mhurhangee/ep-ind-claims huggingface dataset:
A method performed by an Application Server, AS, for enabling a non-Subscriber Identity Module, non-SIM, device to access a first network via a second network, the method comprising: creating (203, 403, 601) an association between a SIM device and the non-SIM device; creating (203, 403, 602) a user profile associated with a user of the non-SIM device; transmitting (204, 206, 404, 603) at least part of the user profile for the non-SIM device to a subscriber database and to a Certificate Authority, CA, server to be used in authentication and authorization of the non-SIM device to access the first network via the second network; transmitting (208, 405, 604) a request for a certificate for the non-SIM device to the CA server; receiving (210, 405, 605), from the CA server, the requested certificate for the non-SIM device; and transmitting (211, 406, 606) information indicating the certificate for the non-SIM device to the SIM device. creating (203, 403, 601) an association between a SIM device and the non-SIM device; creating (203, 403, 602) a user profile associated with a user of the non-SIM device; transmitting (204, 206, 404, 603) at least part of the user profile for the non-SIM device to a subscriber database and to a Certificate Authority, CA, server to be used in authentication and authorization of the non-SIM device to access the first network via the second network; transmitting (208, 405, 604) a request for a certificate for the non-SIM device to the CA server; receiving (210, 405, 605), from the CA server, the requested certificate for the non-SIM device; and transmitting (211, 406, 606) information indicating the certificate for the non-SIM device to the SIM device.
A steel sheet, comprising: a chemical composition represented by, in mass%, C: 0.05% to 0.40%, Si: 0.05% to 3.0%, Mn: 1.5% to 3.5%, Al: 1.5% or less, N: 0.010% or less, P: 0.10% or less, S: 0.005% or less, Nb: 0.00% to 0.04% or less, Ti: 0.00% to 0.08% or less, V and Ta: 0.0% to 0.3% in total, Cr, Cu, Ni, Sn, and Mo: 0.0% to 1.0% in total, B: 0.000% to 0.005%, Ca: 0.000% to 0.005%, Ce: 0.000% to 0.005%, La: 0.000% to 0.005%, and the balance: Fe and impurities; and a steel structure represented by, in area%, first martensite in which two or more iron carbides each having a circle-equivalent diameter of 2 nm to 500 nm are contained in each lath: 20% to 95%, ferrite: 15% or less, retained austenite: 15% or less, and the balance: bainite, or second martensite in which less than two iron carbides each having a circle-equivalent diameter of 2 nm to 500 nm are contained in each lath, or the both of these, wherein ferrite includes polygonal ferrite, quasi-polygonal ferrite and granular bainitic ferrite which has a recovered dislocation substructure containing no laths; wherein the total area fraction of ND//<111> orientation grains and ND//<100> orientation grains is 40% or less, the content of solid-solution C is 0.44 ppm or more, the ND//<111> orientation grain is a crystal grain having a crystal orientation parallel to the normal direction of a sheet surface being a crystal orientation having a deviation from the <111> direction of 10° or less, and the ND//<100> orientation grain is a crystal grain having a crystal orientation parallel to the normal direction of the sheet surface being a crystal orientation having a deviation from the <100> direction of 10° or less. a chemical composition represented by, in mass%, C: 0.05% to 0.40%, Si: 0.05% to 3.0%, Mn: 1.5% to 3.5%, Al: 1.5% or less, N: 0.010% or less, P: 0.10% or less, S: 0.005% or less, Nb: 0.00% to 0.04% or less, Ti: 0.00% to 0.08% or less, V and Ta: 0.0% to 0.3% in total, Cr, Cu, Ni, Sn, and Mo: 0.0% to 1.0% in total, B: 0.000% to 0.005%, Ca: 0.000% to 0.005%, Ce: 0.000% to 0.005%, La: 0.000% to 0.005%, and the balance: Fe and impurities; and a steel structure represented by, in area%, first martensite in which two or more iron carbides each having a circle-equivalent diameter of 2 nm to 500 nm are contained in each lath: 20% to 95%, ferrite: 15% or less, retained austenite: 15% or less, and the balance: bainite, or second martensite in which less than two iron carbides each having a circle-equivalent diameter of 2 nm to 500 nm are contained in each lath, or the both of these, wherein ferrite includes polygonal ferrite, quasi-polygonal ferrite and granular bainitic ferrite which has a recovered dislocation substructure containing no laths;
