mhurhangee/ep-ind-claims huggingface dataset:
Method of communication of a message arising from a first device and intended for a second device, the devices being able to share respective sets of multimedia contents, the method comprising: - a step of encrypting the message by means of an encryption key, - a step of inserting the encrypted message into a content, - a step of associating between the content resulting from the inserting step, and at least one attribute (MSG_PRV, ID) having a link with the inserted message and being accessible by the other users; - a step of storing the content resulting from the preceding steps in the shared set associated with the first device, - a step of accessing the content including an extracting of the encrypted message (MSG_PRV) and a decrypting of the message by the second device by means of a decryption key. - a step of encrypting the message by means of an encryption key, - a step of inserting the encrypted message into a content, - a step of associating between the content resulting from the inserting step, and at least one attribute (MSG_PRV, ID) having a link with the inserted message and being accessible by the other users; - a step of storing the content resulting from the preceding steps in the shared set associated with the first device, - a step of accessing the content including an extracting of the encrypted message (MSG_PRV) and a decrypting of the message by the second device by means of a decryption key.
A method for updating playlists in a media environment, said playlists being automatically generated from a plurality of media files stored on a computer-readable medium, the method comprising: identifying a content edit, said content edit indicating media content to be added to or deleted from the plurality of media files, said media content having metadata associated therewith; determining, as a function of the metadata, one or more of the playlists affected by the identified content edit; updating the determined playlists per the received content edit, wherein said determining and said updating occur automatically in response to said identifying the content edit; rendering the media content from one or more of the playlists; the characterised in that it further comprises: determining a string name associated with at least one of the updated playlists as a function of a predefined playlist type; displaying the determined string name to a user; determining an out-of-date status of one or more of the playlists being rendered if the resources to update the one or more of the playlists are not sufficient; setting an inconsistency flag corresponding to the out-of-date status of the one or more playlists; and shading the playlist name to identify that the playlist is outdated. identifying a content edit, said content edit indicating media content to be added to or deleted from the plurality of media files, said media content having metadata associated therewith; determining, as a function of the metadata, one or more of the playlists affected by the identified content edit; updating the determined playlists per the received content edit, wherein said determining and said updating occur automatically in response to said identifying the content edit; rendering the media content from one or more of the playlists; the characterised in that it further comprises: determining a string name associated with at least one of the updated playlists as a function of a predefined playlist type; displaying the determined string name to a user; determining an out-of-date status of one or more of the playlists being rendered if the resources to update the one or more of the playlists are not sufficient; setting an inconsistency flag corresponding to the out-of-date status of the one or more playlists; and shading the playlist name to identify that the playlist is outdated. determining a string name associated with at least one of the updated playlists as a function of a predefined playlist type; displaying the determined string name to a user; determining an out-of-date status of one or more of the playlists being rendered if the resources to update the one or more of the playlists are not sufficient; setting an inconsistency flag corresponding to the out-of-date status of the one or more playlists; and shading the playlist name to identify that the playlist is outdated.
A storage container for a saddle riding-type vehicle, the container comprising an electric device requiring a power supply for the operation thereof, comprising. - a wireless power receiver configured to obtain electrical power from an electromagnetic field generated by a wireless power transmitter; - a power supply circuit operatively connected to the wireless power receiver and to the electric device to supply the electric device with the electrical power obtained from the electromagnetic field; - a container body (130, 131) having a base and a cover or door, and characterised in that the wireless power receiver is integrated in the base of the container body (130,131). - a wireless power receiver configured to obtain electrical power from an electromagnetic field generated by a wireless power transmitter; - a power supply circuit operatively connected to the wireless power receiver and to the electric device to supply the electric device with the electrical power obtained from the electromagnetic field; - a container body (130, 131) having a base and a cover or door, and characterised in that the wireless power receiver is integrated in the base of the container body (130,131).
