mhurhangee/ep-ind-claims huggingface dataset:
A core network, CN, node configured to interact with a radio access network, RAN, node (202 2) and a wireless device (204 3), the CN node comprising: a processor; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the CN node is operable to: register the wireless device; receive an Internet Protocol, IP, packet destined for the wireless device; buffer the IP packet for a predetermined time; characterised by: calculate a next occurrence of a nominal paging group for the wireless device; transmit a page request associated with the wireless device to the RAN node, wherein the page request is transmitted before the next occurrence of the nominal paging group for the wireless device; receive a page response from the RAN node; and upon receipt of the page response, transmit the IP packet to the RAN node for delivery to the wireless device. a processor; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the CN node is operable to: register the wireless device; receive an Internet Protocol, IP, packet destined for the wireless device; buffer the IP packet for a predetermined time; characterised by: calculate a next occurrence of a nominal paging group for the wireless device; transmit a page request associated with the wireless device to the RAN node, wherein the page request is transmitted before the next occurrence of the nominal paging group for the wireless device; receive a page response from the RAN node; and upon receipt of the page response, transmit the IP packet to the RAN node for delivery to the wireless device. register the wireless device; receive an Internet Protocol, IP, packet destined for the wireless device; buffer the IP packet for a predetermined time; characterised by: calculate a next occurrence of a nominal paging group for the wireless device; transmit a page request associated with the wireless device to the RAN node, wherein the page request is transmitted before the next occurrence of the nominal paging group for the wireless device; receive a page response from the RAN node; and upon receipt of the page response, transmit the IP packet to the RAN node for delivery to the wireless device. calculate a next occurrence of a nominal paging group for the wireless device; transmit a page request associated with the wireless device to the RAN node, wherein the page request is transmitted before the next occurrence of the nominal paging group for the wireless device; receive a page response from the RAN node; and upon receipt of the page response, transmit the IP packet to the RAN node for delivery to the wireless device.
A policy control method, comprising: determining, by a user equipment UE, a quality of experience QoE report; sending, by the user equipment UE, the QoE report to a QoE server, wherein the QoE report comprises a QoE metric and a cell identity of a serving cell of a user equipment UE; receiving, by the QoE server, the QoE report sent by the UE, wherein the QoE report comprises a QoE metric and a cell identity of a serving cell of the UE; and performing, by the QoE server, cell policy control according to the QoE report; wherein the performing cell policy control according to the QoE report comprises: determining, by the QoE server, a resource control policy for the serving cell according to the QoE report; sending, by the QoE server, a first resource adjustment request message to the UE according to the resource control policy; receiving, by the UE, the first resource adjustment request message that is sent according to the resource control policy by the QoE server; and increasing or decreasing, by the UE, a bit rate correspondingly according to the first resource adjustment request message. determining, by a user equipment UE, a quality of experience QoE report; sending, by the user equipment UE, the QoE report to a QoE server, wherein the QoE report comprises a QoE metric and a cell identity of a serving cell of a user equipment UE; receiving, by the QoE server, the QoE report sent by the UE, wherein the QoE report comprises a QoE metric and a cell identity of a serving cell of the UE; and performing, by the QoE server, cell policy control according to the QoE report; wherein the performing cell policy control according to the QoE report comprises: determining, by the QoE server, a resource control policy for the serving cell according to the QoE report; sending, by the QoE server, a first resource adjustment request message to the UE according to the resource control policy; receiving, by the UE, the first resource adjustment request message that is sent according to the resource control policy by the QoE server; and increasing or decreasing, by the UE, a bit rate correspondingly according to the first resource adjustment request message. determining, by the QoE server, a resource control policy for the serving cell according to the QoE report; sending, by the QoE server, a first resource adjustment request message to the UE according to the resource control policy; receiving, by the UE, the first resource adjustment request message that is sent according to the resource control policy by the QoE server; and increasing or decreasing, by the UE, a bit rate correspondingly according to the first resource adjustment request message.
A two-part overlapping dressing for securing a cannula on a skin surface of a patient, said dressing comprising: a first flexible adhesive sheet provided with an opening spaced from all peripheral edges of the first sheet; and a second flexible adhesive sheet; wherein the opening in the first sheet comprises a slit, one end of which terminates in an enlarged aperture; and the second sheet is dimensioned such that, when it is aligned with and adhered against the first sheet in use, it is capable of overlapping the full length of the slit so as to reduce the opening to the size of the enlarged aperture.
