mhurhangee/ep-ind-claims huggingface dataset:
A method in a user equipment, UE, for managing information related to multicast and/or broadcast services, MBS, when the UE has a radio connection with a radio access network, RAN, the method comprising: transmitting, by the UE to the RAN, an MBS interest indication that indicates a configuration according to which the UE prefers to receive an MBS transmission; detecting, by the UE and subsequently to the transmitting, a failure on the radio connection; and retaining, by the UE, the configuration at the UE in response to the detecting. transmitting, by the UE to the RAN, an MBS interest indication that indicates a configuration according to which the UE prefers to receive an MBS transmission; detecting, by the UE and subsequently to the transmitting, a failure on the radio connection; and retaining, by the UE, the configuration at the UE in response to the detecting.
A method of a user equipment, UE, registered with a fifth generation, 5G, core network, comprising: in response to an emergency indication, selecting, by the UE, a first domain intended for a call responsive to the emergency indication; subsequent to selecting the first domain, attempting, by the UE, a combined registration with a second core network different from the 5G core network; in response to attempting the combined registration, receiving, by the UE, a further indication from the second core network indicating that the UE is registered for packet switched services only; and in response to the further indication, selecting, by the UE, an access network connected to a third core network to perform the call, wherein performing the call includes initiating, by the UE, the call by sending a SETUP message or an EMERGENCY SETUP message to the third core network, and the SETUP message or the EMERGENCY SETUP message indicates that the call uses a mobile switching center, MSC, in a circuit switched domain of the third core network. in response to an emergency indication, selecting, by the UE, a first domain intended for a call responsive to the emergency indication; subsequent to selecting the first domain, attempting, by the UE, a combined registration with a second core network different from the 5G core network; in response to attempting the combined registration, receiving, by the UE, a further indication from the second core network indicating that the UE is registered for packet switched services only; and in response to the further indication, selecting, by the UE, an access network connected to a third core network to perform the call, wherein performing the call includes initiating, by the UE, the call by sending a SETUP message or an EMERGENCY SETUP message to the third core network, and the SETUP message or the EMERGENCY SETUP message indicates that the call uses a mobile switching center, MSC, in a circuit switched domain of the third core network.
Device for quantifying the content of at least one gaseous constituent contained in a gaseous sample from a fluid, comprising: - a formation unit for forming a gaseous flow from the sample, comprising a separation device configured to separate each gaseous constituent to be analysed by means of selective retention; - an oven for combustion of the gaseous flow, connected to the separation device to successively form a gaseous residue from each constituent; - a unit for quantifying the content of the or each constituent to be analysed in the gaseous flow, the quantification unit comprising an optical measurement unit having an optical measurement cell, wherein the combustion oven is connected to an outlet of the separation device; said quantification unit comprising: - the optical measurement cell which is connected to an outlet of the combustion oven in order to receive the gaseous flow from the combustion oven; - a laser for emitting an optical signal; - optical means for introducing the optical signal into the cell; - a sensor for measuring a transmitted optical signal resulting from an interaction between the optical signal and each gaseous residue in the cell; and - a calculation unit for calculating said content on the basis of the transmitted optical signal. - a formation unit for forming a gaseous flow from the sample, comprising a separation device configured to separate each gaseous constituent to be analysed by means of selective retention; - an oven for combustion of the gaseous flow, connected to the separation device to successively form a gaseous residue from each constituent; - a unit for quantifying the content of the or each constituent to be analysed in the gaseous flow, the quantification unit comprising an optical measurement unit having an optical measurement cell, wherein the combustion oven is connected to an outlet of the separation device; - the optical measurement cell which is connected to an outlet of the combustion oven in order to receive the gaseous flow from the combustion oven; - a laser for emitting an optical signal; - optical means for introducing the optical signal into the cell; - a sensor for measuring a transmitted optical signal resulting from an interaction between the optical signal and each gaseous residue in the cell; and - a calculation unit for calculating said content on the basis of the transmitted optical signal.
