mhurhangee/ep-ind-claims huggingface dataset:
A network configuration method, carried out by a target primary eNB, comprising: receiving, by the target primary eNB of user equipment, a handover request message transmitted by a source primary eNB of the user equipment, the handover request message containing identification indication information or service indication information of the user equipment in a joint service mode of multiple eNBs before handover, wherein said service indication information includes services used by the user equipment in said joint service mode of multiple eNBs and serving eNBs or serving cells to which the services correspond, and wherein said identification indication information is an identifier of the user equipment in said joint service mode of multiple eNBs, and forwarding, to a target secondary eNB, the identification indication information or the service indication information of the user equipment for enabling the target secondary eNB to avoid repeated reservation of resources by determining whether to allocate new resources for services of the user equipment based on the identification indication information or the service indication information of the user equipment when in said joint service mode. receiving, by the target primary eNB of user equipment, a handover request message transmitted by a source primary eNB of the user equipment, the handover request message containing identification indication information or service indication information of the user equipment in a joint service mode of multiple eNBs before handover, wherein said service indication information includes services used by the user equipment in said joint service mode of multiple eNBs and serving eNBs or serving cells to which the services correspond, and wherein said identification indication information is an identifier of the user equipment in said joint service mode of multiple eNBs, and forwarding, to a target secondary eNB, the identification indication information or the service indication information of the user equipment for enabling the target secondary eNB to avoid repeated reservation of resources by determining whether to allocate new resources for services of the user equipment based on the identification indication information or the service indication information of the user equipment when in said joint service mode.
A fan comprising a plurality of blade portions arranged spaced apart from each other in a circumferential direction, each blade portion having an inner edge portion disposed on an inner peripheral side thereof and an outer edge portion disposed on an outer peripheral side thereof, wherein said blade portion has a blade surface extending between said inner edge portion and said outer edge portion and including a pressure surface disposed on a rotational direction side of the fan and a suction surface disposed on a back side of said pressure surface, as the fan is rotated, a fluid flow is produced on said blade surface to flow between said inner edge portion and said outer edge portion, when cut along a plane orthogonal to a rotation axis of the fan, said blade portion has a blade cross section having concave portions (56, 57) formed at said pressure surface and said suction surface, a plurality of said blade portions include a first blade portion and a second blade portion having blade cross sections of different shapes, characterized in that the inner edge portions of the blade portions are disposed at a same inner diameter; and the blade portions have a uniform cross-section in the axial direction of an axis of rotation of the fan.
An active power regulating system of a wind farm, the wind farm comprising an array of aerogenerators (Ai), a communications network, and a monitoring and control system, the system comprising connecting means to said monitoring and control system, characterized in that the system further comprises: - means for receiving data relative to the apparent power P out put out by the farm at all times, and data relative to variables and states of the aerogenerators (Ai), from said monitoring and control system, - means for comparing said output apparent power P out with a preset apparent power set-point P cons of the farm, - means for continuously adjusting said output apparent power P out, which comprises means for changing the active power set-point of the aerogenerators, such that this output apparent power P out approaches at all times the preset power set-point P cons. - means for receiving data relative to the apparent power P out put out by the farm at all times, and data relative to variables and states of the aerogenerators (Ai), from said monitoring and control system, - means for comparing said output apparent power P out with a preset apparent power set-point P cons of the farm, - means for continuously adjusting said output apparent power P out, which comprises means for changing the active power set-point of the aerogenerators, such that this output apparent power P out approaches at all times the preset power set-point P cons.
A terminal, wherein the terminal is configured to communicate with a first cell of a first base station, and the terminal comprises: a processing module and a transceiver module; the processing module is configured to: initiate a connection establishment process; establish, by using the connection establishment process, a wireless connection by which the terminal communicates with a second cell of a second base station; and control the terminal to access the second cell by using the established wireless connection; the transceiver module is configured, after the terminal accessed the second cell of the second base station, to receive a radio resource control reconfiguration message sent by the first base station of the first cell, wherein the radio resource control reconfiguration message notifies the terminal to add the second cell as a secondary cell for dual connectivity in communicating with the terminal; the processing module is further configured to: after the transceiver module receives the radio resource control reconfiguration message, reconfigure the wireless connection according to the radio resource control reconfiguration message, and control the terminal to communicate with the second cell by using the reconfigured wireless connection and communicate with the first cell. a processing module and a transceiver module; the processing module is configured to: initiate a connection establishment process; establish, by using the connection establishment process, a wireless connection by which the terminal communicates with a second cell of a second base station; and control the terminal to access the second cell by using the established wireless connection; the transceiver module is configured, after the terminal accessed the second cell of the second base station, to receive a radio resource control reconfiguration message sent by the first base station of the first cell, wherein the radio resource control reconfiguration message notifies the terminal to add the second cell as a secondary cell for dual connectivity in communicating with the terminal; the processing module is further configured to: after the transceiver module receives the radio resource control reconfiguration message, reconfigure the wireless connection according to the radio resource control reconfiguration message, and control the terminal to communicate with the second cell by using the reconfigured wireless connection and communicate with the first cell.