A drive mechanism for a mobile imaging system, comprising: a drive wheel; and a main drive mechanically coupled to the drive wheel for propelling the imaging system, including a base and one or more imaging components, across a surface in a transport mode; and a translation mechanism that is configured to translate the one or more imaging components along an axis relative to the base in an imaging mode, the drive wheel supporting the one or more imaging components at least in part in both the transport mode and the imaging mode, characterized in that the drive mechanism is mounted to the imaging components and configured to support the weight of the imaging components but not the base during transport of the imaging system. a drive wheel; and a main drive mechanically coupled to the drive wheel for propelling the imaging system, including a base and one or more imaging components, across a surface in a transport mode; and a translation mechanism that is configured to translate the one or more imaging components along an axis relative to the base in an imaging mode, the drive wheel supporting the one or more imaging components at least in part in both the transport mode and the imaging mode, characterized in that the drive mechanism is mounted to the imaging components and configured to support the weight of the imaging components but not the base during transport of the imaging system.
A stent graft repair device for repairing a pre-existing stent graft in a body vessel, comprising: a tubular graft having a proximal end, a distal end, and a wall defining a passage extending longitudinally therethrough, the wall having a fenestration or a scallop therein, a first expandable stent attached to the proximal end of the tubular graft and extending longitudinally therefrom and from the passage, the first expandable stent having a first plurality of barbs attached thereto and extending longitudinally therealong and pointing in a first direction toward the distal end of the tubular graft, the first plurality of barbs being configured to engage and pierce the body vessel, and a second expandable stent disposed on an interior surface and in the passage of the tubular graft, at the distal end; characterised in that the scallop is at, or the fenestration is adjacent, the end of the wall at the proximal end of the graft, and in that the device further comprises a second plurality of barbs attached to the second expandable stent and extending longitudinally therealong and pointing in a second direction opposite to the first direction, the second plurality of barbs protruding through the tubular graft and being configured to engage graft material at a proximal end of the pre-existing stent graft. a tubular graft having a proximal end, a distal end, and a wall defining a passage extending longitudinally therethrough, the wall having a fenestration or a scallop therein, a first expandable stent attached to the proximal end of the tubular graft and extending longitudinally therefrom and from the passage, the first expandable stent having a first plurality of barbs attached thereto and extending longitudinally therealong and pointing in a first direction toward the distal end of the tubular graft, the first plurality of barbs being configured to engage and pierce the body vessel, and a second expandable stent disposed on an interior surface and in the passage of the tubular graft, at the distal end; characterised in that the scallop is at, or the fenestration is adjacent, the end of the wall at the proximal end of the graft, and in that the device further comprises a second plurality of barbs attached to the second expandable stent and extending longitudinally therealong and pointing in a second direction opposite to the first direction, the second plurality of barbs protruding through the tubular graft and being configured to engage graft material at a proximal end of the pre-existing stent graft.
A cubic boron nitride sintered material having such a single-filament fiber-like structure that a shell member made of the cubic boron nitride sintered material constitutes cubic boron nitride particles that are bound by a binder phase made of nitride or carbide of at least one kind of metal element selected from among metals of groups 4, 5 and 6 of the periodic table covers the circumferential surface of a fiber-like core member made of the cubic boron nitride sintered material constitutes cubic boron nitride particles that are bound (a) by a binder phase made of carbide of at least one kind of metal element selected from among metals of groups 4, 5 and 6 of the periodic table in the case that the binder phase of the shell member is made of said nitride, or (b) by a binder phase made of nitride of at least one kind of metal element selected from among metals of groups 4, 5 and 6 of the periodic table in the case that the binder phase of the shell member is made of said carbide.
