mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a storage storing log data related to an operation of the display device; a display configured to display contents; a communicator configured to communicate with an external device; a voice receiver; and a controller configured to control the storage, the display, the communicator, and the voice receiver, wherein the controller is further configured to: analyze the log data to classify the log data for each of the users, wherein the classification for each of the users is based on a user voice pattern and keyword included in the log data, wherein the keyword corresponds to a content type, for each of the users, generate a pattern from the log data classified for each of the users, based on the keyword from the log data classified for each of the users, for each of the users, store the generated pattern in the storage as a macro, recognize a voice received through the voice receiver to determine a speaker, determine whether or not the received voice includes a trigger word and a keyword, and execute a macro corresponding to the keyword and the speaker when the received voice includes the keyword and the trigger word. a storage storing log data related to an operation of the display device; a display configured to display contents; a communicator configured to communicate with an external device; a voice receiver; and a controller configured to control the storage, the display, the communicator, and the voice receiver, wherein the controller is further configured to: analyze the log data to classify the log data for each of the users, wherein the classification for each of the users is based on a user voice pattern and keyword included in the log data, wherein the keyword corresponds to a content type, for each of the users, generate a pattern from the log data classified for each of the users, based on the keyword from the log data classified for each of the users, for each of the users, store the generated pattern in the storage as a macro, recognize a voice received through the voice receiver to determine a speaker, determine whether or not the received voice includes a trigger word and a keyword, and execute a macro corresponding to the keyword and the speaker when the received voice includes the keyword and the trigger word. analyze the log data to classify the log data for each of the users, wherein the classification for each of the users is based on a user voice pattern and keyword included in the log data, wherein the keyword corresponds to a content type, for each of the users, generate a pattern from the log data classified for each of the users, based on the keyword from the log data classified for each of the users, for each of the users, store the generated pattern in the storage as a macro, recognize a voice received through the voice receiver to determine a speaker, determine whether or not the received voice includes a trigger word and a keyword, and execute a macro corresponding to the keyword and the speaker when the received voice includes the keyword and the trigger word.
A method for making carpet (310, 410, 510) having an underside comprising: a. laying a web (418, 612, 614) onto an advancing belt in a carpet manufacturing line; b. applying a resin layer onto the web (418, 612, 614); c. laying in tufted facecloth (312, 314, 316, 412, 414, 416, 620) on the resin layer to form a composite structure, d. heating (622, 626) the composite structure at least to a temperature at which the viscosity of the resin layer decreases and the resin layer begins to cure; and e. while maintaining the temperature of the composite structure at or above the temperature at which the viscosity of the resin layer decreases and the resin layer begins to cure, applying pressure to the composite structure by passing the composite structure in contact with at least one pressure roller (628, 630) so that the web (418, 612, 614) is driven almost entirely or entirely into the resin layer so that the web is not exposed on the underside of the composite structure. a. laying a web (418, 612, 614) onto an advancing belt in a carpet manufacturing line; b. applying a resin layer onto the web (418, 612, 614); c. laying in tufted facecloth (312, 314, 316, 412, 414, 416, 620) on the resin layer to form a composite structure, d. heating (622, 626) the composite structure at least to a temperature at which the viscosity of the resin layer decreases and the resin layer begins to cure; and e. while maintaining the temperature of the composite structure at or above the temperature at which the viscosity of the resin layer decreases and the resin layer begins to cure, applying pressure to the composite structure by passing the composite structure in contact with at least one pressure roller (628, 630) so that the web (418, 612, 614) is driven almost entirely or entirely into the resin layer so that the web is not exposed on the underside of the composite structure.
Work machine comprising at least one movably arranged item of work equipment and a plurality of illumination means for illuminating the working area of the work equipment, wherein the work machine has at least one control unit and at least one detection unit for detecting the position of at least one part of at least two parts of the work machine that are movable relative to one another and/or for detecting the steering angle of the work machine, wherein the control unit is connected to the detection unit in such a way that position data detected by the detection unit are transferred to the control unit, characterised in that the control unit is connected to the illumination means in such a way and is designed in such a way that, depending on the position data received from the detection means, the control unit adjusts the illumination intensity of the illumination emitted by the illumination means in at least one direction by dimming, such that it operates illumination means in the illumination direction of which said part of at least two parts of the work machine that are movable relative to one another is located with a lower illumination intensity than illumination means in the illumination direction of which said part is not located, the illumination means being dimmable in a continuous or stepped manner.
