mhurhangee/ep-ind-claims huggingface dataset:
Wave power plant for the production of electric energy, comprising a generator housing having a generator for the production of electric energy, an elongate shaft connected to the generator, wherein one or more rotor blades are mounted unidirectional rotary on the shaft, wherein the shaft further comprises buoyancy means, and an anchoring to seabed or river bed, wherein the elongate shaft is hollow and accommodates at least one conduit for transport of pressurized gas, and at least one signal cable, wherein the wave power plant exhibits at least two buoyancy means comprising a housing, having a hollow interior and an aperture for exchange of water between surrounding mass of water and the cavity in the housing, arranged fixedly connected to and encompassing the shaft, wherein an inflatable and deflatable bladder is arranged around the shaft and is connected in a water tight manner to the interior of the housing, thus defining a gas-filled interior of the bladder and a water-filled compartment inside the housing outside the bladder, wherein a valve controllable via a signal cable is arranged inside the hollow shaft, arranged to exchange gas between the gas-filled interior and the generator housing via conduit, and wherein the wave power plant exhibits means for pressurizing or pressure balancing the bladder in a mutual independent manner inside respective buoyancy means, wherein a floatable buoy is connected with the generator housing via a cable, and wherein the elongate shaft is arranged to rotate.
A method for access to a target cell in a wireless communication system, the method performed by a user equipment, UE, (10, 1000) which is configured to implement an Access Stratum, AS, layer and a Non-Access Stratum, NAS, layer as a higher layer of the AS layer, and comprising: determining whether system information for extended access barring, EAB, is broadcasted (912, 932) from the target cell by checking whether an SIB14 has been scheduled in the broadcast system information; if the system information for the EAB is broadcasted (912, 932) from the target cell, determining whether EAB information is included in the SIB14, if the EAB information is included in the SIB14, determining (S830, 913) whether the access to the target cell is barred based on the EAB information, wherein the EAB information indicates whether the access to the target cell is barred, if the EAB information is not included in the SIB14, determining (S821, S933) that the access to the target cell is not barred; and characterized in that the method comprises determining (S811, S923) that the access to the target cell is barred if the system information for the EAB is not broadcasted from the target cell. determining whether system information for extended access barring, EAB, is broadcasted (912, 932) from the target cell by checking whether an SIB14 has been scheduled in the broadcast system information; if the system information for the EAB is broadcasted (912, 932) from the target cell, determining whether EAB information is included in the SIB14, if the EAB information is included in the SIB14, determining (S830, 913) whether the access to the target cell is barred based on the EAB information, wherein the EAB information indicates whether the access to the target cell is barred, if the EAB information is not included in the SIB14, determining (S821, S933) that the access to the target cell is not barred; and if the EAB information is included in the SIB14, determining (S830, 913) whether the access to the target cell is barred based on the EAB information, wherein the EAB information indicates whether the access to the target cell is barred, if the EAB information is not included in the SIB14, determining (S821, S933) that the access to the target cell is not barred; and characterized in that the method comprises determining (S811, S923) that the access to the target cell is barred if the system information for the EAB is not broadcasted from the target cell.
Device for generating plasma, comprising a plasma-generating spark plug containing an LC resonator able to produce a high voltage, means for generating a high-frequency control pulse train, and a voltage generator (GENI) comprising a switching transistor the control electrode of which is connected to the output of the generating means and an output of which is able to deliver a voltage pulse train to the resonator in response to the control pulse train received on the control electrode of the switching transistor, characterized in that it furthermore comprises means connected between the two conduction electrodes of the switching transistor and able to limit the voltage difference between these two other electrodes.
A method for candling eggs, consisting in examining the eggs by a visiometric process under illumination and image capture conditions that are sensitive to a luminous contrast being observed within each egg, between the liquid area within the egg shell and the complementary air area of the air chamber possibly existing in the shell, wherein the eggs travel in successive rows within a visiometric station including a capture camera for digital images, characterized in that the camera is sensitive to the light retrodiffused from the interior of each egg under illumination by a light beam focused on egg, without mechanical contact, and where the obtained image signals are submitted to an automatic treatment wherein it is determined, for several distinct points across each egg, if they present a contrast level representative of the presence of an air chamber by comparison of the contrast level with predetermined values.