A nuclear steam supply system having a nuclear reactor primary coolant loop enclosed within a hermetically sealed containment, the containment comprising: a nuclear reactor vessel for supporting and housing a plurality of nuclear fuel assemblies within a core, the nuclear reactor vessel being supported within the containment as part of the nuclear reactor primary coolant loop; a refueling cavity extending above the nuclear reactor vessel within the containment; an in-containment refueling coolant storage tank supported within the containment outside the refueling cavity, at an elevation above the core for, upon command, flooding at least a portion of the refueling cavity with a refueling coolant in furtherance of refueling the reactor vessel, the in-containment refueling coolant storage tank having a full level substantially at which a volume of the refueling coolant is maintained during normal reactor operation; characterized by an irradiated nuclear fuel assembly storage tank (50, 52) supported within the containment below a portion of the refueling cavity, the irradiated nuclear fuel assembly storage tank is configured with fuel assembly storage racks (62, 64) for storing irradiated nuclear fuel within the containment outside the core when the reactor vessel is in operation and the refueling cavity is drained, and the irradiated nuclear fuel assembly storage tank is configured to selectively place a nuclear fuel assembly storage tank coolant conduit connected to the irradiated nuclear fuel assembly storage tank in fluid communication with the in-containment refueling coolant storage tank or the refueling cavity. a nuclear reactor vessel for supporting and housing a plurality of nuclear fuel assemblies within a core, the nuclear reactor vessel being supported within the containment as part of the nuclear reactor primary coolant loop; a refueling cavity extending above the nuclear reactor vessel within the containment; an in-containment refueling coolant storage tank supported within the containment outside the refueling cavity, at an elevation above the core for, upon command, flooding at least a portion of the refueling cavity with a refueling coolant in furtherance of refueling the reactor vessel, the in-containment refueling coolant storage tank having a full level substantially at which a volume of the refueling coolant is maintained during normal reactor operation; characterized by an irradiated nuclear fuel assembly storage tank (50, 52) supported within the containment below a portion of the refueling cavity, the irradiated nuclear fuel assembly storage tank is configured with fuel assembly storage racks (62, 64) for storing irradiated nuclear fuel within the containment outside the core when the reactor vessel is in operation and the refueling cavity is drained, and the irradiated nuclear fuel assembly storage tank is configured to selectively place a nuclear fuel assembly storage tank coolant conduit connected to the irradiated nuclear fuel assembly storage tank in fluid communication with the in-containment refueling coolant storage tank or the refueling cavity.
A method at a message server for registering a handset to enable the secure sending of secure messages to the handset, the method comprising the sequential steps of: receiving a handset identifier that identifies the handset from the handset; generating a temporary password; transmitting the temporary password to the handset; receiving a return password from the handset; comparing the temporary password with the return password; and in the event that the temporary password and the return password match: transmitting an authentication acknowledgement to the handset; receiving a handset encryption key from the handset; and storing the handset encryption key against the handset identifier of the handset to register the handset to enable the secure sending of secure messages to the handset; wherein different communication channels are used for providing the temporary password to the handset and receiving the return password from the handset. receiving a handset identifier that identifies the handset from the handset; generating a temporary password; transmitting the temporary password to the handset; receiving a return password from the handset; comparing the temporary password with the return password; and in the event that the temporary password and the return password match: transmitting an authentication acknowledgement to the handset; receiving a handset encryption key from the handset; and storing the handset encryption key against the handset identifier of the handset to register the handset to enable the secure sending of secure messages to the handset; wherein different communication channels are used for providing the temporary password to the handset and receiving the return password from the handset. transmitting an authentication acknowledgement to the handset; receiving a handset encryption key from the handset; and storing the handset encryption key against the handset identifier of the handset to register the handset to enable the secure sending of secure messages to the handset; wherein different communication channels are used for providing the temporary password to the handset and receiving the return password from the handset.
