mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method performed by a user equipment, UE, wherein the method comprises: • receiving (201; 401; 501; 601) a beam indication signal on at least one beam from a base station, wherein the beam indication signal carries identity information of the beam on which the signal is located, • obtaining (202; 402; 502; 602) the identity information of the at least one beam according to the beam indication signal on the at least one beam, • obtaining (203; 403; 503; 603) a signal quality of the at least one beam, • determining (204; 404; 504; 604) according to the signal quality of the at least one beam a primary beam to be used to carry a downlink signal, • sending (205; 405; 505; 605) a first beam report message to the base station, wherein the first beam report message carries identity information of the primary beam, • receiving an instruction from the base station, wherein the instruction is used to instruct the UE to send a sounding reference signal, SRS, on a first SRS resource when the primary beam works normally and send the SRS on a second SRS resource when the primary beam works abnormally, • determining whether a signal quality of the primary beam is less than a preset threshold for a preset time period, thereby determining whether the primary beam is abnormal; • in case the primary beam is abnormal, sending the SRS to the base station on the second SRS resource, in case the primary beam works normally, sending the SRS on the first SRS resource, wherein the first SRS resource is different to the second SRS resource. • receiving (201; 401; 501; 601) a beam indication signal on at least one beam from a base station, wherein the beam indication signal carries identity information of the beam on which the signal is located, • obtaining (202; 402; 502; 602) the identity information of the at least one beam according to the beam indication signal on the at least one beam, • obtaining (203; 403; 503; 603) a signal quality of the at least one beam, • determining (204; 404; 504; 604) according to the signal quality of the at least one beam a primary beam to be used to carry a downlink signal, • sending (205; 405; 505; 605) a first beam report message to the base station, wherein the first beam report message carries identity information of the primary beam, • receiving an instruction from the base station, wherein the instruction is used to instruct the UE to send a sounding reference signal, SRS, on a first SRS resource when the primary beam works normally and send the SRS on a second SRS resource when the primary beam works abnormally, • determining whether a signal quality of the primary beam is less than a preset threshold for a preset time period, thereby determining whether the primary beam is abnormal; • in case the primary beam is abnormal, sending the SRS to the base station on the second SRS resource, in case the primary beam works normally, sending the SRS on the first SRS resource, wherein the first SRS resource is different to the second SRS resource.
A method at a system including a firewall and at least one application, the method comprising: obtaining, at the at least one application, a new address for a service provider for the at least one application; triggering, a firewall update based on the firewall blocking a connection attempt from the at least one application to the new address for the service provider for not being on a firewall whitelist; obtaining a new firewall configuration over a secure connection to a configuration server; and updating the firewall whitelist with the new address for the service provider in accordance with said new firewall configuration, wherein the updating the firewall allows a connection from the at least one application to the new address for the service provider. obtaining, at the at least one application, a new address for a service provider for the at least one application; triggering, a firewall update based on the firewall blocking a connection attempt from the at least one application to the new address for the service provider for not being on a firewall whitelist; obtaining a new firewall configuration over a secure connection to a configuration server; and updating the firewall whitelist with the new address for the service provider in accordance with said new firewall configuration,
A light-emitting device (1; 1a; 1c) comprising: an optical fiber including a light incident portion, a light emerging portion, and a wavelength converting portion, the wavelength converting portion being provided between the light incident portion and the light emerging portion and containing a wavelength converting material, the wavelength converting material being able to be excited by excitation light to produce a spontaneous emission of light having a longer wavelength than the excitation light, the wavelength converting material being suitable for amplifying the spontaneous emission of light to produce an amplified spontaneous emission of light; a first light source unit configured to make the excitation light incident on the light incident portion; and a second light source unit configured to make seed light formed by a plurality of seed light rays (P21, P22, P23) incident on the light incident portion, the seed light being light for causing a stimulated emission of light to be produced from the wavelength converting material that has been excited by either the excitation light or the amplified spontaneous emission of light, the plurality of seed light rays (P21, P22, P23), having mutually different wavelengths and forming the seed light, being incident on the light incident portion, characterized in that a wavelength of the excitation light falling within the range from 440 nm to 450 nm, the wavelength converting material contains Pr 3+ and Tb 3+. an optical fiber including a light incident portion, a light emerging portion, and a wavelength converting portion, the wavelength converting portion being provided between the light incident portion and the light emerging portion and containing a wavelength converting material, the wavelength converting material being able to be excited by excitation light to produce a spontaneous emission of light having a longer wavelength than the excitation light, the wavelength converting material being suitable for amplifying the spontaneous emission of light to produce an amplified spontaneous emission of light; a first light source unit configured to make the excitation light incident on the light incident portion; and a second light source unit configured to make seed light formed by a plurality of seed light rays (P21, P22, P23) incident on the light incident portion, the seed light being light for causing a stimulated emission of light to be produced from the wavelength converting material that has been excited by either the excitation light or the amplified spontaneous emission of light, the plurality of seed light rays (P21, P22, P23), having mutually different wavelengths and forming the seed light, being incident on the light incident portion, characterized in that a wavelength of the excitation light falling within the range from 440 nm to 450 nm, the wavelength converting material contains Pr 3+ and Tb 3+.
