mhurhangee/ep-ind-claims huggingface dataset:
A method implemented in a first proxy-call session control function, P-CSCF, node, the method comprising: receiving, via a first user plane associated to an Internet Protocol, IP, Multimedia Subsystem, IMS, Protocol Data Unit, PDU, session for a user equipment, UE, a session initiation protocol, SIP, INVITE message; and as a result of the SIP INVITE message and based on a location of the UE relative to a first access gateway, AGW, associated to the first P-CSCF node, determining whether or not to initiate use of at least one of an additional second user plane and an additional second AGW for the IMS PDU session for the UE, the at least one of the second user plane and the second AGW being closer to the UE than the first user plane; characterized in that the determining whether or not to initiate the use of the at least one of the additional second user plane and the additional second AGW for the IMS PDU session further comprises: determining, based at least in part on a media type indicated in a session information of the IMS PDU session, whether or not to initiate use of a local application server, AS, for the IMS PDU session for the UE. receiving, via a first user plane associated to an Internet Protocol, IP, Multimedia Subsystem, IMS, Protocol Data Unit, PDU, session for a user equipment, UE, a session initiation protocol, SIP, INVITE message; and as a result of the SIP INVITE message and based on a location of the UE relative to a first access gateway, AGW, associated to the first P-CSCF node, determining whether or not to initiate use of at least one of an additional second user plane and an additional second AGW for the IMS PDU session for the UE, the at least one of the second user plane and the second AGW being closer to the UE than the first user plane; characterized in that the determining whether or not to initiate the use of the at least one of the additional second user plane and the additional second AGW for the IMS PDU session further comprises: determining, based at least in part on a media type indicated in a session information of the IMS PDU session, whether or not to initiate use of a local application server, AS, for the IMS PDU session for the UE. as a result of the SIP INVITE message and based on a location of the UE relative to a first access gateway, AGW, associated to the first P-CSCF node, determining whether or not to initiate use of at least one of an additional second user plane and an additional second AGW for the IMS PDU session for the UE, the at least one of the second user plane and the second AGW being closer to the UE than the first user plane; characterized in that the determining whether or not to initiate the use of the at least one of the additional second user plane and the additional second AGW for the IMS PDU session further comprises: determining, based at least in part on a media type indicated in a session information of the IMS PDU session, whether or not to initiate use of a local application server, AS, for the IMS PDU session for the UE.
A system for growing plants above ground, the system comprising a support structure adapted to receive the plants, the support structure comprising a plurality of light-tight closed spaces, each closed space being adapted to receive the roots of a plant so that the roots of each plant are in one of the closed spaces, the system comprising: - a spray head comprising at least one spray nozzle comprising a piezoelectric sprayer, - means for supplying at least one plant nutrient solution, - moving means (3, 10) arranged to move the spray head between enclosed spaces, and - control means arranged to: o control at least one nozzle, o control the moving means (3, 10) so as to move the spray head between the closed spaces, the spray head being arranged to spray the nutrient solution into each enclosed space for a predetermined time and with a predetermined frequency. - a spray head comprising at least one spray nozzle comprising a piezoelectric sprayer, - means for supplying at least one plant nutrient solution, - moving means (3, 10) arranged to move the spray head between enclosed spaces, and - control means arranged to: o control at least one nozzle, o control the moving means (3, 10) so as to move the spray head between the closed spaces, o control at least one nozzle, o control the moving means (3, 10) so as to move the spray head between the closed spaces,
Central unit for a digital conferencing system comprising a processing unit arranged for receiving a plurality of first control signals from a plurality of interpreter desks, said plurality of first control signals indicating which interpreter channel is selected on an interpreter desk, and for identifying, based on said plurality of first control signals, which interpreter is interpreting in which interpreter channel and arranged for, based on said identification, returning to and displaying on said plurality of interpreter desks a plurality of feedback signals, said feedback signals allowing the interpreters to know whether and by whom the interpreter channel they are using is taken over, characterized in that said central unit is further arranged for receiving a plurality of second control signals from a plurality of listening units, said plurality of second control signals indicating which audio channel on a listening unit of said plurality of listening units is selected, for deriving, based on said plurality of second control signals, a total number of listeners per listening channel and for sending to and displaying on said plurality of interpreter desks, information on said total number of listeners per listening channel.
