mhurhangee/ep-ind-claims huggingface dataset:
A method of selecting a Public Land Mobile Network, PLMN, information, by a user equipment in a wireless communication system, the method comprising: receiving a PLMN list including accessible PLMNs and prohibition indicators via a system information, each of the prohibition indicators indicating whether an access to a network corresponding to a respective one of the PLMNs in the PLMN list is prohibited or not; selecting one of the PLMNs while excluding a specific PLMN among the PLMNs in the PLMN list for a specific time when a prohibition indicator of the specific PLMN indicates that an access to a network corresponding to the specific PLMN is prohibited; and accessing a network using the selected one of the PLMNs for the specific time, wherein the specific time comprises a change cycle or a repetition cycle of the system information. receiving a PLMN list including accessible PLMNs and prohibition indicators via a system information, each of the prohibition indicators indicating whether an access to a network corresponding to a respective one of the PLMNs in the PLMN list is prohibited or not; selecting one of the PLMNs while excluding a specific PLMN among the PLMNs in the PLMN list for a specific time when a prohibition indicator of the specific PLMN indicates that an access to a network corresponding to the specific PLMN is prohibited; and accessing a network using the selected one of the PLMNs for the specific time, wherein the specific time comprises a change cycle or a repetition cycle of the system information.
Carbon brush with disconnection apparatus, which, in a cavity in the brush body, has a disconnection body consisting of electrically insulating material and a prestressed compression-spring body which acts resiliently on the disconnection body, characterized in that the compression-spring body is formed together with the disconnection body as a short component, in that the compression-spring body is formed from at least one spring with a plurality of spring turns (26, 27, 28), wherein said spring turns (26, 27, 28), at least in the prestressed, compressed state, are located at least partly one inside the other, wherein the smallest spring turn is accommodated in a following larger spring turn.
A configurable sensor platform configured to interface with a streetlight controller, the configurable sensor platform comprising: an enclosure configured to be deployed between a streetlight and the streetlight controller that manages operations of the streetlight; a sensor module comprising a plurality of sensor receptacles configured to receive at least a subset of various combinations of sensors; a plurality of sensors disposed in the enclosure, wherein individual sensors included in the plurality of sensors are selected based on particular requirements of the configurable sensor platform, the plurality of sensors being one of said subset of various combinations of sensors; at least one processor disposed in the enclosure, the processor configured to receive data from at least one of the plurality of sensors; an electrical receptacle for receiving the streetlight controller in a substantially secure configuration; an electrical connector for connecting the enclosure to the streetlight; and at least one pass-through connector disposed within the enclosure to provide an electrical connection between the electrical connector and the electrical receptacle for passing power from the streetlight, through the configurable sensor platform, to the streetlight controller. an enclosure configured to be deployed between a streetlight and the streetlight controller that manages operations of the streetlight; a sensor module comprising a plurality of sensor receptacles configured to receive at least a subset of various combinations of sensors; a plurality of sensors disposed in the enclosure, wherein individual sensors included in the plurality of sensors are selected based on particular requirements of the configurable sensor platform, the plurality of sensors being one of said subset of various combinations of sensors; at least one processor disposed in the enclosure, the processor configured to receive data from at least one of the plurality of sensors; an electrical receptacle for receiving the streetlight controller in a substantially secure configuration; an electrical connector for connecting the enclosure to the streetlight; and at least one pass-through connector disposed within the enclosure to provide an electrical connection between the electrical connector and the electrical receptacle for passing power from the streetlight, through the configurable sensor platform, to the streetlight controller.