A method, comprising: transmitting from a base station a global radio frequency, RF, carrier configuration message to mobile stations in a multi-carrier orthogonal frequency division multiplexing, OFDM, network, wherein the global RF carrier configuration message comprises global carrier configuration information of multiple available RF carriers of different base stations (13, 14, 15) in the OFDM network, characterized in that each available RF carrier has a unique global physical carrier index. transmitting from a base station a global radio frequency, RF, carrier configuration message to mobile stations in a multi-carrier orthogonal frequency division multiplexing, OFDM, network, wherein the global RF carrier configuration message comprises global carrier configuration information of multiple available RF carriers of different base stations (13, 14, 15) in the OFDM network, characterized in that each available RF carrier has a unique global physical carrier index.
An adjustable sports paddle, comprising: a handle; a neck portion; a substantially ovular frame or wishbone-shaped frame; a molded insert comprising a first and second striking surfaces mounted in the substantially ovular frame or wishbone-shaped frame; a bladder disposed between the first and second striking surfaces; a conduit extending from the bladder to the handle through the neck; a pressurizing mechanism in the handle for increasing an air pressure in the bladder via the conduit; and a depressurizing mechanism in the handle for decreasing the air pressure in the bladder via the conduit. a handle; a neck portion; a substantially ovular frame or wishbone-shaped frame; a molded insert comprising a first and second striking surfaces mounted in the substantially ovular frame or wishbone-shaped frame; a bladder disposed between the first and second striking surfaces; a conduit extending from the bladder to the handle through the neck; a pressurizing mechanism in the handle for increasing an air pressure in the bladder via the conduit; and a depressurizing mechanism in the handle for decreasing the air pressure in the bladder via the conduit.
An electron beam emission device comprising: a filament unit configured to discharge electrons, wherein the filament unit is a long unit; a housing having a window from which electrons discharged from the filament unit pass; and a unit accommodation part fixed in the housing, having a long tubular shape surrounding a portion of the filament unit and holding the filament unit, the unit accommodation part having an electron discharge opening formed in a portion of an outer peripheral surface facing the window, wherein a plurality of positioning parts are provided between an outer surface of the filament unit and an inner surface of the unit accommodation part, the positioning parts being slidably in contact with the outer surface of the filament unit or the inner surface of the unit accommodation part and performing positioning of the filament unit with respect to the unit accommodation part, and wherein the filament unit is capable of being inserted into the unit accommodation part from an end of the unit accommodation part. a filament unit configured to discharge electrons, wherein the filament unit is a long unit; a housing having a window from which electrons discharged from the filament unit pass; and a unit accommodation part fixed in the housing, having a long tubular shape surrounding a portion of the filament unit and holding the filament unit, the unit accommodation part having an electron discharge opening formed in a portion of an outer peripheral surface facing the window, wherein a plurality of positioning parts are provided between an outer surface of the filament unit and an inner surface of the unit accommodation part, the positioning parts being slidably in contact with the outer surface of the filament unit or the inner surface of the unit accommodation part and performing positioning of the filament unit with respect to the unit accommodation part, and wherein the filament unit is capable of being inserted into the unit accommodation part from an end of the unit accommodation part.
A synthetic polymer flexible pipe for the transportation of high pressure and/or temperature hydrocarbon liquids or gases comprising: (i) an inner liner layer; (ii) an armour layer surrounding an end of the flexible pipe; (iii) a pipe coupling disposed at the end of the pipe and surrounding the armour layer; (iv) a sealing area defined by a recessed portion of the pipe coupling; and (v) a sealing material disposed in the sealing area; wherein the inner liner of said pipe end extends into the sealing area and is bonded to the sealing material, and characterised in that the sealing material is non-elastomeric and both the sealing material and the inner liner layer of the flexible pipe comprise the same class of synthetic polymer selected from the group comprising thermoplastics and thermosets. (i) an inner liner layer; (ii) an armour layer surrounding an end of the flexible pipe; (iii) a pipe coupling disposed at the end of the pipe and surrounding the armour layer; (iv) a sealing area defined by a recessed portion of the pipe coupling; and (v) a sealing material disposed in the sealing area; wherein the inner liner of said pipe end extends into the sealing area and is bonded to the sealing material, and characterised in that the sealing material is non-elastomeric and both the sealing material and the inner liner layer of the flexible pipe comprise the same class of synthetic polymer selected from the group comprising thermoplastics and thermosets.