A method for installing an axial flux machine having at least two active parts in a motor housing, of which active parts a first active part is configured as a rotor having a number of permanent magnets and a second active part is configured as a stator having a number of electrical windings, wherein the rotor and the stator are arranged adjacent to each other and in a rotation-proof manner, in a transport configuration in a space-saving package, in particular a stack, formed by means of the magnetic attractive forces of the permanent magnets, wherein the rotor and the stator are arranged immediately adjacent to one another in the transport configuration such that at least in partial regions of the rotor, the rotor contacts the adjacent stator, in particular without play, without an air gap, and subsequently the package is introduced into the motor housing and positioned in the motor housing such that subsequently, by means of, on the one hand, a first mechanical stop arranged on the motor housing for at least one of the at least two active parts, and, on the other hand, a first tension and/or compression element cooperating therewith and being arranged on the motor housing, which - acting against the magnetic attractive forces of the permanent magnets of the rotor to the stator - increases the distance between the rotor and the stator, at least one air gap required for the operation of the axial flux machine is set between the rotor and the stator.
A catheter comprising: an elongated catheter body having proximal and distal ends and at least one lumen therethrough; and a basket-shaped electrode assembly at the distal end of the catheter body, the basket-shaped electrode assembly comprising a plurality of spines connected at their distal ends, each spine comprising a plurality of electrodes and extending through the lumen of the catheter body to the proximal end, wherein each spine comprises an actuator at a proximal end, wherein each spine is configured to be independently controlled by adjusting a longitudinal position relative to the catheter body using the actuator, and characterized in that each spine comprises a shape memory material and the basket-shaped electrode assembly has an expanded configuration facilitated by the shape memory material in which each of the spines has a pre-deformed shape where the spine bows radially outwardly with a length unconstrained by the catheter body and a collapsed configuration in which the spines are arranged generally along a longitudinal axis of the catheter body, wherein each spine is in a retracted position within respect to the catheter body when in the collapsed configuration. an elongated catheter body having proximal and distal ends and at least one lumen therethrough; and a basket-shaped electrode assembly at the distal end of the catheter body, the basket-shaped electrode assembly comprising a plurality of spines connected at their distal ends, each spine comprising a plurality of electrodes and extending through the lumen of the catheter body to the proximal end, wherein each spine comprises an actuator at a proximal end, wherein each spine is configured to be independently controlled by adjusting a longitudinal position relative to the catheter body using the actuator, and characterized in that each spine comprises a shape memory material and the basket-shaped electrode assembly has an expanded configuration facilitated by the shape memory material in which each of the spines has a pre-deformed shape where the spine bows radially outwardly with a length unconstrained by the catheter body and a collapsed configuration in which the spines are arranged generally along a longitudinal axis of the catheter body, wherein each spine is in a retracted position within respect to the catheter body when in the collapsed configuration.
