mhurhangee/ep-ind-claims huggingface dataset:
A method in a communications network for connecting to the network a subscriber apparatus from amongst a plurality of subscriber apparatuses to a respective network portal apparatus from amongst a plurality of network portal apparatuses, the method including: providing a portal aggregation server storing a plurality of network portal addresses associated with the plurality of said network portal apparatuses and a plurality of subscriber identifiers which each identify a respective one of said plurality of subscriber apparatuses; at the portal aggregation server, receiving from a said subscriber apparatus a connection request to connect to the network wherein the request comprises a said subscriber identifier associated with the subscriber apparatus and mapping the received subscriber identifier to a said network portal address, and redirecting (S14-S21) the connection request to the network portal address so mapped, the method characterised by: the portal aggregation server comprising a proxy server and each of the network portal apparatuses comprises a respective authentication server, and wherein the redirecting the connection request comprises redirecting the connection request via the proxy server to the respective authentication server of the network portal address so mapped. providing a portal aggregation server storing a plurality of network portal addresses associated with the plurality of said network portal apparatuses and a plurality of subscriber identifiers which each identify a respective one of said plurality of subscriber apparatuses; at the portal aggregation server, receiving from a said subscriber apparatus a connection request to connect to the network wherein the request comprises a said subscriber identifier associated with the subscriber apparatus and mapping the received subscriber identifier to a said network portal address, and redirecting (S14-S21) the connection request to the network portal address so mapped, the method characterised by: the portal aggregation server comprising a proxy server and each of the network portal apparatuses comprises a respective authentication server, and wherein the redirecting the connection request comprises redirecting the connection request via the proxy server to the respective authentication server of the network portal address so mapped. the portal aggregation server comprising a proxy server and each of the network portal apparatuses comprises a respective authentication server, and wherein the redirecting the connection request comprises redirecting the connection request via the proxy server to the respective authentication server of the network portal address so mapped.
Routing device (28; 42; 54; 62) intended to equip a local network in which at least one telephone terminal (14; 16; 40) is associated with a plurality of multimedia terminals (18; 20; 22; 24; 44; 46), characterised in that it comprises: - means for detecting the location of said plurality of multimedia terminals associated with a first telephone terminal, their use status, their capacities, and the location of said first telephone terminal and - means for automatically selecting from said plurality of multimedia terminals, when a telephone communication is set up with said first telephone terminal, at least one multimedia terminal, the multimedia terminal being adapted to receive or send a data stream at the same time as the telephone communication is set up with said first telephone terminal, said automatic selection being dependent on the location of said first multimedia terminal, of its capacities, its use status and the location of said telephone terminal. - means for detecting the location of said plurality of multimedia terminals associated with a first telephone terminal, their use status, their capacities, and the location of said first telephone terminal and - means for automatically selecting from said plurality of multimedia terminals, when a telephone communication is set up with said first telephone terminal, at least one multimedia terminal, the multimedia terminal being adapted to receive or send a data stream at the same time as the telephone communication is set up with said first telephone terminal, said automatic selection being dependent on the location of said first multimedia terminal, of its capacities, its use status and the location of said telephone terminal.
An air-conditioning apparatus (200, 200b-200f) that includes a compressor, a four-way valve, an outdoor heat exchanger, expansion means, and an indoor heat exchanger which are connected by refrigerant pipes to provide a refrigeration cycle; a check valve disposed between a discharge side of the compressor and the four-way valve; a first solenoid valve disposed between the expansion means and the indoor heat exchanger and being controllable to open and close; and a controller that switches the four-way valve and switches the first solenoid valve between open and closed states, characterized in that when heating operation is stopped, the controller switches the four-way valve from connection for the heating operation to connection for cooling operation, closes the first solenoid valve, and then stops the compressor.