A discharge tube comprising: a pair of electrodes (22,24) opposed to each other with a discharge space in-between; an airtight cylinder in which the discharge space is formed, the pair of the electrodes respectively being mounted on both ends of the airtight cylinder, wherein the airtight cylinder is made of a light transmitting ceramic material; and a coating film formed on a surface of the airtight cylinder, wherein the coating film is resistant to water permeation so as to prevent invasion of moisture, and the material of the coating film is a lacquer material, and is a light transmitting material that transmits equal to or more than 50 percent of light in the visible light range, and the coating film has a thickness from 1μm to 500 μm. a pair of electrodes (22,24) opposed to each other with a discharge space in-between; an airtight cylinder in which the discharge space is formed, the pair of the electrodes respectively being mounted on both ends of the airtight cylinder, wherein the airtight cylinder is made of a light transmitting ceramic material; and a coating film formed on a surface of the airtight cylinder, wherein the coating film is resistant to water permeation so as to prevent invasion of moisture, and the material of the coating film is a lacquer material, and is a light transmitting material that transmits equal to or more than 50 percent of light in the visible light range, and the coating film has a thickness from 1μm to 500 μm.
A system for monitoring the performance of a participant engaged in a race having a predetermined route, the system comprising: a stationary position beacon system comprising a plurality of race mats positioned at predetermined distances along the route, wherein each race mat comprises at least one transmitter which is configured to wirelessly transmit time-stamped location data associated with a position of the race mat; a race controller in communication with the plurality of race mats and configured to provide timing and other race data to the plurality of race mats for transmission to the participant; and a portable fitness monitoring device supported by the participant, wherein the time-stamped location data associated with the position of a particular race mat is received by the portable fitness monitoring device when the participant crosses over the race mat. a stationary position beacon system comprising a plurality of race mats positioned at predetermined distances along the route, wherein each race mat comprises at least one transmitter which is configured to wirelessly transmit time-stamped location data associated with a position of the race mat; a race controller in communication with the plurality of race mats and configured to provide timing and other race data to the plurality of race mats for transmission to the participant; and a portable fitness monitoring device supported by the participant, wherein the time-stamped location data associated with the position of a particular race mat is received by the portable fitness monitoring device when the participant crosses over the race mat.
Device for raising regions of a roof tarpaulin for, for example, commercial vehicles, vehicle superstructures and trailers, said device having an actuatable roof tarpaulin raising element that can be transferred from a starting position, located under the tarpaulin, into an operating position, which raises the tarpaulin in regions, the roof tarpaulin element being in the form of a folding element and being supported at one end (2.1) on a stationary part of the commercial vehicle, the vehicle superstructure or the trailer, or being supported on a movable support element, and being connected at the other end to a traction element that is movable relative to the stationary part or the support element, by means of which traction element the folding element can be transferred into the folded operating position that raises the roof tarpaulin, characterised in that the traction element extends in the longitudinal direction of the commercial vehicle, the vehicle superstructure or the trailer, and a plurality of folding elements, arranged at a distance from one another, are connected to the traction element.
An article, comprising: a thermoplastic composition comprising a polysiloxane-polycarbonate copolymer, wherein the copolymer comprises repeating diorganosiloxane units of formula: wherein each R is, independently, a C 1-13 monovalent organic group, and E has an average value of 20 to 35; wherein the article is transparent, defined as exhibiting a transparency of greater than or equal to 60% when measured using ASTM D1003-00 procedure B using CIE standard illuminant C, and has a dimension whose cross-section is greater than or equal to 1.5 cm; wherein the composition is defined in that a 0.32 cm [1/8 th inch] thick bar formed from the thermoplastic composition has a B-Y ratio of less than or equal to 1.75, wherein the B-Y ratio is determined as a B-Y span of a molded part formed from the thermoplastic composition divided by a B-Y span of a molded part formed from a siloxane-free thermoplastic composition and the B-Y span is defined as Yellowness Index transmission - Yellowness Index reflectance, the siloxane-free thermoplastic composition having a composition identical to that of the thermoplastic composition except for the omission of the diorganosiloxane units, where yellowness index is determined in accordance with the method outlined in the description; and wherein the thermoplastic composition has 2 wt% to 6 wt% polysiloxane. a thermoplastic composition comprising a polysiloxane-polycarbonate copolymer, wherein the copolymer comprises repeating diorganosiloxane units of formula: wherein each R is, independently, a C 1-13 monovalent organic group, and E has an average value of 20 to 35; wherein the article is transparent, defined as exhibiting a transparency of greater than or equal to 60% when measured using ASTM D1003-00 procedure B using CIE standard illuminant C, and has a dimension whose cross-section is greater than or equal to 1.5 cm; wherein the composition is defined in that a 0.32 cm [1/8 th inch] thick bar formed from the thermoplastic composition has a B-Y ratio of less than or equal to 1.75, wherein the B-Y ratio is determined as a B-Y span of a molded part formed from the thermoplastic composition divided by a B-Y span of a molded part formed from a siloxane-free thermoplastic composition and the B-Y span is defined as Yellowness Index transmission - Yellowness Index reflectance, the siloxane-free thermoplastic composition having a composition identical to that of the thermoplastic composition except for the omission of the diorganosiloxane units, where yellowness index is determined in accordance with the method outlined in the description; and wherein the thermoplastic composition has 2 wt% to 6 wt% polysiloxane.