A method for manufacturing a deep drawing heat shrinkable multilayer film comprising an intermediate layer made of a vinylidene chloride copolymer resin (a), and a resin layer made of a first thermoplastic resin (b) layered on at least one surface of the intermediate layer, the first thermoplastic resin (b) being a polyester-based resin, a polyamide-based resin, a polyolefin-based resin, a polystyrene-based resin or a polyurethane-based resin; the hot water shrinkabilities of the film in its longitudinal and transverse directions at a temperature of 90°C ranging from 3% to 35% respectively, the method comprising the sequential steps of: co-extruding at least two species of melted resins in a tubular shape to form a bubble of tubular film; water-cooling the bubble of tubular film to below the lowest melting point of the resins; reheating the bubble of tubular film to a temperature of the highest melting point of the resins or below; drawing the bubble of tubular film in a longitudinal direction while fluid is being supplied to the interior of the bubble of tubular film to stretch 2.5 to 4 times in longitudinal and transverse directions respectively to form a biaxial stretched film; folding the biaxial stretched film; and performing heat treatment using steam or hot water of 60°C to 95°C from the outer surface side of the biaxial stretched film while fluid is being supplied to the interior of the biaxial stretched film, and performing relaxation treatment by 10% to 35% in longitudinal and transverse directions respectively at the same time as the heat treatment. co-extruding at least two species of melted resins in a tubular shape to form a bubble of tubular film; water-cooling the bubble of tubular film to below the lowest melting point of the resins; reheating the bubble of tubular film to a temperature of the highest melting point of the resins or below; drawing the bubble of tubular film in a longitudinal direction while fluid is being supplied to the interior of the bubble of tubular film to stretch 2.5 to 4 times in longitudinal and transverse directions respectively to form a biaxial stretched film; folding the biaxial stretched film; and performing heat treatment using steam or hot water of 60°C to 95°C from the outer surface side of the biaxial stretched film while fluid is being supplied to the interior of the biaxial stretched film, and performing relaxation treatment by 10% to 35% in longitudinal and transverse directions respectively at the same time as the heat treatment.
A mobile terminal comprising: a display for displaying images; and a controller configured to control the display to: display an Internet webpage having at least two webpage sections (510, 530) when the mobile terminal is in an unlocked state; in response to user selection of a first webpage section among the at least two webpage sections (510, 530), set the first webpage section as a lock screen, wherein the first webpage section is automatically refreshed in the unlocked state according to a first preset time interval; and display the first webpage section together with an unlock icon as the lock screen, when the mobile terminal is switched from the unlocked state to a locked state, wherein the first webpage section is automatically refreshed in the locked state according to a second preset time interval longer than the first preset time interval. a display for displaying images; and a controller configured to control the display to: display an Internet webpage having at least two webpage sections (510, 530) when the mobile terminal is in an unlocked state; in response to user selection of a first webpage section among the at least two webpage sections (510, 530), set the first webpage section as a lock screen, wherein the first webpage section is automatically refreshed in the unlocked state according to a first preset time interval; and display the first webpage section together with an unlock icon as the lock screen, when the mobile terminal is switched from the unlocked state to a locked state, wherein the first webpage section is automatically refreshed in the locked state according to a second preset time interval longer than the first preset time interval. display an Internet webpage having at least two webpage sections (510, 530) when the mobile terminal is in an unlocked state; in response to user selection of a first webpage section among the at least two webpage sections (510, 530), set the first webpage section as a lock screen, wherein the first webpage section is automatically refreshed in the unlocked state according to a first preset time interval; and display the first webpage section together with an unlock icon as the lock screen, when the mobile terminal is switched from the unlocked state to a locked state, wherein the first webpage section is automatically refreshed in the locked state according to a second preset time interval longer than the first preset time interval.
A method of operation of an optical network communication system comprising: providing a planar lightwave circuit including: an array of 2 x 2 single-mode optical couplers forming a 1 x N single-mode optical splitter/combiner with an array of ONU-facing optical ports and with harvesting ports, and wherein the harvesting ports are routed to an optical line terminal receiver for collecting harvested-light, from two or more of the harvesting ports, in the optical line terminal receiver; transmitting to optical network units through the planar lightwave circuit at a first wavelength; and interpreting a response from the optical network units at a second wavelength through the harvested-light. providing a planar lightwave circuit including: an array of 2 x 2 single-mode optical couplers forming a 1 x N single-mode optical splitter/combiner with an array of ONU-facing optical ports and with harvesting ports, and wherein the harvesting ports are routed to an optical line terminal receiver for collecting harvested-light, from two or more of the harvesting ports, in the optical line terminal receiver; an array of 2 x 2 single-mode optical couplers forming a 1 x N single-mode optical splitter/combiner with an array of ONU-facing optical ports and with harvesting ports, and wherein the harvesting ports are routed to an optical line terminal receiver for collecting harvested-light, from two or more of the harvesting ports, in the optical line terminal receiver; transmitting to optical network units through the planar lightwave circuit at a first wavelength; and interpreting a response from the optical network units at a second wavelength through the harvested-light.