A tire, comprising a tread comprising a rubber composition, the rubber composition comprising: rubber components including an isoprene-based rubber, a polybutadiene rubber, and a styrene-butadiene rubber; and fillers including silica and carbon black, the rubber composition satisfying the following relationships to: Isoprene-based rubber content > Styrene-butadiene rubber content; Isoprene-based rubber content > Polybutadiene rubber content; and Silica content ≥ Carbon black content, the tire satisfying the following relationships and with respect to a tan δ at 30°C of the rubber composition and a negative ratio N (%) of the tread: tan δ at 30 ° C < 0.10; and tan δ at 30 ° C × N < 4.0 the tan δ being measured as described at paragraph of the description; and the negative ratio N being measured as described at paragraph of the description. the rubber composition comprising: rubber components including an isoprene-based rubber, a polybutadiene rubber, and a styrene-butadiene rubber; and fillers including silica and carbon black, the rubber composition satisfying the following relationships to: Isoprene-based rubber content > Styrene-butadiene rubber content; Isoprene-based rubber content > Polybutadiene rubber content; and Silica content ≥ Carbon black content, the tire satisfying the following relationships and with respect to a tan δ at 30°C of the rubber composition and a negative ratio N (%) of the tread: tan δ at 30 ° C < 0.10; and tan δ at 30 ° C × N < 4.0 the tan δ being measured as described at paragraph of the description; and the negative ratio N being measured as described at paragraph of the description.
Water inlet arrangement for the use in fish tanks in aquaculture, with a pipe, to feed water into the tank, the pipe having a plurality of openings, characterized by an outer pipe, having a plurality of openings and surrounding the pipe, or a fixed or adjustable shield surrounding only a part of the circumference of the pipe.
An impeller mixer of electrode slurry, comprising: a container filled with raw materials of electrode slurry; impellers which have different shapes from each other and are multi-layered, the impellers being rotatably provided in the container and configured to mix the raw materials of electrode slurry; and a driving part disposed on a bottom portion of the container and coupled to the impellers through a coupling shaft to rotate the impeller, wherein the coupling shaft is disposed above the driving part, wherein the impeller comprises a first impeller, a second impeller, and a third impeller, wherein the first impeller is disposed adjacent to a bottom surface of the container, the second impeller is vertically spaced a predetermined distance from the first impeller, and the third impeller is vertically spaced another predetermined distance from the second impeller, and wherein the first impeller is horizontally longer than the second impeller, and the second impeller is longer than the third impeller, characterized in that the third impeller comprises bars which are arranged on an outer circumferential surface of a disk at intervals of a predetermined angle and of which ends diagonally protrude in an upward direction, so that the raw material of electrode slurry move downwardly a container filled with raw materials of electrode slurry; impellers which have different shapes from each other and are multi-layered, the impellers being rotatably provided in the container and configured to mix the raw materials of electrode slurry; and a driving part disposed on a bottom portion of the container and coupled to the impellers through a coupling shaft to rotate the impeller, wherein the coupling shaft is disposed above the driving part,
A method for providing a virtual private network (55, VPN) between a home control network key (42, 42b) and a home control network device of the actuators of the remote control system in a property comprising: - both the home control network key (42, 42b) and the home control network device that form a predetermined network terminal pair, the members of which are allowed to communicate only with each other and a home control network server, send at times a poll to the home control network server, in which it is asked whether the other device of the network terminal pair is connected to the data transfer network, and if it is, then - both the home control network key (42, 42b) and the home control network device make a connection to the home control network server in order to establish a virtual private network and request the routing information from the home control network server in order to establish an end-to-end data transfer connection between said network terminals pair; - the home control network server checks whether both the home control network key (42, 42b) and the home control network device are the predetermined network terminal pair; and - the home control network server sends both to the home control network key (42, 42b) and the home control network device the requested routing information if the home control network server has checked that the home control network key (42, 42b) and the home control network device are the predetermined network terminal pair, wherein the home control network key (42, 42b) and the home control network device start with several known establishing methods of a virtual private network an establishing process of an end-to-end data transfer connection in order to provide at