mhurhangee/ep-ind-claims huggingface dataset:
A network function virtualization, "NFV", platform, comprising: one or more processors to: identify a condition associated with the NFV platform, where the condition affects operation of at least one virtual network function, "VNF", hosted by or associated with the NFV platform, and where the condition is associated with a physical interface associated with the NFV platform; determine, based on the condition, information to be provided and an action to be performed with regard to the at least one VNF; and transmit a message identifying the information to the at least one VNF and to cause the action to be performed with regard to the at least one VNF. identify a condition associated with the NFV platform, where the condition affects operation of at least one virtual network function, "VNF", hosted by or associated with the NFV platform, and where the condition is associated with a physical interface associated with the NFV platform; where the condition affects operation of at least one virtual network function, "VNF", hosted by or associated with the NFV platform, and where the condition is associated with a physical interface associated with the NFV platform; determine, based on the condition, information to be provided and an action to be performed with regard to the at least one VNF; and transmit a message identifying the information to the at least one VNF and to cause the action to be performed with regard to the at least one VNF.
A method, at a first wireless station, STA, comprising: determining, at the first STA, a maximum time of departure, TOD, error as an exponent in five bits or less, said exponent being capable of expressing the maximum TOD error as large as 1.073741824 msec; transmitting a fine timing measurement, FTM, message comprising at least a TOD field and at least one other field, the at least one other field expressing the maximum TOD error as said exponent. determining, at the first STA, a maximum time of departure, TOD, error as an exponent in five bits or less, said exponent being capable of expressing the maximum TOD error as large as 1.073741824 msec; transmitting a fine timing measurement, FTM, message comprising at least a TOD field and at least one other field, the at least one other field expressing the maximum TOD error as said exponent.
A high-temperature sensor with a sensor element and a device for holding and positioning the sensor element at the installation location thereof, particularly for automotive applications, having a holding part with a pocket-like recess, in which the sensor element is accommodated flush and the recess being arranged in the holding part offset on one side with respect to the longitudinal extent of the holding part and with a surrounding housing, Characterized in that the high-temperature sensor has contact wires and a series of spacer bodies, in that the two portions of the holding part remaining on both sides of the recess have dimensions corresponding to the offset and are constructed as spacers, for specifying the distance between the sensor element and a wall component of a wall delimiting the use location of the high-temperature sensor on the one hand and a spacer body of the series of spacer bodies on the other hand, which are held by the contact wires and in that a mounting assembly is formed from the holding part, which is equipped with the sensor element, wherein the sensor element is connected to the contact wires, and respectively assigned spacer bodies, which are held by the contact wires, and the mounting assembly is inserted into the surrounding housing.
A coronary wire for insertion through a catheter into a coronary vessel of a patient, the wire having: a working length running from a proximal end for connection with a connector to a distal end for insertion through a catheter into a coronary vessel of a patient; a flexible length, a portion of which is exposed, in use, from the catheter and able, in use, to make contact with the coronary vessel; a distal tip at the distal end; an electrode on the flexible length at the distal tip or offset from the distal tip by a predetermined spacing; a pressure sensor located in the electrode; and electrical insulation electrically insulating the exposed portion of the flexible length of the wire except at the electrode to allow the electrode to electrically contact the coronary vessel. a working length running from a proximal end for connection with a connector to a distal end for insertion through a catheter into a coronary vessel of a patient; a flexible length, a portion of which is exposed, in use, from the catheter and able, in use, to make contact with the coronary vessel; a distal tip at the distal end; an electrode on the flexible length at the distal tip or offset from the distal tip by a predetermined spacing; a pressure sensor located in the electrode; and electrical insulation electrically insulating the exposed portion of the flexible length of the wire except at the electrode to allow the electrode to electrically contact the coronary vessel.