A medication device, with - a cartridge or syringe having a longitudinal axis and containing a medicament, - a housing receiving the cartridge or syringe and having a center axis, and with - an RFID device, comprising • at least one RFID chip with a first antenna, • at least one RFID readout unit with a second antenna, wherein • the at least one RFID chip is assigned to the cartridge or the syringe and the at least one RFID readout unit is assigned to the housing, or wherein the at least one RFID chip is assigned to the housing and the at least one RFID readout unit is assigned to the cartridge or the syringe, characterized in that - the first antenna of the at least one RFID chip and the second antenna of the at least one RFID readout unit are each configured as a coil and aligned such that the first antenna and the second antenna are coaxial with one another and with the longitudinal axis as well as with the center axis, wherein - the first antenna and/or the second antenna are each mounted on a peripheral surface of the cartridge or the syringe or the housing by means of a shrink hose. - a cartridge or syringe having a longitudinal axis and containing a medicament, - a housing receiving the cartridge or syringe and having a center axis, and with - an RFID device, comprising • at least one RFID chip with a first antenna, • at least one RFID readout unit with a second antenna, wherein • the at least one RFID chip is assigned to the cartridge or the syringe and the at least one RFID readout unit is assigned to the housing, or wherein the at least one RFID chip is assigned to the housing and the at least one RFID readout unit is assigned to the cartridge or the syringe, characterized in that • at least one RFID chip with a first antenna, • at least one RFID readout unit with a second antenna, wherein • the at least one RFID chip is assigned to the cartridge or the syringe and the at least one RFID readout unit is assigned to the housing, or wherein the at least one RFID chip is assigned to the housing and the at least one RFID readout unit is assigned to the cartridge or the syringe, - the first antenna of the at least one RFID chip and the second antenna of the at least one RFID readout unit are each configured as a coil and aligned such that the first antenna and the second antenna are coaxial with one another and with the longitudinal axis as well as with the center axis, wherein - the first antenna and/or the second antenna are each mounted on a peripheral surface of the cartridge or the syringe or the housing by means of a shrink hose.
Modular system with a device for conditioning gases, particularly seal gas, having a separator unit, particularly for separating liquids and/or particles from the gas flowing through the device, and having a collection vessel for separated substances, wherein the separator unit comprises a cyclone separator with a cyclone housing that comprises an acceleration cone at the lower end of an inlet cylinder, said acceleration cone extending, at the transition between the housing and the top side of the collection vessel, into the inlet opening thereof and thus into the inner chamber thereof, wherein the acceleration cone is formed in an insert body, characterised in that a plurality of different insert bodies are provided, which are changed as required if another size and/or shape of the acceleration cone is expedient.