A lighting device accessory, comprising: - a flexible elongated body configured for fitting on and receiving therein an elongated, strip-like lighting device, the elongated body having a light-permeable light propagation portion extending lengthwise of the elongated body, and - a flexible reflector extending lengthwise of the elongated body, the reflector having a light-reflective surface facing the light-permeable portion to reflect light radiation propagated therethrough, wherein: the elongated body and the reflector are one-piece with each other, the light-permeable portion has opposed sides (1201, 1202) extending lengthwise of the body and the reflector extends projecting from one of the opposed sides of the light-permeable portion, characterized in that the reflector comprises a concave light-reflective surface with a concavity facing the light-permeable portion, and the accessory comprises a channel-shaped elongated body with the light-permeable portion at the open side of the channel shape, wherein the accessory has a substantially G-shaped cross-sectional profile. - a flexible elongated body configured for fitting on and receiving therein an elongated, strip-like lighting device, the elongated body having a light-permeable light propagation portion extending lengthwise of the elongated body, and - a flexible reflector extending lengthwise of the elongated body, the reflector having a light-reflective surface facing the light-permeable portion to reflect light radiation propagated therethrough, the elongated body and the reflector are one-piece with each other, the light-permeable portion has opposed sides (1201, 1202) extending lengthwise of the body and the reflector extends projecting from one of the opposed sides of the light-permeable portion, characterized in that the reflector comprises a concave light-reflective surface with a concavity facing the light-permeable portion, and the accessory comprises a channel-shaped elongated body with the light-permeable portion at the open side of the channel shape, wherein the accessory has a substantially G-shaped cross-sectional profile.
An apparatus comprising: a positive buoyancy device (18,88); a pair of control cables (36,38) attached to the buoyancy device and extending downward from the buoyancy device to a submerged end; a plurality of foil sections disposed along the control cables between the buoyancy device and the submerged end; and an actuator configured to adjust attack angles of the foil sections by changing a tension in one or both of the control cables; and a controller disposed at the positive buoyancy device (18, 88) and in data communication with the actuator, wherein the controller is configured to direct the actuator to adjust the tension in one or both of the control cables and thereby regulate lift generated by the plurality of foil sections, characterised in that the actuator is disposed at least partially within the positive buoyancy device (18, 88). a positive buoyancy device (18,88); a pair of control cables (36,38) attached to the buoyancy device and extending downward from the buoyancy device to a submerged end; a plurality of foil sections disposed along the control cables between the buoyancy device and the submerged end; and an actuator configured to adjust attack angles of the foil sections by changing a tension in one or both of the control cables; and a controller disposed at the positive buoyancy device (18, 88) and in data communication with the actuator, wherein the controller is configured to direct the actuator to adjust the tension in one or both of the control cables and thereby regulate lift generated by the plurality of foil sections, characterised in that the actuator is disposed at least partially within the positive buoyancy device (18, 88).
A method for operating a power converter system, the power converter system includes an LLC resonant converter and a non-inverting buckboost converter that is located in front of the LLC resonant converter, the method comprising: identifying a desired ratio of the input to output voltage of the LLC resonant converter, and regulating the output of the non-inverting buckboost converter based on the desired ratio of the input to output voltage of the LLC resonant converter, wherein regulating the output of the non-inverting buckboost converter comprises determining a ratio of the input voltage to the output voltage of the LLC resonant converter, and wherein regulating the output of the non-inverting buckboost converter comprises generating a control signal in response to a comparison of the determined ratio to the desired ratio, characterized in that the desired ratio matches a turns ratio of a transformer of the LLC resonant converter and matches a ratio of Lr to Lm, where Lr is an inductance of an inductor of the LLC resonant converter and where Lm is a magnetizing inductance of the transformer. identifying a desired ratio of the input to output voltage of the LLC resonant converter, and regulating the output of the non-inverting buckboost converter based on the desired ratio of the input to output voltage of the LLC resonant converter, wherein regulating the output of the non-inverting buckboost converter comprises determining a ratio of the input voltage to the output voltage of the LLC resonant converter, and wherein regulating the output of the non-inverting buckboost converter comprises generating a control signal in response to a comparison of the determined ratio to the desired ratio, characterized in that the desired ratio matches a turns ratio of a transformer of the LLC resonant converter and matches a ratio of Lr to Lm, where Lr is an inductance of an inductor of the LLC resonant converter and where Lm is a magnetizing inductance of the transformer.