A method, comprising the steps of: a) determining whether a signal level of a control signal broadcast by a wireless communication system meets a predetermined criterion for intersystem reselection, wherein the wireless communication system is different to that of a first wireless communication system to which a mobile station is being handed over; and b) receiving (12 22) at the mobile station a broadcast control signal issuing from a base station of the first wireless communications system to which the mobile station is being handed over by another base station of the different wireless communication system, characterised by c) based on an error check (13 23) of the broadcast control signal, either reading (15 25) any dynamic configuration indicated by the broadcast control signal or, if the error check fails, waiting (14 24) until a predetermined time to repeat from the aforementioned step b). a) determining whether a signal level of a control signal broadcast by a wireless communication system meets a predetermined criterion for intersystem reselection, wherein the wireless communication system is different to that of a first wireless communication system to which a mobile station is being handed over; and b) receiving (12 22) at the mobile station a broadcast control signal issuing from a base station of the first wireless communications system to which the mobile station is being handed over by another base station of the different wireless communication system, characterised by c) based on an error check (13 23) of the broadcast control signal, either reading (15 25) any dynamic configuration indicated by the broadcast control signal or, if the error check fails, waiting (14 24) until a predetermined time to repeat from the aforementioned step b).
A system for continuously bagging a tacky and/or polymer-containing formulation material, the system comprising: a feeding section configured to receive a tacky and/or polymer-containing formulation; a mixing section configured to receive the tacky and/or polymer-containing formulation from the feeding section and mix, melt, and/or blend the tacky and/or polymer-containing formulation; a pelletizing section configured to receive the tacky and/or polymer-containing formulation from the mixing section and pelletize the tacky and/or polymer-containing formulation; a drying section configured to receive the tacky and/or polymer-containing formulation from the pelletizing section and dry the pelletized tacky and/or polymer-containing formulation; a pellet diverter valve comprising: an inlet configured to receive an incoming flow of pellets from the drying section; and at least a first and second outlet (504, 506), each configured to dispense an outgoing flow of pellets; and at least a first and second bagging assembly in communication with at least the first and second outlets (504, 506), respectively, of the pellet diverter valve, wherein the at least the first and second bagging assemblies alternatingly receive a specific quantity of pellets from the pellet diverter valve to allow continuous bagging of the pellets. a feeding section configured to receive a tacky and/or polymer-containing formulation; a mixing section configured to receive the tacky and/or polymer-containing formulation from the feeding section and mix, melt, and/or blend the tacky and/or polymer-containing formulation; a pelletizing section configured to receive the tacky and/or polymer-containing formulation from the mixing section and pelletize the tacky and/or polymer-containing formulation; a drying section configured to receive the tacky and/or polymer-containing formulation from the pelletizing section and dry the pelletized tacky and/or polymer-containing formulation; a pellet diverter valve comprising: an inlet configured to receive an incoming flow of pellets from the drying section; and at least a first and second outlet (504, 506), each configured to dispense an outgoing flow of pellets; and an inlet configured to receive an incoming flow of pellets from the drying section; and at least a first and second outlet (504, 506), each configured to dispense an outgoing flow of pellets; and at least a first and second bagging assembly in communication with at least the first and second outlets (504, 506), respectively, of the pellet diverter valve, wherein the at least the first and second bagging assemblies alternatingly receive a specific quantity of pellets from the pellet diverter valve to allow continuous bagging of the pellets.