least one virtual private network. - both the home control network key (42, 42b) and the home control network device that form a predetermined network terminal pair, the members of which are allowed to communicate only with each other and a home control network server, send at times a poll to the home control network server, in which it is asked whether the other device of the network terminal pair is connected to the data transfer network, and if it is, then - both the home control network key (42, 42b) and the home control network device make a connection to the home control network server in order to establish a virtual private network and request the routing information from the home control network server in order to establish an end-to-end data transfer connection between said network terminals pair; - the home control network server checks whether both the home control network key (42, 42b) and the home control network device are the predetermined network terminal pair; and - the home control network server sends both to the home control network key (42, 42b) and the home control network device the requested routing information if the home control network server has checked that the home control network key (42, 42b) and the home control network device are the predetermined network terminal pair,
A cleaning nozzle for applying a cleaning fluid to surfaces to be cleaned in a filling station for filling a filling material into containers, comprising an inner sleeve for guiding the cleaning fluid, wherein the inner sleeve has a connection end for connection to a cleaning fluid reservoir, and an outer sleeve arranged outside the inner sleeve to form an intermediate space, wherein the inner sleeve has at least one inner sleeve opening for the passage of the cleaning fluid from an interior space into the intermediate space and the outer sleeve has an outlet opening for applying the cleaning fluid to the surface of the filling station to be cleaned, wherein the position of the outlet opening of the outer sleeve can be adjusted independently of the position of the inner sleeve opening characterized in that the outer sleeve comprises at least a first attachment with a first outlet region as part of the outlet opening and a second attachment with a second outlet region as part of the outlet opening, wherein the position of the first attachment is adjustable independently of the position of the second attachment. an inner sleeve for guiding the cleaning fluid, wherein the inner sleeve has a connection end for connection to a cleaning fluid reservoir, and an outer sleeve arranged outside the inner sleeve to form an intermediate space, wherein the inner sleeve has at least one inner sleeve opening for the passage of the cleaning fluid from an interior space into the intermediate space and the outer sleeve has an outlet opening for applying the cleaning fluid to the surface of the filling station to be cleaned, wherein the position of the outlet opening of the outer sleeve can be adjusted independently of the position of the inner sleeve opening characterized in that the outer sleeve comprises at least a first attachment with a first outlet region as part of the outlet opening and a second attachment with a second outlet region as part of the outlet opening, wherein the position of the first attachment is adjustable independently of the position of the second attachment.
Substrate (100, 101, 102) for radio-frequency microelectronic devices comprising: • a support substrate made of a first semiconductor material with resistivity of more than 500 ohm.cm; • a plurality of trenches in the support substrate, filled with a second material, and defining, on a first face of the support substrate, a plurality of first zones made of a first material and at least one second zone made of a second material; the substrate (100, 101, 102) being characterized in that: • the second material has a resistivity of more than 10 kohms.cm; • the first zones have a maximum dimension of less than 10 microns and are isolated from each other by the second zone; • the surface density of the first zones and of the second zone provides an upper part of the substrate, extending from the first face of the support substrate to a depth of the trenches, with an average thermal conductivity of more than 20 W/mK, an average dielectric permittivity that is less than the permittivity of the first material and a resistivity that is greater than the resistivity of the first material. • a support substrate made of a first semiconductor material with resistivity of more than 500 ohm.cm; • a plurality of trenches in the support substrate, filled with a second material, and defining, on a first face of the support substrate, a plurality of first zones made of a first material and at least one second zone made of a second material; • the second material has a resistivity of more than 10 kohms.cm; • the first zones have a maximum dimension of less than 10 microns and are isolated from each other by the second zone; • the surface density of the first zones and of the second zone provides an upper part of the substrate, extending from the first face of the support substrate to a depth of the trenches, with an average thermal conductivity of more than 20 W/mK, an average dielectric permittivity that is less than the permittivity of the first material and a resistivity that is greater than the resistivity of the first material.