A wireless communication method, the method comprising: sending by a first device over a first channel of a wireless network a poll packet for polling a second device in the wireless network as part of a polling sequence that polls the second device and at least one further device, wherein the poll packet comprises an address of the second device; receiving and at least partially decoding the poll packet by the second device; as part of the polling sequence, sending by the first device to a further device of the at least one further device a previous poll packet before said sending of the poll packet, wherein the previous poll packet comprises the address of the further device; receiving and at least partially decoding by the second device the previous poll packet before the receiving and at least partially decoding of the poll packet; determining by the second device that said poll packet will be addressed to the second device based on the polling sequence and the address of the further device and sending by the second device over a second channel of the wireless network, in response to the poll packet, a response packet, wherein: the sending by the second device of at least part of the response packet is performed after receiving at least part of the preamble of the poll packet by the second device and before decoding the address from the poll packet by the second device. sending by a first device over a first channel of a wireless network a poll packet for polling a second device in the wireless network as part of a polling sequence that polls the second device and at least one further device, wherein the poll packet comprises an address of the second device; receiving and at least partially decoding the poll packet by the second device; as part of the polling sequence, sending by the first device to a further device of the at least one further device a previous poll packet before said sending of the poll packet, wherein the previous poll packet comprises the address of the further device; receiving and at least partially decoding by the second device the previous poll packet before the receiving and at least partially decoding of the poll packet; determining by the second device that said poll packet will be addressed to the second device based on the polling sequence and the address of the further device and sending by the second device over a second channel of the wireless network, in response to the poll packet, a response packet, wherein: the sending by the second device of at least part of the response packet is performed after receiving at least part of the preamble of the poll packet by the second device and before decoding the address from the poll packet by the second device.
A system to identify a user in relation with television services comprising eyeglasses to be worn by said user, said eyeglasses having a pair of flexible temples adapted to take on the shape of a portion of the circumference of the user's head, a television receiver device comprising a server module configured to communicate wirelessly with sensor means associated with the eyeglasses, the system is characterized in that the sensor means is configured to measure a value of deflection caused by the temple bending around a portion of the circumference of the user's head, and in that the sensor means comprises: on each of the flexible temples of the eyeglasses at least one sensing arrangement; and a wireless transmitter configured to transmit said value of deflection being unique for each user as biometric to the server module configured to identify the user according to the measured value of deflection corresponding to the portion of the user's head circumference. on each of the flexible temples of the eyeglasses at least one sensing arrangement; and a wireless transmitter configured to transmit said value of deflection being unique for each user as biometric to the server module configured to identify the user according to the measured value of deflection corresponding to the portion of the user's head circumference.
A device, comprising: a base; a foot plate attached to the base, the foot plate having a plurality of members attached thereto, the members configured for receiving at least a first wire or pin to fix a foot of a person relative to the foot plate while the foot plate is oriented normal to a superior-inferior direction of the foot; an assembly attached to the base, the assembly including: a support shaped to receive a calf of a person, wherein the support has a rack attached thereto; and a positioning assembly for attaching the support to the base, including a first mechanism (112, 114, 116) for positioning the support in the superior-inferior direction relative to the base, wherein the first mechanism includes a pinion for positioning the rack. a base; a foot plate attached to the base, the foot plate having a plurality of members attached thereto, the members configured for receiving at least a first wire or pin to fix a foot of a person relative to the foot plate while the foot plate is oriented normal to a superior-inferior direction of the foot; an assembly attached to the base, the assembly including: a support shaped to receive a calf of a person, wherein the support has a rack attached thereto; and a positioning assembly for attaching the support to the base, including a first mechanism (112, 114, 116) for positioning the support in the superior-inferior direction relative to the base, wherein the first mechanism includes a pinion for positioning the rack. a support shaped to receive a calf of a person, wherein the support has a rack attached thereto; and a positioning assembly for attaching the support to the base, including a first mechanism (112, 114, 116) for positioning the support in the superior-inferior direction relative to the base, wherein the first mechanism includes a pinion for positioning the rack.