A method for implementing hybrid automatic repeat request, comprising: Performing filling on feedback information for a primary cell and/or a secondary cell whose feedback information needs to be sent in a same uplink subframe of the primary cell, so that the primary cell and the secondary cell both have feedback information corresponding to a first number of downlink subframes to send in the uplink subframe; determining first indication information used to indicate feedback information of each downlink subframe of the primary cell that needs to be sent in the uplink subframe and second indication information used to indicate feedback information of each downlink subframe of the secondary cell that needs to be sent in the uplink subframe according to the feedback information corresponding to the first number of downlink subframes of the primary cell and the secondary cell; sending mapping information of the first indication information and the second indication information in the uplink subframe, wherein an uplink and downlink configuration adopted by the primary cell is different from that adopted by the secondary cell. Performing filling on feedback information for a primary cell and/or a secondary cell whose feedback information needs to be sent in a same uplink subframe of the primary cell, so that the primary cell and the secondary cell both have feedback information corresponding to a first number of downlink subframes to send in the uplink subframe; determining first indication information used to indicate feedback information of each downlink subframe of the primary cell that needs to be sent in the uplink subframe and second indication information used to indicate feedback information of each downlink subframe of the secondary cell that needs to be sent in the uplink subframe according to the feedback information corresponding to the first number of downlink subframes of the primary cell and the secondary cell; sending mapping information of the first indication information and the second indication information in the uplink subframe, wherein an uplink and downlink configuration adopted by the primary cell is different from that adopted by the secondary cell.
A method of wireless communication by a user equipment, UE, comprising: transmitting first scheduling assignment, SA, information in a first subframe; transmitting first data in the first subframe; transmitting second SA information in a second subframe; and transmitting second data in the second subframe, wherein the first SA information includes scheduling information specifying locations of the first data and the second data, and wherein the second SA information includes scheduling information specifying the location of the second data, the second data being a redundant copy of the first data. transmitting first scheduling assignment, SA, information in a first subframe; transmitting first data in the first subframe; transmitting second SA information in a second subframe; and transmitting second data in the second subframe, wherein the first SA information includes scheduling information specifying locations of the first data and the second data, and wherein the second SA information includes scheduling information specifying the location of the second data, the second data being a redundant copy of the first data.
A multipole magnet for deflecting a beam of charged particles, comprising: a plurality of ferromagnetic poles (12a,b,c,d) arranged in a pole plane; a plurality of permanent magnets (14ab,14cd) arranged to supply magnetomotive force to at least one of the plurality of ferromagnetic poles (12a,b,c,d) to produce a magnetic field along the pole plane in a beamline space between the poles; and a plurality of ferromagnetic flux conducting members (16ab,16cd) arranged to channel magnetic flux from at least one of the plurality of permanent magnets (14ab, 14cd); wherein at least one of the plurality of permanent magnets (14ab,14cd) and the plurality of ferromagnetic flux conducting members (16ab,16cd) is moveable in the pole plane relative to the plurality of ferromagnetic poles (12a,b,c,d) so as to vary the strength of the magnetic field in the beamline space; and characterised in that the multipole magnet is a quadrupole magnet having only four ferromagnetic poles (12a,b,c,d) and only two permanent magnets (14ab,14cd), wherein each of the two permanent magnets (14ab,14cd) is associated with two of the poles to supply magnetomotive force thereto. a plurality of ferromagnetic poles (12a,b,c,d) arranged in a pole plane; a plurality of permanent magnets (14ab,14cd) arranged to supply magnetomotive force to at least one of the plurality of ferromagnetic poles (12a,b,c,d) to produce a magnetic field along the pole plane in a beamline space between the poles; and a plurality of ferromagnetic flux conducting members (16ab,16cd) arranged to channel magnetic flux from at least one of the plurality of permanent magnets (14ab, 14cd); wherein at least one of the plurality of permanent magnets (14ab,14cd) and the plurality of ferromagnetic flux conducting members (16ab,16cd) is moveable in the pole plane relative to the plurality of ferromagnetic poles (12a,b,c,d) so as to vary the strength of the magnetic field in the beamline space; and characterised in that the multipole magnet is a quadrupole magnet having only four ferromagnetic poles (12a,b,c,d) and only two permanent magnets (14ab,14cd), wherein each of the two permanent magnets (14ab,14cd) is associated with two of the poles to supply magnetomotive force thereto.