An elongate tape for forming a helically wound layer of interlocked windings in a flexible pipe body, the tape being configured for interlocking with adjacent windings, wherein the tape has a cross-sectional profile comprising: a first surface that in use forms a radially inner surface of the helically wound layer; a further surface, in use forming a side wall extending radially outwards, away from the first surface, and for forming a contact surface with a region of an adjacent winding; and a transition surface joining the first surface and further surface, wherein the transition surface comprises a curved surface, characterized in that the curved surface has a larger radius of curvature in a region proximate the first surface than in a region proximate the further surface. a first surface that in use forms a radially inner surface of the helically wound layer; a further surface, in use forming a side wall extending radially outwards, away from the first surface, and for forming a contact surface with a region of an adjacent winding; and a transition surface joining the first surface and further surface, wherein the transition surface comprises a curved surface, characterized in that the curved surface has a larger radius of curvature in a region proximate the first surface than in a region proximate the further surface.
A method for augmenting takeoff and landing stability of an aircraft (2, 10), the method comprising: (a) measuring wind gusts in a volume of airspace overlying a takeoff/landing zone using a multiplicity of wind measurement units, wherein the aircraft is being maneuvered vertically in the volume of airspace overlying the takeoff/landing zone, the method being characterised in that the volume of airspace overlying the takeoff/landing zone has the multiplicity of wind measurement units that define a periphery of the volume of airspace; and the method further comprises: (b) converting wind gust measurements into disturbance information, using a wind measurement computer system, identifying a localized disturbance projected to encounter the aircraft; (c) transmitting the disturbance information from the wind measurement computer system to a flight controller of the aircraft; (d) generating commands for controlling the aircraft in a manner that, at least partially, counteracts an impact of the localized disturbance on the aircraft in the volume of airspace; and (e) controlling the aircraft in accordance with the commands generated in step (d). (a) measuring wind gusts in a volume of airspace overlying a takeoff/landing zone using a multiplicity of wind measurement units, wherein the aircraft is being maneuvered vertically in the volume of airspace overlying the takeoff/landing zone, the method being characterised in that the volume of airspace overlying the takeoff/landing zone has the multiplicity of wind measurement units that define a periphery of the volume of airspace; and the method further comprises: (b) converting wind gust measurements into disturbance information, using a wind measurement computer system, identifying a localized disturbance projected to encounter the aircraft; (c) transmitting the disturbance information from the wind measurement computer system to a flight controller of the aircraft; (d) generating commands for controlling the aircraft in a manner that, at least partially, counteracts an impact of the localized disturbance on the aircraft in the volume of airspace; and (e) controlling the aircraft in accordance with the commands generated in step (d).
A heat exchanger with a disc-type design, comprising - a plurality of discs stacked one atop the other, - at least one first fluid channel for through conducting a first fluid, - at least one second fluid channel for through conducting a second fluid, - wherein the at least one first and at least one second fluid channel (3, 4) are formed at least partially between the discs by means of the discs due to the geometry of the discs, - an end plate on one or two stack ends of the discs, - at least one inlet opening for introducing the first fluid, - at least one outlet opening for conducting the first fluid out, - at least one inlet opening for introducing the second fluid, - at least one outlet opening for conducting the second fluid out, characterised in that the end plate is provided with at least one recess having a slot or a bead for reducing the stiffness thereof. - a plurality of discs stacked one atop the other, - at least one first fluid channel for through conducting a first fluid, - at least one second fluid channel for through conducting a second fluid, - wherein the at least one first and at least one second fluid channel (3, 4) are formed at least partially between the discs by means of the discs due to the geometry of the discs, - an end plate on one or two stack ends of the discs, - at least one inlet opening for introducing the first fluid, - at least one outlet opening for conducting the first fluid out, - at least one inlet opening for introducing the second fluid, - at least one outlet opening for conducting the second fluid out,