An arrangement for fixation of one or more objects comprising • a strap configured to have opposite ends (6, 7) thereof connected to a supporting body (3, 8) to which said objects are to be fixed by tightening the strap therearound, and • a strap tightening assembly (11, 11', 11") comprising a couple of two pins (12, 13, 12', 13', 12", 13") spaced apart and extending transversely to the longitudinal extension of the strap and in parallel with large flat surfaces of the strap and a member (16, 16', 16") creating an interconnection of the pins and configured to be acted upon for tightening the strap around said objects by reducing the distance separating the pins, characterized in that said assembly (11, 11', 11") comprises a hinge in said interconnection allowing said pins (12, 13, 12', 13', 12", 13") to tilt with respect to each other in a plane in parallel with large flat surfaces of the strap. • a strap configured to have opposite ends (6, 7) thereof connected to a supporting body (3, 8) to which said objects are to be fixed by tightening the strap therearound, and • a strap tightening assembly (11, 11', 11") comprising a couple of two pins (12, 13, 12', 13', 12", 13") spaced apart and extending transversely to the longitudinal extension of the strap and in parallel with large flat surfaces of the strap and a member (16, 16', 16") creating an interconnection of the pins and configured to be acted upon for tightening the strap around said objects by reducing the distance separating the pins,
A method for establishing a connection of a first network entity in a communication system, the method comprising: establishing, based on a single group access point name, APN, one connection for a plurality of packet data networks, PDNs, for a plurality of groups with respect to a plurality of user equipments, UEs, connected to a base station; receiving a first request message transmitted from a first UE through the one connection in response to a first application being executed at the first UE, the first request message including a packet filter; obtaining a first group identifier for a first group based on the first application and the packet filter; identifying whether a first group bearer corresponding to the first group identifier exists; establishing the first group bearer within the one connection in case that the first group bearer corresponding to the first group identifier does not exist, and characterized by: receiving a second request message transmitted from a second UE through the one connection; assigning the second UE to the first group bearer when the second request message is associated with the first application; and establishing a second group bearer within the one connection when the second request message is associated with a second application different from the first application, wherein the single APN is configured for the plurality of the PDNs. establishing, based on a single group access point name, APN, one connection for a plurality of packet data networks, PDNs, for a plurality of groups with respect to a plurality of user equipments, UEs, connected to a base station; receiving a first request message transmitted from a first UE through the one connection in response to a first application being executed at the first UE, the first request message including a packet filter; obtaining a first group identifier for a first group based on the first application and the packet filter; identifying whether a first group bearer corresponding to the first group identifier exists; establishing the first group bearer within the one connection in case that the first group bearer corresponding to the first group identifier does not exist, and characterized by: receiving a second request message transmitted from a second UE through the one connection; assigning the second UE to the first group bearer when the second request message is associated with the first application; and establishing a second group bearer within the one connection when the second request message is associated with a second application different from the first application, wherein the single APN is configured for the plurality of the PDNs. receiving a second request message transmitted from a second UE through the one connection; assigning the second UE to the first group bearer when the second request message is associated with the first application; and establishing a second group bearer within the one connection when the second request message is associated with a second application different from the first application, wherein the single APN is configured for the plurality of the PDNs.
A through anchor comprising: a main body portion that is manufactured from metal, and at which a through hole, which is for forming an insertion hole through which a webbing that restrains an occupant is inserted, is formed; a piece that is assembled to the main body portion so as to cover a portion of an inner peripheral edge portion of the through hole, and whose face configures a slide contact portion that makes sliding contact with the webbing; a covering portion that is formed by molding integrally with the piece and the main body portion with the slide contact portion being in an exposed state, that covers another portion of the inner peripheral edge portion of the through hole, and that configures an inner peripheral portion of the insertion hole together with the piece; characterized in that the through anchor further comprises: a groove portion that is formed at a boundary portion between the piece and the covering portion; and a piece side inclined face that configures a side face of the groove portion at the piece side, with an angle (α2) formed between the piece side inclined face and the slide contact portion being set as an obtuse angle as viewed in a cross-section orthogonal to the groove portion. a main body portion that is manufactured from metal, and at which a through hole, which is for forming an insertion hole through which a webbing that restrains an occupant is inserted, is formed; a piece that is assembled to the main body portion so as to cover a portion of an inner peripheral edge portion of the through hole, and whose face configures a slide contact portion that makes sliding contact with the webbing; a covering portion that is formed by molding integrally with the piece and the main body portion with the slide contact portion being in an exposed state, that covers another portion of the inner peripheral edge portion of the through hole, and that configures an inner peripheral portion of the insertion hole together with the piece; characterized in that the through anchor further comprises: a groove portion that is formed at a boundary portion between the piece and the covering portion; and a piece side inclined face that configures a side face of the groove portion at the piece side, with an angle (α2) formed between the piece side inclined face and the slide contact portion being set as an obtuse angle as viewed in a cross-section orthogonal to the groove portion. a groove portion that is formed at a boundary portion between the piece and the covering portion; and a piece side inclined face that configures a side face of the groove portion at the piece side, with an angle (α2) formed between the piece side inclined face and the slide contact portion being set as an obtuse angle as viewed in a cross-section orthogonal to the groove portion.