A portable radiological cassette comprising: - a scintillator capable of converting an incident x-ray into a light signal, - a photosensitive slab capable of converting the light signal emitted by the scintillator into an electrical charge, the scintillator and the photosensitive slab forming a panel, the panel having a front face intended to receive the incident x-ray and a rear face opposite the front face, - an electronic circuit board ensuring the conversion of the electrical charge into a digital image, - a mechanical protection housing, in which the panel and the electronic circuit board are disposed, having a top face and a bottom face; the top face of the mechanical protection housing comprising: - a first layer of rigid material, - a second layer of rigid material, the second layer of rigid material being in contact with the front face of the panel, - a layer of cellular material disposed between the first and the second layer of rigid material, the portable radiological cassette being characterised in that the layer of cellular material is in contact with the first layer of rigid material and with the second layer of rigid material. - a scintillator capable of converting an incident x-ray into a light signal, - a photosensitive slab capable of converting the light signal emitted by the scintillator into an electrical charge, the scintillator and the photosensitive slab forming a panel, the panel having a front face intended to receive the incident x-ray and a rear face opposite the front face, - an electronic circuit board ensuring the conversion of the electrical charge into a digital image, - a mechanical protection housing, in which the panel and the electronic circuit board are disposed, having a top face and a bottom face; - a first layer of rigid material, - a second layer of rigid material, the second layer of rigid material being in contact with the front face of the panel, - a layer of cellular material disposed between the first and the second layer of rigid material, the portable radiological cassette being characterised in that the layer of cellular material is in contact with the first layer of rigid material and with the second layer of rigid material.
Device for managing gears of a motor vehicle, said motor vehicle being capable of changing from a sequential gear shift operating mode to an automatic gear shift operating mode; said device comprising a gear shift lever articulated on a base, said gear shift lever extending along a main extension axis, and a selection element for selecting the operating mode of the motor vehicle, said selection element being integral with said lever; characterized in that the gear shift lever is shaped so as to be able to pivot about the main extension axis, so that the selection element can move from a position in which the selection element controls automatic gear shift operation, to a position in which the selection element controls operation in sequential gear shift mode, and in that the gear shift lever is adapted to be articulated with respect to the base so that in a first position of the selector chosen from the position in which the selector controls operation in an automatic shift operating mode or the position in which the selector controls operation in sequential shift operating mode, the gear shift lever is free in translation with respect to the base, and in that it includes a rail being integral to the base, the said lever being mounted freely in translation on the rail. said device comprising a gear shift lever articulated on a base, said gear shift lever extending along a main extension axis, and a selection element for selecting the operating mode of the motor vehicle, said selection element being integral with said lever; characterized in that the gear shift lever is shaped so as to be able to pivot about the main extension axis, so that the selection element can move from a position in which the selection element controls automatic gear shift operation, to a position in which the selection element controls operation in sequential gear shift mode, and in that the gear shift lever is adapted to be articulated with respect to the base so that in a first position of the selector chosen from the position in which the selector controls operation in an automatic shift operating mode or the position in which the selector controls operation in sequential shift operating mode, the gear shift lever is free in translation with respect to the base, and in that it includes a rail being integral to the base, the said lever being mounted freely in translation on the rail.