Missile structural wall, said wall comprising a structural part provided with an outer surface and an inner surface, said wall comprising at least in the area of a part of the structural part: - on the outer surface of the structural part, at least one outer thermal protection layer; and - on the inner surface of the structural part, at least one inner thermal protection layer, characterised in that the internal layer is made from a material having a density that is between 2 and 20 times lower than that of the material of the outer layer. - on the outer surface of the structural part, at least one outer thermal protection layer; and - on the inner surface of the structural part, at least one inner thermal protection layer,
A method performed by a user equipment, UE, the method comprising: receiving reference signals corresponding to a transmitting beam by using at least two receiving beams; identifying reference signal receiving power, RSRP, of each receiving beam; analyzing each RSRP by a machine learning model; and identifying a beam management operation corresponding to the transmitting beam according to a result of the analyzing, wherein the at least two receiving beams comprise a first receiving beam having a first beam coverage, and a second receiving beam having a second beam coverage including the first beam coverage of the first receiving beam. receiving reference signals corresponding to a transmitting beam by using at least two receiving beams; identifying reference signal receiving power, RSRP, of each receiving beam; analyzing each RSRP by a machine learning model; and identifying a beam management operation corresponding to the transmitting beam according to a result of the analyzing, wherein the at least two receiving beams comprise a first receiving beam having a first beam coverage, and a second receiving beam having a second beam coverage including the first beam coverage of the first receiving beam.
A pharmaceutical composition comprising an adenovirus having European Collection of Cell Cultures (ECACC) deposit designation number 13021201, wherein said composition comprises a buffer.
A synthetic saccharide of general formula wherein represents a bond, and L represents -(CH 2) o - and o is an integer selected from 1, 2, 3, 4, 5 and 6 or a diastereoisomer or a pharmaceutically acceptable salt thereof. represents a bond, and L represents -(CH 2) o - and o is an integer selected from 1, 2, 3, 4, 5 and 6 or a diastereoisomer or a pharmaceutically acceptable salt thereof.
An electrical device comprising: a frame; a conductor having a conductive element and an electrically insulating cover disposed about at least a portion of the conductive element; and a busbar mounted to the frame, the busbar comprising a busbar body and a weld crimp, the weld crimp having a base, which extends from the busbar body, and a cross-member (52, 54) that is coupled to the base on a side of the base that is opposite the busbar body, the cross-member having a weld portion and a crimp portion, the weld portion intersecting the base, the crimp portion intersecting the weld portion and having a crimp member that receives the conductor, the crimp member being permanently deformed about the conductor so as to apply a clamping force to the conductor, the conductive element being welded to the weld portion, wherein the crimp portion is configured to flex relative to the weld portion to relieve stress in the weld between the conductive element and the weld portion when a non-axial force is applied to the conductor. a frame; a conductor having a conductive element and an electrically insulating cover disposed about at least a portion of the conductive element; and a busbar mounted to the frame, the busbar comprising a busbar body and a weld crimp, the weld crimp having a base, which extends from the busbar body, and a cross-member (52, 54) that is coupled to the base on a side of the base that is opposite the busbar body, the cross-member having a weld portion and a crimp portion, the weld portion intersecting the base, the crimp portion intersecting the weld portion and having a crimp member that receives the conductor, the crimp member being permanently deformed about the conductor so as to apply a clamping force to the conductor, the conductive element being welded to the weld portion, wherein the crimp portion is configured to flex relative to the weld portion to relieve stress in the weld between the conductive element and the weld portion when a non-axial force is applied to the conductor.