A method for forming a membrane system having the form of a flat sheet or a tube, including (a) a porous membrane formed from at least one first polymer; and (b) particles of at least one second polymer different from the first polymer, wherein the porous membrane (a) has the particles (b) immobilized, wherein the at least one second polymer includes units which are formed by polymerizing N-vinylcaprolactam, and the weight ratio of the particles (b) is at most 15 wt%, based on the total weight of the porous membrane (a) and the particles (b), the weight ratio of the particles (b) referring to the solid weight of the particles (b) and being determined by thermogravimetric analysis, said method comprising the steps of (i) providing a polymer solution containing the at least one first polymer; (ii) providing a coagulation bath; (iii) optionally providing a bore solution; (iv) shaping the polymer solution into a predetermined form of a flat sheet or a tube; and (v) immersing the polymer solution having the predetermined form into the coagulation bath; to coagulate the porous membrane (a) having the immobilized particles (b); wherein the coagulation bath and/or the bore solution, if provided, contains the particles (b) at least at the time of step (v). (a) a porous membrane formed from at least one first polymer; and (b) particles of at least one second polymer different from the first polymer, wherein the porous membrane (a) has the particles (b) immobilized, wherein the at least one second polymer includes units which are formed by polymerizing N-vinylcaprolactam, and the weight ratio of the particles (b) is at most 15 wt%, based on the total weight of the porous membrane (a) and the particles (b), the weight ratio of the particles (b) referring to the solid weight of the particles (b) and being determined by thermogravimetric analysis, said method comprising the steps of (i) providing a polymer solution containing the at least one first polymer; (ii) providing a coagulation bath; (iii) optionally providing a bore solution; (iv) shaping the polymer solution into a predetermined form of a flat sheet or a tube; and (v) immersing the polymer solution having the predetermined form into the coagulation bath; (i) providing a polymer solution containing the at least one first polymer; (ii) providing a coagulation bath; (iii) optionally providing a bore solution; (iv) shaping the polymer solution into a predetermined form of a flat sheet or a tube; and (v) immersing the polymer solution having the predetermined form into the coagulation bath; to coagulate the porous membrane (a) having the immobilized particles (b); wherein the coagulation bath and/or the bore solution, if provided, contains the particles (b) at least at the time of step (v).
A cryogen free cooling apparatus comprising: a vacuum chamber; a first heat radiation shield surrounding a working region and located in the vacuum chamber; a cryofree cooling system, for example a mechanical cooler such as a GM cooler, Stirling cooler or pulse tube device, having a cooling stage coupled to the first heat radiation shield; a cold body formed by a surface linked to a cold plate coupled to a cooling stage of the cooling system; a cold mounting body located at the working region and held at a lower temperature than the cold body; aligned apertures (52, 56) in the first heat radiation shield and vacuum chamber wall; sample loading apparatus having one or more elongate probes and a sample holding device attached to the one or more elongate probes, the one or more elongate probes for inserting the sample holding device through the aligned apertures (52, 56) to the working region; and a thermal connector, whereby the sample holding device is configured to be connected to the cold mounting body via the connector, and whereby the elongate probe or each of the elongate probes is relesably coupled to the sample holding device for releasing the sample holding device when the sample holding device is connected to the cold mounting body; characterised in that the sample holding device is releasably coupled for heat conduction via said connector to the cold body so as to pre-cool a sample on or in the sample holding device before the sample holding device is connected to the cold mounting body. a vacuum chamber; a first heat radiation shield surrounding a working region and located in the vacuum chamber; a cryofree cooling system, for example a mechanical cooler such as a GM cooler, Stirling cooler or pulse tube device, having a cooling stage coupled to the first heat radiation shield; a cold body formed by a surface linked to a cold plate coupled to a cooling stage of the cooling system; a cold mounting body located at the working region and held at a lower temperature than the cold body; aligned apertures (52, 56) in the first heat radiation shield and vacuum chamber wall; sample loading apparatus having one or more elongate probes and a sample holding device attached to the one or more elongate probes, the one or more elongate probes for inserting the sample holding device through the aligned apertures (52, 56) to the working region; and a thermal connector, whereby the sample holding device is configured to be connected to the cold mounting body via the connector, and whereby the elongate probe or each of the elongate probes is relesably coupled to the sample holding device for releasing the sample holding device when the sample holding device is connected to the cold mounting body; characterised in that the sample holding device is releasably coupled for heat conduction via said connector to the cold body so as to pre-cool a sample on or in the sample holding device before the sample holding device is connected to the cold mounting body.
