mhurhangee/ep-ind-claims huggingface dataset:
A Push-to, PT, client comprising: a controller configured to: - receive a generated media burst confirmation request from another PT client, the media burst confirmation request is for a PT session with the PT client and has been generated by the another PT client, - request a PT client user's confirmation of a media burst for the PT session when the PT client receives the media burst confirmation request, and - selectively start encoding of media data of the PT session depending on the user's response to the controller's request, wherein the media burst is a right to send media data. a controller configured to: - receive a generated media burst confirmation request from another PT client, the media burst confirmation request is for a PT session with the PT client and has been generated by the another PT client, - request a PT client user's confirmation of a media burst for the PT session when the PT client receives the media burst confirmation request, and - selectively start encoding of media data of the PT session depending on the user's response to the controller's request, - receive a generated media burst confirmation request from another PT client, the media burst confirmation request is for a PT session with the PT client and has been generated by the another PT client, - request a PT client user's confirmation of a media burst for the PT session when the PT client receives the media burst confirmation request, and - selectively start encoding of media data of the PT session depending on the user's response to the controller's request, wherein the media burst is a right to send media data.
A method for receiving broadcast targeted content, the method comprising: receiving, at a client system, packeted content, the packeted content comprising content, a client identifier for identifying one or more client systems that are targeted for the content, and an identification of a content type; determining whether the client system is targeted for the content; and determining an action handler, located at the client system, for processing the content according to the identified content type, characterized in that the step for determining said action handler is performed by means of a table that lists the appropriate action handlers installed on the client system for processing targeted contents according to their content type, the method further comprises the step of: if the action handler, needed to handle a specific content, is not on said system, then downloading the required action handler from a location specified in the table. receiving, at a client system, packeted content, the packeted content comprising content, a client identifier for identifying one or more client systems that are targeted for the content, and an identification of a content type; determining whether the client system is targeted for the content; and determining an action handler, located at the client system, for processing the content according to the identified content type, if the action handler, needed to handle a specific content, is not on said system, then downloading the required action handler from a location specified in the table.
A lithium-ion battery comprising: an anode; a cathode; and an electrolyte disposed between the anode and the cathode and including lithium ions, wherein the anode includes a graphene framework film including interconnected graphene sheets having in-plane nanopores, and wherein the graphene framework film has a specific surface area of 600 m 2 g -1 or more. an anode; a cathode; and an electrolyte disposed between the anode and the cathode and including lithium ions, wherein the anode includes a graphene framework film including interconnected graphene sheets having in-plane nanopores, and wherein the graphene framework film has a specific surface area of 600 m 2 g -1 or more.
A cigarette packet in the embodiment of a hinge-lid pack type made of thin cardboard or similar packaging material, having a pack part, a lid pivotably connected thereto, and a collar arranged in the pack part, wherein walls of the pack part and of the lid have indentations formed by punchings, characterized by the following features: a) the cigarette packet is formed from a common blank for pack part and lid, wherein the blank has holes which are applied by means of punching in the region of selected longitudinal fold lines and/or of cross fold lines, such that trough-shaped indentations corresponding to the form of the holes are formed in the region of the fold lines (13, 14) of upright or transversely-directed pack edges formed as a result of right-angled folding, b) mutually overlapping fold tabs (18, 19; 27, 28) for the formation of double-layer side walls, that is to say pack side walls and lid side walls, have marginal indentations, namely edge recesses, which correspond to holes in the region of associated fold lines, c) a lid front wall forms a lid closing edge by means of a lid inner tab being folded against the inner side of the lid front wall, d) arranged in the region of the lid closing edge is a plurality of holes formed by punching which form recesses in the region of the lid closing edge when the lid inner tab is folded, e) a pack closing edge of a pack front wall, which lies opposite the lid closing edge when the lid is closed, is provided with open edge recesses formed by punchings, f) the recesses of the lid closing edge and the edge recesses of the pack closing edge opposite thereto form common openings when the lid is closed. a) the cigarette packet is formed from a common blank for pack part and lid, wherein the blank has holes which are applied by means of punching in the region of selected longitudinal fold lines and/or of cross fold lines, such that trough-shaped indentations corresponding to the form of the holes are formed in the region of the fold lines (13, 14) of upright or transversely-directed pack edges formed as a result of right-angled folding, b) mutually overlapping fold tabs (18, 19; 27, 28) for the formation of double-layer side walls, that is to say pack side walls and lid side walls, have marginal indentations, namely edge recesses, which correspond to holes in the region of associated fold lines, c) a lid front wall forms a lid closing edge by means of a lid inner tab being folded against the inner side of the lid front wall, d) arranged in the region of the lid closing edge is a plurality of holes formed by punching which form recesses in the region of the lid closing edge when the lid inner tab is folded, e) a pack closing edge of a pack front wall, which lies opposite the lid closing edge when the lid is closed, is provided with open edge recesses formed by punchings, f) the recesses of the lid closing edge and the edge recesses of the pack closing edge opposite thereto form common openings when the lid is closed.