Method for indexing a short message relating to a first terminal able to communicate on a mobile telecommunications network and to a second terminal provisioned via an IMS core network, said method being implemented by an application server triggered by a call server (S-CSCF1) of the core network or by a gateway (IP-SM-GW2) linking said mobile telecommunications network to said core network, said method comprising: - a step (E90,F40,G50,H40) of receiving the short message encapsulated in a message in accordance with a signalling protocol; - a step (E100,F50,G60,H50) of de-encapsulating the short message; - a step (E110,F60,G70,H60) of indexing the short message in a database (B1,B2) associated with the second terminal; and - a step (E120,F70,G80,H70) of informing a client application predetermined in respect of the second terminal and external to the core network, of the indexing of the short message in the database. - a step (E90,F40,G50,H40) of receiving the short message encapsulated in a message in accordance with a signalling protocol; - a step (E100,F50,G60,H50) of de-encapsulating the short message; - a step (E110,F60,G70,H60) of indexing the short message in a database (B1,B2) associated with the second terminal; and - a step (E120,F70,G80,H70) of informing a client application predetermined in respect of the second terminal and external to the core network, of the indexing of the short message in the database.
A geothermal probe base made of polyethylene, comprising: a one-piece body having at least two sleeves (I, VII) aligned in parallel for connecting to at least two geothermal pipes, wherein the body has at least one U-shaped channel, which connects two of the at least two sleeves to one another, wherein the U-shaped channel is smooth and does not have any constricted cross-sectional segments, and wherein the geothermal probe base is cut from a single polyethylene block, characterized in that the at least one U-shaped channel comprises one borehole (II, VI) connected to each one of the two sleeves connected by the channel, wherein the boreholes (II, VI) each develop into a respective curved segment (III, V), and wherein the respective curve segments (III, V) are connected by a segment between the curved segments (III, V), and wherein the curved segments (III, V) have an increased diameter in comparison with the boreholes (II, VI) and the segment between the curved segments (III, V), and wherein the two boreholes (II, VI) each form an angle between 4° and 12° with the sleeves (I, VII), and wherein the cross-sectional area of the channel is increased by 10% to 50% in the curved segments (III, V) in comparison with one end of the borehole (II, VI). a one-piece body having at least two sleeves (I, VII) aligned in parallel for connecting to at least two geothermal pipes, wherein the body has at least one U-shaped channel, which connects two of the at least two sleeves to one another, wherein the U-shaped channel is smooth and does not have any constricted cross-sectional segments, and wherein the geothermal probe base is cut from a single polyethylene block, characterized in that the at least one U-shaped channel comprises one borehole (II, VI) connected to each one of the two sleeves connected by the channel, wherein the boreholes (II, VI) each develop into a respective curved segment (III, V), and wherein the respective curve segments (III, V) are connected by a segment between the curved segments (III, V), and wherein the curved segments (III, V) have an increased diameter in comparison with the boreholes (II, VI) and the segment between the curved segments (III, V), and wherein the two boreholes (II, VI) each form an angle between 4° and 12° with the sleeves (I, VII), and wherein the cross-sectional area of the channel is increased by 10% to 50% in the curved segments (III, V) in comparison with one end of the borehole (II, VI).
A curable adhesive composition precursor, comprising a first part comprising (i) at least one first epoxy curating agent selected from diamines; (ii) at least one second epoxy curing agent selected from phenalkamides and/or phenalkamines; (iii) at least one first curing aid selected from metal salt hydrates; (iv) at least one second curing aid selected from phenolic amines; a second part comprising (i) at least one epoxy resin; (ii) at least one first impact modifier; (iii) at least one second impact modifier different from the at least one first impact modifier; (iv) at least one amphoteric corrosion inhibitor selected from phosphonate compounds and phosphosilicate compounds. a first part comprising (i) at least one first epoxy curating agent selected from diamines; (ii) at least one second epoxy curing agent selected from phenalkamides and/or phenalkamines; (iii) at least one first curing aid selected from metal salt hydrates; (iv) at least one second curing aid selected from phenolic amines; (i) at least one first epoxy curating agent selected from diamines; (ii) at least one second epoxy curing agent selected from phenalkamides and/or phenalkamines; (iii) at least one first curing aid selected from metal salt hydrates; (iv) at least one second curing aid selected from phenolic amines; a second part comprising (i) at least one epoxy resin; (ii) at least one first impact modifier; (iii) at least one second impact modifier different from the at least one first impact modifier; (iv) at least one amphoteric corrosion inhibitor selected from phosphonate compounds and phosphosilicate compounds. (i) at least one epoxy resin; (ii) at least one first impact modifier; (iii) at least one second impact modifier different from the at least one first impact modifier; (iv) at least one amphoteric corrosion inhibitor selected from phosphonate compounds and phosphosilicate compounds.
A crane arrangement and hub for a wind turbine generator, comprising a supporting frame, a crane member, and a coupling member for movably coupling said crane member to said supporting frame so as to allow a movement of the crane member relative to the supporting frame, characterized in that the crane arrangement is entirely disposed inside the hub of the wind turbine generator.