A touch screen unlocking method, comprising: displaying a screen unlocking interface on a touch screen wherein the screen unlocking interface comprises a password unlocking area for authenticating the user identity and a shortcut unlocking area; characterized by receiving an unlocking pattern input by a user through the screen unlocking interface, wherein the unlocking pattern comprises a password unlocking pattern input through the password unlocking area and a shortcut unlocking pattern input through the shortcut unlocking area; wherein the password unlocking pattern and the shortcut unlocking pattern received by the screen unlocking interface are successive and uninterrupted; unlocking the touch screen to enter a function interface corresponding to the shortcut unlocking pattern in response to the password unlocking pattern is consistent with a preset password unlocking pattern. displaying a screen unlocking interface on a touch screen wherein the screen unlocking interface comprises a password unlocking area for authenticating the user identity and a shortcut unlocking area; characterized by receiving an unlocking pattern input by a user through the screen unlocking interface, wherein the unlocking pattern comprises a password unlocking pattern input through the password unlocking area and a shortcut unlocking pattern input through the shortcut unlocking area; wherein the password unlocking pattern and the shortcut unlocking pattern received by the screen unlocking interface are successive and uninterrupted; unlocking the touch screen to enter a function interface corresponding to the shortcut unlocking pattern in response to the password unlocking pattern is consistent with a preset password unlocking pattern.
A method of manufacturing a semiconductor light-emitting device in which an n-type semiconductor layer, a light-emitting layer, and a p-type semiconductor layer are formed on a substrate, a transparent positive electrode is formed on the p-type semiconductor layer, a positive electrode bonding pad is formed on the transparent positive electrode, and a negative electrode bonding pad is formed on the n-type semiconductor layer, the method comprising: forming, on substantially the entire upper surface of the p-type semiconductor layer, the transparent positive electrode made of a transparent conductive oxide material having an oxygen concentration that is 0.01 at% to 10 at% lower than a stoichiometric composition; performing an annealing process on the transparent positive electrode in an atmosphere including oxygen; and, after the annealing process, performing a reannealing process on the transparent positive electrode in an oxygen-free atmosphere. forming, on substantially the entire upper surface of the p-type semiconductor layer, the transparent positive electrode made of a transparent conductive oxide material having an oxygen concentration that is 0.01 at% to 10 at% lower than a stoichiometric composition; performing an annealing process on the transparent positive electrode in an atmosphere including oxygen; and, after the annealing process, performing a reannealing process on the transparent positive electrode in an oxygen-free atmosphere.
A coupling unit for connecting a detachable cartridge containing at least one skin treatment unit to a handle component of an electric skin treatment device, the coupling unit comprising a frame adapted to receive a respective engagement element (21, 22) of the cartridge, and wherein the frame is provided with a U-shaped spring having two arms (11, 12) extending at least substantially parallel to each other in a first direction (x) and a connecting bar connecting the arms (11, 12) and extending in a second direction (y) which is at least substantially perpendicular to the first direction (x), wherein the respective free end (10, 18) of each arm (11, 12) of the U-shaped spring resides in a recess (16, 17) respectively providing support to the spring, and each of the two arms of the U-shaped spring extends across the frame, respectively, wherein the recesses (16, 17) and the U-shaped spring are configured such that the two arms (11, 12) are elastically deflected together into the second direction (y) from a starting position into a deflected position when the engagement elements (21, 22) are inserted into the frame.
A method for manufacturing an interconnect structure, the method comprising: providing a metal interconnect layer; forming a first dielectric layer on the metal interconnect layer; forming a fluorocarbon layer on the first dielectric layer; forming a second dielectric layer on the fluorocarbon layer; performing an etch process on the second dielectric layer using the fluorocarbon layer as an etch stop mask to form an opening, characterized in that the fluorocarbon layer is doped with nitrogen or boron. providing a metal interconnect layer; forming a first dielectric layer on the metal interconnect layer; forming a fluorocarbon layer on the first dielectric layer; forming a second dielectric layer on the fluorocarbon layer; performing an etch process on the second dielectric layer using the fluorocarbon layer as an etch stop mask to form an opening,
A method for controlling a feed of alumina to an electrolytic cell for producing aluminum by electrolysis of molten salts, the method comprising: measuring a resistance value between electrodes of the electrolytic cell; recording measured resistance values at fixed time intervals; evaluating an alumina concentration; feeding the alumina at a set rate in underfeeding modes and overfeeding modes compared with a theoretical alumina feeding rate; alternating phases of underfeeding and overfeeding, characterized in that the alumina concentration in an electrolytic melt is maintained equal or close to a saturation value, wherein a duration of the underfeeding phases is selected depending on the alumina concentration in the electrolytic melt, and a duration of the overfeeding phases is determined by a change of one or more recorded electrolytic cell parameters: reduced voltage, U, pseudo-resistance, R, rates of change of reduced voltage, dU / dt, and pseudo-resistance, dR / dt, and wherein an anode-cathode distance is adjusted during any of the feeding phases by displacing an anode assembly.