laser from an analog driver to a digital driver by using a managed electrical switch to reuse a wavelength of the laser, wherein a) the digital driver is located in a plug-in PON module that is located in the customer premises equipment device and coupled to the first receiver, b) the analog driver is located in a plug-in cable module that is located in the customer premises equipment device and coupled to the second receiver and c) an RF splitter is coupled between the managed electrical switch and the plug-in cable module.