A compound for an organic optoelectronic device represented by a combination of the following Chemical Formula 1 and Chemical Formula 2: wherein, in the above Chemical Formulae 1 and 2, X is -O-, -S-, -S -, or -S 2 -, Ar 1 to Ar 4 are independently a substituted or unsubstituted C6 to C30 aryl group, or a substituted or unsubstituted C2 to C30 heteroaryl group, L 1 and L 2 are independently a single bond, a substituted or unsubstituted C2 to C10 alkenylene group, a substituted or unsubstituted C2 to C10 alkynylene group, a substituted or unsubstituted C6 to C30 arylene group, or a substituted or unsubstituted C2 to C30 heteroarylene group, m1 and m2 are independently integers of 0 or 1, one of m1 and m2 is 1, n1 and n2 are independently integers ranging from 0 to 3, R 1 to R 7 are independently hydrogen, deuterium, a substituted or unsubstituted C1 to C10 alkyl group, a substituted or unsubstituted C6 to C30 aryl group, or a substituted or unsubstituted C2 to C30 heteroaryl group, and two *s of the above Chemical Formula 2 are bonded with the adjacent two *s of the above Chemical Formula 1 to form a fused ring. X is -O-, -S-, -S -, or -S 2 -, Ar 1 to Ar 4 are independently a substituted or unsubstituted C6 to C30 aryl group, or a substituted or unsubstituted C2 to C30 heteroaryl group, L 1 and L 2 are independently a single bond, a substituted or unsubstituted C2 to C10 alkenylene group, a substituted or unsubstituted C2 to C10 alkynylene group, a substituted or unsubstituted C6 to C30 arylene group, or a substituted or unsubstituted C2 to C30 heteroarylene group, m1 and m2 are independently integers of 0 or 1, one of m1 and m2 is 1, n1 and n2 are independently integers ranging from 0 to 3, R 1 to R 7 are independently hydrogen, deuterium, a substituted or unsubstituted C1 to C10 alkyl group, a substituted or unsubstituted C6 to C30 aryl group, or a substituted or unsubstituted C2 to C30 heteroaryl group, and two *s of the above Chemical Formula 2 are bonded with the adjacent two *s of the above Chemical Formula 1 to form a fused ring.
A high-temperature processing furnace for carrying out a high-temperature process on a reinforcement fiber in a vacuum atmosphere, wherein the furnace comprises: a furnace body that is able to be internally vacuumed and is adjustable in its internal temperature; a first bobbin chamber that is arranged on one heightwise side of the furnace body, is able to be internally vacuumed, and sets therein a feed bobbin around which the reinforcement fiber is wound; a first bobbin support member that is set in the first bobbin chamber and detachably and rotatably supports the feed bobbin so that the feed bobbin is rotatable around its axial center; a first shutter that opens and closes a first communication path to connect the inside of the first bobbin chamber and the inside of the furnace body to each other; a second bobbin chamber that is arranged on the other heightwise side of the furnace body, is able to be internally vacuumed, and sets therein a take-up bobbin to take up the reinforcement fiber after the high-temperature process; a second bobbin support member that is set in the second bobbin chamber and detachably and rotatably supports the take-up bobbin so that the take-up bobbin is rotatable around its axial center; and a second shutter that opens and closes a second communication path to connect the inside of the second bobbin chamber and the inside of the furnace body to each other; characterized in that the furnace further comprises a support member that is arranged in the second bobbin chamber and supports a loop formed at a front end of a guide cord attached to the take-up bobbin, and the loop is shrinkable with tension acting on the guide cord. a furnace body that is able to be internally vacuumed and is adjustable in its internal temperature; a first bobbin chamber that is arranged on one heightwise side of the furnace body, is able to be internally vacuumed, and sets therein a feed bobbin around which the reinforcement fiber is wound; a first bobbin support member that is set in the first bobbin chamber and detachably and rotatably supports the feed bobbin so that the feed bobbin is rotatable around its axial center; a first shutter that opens and closes a first communication path to connect the inside of the first bobbin chamber and the inside of the furnace body to each other; a second bobbin chamber that is arranged on the other heightwise side of the furnace body, is able to be internally vacuumed, and sets therein a take-up bobbin to take up the reinforcement fiber after the high-temperature process; a second bobbin support member that is set in the second bobbin chamber and detachably and rotatably supports the take-up bobbin so that the take-up bobbin is rotatable around its axial center; and a second shutter that opens and closes a second communication path to connect the inside of the second bobbin chamber and the inside of the furnace body to each other; characterized in that the furnace further comprises a support member that is arranged in the second bobbin chamber and supports a loop formed at a front end of a guide cord attached to the take-up bobbin, and the loop is shrinkable with tension acting on the guide cord.
A method for restarting a network device, the network device having a plurality of route processors, the network device being arranged to be in communication with a plurality of peers within a network, the plurality of peers including a first peer and a second peer, the first peer being arranged to support graceful restart, the method comprising: marking a session between the network device and the second peer as a transparent failover session based on determining that the second peer is not arranged to support graceful restart; performing a graceful restart with respect to the first peer; and performing a peer transparent failover with respect to the second peer, including: processing an event queue associated with a standby route processor of the plurality of route processors to recreate, on the standby route processor, at least one state associated with the session on an active route processor of the plurality of route processors when the at least one state on the active route processor is no longer available; wherein the graceful restart and the peer transparent failover are performed in response to a downtime associated with the network device. marking a session between the network device and the second peer as a transparent failover session based on determining that the second peer is not arranged to support graceful restart; performing a graceful restart with respect to the first peer; and performing a peer transparent failover with respect to the second peer, including: processing an event queue associated with a standby route processor of the plurality of route processors to recreate, on the standby route processor, at least one state associated with the session on an active route processor of the plurality of route processors when the at least one state on the active route processor is no longer available; processing an event queue associated with a standby route processor of the plurality of route processors to recreate, on the standby route processor, at least one state associated with the session on an active route processor of the plurality of route processors when the at least one state on the active route processor is no longer available; wherein the graceful restart and the peer transparent failover are performed in response to a downtime associated with the network device.