A method, comprising: operatively coupling a node to a switch fabric, the switch fabric being separate from an edge device network such that the node of the switch fabric can be administrated without disruption, modification, or reconfiguration of edge devices (150, 162, 164, 170) of the edge device network; operatively coupling to an edge device via the switch fabric so as to form the edge device network to facilitate communication with the edge device via a multiprotocol label switching, MPLS, tunnel through the switch fabric, the edge device network being formed such that the edge device of the edge device network can be administrated without disruption, modification, or reconfiguration of the node operatively coupled to the switch fabric; receiving a signal according to an auto-discovery protocol from a switch fabric device of the switch fabric; and sending, to the edge device, a label included in the signal and including load balancing information, such that the edge device sends a data unit via a MPLS tunnel associated with the load balancing information. operatively coupling a node to a switch fabric, the switch fabric being separate from an edge device network such that the node of the switch fabric can be administrated without disruption, modification, or reconfiguration of edge devices (150, 162, 164, 170) of the edge device network; operatively coupling to an edge device via the switch fabric so as to form the edge device network to facilitate communication with the edge device via a multiprotocol label switching, MPLS, tunnel through the switch fabric, the edge device network being formed such that the edge device of the edge device network can be administrated without disruption, modification, or reconfiguration of the node operatively coupled to the switch fabric; receiving a signal according to an auto-discovery protocol from a switch fabric device of the switch fabric; and sending, to the edge device, a label included in the signal and including load balancing information, such that the edge device sends a data unit via a MPLS tunnel associated with the load balancing information.
An entrapping device for preventing or reducing non-target deposition of embolic material in a blood vessel feeding a target organ in a subject, following embolization therapy, the entrapping device comprising an expandable filter configured for positioning within a heart right atrium and for covering said right atrium inlet opening from within said right atrium; wherein said filter comprises a mesh with a pore size diameter in the range of 15-50 micrometer, said mesh configured for capturing embolic material infiltrating the right atrium and said entrapping device being characterized in that said filter comprises a hollow sleeve extending circumferentially about the perimeter of the filter, and a drawstring housed within said hollow sleeve, wherein said drawstring, when pulled is configured to close the perimeter of the filter, thereby forming a pocket within which captured embolic material is entrapped.
A hydraulic self-adaptive adjusting foot comprises a bottom shell, an upper cover, a support post, a return spring, a piston body and a piston ring seal wherein the upper cover is arranged at the upper end of the bottom shell with openings, the piston body arranged in the bottom shell and a piston ring seal arranged between outer circumferential face of piston body and inner wall of bottom shell; a return spring is arranged between bottom of the piston body and the bottom shell while the bottom end of the support post penetrates slidably into the bottom shell from the center hole of the upper cover in a sealing mode; the invention is characterized in that a flange is arranged at the bottom of said support post and in the center of bottom surface of said flange is provided with a groove in which a steel ball return spring is provided; in the middle of bottom surface of piston body is provided with spring groove in which sets the top end of return spring; at the axis of spring groove sets the through hole as hydraulic oil passage between top end of which and bottom end of steel ball return spring arranges the steel ball.