A method of forming a resistive memory device, comprising the sequential steps: forming an alternating stack of insulating layers and sacrificial material layers that extend along a first horizontal direction over a substrate; forming a laterally alternating sequence of vertical conductive lines and dielectric pillar structures that alternate along the first horizontal direction on sidewalls of the alternating stack (60, 32); forming lateral recesses by removing the sacrificial material layers selective to the insulating layers; selectively growing resistive memory material portions from physically exposed surfaces of the vertical conductive lines and not from the surfaces of the insulting layers and the dielectric pillar structures in the lateral recesses; and forming electrically conductive layers over the resistive memory material portions in the lateral recesses. forming an alternating stack of insulating layers and sacrificial material layers that extend along a first horizontal direction over a substrate; forming a laterally alternating sequence of vertical conductive lines and dielectric pillar structures that alternate along the first horizontal direction on sidewalls of the alternating stack (60, 32); forming lateral recesses by removing the sacrificial material layers selective to the insulating layers; selectively growing resistive memory material portions from physically exposed surfaces of the vertical conductive lines and not from the surfaces of the insulting layers and the dielectric pillar structures in the lateral recesses; and forming electrically conductive layers over the resistive memory material portions in the lateral recesses.
A treatment device comprising: a closed-cell foam treatment manifold having a central connection manifold member and a plurality of leg manifold members extending outward from the central connection manifold member, wherein each of the plurality of leg manifold members is in fluid communication with the central connection manifold member; and a single film layer disposed in proximity to and attached to a first surface of the treatment manifold, wherein the film layer comprises a plurality of fenestrations; wherein a second surface of the treatment manifold is uncovered, and the second surface is opposite the first surface. a closed-cell foam treatment manifold having a central connection manifold member and a plurality of leg manifold members extending outward from the central connection manifold member, wherein each of the plurality of leg manifold members is in fluid communication with the central connection manifold member; and a single film layer disposed in proximity to and attached to a first surface of the treatment manifold, wherein the film layer comprises a plurality of fenestrations; wherein a second surface of the treatment manifold is uncovered, and the second surface is opposite the first surface.
A method of controlling a user terminal apparatus connectable to an image forming apparatus and which is driven by a hybrid operating system (O/S) that supports different types of a plurality of user interfaces, the plurality of UI having a desktop style UI and a metro style UI and when the user terminal apparatus is operated in the metro style UI environment supported by the hybrid O/S, the method comprising: displaying, on the user terminal apparatus, a background screen of the operating system comprising a user interface area (52, 52', 52", 52"', 52"", 52-1, 52-2, 52-3, 52-4) corresponding to a job option; if the UI area is selected, driving a metro application related to a job of the job option; and transmitting a command to perform the job to the image forming apparatus according to the job option corresponding to the UI area by using the metro application. displaying, on the user terminal apparatus, a background screen of the operating system comprising a user interface area (52, 52', 52", 52"', 52"", 52-1, 52-2, 52-3, 52-4) corresponding to a job option; if the UI area is selected, driving a metro application related to a job of the job option; and transmitting a command to perform the job to the image forming apparatus according to the job option corresponding to the UI area by using the metro application.