A system to cool the air inside a nacelle and the heat generating components housed in the nacelle of an offshore wind turbine, comprising: an upper cooling circuit in the nacelle; a reservoir disposed below the upper cooling circuit and having a lid that freely rotates about a vertical axis of the reservoir along with an inlet pipe and an outlet pipe of the upper cooling circuit as the nacelle yaws, the vertical axis of the reservoir being coincident with a yaw axis of the nacelle; and a lower cooling circuit disposed below the reservoir, wherein coolant is circulated through the upper cooling circuit using one or more cooling pumps (36, 36a-36d) disposed in the nacelle, the upper cooling circuit carries heat from the heat generating components and from the air inside the nacelle to the reservoir, and the lower cooling circuit carries heat from the reservoir to the wind turbine tower bottom and dissipates the heat to the sea water through a heat exchanger that is cooled by the sea water. an upper cooling circuit in the nacelle; a reservoir disposed below the upper cooling circuit and having a lid that freely rotates about a vertical axis of the reservoir along with an inlet pipe and an outlet pipe of the upper cooling circuit as the nacelle yaws, the vertical axis of the reservoir being coincident with a yaw axis of the nacelle; and a lower cooling circuit disposed below the reservoir, wherein coolant is circulated through the upper cooling circuit using one or more cooling pumps (36, 36a-36d) disposed in the nacelle, the upper cooling circuit carries heat from the heat generating components and from the air inside the nacelle to the reservoir, and the lower cooling circuit carries heat from the reservoir to the wind turbine tower bottom and dissipates the heat to the sea water through a heat exchanger that is cooled by the sea water.
An apparatus for multichannel interference cancellation in a received audio signal comprising two or more received audio channels to obtain a modified audio signal comprising two or more modified audio channels, wherein the apparatus comprises: a first filter unit (112; 312; 512) being configured to generate a first estimation of a first interference signal depending on a reference signal, a first interference canceller (114; 314; 514) being configured to generate a first modified audio channel of the two or more modified audio channels from a first received audio channel of the two or more received audio channels using the first estimation of the first interference signal, a second filter unit (122; 322; 522) being configured to generate a second estimation of a second interference signal using the first estimation of the first interference signal, and a second interference canceller (124; 324; 524) being configured to generate a second modified audio channel of the two or more modified audio channels from a second received audio channel of the two or more received audio channels depending on the second estimation of the second interference signal. a first filter unit (112; 312; 512) being configured to generate a first estimation of a first interference signal depending on a reference signal, a first interference canceller (114; 314; 514) being configured to generate a first modified audio channel of the two or more modified audio channels from a first received audio channel of the two or more received audio channels using the first estimation of the first interference signal, a second filter unit (122; 322; 522) being configured to generate a second estimation of a second interference signal using the first estimation of the first interference signal, and a second interference canceller (124; 324; 524) being configured to generate a second modified audio channel of the two or more modified audio channels from a second received audio channel of the two or more received audio channels depending on the second estimation of the second interference signal.
An implantable pressure monitor comprising: a pressure monitor housing (101, 103, 801,1701); a fluid sack (109, 1501, 2101) retained by the pressure monitor housing; a liquid contained within the fluid sack; a fistula (105, 805, 1707) with a fluid valve that terminates through the fluid sack; an opening in the pressure monitor housing for access to the fistula; and a fiber optic pressure sensors (107, 807) in communication with the liquid by way of the fistula and fluid valve. a pressure monitor housing (101, 103, 801,1701); a fluid sack (109, 1501, 2101) retained by the pressure monitor housing; a liquid contained within the fluid sack; a fistula (105, 805, 1707) with a fluid valve that terminates through the fluid sack; an opening in the pressure monitor housing for access to the fistula; and a fiber optic pressure sensors (107, 807) in communication with the liquid by way of the fistula and fluid valve.
A travel plug adapter, which has a housing, a plug socket, and at least a first plug of a first standard and a second plug of a second standard, wherein the first plug and the second plug alternatively can be brought from a readiness position, in which the respective plug is located substantially within the housing, into a usage position, wherein the first plug is connected to a first actuation slide for transferring the first plug from the readiness position into the usage position, and the second plug is connected to a second actuation slide for transferring the second plug from the readiness position into the usage position, wherein a selection slide is provided, which alternatively releases the first plug in a first position or the second plug in a second position for transfer into the usage position, characterised in that, at the selection slide, a locking element is provided, which can lock a plurality of or all plugs, at least the first plug or the second plug in the usage position and which is designed as a component that is separate from the selection slide.