Process for producing a flexible pipe of multilayer structure with unbonded layers, which comprises a) an interior lining and b) one or more reinforcing layers which are composed of helically arranged steel wires, steel profiles or steel strip, wherein a layer is formed by winding a tape made of a plastics moulding composition helically onto a more internal layer, and simultaneously or subsequently welding the upper and the lower sublayer of the tape to one another at overlap regions, wherein the more internal layer has been selected from a carcass, a tubular interior lining and a reinforcing layer. a) an interior lining and b) one or more reinforcing layers which are composed of helically arranged steel wires, steel profiles or steel strip, wherein
Propeller arrangement for an aircraft, having: a first propeller blade and a second propeller blade; a propeller mount on which both the first propeller blade and the second propeller blade are mounted; a drive shaft with a holding unit; and a first connecting unit; wherein the first propeller blade is rotatable about a first axis of rotation and the second propeller blade is rotatable about a second axis of rotation; wherein the propeller mount is pivotable about a pivot axis with respect to the holding unit; wherein the drive shaft is arranged so as to set the propeller mount in rotation; wherein the holding unit couples the propeller mount to the drive shaft; wherein the first connecting unit is coupled to the first propeller blade and to the holding unit, such that, in the event of a pivoting of the propeller mount about the pivot axis, the first propeller blade is set in rotational motion about the first axis of rotation such that an angle of attack of the first propeller blade is varied; characterised in that the first connecting unit has a connecting member and a coupling ring coupled to the connecting member; the connecting member is coupled to the holding unit; the coupling ring is coupled to the first propeller blade; wherein the coupling ring is placed at a root of the first propeller blade, such that a force can be transmitted by the connecting member and the coupling ring to the first propeller blade; the root of the first propeller blade is arranged on or in the propeller mount. a first propeller blade and a second propeller blade; a propeller mount on which both the first propeller blade and the second propeller blade are mounted; a drive shaft with a holding unit; and a first connecting unit; wherein the first propeller blade is rotatable about a first axis of rotation and the second propeller blade is rotatable about a second axis of rotation; wherein the propeller mount is pivotable about a pivot axis with respect to the holding unit; wherein the drive shaft is arranged so as to set the propeller mount in rotation; wherein the holding unit couples the propeller mount to the drive shaft; wherein the first connecting unit is coupled to the first propeller blade and to the holding unit, such that, in the event of a pivoting of the propeller mount about the pivot axis, the first propeller blade is set in rotational motion about the first axis of rotation such that an angle of attack of the first propeller blade is varied; characterised in that the first connecting unit has a connecting member and a coupling ring coupled to the connecting member; the connecting member is coupled to the holding unit; the coupling ring is coupled to the first propeller blade; wherein the coupling ring is placed at a root of the first propeller blade, such that a force can be transmitted by the connecting member and the coupling ring to the first propeller blade; the root of the first propeller blade is arranged on or in the propeller mount.
A base station for a communication network, the base station comprising: a transceiver and a controller wherein the controller is configured to: control the transceiver to receive, from a core network node for mobility management, Non-Access Stratum, NAS, signalling for a communication device; perform a Radio Access Network -based paging to the communication device for the NAS signalling; and control the transceiver to send to the core network node for mobility management, if the RAN-based paging fails, a UE Context Release Request message in a release procedure that is to move connection management, CM, state of the communication device in the core network node for mobility management to CM-IDLE. control the transceiver to receive, from a core network node for mobility management, Non-Access Stratum, NAS, signalling for a communication device; perform a Radio Access Network -based paging to the communication device for the NAS signalling; and control the transceiver to send to the core network node for mobility management, if the RAN-based paging fails, a UE Context Release Request message in a release procedure that is to move connection management, CM, state of the communication device in the core network node for mobility management to CM-IDLE.
Composition for use in the preventive treatment of fever blisters, including recurring fever blisters, wherein the composition comprises: • 4-20% (w/w) of zinc oxide and/or titanium dioxide; • in respect of the zinc ions, 0.1-2.0% (w/w) of a water-soluble zinc salt with antiviral action, said zinc salt being selected from the group consisting of zinc sulphate, zinc chloride, zinc acetate, zinc citrate, zinc nitrate, zinc tartrate, zinc maleate, zinc lactate, zinc amino acetate, zinc aspartate, zinc glutamate, zinc propionate, zinc gluconate, zinc butyrate, zinc formiate, zinc glyceride, zinc glycolate, and their hydrates; and • an additive suitable for topical application; wherein the composition is preventively applied topically to parts of the face which can be affected by fever blisters. • 4-20% (w/w) of zinc oxide and/or titanium dioxide; • in respect of the zinc ions, 0.1-2.0% (w/w) of a water-soluble zinc salt with antiviral action, said zinc salt being selected from the group consisting of zinc sulphate, zinc chloride, zinc acetate, zinc citrate, zinc nitrate, zinc tartrate, zinc maleate, zinc lactate, zinc amino acetate, zinc aspartate, zinc glutamate, zinc propionate, zinc gluconate, zinc butyrate, zinc formiate, zinc glyceride, zinc glycolate, and their hydrates; and • an additive suitable for topical application;
Methyl cyclodextrin having a degree of molar substitution of between 0.05 and 1.50, characterised in that it has a conductivity less than or equal to 50 μS/cm when it is in the form of a distilled-water solution at a concentration of 10%.