A method for handling a failure in a label-switched router in a multiprotocol label switching, MPLS, network, said method comprising: detecting said failure; in response to said failure, modifying forwarding data structure entries storing information pertaining to a first output adjacency affected by said failure; and thereafter based on said modification, forwarding protected traffic previously handled by said first output adjacency via a backup tunnel employing a second output adjacency; and wherein a time required for said modification is independent of a number of protected tunnels employing said first output adjacency and independent of a number of protected forwarding equivalence classes employing said first output adjacency. detecting said failure; in response to said failure, modifying forwarding data structure entries storing information pertaining to a first output adjacency affected by said failure; and thereafter based on said modification, forwarding protected traffic previously handled by said first output adjacency via a backup tunnel employing a second output adjacency; and wherein a time required for said modification is independent of a number of protected tunnels employing said first output adjacency and independent of a number of protected forwarding equivalence classes employing said first output adjacency.
A supported catalyst formed by combining a dewaxing catalyst and a metal oxide binder having a surface area of 100 m 2 /g or less in powder form prior to formulation of the supported catalyst, the supported catalyst comprising: a zeolite dewaxing catalyst with unidimensional 10-member ring pores and having a SiO 2:Al 2 O 3 ratio of 100 or less; a metal hydrogenation component; and a metal oxide binder. a zeolite dewaxing catalyst with unidimensional 10-member ring pores and having a SiO 2:Al 2 O 3 ratio of 100 or less; a metal hydrogenation component; and a metal oxide binder.
A method performed at a Radio Base Station, RBS, of supplying ICN content to at least one User Equipment, UE, in a network comprising: receiving a request for content from the at least one UE; further being characterized in comprising: submitting a request for the content to at least one Information Centric Networking, ICN, node; receiving the requested content from the ICN node; multicasting the received ICN content to a plurality of UEs including said at least one UE, for subsequent caching at the plurality of UEs, the ICN content being multicasted via an Enhanced Multicast Broadcast Multimedia Service, eMBMS, channel of the RBS wherein an eMBMS client executing on the RBS is local to the radio access of the RBS wherein eMBMS support infrastructure in the 3rd Generation Partnership Project, 3GPP, parts of the core network is avoided; and continuously submitting requests for the requested content to said at least one ICN node and submitting any further received ICN content to said at least one UE, until no further content is received from the at least one ICN node. submitting a request for the content to at least one Information Centric Networking, ICN, node; receiving the requested content from the ICN node; multicasting the received ICN content to a plurality of UEs including said at least one UE, for subsequent caching at the plurality of UEs, the ICN content being multicasted via an Enhanced Multicast Broadcast Multimedia Service, eMBMS, channel of the RBS wherein an eMBMS client executing on the RBS is local to the radio access of the RBS wherein eMBMS support infrastructure in the 3rd Generation Partnership Project, 3GPP, parts of the core network is avoided; and continuously submitting requests for the requested content to said at least one ICN node and submitting any further received ICN content to said at least one UE, until no further content is received from the at least one ICN node.
An anti-sprouting method for bulbs and tubers comprising the application of 0.1 to 2 kg of the composition per tonne of tubers and bulbs, wherein the composition comprises: - from 0.1 to 20% of one or more lipophilic components selected from among vegetable oils, mineral oils, lecithin, fatty acids and mixtures thereof, - from 1 to 30% of an emulsifier or mixture of emulsifiers selected from among ethoxylated oleic acid, lauric acid, sucroesters and their mixtures, - from 10 to 80% of a solvent selected from among water, monopropylene glycol, ethanol and mixtures thereof, and - from 0 to 10% of anti-oxydant agent(s). - from 0.1 to 20% of one or more lipophilic components selected from among vegetable oils, mineral oils, lecithin, fatty acids and mixtures thereof, - from 1 to 30% of an emulsifier or mixture of emulsifiers selected from among ethoxylated oleic acid, lauric acid, sucroesters and their mixtures, - from 10 to 80% of a solvent selected from among water, monopropylene glycol, ethanol and mixtures thereof, and - from 0 to 10% of anti-oxydant agent(s).