Rotor (600, 700, 800, 900) for an external rotor machine (61, 62, 63, 64, 65, 66, 67, 68) comprising at least one permanent magnet (10, 110, 210, 310, 410, 1010), wherein the at least one permanent magnet comprises: - a north pole (21, 121) and a south pole (22, 122) as the magnetic poles, - wherein in a cross-section of the permanent magnet (10, 110, 210, 310, 410, 1010), a magnetization (14, 114) runs from the south pole (22, 122) to the north pole (21, 121), - wherein the cross-section has an envelope (15, 1015, 215) with a concave section (16, 116, 1016, 216), - wherein the envelope (15, 1015, 215) has, in the form of a sickle, the concave section (16, 116, 1016, 216) and a convex section (17, 117, 217, 317), - wherein the permanent magnet (10, 110, 210, 310, 410, 1010) runs in an arcuate manner along the convex section (17, 117, 217, 317), - wherein the magnetic poles run in an arcuate manner along the concave section (16, 116, 1016, 216), wherein the rotor (600, 700, 800, 900) has a connection device (672, 772, 872, 972) for connecting with the permanent magnet 10, 110, 210, 310, 410, 1010), wherein the permanent magnet (10, 110, 210, 310, 410, 1010) extends from its first end (11, 1011, 211, 311, 411) to its second end (31, 1031, 231, 338, 438) parallel to an axis of rotation, wherein the concave section (16, 116, 1016, 216) of the permanent magnet (10, 110, 210, 310, 410, 1010) is arranged along a boundary (675, 875, 975) of the rotor (600, 700, 800, 900), wherein the permanent magnet (10, 110, 210, 310, 410, 1010) has an end face (12, 112, 212) at a first end (11, 1011, 211, 311, 411) of the permanent magnet (10, 110, 210, 310, 410, 1010), wherein the end face of the first end (211, 311, 411) has a contour (223, 323, 423), in particular a recess or a web protruding with respect to the end face, which within the envelope (15, 1015, 215) has a surface (218, 318, 418) for connecting the connection device (772, 872, 972) with the permanent magnet (210, 310, 410) by form fit, wherein the contour (323, 324) preferably has a boundary (309, 409) extending in an arcuate manner from a first point of the convex section to a second point of the convex section. - a north pole (21, 121) and a south pole (22, 122) as the magnetic poles, - wherein in a cross-section of the permanent magnet (10, 110, 210, 310, 410, 1010), a magnetization (14, 114) runs from the south pole (22, 122) to the north pole (21, 121), - wherein the cross-section has an envelope (15, 1015, 215) with a concave section (16, 116, 1016, 216), - wherein the envelope (15, 1015, 215) has, in the form of a sickle, the concave section (16, 116, 1016, 216) and a convex section (17, 117, 217, 317), - wherein the permanent magnet (10, 110, 210, 310, 410, 1010) runs in an arcuate manner along the convex section (17, 117, 217, 317), - wherein the magnetic poles run in an arcuate manner along the concave section (16, 116, 1016, 216),
A method for assessing components related to a heat recovery steam generator (HRSG), comprising: receiving HRSG design parameters; monitoring thermal stress data from one or more temperature sensors in communication with one or more HRSG components, wherein said monitoring incudes calculating real-time thermal stress to provide calculated parameters; determining cycle-related life consumption data and transient-related life consumption data associated with the one or more HRSG components based at least in part on the HRSG design parameters,the monitored thermal stress data, and the calculated parameters; communicating the calculated parameters and the determined life consumption data to a control system; receiving, at the control system, real-time indications for a consumer demand for energy from the HRSG; and performing, at the control system, a risk versus reward analysis to determine a recommendation to operate the HRSG in a particular mode. receiving HRSG design parameters; monitoring thermal stress data from one or more temperature sensors in communication with one or more HRSG components, wherein said monitoring incudes calculating real-time thermal stress to provide calculated parameters; determining cycle-related life consumption data and transient-related life consumption data associated with the one or more HRSG components based at least in part on the HRSG design parameters,the monitored thermal stress data, and the calculated parameters; communicating the calculated parameters and the determined life consumption data to a control system; receiving, at the control system, real-time indications for a consumer demand for energy from the HRSG; and performing, at the control system, a risk versus reward analysis to determine a recommendation to operate the HRSG in a particular mode.
A sound-absorbing assembly designed to form, within an enclosure, at least one wall element, this assembly comprising at least two stacked supports provided with micro-perforations, characterized in that the assembly also comprises a support not including micro-perforations, said support being stacked with the two supports provided with micro-perforations, not framed by the supports provided with micro-perforations and arranged on the visible side when the assembly is placed in the enclosure.
Harvester comprising a conveyor drum for conveying and/or picking up stalk-like harvested crop, which drum has a large number of conveyor tines which are attached to a drum main body of the conveyor drum in rows arranged transversely to the travel and working direction, it being possible for the conveyor tines on the drum main body to be connected from the outside to receiving means of the drum main body and it being possible for at least two conveyor tines to be locked from the inside of the drum main body at the same time by means of a central locking device, the conveyor tines comprising a base and at least one driver element protruding from the base, the locking device having a shaft, characterised in that the base of the conveyor tine is designed in such a way that a form-fitting connection can be established with the drum main body, with eccentrics being welded onto the shaft, which eccentrics are designed to press a lower base part of the conveyor tine against the receiving means of the drum main body by means of a radial rotary movement, with a frictional connection being created between the base part and the eccentric.
A non-therapeutic method of strengthening a skin barrier by application of a composition comprising at least one mRNA biomarker and/or mRNA biomarker group enhancement compound in which the mRNA biomarker/mRNA biomarker group is involved in cornified envelope formation, wherein the composition comprises a piroctone compound.