A retractable seat comprising at least one hinged arm having a first perpendicular axis at its first end and a second axis parallel to the first axis at its second end, the first axis being intended to allow a seating part to be tilted with respect to the arm and the second axis being intended to allow the hinged arm to pivot with respect to a frame, the retractable seat comprising at least one movement transmission means intended to tilt the seating part between a horizontal position and a vertical position under the pivoting action of the arm, the pivoting action of the arm being restrained in range by a restraining means (20, 11), the retractable seat being characterised in that the movement transmission means comprises a link connecting, on one hand, a first wheel secured to the seating part and centered on the first axis and, on the other hand, a second wheel secured to the frame and centered on the second axis.
A Kalanchoe interspecific hybrid plant being a double-type K. laciniata x K. blossfeldiana plant or progeny thereof having one or more double-type flowers with at least 35 full or partial petals per flower and wherein the double type characteristic is introgressed from a double type K. blossfeldiana.
An apparatus for making a beverage, in particular a beverage containing milk, the apparatus comprising a machine body, a milk container, a milk frothing device designed to mix milk with air and steam to obtain frothed milk, the machine body housing a boiler for producing steam, an outer wall of the machine body being provided with a seat for receiving the milk frothing device, the milk frothing device being removably mountable in said seat, in the mounted condition the milk frothing device being in communication with the boiler to receive steam, the milk container being removably couplable to the milk frothing device, in the coupled condition the milk frothing device being in communication with the milk container to receive milk, the apparatus comprising a locking member for locking the milk frothing device in the mounted condition, the locking member being able to adopt an active condition, in which the locking member constrains the milk frothing device to the machine body and prevents removal of the milk frothing device from the seat, and an inactive condition, in which the locking member releases the milk frothing device to allow removal of the milk frothing device from the seat, characterized in that the milk container interacts with the locking member in such a way that, when the milk container is coupled to the milk frothing device in the mounted condition, the locking member is kept in the active condition, and in such a way that, when the milk container is uncoupled from the milk frothing device, the locking member may adopt the inactive condition, whereby the milk frothing device and the milk container in the coupled condition are not simultaneously removable from the machine body.
Printing apparatus, comprising: - a laser configured to treat a substrate by at least partially carbonizing said substrate; - wherein at least tar like compounds are formed in the substrate as reaction products of the carbonizing; and characterized by - an electromagnetic radiator configured to irradiate at least the reaction products in the substrate to cause at least the tar like compounds to polymerize and interlink. - a laser configured to treat a substrate by at least partially carbonizing said substrate; - wherein at least tar like compounds are formed in the substrate as reaction products of the carbonizing; and characterized by - an electromagnetic radiator configured to irradiate at least the reaction products in the substrate to cause at least the tar like compounds to polymerize and interlink.
An antibody or antigenic binding fragment thereof that specifically binds to SEQ ID NO:30 on the surface of a dendritic cell and which elicits an immune response in the absence of adjuvant.