Method for operating a linear-motor-driven simultaneous stretching system, in particular a plastics film simultaneous stretching system, comprising the following features: - transport units equipped with transport parts and clips held by said transport parts are moved along a guide track and/or a transport rail by means of a linear motor drive, - the edge of a material web is grasped and held by means of the clips, - during normal operation, the linear-motor-driven transport units in the simultaneous stretching zone are subjected to an acceleration phase having a normal operation acceleration profile, as the distance (MDx-y) to a subsequent transport unit driven by the linear motor drive increases, characterised by the following additional features: - when the material web enters into the stretching zone, at least two successive leading clips in the stretching zone that are driven by the linear motor are accelerated in a manner deviating from the normal operation acceleration profile such that the distance (Mda-b) formed between the at least two successive linear-motor-driven clips is less than 80% or less than 75% of the distance (MDx-y) which results during normal operation. - transport units equipped with transport parts and clips held by said transport parts are moved along a guide track and/or a transport rail by means of a linear motor drive, - the edge of a material web is grasped and held by means of the clips, - during normal operation, the linear-motor-driven transport units in the simultaneous stretching zone are subjected to an acceleration phase having a normal operation acceleration profile, as the distance (MDx-y) to a subsequent transport unit driven by the linear motor drive increases, characterised by the following additional features: - when the material web enters into the stretching zone, at least two successive leading clips in the stretching zone that are driven by the linear motor are accelerated in a manner deviating from the normal operation acceleration profile such that the distance (Mda-b) formed between the at least two successive linear-motor-driven clips is less than 80% or less than 75% of the distance (MDx-y) which results during normal operation. - when the material web enters into the stretching zone, at least two successive leading clips in the stretching zone that are driven by the linear motor are accelerated in a manner deviating from the normal operation acceleration profile such that the distance (Mda-b) formed between the at least two successive linear-motor-driven clips is less than 80% or less than 75% of the distance (MDx-y) which results during normal operation.
A process for the purification of an organic composition by adsorption using an assembly containing at least two adsorbers comprising the following steps a) to c): a) the organic composition comprising at least one alkane and/or at least one olefin and at least one compound containing oxygen and/or sulphur is fed into a first adsorber of the assembly in order to obtain an organic composition comprising at least one alkane, at least one olefin and a reduced amount of at least one compound containing oxygen and/or sulphur compared to the respective amount in organic composition, b) hydrogenation of at least a part of the organic composition obtained in step a) to obtain a stream comprising at least one alkane and a reduced amount of at least one olefin compared to the respective amount in organic composition, c) regenerating a second adsorber of the assembly by contact with stream obtained in step b), wherein the purification employing the first adsorber of the assembly according to step a) and the regeneration of the second adsorber of the assembly according to step c) are run in parallel. a) the organic composition comprising at least one alkane and/or at least one olefin and at least one compound containing oxygen and/or sulphur is fed into a first adsorber of the assembly in order to obtain an organic composition comprising at least one alkane, at least one olefin and a reduced amount of at least one compound containing oxygen and/or sulphur compared to the respective amount in organic composition, b) hydrogenation of at least a part of the organic composition obtained in step a) to obtain a stream comprising at least one alkane and a reduced amount of at least one olefin compared to the respective amount in organic composition, c) regenerating a second adsorber of the assembly by contact with stream obtained in step b),
A method, performed by a wireless device, for supporting positioning of the wireless device in a wireless communication network, the wireless device being comprised in the wireless communication network, the method comprising: - receiving (501, 801), from a first network node, a positioning request, wherein the wireless device is served in the wireless communication network by the first network node when receiving the positioning request, wherein the positioning request requests the wireless device to initiate a multilateration positioning procedure, and wherein the positioning request is sent by a first positioning node associated with the first network node and comprised in the wireless communication network, and in response to the received positioning request, characterised by: - sending (504, 804a) to a second network node comprised in the wireless communication network, a positioning access request indicating that the access request relates to a multilateration positioning and requesting the second network node to estimate a Timing Advance, TA, for the wireless device, and - sending (505, 804a, 804c), to the second network node, an obtained device identifier and an obtained source identifier, the obtained device identifier identifying the wireless device, and the obtained source identifier