Solid crosslinkable resin composition that is ductile at room temperature, comprising: - a crosslinkable resin that is liquid at a temperature of between 60 and 80°C; - an optional crosslinking agent; and - additives, said additives comprising: - a solid metal filler in powder form; - a thermoplastic; - an optional chain extender that can react with the resin; - optionally, organic or inorganic non-metallic particles or fibers; the additives representing between 20 and 55% by mass of the composition, advantageously between 30 and 50% by mass, advantageously between 40 and 50% by mass. - a crosslinkable resin that is liquid at a temperature of between 60 and 80°C; - an optional crosslinking agent; and - additives, said additives comprising: - a solid metal filler in powder form; - a thermoplastic; - an optional chain extender that can react with the resin; - optionally, organic or inorganic non-metallic particles or fibers; - a solid metal filler in powder form; - a thermoplastic; - an optional chain extender that can react with the resin; - optionally, organic or inorganic non-metallic particles or fibers;
Tilting-pad bearing for mounting a shaft, said tilting-pad bearing having a housing having an internal side and a housing longitudinal axis, and at least one tilting pad having a rear side which faces the internal side of the housing, wherein an elevation that is disposed on the rear side of the at least one tilting pad is disposed in a depression that is disposed in the internal side of the housing in such a manner that a first contact face that is available on the elevation bears on a second contact face on a bottom of the depression, wherein the elevation is rotationally symmetrical about an elevation vertical axis and the elevation vertical axis is perpendicular to the housing longitudinal axis, characterized in that the depression has a hollow-cylindrical lateral wall and an arcuate base, and the elevation has a bead which in terms of the elevation vertical axis projects radially outwards.
A method for moving a wind turbine component relative to a wind turbine having a tower with a door for closing off an opening through the tower, the method comprising: removably positioning a transport system relative to the wind turbine, the transport system having a track and a powered drive device, such that a first end of the track is positioned outside the tower, a second end of the track is positioned inside the tower, and the track extends through the opening in the tower, the transport system configured to facilitate movement of the wind turbine component between an inside of the tower and an outside of the tower through the opening; and moving the wind turbine component vertically within the tower away from or toward the track using the powered drive device of the transport system, wherein the method further comprising removably coupling a hoist assembly to a support structure (170, 172) of the tower above the opening in the tower and above the wind turbine component, the hoist assembly including a plurality of sheaves (162, 164, 174); operatively coupling the hoist assembly and the powered drive device via one or more feed cables (124b, 126b); operatively coupling the hoist assembly to the wind turbine component; and activating the powered drive device to move the wind turbine component vertically within the tower, wherein operatively coupling the hoist assembly and the powered drive device further comprises extending one or more of the feed cables (124b, 126b) through one or more sheaves (156, 158) at the second end of the track. removably positioning a transport system relative to the wind turbine, the transport system having a track and a powered drive device, such that a first end of the track is positioned outside the tower, a second end of the track is positioned inside the tower, and the track extends through the opening in the tower, the transport system configured to facilitate movement of the wind turbine component between an inside of the tower and an outside of the tower through the opening; and moving the wind turbine component vertically within the tower away from or toward the track using the powered drive device of the transport system, wherein the method further comprising removably coupling a hoist assembly to a support structure (170, 172) of the tower above the opening in the tower and above the wind turbine component, the hoist assembly including a plurality of sheaves (162, 164, 174); operatively coupling the hoist assembly and the powered drive device via one or more feed cables (124b, 126b); operatively coupling the hoist assembly to the wind turbine component; and activating the powered drive device to move the wind turbine component vertically within the tower, wherein operatively coupling the hoist assembly and the powered drive device further comprises extending one or more of the feed cables (124b, 126b) through one or more sheaves (156, 158) at the second end of the track.
A method for wireless communications, comprising: splitting a first media access control, MAC, service data unit, MSDU, into a first plurality of MAC protocol data units, MPDUs, each having a unique MPDU sequence number and a separate MSDU sequence number associated with the first MSDU; outputting the first plurality of MPDUs for transmission to a recipient; generating at least one frame with a set of parameters for processing at least the first MSDU, said set of parameters being associated with at least an MPDU starting sequence number, SSN, and an MSDU SSN for a transmission window in which the first plurality of MPDUs are output for transmission; and outputting the at least one frame for transmission to the recipient. splitting a first media access control, MAC, service data unit, MSDU, into a first plurality of MAC protocol data units, MPDUs, each having a unique MPDU sequence number and a separate MSDU sequence number associated with the first MSDU; outputting the first plurality of MPDUs for transmission to a recipient; generating at least one frame with a set of parameters for processing at least the first MSDU, said set of parameters being associated with at least an MPDU starting sequence number, SSN, and an MSDU SSN for a transmission window in which the first plurality of MPDUs are output for transmission; and outputting the at least one frame for transmission to the recipient.