Method for calculating the remaining usage time of a gas cylinder equipped with a pressure reducer, the method comprising the following steps: (a) measuring the pressure of the gas in the cylinder; (b) calculating the variation of pressure of the gas in the cylinder over time while gas is outputted; (c) calculating a remaining usage time T r based on the measured pressure in the cylinder and the calculated variation of pressure; characterized in that step (c) takes into account characteristics of the pressure reducer relative to variations of its nominal flow rate along the decrease of its inlet pressure while emptying the cylinder in order to minimize an error in the calculated variation of pressure of the gas in the cylinder otherwise induced by said variations. (a) measuring the pressure of the gas in the cylinder; (b) calculating the variation of pressure of the gas in the cylinder over time while gas is outputted; (c) calculating a remaining usage time T r based on the measured pressure in the cylinder and the calculated variation of pressure;
A light emitting diode module, comprising: a first end cap; a second end cap; a reflector portion extending longitudinally between the first end cap and the second end cap; and an LED package disposed adjacent to the reflector portion, characterized in that the reflector portion including a coolant passageway defined longitudinally through the reflector portion and fluidically coupled to the first end cap and the second end cap. a first end cap; a second end cap; a reflector portion extending longitudinally between the first end cap and the second end cap; and an LED package disposed adjacent to the reflector portion, characterized in that the reflector portion including a coolant passageway defined longitudinally through the reflector portion and fluidically coupled to the first end cap and the second end cap.
One or more non-transitory computer-readable media storing computer-executable instructions of a local network device (106; 202; 400) that upon execution cause one or more processors to perform acts comprising: receiving, at the local network device, a request for content from a user equipment in a multicast single frequency network, SFN, coverage area, the request comprising usage data associated with the user equipment indicating a triggering event; determining whether the content is cached at the local network device; in response to determining that the content is not cached at the local network device, identifying, by the local network device, a content server to provide the content based at least on the usage data and a broadcast identifier associated with the local network device serving the user equipment, wherein the broadcast identifier identifies the local network device serving the user equipment and the multicast SFN coverage area; receiving, at the local network device, the content from the content server, the content associated with the broadcast identifier of the local network device; storing, at the local network device, the content received from the content server; and serving, via the local network device, the content via multicast transmission to the user equipment in the multicast SFN coverage area for presenting the content at the user equipment. receiving, at the local network device, a request for content from a user equipment in a multicast single frequency network, SFN, coverage area, the request comprising usage data associated with the user equipment indicating a triggering event; determining whether the content is cached at the local network device; in response to determining that the content is not cached at the local network device, identifying, by the local network device, a content server to provide the content based at least on the usage data and a broadcast identifier associated with the local network device serving the user equipment, wherein the broadcast identifier identifies the local network device serving the user equipment and the multicast SFN coverage area; receiving, at the local network device, the content from the content server, the content associated with the broadcast identifier of the local network device; storing, at the local network device, the content received from the content server; and serving, via the local network device, the content via multicast transmission to the user equipment in the multicast SFN coverage area for presenting the content at the user equipment.