A method for configuring IP multimedia subsystem, IMS, parameters, the method comprises: an application processor in a mobile terminal acquiring an international mobile subscriber identity from a baseband processor through a preset command; the application processor in the mobile terminal collecting IMS configuration parameters, and associating a mobile country code and a mobile network code in the international mobile subscriber identity with the IMS configuration parameters, characterized in that the IMS configuration parameters are collected correspondingly through an MTK platform according to a request of an operator, and the mobile country code and the mobile network code in the international mobile subscriber identity of a SIM card are associated with the IMS configuration parameters according to a request of the operator, so that the baseband processor identifies the IMS configuration parameters of the operator; the application processor in the mobile terminal sending the mobile country code, the mobile network code and the IMS configuration parameters to the baseband processor; and the baseband processor in the mobile terminal receiving the IMS configuration parameters from the application processor, and setting the IMS configuration parameters corresponding to the operator according to the mobile country code and the mobile network code; wherein the method further comprises: directly modifying the IMS configuration parameters at the application processor to complete a verification test and perform an update when an IMS configuration of the mobile terminal needs to be updated. an application processor in a mobile terminal acquiring an international mobile subscriber identity from a baseband processor through a preset command; the application processor in the mobile terminal collecting IMS configuration parameters, and associating a mobile country code and a mobile network code in the international mobile subscriber identity with the IMS configuration parameters, characterized in that the IMS configuration parameters are collected correspondingly through an MTK platform according to a request of an operator, and the mobile country code and the mobile network code in the international mobile subscriber identity of a SIM card are associated with the IMS configuration parameters according to a request of the operator, so that the baseband processor identifies the IMS configuration parameters of the operator; the application processor in the mobile terminal sending the mobile country code, the mobile network code and the IMS configuration parameters to the baseband processor; and the baseband processor in the mobile terminal receiving the IMS configuration parameters from the application processor, and setting the IMS configuration parameters corresponding to the operator according to the mobile country code and the mobile network code; wherein the method further comprises: directly modifying the IMS configuration parameters at the application processor to complete a verification test and perform an update when an IMS configuration of the mobile terminal needs to be updated.
A method for providing positioning of a support bar within a denture system, said method comprising: providing a denture material blank; providing a support bar; forming a cut-out for the support bar in the denture material blank, wherein the cut-out is an oversized cut-out in that it is oversized relative to the support bar; positioning at least one oversized implant interface to the support bar, wherein each oversized implant interface is a roughly shaped implant interface which has to be milled to form a final implant interface having an exact size; securing the support bar to the denture material blank; subsequently using the denture material blank for registering, i.e. positioning, the denture material blank relative to a milling device, thereby also defining the position of the support bar relative to the milling device; and subsequently milling the at least one oversized implant interface to an exact size for forming the final implant interface. providing a denture material blank; providing a support bar; forming a cut-out for the support bar in the denture material blank, wherein the cut-out is an oversized cut-out in that it is oversized relative to the support bar; positioning at least one oversized implant interface to the support bar, wherein each oversized implant interface is a roughly shaped implant interface which has to be milled to form a final implant interface having an exact size; securing the support bar to the denture material blank; subsequently using the denture material blank for registering, i.e. positioning, the denture material blank relative to a milling device, thereby also defining the position of the support bar relative to the milling device; and subsequently milling the at least one oversized implant interface to an exact size for forming the final implant interface.
A medical assembly comprising: a stent comprising a primary electrode, wherein the stent is configured to expand from a collapsed configuration to an expanded configuration; a secondary electrode (26, 102); and an energy source configured to deliver an electrical signal between the primary electrode and the secondary electrode through a fluid in contact with the primary electrode to cause the fluid to undergo cavitation to generate a pressure pulse wave within the fluid. a stent comprising a primary electrode, wherein the stent is configured to expand from a collapsed configuration to an expanded configuration; a secondary electrode (26, 102); and an energy source configured to deliver an electrical signal between the primary electrode and the secondary electrode through a fluid in contact with the primary electrode to cause the fluid to undergo cavitation to generate a pressure pulse wave within the fluid.