A memory device, comprising: a substrate of semiconductor material of a first conductivity type; first and second spaced-apart regions (14, 16) in the substrate of a second conductivity type, with a channel region in the substrate therebetween; a conductive floating gate over and insulated from the substrate, wherein the floating gate is disposed partially over the first region and over a first portion of the channel region; a conductive second gate laterally adjacent to and insulated from the floating gate, wherein the second gate is disposed partially or fully over and insulated from a second portion of the channel region; wherein some or all of the first portion of the channel region includes implanted material only of the second conductivity type, and wherein the second portion of the channel region is entirely free of any implanted material of the first and second conductivity types. a substrate of semiconductor material of a first conductivity type; first and second spaced-apart regions (14, 16) in the substrate of a second conductivity type, with a channel region in the substrate therebetween; a conductive floating gate over and insulated from the substrate, wherein the floating gate is disposed partially over the first region and over a first portion of the channel region; a conductive second gate laterally adjacent to and insulated from the floating gate, wherein the second gate is disposed partially or fully over and insulated from a second portion of the channel region; wherein some or all of the first portion of the channel region includes implanted material only of the second conductivity type, and wherein the second portion of the channel region is entirely free of any implanted material of the first and second conductivity types.
A NOx-trapping catalyst, having a two-layer structure, comprising: a three-way catalyst layer containing a platinum-group element; and a NOx-trapping layer configured to include a NOx-trapping material and an oxygen storage capacity material, which are doped with a transition metal of manganese or nickel, other than copper, without containing a platinum-group element. a three-way catalyst layer containing a platinum-group element; and a NOx-trapping layer configured to include a NOx-trapping material and an oxygen storage capacity material, which are doped with a transition metal of manganese or nickel, other than copper, without containing a platinum-group element.
Storage box for small parts, in particular screws, comprising a bottom and at least two lateral walls (14, 16), which extend from the bottom and lie opposite each other, wherein the bottom and/or the lateral walls (14, 16) have at least one support flange for stacking multiple identical storage boxes, wherein, when two storage boxes are in the stacked state, a lower end region of the first lateral wall of an upper storage box is arranged parallel to an upper end region of the first lateral wall of the lower storage box, and a lower end region of the second lateral wall of an upper storage box is arranged parallel to an upper end region of the second lateral wall of the lower storage box, wherein at least one of the lateral walls (14, 16) is provided with at least one bar (36, 38), which is movable between a release position and a locking position and which, in the locking position, secures together two storage boxes stacked one on top of the other and, in the release position, releases them, characterized in that the bar is designed as a slide bar (36, 38) and is arranged slidably, by means of a sliding-block guide, on the upper end region of the first and/or second lateral wall (14, 16) or on the lower end region of the first and/or second lateral wall (14, 16), and wherein the bar (36, 38), in the locking position, locks a lid of the storage box.
A method for starting a gaseous fuel internal combustion engine having a plurality of gas admission valves respectively associated with a plurality of cylinders (26A-26D), the method comprising: rotating the engine until a first speed threshold is reached; starting a supply of pilot fuel to the plurality of cylinders (26A-26D) after reaching the first threshold to initiate combustion of the pilot fuel and intake air; receiving pressure signals indicating a cylinder pressure in the plurality of cylinders (26A-26B); determining whether an ignition device associated with each cylinder is functional based on the received cylinder pressure signals; determining whether the gas admission valves associated with the respective cylinders are functional based on the received cylinder pressure signals; operating the engine by supplying gaseous fuel to a first number of cylinders (26A-26B) via the associated gas admission valves until a second speed threshold above the first speed threshold is reached; and operating the engine by supplying gaseous fuel to a second number of cylinders (26A-26B) via the associated gas admission valves after reaching the second speed threshold, the second number of cylinders (26A-26B) being less than the first number of cylinders (26A-26B). rotating the engine until a first speed threshold is reached; starting a supply of pilot fuel to the plurality of cylinders (26A-26D) after reaching the first threshold to initiate combustion of the pilot fuel and intake air; receiving pressure signals indicating a cylinder pressure in the plurality of cylinders (26A-26B); determining whether an ignition device associated with each cylinder is functional based on the received cylinder pressure signals; determining whether the gas admission valves associated with the respective cylinders are functional based on the received cylinder pressure signals; operating the engine by supplying gaseous fuel to a first number of cylinders (26A-26B) via the associated gas admission valves until a second speed threshold above the first speed threshold is reached; and operating the engine by supplying gaseous fuel to a second number of cylinders (26A-26B) via the associated gas admission valves after reaching the second speed threshold, the second number of cylinders (26A-26B) being less than the first number of cylinders (26A-26B).