A method of vehicle-to-vehicle, V2V, communications by a user equipment, UE. comprising: identifying that sensing history information at the UE is unavailable for a sensing based resource selection procedure; and selecting, in response to identifying that the sensing history information is unavailable, a resource selection procedure based on configuration information obtained from a network entity in communication with the UE, wherein selecting the resource selection procedure is further based on a priority of a packet to be transmitted from the UE, wherein a random resource selection procedure is selected for transmitting packets with a high priority. identifying that sensing history information at the UE is unavailable for a sensing based resource selection procedure; and selecting, in response to identifying that the sensing history information is unavailable, a resource selection procedure based on configuration information obtained from a network entity in communication with the UE, wherein selecting the resource selection procedure is further based on a priority of a packet to be transmitted from the UE, wherein a random resource selection procedure is selected for transmitting packets with a high priority.
A method of physical foaming a footwear component, the method comprising: temperature conditioning a mold to a temperature from 15 degrees Celsius to 90 degrees Celsius; applying a gas counter pressure to a cavity of the mold; injecting a single-phase solution of a polymeric composition and a supercritical fluid into the cavity of the mold; releasing the gas counter pressure from the cavity of the mold; and removing the footwear component from the cavity of the mold, characterized by engaging the mold with a robotically conveyed end effector adapted to reversible engage with the mold; conveying, with the end effector, the mold to a press; the method further comprising selecting the mold from a quantity of molds contained at a temperature conditioning rack prior to engaging the mold with the robotically conveyed end effector.
A production apparatus for a treatment solution for forming an insulating coating, comprising: a mixing tank for mixing a solution A containing, on a PO 4 3- basis, 0.20 mol/L or more and 10 mol/L or less of phosphoric acid and/or a phosphate salt and containing, on a metal basis, less than 0.50 mol/L of a particulate metal compound and a solution B containing, on a metal basis, 0.50 mol/L or more and 20.0 mol/L or less of the particulate metal compound and containing, on a PO 4 3- basis, less than 0.20 mol/L of phosphoric acid and/or the phosphate salt; a turbine stator-type high-speed stirrer, wherein stirring is performed with the turbine stator-type high-speed stirrer such that a peripheral speed of a turbine reaches 10 m/s or more within 60 seconds after starting the mixing of the solution A and the solution B; and a high-pressure homogenizer configured to treat the solution obtained from the turbine stator-type high-speed stirrer, characterized in that the high-pressure homogenizer is configured to disperse solids by applying a high pressure to the solution to be treated and then releasing the pressure while applying shearing force or the like to the solution, wherein the high-pressure homogenizer is configured to apply a pressure of 20 MPa or more to the solution to be treated. a mixing tank for mixing a solution A containing, on a PO 4 3- basis, 0.20 mol/L or more and 10 mol/L or less of phosphoric acid and/or a phosphate salt and containing, on a metal basis, less than 0.50 mol/L of a particulate metal compound and a solution B containing, on a metal basis, 0.50 mol/L or more and 20.0 mol/L or less of the particulate metal compound and containing, on a PO 4 3- basis, less than 0.20 mol/L of phosphoric acid and/or the phosphate salt; a solution A containing, on a PO 4 3- basis, 0.20 mol/L or more and 10 mol/L or less of phosphoric acid and/or a phosphate salt and containing, on a metal basis, less than 0.50 mol/L of a particulate metal compound and a solution B containing, on a metal basis, 0.50 mol/L or more and 20.0 mol/L or less of the particulate metal compound and containing, on a PO 4 3- basis, less than 0.20 mol/L of phosphoric acid and/or the phosphate salt; a turbine stator-type high-speed stirrer, wherein stirring is performed with the turbine stator-type high-speed stirrer such that a peripheral speed of a turbine reaches 10 m/s or more within 60 seconds after starting the mixing of the solution A and the solution B; and a high-pressure homogenizer configured to treat the solution obtained from the turbine stator-type high-speed stirrer, characterized in that the high-pressure homogenizer is configured to disperse solids by applying a high pressure to the solution to be treated and then releasing the pressure while applying shearing force or the like to the solution, wherein the high-pressure homogenizer is configured to apply a pressure of 20 MPa or more to the solution to be treated.