A preform for the manufacture by stretch blow molding of a plastic container, preferably a bottle, said preform being of made by injection molding of at least one thermoplastic polymer of at least one FuranDiCarboxylic Acid (FDCA) monomer, preferably 2,5-FuranDiCarboxylic Acid (2,5-FDCA) monomer, and at least one diol monomer, preferably monoethylene glycol monomer and said preform comprising • a neck end; • a neck support ring; • and a closed tubular body portion, the tubular body portion comprising a straight part (4 1) starting just below the neck support ring to a bottom curved part (4 2), the straight part having a circular cross section and a length L', and the bottom curved part being circular and having a radius R; said preform having a ratio ∅ / L, wherein ∅ is the outer diameter of the straight part of the closed tubular body portion measured at the middle of the longer segment of the straight part which has a steady thickness, and L is the length of a generatrix of the closed tubular body from the lower face of the neck support ring to the lower end of the bottom curved part of the preform, L being such that L = L' + 2πR/4; the preform being characterized in that the ratio ∅ / L is such that - in an increasing order of preference-: • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35. • a neck end; • a neck support ring; • and a closed tubular body portion, the tubular body portion comprising a straight part (4 1) starting just below the neck support ring to a bottom curved part (4 2), the straight part having a circular cross section and a length L', and the bottom curved part being circular and having a radius R; said preform having a ratio ∅ / L, wherein ∅ is the outer diameter of the straight part of the closed tubular body portion measured at the middle of the longer segment of the straight part which has a steady thickness, and L is the length of a generatrix of the closed tubular body from the lower face of the neck support ring to the lower end of the bottom curved part of the preform, L being such that L = L' + 2πR/4; the preform being characterized in that the ratio ∅ / L is such that - in an increasing order of preference-: • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35. said preform having a ratio ∅ / L, wherein ∅ is the outer diameter of the straight part of the closed tubular body portion measured at the middle of the longer segment of the straight part which has a steady thickness, and L is the length of a generatrix of the closed tubular body from the lower face of the neck support ring to the lower end of the bottom curved part of the preform, L being such that L = L' + 2πR/4; the preform being characterized in that the ratio ∅ / L is such that - in an increasing order of preference-: • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35. • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35.
A method, comprising: receiving time domain, TD, information for a protocol data unit, PDU, session; updating local information associating the time domain information and a user equipment, receiving a plurality of time protocol packets, wherein a respective time protocol packet is a generic precision time protocol, gPTP, message; based on the updated local information, determining, by a user plane function, UDF, whether to send a respective time protocol packet of the plurality of time protocol packets to the user equipment for a given PDU session based on the received time domain information, based on the UE changing a serving cell when a signal is stronger in a target cell than in a source cell, wherein the UPF inspects the plurality of time protocol packets based on a TD number for forwarding the respective time protocol packet to a matching PDU session the UPF has configured; and based on the determination, forwarding the respective time protocol packet of the plurality of time protocol packets to the user equipment for the matching PDU session. receiving time domain, TD, information for a protocol data unit, PDU, session; updating local information associating the time domain information and a user equipment, receiving a plurality of time protocol packets, wherein a respective time protocol packet is a generic precision time protocol, gPTP, message; based on the updated local information, determining, by a user plane function, UDF, whether to send a respective time protocol packet of the plurality of time protocol packets to the user equipment for a given PDU session based on the received time domain information, based on the UE changing a serving cell when a signal is stronger in a target cell than in a source cell, wherein the UPF inspects the plurality of time protocol packets based on a TD number for forwarding the respective time protocol packet to a matching PDU session the UPF has configured; and based on the determination, forwarding the respective time protocol packet of the plurality of time protocol packets to the user equipment for the matching PDU session.
Timepiece comprising a multi-carriage tourbillon having an outer carriage, mounted to rotate on a frame and connected kinematically to be rotationally driven to a drive member, and an inner carriage bearing a regulating member (11, 12) and an escapement (13, 14) and pivoted in the outer carriage; the rotational axis of the outer carriage being coaxial or orthogonal to the rotational axis of the inner carriage; the inner carriage bearing a third wheel engaged with a second wheel fixedly attached to the frame whilst a pinion of the escapement (13, 14) is engaged with a first wheel fixedly attached to the outer carriage; this tourbillon being at least partially visible from the exterior of the timepiece, wherein the outer carriage bears an index cooperating with a seconds scale fixed on the frame, and the inner carriage and the outer carriage respectively having structural elements (15, 18) able to reconstruct a number, a letter or a logo by the juxtaposition of said structural elements (15, 18), and wherein the rotational speeds of the outer carriage and the inner carriage are such that during rotations of said outer and inner carriages and for at least one relative position of the inner carriage with respect to the outer carriage, said structural elements (15, 18) are juxtaposed to form said number, said letter or said logo at regular predetermined intervals which are different from one second.