A transmission electron microscope comprising: an electron beam source emitting an electron beam; and an illumination optical system for directing the emitted electron beam at a sample; wherein said illumination optical system has a first condenser lens, a second condenser lens disposed behind the first condenser lens, a third condenser lens disposed behind the second condenser lens, a fourth condenser lens disposed behind the third condenser lens, an objective lens disposed behind the fourth condenser lens, and a condenser aperture disposed at the position of the second condenser lens; wherein the third and fourth condenser lenses cooperate to make the position of the condenser aperture and a sample plane conjugate to each other; and wherein the first and second condenser lenses cooperate to make the electron beam source and a front focal plane of the objective lens conjugate to each other while the conjugate relationship between the position of the condenser aperture and the sample plane is maintained by the third and fourth condenser lenses. an electron beam source emitting an electron beam; and an illumination optical system for directing the emitted electron beam at a sample; wherein said illumination optical system has a first condenser lens, a second condenser lens disposed behind the first condenser lens, a third condenser lens disposed behind the second condenser lens, a fourth condenser lens disposed behind the third condenser lens, an objective lens disposed behind the fourth condenser lens, and a condenser aperture disposed at the position of the second condenser lens; wherein the third and fourth condenser lenses cooperate to make the position of the condenser aperture and a sample plane conjugate to each other; and wherein the first and second condenser lenses cooperate to make the electron beam source and a front focal plane of the objective lens conjugate to each other while the conjugate relationship between the position of the condenser aperture and the sample plane is maintained by the third and fourth condenser lenses.
Plastic pillar finisher, which can be fastened to a motor vehicle or to a motor vehicle door, and which is provided with a soft plastic component (48, 34, 46, 49, 56, 57, 58, 59) that is designed as a covering element (56, 57), characterized in that the covering element (56, 57) covers joining connections in the area of the pillar.
A sighting and defence system (14; 114; 214; 314) intended to be mounted on a mobile or fixed structure and comprising a turret and a laser system, wherein the turret is configured to bebe movable in rotation relative to the structure about a first axis of rotation with unlimited travel, wherein the laser system comprises a laser generator, a collimator and an optical fibre connecting the laser generator to the collimator, characterised in that the collimator is mounted on the turret, in that the sighting and defence system (14; 114; 214; 314) comprises a crown configured to be arranged between the structure and the turret, the ring being configured so as to be able to move in rotation with respect to the structure about a second axis of rotation together with the first axis of rotation, and in that the laser generator is mounted on the ring.
A transistor device, comprising: a substrate (300, 400) made of Si, Ge or SiGe having a channel region; a gate structure above the channel region, the gate structure including a gate electrode (304, 440) and a gate dielectric between the channel region and the gate electrode; source and drain regions formed on or in the substrate adjacent the channel region, and a contact structure on the source and drain regions, wherein both the source and drain regions have a total thickness comprising a p-type liner (313, 315, 480, 580) and a cap (318, 320, 490, 590), the liner being of Si, Ge or SiGe, and characterized in that the cap comprises a p-type dopant, germanium and tin, the cap having a germanium concentration in excess of 80 atomic % and a tin concentration of up to 20 atomic %, wherein the liner is less than 50% of the total thickness of the source and drain regions. a substrate (300, 400) made of Si, Ge or SiGe having a channel region; a gate structure above the channel region, the gate structure including a gate electrode (304, 440) and a gate dielectric between the channel region and the gate electrode; source and drain regions formed on or in the substrate adjacent the channel region, and a contact structure on the source and drain regions, wherein both the source and drain regions have a total thickness comprising a p-type liner (313, 315, 480, 580) and a cap (318, 320, 490, 590), the liner being of Si, Ge or SiGe, and characterized in that the cap comprises a p-type dopant, germanium and tin, the cap having a germanium concentration in excess of 80 atomic % and a tin concentration of up to 20 atomic %, wherein the liner is less than 50% of the total thickness of the source and drain regions.