identifying the first network node. - receiving (501, 801), from a first network node, a positioning request, wherein the wireless device is served in the wireless communication network by the first network node when receiving the positioning request, wherein the positioning request requests the wireless device to initiate a multilateration positioning procedure, and wherein the positioning request is sent by a first positioning node associated with the first network node and comprised in the wireless communication network, and in response to the received positioning request, characterised by: - sending (504, 804a) to a second network node comprised in the wireless communication network, a positioning access request indicating that the access request relates to a multilateration positioning and requesting the second network node to estimate a Timing Advance, TA, for the wireless device, and - sending (505, 804a, 804c), to the second network node, an obtained device identifier and an obtained source identifier, the obtained device identifier identifying the wireless device, and the obtained source identifier identifying the first network node. - sending (504, 804a) to a second network node comprised in the wireless communication network, a positioning access request indicating that the access request relates to a multilateration positioning and requesting the second network node to estimate a Timing Advance, TA, for the wireless device, and - sending (505, 804a, 804c), to the second network node, an obtained device identifier and an obtained source identifier, the obtained device identifier identifying the wireless device, and the obtained source identifier identifying the first network node.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a network identity broadcast; determining whether a network associated with the network identity broadcast supports access by the UE; and based on the determination being inconclusive, the method comprises: receiving a master information block, MIB, that comprises an indicator of a presence of a system information message that comprises identifiers of the service providers supported by the network; decoding the system information message indicated by the MIB for the indication of service providers supported by the network; determining that the system information message excludes the indication of service providers supported by the network; and performing a random access channel, RACH, procedure to request the broadcast of the system information. receiving a network identity broadcast; determining whether a network associated with the network identity broadcast supports access by the UE; and based on the determination being inconclusive, the method comprises: receiving a master information block, MIB, that comprises an indicator of a presence of a system information message that comprises identifiers of the service providers supported by the network; decoding the system information message indicated by the MIB for the indication of service providers supported by the network; determining that the system information message excludes the indication of service providers supported by the network; and performing a random access channel, RACH, procedure to request the broadcast of the system information.
A bipolar electrode comprising: a first active material layer formed to include a first active material on one side of a collector; and a second active material layer formed to include a second active material with less compressive strength than that of the first active material on the other side of the collector, the first active material layer and the second active material layer being subjected to press working for density adjustment, wherein for reduction of a difference between elongation of the first active material layer and elongation of the second active material layer resulting from the pressing working for density adjustment, an additive material with larger compressive strength than that of the second active material is included in at least the second active material layer out of the first active material layer and the second active material layer.
An ambulance transport means for injured or sick people consisting of a stretcher for ambulance or a patient transport wheelchair including a release device for the release of the stretcher for ambulance or the patient transport wheelchair from at least one relative fastening; said fastening being integral with the floor or with a movable support surface of an ambulance for locking said stretcher or said wheelchair in a transport position during the transport of the same; said fastening being provided with at least one releasable locking system for said stretcher or said wheelchair and activation means for said at least one releasable locking system, controllable by means of a control device located in a housing provided in said fastening; said release device comprising: a driving element, mounted on a frame of the stretcher or the wheelchair, located in proximity to said housing when the stretcher or the wheelchair is situated locked to the fastening in the transport position thereof and movable between a rest position, in which said driving element remains outside said housing, and a release position, characterized in that in said release position said driving element fits into said housing for actuating said control device; wherein the ambulance transport means further comprises control means for said driving element, arranged in proximity to a grip provided on a rear part of the stretcher which, when loaded on the ambulance, is closer to the load door thereof, or said grip provided on a rear part of the wheelchair, said grip being actuatable for moving said driving element alternately between the rest and release positions.