An annular seal for sealing an item of oilfield equipment, the annular seal having an inner diameter for receiving the item of oilfield equipment, comprising: a frame; a seal member contiguous with the frame; wherein the annular seal is configured for durability; wherein the seal member comprises a substantially frusto-conical outer surface, a substantially frusto-conical inner surface, and a seal surface; wherein the seal member includes a seal area surrounding the seal surface; and wherein the seal area includes at least one additive disposed radially of the seal surface. a frame; a seal member contiguous with the frame; wherein the annular seal is configured for durability; wherein the seal member comprises a substantially frusto-conical outer surface, a substantially frusto-conical inner surface, and a seal surface; wherein the seal member includes a seal area surrounding the seal surface; and wherein the seal area includes at least one additive disposed radially of the seal surface.
A data processing method, applied to a network device, wherein the method comprises: receiving a first data packet, wherein the first data packet comprises a source internet protocol IP address and a first verification code; obtaining a first key; generating a second verification code based on the source IP address and the first key; and if the second verification code is the same as the first verification code, determining that the first data packet is valid, wherein the generating a second verification code based on the source IP address and the first key comprises: generating the second verification code based on the source IP address, the first key, and any one or more of a locator, a service identifier, and a first dynamic parameter. receiving a first data packet, wherein the first data packet comprises a source internet protocol IP address and a first verification code; obtaining a first key; generating a second verification code based on the source IP address and the first key; and if the second verification code is the same as the first verification code, determining that the first data packet is valid, wherein the generating a second verification code based on the source IP address and the first key comprises: generating the second verification code based on the source IP address, the first key, and any one or more of a locator, a service identifier, and a first dynamic parameter.
A method, performed by a wireless device operating in a wireless network, for reporting measurements of interference affecting one or more critical wireless services provided by the wireless network, wherein 1 each of the one or more critical wireless services is an Ultra-Reliable and Low Latency Communications, URLLC, service, and wherein the measurements are for monitoring a reliability of the one or more critical wireless services, the method comprising: receiving, from the wireless network, configuration information instructing the wireless device to perform measurements on one or more radio resources or signals, the one or more radio resources or signals being solely associated with the one or more critical wireless services that the wireless device is at least currently not using; performing one or more measurements on the radio resources or signals, in accordance with the received configuration information; and selectively reporting results of the measurements, based on the configuration information. receiving, from the wireless network, configuration information instructing the wireless device to perform measurements on one or more radio resources or signals, the one or more radio resources or signals being solely associated with the one or more critical wireless services that the wireless device is at least currently not using; performing one or more measurements on the radio resources or signals, in accordance with the received configuration information; and selectively reporting results of the measurements, based on the configuration information.
A process for producing an extract derived from sugar cane, the process comprising: i) mixing a sugar cane derived product with ethanol to produce an extraction mixture comprising from 70% to 85% v/v ethanol; ii) allowing a precipitate to form in the extraction mixture; iii) removing the precipitate from the extraction mixture to obtain a supernatant; and iv) removing ethanol from the supernatant to produce the extract derived from sugar cane; wherein the extract comprises flavonoids and/or polyphenols. i) mixing a sugar cane derived product with ethanol to produce an extraction mixture comprising from 70% to 85% v/v ethanol; ii) allowing a precipitate to form in the extraction mixture; iii) removing the precipitate from the extraction mixture to obtain a supernatant; and iv) removing ethanol from the supernatant to produce the extract derived from sugar cane; wherein the extract comprises flavonoids and/or polyphenols.
A computer-implemented method for determining a degree of entropy of medical data, comprising: receiving the medical data as a waveform signal, detecting an apex of the waveform signal, determining a beat-to-beat time period of the waveform signal, characterized in that the method further comprises: converting the beat-to-beat time period to a transient heart rate frequency, forming a time series by using sequential data of converted transient heart rate frequencies, coding the time series in the form of differences between the sequential data, and compressing the differences using an essentially lossless compression method to form a result representing a degree of the compression, the result representing the degree of entropy of the medical data. receiving the medical data as a waveform signal, detecting an apex of the waveform signal, determining a beat-to-beat time period of the waveform signal, characterized in that the method further comprises: converting the beat-to-beat time period to a transient heart rate frequency, forming a time series by using sequential data of converted transient heart rate frequencies, coding the time series in the form of differences between the sequential data, and compressing the differences using an essentially lossless compression method to form a result representing a degree of the compression, the result representing the degree of entropy of the medical data. converting the beat-to-beat time period to a transient heart rate frequency, forming a time series by using sequential data of converted transient heart rate frequencies, coding the time series in the form of differences between the sequential data, and compressing the differences using an essentially lossless compression method to form a result representing a degree of the compression, the result representing the degree of entropy of the medical data.