A display panel, comprising: a main display area and a component area, the component area including an auxiliary display area and a transmission area; a substrate; a plurality of main display elements (Pm) arranged on the substrate in the main display area, and a plurality of main pixel circuits respectively connected to the main display elements (Pm); a plurality of auxiliary display elements (Pa) arranged on the substrate in the auxiliary display area, and a plurality of auxiliary pixel circuits (PC') respectively connected to the auxiliary display elements (Pa); and an optical functional layer including a polarization area corresponding to the main display area and the auxiliary display area, and a non-polarization area (NPLA) corresponding to the transmission area, wherein the non-polarization area (NPLA) is not an opening formed in the optical functional layer and the optical functional layer includes the non-polarization area (NPLA) by bleaching a portion of the optical functional layer OFL that is a polarization film corresponding to the transmission area, characterised by a bottom metal layer corresponding to the entire component area and disposed between the substrate and the auxiliary pixel circuits (PC'), wherein the bottom metal layer overlaps the plurality of auxiliary display elements (Pa) and has a lower hole (BMLH) overlapping the transmission area a main display area and a component area, the component area including an auxiliary display area and a transmission area; a substrate; a plurality of main display elements (Pm) arranged on the substrate in the main display area, and a plurality of main pixel circuits respectively connected to the main display elements (Pm); a plurality of auxiliary display elements (Pa) arranged on the substrate in the auxiliary display area, and a plurality of auxiliary pixel circuits (PC') respectively connected to the auxiliary display elements (Pa); and an optical functional layer including a polarization area corresponding to the main display area and the auxiliary display area, and a non-polarization area (NPLA) corresponding to the transmission area, wherein the non-polarization area (NPLA) is not an opening formed in the optical functional layer and the optical functional layer includes the non-polarization area (NPLA) by bleaching a portion of the optical functional layer OFL that is a polarization film corresponding to the transmission area, characterised by a bottom metal layer corresponding to the entire component area and disposed between the substrate and the auxiliary pixel circuits (PC'), wherein the bottom metal layer overlaps the plurality of auxiliary display elements (Pa) and has a lower hole (BMLH) overlapping the transmission area
Method for operating an apparatus for forming plastic preforms into plastic containers, wherein the apparatus has a movable carrier, on which a plurality of forming stations are arranged for forming plastic preforms into plastic containers, and these forming stations each have at least two mould supports (4, 6) on which blow mould parts (14, 16) are arranged, wherein these blow mould parts (14, 16) are components of a blow mould and form a hollow space within which the plastic preforms are expanded into the plastic containers by application of a flowable medium and wherein these two mould supports (4, 6) are pivotable with respect to one another for opening and closing the blow mould and wherein furthermore the forming stations have a latching mechanism which is suitable and intended to latch the two mould supports (14, 16) at least at times to one another in such a way that an opening movement of the blow mould is prevented, wherein a changing operation of the apparatus is provided, in which at least components of the blow mould are changed and a first actuating device is provided, which effects an unlatching and/or latching of the latching mechanism, and a second actuating device is provided which brings the mould support into an open and/or closed position, characterised in that at least one of the operations initiated and/or carried out by the actuating devices (40, 64) is initiated and/or carried out by a rotary movement of the carrier relative to the actuating device (40, 64), wherein at least one of the operations initiated and/or carried out by the actuating devices (40, 64) is initiated and/or carried out during a shutdown of the carrier.
Gas turbine plant for electric energy production comprising: a gas turbine; a compressor; a combustion chamber comprising a casing, which defines an area wherein the combustion occurs and is provided with an inner coating defined by a plurality of tiles coupled to the casing by means of coupling elements; a plurality of heat-sensitive elements configured to detect a plurality of temperature values (T, T... Tn) inside the combustion chamber; a control unit configured to regulate at least a first parameter (PILOTpos; IGVpos; COOLpos; SPpower) of the plant on the basis of the temperature values (T1, T2... Tn) detected by the plurality of heat-sensitive elements; wherein the combustion chamber has a substantially toroidal shape; the heat-sensitive elements being arranged along at least a part of one or more generatrix of the toroidal combustion chamber and being coupled to at least one coupling element. a gas turbine; a compressor; a combustion chamber comprising a casing, which defines an area wherein the combustion occurs and is provided with an inner coating defined by a plurality of tiles coupled to the casing by means of coupling elements; a plurality of heat-sensitive elements configured to detect a plurality of temperature values (T, T... Tn) inside the combustion chamber; a control unit configured to regulate at least a first parameter (PILOTpos; IGVpos; COOLpos; SPpower) of the plant on the basis of the temperature values (T1, T2... Tn) detected by the plurality of heat-sensitive elements; wherein the combustion chamber has a substantially toroidal shape; the heat-sensitive elements being arranged along at least a part of one or more generatrix of the toroidal combustion chamber and being coupled to at least one coupling element.