Device for irrigating the naso-sinal cavities comprising a container, an end-piece (20, 200) comprising a base designed to be fixed to the said container and a tip having an orifice intended to allow the liquid to flow out of the device, and a means for regulating the flow rate of the stream of the said liquid capable of flowing through the said flow orifice, characterized in that: - the container comprises a body with flexible walls, a flat bottom and an opening formed in a neck, - the end-piece has passing through it a duct (25, 250) having, at each of its ends, an orifice (23, 24) of which a first orifice is the orifice intended to allow the liquid to flow out of the device and a second orifice has an elongate cross section, - an intermediate component able to be secured to the said container is arranged between the container and the end-piece, is fixed to the neck and has, passing through it, a duct opening into a third orifice of elongate cross section, the second orifice and the third orifice being aligned along one and the same axis (Ax) when the end-piece is mounted on the said intermediate component, - the means of regulating the flow rate of the stream of the said liquid capable of flowing through the said flow orifice is made up of means intended to turn the said end-piece and vary the relative positions of the said second and third orifices (24, 36) so that the cross section for the passage of liquid passing through the second and third orifices (24, 36) can vary about the axis (Ax), the cross section of the third orifice being narrower than the cross section of the second orifice. - the container comprises a body with flexible walls, a flat bottom and an opening formed in a neck, - the end-piece has passing through it a duct (25, 250) having, at each of its ends, an orifice (23, 24) of which a first orifice is the orifice intended to allow the liquid to flow out of the device and a second orifice has an elongate cross section, - an intermediate component able to be secured to the said container is arranged between the container and the end-piece, is fixed to the neck and has, passing through it, a duct opening into a third orifice of elongate cross section, the second orifice and the third orifice being aligned along one and the same axis (Ax) when the end-piece is mounted on the said intermediate component, - the means of regulating the flow rate of the stream of the said liquid capable of flowing through the said flow orifice is made up of means intended to turn the said end-piece and vary the relative positions of the said second and third orifices (24, 36) so that the cross section for the passage of liquid passing through the second and third orifices (24, 36) can vary about the axis (Ax), the cross section of the third orifice being narrower than the cross section of the second orifice.
Device for extracting cooking vapours, comprising 1.1. a cooking vapour entry installation having a cooking vapour entry opening which is closable by means of at least one closure element, and 1.2. an activation installation for activating the at least one closure element, 1.3. wherein the activation installation is configured in such a manner that 1.3.1. the at least one closure element by means of the activation installation is repositionable between a first position that closes the cooking vapour entry opening, and a second position that unblocks the cooking vapour entry opening, wherein 1.3.2. the at least one closure element in the repositioning between the two positions has at least one rotary movement component and at least one linear movement component, characterized in that 1.4. the activation installation has a purely rotatory drive by means of which the at least one closure element is repositionable, and 1.5. the device is configured in such a manner that the at least one closure element is arranged in the second position outside a flow region of the cooking vapours to be extracted in the cooking vapour entry installation. 1.1. a cooking vapour entry installation having a cooking vapour entry opening which is closable by means of at least one closure element, and 1.2. an activation installation for activating the at least one closure element, 1.3. wherein the activation installation is configured in such a manner that 1.3.1. the at least one closure element by means of the activation installation is repositionable between a first position that closes the cooking vapour entry opening, and a second position that unblocks the cooking vapour entry opening, wherein 1.3.2. the at least one closure element in the repositioning between the two positions has at least one rotary movement component and at least one linear movement component, characterized in that 1.3.1. the at least one closure element by means of the activation installation is repositionable between a first position that closes the cooking vapour entry opening, and a second position that unblocks the cooking vapour entry opening, wherein 1.3.2. the at least one closure element in the repositioning between the two positions has at least one rotary movement component and at least one linear movement component, 1.4. the activation installation has a purely rotatory drive by means of which the at least one closure element is repositionable, and 1.5. the device is configured in such a manner that the at least one closure element is arranged in the second position outside a flow region of the cooking vapours to be extracted in the cooking vapour entry installation.